From 4047343503dc1fae1adae4d6c484d123182d54d6 Mon Sep 17 00:00:00 2001 From: mickr777 <115216705+mickr777@users.noreply.github.com> Date: Wed, 30 Aug 2023 19:19:49 +1000 Subject: [PATCH 01/84] Add textfontimage node to communityNodes.md --- docs/nodes/communityNodes.md | 18 ++++++++++++++++++ 1 file changed, 18 insertions(+) diff --git a/docs/nodes/communityNodes.md b/docs/nodes/communityNodes.md index 65aa55ee15..473fc24ebb 100644 --- a/docs/nodes/communityNodes.md +++ b/docs/nodes/communityNodes.md @@ -97,6 +97,24 @@ This node works best with SDXL models, especially as the style can be described -------------------------------- +### Text font to Image + +**Description:** text font to text image node for InvokeAI, download a font to use (or if in font cache uses it from there), the text is always resized to the image size, but can control that with padding, optional 2nd line + +**Node Link:** https://github.com/mickr777/textfontimage + +**Output Examples** + +![a3609d48-d9b7-41f0-b280-063d857986fb](https://github.com/mickr777/InvokeAI/assets/115216705/c21b0af3-d9c6-4c16-9152-846a23effd36) + +Results after using the depth controlnet + +![9133eabb-bcda-4326-831e-1b641228b178](https://github.com/mickr777/InvokeAI/assets/115216705/915f1a53-968e-43eb-aa61-07cd8f1a733a) +![4f9a3fa8-9be9-4236-8a3e-fcec66decd2a](https://github.com/mickr777/InvokeAI/assets/115216705/821ef89e-8a60-44f5-b94e-471a9d8690cc) +![babd69c4-9d60-4a55-a834-5e8397f62610](https://github.com/mickr777/InvokeAI/assets/115216705/2befcb6d-49f4-4bfd-b5fc-1fee19274f89) + +-------------------------------- + ### Example Node Template **Description:** This node allows you to do super cool things with InvokeAI. From 0d3d8803234b2f2f49c88f65a2652467984acef0 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Fri, 1 Sep 2023 09:13:28 +1200 Subject: [PATCH 02/84] feat: Re-Enable LaMa Infill --- .../Parameters/Canvas/InfillAndScaling/ParamInfillMethod.tsx | 4 +--- 1 file changed, 1 insertion(+), 3 deletions(-) diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillMethod.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillMethod.tsx index 2a8f1ece69..9ac0e3588f 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillMethod.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillMethod.tsx @@ -27,9 +27,7 @@ const ParamInfillMethod = () => { const { data: appConfigData, isLoading } = useGetAppConfigQuery(); - const infill_methods = appConfigData?.infill_methods.filter( - (method) => method !== 'lama' - ); + const infill_methods = appConfigData?.infill_methods; const { t } = useTranslation(); From 54cda8ea4240921d9972ae8468d95e94c5b4faf3 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Fri, 1 Sep 2023 09:17:41 +1200 Subject: [PATCH 03/84] chore: Change LaMA log statement to use InvokeAI Logger --- invokeai/backend/image_util/lama.py | 3 ++- 1 file changed, 2 insertions(+), 1 deletion(-) diff --git a/invokeai/backend/image_util/lama.py b/invokeai/backend/image_util/lama.py index 2ea22b6fa3..9c5e0153c4 100644 --- a/invokeai/backend/image_util/lama.py +++ b/invokeai/backend/image_util/lama.py @@ -5,6 +5,7 @@ import numpy as np import torch from PIL import Image +import invokeai.backend.util.logging as logger from invokeai.app.services.config import get_invokeai_config from invokeai.backend.util.devices import choose_torch_device @@ -19,7 +20,7 @@ def norm_img(np_img): def load_jit_model(url_or_path, device): model_path = url_or_path - print(f"Loading model from: {model_path}") + logger.info(f"Loading model from: {model_path}") model = torch.jit.load(model_path, map_location="cpu").to(device) model.eval() return model From b94ec148534d806b0cdac53adbe7e1f03fe2b880 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Fri, 1 Sep 2023 09:19:10 +1200 Subject: [PATCH 04/84] chore: Black lint fix --- .../diffusion/cross_attention_control.py | 2 +- .../diffusion/shared_invokeai_diffusion.py | 20 ++++-- .../image_degradation/bsrgan.py | 4 +- .../image_degradation/bsrgan_light.py | 4 +- .../image_degradation/utils_image.py | 72 ++++++++----------- .../training/textual_inversion_training.py | 5 +- invokeai/backend/util/mps_fixes.py | 2 +- invokeai/backend/util/util.py | 2 +- 8 files changed, 57 insertions(+), 54 deletions(-) diff --git a/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py b/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py index 334837a273..35d4800859 100644 --- a/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py +++ b/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py @@ -265,7 +265,7 @@ class InvokeAICrossAttentionMixin: if q.shape[1] <= 4096: # (512x512) max q.shape[1]: 4096 return self.einsum_lowest_level(q, k, v, None, None, None) else: - slice_size = math.floor(2 ** 30 / (q.shape[0] * q.shape[1])) + slice_size = math.floor(2**30 / (q.shape[0] * q.shape[1])) return self.einsum_op_slice_dim1(q, k, v, slice_size) def einsum_op_mps_v2(self, q, k, v): diff --git a/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py b/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py index 331b42c047..f05adafca2 100644 --- a/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py +++ b/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py @@ -215,7 +215,10 @@ class InvokeAIDiffuserComponent: dim=0, ), } - (encoder_hidden_states, encoder_attention_mask,) = self._concat_conditionings_for_batch( + ( + encoder_hidden_states, + encoder_attention_mask, + ) = self._concat_conditionings_for_batch( conditioning_data.unconditioned_embeddings.embeds, conditioning_data.text_embeddings.embeds, ) @@ -277,7 +280,10 @@ class InvokeAIDiffuserComponent: wants_cross_attention_control = len(cross_attention_control_types_to_do) > 0 if wants_cross_attention_control: - (unconditioned_next_x, conditioned_next_x,) = self._apply_cross_attention_controlled_conditioning( + ( + unconditioned_next_x, + conditioned_next_x, + ) = self._apply_cross_attention_controlled_conditioning( sample, timestep, conditioning_data, @@ -285,7 +291,10 @@ class InvokeAIDiffuserComponent: **kwargs, ) elif self.sequential_guidance: - (unconditioned_next_x, conditioned_next_x,) = self._apply_standard_conditioning_sequentially( + ( + unconditioned_next_x, + conditioned_next_x, + ) = self._apply_standard_conditioning_sequentially( sample, timestep, conditioning_data, @@ -293,7 +302,10 @@ class InvokeAIDiffuserComponent: ) else: - (unconditioned_next_x, conditioned_next_x,) = self._apply_standard_conditioning( + ( + unconditioned_next_x, + conditioned_next_x, + ) = self._apply_standard_conditioning( sample, timestep, conditioning_data, diff --git a/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py b/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py index 2a2edc92bd..e4d614207b 100644 --- a/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py +++ b/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py @@ -395,7 +395,7 @@ def add_Gaussian_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img @@ -413,7 +413,7 @@ def add_speckle_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img diff --git a/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py b/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py index 6c516c8101..cd74adc519 100644 --- a/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py +++ b/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py @@ -399,7 +399,7 @@ def add_Gaussian_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img @@ -417,7 +417,7 @@ def add_speckle_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img diff --git a/invokeai/backend/stable_diffusion/image_degradation/utils_image.py b/invokeai/backend/stable_diffusion/image_degradation/utils_image.py index 11df5c5710..2a0773c3ed 100644 --- a/invokeai/backend/stable_diffusion/image_degradation/utils_image.py +++ b/invokeai/backend/stable_diffusion/image_degradation/utils_image.py @@ -562,18 +562,14 @@ def rgb2ycbcr(img, only_y=True): if only_y: rlt = np.dot(img, [65.481, 128.553, 24.966]) / 255.0 + 16.0 else: - rlt = ( - np.matmul( - img, - [ - [65.481, -37.797, 112.0], - [128.553, -74.203, -93.786], - [24.966, 112.0, -18.214], - ], - ) - / 255.0 - + [16, 128, 128] - ) + rlt = np.matmul( + img, + [ + [65.481, -37.797, 112.0], + [128.553, -74.203, -93.786], + [24.966, 112.0, -18.214], + ], + ) / 255.0 + [16, 128, 128] if in_img_type == np.uint8: rlt = rlt.round() else: @@ -592,18 +588,14 @@ def ycbcr2rgb(img): if in_img_type != np.uint8: img *= 255.0 # convert - rlt = ( - np.matmul( - img, - [ - [0.00456621, 0.00456621, 0.00456621], - [0, -0.00153632, 0.00791071], - [0.00625893, -0.00318811, 0], - ], - ) - * 255.0 - + [-222.921, 135.576, -276.836] - ) + rlt = np.matmul( + img, + [ + [0.00456621, 0.00456621, 0.00456621], + [0, -0.00153632, 0.00791071], + [0.00625893, -0.00318811, 0], + ], + ) * 255.0 + [-222.921, 135.576, -276.836] if in_img_type == np.uint8: rlt = rlt.round() else: @@ -626,18 +618,14 @@ def bgr2ycbcr(img, only_y=True): if only_y: rlt = np.dot(img, [24.966, 128.553, 65.481]) / 255.0 + 16.0 else: - rlt = ( - np.matmul( - img, - [ - [24.966, 112.0, -18.214], - [128.553, -74.203, -93.786], - [65.481, -37.797, 112.0], - ], - ) - / 255.0 - + [16, 128, 128] - ) + rlt = np.matmul( + img, + [ + [24.966, 112.0, -18.214], + [128.553, -74.203, -93.786], + [65.481, -37.797, 112.0], + ], + ) / 255.0 + [16, 128, 128] if in_img_type == np.uint8: rlt = rlt.round() else: @@ -728,11 +716,11 @@ def ssim(img1, img2): mu1 = cv2.filter2D(img1, -1, window)[5:-5, 5:-5] # valid mu2 = cv2.filter2D(img2, -1, window)[5:-5, 5:-5] - mu1_sq = mu1 ** 2 - mu2_sq = mu2 ** 2 + mu1_sq = mu1**2 + mu2_sq = mu2**2 mu1_mu2 = mu1 * mu2 - sigma1_sq = cv2.filter2D(img1 ** 2, -1, window)[5:-5, 5:-5] - mu1_sq - sigma2_sq = cv2.filter2D(img2 ** 2, -1, window)[5:-5, 5:-5] - mu2_sq + sigma1_sq = cv2.filter2D(img1**2, -1, window)[5:-5, 5:-5] - mu1_sq + sigma2_sq = cv2.filter2D(img2**2, -1, window)[5:-5, 5:-5] - mu2_sq sigma12 = cv2.filter2D(img1 * img2, -1, window)[5:-5, 5:-5] - mu1_mu2 ssim_map = ((2 * mu1_mu2 + C1) * (2 * sigma12 + C2)) / ((mu1_sq + mu2_sq + C1) * (sigma1_sq + sigma2_sq + C2)) @@ -749,8 +737,8 @@ def ssim(img1, img2): # matlab 'imresize' function, now only support 'bicubic' def cubic(x): absx = torch.abs(x) - absx2 = absx ** 2 - absx3 = absx ** 3 + absx2 = absx**2 + absx3 = absx**3 return (1.5 * absx3 - 2.5 * absx2 + 1) * ((absx <= 1).type_as(absx)) + ( -0.5 * absx3 + 2.5 * absx2 - 4 * absx + 2 ) * (((absx > 1) * (absx <= 2)).type_as(absx)) diff --git a/invokeai/backend/training/textual_inversion_training.py b/invokeai/backend/training/textual_inversion_training.py index 658db5e1d5..d92aa80b38 100644 --- a/invokeai/backend/training/textual_inversion_training.py +++ b/invokeai/backend/training/textual_inversion_training.py @@ -475,7 +475,10 @@ class TextualInversionDataset(Dataset): if self.center_crop: crop = min(img.shape[0], img.shape[1]) - (h, w,) = ( + ( + h, + w, + ) = ( img.shape[0], img.shape[1], ) diff --git a/invokeai/backend/util/mps_fixes.py b/invokeai/backend/util/mps_fixes.py index be465d7d9a..8a4e6baab5 100644 --- a/invokeai/backend/util/mps_fixes.py +++ b/invokeai/backend/util/mps_fixes.py @@ -203,7 +203,7 @@ class ChunkedSlicedAttnProcessor: if attn.upcast_attention: out_item_size = 4 - chunk_size = 2 ** 29 + chunk_size = 2**29 out_size = query.shape[1] * key.shape[1] * out_item_size chunks_count = min(query.shape[1], math.ceil((out_size - 1) / chunk_size)) diff --git a/invokeai/backend/util/util.py b/invokeai/backend/util/util.py index da0b9f6834..7ef9c72fb0 100644 --- a/invokeai/backend/util/util.py +++ b/invokeai/backend/util/util.py @@ -207,7 +207,7 @@ def parallel_data_prefetch( return gather_res -def rand_perlin_2d(shape, res, device, fade=lambda t: 6 * t ** 5 - 15 * t ** 4 + 10 * t ** 3): +def rand_perlin_2d(shape, res, device, fade=lambda t: 6 * t**5 - 15 * t**4 + 10 * t**3): delta = (res[0] / shape[0], res[1] / shape[1]) d = (shape[0] // res[0], shape[1] // res[1]) From 6f162c5decb182715593af7140805add74ecbf0c Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Fri, 1 Sep 2023 11:12:30 +1200 Subject: [PATCH 05/84] experimental: Dilate mask if blurred in Color Correction --- invokeai/app/invocations/image.py | 9 +++++++-- 1 file changed, 7 insertions(+), 2 deletions(-) diff --git a/invokeai/app/invocations/image.py b/invokeai/app/invocations/image.py index 5eeead7db2..df5e718ca7 100644 --- a/invokeai/app/invocations/image.py +++ b/invokeai/app/invocations/image.py @@ -561,7 +561,7 @@ class MaskEdgeInvocation(BaseInvocation): ) def invoke(self, context: InvocationContext) -> ImageOutput: - mask = context.services.images.get_pil_image(self.image.image_name) + mask = context.services.images.get_pil_image(self.image.image_name).convert("L") npimg = numpy.asarray(mask, dtype=numpy.uint8) npgradient = numpy.uint8(255 * (1.0 - numpy.floor(numpy.abs(0.5 - numpy.float32(npimg) / 255.0) * 2.0))) @@ -696,8 +696,13 @@ class ColorCorrectInvocation(BaseInvocation): # Blur the mask out (into init image) by specified amount if self.mask_blur_radius > 0: nm = numpy.asarray(pil_init_mask, dtype=numpy.uint8) + inverted_nm = 255 - nm + dilation_size = int(round(self.mask_blur_radius) + 20) + dilating_kernel = cv2.getStructuringElement(cv2.MORPH_ELLIPSE, (dilation_size, dilation_size)) + inverted_dilated_nm = cv2.dilate(inverted_nm, dilating_kernel) + dilated_nm = 255 - inverted_dilated_nm nmd = cv2.erode( - nm, + dilated_nm, kernel=numpy.ones((3, 3), dtype=numpy.uint8), iterations=int(self.mask_blur_radius / 2), ) From 7a295cbfd5be2f74804c1b35692219d5603d89ba Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Fri, 1 Sep 2023 11:20:45 +1200 Subject: [PATCH 06/84] experimental: Pass Mask To Coherence Pass --- .../graphBuilders/addSDXLRefinerToGraph.ts | 5 +- .../nodes/util/graphBuilders/addVAEToGraph.ts | 11 +++ .../graphBuilders/buildCanvasInpaintGraph.ts | 89 ++++++++++++++++-- .../graphBuilders/buildCanvasOutpaintGraph.ts | 87 ++++++++++++++---- .../buildCanvasSDXLInpaintGraph.ts | 77 +++++++++++++++- .../buildCanvasSDXLOutpaintGraph.ts | 92 ++++++++++++++----- .../nodes/util/graphBuilders/constants.ts | 4 + .../frontend/web/src/services/api/types.ts | 1 + 8 files changed, 313 insertions(+), 53 deletions(-) diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addSDXLRefinerToGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addSDXLRefinerToGraph.ts index 92d15ffd8c..c9b055dfc2 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addSDXLRefinerToGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addSDXLRefinerToGraph.ts @@ -10,7 +10,8 @@ import { CANVAS_OUTPUT, INPAINT_IMAGE_RESIZE_UP, LATENTS_TO_IMAGE, - MASK_BLUR, + MASK_COMBINE, + MASK_RESIZE_UP, METADATA_ACCUMULATOR, SDXL_CANVAS_IMAGE_TO_IMAGE_GRAPH, SDXL_CANVAS_INPAINT_GRAPH, @@ -257,7 +258,7 @@ export const addSDXLRefinerToGraph = ( graph.edges.push( { source: { - node_id: MASK_BLUR, + node_id: isUsingScaledDimensions ? MASK_RESIZE_UP : MASK_COMBINE, field: 'image', }, destination: { diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts index b274f8fbba..34d37e9b17 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts @@ -2,6 +2,7 @@ import { RootState } from 'app/store/store'; import { NonNullableGraph } from 'features/nodes/types/types'; import { MetadataAccumulatorInvocation } from 'services/api/types'; import { + CANVAS_COHERENCE_INPAINT_CREATE_MASK, CANVAS_IMAGE_TO_IMAGE_GRAPH, CANVAS_INPAINT_GRAPH, CANVAS_OUTPAINT_GRAPH, @@ -135,6 +136,16 @@ export const addVAEToGraph = ( field: 'vae', }, }, + { + source: { + node_id: isAutoVae ? modelLoaderNodeId : VAE_LOADER, + field: isAutoVae && isOnnxModel ? 'vae_decoder' : 'vae', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'vae', + }, + }, { source: { node_id: isAutoVae ? modelLoaderNodeId : VAE_LOADER, diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts index 6eafd1fc06..1783174079 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts @@ -6,6 +6,7 @@ import { ImageBlurInvocation, ImageDTO, ImageToLatentsInvocation, + MaskEdgeInvocation, NoiseInvocation, RandomIntInvocation, RangeOfSizeInvocation, @@ -18,6 +19,8 @@ import { addVAEToGraph } from './addVAEToGraph'; import { addWatermarkerToGraph } from './addWatermarkerToGraph'; import { CANVAS_COHERENCE_DENOISE_LATENTS, + CANVAS_COHERENCE_INPAINT_CREATE_MASK, + CANVAS_COHERENCE_MASK_EDGE, CANVAS_COHERENCE_NOISE, CANVAS_COHERENCE_NOISE_INCREMENT, CANVAS_INPAINT_GRAPH, @@ -89,6 +92,10 @@ export const buildCanvasInpaintGraph = ( shouldAutoSave, } = state.canvas; + const isUsingScaledDimensions = ['auto', 'manual'].includes( + boundingBoxScaleMethod + ); + let modelLoaderNodeId = MAIN_MODEL_LOADER; const use_cpu = shouldUseNoiseSettings @@ -135,18 +142,18 @@ export const buildCanvasInpaintGraph = ( is_intermediate: true, fp32: vaePrecision === 'fp32' ? true : false, }, - [INPAINT_CREATE_MASK]: { - type: 'create_denoise_mask', - id: INPAINT_CREATE_MASK, - is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, - }, [NOISE]: { type: 'noise', id: NOISE, use_cpu, is_intermediate: true, }, + [INPAINT_CREATE_MASK]: { + type: 'create_denoise_mask', + id: INPAINT_CREATE_MASK, + is_intermediate: true, + fp32: vaePrecision === 'fp32' ? true : false, + }, [DENOISE_LATENTS]: { type: 'denoise_latents', id: DENOISE_LATENTS, @@ -169,9 +176,24 @@ export const buildCanvasInpaintGraph = ( b: 1, is_intermediate: true, }, + [CANVAS_COHERENCE_MASK_EDGE]: { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }, + [CANVAS_COHERENCE_INPAINT_CREATE_MASK]: { + type: 'create_denoise_mask', + id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + is_intermediate: true, + fp32: vaePrecision === 'fp32' ? true : false, + }, [CANVAS_COHERENCE_DENOISE_LATENTS]: { type: 'denoise_latents', - id: DENOISE_LATENTS, + id: CANVAS_COHERENCE_DENOISE_LATENTS, is_intermediate: true, steps: canvasCoherenceSteps, cfg_scale: cfg_scale, @@ -311,6 +333,27 @@ export const buildCanvasInpaintGraph = ( field: 'denoise_mask', }, }, + // Create Coherence Mask + { + source: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }, + { + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', + }, + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + }, // Iterate { source: { @@ -418,7 +461,7 @@ export const buildCanvasInpaintGraph = ( }; // Handle Scale Before Processing - if (['auto', 'manual'].includes(boundingBoxScaleMethod)) { + if (isUsingScaledDimensions) { const scaledWidth: number = scaledBoundingBoxDimensions.width; const scaledHeight: number = scaledBoundingBoxDimensions.height; @@ -494,6 +537,26 @@ export const buildCanvasInpaintGraph = ( field: 'image', }, }, + { + source: { + node_id: INPAINT_IMAGE_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + }, + { + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }, // Color Correct The Inpainted Result { source: { @@ -555,6 +618,16 @@ export const buildCanvasInpaintGraph = ( ...(graph.nodes[INPAINT_CREATE_MASK] as CreateDenoiseMaskInvocation), image: canvasInitImage, }; + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + ...(graph.nodes[ + CANVAS_COHERENCE_INPAINT_CREATE_MASK + ] as CreateDenoiseMaskInvocation), + image: canvasInitImage, + }; + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + ...(graph.nodes[CANVAS_COHERENCE_MASK_EDGE] as MaskEdgeInvocation), + image: canvasMaskImage, + }; graph.edges.push( // Color Correct The Inpainted Result diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts index aec9d1c035..2098d3c3e1 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts @@ -2,7 +2,6 @@ import { logger } from 'app/logging/logger'; import { RootState } from 'app/store/store'; import { NonNullableGraph } from 'features/nodes/types/types'; import { - ImageBlurInvocation, ImageDTO, ImageToLatentsInvocation, InfillPatchMatchInvocation, @@ -19,6 +18,8 @@ import { addVAEToGraph } from './addVAEToGraph'; import { addWatermarkerToGraph } from './addWatermarkerToGraph'; import { CANVAS_COHERENCE_DENOISE_LATENTS, + CANVAS_COHERENCE_INPAINT_CREATE_MASK, + CANVAS_COHERENCE_MASK_EDGE, CANVAS_COHERENCE_NOISE, CANVAS_COHERENCE_NOISE_INCREMENT, CANVAS_OUTPAINT_GRAPH, @@ -34,7 +35,6 @@ import { ITERATE, LATENTS_TO_IMAGE, MAIN_MODEL_LOADER, - MASK_BLUR, MASK_COMBINE, MASK_FROM_ALPHA, MASK_RESIZE_DOWN, @@ -71,7 +71,6 @@ export const buildCanvasOutpaintGraph = ( shouldUseNoiseSettings, shouldUseCpuNoise, maskBlur, - maskBlurMethod, canvasCoherenceSteps, canvasCoherenceStrength, tileSize, @@ -96,6 +95,10 @@ export const buildCanvasOutpaintGraph = ( shouldAutoSave, } = state.canvas; + const isUsingScaledDimensions = ['auto', 'manual'].includes( + boundingBoxScaleMethod + ); + let modelLoaderNodeId = MAIN_MODEL_LOADER; const use_cpu = shouldUseNoiseSettings @@ -141,13 +144,6 @@ export const buildCanvasOutpaintGraph = ( is_intermediate: true, mask2: canvasMaskImage, }, - [MASK_BLUR]: { - type: 'img_blur', - id: MASK_BLUR, - is_intermediate: true, - radius: maskBlur, - blur_type: maskBlurMethod, - }, [INPAINT_IMAGE]: { type: 'i2l', id: INPAINT_IMAGE, @@ -188,6 +184,21 @@ export const buildCanvasOutpaintGraph = ( b: 1, is_intermediate: true, }, + [CANVAS_COHERENCE_MASK_EDGE]: { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }, + [CANVAS_COHERENCE_INPAINT_CREATE_MASK]: { + type: 'create_denoise_mask', + id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + is_intermediate: true, + fp32: vaePrecision === 'fp32' ? true : false, + }, [CANVAS_COHERENCE_DENOISE_LATENTS]: { type: 'denoise_latents', id: CANVAS_COHERENCE_DENOISE_LATENTS, @@ -333,7 +344,7 @@ export const buildCanvasOutpaintGraph = ( // Create Inpaint Mask { source: { - node_id: MASK_BLUR, + node_id: isUsingScaledDimensions ? MASK_RESIZE_UP : MASK_COMBINE, field: 'image', }, destination: { @@ -351,6 +362,27 @@ export const buildCanvasOutpaintGraph = ( field: 'denoise_mask', }, }, + // Create Coherence Mask + { + source: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }, + { + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', + }, + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + }, // Iterate { source: { @@ -484,7 +516,7 @@ export const buildCanvasOutpaintGraph = ( } // Handle Scale Before Processing - if (['auto', 'manual'].includes(boundingBoxScaleMethod)) { + if (isUsingScaledDimensions) { const scaledWidth: number = scaledBoundingBoxDimensions.width; const scaledHeight: number = scaledBoundingBoxDimensions.height; @@ -556,6 +588,16 @@ export const buildCanvasOutpaintGraph = ( field: 'image', }, }, + { + source: { + node_id: INPAINT_INFILL, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + }, // Take combined mask and resize and then blur { source: { @@ -573,7 +615,7 @@ export const buildCanvasOutpaintGraph = ( field: 'image', }, destination: { - node_id: MASK_BLUR, + node_id: CANVAS_COHERENCE_MASK_EDGE, field: 'image', }, }, @@ -658,19 +700,26 @@ export const buildCanvasOutpaintGraph = ( ...(graph.nodes[INPAINT_IMAGE] as ImageToLatentsInvocation), image: canvasInitImage, }; - graph.nodes[MASK_BLUR] = { - ...(graph.nodes[MASK_BLUR] as ImageBlurInvocation), - }; graph.edges.push( // Take combined mask and plug it to blur + { + source: { + node_id: INPAINT_INFILL, + field: 'image', + }, + destination: { + node_id: INPAINT_CREATE_MASK, + field: 'image', + }, + }, { source: { node_id: MASK_COMBINE, field: 'image', }, destination: { - node_id: MASK_BLUR, + node_id: CANVAS_COHERENCE_MASK_EDGE, field: 'image', }, }, @@ -680,7 +729,7 @@ export const buildCanvasOutpaintGraph = ( field: 'image', }, destination: { - node_id: INPAINT_CREATE_MASK, + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, field: 'image', }, }, @@ -707,7 +756,7 @@ export const buildCanvasOutpaintGraph = ( }, { source: { - node_id: MASK_BLUR, + node_id: MASK_COMBINE, field: 'image', }, destination: { diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts index 3cf1eb41e8..ca3f39257e 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts @@ -6,6 +6,7 @@ import { ImageBlurInvocation, ImageDTO, ImageToLatentsInvocation, + MaskEdgeInvocation, NoiseInvocation, RandomIntInvocation, RangeOfSizeInvocation, @@ -19,6 +20,8 @@ import { addVAEToGraph } from './addVAEToGraph'; import { addWatermarkerToGraph } from './addWatermarkerToGraph'; import { CANVAS_COHERENCE_DENOISE_LATENTS, + CANVAS_COHERENCE_INPAINT_CREATE_MASK, + CANVAS_COHERENCE_MASK_EDGE, CANVAS_COHERENCE_NOISE, CANVAS_COHERENCE_NOISE_INCREMENT, CANVAS_OUTPUT, @@ -96,6 +99,10 @@ export const buildCanvasSDXLInpaintGraph = ( shouldAutoSave, } = state.canvas; + const isUsingScaledDimensions = ['auto', 'manual'].includes( + boundingBoxScaleMethod + ); + let modelLoaderNodeId = SDXL_MODEL_LOADER; const use_cpu = shouldUseNoiseSettings @@ -175,9 +182,24 @@ export const buildCanvasSDXLInpaintGraph = ( b: 1, is_intermediate: true, }, + [CANVAS_COHERENCE_MASK_EDGE]: { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }, + [CANVAS_COHERENCE_INPAINT_CREATE_MASK]: { + type: 'create_denoise_mask', + id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + is_intermediate: true, + fp32: vaePrecision === 'fp32' ? true : false, + }, [CANVAS_COHERENCE_DENOISE_LATENTS]: { type: 'denoise_latents', - id: SDXL_DENOISE_LATENTS, + id: CANVAS_COHERENCE_DENOISE_LATENTS, is_intermediate: true, steps: canvasCoherenceSteps, cfg_scale: cfg_scale, @@ -326,6 +348,27 @@ export const buildCanvasSDXLInpaintGraph = ( field: 'denoise_mask', }, }, + // Create Coherence Mask + { + source: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }, + { + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', + }, + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + }, // Iterate { source: { @@ -433,7 +476,7 @@ export const buildCanvasSDXLInpaintGraph = ( }; // Handle Scale Before Processing - if (['auto', 'manual'].includes(boundingBoxScaleMethod)) { + if (isUsingScaledDimensions) { const scaledWidth: number = scaledBoundingBoxDimensions.width; const scaledHeight: number = scaledBoundingBoxDimensions.height; @@ -509,6 +552,26 @@ export const buildCanvasSDXLInpaintGraph = ( field: 'image', }, }, + { + source: { + node_id: INPAINT_IMAGE_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + }, + { + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }, // Color Correct The Inpainted Result { source: { @@ -570,6 +633,16 @@ export const buildCanvasSDXLInpaintGraph = ( ...(graph.nodes[INPAINT_CREATE_MASK] as CreateDenoiseMaskInvocation), image: canvasInitImage, }; + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + ...(graph.nodes[ + CANVAS_COHERENCE_INPAINT_CREATE_MASK + ] as CreateDenoiseMaskInvocation), + image: canvasInitImage, + }; + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + ...(graph.nodes[CANVAS_COHERENCE_MASK_EDGE] as MaskEdgeInvocation), + image: canvasMaskImage, + }; graph.edges.push( // Color Correct The Inpainted Result diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts index 811efce6df..e8c3ce6435 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts @@ -2,7 +2,6 @@ import { logger } from 'app/logging/logger'; import { RootState } from 'app/store/store'; import { NonNullableGraph } from 'features/nodes/types/types'; import { - ImageBlurInvocation, ImageDTO, ImageToLatentsInvocation, InfillPatchMatchInvocation, @@ -20,6 +19,8 @@ import { addVAEToGraph } from './addVAEToGraph'; import { addWatermarkerToGraph } from './addWatermarkerToGraph'; import { CANVAS_COHERENCE_DENOISE_LATENTS, + CANVAS_COHERENCE_INPAINT_CREATE_MASK, + CANVAS_COHERENCE_MASK_EDGE, CANVAS_COHERENCE_NOISE, CANVAS_COHERENCE_NOISE_INCREMENT, CANVAS_OUTPUT, @@ -31,7 +32,6 @@ import { INPAINT_INFILL_RESIZE_DOWN, ITERATE, LATENTS_TO_IMAGE, - MASK_BLUR, MASK_COMBINE, MASK_FROM_ALPHA, MASK_RESIZE_DOWN, @@ -72,7 +72,6 @@ export const buildCanvasSDXLOutpaintGraph = ( shouldUseNoiseSettings, shouldUseCpuNoise, maskBlur, - maskBlurMethod, canvasCoherenceSteps, canvasCoherenceStrength, tileSize, @@ -103,6 +102,10 @@ export const buildCanvasSDXLOutpaintGraph = ( shouldAutoSave, } = state.canvas; + const isUsingScaledDimensions = ['auto', 'manual'].includes( + boundingBoxScaleMethod + ); + let modelLoaderNodeId = SDXL_MODEL_LOADER; const use_cpu = shouldUseNoiseSettings @@ -145,13 +148,6 @@ export const buildCanvasSDXLOutpaintGraph = ( is_intermediate: true, mask2: canvasMaskImage, }, - [MASK_BLUR]: { - type: 'img_blur', - id: MASK_BLUR, - is_intermediate: true, - radius: maskBlur, - blur_type: maskBlurMethod, - }, [INPAINT_IMAGE]: { type: 'i2l', id: INPAINT_IMAGE, @@ -194,6 +190,21 @@ export const buildCanvasSDXLOutpaintGraph = ( b: 1, is_intermediate: true, }, + [CANVAS_COHERENCE_MASK_EDGE]: { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }, + [CANVAS_COHERENCE_INPAINT_CREATE_MASK]: { + type: 'create_denoise_mask', + id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + is_intermediate: true, + fp32: vaePrecision === 'fp32' ? true : false, + }, [CANVAS_COHERENCE_DENOISE_LATENTS]: { type: 'denoise_latents', id: CANVAS_COHERENCE_DENOISE_LATENTS, @@ -348,7 +359,7 @@ export const buildCanvasSDXLOutpaintGraph = ( // Create Inpaint Mask { source: { - node_id: MASK_BLUR, + node_id: isUsingScaledDimensions ? MASK_RESIZE_UP : MASK_COMBINE, field: 'image', }, destination: { @@ -366,6 +377,27 @@ export const buildCanvasSDXLOutpaintGraph = ( field: 'denoise_mask', }, }, + // Create Coherence Mask + { + source: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }, + { + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', + }, + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + }, // Iterate { source: { @@ -410,7 +442,7 @@ export const buildCanvasSDXLOutpaintGraph = ( }, { source: { - node_id: SDXL_MODEL_LOADER, + node_id: modelLoaderNodeId, field: 'unet', }, destination: { @@ -473,7 +505,6 @@ export const buildCanvasSDXLOutpaintGraph = ( }; // Add Infill Nodes - if (infillMethod === 'patchmatch') { graph.nodes[INPAINT_INFILL] = { type: 'infill_patchmatch', @@ -500,7 +531,7 @@ export const buildCanvasSDXLOutpaintGraph = ( } // Handle Scale Before Processing - if (['auto', 'manual'].includes(boundingBoxScaleMethod)) { + if (isUsingScaledDimensions) { const scaledWidth: number = scaledBoundingBoxDimensions.width; const scaledHeight: number = scaledBoundingBoxDimensions.height; @@ -572,6 +603,16 @@ export const buildCanvasSDXLOutpaintGraph = ( field: 'image', }, }, + { + source: { + node_id: INPAINT_INFILL, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + }, // Take combined mask and resize and then blur { source: { @@ -589,7 +630,7 @@ export const buildCanvasSDXLOutpaintGraph = ( field: 'image', }, destination: { - node_id: MASK_BLUR, + node_id: CANVAS_COHERENCE_MASK_EDGE, field: 'image', }, }, @@ -674,19 +715,26 @@ export const buildCanvasSDXLOutpaintGraph = ( ...(graph.nodes[INPAINT_IMAGE] as ImageToLatentsInvocation), image: canvasInitImage, }; - graph.nodes[MASK_BLUR] = { - ...(graph.nodes[MASK_BLUR] as ImageBlurInvocation), - }; graph.edges.push( // Take combined mask and plug it to blur + { + source: { + node_id: INPAINT_INFILL, + field: 'image', + }, + destination: { + node_id: INPAINT_CREATE_MASK, + field: 'image', + }, + }, { source: { node_id: MASK_COMBINE, field: 'image', }, destination: { - node_id: MASK_BLUR, + node_id: CANVAS_COHERENCE_MASK_EDGE, field: 'image', }, }, @@ -696,7 +744,7 @@ export const buildCanvasSDXLOutpaintGraph = ( field: 'image', }, destination: { - node_id: INPAINT_CREATE_MASK, + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, field: 'image', }, }, @@ -723,7 +771,7 @@ export const buildCanvasSDXLOutpaintGraph = ( }, { source: { - node_id: MASK_BLUR, + node_id: MASK_COMBINE, field: 'image', }, destination: { @@ -734,7 +782,7 @@ export const buildCanvasSDXLOutpaintGraph = ( ); } - // Handle seed + // Handle Seed if (shouldRandomizeSeed) { // Random int node to generate the starting seed const randomIntNode: RandomIntInvocation = { diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/constants.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/constants.ts index 9eaeaa9c7e..70bd0c4058 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/constants.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/constants.ts @@ -27,11 +27,15 @@ export const INPAINT_INFILL = 'inpaint_infill'; export const INPAINT_INFILL_RESIZE_DOWN = 'inpaint_infill_resize_down'; export const INPAINT_FINAL_IMAGE = 'inpaint_final_image'; export const INPAINT_CREATE_MASK = 'inpaint_create_mask'; +export const INPAINT_MASK = 'inpaint_mask'; export const CANVAS_COHERENCE_DENOISE_LATENTS = 'canvas_coherence_denoise_latents'; export const CANVAS_COHERENCE_NOISE = 'canvas_coherence_noise'; export const CANVAS_COHERENCE_NOISE_INCREMENT = 'canvas_coherence_noise_increment'; +export const CANVAS_COHERENCE_MASK_EDGE = 'canvas_coherence_mask_edge'; +export const CANVAS_COHERENCE_INPAINT_CREATE_MASK = + 'canvas_coherence_inpaint_create_mask'; export const MASK_FROM_ALPHA = 'tomask'; export const MASK_EDGE = 'mask_edge'; export const MASK_BLUR = 'mask_blur'; diff --git a/invokeai/frontend/web/src/services/api/types.ts b/invokeai/frontend/web/src/services/api/types.ts index 51e2459b7f..bae60ff701 100644 --- a/invokeai/frontend/web/src/services/api/types.ts +++ b/invokeai/frontend/web/src/services/api/types.ts @@ -112,6 +112,7 @@ export type ImageScaleInvocation = s['ImageScaleInvocation']; export type InfillPatchMatchInvocation = s['InfillPatchMatchInvocation']; export type InfillTileInvocation = s['InfillTileInvocation']; export type CreateDenoiseMaskInvocation = s['CreateDenoiseMaskInvocation']; +export type MaskEdgeInvocation = s['MaskEdgeInvocation']; export type RandomIntInvocation = s['RandomIntInvocation']; export type CompelInvocation = s['CompelInvocation']; export type DynamicPromptInvocation = s['DynamicPromptInvocation']; From 52a5f1f56fcf40b5a867bc79a21dbcac601a898f Mon Sep 17 00:00:00 2001 From: Lincoln Stein Date: Thu, 31 Aug 2023 22:50:53 -0400 Subject: [PATCH 07/84] prevent from trying to set vram on macs --- .../backend/install/invokeai_configure.py | 3 +- .../diffusion/cross_attention_control.py | 2 +- .../diffusion/shared_invokeai_diffusion.py | 20 ++++-- .../image_degradation/bsrgan.py | 4 +- .../image_degradation/bsrgan_light.py | 4 +- .../image_degradation/utils_image.py | 72 ++++++++----------- .../training/textual_inversion_training.py | 5 +- invokeai/backend/util/mps_fixes.py | 2 +- invokeai/backend/util/util.py | 2 +- 9 files changed, 59 insertions(+), 55 deletions(-) diff --git a/invokeai/backend/install/invokeai_configure.py b/invokeai/backend/install/invokeai_configure.py index 90298ce076..077ac2f92a 100755 --- a/invokeai/backend/install/invokeai_configure.py +++ b/invokeai/backend/install/invokeai_configure.py @@ -594,7 +594,8 @@ https://huggingface.co/stabilityai/stable-diffusion-xl-base-1.0/blob/main/LICENS "vram", "outdir", ]: - setattr(new_opts, attr, getattr(self, attr).value) + if hasattr(self, attr): + setattr(new_opts, attr, getattr(self, attr).value) for attr in self.autoimport_dirs: directory = Path(self.autoimport_dirs[attr].value) diff --git a/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py b/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py index 334837a273..35d4800859 100644 --- a/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py +++ b/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py @@ -265,7 +265,7 @@ class InvokeAICrossAttentionMixin: if q.shape[1] <= 4096: # (512x512) max q.shape[1]: 4096 return self.einsum_lowest_level(q, k, v, None, None, None) else: - slice_size = math.floor(2 ** 30 / (q.shape[0] * q.shape[1])) + slice_size = math.floor(2**30 / (q.shape[0] * q.shape[1])) return self.einsum_op_slice_dim1(q, k, v, slice_size) def einsum_op_mps_v2(self, q, k, v): diff --git a/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py b/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py index 331b42c047..f05adafca2 100644 --- a/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py +++ b/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py @@ -215,7 +215,10 @@ class InvokeAIDiffuserComponent: dim=0, ), } - (encoder_hidden_states, encoder_attention_mask,) = self._concat_conditionings_for_batch( + ( + encoder_hidden_states, + encoder_attention_mask, + ) = self._concat_conditionings_for_batch( conditioning_data.unconditioned_embeddings.embeds, conditioning_data.text_embeddings.embeds, ) @@ -277,7 +280,10 @@ class InvokeAIDiffuserComponent: wants_cross_attention_control = len(cross_attention_control_types_to_do) > 0 if wants_cross_attention_control: - (unconditioned_next_x, conditioned_next_x,) = self._apply_cross_attention_controlled_conditioning( + ( + unconditioned_next_x, + conditioned_next_x, + ) = self._apply_cross_attention_controlled_conditioning( sample, timestep, conditioning_data, @@ -285,7 +291,10 @@ class InvokeAIDiffuserComponent: **kwargs, ) elif self.sequential_guidance: - (unconditioned_next_x, conditioned_next_x,) = self._apply_standard_conditioning_sequentially( + ( + unconditioned_next_x, + conditioned_next_x, + ) = self._apply_standard_conditioning_sequentially( sample, timestep, conditioning_data, @@ -293,7 +302,10 @@ class InvokeAIDiffuserComponent: ) else: - (unconditioned_next_x, conditioned_next_x,) = self._apply_standard_conditioning( + ( + unconditioned_next_x, + conditioned_next_x, + ) = self._apply_standard_conditioning( sample, timestep, conditioning_data, diff --git a/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py b/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py index 2a2edc92bd..e4d614207b 100644 --- a/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py +++ b/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py @@ -395,7 +395,7 @@ def add_Gaussian_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img @@ -413,7 +413,7 @@ def add_speckle_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img diff --git a/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py b/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py index 6c516c8101..cd74adc519 100644 --- a/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py +++ b/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py @@ -399,7 +399,7 @@ def add_Gaussian_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img @@ -417,7 +417,7 @@ def add_speckle_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img diff --git a/invokeai/backend/stable_diffusion/image_degradation/utils_image.py b/invokeai/backend/stable_diffusion/image_degradation/utils_image.py index 11df5c5710..2a0773c3ed 100644 --- a/invokeai/backend/stable_diffusion/image_degradation/utils_image.py +++ b/invokeai/backend/stable_diffusion/image_degradation/utils_image.py @@ -562,18 +562,14 @@ def rgb2ycbcr(img, only_y=True): if only_y: rlt = np.dot(img, [65.481, 128.553, 24.966]) / 255.0 + 16.0 else: - rlt = ( - np.matmul( - img, - [ - [65.481, -37.797, 112.0], - [128.553, -74.203, -93.786], - [24.966, 112.0, -18.214], - ], - ) - / 255.0 - + [16, 128, 128] - ) + rlt = np.matmul( + img, + [ + [65.481, -37.797, 112.0], + [128.553, -74.203, -93.786], + [24.966, 112.0, -18.214], + ], + ) / 255.0 + [16, 128, 128] if in_img_type == np.uint8: rlt = rlt.round() else: @@ -592,18 +588,14 @@ def ycbcr2rgb(img): if in_img_type != np.uint8: img *= 255.0 # convert - rlt = ( - np.matmul( - img, - [ - [0.00456621, 0.00456621, 0.00456621], - [0, -0.00153632, 0.00791071], - [0.00625893, -0.00318811, 0], - ], - ) - * 255.0 - + [-222.921, 135.576, -276.836] - ) + rlt = np.matmul( + img, + [ + [0.00456621, 0.00456621, 0.00456621], + [0, -0.00153632, 0.00791071], + [0.00625893, -0.00318811, 0], + ], + ) * 255.0 + [-222.921, 135.576, -276.836] if in_img_type == np.uint8: rlt = rlt.round() else: @@ -626,18 +618,14 @@ def bgr2ycbcr(img, only_y=True): if only_y: rlt = np.dot(img, [24.966, 128.553, 65.481]) / 255.0 + 16.0 else: - rlt = ( - np.matmul( - img, - [ - [24.966, 112.0, -18.214], - [128.553, -74.203, -93.786], - [65.481, -37.797, 112.0], - ], - ) - / 255.0 - + [16, 128, 128] - ) + rlt = np.matmul( + img, + [ + [24.966, 112.0, -18.214], + [128.553, -74.203, -93.786], + [65.481, -37.797, 112.0], + ], + ) / 255.0 + [16, 128, 128] if in_img_type == np.uint8: rlt = rlt.round() else: @@ -728,11 +716,11 @@ def ssim(img1, img2): mu1 = cv2.filter2D(img1, -1, window)[5:-5, 5:-5] # valid mu2 = cv2.filter2D(img2, -1, window)[5:-5, 5:-5] - mu1_sq = mu1 ** 2 - mu2_sq = mu2 ** 2 + mu1_sq = mu1**2 + mu2_sq = mu2**2 mu1_mu2 = mu1 * mu2 - sigma1_sq = cv2.filter2D(img1 ** 2, -1, window)[5:-5, 5:-5] - mu1_sq - sigma2_sq = cv2.filter2D(img2 ** 2, -1, window)[5:-5, 5:-5] - mu2_sq + sigma1_sq = cv2.filter2D(img1**2, -1, window)[5:-5, 5:-5] - mu1_sq + sigma2_sq = cv2.filter2D(img2**2, -1, window)[5:-5, 5:-5] - mu2_sq sigma12 = cv2.filter2D(img1 * img2, -1, window)[5:-5, 5:-5] - mu1_mu2 ssim_map = ((2 * mu1_mu2 + C1) * (2 * sigma12 + C2)) / ((mu1_sq + mu2_sq + C1) * (sigma1_sq + sigma2_sq + C2)) @@ -749,8 +737,8 @@ def ssim(img1, img2): # matlab 'imresize' function, now only support 'bicubic' def cubic(x): absx = torch.abs(x) - absx2 = absx ** 2 - absx3 = absx ** 3 + absx2 = absx**2 + absx3 = absx**3 return (1.5 * absx3 - 2.5 * absx2 + 1) * ((absx <= 1).type_as(absx)) + ( -0.5 * absx3 + 2.5 * absx2 - 4 * absx + 2 ) * (((absx > 1) * (absx <= 2)).type_as(absx)) diff --git a/invokeai/backend/training/textual_inversion_training.py b/invokeai/backend/training/textual_inversion_training.py index 658db5e1d5..d92aa80b38 100644 --- a/invokeai/backend/training/textual_inversion_training.py +++ b/invokeai/backend/training/textual_inversion_training.py @@ -475,7 +475,10 @@ class TextualInversionDataset(Dataset): if self.center_crop: crop = min(img.shape[0], img.shape[1]) - (h, w,) = ( + ( + h, + w, + ) = ( img.shape[0], img.shape[1], ) diff --git a/invokeai/backend/util/mps_fixes.py b/invokeai/backend/util/mps_fixes.py index be465d7d9a..8a4e6baab5 100644 --- a/invokeai/backend/util/mps_fixes.py +++ b/invokeai/backend/util/mps_fixes.py @@ -203,7 +203,7 @@ class ChunkedSlicedAttnProcessor: if attn.upcast_attention: out_item_size = 4 - chunk_size = 2 ** 29 + chunk_size = 2**29 out_size = query.shape[1] * key.shape[1] * out_item_size chunks_count = min(query.shape[1], math.ceil((out_size - 1) / chunk_size)) diff --git a/invokeai/backend/util/util.py b/invokeai/backend/util/util.py index da0b9f6834..7ef9c72fb0 100644 --- a/invokeai/backend/util/util.py +++ b/invokeai/backend/util/util.py @@ -207,7 +207,7 @@ def parallel_data_prefetch( return gather_res -def rand_perlin_2d(shape, res, device, fade=lambda t: 6 * t ** 5 - 15 * t ** 4 + 10 * t ** 3): +def rand_perlin_2d(shape, res, device, fade=lambda t: 6 * t**5 - 15 * t**4 + 10 * t**3): delta = (res[0] / shape[0], res[1] / shape[1]) d = (shape[0] // res[0], shape[1] // res[1]) From 44b49c7f2d323759c80141f5f142ae64dd08a779 Mon Sep 17 00:00:00 2001 From: Lincoln Stein Date: Thu, 31 Aug 2023 22:55:17 -0400 Subject: [PATCH 08/84] fixed true source of problem --- invokeai/backend/install/invokeai_configure.py | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/invokeai/backend/install/invokeai_configure.py b/invokeai/backend/install/invokeai_configure.py index 077ac2f92a..8583ba9e0f 100755 --- a/invokeai/backend/install/invokeai_configure.py +++ b/invokeai/backend/install/invokeai_configure.py @@ -496,7 +496,7 @@ Use cursor arrows to make a checkbox selection, and space to toggle. scroll_exit=True, ) else: - self.vram_cache_size = DummyWidgetValue.zero + self.vram = DummyWidgetValue.zero self.nextrely += 1 self.outdir = self.add_widget_intelligent( FileBox, From 2cb57ef301673d9ffda3c926c03af4b1a005211c Mon Sep 17 00:00:00 2001 From: Lincoln Stein Date: Thu, 31 Aug 2023 23:11:54 -0400 Subject: [PATCH 09/84] fix baseinvocation call to __attribute__ to work with py3.9 --- invokeai/app/invocations/baseinvocation.py | 10 ++- .../diffusion/cross_attention_control.py | 2 +- .../diffusion/shared_invokeai_diffusion.py | 20 ++++-- .../image_degradation/bsrgan.py | 4 +- .../image_degradation/bsrgan_light.py | 4 +- .../image_degradation/utils_image.py | 72 ++++++++----------- .../training/textual_inversion_training.py | 5 +- invokeai/backend/util/mps_fixes.py | 2 +- invokeai/backend/util/util.py | 2 +- 9 files changed, 66 insertions(+), 55 deletions(-) diff --git a/invokeai/app/invocations/baseinvocation.py b/invokeai/app/invocations/baseinvocation.py index e6f4f52f25..03906784cb 100644 --- a/invokeai/app/invocations/baseinvocation.py +++ b/invokeai/app/invocations/baseinvocation.py @@ -615,7 +615,15 @@ def invocation_output( config=cls.__config__, ) cls.__fields__.update({"type": output_type_field}) - cls.__annotations__.update({"type": output_type_annotation}) + + # to support 3.9, 3.10 and 3.11, as described in https://docs.python.org/3/howto/annotations.html + annotations = ( + cls.__dict__.get("__annotations__", None) + if isinstance(cls, type) + else getattr(cls, "__annotations__", None) + ) + if annotations: + annotations.update({"type": output_type_annotation}) return cls diff --git a/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py b/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py index 334837a273..35d4800859 100644 --- a/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py +++ b/invokeai/backend/stable_diffusion/diffusion/cross_attention_control.py @@ -265,7 +265,7 @@ class InvokeAICrossAttentionMixin: if q.shape[1] <= 4096: # (512x512) max q.shape[1]: 4096 return self.einsum_lowest_level(q, k, v, None, None, None) else: - slice_size = math.floor(2 ** 30 / (q.shape[0] * q.shape[1])) + slice_size = math.floor(2**30 / (q.shape[0] * q.shape[1])) return self.einsum_op_slice_dim1(q, k, v, slice_size) def einsum_op_mps_v2(self, q, k, v): diff --git a/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py b/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py index 331b42c047..f05adafca2 100644 --- a/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py +++ b/invokeai/backend/stable_diffusion/diffusion/shared_invokeai_diffusion.py @@ -215,7 +215,10 @@ class InvokeAIDiffuserComponent: dim=0, ), } - (encoder_hidden_states, encoder_attention_mask,) = self._concat_conditionings_for_batch( + ( + encoder_hidden_states, + encoder_attention_mask, + ) = self._concat_conditionings_for_batch( conditioning_data.unconditioned_embeddings.embeds, conditioning_data.text_embeddings.embeds, ) @@ -277,7 +280,10 @@ class InvokeAIDiffuserComponent: wants_cross_attention_control = len(cross_attention_control_types_to_do) > 0 if wants_cross_attention_control: - (unconditioned_next_x, conditioned_next_x,) = self._apply_cross_attention_controlled_conditioning( + ( + unconditioned_next_x, + conditioned_next_x, + ) = self._apply_cross_attention_controlled_conditioning( sample, timestep, conditioning_data, @@ -285,7 +291,10 @@ class InvokeAIDiffuserComponent: **kwargs, ) elif self.sequential_guidance: - (unconditioned_next_x, conditioned_next_x,) = self._apply_standard_conditioning_sequentially( + ( + unconditioned_next_x, + conditioned_next_x, + ) = self._apply_standard_conditioning_sequentially( sample, timestep, conditioning_data, @@ -293,7 +302,10 @@ class InvokeAIDiffuserComponent: ) else: - (unconditioned_next_x, conditioned_next_x,) = self._apply_standard_conditioning( + ( + unconditioned_next_x, + conditioned_next_x, + ) = self._apply_standard_conditioning( sample, timestep, conditioning_data, diff --git a/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py b/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py index 2a2edc92bd..e4d614207b 100644 --- a/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py +++ b/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py @@ -395,7 +395,7 @@ def add_Gaussian_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img @@ -413,7 +413,7 @@ def add_speckle_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img diff --git a/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py b/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py index 6c516c8101..cd74adc519 100644 --- a/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py +++ b/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py @@ -399,7 +399,7 @@ def add_Gaussian_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img @@ -417,7 +417,7 @@ def add_speckle_noise(img, noise_level1=2, noise_level2=25): D = np.diag(np.random.rand(3)) U = orth(np.random.rand(3, 3)) conv = np.dot(np.dot(np.transpose(U), D), U) - img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) + img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) img = np.clip(img, 0.0, 1.0) return img diff --git a/invokeai/backend/stable_diffusion/image_degradation/utils_image.py b/invokeai/backend/stable_diffusion/image_degradation/utils_image.py index 11df5c5710..2a0773c3ed 100644 --- a/invokeai/backend/stable_diffusion/image_degradation/utils_image.py +++ b/invokeai/backend/stable_diffusion/image_degradation/utils_image.py @@ -562,18 +562,14 @@ def rgb2ycbcr(img, only_y=True): if only_y: rlt = np.dot(img, [65.481, 128.553, 24.966]) / 255.0 + 16.0 else: - rlt = ( - np.matmul( - img, - [ - [65.481, -37.797, 112.0], - [128.553, -74.203, -93.786], - [24.966, 112.0, -18.214], - ], - ) - / 255.0 - + [16, 128, 128] - ) + rlt = np.matmul( + img, + [ + [65.481, -37.797, 112.0], + [128.553, -74.203, -93.786], + [24.966, 112.0, -18.214], + ], + ) / 255.0 + [16, 128, 128] if in_img_type == np.uint8: rlt = rlt.round() else: @@ -592,18 +588,14 @@ def ycbcr2rgb(img): if in_img_type != np.uint8: img *= 255.0 # convert - rlt = ( - np.matmul( - img, - [ - [0.00456621, 0.00456621, 0.00456621], - [0, -0.00153632, 0.00791071], - [0.00625893, -0.00318811, 0], - ], - ) - * 255.0 - + [-222.921, 135.576, -276.836] - ) + rlt = np.matmul( + img, + [ + [0.00456621, 0.00456621, 0.00456621], + [0, -0.00153632, 0.00791071], + [0.00625893, -0.00318811, 0], + ], + ) * 255.0 + [-222.921, 135.576, -276.836] if in_img_type == np.uint8: rlt = rlt.round() else: @@ -626,18 +618,14 @@ def bgr2ycbcr(img, only_y=True): if only_y: rlt = np.dot(img, [24.966, 128.553, 65.481]) / 255.0 + 16.0 else: - rlt = ( - np.matmul( - img, - [ - [24.966, 112.0, -18.214], - [128.553, -74.203, -93.786], - [65.481, -37.797, 112.0], - ], - ) - / 255.0 - + [16, 128, 128] - ) + rlt = np.matmul( + img, + [ + [24.966, 112.0, -18.214], + [128.553, -74.203, -93.786], + [65.481, -37.797, 112.0], + ], + ) / 255.0 + [16, 128, 128] if in_img_type == np.uint8: rlt = rlt.round() else: @@ -728,11 +716,11 @@ def ssim(img1, img2): mu1 = cv2.filter2D(img1, -1, window)[5:-5, 5:-5] # valid mu2 = cv2.filter2D(img2, -1, window)[5:-5, 5:-5] - mu1_sq = mu1 ** 2 - mu2_sq = mu2 ** 2 + mu1_sq = mu1**2 + mu2_sq = mu2**2 mu1_mu2 = mu1 * mu2 - sigma1_sq = cv2.filter2D(img1 ** 2, -1, window)[5:-5, 5:-5] - mu1_sq - sigma2_sq = cv2.filter2D(img2 ** 2, -1, window)[5:-5, 5:-5] - mu2_sq + sigma1_sq = cv2.filter2D(img1**2, -1, window)[5:-5, 5:-5] - mu1_sq + sigma2_sq = cv2.filter2D(img2**2, -1, window)[5:-5, 5:-5] - mu2_sq sigma12 = cv2.filter2D(img1 * img2, -1, window)[5:-5, 5:-5] - mu1_mu2 ssim_map = ((2 * mu1_mu2 + C1) * (2 * sigma12 + C2)) / ((mu1_sq + mu2_sq + C1) * (sigma1_sq + sigma2_sq + C2)) @@ -749,8 +737,8 @@ def ssim(img1, img2): # matlab 'imresize' function, now only support 'bicubic' def cubic(x): absx = torch.abs(x) - absx2 = absx ** 2 - absx3 = absx ** 3 + absx2 = absx**2 + absx3 = absx**3 return (1.5 * absx3 - 2.5 * absx2 + 1) * ((absx <= 1).type_as(absx)) + ( -0.5 * absx3 + 2.5 * absx2 - 4 * absx + 2 ) * (((absx > 1) * (absx <= 2)).type_as(absx)) diff --git a/invokeai/backend/training/textual_inversion_training.py b/invokeai/backend/training/textual_inversion_training.py index 658db5e1d5..d92aa80b38 100644 --- a/invokeai/backend/training/textual_inversion_training.py +++ b/invokeai/backend/training/textual_inversion_training.py @@ -475,7 +475,10 @@ class TextualInversionDataset(Dataset): if self.center_crop: crop = min(img.shape[0], img.shape[1]) - (h, w,) = ( + ( + h, + w, + ) = ( img.shape[0], img.shape[1], ) diff --git a/invokeai/backend/util/mps_fixes.py b/invokeai/backend/util/mps_fixes.py index be465d7d9a..8a4e6baab5 100644 --- a/invokeai/backend/util/mps_fixes.py +++ b/invokeai/backend/util/mps_fixes.py @@ -203,7 +203,7 @@ class ChunkedSlicedAttnProcessor: if attn.upcast_attention: out_item_size = 4 - chunk_size = 2 ** 29 + chunk_size = 2**29 out_size = query.shape[1] * key.shape[1] * out_item_size chunks_count = min(query.shape[1], math.ceil((out_size - 1) / chunk_size)) diff --git a/invokeai/backend/util/util.py b/invokeai/backend/util/util.py index da0b9f6834..7ef9c72fb0 100644 --- a/invokeai/backend/util/util.py +++ b/invokeai/backend/util/util.py @@ -207,7 +207,7 @@ def parallel_data_prefetch( return gather_res -def rand_perlin_2d(shape, res, device, fade=lambda t: 6 * t ** 5 - 15 * t ** 4 + 10 * t ** 3): +def rand_perlin_2d(shape, res, device, fade=lambda t: 6 * t**5 - 15 * t**4 + 10 * t**3): delta = (res[0] / shape[0], res[1] / shape[1]) d = (shape[0] // res[0], shape[1] // res[1]) From 6c2786201b169929c95ce34115aacfb5a88f1621 Mon Sep 17 00:00:00 2001 From: Lincoln Stein Date: Thu, 31 Aug 2023 23:45:19 -0400 Subject: [PATCH 10/84] Update invokeai/app/invocations/baseinvocation.py Co-authored-by: psychedelicious <4822129+psychedelicious@users.noreply.github.com> --- invokeai/app/invocations/baseinvocation.py | 6 +----- 1 file changed, 1 insertion(+), 5 deletions(-) diff --git a/invokeai/app/invocations/baseinvocation.py b/invokeai/app/invocations/baseinvocation.py index 03906784cb..c7b1bf4980 100644 --- a/invokeai/app/invocations/baseinvocation.py +++ b/invokeai/app/invocations/baseinvocation.py @@ -617,11 +617,7 @@ def invocation_output( cls.__fields__.update({"type": output_type_field}) # to support 3.9, 3.10 and 3.11, as described in https://docs.python.org/3/howto/annotations.html - annotations = ( - cls.__dict__.get("__annotations__", None) - if isinstance(cls, type) - else getattr(cls, "__annotations__", None) - ) + annotations = cls.__dict__.get("__annotations__", None) if annotations: annotations.update({"type": output_type_annotation}) From 10e4d8b72d6839e2a6e2f308902dc43cf59c21cb Mon Sep 17 00:00:00 2001 From: Lincoln Stein Date: Thu, 31 Aug 2023 23:49:08 -0400 Subject: [PATCH 11/84] fix second place where __annotations__ called --- invokeai/app/invocations/baseinvocation.py | 8 ++++---- 1 file changed, 4 insertions(+), 4 deletions(-) diff --git a/invokeai/app/invocations/baseinvocation.py b/invokeai/app/invocations/baseinvocation.py index c7b1bf4980..87c1d65113 100644 --- a/invokeai/app/invocations/baseinvocation.py +++ b/invokeai/app/invocations/baseinvocation.py @@ -580,8 +580,9 @@ def invocation( config=cls.__config__, ) cls.__fields__.update({"type": invocation_type_field}) - cls.__annotations__.update({"type": invocation_type_annotation}) - + # to support 3.9, 3.10 and 3.11, as described in https://docs.python.org/3/howto/annotations.html + if annotations := cls.__dict__.get("__annotations__", None): + annotations.update({"type": invocation_type_annotation}) return cls return wrapper @@ -617,8 +618,7 @@ def invocation_output( cls.__fields__.update({"type": output_type_field}) # to support 3.9, 3.10 and 3.11, as described in https://docs.python.org/3/howto/annotations.html - annotations = cls.__dict__.get("__annotations__", None) - if annotations: + if annotations := cls.__dict__.get("__annotations__", None): annotations.update({"type": output_type_annotation}) return cls From 1a9f552a7560f56e94bc57b372aba631ac01fb75 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Sat, 2 Sep 2023 04:48:18 +1200 Subject: [PATCH 12/84] experimental: Add CV2 Infill --- invokeai/app/api/routers/app_info.py | 12 +- invokeai/app/invocations/infill.py | 38 +++++- invokeai/backend/image_util/cv2_inpaint.py | 20 +++ .../graphBuilders/buildCanvasOutpaintGraph.ts | 8 ++ .../buildCanvasSDXLOutpaintGraph.ts | 8 ++ .../frontend/web/src/services/api/schema.d.ts | 121 +++++++++++++++--- 6 files changed, 178 insertions(+), 29 deletions(-) create mode 100644 invokeai/backend/image_util/cv2_inpaint.py diff --git a/invokeai/app/api/routers/app_info.py b/invokeai/app/api/routers/app_info.py index b69a0b9a03..afa17d5bd7 100644 --- a/invokeai/app/api/routers/app_info.py +++ b/invokeai/app/api/routers/app_info.py @@ -1,19 +1,19 @@ import typing from enum import Enum +from pathlib import Path + from fastapi import Body from fastapi.routing import APIRouter -from pathlib import Path from pydantic import BaseModel, Field +from invokeai.app.invocations.upscale import ESRGAN_MODELS +from invokeai.backend.image_util.invisible_watermark import InvisibleWatermark from invokeai.backend.image_util.patchmatch import PatchMatch from invokeai.backend.image_util.safety_checker import SafetyChecker -from invokeai.backend.image_util.invisible_watermark import InvisibleWatermark -from invokeai.app.invocations.upscale import ESRGAN_MODELS - +from invokeai.backend.util.logging import logging from invokeai.version import __version__ from ..dependencies import ApiDependencies -from invokeai.backend.util.logging import logging class LogLevel(int, Enum): @@ -55,7 +55,7 @@ async def get_version() -> AppVersion: @app_router.get("/config", operation_id="get_config", status_code=200, response_model=AppConfig) async def get_config() -> AppConfig: - infill_methods = ["tile", "lama"] + infill_methods = ["tile", "lama", "cv2"] if PatchMatch.patchmatch_available(): infill_methods.append("patchmatch") diff --git a/invokeai/app/invocations/infill.py b/invokeai/app/invocations/infill.py index 438c56e312..69d2a04b75 100644 --- a/invokeai/app/invocations/infill.py +++ b/invokeai/app/invocations/infill.py @@ -8,6 +8,7 @@ from PIL import Image, ImageOps from invokeai.app.invocations.primitives import ColorField, ImageField, ImageOutput from invokeai.app.util.misc import SEED_MAX, get_random_seed +from invokeai.backend.image_util.cv2_inpaint import cv2_inpaint from invokeai.backend.image_util.lama import LaMA from invokeai.backend.image_util.patchmatch import PatchMatch @@ -16,11 +17,7 @@ from .baseinvocation import BaseInvocation, InputField, InvocationContext, invoc def infill_methods() -> list[str]: - methods = [ - "tile", - "solid", - "lama", - ] + methods = ["tile", "solid", "lama", "cv2"] if PatchMatch.patchmatch_available(): methods.insert(0, "patchmatch") return methods @@ -49,6 +46,10 @@ def infill_patchmatch(im: Image.Image) -> Image.Image: return im_patched +def infill_cv2(im: Image.Image) -> Image.Image: + return cv2_inpaint(im) + + def get_tile_images(image: np.ndarray, width=8, height=8): _nrows, _ncols, depth = image.shape _strides = image.strides @@ -243,3 +244,30 @@ class LaMaInfillInvocation(BaseInvocation): width=image_dto.width, height=image_dto.height, ) + + +@invocation("infill_cv2", title="CV2 Infill", tags=["image", "inpaint"], category="inpaint") +class CV2InfillInvocation(BaseInvocation): + """Infills transparent areas of an image using OpenCV Inpainting""" + + image: ImageField = InputField(description="The image to infill") + + def invoke(self, context: InvocationContext) -> ImageOutput: + image = context.services.images.get_pil_image(self.image.image_name) + + infilled = infill_cv2(image.copy()) + + image_dto = context.services.images.create( + image=infilled, + image_origin=ResourceOrigin.INTERNAL, + image_category=ImageCategory.GENERAL, + node_id=self.id, + session_id=context.graph_execution_state_id, + is_intermediate=self.is_intermediate, + ) + + return ImageOutput( + image=ImageField(image_name=image_dto.image_name), + width=image_dto.width, + height=image_dto.height, + ) diff --git a/invokeai/backend/image_util/cv2_inpaint.py b/invokeai/backend/image_util/cv2_inpaint.py new file mode 100644 index 0000000000..edc16e3bfb --- /dev/null +++ b/invokeai/backend/image_util/cv2_inpaint.py @@ -0,0 +1,20 @@ +import cv2 +import numpy as np +from PIL import Image + + +def cv2_inpaint(image: Image.Image) -> Image.Image: + # Prepare Image + image_array = np.array(image.convert("RGB")) + image_cv = cv2.cvtColor(image_array, cv2.COLOR_RGB2BGR) + + # Prepare Mask From Alpha Channel + mask = image.split()[3].convert("RGB") + mask_array = np.array(mask) + mask_cv = cv2.cvtColor(mask_array, cv2.COLOR_BGR2GRAY) + mask_inv = cv2.bitwise_not(mask_cv) + + # Inpaint Image + inpainted_result = cv2.inpaint(image_cv, mask_inv, 3, cv2.INPAINT_TELEA) + inpainted_image = Image.fromarray(cv2.cvtColor(inpainted_result, cv2.COLOR_BGR2RGB)) + return inpainted_image diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts index 2098d3c3e1..64c60206fd 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts @@ -506,6 +506,14 @@ export const buildCanvasOutpaintGraph = ( }; } + if (infillMethod === 'cv2') { + graph.nodes[INPAINT_INFILL] = { + type: 'infill_cv2', + id: INPAINT_INFILL, + is_intermediate: true, + }; + } + if (infillMethod === 'tile') { graph.nodes[INPAINT_INFILL] = { type: 'infill_tile', diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts index e8c3ce6435..6ab1e7e7b2 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts @@ -521,6 +521,14 @@ export const buildCanvasSDXLOutpaintGraph = ( }; } + if (infillMethod === 'cv2') { + graph.nodes[INPAINT_INFILL] = { + type: 'infill_cv2', + id: INPAINT_INFILL, + is_intermediate: true, + }; + } + if (infillMethod === 'tile') { graph.nodes[INPAINT_INFILL] = { type: 'infill_tile', diff --git a/invokeai/frontend/web/src/services/api/schema.d.ts b/invokeai/frontend/web/src/services/api/schema.d.ts index 85470183c1..863498879d 100644 --- a/invokeai/frontend/web/src/services/api/schema.d.ts +++ b/invokeai/frontend/web/src/services/api/schema.d.ts @@ -780,6 +780,39 @@ export type components = { */ type: "boolean_output"; }; + /** + * CV2 Infill + * @description Infills transparent areas of an image using OpenCV Inpainting + */ + CV2InfillInvocation: { + /** + * Id + * @description The id of this instance of an invocation. Must be unique among all instances of invocations. + */ + id: string; + /** + * Is Intermediate + * @description Whether or not this is an intermediate invocation. + * @default false + */ + is_intermediate?: boolean; + /** + * Workflow + * @description The workflow to save with the image + */ + workflow?: string; + /** + * Image + * @description The image to infill + */ + image?: components["schemas"]["ImageField"]; + /** + * Type + * @default infill_cv2 + * @enum {string} + */ + type: "infill_cv2"; + }; /** * Canny Processor * @description Canny edge detection for ControlNet @@ -1173,7 +1206,6 @@ export type components = { /** * Collection * @description The collection of conditioning tensors - * @default 0 */ collection?: components["schemas"]["ConditioningField"][]; /** @@ -1522,7 +1554,7 @@ export type components = { /** * App Version * @description The version of InvokeAI used to generate this image - * @default 3.0.2post1 + * @default 3.1.0 */ app_version?: string; /** @@ -2214,7 +2246,7 @@ export type components = { * @description The nodes in this graph */ nodes?: { - [key: string]: components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + [key: string]: components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["CV2InfillInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; /** * Edges @@ -2257,7 +2289,7 @@ export type components = { * @description The results of node executions */ results: { - [key: string]: components["schemas"]["BooleanOutput"] | components["schemas"]["BooleanCollectionOutput"] | components["schemas"]["IntegerOutput"] | components["schemas"]["IntegerCollectionOutput"] | components["schemas"]["FloatOutput"] | components["schemas"]["FloatCollectionOutput"] | components["schemas"]["StringOutput"] | components["schemas"]["StringCollectionOutput"] | components["schemas"]["ImageOutput"] | components["schemas"]["ImageCollectionOutput"] | components["schemas"]["DenoiseMaskOutput"] | components["schemas"]["LatentsOutput"] | components["schemas"]["LatentsCollectionOutput"] | components["schemas"]["ColorOutput"] | components["schemas"]["ColorCollectionOutput"] | components["schemas"]["ConditioningOutput"] | components["schemas"]["ConditioningCollectionOutput"] | components["schemas"]["ControlOutput"] | components["schemas"]["ModelLoaderOutput"] | components["schemas"]["LoraLoaderOutput"] | components["schemas"]["SDXLLoraLoaderOutput"] | components["schemas"]["VaeLoaderOutput"] | components["schemas"]["SeamlessModeOutput"] | components["schemas"]["MetadataAccumulatorOutput"] | components["schemas"]["SDXLModelLoaderOutput"] | components["schemas"]["SDXLRefinerModelLoaderOutput"] | components["schemas"]["ClipSkipInvocationOutput"] | components["schemas"]["ONNXModelLoaderOutput"] | components["schemas"]["NoiseOutput"] | components["schemas"]["GraphInvocationOutput"] | components["schemas"]["IterateInvocationOutput"] | components["schemas"]["CollectInvocationOutput"]; + [key: string]: components["schemas"]["BooleanOutput"] | components["schemas"]["BooleanCollectionOutput"] | components["schemas"]["IntegerOutput"] | components["schemas"]["IntegerCollectionOutput"] | components["schemas"]["FloatOutput"] | components["schemas"]["FloatCollectionOutput"] | components["schemas"]["StringOutput"] | components["schemas"]["StringCollectionOutput"] | components["schemas"]["ImageOutput"] | components["schemas"]["ImageCollectionOutput"] | components["schemas"]["DenoiseMaskOutput"] | components["schemas"]["LatentsOutput"] | components["schemas"]["LatentsCollectionOutput"] | components["schemas"]["ColorOutput"] | components["schemas"]["ColorCollectionOutput"] | components["schemas"]["ConditioningOutput"] | components["schemas"]["ConditioningCollectionOutput"] | components["schemas"]["ControlOutput"] | components["schemas"]["ModelLoaderOutput"] | components["schemas"]["LoraLoaderOutput"] | components["schemas"]["SDXLLoraLoaderOutput"] | components["schemas"]["VaeLoaderOutput"] | components["schemas"]["SeamlessModeOutput"] | components["schemas"]["MetadataAccumulatorOutput"] | components["schemas"]["ClipSkipInvocationOutput"] | components["schemas"]["SchedulerOutput"] | components["schemas"]["NoiseOutput"] | components["schemas"]["ONNXModelLoaderOutput"] | components["schemas"]["SDXLModelLoaderOutput"] | components["schemas"]["SDXLRefinerModelLoaderOutput"] | components["schemas"]["GraphInvocationOutput"] | components["schemas"]["IterateInvocationOutput"] | components["schemas"]["CollectInvocationOutput"]; }; /** * Errors @@ -2506,7 +2538,6 @@ export type components = { /** * Collection * @description The collection of image values - * @default 0 */ collection?: components["schemas"]["ImageField"][]; /** @@ -3563,7 +3594,6 @@ export type components = { /** * Collection * @description The collection of integer values - * @default 0 */ collection?: number[]; /** @@ -6147,6 +6177,61 @@ export type components = { */ type: "lscale"; }; + /** + * Scheduler + * @description Selects a scheduler. + */ + SchedulerInvocation: { + /** + * Id + * @description The id of this instance of an invocation. Must be unique among all instances of invocations. + */ + id: string; + /** + * Is Intermediate + * @description Whether or not this is an intermediate invocation. + * @default false + */ + is_intermediate?: boolean; + /** + * Workflow + * @description The workflow to save with the image + */ + workflow?: string; + /** + * Scheduler + * @description Scheduler to use during inference + * @default euler + * @enum {string} + */ + scheduler?: "ddim" | "ddpm" | "deis" | "lms" | "lms_k" | "pndm" | "heun" | "heun_k" | "euler" | "euler_k" | "euler_a" | "kdpm_2" | "kdpm_2_a" | "dpmpp_2s" | "dpmpp_2s_k" | "dpmpp_2m" | "dpmpp_2m_k" | "dpmpp_2m_sde" | "dpmpp_2m_sde_k" | "dpmpp_sde" | "dpmpp_sde_k" | "unipc"; + /** + * Type + * @default scheduler + * @enum {string} + */ + type: "scheduler"; + }; + /** + * SchedulerOutput + * @description Base class for all invocation outputs. + * + * All invocation outputs must use the `@invocation_output` decorator to provide their unique type. + */ + SchedulerOutput: { + /** + * Scheduler + * @description Scheduler to use during inference + * @enum {string} + */ + scheduler: "ddim" | "ddpm" | "deis" | "lms" | "lms_k" | "pndm" | "heun" | "heun_k" | "euler" | "euler_k" | "euler_a" | "kdpm_2" | "kdpm_2_a" | "dpmpp_2s" | "dpmpp_2s_k" | "dpmpp_2m" | "dpmpp_2m_k" | "dpmpp_2m_sde" | "dpmpp_2m_sde_k" | "dpmpp_sde" | "dpmpp_sde_k" | "unipc"; + /** + * Type + * @default scheduler_output + * @enum {string} + */ + type: "scheduler_output"; + }; /** * SchedulerPredictionType * @description An enumeration. @@ -6990,17 +7075,11 @@ export type components = { */ StableDiffusion1ModelFormat: "checkpoint" | "diffusers"; /** - * ControlNetModelFormat + * StableDiffusion2ModelFormat * @description An enumeration. * @enum {string} */ - ControlNetModelFormat: "checkpoint" | "diffusers"; - /** - * StableDiffusionOnnxModelFormat - * @description An enumeration. - * @enum {string} - */ - StableDiffusionOnnxModelFormat: "olive" | "onnx"; + StableDiffusion2ModelFormat: "checkpoint" | "diffusers"; /** * StableDiffusionXLModelFormat * @description An enumeration. @@ -7008,11 +7087,17 @@ export type components = { */ StableDiffusionXLModelFormat: "checkpoint" | "diffusers"; /** - * StableDiffusion2ModelFormat + * StableDiffusionOnnxModelFormat * @description An enumeration. * @enum {string} */ - StableDiffusion2ModelFormat: "checkpoint" | "diffusers"; + StableDiffusionOnnxModelFormat: "olive" | "onnx"; + /** + * ControlNetModelFormat + * @description An enumeration. + * @enum {string} + */ + ControlNetModelFormat: "checkpoint" | "diffusers"; }; responses: never; parameters: never; @@ -7129,7 +7214,7 @@ export type operations = { }; requestBody: { content: { - "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["CV2InfillInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; }; responses: { @@ -7170,7 +7255,7 @@ export type operations = { }; requestBody: { content: { - "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["CV2InfillInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; }; responses: { From 5151798a16432fab6f0b6c6a2ace02809ed1f160 Mon Sep 17 00:00:00 2001 From: Sergey Borisov Date: Fri, 1 Sep 2023 20:50:39 +0300 Subject: [PATCH 13/84] Cleanup memory after model run --- invokeai/backend/image_util/lama.py | 1 + 1 file changed, 1 insertion(+) diff --git a/invokeai/backend/image_util/lama.py b/invokeai/backend/image_util/lama.py index 9c5e0153c4..1a60fc9a05 100644 --- a/invokeai/backend/image_util/lama.py +++ b/invokeai/backend/image_util/lama.py @@ -53,5 +53,6 @@ class LaMA: del model gc.collect() + torch.cuda.empty_cache() return infilled_image From a36cf2f1ddc94bcb9a7c83cca6ecca310d727dc7 Mon Sep 17 00:00:00 2001 From: Sergey Borisov Date: Fri, 1 Sep 2023 23:08:46 +0300 Subject: [PATCH 14/84] Add scale to patchmatch --- invokeai/app/invocations/infill.py | 25 +++++++++++++++++++++++-- 1 file changed, 23 insertions(+), 2 deletions(-) diff --git a/invokeai/app/invocations/infill.py b/invokeai/app/invocations/infill.py index 69d2a04b75..c783ac3058 100644 --- a/invokeai/app/invocations/infill.py +++ b/invokeai/app/invocations/infill.py @@ -14,6 +14,7 @@ from invokeai.backend.image_util.patchmatch import PatchMatch from ..models.image import ImageCategory, ResourceOrigin from .baseinvocation import BaseInvocation, InputField, InvocationContext, invocation +from .image import PIL_RESAMPLING_MODES, PIL_RESAMPLING_MAP def infill_methods() -> list[str]: @@ -193,15 +194,35 @@ class InfillPatchMatchInvocation(BaseInvocation): """Infills transparent areas of an image using the PatchMatch algorithm""" image: ImageField = InputField(description="The image to infill") + downscale: float = InputField(default=2.0, gt=0, description="Run patchmatch on downscaled image to speedup infill") + resample_mode: PIL_RESAMPLING_MODES = InputField(default="bicubic", description="The resampling mode") def invoke(self, context: InvocationContext) -> ImageOutput: - image = context.services.images.get_pil_image(self.image.image_name) + image = context.services.images.get_pil_image(self.image.image_name).convert("RGBA") + + resample_mode = PIL_RESAMPLING_MAP[self.resample_mode] + + infill_image = image.copy() + width = int(image.width / self.downscale) + height = int(image.height / self.downscale) + infill_image = infill_image.resize( + (width, height), + resample=resample_mode, + ) if PatchMatch.patchmatch_available(): - infilled = infill_patchmatch(image.copy()) + infilled = infill_patchmatch(infill_image) else: raise ValueError("PatchMatch is not available on this system") + infilled = infilled.resize( + (image.width, image.height), + resample=resample_mode, + ) + + infilled.paste(image, (0, 0), mask=image.split()[-1]) + #image.paste(infilled, (0, 0), mask=image.split()[-1]) + image_dto = context.services.images.create( image=infilled, image_origin=ResourceOrigin.INTERNAL, From 469fc49a2fc6126b82344a14a57e363afc6f5ecb Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Sat, 2 Sep 2023 08:36:01 +1200 Subject: [PATCH 15/84] ui: Make patchmatch downscale options optional --- invokeai/app/invocations/infill.py | 10 ++++++---- invokeai/frontend/web/src/services/api/schema.d.ts | 13 +++++++++++++ 2 files changed, 19 insertions(+), 4 deletions(-) diff --git a/invokeai/app/invocations/infill.py b/invokeai/app/invocations/infill.py index c783ac3058..1b9581b8f7 100644 --- a/invokeai/app/invocations/infill.py +++ b/invokeai/app/invocations/infill.py @@ -14,7 +14,7 @@ from invokeai.backend.image_util.patchmatch import PatchMatch from ..models.image import ImageCategory, ResourceOrigin from .baseinvocation import BaseInvocation, InputField, InvocationContext, invocation -from .image import PIL_RESAMPLING_MODES, PIL_RESAMPLING_MAP +from .image import PIL_RESAMPLING_MAP, PIL_RESAMPLING_MODES def infill_methods() -> list[str]: @@ -194,8 +194,10 @@ class InfillPatchMatchInvocation(BaseInvocation): """Infills transparent areas of an image using the PatchMatch algorithm""" image: ImageField = InputField(description="The image to infill") - downscale: float = InputField(default=2.0, gt=0, description="Run patchmatch on downscaled image to speedup infill") - resample_mode: PIL_RESAMPLING_MODES = InputField(default="bicubic", description="The resampling mode") + downscale: Optional[float] = InputField( + default=2.0, gt=0, description="Run patchmatch on downscaled image to speedup infill" + ) + resample_mode: Optional[PIL_RESAMPLING_MODES] = InputField(default="bicubic", description="The resampling mode") def invoke(self, context: InvocationContext) -> ImageOutput: image = context.services.images.get_pil_image(self.image.image_name).convert("RGBA") @@ -221,7 +223,7 @@ class InfillPatchMatchInvocation(BaseInvocation): ) infilled.paste(image, (0, 0), mask=image.split()[-1]) - #image.paste(infilled, (0, 0), mask=image.split()[-1]) + # image.paste(infilled, (0, 0), mask=image.split()[-1]) image_dto = context.services.images.create( image=infilled, diff --git a/invokeai/frontend/web/src/services/api/schema.d.ts b/invokeai/frontend/web/src/services/api/schema.d.ts index 863498879d..7658601715 100644 --- a/invokeai/frontend/web/src/services/api/schema.d.ts +++ b/invokeai/frontend/web/src/services/api/schema.d.ts @@ -3519,6 +3519,19 @@ export type components = { * @description The image to infill */ image?: components["schemas"]["ImageField"]; + /** + * Downscale + * @description Run patchmatch on downscaled image to speedup infill + * @default 2 + */ + downscale?: number; + /** + * Resample Mode + * @description The resampling mode + * @default bicubic + * @enum {string} + */ + resample_mode?: "nearest" | "box" | "bilinear" | "hamming" | "bicubic" | "lanczos"; /** * Type * @default infill_patchmatch From b73216ef8178b86f651f0937b7f156230245bab6 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Sat, 2 Sep 2023 10:23:14 +1200 Subject: [PATCH 16/84] feat: Decrement Brush Size by 1 for values under 5 for more precision --- .../IAICanvasToolbar/IAICanvasToolChooserOptions.tsx | 6 +++++- 1 file changed, 5 insertions(+), 1 deletion(-) diff --git a/invokeai/frontend/web/src/features/canvas/components/IAICanvasToolbar/IAICanvasToolChooserOptions.tsx b/invokeai/frontend/web/src/features/canvas/components/IAICanvasToolbar/IAICanvasToolChooserOptions.tsx index a3e8f6af8b..10e01ccac4 100644 --- a/invokeai/frontend/web/src/features/canvas/components/IAICanvasToolbar/IAICanvasToolChooserOptions.tsx +++ b/invokeai/frontend/web/src/features/canvas/components/IAICanvasToolbar/IAICanvasToolChooserOptions.tsx @@ -118,7 +118,11 @@ const IAICanvasToolChooserOptions = () => { useHotkeys( ['BracketLeft'], () => { - dispatch(setBrushSize(Math.max(brushSize - 5, 5))); + if (brushSize - 5 <= 5) { + dispatch(setBrushSize(Math.max(brushSize - 1, 1))); + } else { + dispatch(setBrushSize(Math.max(brushSize - 5, 1))); + } }, { enabled: () => !isStaging, From 497f66e6823e1adf119cb46590df8cadd810e837 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Sat, 2 Sep 2023 10:24:32 +1200 Subject: [PATCH 17/84] feat: Add Patchmatch Downscale control to UI + refine the ui there --- invokeai/frontend/web/public/locales/en.json | 1 + .../graphBuilders/buildCanvasOutpaintGraph.ts | 6 +- .../buildCanvasSDXLOutpaintGraph.ts | 5 +- .../ParamInfillAndScalingCollapse.tsx | 4 +- .../InfillAndScaling/ParamInfillOptions.tsx | 29 +++++++++ .../ParamInfillPatchmatchDownscaleSize.tsx | 59 +++++++++++++++++++ .../InfillAndScaling/ParamInfillTilesize.tsx | 14 ++--- .../parameters/store/generationSlice.ts | 21 +++++-- 8 files changed, 120 insertions(+), 19 deletions(-) create mode 100644 invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillOptions.tsx create mode 100644 invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillPatchmatchDownscaleSize.tsx diff --git a/invokeai/frontend/web/public/locales/en.json b/invokeai/frontend/web/public/locales/en.json index 32144749bd..bcca3fc8e7 100644 --- a/invokeai/frontend/web/public/locales/en.json +++ b/invokeai/frontend/web/public/locales/en.json @@ -520,6 +520,7 @@ "scaledHeight": "Scaled H", "infillMethod": "Infill Method", "tileSize": "Tile Size", + "patchmatchDownScaleSize": "Downscale", "boundingBoxHeader": "Bounding Box", "seamCorrectionHeader": "Seam Correction", "infillScalingHeader": "Infill and Scaling", diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts index 64c60206fd..20f81611fe 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts @@ -73,7 +73,8 @@ export const buildCanvasOutpaintGraph = ( maskBlur, canvasCoherenceSteps, canvasCoherenceStrength, - tileSize, + infillTileSize, + infillPatchmatchDownscaleSize, infillMethod, clipSkip, seamlessXAxis, @@ -495,6 +496,7 @@ export const buildCanvasOutpaintGraph = ( type: 'infill_patchmatch', id: INPAINT_INFILL, is_intermediate: true, + downscale: infillPatchmatchDownscaleSize, }; } @@ -519,7 +521,7 @@ export const buildCanvasOutpaintGraph = ( type: 'infill_tile', id: INPAINT_INFILL, is_intermediate: true, - tile_size: tileSize, + tile_size: infillTileSize, }; } diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts index 6ab1e7e7b2..bd06228beb 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts @@ -74,7 +74,7 @@ export const buildCanvasSDXLOutpaintGraph = ( maskBlur, canvasCoherenceSteps, canvasCoherenceStrength, - tileSize, + infillTileSize, infillMethod, seamlessXAxis, seamlessYAxis, @@ -510,6 +510,7 @@ export const buildCanvasSDXLOutpaintGraph = ( type: 'infill_patchmatch', id: INPAINT_INFILL, is_intermediate: true, + downscale: infillPatchmatchDownscaleSize, }; } @@ -534,7 +535,7 @@ export const buildCanvasSDXLOutpaintGraph = ( type: 'infill_tile', id: INPAINT_INFILL, is_intermediate: true, - tile_size: tileSize, + tile_size: infillTileSize, }; } diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillAndScalingCollapse.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillAndScalingCollapse.tsx index 8907e46e5f..b9c5e218ce 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillAndScalingCollapse.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillAndScalingCollapse.tsx @@ -5,7 +5,7 @@ import { useTranslation } from 'react-i18next'; import IAICollapse from 'common/components/IAICollapse'; import SubParametersWrapper from '../../SubParametersWrapper'; import ParamInfillMethod from './ParamInfillMethod'; -import ParamInfillTilesize from './ParamInfillTilesize'; +import ParamInfillOptions from './ParamInfillOptions'; import ParamScaleBeforeProcessing from './ParamScaleBeforeProcessing'; import ParamScaledHeight from './ParamScaledHeight'; import ParamScaledWidth from './ParamScaledWidth'; @@ -18,7 +18,7 @@ const ParamInfillCollapse = () => { - + diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillOptions.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillOptions.tsx new file mode 100644 index 0000000000..14c2663d5e --- /dev/null +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillOptions.tsx @@ -0,0 +1,29 @@ +import { Flex } from '@chakra-ui/react'; +import { createSelector } from '@reduxjs/toolkit'; +import { useAppSelector } from 'app/store/storeHooks'; +import { defaultSelectorOptions } from 'app/store/util/defaultMemoizeOptions'; +import { generationSelector } from 'features/parameters/store/generationSelectors'; +import ParamInfillPatchmatchDownscaleSize from './ParamInfillPatchmatchDownscaleSize'; +import ParamInfillTilesize from './ParamInfillTilesize'; + +const selector = createSelector( + [generationSelector], + (parameters) => { + const { infillMethod } = parameters; + + return { + infillMethod, + }; + }, + defaultSelectorOptions +); + +export default function ParamInfillOptions() { + const { infillMethod } = useAppSelector(selector); + return ( + + {infillMethod === 'tile' && } + {infillMethod === 'patchmatch' && } + + ); +} diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillPatchmatchDownscaleSize.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillPatchmatchDownscaleSize.tsx new file mode 100644 index 0000000000..d8e9749422 --- /dev/null +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillPatchmatchDownscaleSize.tsx @@ -0,0 +1,59 @@ +import { createSelector } from '@reduxjs/toolkit'; +import { useAppDispatch, useAppSelector } from 'app/store/storeHooks'; +import { defaultSelectorOptions } from 'app/store/util/defaultMemoizeOptions'; +import IAISlider from 'common/components/IAISlider'; +import { generationSelector } from 'features/parameters/store/generationSelectors'; +import { setInfillPatchmatchDownscaleSize } from 'features/parameters/store/generationSlice'; +import { memo, useCallback } from 'react'; + +import { useTranslation } from 'react-i18next'; + +const selector = createSelector( + [generationSelector], + (parameters) => { + const { infillPatchmatchDownscaleSize, infillMethod } = parameters; + + return { + infillPatchmatchDownscaleSize, + infillMethod, + }; + }, + defaultSelectorOptions +); + +const ParamInfillPatchmatchDownscaleSize = () => { + const dispatch = useAppDispatch(); + const { infillPatchmatchDownscaleSize, infillMethod } = + useAppSelector(selector); + + const { t } = useTranslation(); + + const handleChange = useCallback( + (v: number) => { + dispatch(setInfillPatchmatchDownscaleSize(v)); + }, + [dispatch] + ); + + const handleReset = useCallback(() => { + dispatch(setInfillPatchmatchDownscaleSize(2)); + }, [dispatch]); + + return ( + + ); +}; + +export default memo(ParamInfillPatchmatchDownscaleSize); diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillTilesize.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillTilesize.tsx index fc6f02184c..4cb587767e 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillTilesize.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillTilesize.tsx @@ -3,7 +3,7 @@ import { useAppDispatch, useAppSelector } from 'app/store/storeHooks'; import { defaultSelectorOptions } from 'app/store/util/defaultMemoizeOptions'; import IAISlider from 'common/components/IAISlider'; import { generationSelector } from 'features/parameters/store/generationSelectors'; -import { setTileSize } from 'features/parameters/store/generationSlice'; +import { setInfillTileSize } from 'features/parameters/store/generationSlice'; import { memo, useCallback } from 'react'; import { useTranslation } from 'react-i18next'; @@ -11,10 +11,10 @@ import { useTranslation } from 'react-i18next'; const selector = createSelector( [generationSelector], (parameters) => { - const { tileSize, infillMethod } = parameters; + const { infillTileSize, infillMethod } = parameters; return { - tileSize, + infillTileSize, infillMethod, }; }, @@ -23,19 +23,19 @@ const selector = createSelector( const ParamInfillTileSize = () => { const dispatch = useAppDispatch(); - const { tileSize, infillMethod } = useAppSelector(selector); + const { infillTileSize, infillMethod } = useAppSelector(selector); const { t } = useTranslation(); const handleChange = useCallback( (v: number) => { - dispatch(setTileSize(v)); + dispatch(setInfillTileSize(v)); }, [dispatch] ); const handleReset = useCallback(() => { - dispatch(setTileSize(32)); + dispatch(setInfillTileSize(32)); }, [dispatch]); return ( @@ -45,7 +45,7 @@ const ParamInfillTileSize = () => { min={16} max={64} sliderNumberInputProps={{ max: 256 }} - value={tileSize} + value={infillTileSize} onChange={handleChange} withInput withSliderMarks diff --git a/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts b/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts index 5a830b6e95..7bbfc5149d 100644 --- a/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts +++ b/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts @@ -47,7 +47,8 @@ export interface GenerationState { shouldUseNoiseSettings: boolean; steps: StepsParam; threshold: number; - tileSize: number; + infillTileSize: number; + infillPatchmatchDownscaleSize: number; variationAmount: number; width: WidthParam; shouldUseSymmetry: boolean; @@ -87,7 +88,8 @@ export const initialGenerationState: GenerationState = { shouldUseNoiseSettings: false, steps: 50, threshold: 0, - tileSize: 32, + infillTileSize: 32, + infillPatchmatchDownscaleSize: 2, variationAmount: 0.1, width: 512, shouldUseSymmetry: false, @@ -212,12 +214,18 @@ export const generationSlice = createSlice({ setCanvasCoherenceStrength: (state, action: PayloadAction) => { state.canvasCoherenceStrength = action.payload; }, - setTileSize: (state, action: PayloadAction) => { - state.tileSize = action.payload; - }, setInfillMethod: (state, action: PayloadAction) => { state.infillMethod = action.payload; }, + setInfillTileSize: (state, action: PayloadAction) => { + state.infillTileSize = action.payload; + }, + setInfillPatchmatchDownscaleSize: ( + state, + action: PayloadAction + ) => { + state.infillPatchmatchDownscaleSize = action.payload; + }, setShouldUseSymmetry: (state, action: PayloadAction) => { state.shouldUseSymmetry = action.payload; }, @@ -332,7 +340,8 @@ export const { setShouldRandomizeSeed, setSteps, setThreshold, - setTileSize, + setInfillTileSize, + setInfillPatchmatchDownscaleSize, setVariationAmount, setShouldUseSymmetry, setHorizontalSymmetrySteps, From 9cb04f6f80c850dc7777ba6caebc2e11354f8842 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Sat, 2 Sep 2023 11:12:19 +1000 Subject: [PATCH 18/84] chore: remove unused files --- .../image_degradation/__init__.py | 6 - .../image_degradation/bsrgan.py | 794 -------------- .../image_degradation/bsrgan_light.py | 704 ------------- .../image_degradation/utils/test.png | Bin 441072 -> 0 bytes .../image_degradation/utils_image.py | 968 ------------------ invokeai/backend/util/__init__.py | 1 - notebooks/Stable_Diffusion_AI_Notebook.ipynb | 283 ----- notebooks/notebook_helpers.py | 339 ------ scripts/dream.py | 14 - scripts/invokeai-migrate3 | 4 - scripts/orig_scripts/download_first_stages.sh | 41 - scripts/orig_scripts/download_models.sh | 49 - scripts/orig_scripts/img2img.py | 285 ------ scripts/orig_scripts/inpaint.py | 94 -- scripts/orig_scripts/knn2img.py | 397 ------- .../latent_imagenet_diffusion.ipynb | 433 -------- scripts/orig_scripts/main.py | 898 ---------------- scripts/orig_scripts/merge_embeddings.py | 130 --- scripts/orig_scripts/sample_diffusion.py | 305 ------ scripts/orig_scripts/train_searcher.py | 169 --- scripts/orig_scripts/txt2img.py | 316 ------ 21 files changed, 6230 deletions(-) delete mode 100644 invokeai/backend/stable_diffusion/image_degradation/__init__.py delete mode 100644 invokeai/backend/stable_diffusion/image_degradation/bsrgan.py delete mode 100644 invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py delete mode 100644 invokeai/backend/stable_diffusion/image_degradation/utils/test.png delete mode 100644 invokeai/backend/stable_diffusion/image_degradation/utils_image.py delete mode 100644 notebooks/Stable_Diffusion_AI_Notebook.ipynb delete mode 100644 notebooks/notebook_helpers.py delete mode 100755 scripts/dream.py delete mode 100644 scripts/invokeai-migrate3 delete mode 100644 scripts/orig_scripts/download_first_stages.sh delete mode 100644 scripts/orig_scripts/download_models.sh delete mode 100644 scripts/orig_scripts/img2img.py delete mode 100644 scripts/orig_scripts/inpaint.py delete mode 100644 scripts/orig_scripts/knn2img.py delete mode 100644 scripts/orig_scripts/latent_imagenet_diffusion.ipynb delete mode 100644 scripts/orig_scripts/main.py delete mode 100755 scripts/orig_scripts/merge_embeddings.py delete mode 100644 scripts/orig_scripts/sample_diffusion.py delete mode 100644 scripts/orig_scripts/train_searcher.py delete mode 100644 scripts/orig_scripts/txt2img.py diff --git a/invokeai/backend/stable_diffusion/image_degradation/__init__.py b/invokeai/backend/stable_diffusion/image_degradation/__init__.py deleted file mode 100644 index 589e266c02..0000000000 --- a/invokeai/backend/stable_diffusion/image_degradation/__init__.py +++ /dev/null @@ -1,6 +0,0 @@ -from ldm.modules.image_degradation.bsrgan import ( # noqa: F401 - degradation_bsrgan_variant as degradation_fn_bsr, -) -from ldm.modules.image_degradation.bsrgan_light import ( # noqa: F401 - degradation_bsrgan_variant as degradation_fn_bsr_light, -) diff --git a/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py b/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py deleted file mode 100644 index e4d614207b..0000000000 --- a/invokeai/backend/stable_diffusion/image_degradation/bsrgan.py +++ /dev/null @@ -1,794 +0,0 @@ -# -*- coding: utf-8 -*- -""" -# -------------------------------------------- -# Super-Resolution -# -------------------------------------------- -# -# Kai Zhang (cskaizhang@gmail.com) -# https://github.com/cszn -# From 2019/03--2021/08 -# -------------------------------------------- -""" - -import random -from functools import partial - -import albumentations -import cv2 -import ldm.modules.image_degradation.utils_image as util -import numpy as np -import scipy -import scipy.stats as ss -import torch -from scipy import ndimage -from scipy.interpolate import interp2d -from scipy.linalg import orth - - -def modcrop_np(img, sf): - """ - Args: - img: numpy image, WxH or WxHxC - sf: scale factor - Return: - cropped image - """ - w, h = img.shape[:2] - im = np.copy(img) - return im[: w - w % sf, : h - h % sf, ...] - - -""" -# -------------------------------------------- -# anisotropic Gaussian kernels -# -------------------------------------------- -""" - - -def analytic_kernel(k): - """Calculate the X4 kernel from the X2 kernel (for proof see appendix in paper)""" - k_size = k.shape[0] - # Calculate the big kernels size - big_k = np.zeros((3 * k_size - 2, 3 * k_size - 2)) - # Loop over the small kernel to fill the big one - for r in range(k_size): - for c in range(k_size): - big_k[2 * r : 2 * r + k_size, 2 * c : 2 * c + k_size] += k[r, c] * k - # Crop the edges of the big kernel to ignore very small values and increase run time of SR - crop = k_size // 2 - cropped_big_k = big_k[crop:-crop, crop:-crop] - # Normalize to 1 - return cropped_big_k / cropped_big_k.sum() - - -def anisotropic_Gaussian(ksize=15, theta=np.pi, l1=6, l2=6): - """generate an anisotropic Gaussian kernel - Args: - ksize : e.g., 15, kernel size - theta : [0, pi], rotation angle range - l1 : [0.1,50], scaling of eigenvalues - l2 : [0.1,l1], scaling of eigenvalues - If l1 = l2, will get an isotropic Gaussian kernel. - Returns: - k : kernel - """ - - v = np.dot( - np.array([[np.cos(theta), -np.sin(theta)], [np.sin(theta), np.cos(theta)]]), - np.array([1.0, 0.0]), - ) - V = np.array([[v[0], v[1]], [v[1], -v[0]]]) - D = np.array([[l1, 0], [0, l2]]) - Sigma = np.dot(np.dot(V, D), np.linalg.inv(V)) - k = gm_blur_kernel(mean=[0, 0], cov=Sigma, size=ksize) - - return k - - -def gm_blur_kernel(mean, cov, size=15): - center = size / 2.0 + 0.5 - k = np.zeros([size, size]) - for y in range(size): - for x in range(size): - cy = y - center + 1 - cx = x - center + 1 - k[y, x] = ss.multivariate_normal.pdf([cx, cy], mean=mean, cov=cov) - - k = k / np.sum(k) - return k - - -def shift_pixel(x, sf, upper_left=True): - """shift pixel for super-resolution with different scale factors - Args: - x: WxHxC or WxH - sf: scale factor - upper_left: shift direction - """ - h, w = x.shape[:2] - shift = (sf - 1) * 0.5 - xv, yv = np.arange(0, w, 1.0), np.arange(0, h, 1.0) - if upper_left: - x1 = xv + shift - y1 = yv + shift - else: - x1 = xv - shift - y1 = yv - shift - - x1 = np.clip(x1, 0, w - 1) - y1 = np.clip(y1, 0, h - 1) - - if x.ndim == 2: - x = interp2d(xv, yv, x)(x1, y1) - if x.ndim == 3: - for i in range(x.shape[-1]): - x[:, :, i] = interp2d(xv, yv, x[:, :, i])(x1, y1) - - return x - - -def blur(x, k): - """ - x: image, NxcxHxW - k: kernel, Nx1xhxw - """ - n, c = x.shape[:2] - p1, p2 = (k.shape[-2] - 1) // 2, (k.shape[-1] - 1) // 2 - x = torch.nn.functional.pad(x, pad=(p1, p2, p1, p2), mode="replicate") - k = k.repeat(1, c, 1, 1) - k = k.view(-1, 1, k.shape[2], k.shape[3]) - x = x.view(1, -1, x.shape[2], x.shape[3]) - x = torch.nn.functional.conv2d(x, k, bias=None, stride=1, padding=0, groups=n * c) - x = x.view(n, c, x.shape[2], x.shape[3]) - - return x - - -def gen_kernel( - k_size=np.array([15, 15]), - scale_factor=np.array([4, 4]), - min_var=0.6, - max_var=10.0, - noise_level=0, -): - """ " - # modified version of https://github.com/assafshocher/BlindSR_dataset_generator - # Kai Zhang - # min_var = 0.175 * sf # variance of the gaussian kernel will be sampled between min_var and max_var - # max_var = 2.5 * sf - """ - # Set random eigen-vals (lambdas) and angle (theta) for COV matrix - lambda_1 = min_var + np.random.rand() * (max_var - min_var) - lambda_2 = min_var + np.random.rand() * (max_var - min_var) - theta = np.random.rand() * np.pi # random theta - noise = -noise_level + np.random.rand(*k_size) * noise_level * 2 - - # Set COV matrix using Lambdas and Theta - LAMBDA = np.diag([lambda_1, lambda_2]) - Q = np.array([[np.cos(theta), -np.sin(theta)], [np.sin(theta), np.cos(theta)]]) - SIGMA = Q @ LAMBDA @ Q.T - INV_SIGMA = np.linalg.inv(SIGMA)[None, None, :, :] - - # Set expectation position (shifting kernel for aligned image) - MU = k_size // 2 - 0.5 * (scale_factor - 1) # - 0.5 * (scale_factor - k_size % 2) - MU = MU[None, None, :, None] - - # Create meshgrid for Gaussian - [X, Y] = np.meshgrid(range(k_size[0]), range(k_size[1])) - Z = np.stack([X, Y], 2)[:, :, :, None] - - # Calcualte Gaussian for every pixel of the kernel - ZZ = Z - MU - ZZ_t = ZZ.transpose(0, 1, 3, 2) - raw_kernel = np.exp(-0.5 * np.squeeze(ZZ_t @ INV_SIGMA @ ZZ)) * (1 + noise) - - # shift the kernel so it will be centered - # raw_kernel_centered = kernel_shift(raw_kernel, scale_factor) - - # Normalize the kernel and return - # kernel = raw_kernel_centered / np.sum(raw_kernel_centered) - kernel = raw_kernel / np.sum(raw_kernel) - return kernel - - -def fspecial_gaussian(hsize, sigma): - hsize = [hsize, hsize] - siz = [(hsize[0] - 1.0) / 2.0, (hsize[1] - 1.0) / 2.0] - std = sigma - [x, y] = np.meshgrid(np.arange(-siz[1], siz[1] + 1), np.arange(-siz[0], siz[0] + 1)) - arg = -(x * x + y * y) / (2 * std * std) - h = np.exp(arg) - h[h < scipy.finfo(float).eps * h.max()] = 0 - sumh = h.sum() - if sumh != 0: - h = h / sumh - return h - - -def fspecial_laplacian(alpha): - alpha = max([0, min([alpha, 1])]) - h1 = alpha / (alpha + 1) - h2 = (1 - alpha) / (alpha + 1) - h = [[h1, h2, h1], [h2, -4 / (alpha + 1), h2], [h1, h2, h1]] - h = np.array(h) - return h - - -def fspecial(filter_type, *args, **kwargs): - """ - python code from: - https://github.com/ronaldosena/imagens-medicas-2/blob/40171a6c259edec7827a6693a93955de2bd39e76/Aulas/aula_2_-_uniform_filter/matlab_fspecial.py - """ - if filter_type == "gaussian": - return fspecial_gaussian(*args, **kwargs) - if filter_type == "laplacian": - return fspecial_laplacian(*args, **kwargs) - - -""" -# -------------------------------------------- -# degradation models -# -------------------------------------------- -""" - - -def bicubic_degradation(x, sf=3): - """ - Args: - x: HxWxC image, [0, 1] - sf: down-scale factor - Return: - bicubicly downsampled LR image - """ - x = util.imresize_np(x, scale=1 / sf) - return x - - -def srmd_degradation(x, k, sf=3): - """blur + bicubic downsampling - Args: - x: HxWxC image, [0, 1] - k: hxw, double - sf: down-scale factor - Return: - downsampled LR image - Reference: - @inproceedings{zhang2018learning, - title={Learning a single convolutional super-resolution network for multiple degradations}, - author={Zhang, Kai and Zuo, Wangmeng and Zhang, Lei}, - booktitle={IEEE Conference on Computer Vision and Pattern Recognition}, - pages={3262--3271}, - year={2018} - } - """ - x = ndimage.filters.convolve(x, np.expand_dims(k, axis=2), mode="wrap") # 'nearest' | 'mirror' - x = bicubic_degradation(x, sf=sf) - return x - - -def dpsr_degradation(x, k, sf=3): - """bicubic downsampling + blur - Args: - x: HxWxC image, [0, 1] - k: hxw, double - sf: down-scale factor - Return: - downsampled LR image - Reference: - @inproceedings{zhang2019deep, - title={Deep Plug-and-Play Super-Resolution for Arbitrary Blur Kernels}, - author={Zhang, Kai and Zuo, Wangmeng and Zhang, Lei}, - booktitle={IEEE Conference on Computer Vision and Pattern Recognition}, - pages={1671--1681}, - year={2019} - } - """ - x = bicubic_degradation(x, sf=sf) - x = ndimage.filters.convolve(x, np.expand_dims(k, axis=2), mode="wrap") - return x - - -def classical_degradation(x, k, sf=3): - """blur + downsampling - Args: - x: HxWxC image, [0, 1]/[0, 255] - k: hxw, double - sf: down-scale factor - Return: - downsampled LR image - """ - x = ndimage.filters.convolve(x, np.expand_dims(k, axis=2), mode="wrap") - # x = filters.correlate(x, np.expand_dims(np.flip(k), axis=2)) - st = 0 - return x[st::sf, st::sf, ...] - - -def add_sharpening(img, weight=0.5, radius=50, threshold=10): - """USM sharpening. borrowed from real-ESRGAN - Input image: I; Blurry image: B. - 1. K = I + weight * (I - B) - 2. Mask = 1 if abs(I - B) > threshold, else: 0 - 3. Blur mask: - 4. Out = Mask * K + (1 - Mask) * I - Args: - img (Numpy array): Input image, HWC, BGR; float32, [0, 1]. - weight (float): Sharp weight. Default: 1. - radius (float): Kernel size of Gaussian blur. Default: 50. - threshold (int): - """ - if radius % 2 == 0: - radius += 1 - blur = cv2.GaussianBlur(img, (radius, radius), 0) - residual = img - blur - mask = np.abs(residual) * 255 > threshold - mask = mask.astype("float32") - soft_mask = cv2.GaussianBlur(mask, (radius, radius), 0) - - K = img + weight * residual - K = np.clip(K, 0, 1) - return soft_mask * K + (1 - soft_mask) * img - - -def add_blur(img, sf=4): - wd2 = 4.0 + sf - wd = 2.0 + 0.2 * sf - if random.random() < 0.5: - l1 = wd2 * random.random() - l2 = wd2 * random.random() - k = anisotropic_Gaussian( - ksize=2 * random.randint(2, 11) + 3, - theta=random.random() * np.pi, - l1=l1, - l2=l2, - ) - else: - k = fspecial("gaussian", 2 * random.randint(2, 11) + 3, wd * random.random()) - img = ndimage.filters.convolve(img, np.expand_dims(k, axis=2), mode="mirror") - - return img - - -def add_resize(img, sf=4): - rnum = np.random.rand() - if rnum > 0.8: # up - sf1 = random.uniform(1, 2) - elif rnum < 0.7: # down - sf1 = random.uniform(0.5 / sf, 1) - else: - sf1 = 1.0 - img = cv2.resize( - img, - (int(sf1 * img.shape[1]), int(sf1 * img.shape[0])), - interpolation=random.choice([1, 2, 3]), - ) - img = np.clip(img, 0.0, 1.0) - - return img - - -# def add_Gaussian_noise(img, noise_level1=2, noise_level2=25): -# noise_level = random.randint(noise_level1, noise_level2) -# rnum = np.random.rand() -# if rnum > 0.6: # add color Gaussian noise -# img += np.random.normal(0, noise_level / 255.0, img.shape).astype(np.float32) -# elif rnum < 0.4: # add grayscale Gaussian noise -# img += np.random.normal(0, noise_level / 255.0, (*img.shape[:2], 1)).astype(np.float32) -# else: # add noise -# L = noise_level2 / 255. -# D = np.diag(np.random.rand(3)) -# U = orth(np.random.rand(3, 3)) -# conv = np.dot(np.dot(np.transpose(U), D), U) -# img += np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) -# img = np.clip(img, 0.0, 1.0) -# return img - - -def add_Gaussian_noise(img, noise_level1=2, noise_level2=25): - noise_level = random.randint(noise_level1, noise_level2) - rnum = np.random.rand() - if rnum > 0.6: # add color Gaussian noise - img = img + np.random.normal(0, noise_level / 255.0, img.shape).astype(np.float32) - elif rnum < 0.4: # add grayscale Gaussian noise - img = img + np.random.normal(0, noise_level / 255.0, (*img.shape[:2], 1)).astype(np.float32) - else: # add noise - L = noise_level2 / 255.0 - D = np.diag(np.random.rand(3)) - U = orth(np.random.rand(3, 3)) - conv = np.dot(np.dot(np.transpose(U), D), U) - img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) - img = np.clip(img, 0.0, 1.0) - return img - - -def add_speckle_noise(img, noise_level1=2, noise_level2=25): - noise_level = random.randint(noise_level1, noise_level2) - img = np.clip(img, 0.0, 1.0) - rnum = random.random() - if rnum > 0.6: - img += img * np.random.normal(0, noise_level / 255.0, img.shape).astype(np.float32) - elif rnum < 0.4: - img += img * np.random.normal(0, noise_level / 255.0, (*img.shape[:2], 1)).astype(np.float32) - else: - L = noise_level2 / 255.0 - D = np.diag(np.random.rand(3)) - U = orth(np.random.rand(3, 3)) - conv = np.dot(np.dot(np.transpose(U), D), U) - img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) - img = np.clip(img, 0.0, 1.0) - return img - - -def add_Poisson_noise(img): - img = np.clip((img * 255.0).round(), 0, 255) / 255.0 - vals = 10 ** (2 * random.random() + 2.0) # [2, 4] - if random.random() < 0.5: - img = np.random.poisson(img * vals).astype(np.float32) / vals - else: - img_gray = np.dot(img[..., :3], [0.299, 0.587, 0.114]) - img_gray = np.clip((img_gray * 255.0).round(), 0, 255) / 255.0 - noise_gray = np.random.poisson(img_gray * vals).astype(np.float32) / vals - img_gray - img += noise_gray[:, :, np.newaxis] - img = np.clip(img, 0.0, 1.0) - return img - - -def add_JPEG_noise(img): - quality_factor = random.randint(30, 95) - img = cv2.cvtColor(util.single2uint(img), cv2.COLOR_RGB2BGR) - result, encimg = cv2.imencode(".jpg", img, [int(cv2.IMWRITE_JPEG_QUALITY), quality_factor]) - img = cv2.imdecode(encimg, 1) - img = cv2.cvtColor(util.uint2single(img), cv2.COLOR_BGR2RGB) - return img - - -def random_crop(lq, hq, sf=4, lq_patchsize=64): - h, w = lq.shape[:2] - rnd_h = random.randint(0, h - lq_patchsize) - rnd_w = random.randint(0, w - lq_patchsize) - lq = lq[rnd_h : rnd_h + lq_patchsize, rnd_w : rnd_w + lq_patchsize, :] - - rnd_h_H, rnd_w_H = int(rnd_h * sf), int(rnd_w * sf) - hq = hq[ - rnd_h_H : rnd_h_H + lq_patchsize * sf, - rnd_w_H : rnd_w_H + lq_patchsize * sf, - :, - ] - return lq, hq - - -def degradation_bsrgan(img, sf=4, lq_patchsize=72, isp_model=None): - """ - This is the degradation model of BSRGAN from the paper - "Designing a Practical Degradation Model for Deep Blind Image Super-Resolution" - ---------- - img: HXWXC, [0, 1], its size should be large than (lq_patchsizexsf)x(lq_patchsizexsf) - sf: scale factor - isp_model: camera ISP model - Returns - ------- - img: low-quality patch, size: lq_patchsizeXlq_patchsizeXC, range: [0, 1] - hq: corresponding high-quality patch, size: (lq_patchsizexsf)X(lq_patchsizexsf)XC, range: [0, 1] - """ - isp_prob, jpeg_prob, scale2_prob = 0.25, 0.9, 0.25 - sf_ori = sf - - h1, w1 = img.shape[:2] - img = img.copy()[: w1 - w1 % sf, : h1 - h1 % sf, ...] # mod crop - h, w = img.shape[:2] - - if h < lq_patchsize * sf or w < lq_patchsize * sf: - raise ValueError(f"img size ({h1}X{w1}) is too small!") - - hq = img.copy() - - if sf == 4 and random.random() < scale2_prob: # downsample1 - if np.random.rand() < 0.5: - img = cv2.resize( - img, - (int(1 / 2 * img.shape[1]), int(1 / 2 * img.shape[0])), - interpolation=random.choice([1, 2, 3]), - ) - else: - img = util.imresize_np(img, 1 / 2, True) - img = np.clip(img, 0.0, 1.0) - sf = 2 - - shuffle_order = random.sample(range(7), 7) - idx1, idx2 = shuffle_order.index(2), shuffle_order.index(3) - if idx1 > idx2: # keep downsample3 last - shuffle_order[idx1], shuffle_order[idx2] = ( - shuffle_order[idx2], - shuffle_order[idx1], - ) - - for i in shuffle_order: - if i == 0: - img = add_blur(img, sf=sf) - - elif i == 1: - img = add_blur(img, sf=sf) - - elif i == 2: - a, b = img.shape[1], img.shape[0] - # downsample2 - if random.random() < 0.75: - sf1 = random.uniform(1, 2 * sf) - img = cv2.resize( - img, - (int(1 / sf1 * img.shape[1]), int(1 / sf1 * img.shape[0])), - interpolation=random.choice([1, 2, 3]), - ) - else: - k = fspecial("gaussian", 25, random.uniform(0.1, 0.6 * sf)) - k_shifted = shift_pixel(k, sf) - k_shifted = k_shifted / k_shifted.sum() # blur with shifted kernel - img = ndimage.filters.convolve(img, np.expand_dims(k_shifted, axis=2), mode="mirror") - img = img[0::sf, 0::sf, ...] # nearest downsampling - img = np.clip(img, 0.0, 1.0) - - elif i == 3: - # downsample3 - img = cv2.resize( - img, - (int(1 / sf * a), int(1 / sf * b)), - interpolation=random.choice([1, 2, 3]), - ) - img = np.clip(img, 0.0, 1.0) - - elif i == 4: - # add Gaussian noise - img = add_Gaussian_noise(img, noise_level1=2, noise_level2=25) - - elif i == 5: - # add JPEG noise - if random.random() < jpeg_prob: - img = add_JPEG_noise(img) - - elif i == 6: - # add processed camera sensor noise - if random.random() < isp_prob and isp_model is not None: - with torch.no_grad(): - img, hq = isp_model.forward(img.copy(), hq) - - # add final JPEG compression noise - img = add_JPEG_noise(img) - - # random crop - img, hq = random_crop(img, hq, sf_ori, lq_patchsize) - - return img, hq - - -# todo no isp_model? -def degradation_bsrgan_variant(image, sf=4, isp_model=None): - """ - This is the degradation model of BSRGAN from the paper - "Designing a Practical Degradation Model for Deep Blind Image Super-Resolution" - ---------- - sf: scale factor - isp_model: camera ISP model - Returns - ------- - img: low-quality patch, size: lq_patchsizeXlq_patchsizeXC, range: [0, 1] - hq: corresponding high-quality patch, size: (lq_patchsizexsf)X(lq_patchsizexsf)XC, range: [0, 1] - """ - image = util.uint2single(image) - jpeg_prob, scale2_prob = 0.9, 0.25 - # isp_prob = 0.25 # uncomment with `if i== 6` block below - # sf_ori = sf # uncomment with `if i== 6` block below - - h1, w1 = image.shape[:2] - image = image.copy()[: w1 - w1 % sf, : h1 - h1 % sf, ...] # mod crop - h, w = image.shape[:2] - - # hq = image.copy() # uncomment with `if i== 6` block below - - if sf == 4 and random.random() < scale2_prob: # downsample1 - if np.random.rand() < 0.5: - image = cv2.resize( - image, - (int(1 / 2 * image.shape[1]), int(1 / 2 * image.shape[0])), - interpolation=random.choice([1, 2, 3]), - ) - else: - image = util.imresize_np(image, 1 / 2, True) - image = np.clip(image, 0.0, 1.0) - sf = 2 - - shuffle_order = random.sample(range(7), 7) - idx1, idx2 = shuffle_order.index(2), shuffle_order.index(3) - if idx1 > idx2: # keep downsample3 last - shuffle_order[idx1], shuffle_order[idx2] = ( - shuffle_order[idx2], - shuffle_order[idx1], - ) - - for i in shuffle_order: - if i == 0: - image = add_blur(image, sf=sf) - - elif i == 1: - image = add_blur(image, sf=sf) - - elif i == 2: - a, b = image.shape[1], image.shape[0] - # downsample2 - if random.random() < 0.75: - sf1 = random.uniform(1, 2 * sf) - image = cv2.resize( - image, - ( - int(1 / sf1 * image.shape[1]), - int(1 / sf1 * image.shape[0]), - ), - interpolation=random.choice([1, 2, 3]), - ) - else: - k = fspecial("gaussian", 25, random.uniform(0.1, 0.6 * sf)) - k_shifted = shift_pixel(k, sf) - k_shifted = k_shifted / k_shifted.sum() # blur with shifted kernel - image = ndimage.filters.convolve(image, np.expand_dims(k_shifted, axis=2), mode="mirror") - image = image[0::sf, 0::sf, ...] # nearest downsampling - image = np.clip(image, 0.0, 1.0) - - elif i == 3: - # downsample3 - image = cv2.resize( - image, - (int(1 / sf * a), int(1 / sf * b)), - interpolation=random.choice([1, 2, 3]), - ) - image = np.clip(image, 0.0, 1.0) - - elif i == 4: - # add Gaussian noise - image = add_Gaussian_noise(image, noise_level1=2, noise_level2=25) - - elif i == 5: - # add JPEG noise - if random.random() < jpeg_prob: - image = add_JPEG_noise(image) - - # elif i == 6: - # # add processed camera sensor noise - # if random.random() < isp_prob and isp_model is not None: - # with torch.no_grad(): - # img, hq = isp_model.forward(img.copy(), hq) - - # add final JPEG compression noise - image = add_JPEG_noise(image) - image = util.single2uint(image) - example = {"image": image} - return example - - -# TODO incase there is a pickle error one needs to replace a += x with a = a + x in add_speckle_noise etc... -def degradation_bsrgan_plus( - img, - sf=4, - shuffle_prob=0.5, - use_sharp=True, - lq_patchsize=64, - isp_model=None, -): - """ - This is an extended degradation model by combining - the degradation models of BSRGAN and Real-ESRGAN - ---------- - img: HXWXC, [0, 1], its size should be large than (lq_patchsizexsf)x(lq_patchsizexsf) - sf: scale factor - use_shuffle: the degradation shuffle - use_sharp: sharpening the img - Returns - ------- - img: low-quality patch, size: lq_patchsizeXlq_patchsizeXC, range: [0, 1] - hq: corresponding high-quality patch, size: (lq_patchsizexsf)X(lq_patchsizexsf)XC, range: [0, 1] - """ - - h1, w1 = img.shape[:2] - img = img.copy()[: w1 - w1 % sf, : h1 - h1 % sf, ...] # mod crop - h, w = img.shape[:2] - - if h < lq_patchsize * sf or w < lq_patchsize * sf: - raise ValueError(f"img size ({h1}X{w1}) is too small!") - - if use_sharp: - img = add_sharpening(img) - hq = img.copy() - - if random.random() < shuffle_prob: - shuffle_order = random.sample(range(13), 13) - else: - shuffle_order = list(range(13)) - # local shuffle for noise, JPEG is always the last one - shuffle_order[2:6] = random.sample(shuffle_order[2:6], len(range(2, 6))) - shuffle_order[9:13] = random.sample(shuffle_order[9:13], len(range(9, 13))) - - poisson_prob, speckle_prob, isp_prob = 0.1, 0.1, 0.1 - - for i in shuffle_order: - if i == 0: - img = add_blur(img, sf=sf) - elif i == 1: - img = add_resize(img, sf=sf) - elif i == 2: - img = add_Gaussian_noise(img, noise_level1=2, noise_level2=25) - elif i == 3: - if random.random() < poisson_prob: - img = add_Poisson_noise(img) - elif i == 4: - if random.random() < speckle_prob: - img = add_speckle_noise(img) - elif i == 5: - if random.random() < isp_prob and isp_model is not None: - with torch.no_grad(): - img, hq = isp_model.forward(img.copy(), hq) - elif i == 6: - img = add_JPEG_noise(img) - elif i == 7: - img = add_blur(img, sf=sf) - elif i == 8: - img = add_resize(img, sf=sf) - elif i == 9: - img = add_Gaussian_noise(img, noise_level1=2, noise_level2=25) - elif i == 10: - if random.random() < poisson_prob: - img = add_Poisson_noise(img) - elif i == 11: - if random.random() < speckle_prob: - img = add_speckle_noise(img) - elif i == 12: - if random.random() < isp_prob and isp_model is not None: - with torch.no_grad(): - img, hq = isp_model.forward(img.copy(), hq) - else: - print("check the shuffle!") - - # resize to desired size - img = cv2.resize( - img, - (int(1 / sf * hq.shape[1]), int(1 / sf * hq.shape[0])), - interpolation=random.choice([1, 2, 3]), - ) - - # add final JPEG compression noise - img = add_JPEG_noise(img) - - # random crop - img, hq = random_crop(img, hq, sf, lq_patchsize) - - return img, hq - - -if __name__ == "__main__": - print("hey") - img = util.imread_uint("utils/test.png", 3) - print(img) - img = util.uint2single(img) - print(img) - img = img[:448, :448] - h = img.shape[0] // 4 - print("resizing to", h) - sf = 4 - deg_fn = partial(degradation_bsrgan_variant, sf=sf) - for i in range(20): - print(i) - img_lq = deg_fn(img) - print(img_lq) - img_lq_bicubic = albumentations.SmallestMaxSize(max_size=h, interpolation=cv2.INTER_CUBIC)(image=img)["image"] - print(img_lq.shape) - print("bicubic", img_lq_bicubic.shape) - # print(img_hq.shape) - lq_nearest = cv2.resize( - util.single2uint(img_lq), - (int(sf * img_lq.shape[1]), int(sf * img_lq.shape[0])), - interpolation=0, - ) - lq_bicubic_nearest = cv2.resize( - util.single2uint(img_lq_bicubic), - (int(sf * img_lq.shape[1]), int(sf * img_lq.shape[0])), - interpolation=0, - ) - # img_concat = np.concatenate([lq_bicubic_nearest, lq_nearest, util.single2uint(img_hq)], axis=1) - img_concat = np.concatenate([lq_bicubic_nearest, lq_nearest], axis=1) - util.imsave(img_concat, str(i) + ".png") diff --git a/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py b/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py deleted file mode 100644 index cd74adc519..0000000000 --- a/invokeai/backend/stable_diffusion/image_degradation/bsrgan_light.py +++ /dev/null @@ -1,704 +0,0 @@ -# -*- coding: utf-8 -*- -import random -from functools import partial - -import albumentations -import cv2 -import ldm.modules.image_degradation.utils_image as util -import numpy as np -import scipy -import scipy.stats as ss -import torch -from scipy import ndimage -from scipy.interpolate import interp2d -from scipy.linalg import orth - -""" -# -------------------------------------------- -# Super-Resolution -# -------------------------------------------- -# -# Kai Zhang (cskaizhang@gmail.com) -# https://github.com/cszn -# From 2019/03--2021/08 -# -------------------------------------------- -""" - - -def modcrop_np(img, sf): - """ - Args: - img: numpy image, WxH or WxHxC - sf: scale factor - Return: - cropped image - """ - w, h = img.shape[:2] - im = np.copy(img) - return im[: w - w % sf, : h - h % sf, ...] - - -""" -# -------------------------------------------- -# anisotropic Gaussian kernels -# -------------------------------------------- -""" - - -def analytic_kernel(k): - """Calculate the X4 kernel from the X2 kernel (for proof see appendix in paper)""" - k_size = k.shape[0] - # Calculate the big kernels size - big_k = np.zeros((3 * k_size - 2, 3 * k_size - 2)) - # Loop over the small kernel to fill the big one - for r in range(k_size): - for c in range(k_size): - big_k[2 * r : 2 * r + k_size, 2 * c : 2 * c + k_size] += k[r, c] * k - # Crop the edges of the big kernel to ignore very small values and increase run time of SR - crop = k_size // 2 - cropped_big_k = big_k[crop:-crop, crop:-crop] - # Normalize to 1 - return cropped_big_k / cropped_big_k.sum() - - -def anisotropic_Gaussian(ksize=15, theta=np.pi, l1=6, l2=6): - """generate an anisotropic Gaussian kernel - Args: - ksize : e.g., 15, kernel size - theta : [0, pi], rotation angle range - l1 : [0.1,50], scaling of eigenvalues - l2 : [0.1,l1], scaling of eigenvalues - If l1 = l2, will get an isotropic Gaussian kernel. - Returns: - k : kernel - """ - - v = np.dot( - np.array([[np.cos(theta), -np.sin(theta)], [np.sin(theta), np.cos(theta)]]), - np.array([1.0, 0.0]), - ) - V = np.array([[v[0], v[1]], [v[1], -v[0]]]) - D = np.array([[l1, 0], [0, l2]]) - Sigma = np.dot(np.dot(V, D), np.linalg.inv(V)) - k = gm_blur_kernel(mean=[0, 0], cov=Sigma, size=ksize) - - return k - - -def gm_blur_kernel(mean, cov, size=15): - center = size / 2.0 + 0.5 - k = np.zeros([size, size]) - for y in range(size): - for x in range(size): - cy = y - center + 1 - cx = x - center + 1 - k[y, x] = ss.multivariate_normal.pdf([cx, cy], mean=mean, cov=cov) - - k = k / np.sum(k) - return k - - -def shift_pixel(x, sf, upper_left=True): - """shift pixel for super-resolution with different scale factors - Args: - x: WxHxC or WxH - sf: scale factor - upper_left: shift direction - """ - h, w = x.shape[:2] - shift = (sf - 1) * 0.5 - xv, yv = np.arange(0, w, 1.0), np.arange(0, h, 1.0) - if upper_left: - x1 = xv + shift - y1 = yv + shift - else: - x1 = xv - shift - y1 = yv - shift - - x1 = np.clip(x1, 0, w - 1) - y1 = np.clip(y1, 0, h - 1) - - if x.ndim == 2: - x = interp2d(xv, yv, x)(x1, y1) - if x.ndim == 3: - for i in range(x.shape[-1]): - x[:, :, i] = interp2d(xv, yv, x[:, :, i])(x1, y1) - - return x - - -def blur(x, k): - """ - x: image, NxcxHxW - k: kernel, Nx1xhxw - """ - n, c = x.shape[:2] - p1, p2 = (k.shape[-2] - 1) // 2, (k.shape[-1] - 1) // 2 - x = torch.nn.functional.pad(x, pad=(p1, p2, p1, p2), mode="replicate") - k = k.repeat(1, c, 1, 1) - k = k.view(-1, 1, k.shape[2], k.shape[3]) - x = x.view(1, -1, x.shape[2], x.shape[3]) - x = torch.nn.functional.conv2d(x, k, bias=None, stride=1, padding=0, groups=n * c) - x = x.view(n, c, x.shape[2], x.shape[3]) - - return x - - -def gen_kernel( - k_size=np.array([15, 15]), - scale_factor=np.array([4, 4]), - min_var=0.6, - max_var=10.0, - noise_level=0, -): - """ " - # modified version of https://github.com/assafshocher/BlindSR_dataset_generator - # Kai Zhang - # min_var = 0.175 * sf # variance of the gaussian kernel will be sampled between min_var and max_var - # max_var = 2.5 * sf - """ - # Set random eigen-vals (lambdas) and angle (theta) for COV matrix - lambda_1 = min_var + np.random.rand() * (max_var - min_var) - lambda_2 = min_var + np.random.rand() * (max_var - min_var) - theta = np.random.rand() * np.pi # random theta - noise = -noise_level + np.random.rand(*k_size) * noise_level * 2 - - # Set COV matrix using Lambdas and Theta - LAMBDA = np.diag([lambda_1, lambda_2]) - Q = np.array([[np.cos(theta), -np.sin(theta)], [np.sin(theta), np.cos(theta)]]) - SIGMA = Q @ LAMBDA @ Q.T - INV_SIGMA = np.linalg.inv(SIGMA)[None, None, :, :] - - # Set expectation position (shifting kernel for aligned image) - MU = k_size // 2 - 0.5 * (scale_factor - 1) # - 0.5 * (scale_factor - k_size % 2) - MU = MU[None, None, :, None] - - # Create meshgrid for Gaussian - [X, Y] = np.meshgrid(range(k_size[0]), range(k_size[1])) - Z = np.stack([X, Y], 2)[:, :, :, None] - - # Calcualte Gaussian for every pixel of the kernel - ZZ = Z - MU - ZZ_t = ZZ.transpose(0, 1, 3, 2) - raw_kernel = np.exp(-0.5 * np.squeeze(ZZ_t @ INV_SIGMA @ ZZ)) * (1 + noise) - - # shift the kernel so it will be centered - # raw_kernel_centered = kernel_shift(raw_kernel, scale_factor) - - # Normalize the kernel and return - # kernel = raw_kernel_centered / np.sum(raw_kernel_centered) - kernel = raw_kernel / np.sum(raw_kernel) - return kernel - - -def fspecial_gaussian(hsize, sigma): - hsize = [hsize, hsize] - siz = [(hsize[0] - 1.0) / 2.0, (hsize[1] - 1.0) / 2.0] - std = sigma - [x, y] = np.meshgrid(np.arange(-siz[1], siz[1] + 1), np.arange(-siz[0], siz[0] + 1)) - arg = -(x * x + y * y) / (2 * std * std) - h = np.exp(arg) - h[h < scipy.finfo(float).eps * h.max()] = 0 - sumh = h.sum() - if sumh != 0: - h = h / sumh - return h - - -def fspecial_laplacian(alpha): - alpha = max([0, min([alpha, 1])]) - h1 = alpha / (alpha + 1) - h2 = (1 - alpha) / (alpha + 1) - h = [[h1, h2, h1], [h2, -4 / (alpha + 1), h2], [h1, h2, h1]] - h = np.array(h) - return h - - -def fspecial(filter_type, *args, **kwargs): - """ - python code from: - https://github.com/ronaldosena/imagens-medicas-2/blob/40171a6c259edec7827a6693a93955de2bd39e76/Aulas/aula_2_-_uniform_filter/matlab_fspecial.py - """ - if filter_type == "gaussian": - return fspecial_gaussian(*args, **kwargs) - if filter_type == "laplacian": - return fspecial_laplacian(*args, **kwargs) - - -""" -# -------------------------------------------- -# degradation models -# -------------------------------------------- -""" - - -def bicubic_degradation(x, sf=3): - """ - Args: - x: HxWxC image, [0, 1] - sf: down-scale factor - Return: - bicubicly downsampled LR image - """ - x = util.imresize_np(x, scale=1 / sf) - return x - - -def srmd_degradation(x, k, sf=3): - """blur + bicubic downsampling - Args: - x: HxWxC image, [0, 1] - k: hxw, double - sf: down-scale factor - Return: - downsampled LR image - Reference: - @inproceedings{zhang2018learning, - title={Learning a single convolutional super-resolution network for multiple degradations}, - author={Zhang, Kai and Zuo, Wangmeng and Zhang, Lei}, - booktitle={IEEE Conference on Computer Vision and Pattern Recognition}, - pages={3262--3271}, - year={2018} - } - """ - x = ndimage.filters.convolve(x, np.expand_dims(k, axis=2), mode="wrap") # 'nearest' | 'mirror' - x = bicubic_degradation(x, sf=sf) - return x - - -def dpsr_degradation(x, k, sf=3): - """bicubic downsampling + blur - Args: - x: HxWxC image, [0, 1] - k: hxw, double - sf: down-scale factor - Return: - downsampled LR image - Reference: - @inproceedings{zhang2019deep, - title={Deep Plug-and-Play Super-Resolution for Arbitrary Blur Kernels}, - author={Zhang, Kai and Zuo, Wangmeng and Zhang, Lei}, - booktitle={IEEE Conference on Computer Vision and Pattern Recognition}, - pages={1671--1681}, - year={2019} - } - """ - x = bicubic_degradation(x, sf=sf) - x = ndimage.filters.convolve(x, np.expand_dims(k, axis=2), mode="wrap") - return x - - -def classical_degradation(x, k, sf=3): - """blur + downsampling - Args: - x: HxWxC image, [0, 1]/[0, 255] - k: hxw, double - sf: down-scale factor - Return: - downsampled LR image - """ - x = ndimage.filters.convolve(x, np.expand_dims(k, axis=2), mode="wrap") - # x = filters.correlate(x, np.expand_dims(np.flip(k), axis=2)) - st = 0 - return x[st::sf, st::sf, ...] - - -def add_sharpening(img, weight=0.5, radius=50, threshold=10): - """USM sharpening. borrowed from real-ESRGAN - Input image: I; Blurry image: B. - 1. K = I + weight * (I - B) - 2. Mask = 1 if abs(I - B) > threshold, else: 0 - 3. Blur mask: - 4. Out = Mask * K + (1 - Mask) * I - Args: - img (Numpy array): Input image, HWC, BGR; float32, [0, 1]. - weight (float): Sharp weight. Default: 1. - radius (float): Kernel size of Gaussian blur. Default: 50. - threshold (int): - """ - if radius % 2 == 0: - radius += 1 - blur = cv2.GaussianBlur(img, (radius, radius), 0) - residual = img - blur - mask = np.abs(residual) * 255 > threshold - mask = mask.astype("float32") - soft_mask = cv2.GaussianBlur(mask, (radius, radius), 0) - - K = img + weight * residual - K = np.clip(K, 0, 1) - return soft_mask * K + (1 - soft_mask) * img - - -def add_blur(img, sf=4): - wd2 = 4.0 + sf - wd = 2.0 + 0.2 * sf - - wd2 = wd2 / 4 - wd = wd / 4 - - if random.random() < 0.5: - l1 = wd2 * random.random() - l2 = wd2 * random.random() - k = anisotropic_Gaussian( - ksize=random.randint(2, 11) + 3, - theta=random.random() * np.pi, - l1=l1, - l2=l2, - ) - else: - k = fspecial("gaussian", random.randint(2, 4) + 3, wd * random.random()) - img = ndimage.filters.convolve(img, np.expand_dims(k, axis=2), mode="mirror") - - return img - - -def add_resize(img, sf=4): - rnum = np.random.rand() - if rnum > 0.8: # up - sf1 = random.uniform(1, 2) - elif rnum < 0.7: # down - sf1 = random.uniform(0.5 / sf, 1) - else: - sf1 = 1.0 - img = cv2.resize( - img, - (int(sf1 * img.shape[1]), int(sf1 * img.shape[0])), - interpolation=random.choice([1, 2, 3]), - ) - img = np.clip(img, 0.0, 1.0) - - return img - - -# def add_Gaussian_noise(img, noise_level1=2, noise_level2=25): -# noise_level = random.randint(noise_level1, noise_level2) -# rnum = np.random.rand() -# if rnum > 0.6: # add color Gaussian noise -# img += np.random.normal(0, noise_level / 255.0, img.shape).astype(np.float32) -# elif rnum < 0.4: # add grayscale Gaussian noise -# img += np.random.normal(0, noise_level / 255.0, (*img.shape[:2], 1)).astype(np.float32) -# else: # add noise -# L = noise_level2 / 255. -# D = np.diag(np.random.rand(3)) -# U = orth(np.random.rand(3, 3)) -# conv = np.dot(np.dot(np.transpose(U), D), U) -# img += np.random.multivariate_normal([0, 0, 0], np.abs(L ** 2 * conv), img.shape[:2]).astype(np.float32) -# img = np.clip(img, 0.0, 1.0) -# return img - - -def add_Gaussian_noise(img, noise_level1=2, noise_level2=25): - noise_level = random.randint(noise_level1, noise_level2) - rnum = np.random.rand() - if rnum > 0.6: # add color Gaussian noise - img = img + np.random.normal(0, noise_level / 255.0, img.shape).astype(np.float32) - elif rnum < 0.4: # add grayscale Gaussian noise - img = img + np.random.normal(0, noise_level / 255.0, (*img.shape[:2], 1)).astype(np.float32) - else: # add noise - L = noise_level2 / 255.0 - D = np.diag(np.random.rand(3)) - U = orth(np.random.rand(3, 3)) - conv = np.dot(np.dot(np.transpose(U), D), U) - img = img + np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) - img = np.clip(img, 0.0, 1.0) - return img - - -def add_speckle_noise(img, noise_level1=2, noise_level2=25): - noise_level = random.randint(noise_level1, noise_level2) - img = np.clip(img, 0.0, 1.0) - rnum = random.random() - if rnum > 0.6: - img += img * np.random.normal(0, noise_level / 255.0, img.shape).astype(np.float32) - elif rnum < 0.4: - img += img * np.random.normal(0, noise_level / 255.0, (*img.shape[:2], 1)).astype(np.float32) - else: - L = noise_level2 / 255.0 - D = np.diag(np.random.rand(3)) - U = orth(np.random.rand(3, 3)) - conv = np.dot(np.dot(np.transpose(U), D), U) - img += img * np.random.multivariate_normal([0, 0, 0], np.abs(L**2 * conv), img.shape[:2]).astype(np.float32) - img = np.clip(img, 0.0, 1.0) - return img - - -def add_Poisson_noise(img): - img = np.clip((img * 255.0).round(), 0, 255) / 255.0 - vals = 10 ** (2 * random.random() + 2.0) # [2, 4] - if random.random() < 0.5: - img = np.random.poisson(img * vals).astype(np.float32) / vals - else: - img_gray = np.dot(img[..., :3], [0.299, 0.587, 0.114]) - img_gray = np.clip((img_gray * 255.0).round(), 0, 255) / 255.0 - noise_gray = np.random.poisson(img_gray * vals).astype(np.float32) / vals - img_gray - img += noise_gray[:, :, np.newaxis] - img = np.clip(img, 0.0, 1.0) - return img - - -def add_JPEG_noise(img): - quality_factor = random.randint(80, 95) - img = cv2.cvtColor(util.single2uint(img), cv2.COLOR_RGB2BGR) - result, encimg = cv2.imencode(".jpg", img, [int(cv2.IMWRITE_JPEG_QUALITY), quality_factor]) - img = cv2.imdecode(encimg, 1) - img = cv2.cvtColor(util.uint2single(img), cv2.COLOR_BGR2RGB) - return img - - -def random_crop(lq, hq, sf=4, lq_patchsize=64): - h, w = lq.shape[:2] - rnd_h = random.randint(0, h - lq_patchsize) - rnd_w = random.randint(0, w - lq_patchsize) - lq = lq[rnd_h : rnd_h + lq_patchsize, rnd_w : rnd_w + lq_patchsize, :] - - rnd_h_H, rnd_w_H = int(rnd_h * sf), int(rnd_w * sf) - hq = hq[ - rnd_h_H : rnd_h_H + lq_patchsize * sf, - rnd_w_H : rnd_w_H + lq_patchsize * sf, - :, - ] - return lq, hq - - -def degradation_bsrgan(img, sf=4, lq_patchsize=72, isp_model=None): - """ - This is the degradation model of BSRGAN from the paper - "Designing a Practical Degradation Model for Deep Blind Image Super-Resolution" - ---------- - img: HXWXC, [0, 1], its size should be large than (lq_patchsizexsf)x(lq_patchsizexsf) - sf: scale factor - isp_model: camera ISP model - Returns - ------- - img: low-quality patch, size: lq_patchsizeXlq_patchsizeXC, range: [0, 1] - hq: corresponding high-quality patch, size: (lq_patchsizexsf)X(lq_patchsizexsf)XC, range: [0, 1] - """ - isp_prob, jpeg_prob, scale2_prob = 0.25, 0.9, 0.25 - sf_ori = sf - - h1, w1 = img.shape[:2] - img = img.copy()[: w1 - w1 % sf, : h1 - h1 % sf, ...] # mod crop - h, w = img.shape[:2] - - if h < lq_patchsize * sf or w < lq_patchsize * sf: - raise ValueError(f"img size ({h1}X{w1}) is too small!") - - hq = img.copy() - - if sf == 4 and random.random() < scale2_prob: # downsample1 - if np.random.rand() < 0.5: - img = cv2.resize( - img, - (int(1 / 2 * img.shape[1]), int(1 / 2 * img.shape[0])), - interpolation=random.choice([1, 2, 3]), - ) - else: - img = util.imresize_np(img, 1 / 2, True) - img = np.clip(img, 0.0, 1.0) - sf = 2 - - shuffle_order = random.sample(range(7), 7) - idx1, idx2 = shuffle_order.index(2), shuffle_order.index(3) - if idx1 > idx2: # keep downsample3 last - shuffle_order[idx1], shuffle_order[idx2] = ( - shuffle_order[idx2], - shuffle_order[idx1], - ) - - for i in shuffle_order: - if i == 0: - img = add_blur(img, sf=sf) - - elif i == 1: - img = add_blur(img, sf=sf) - - elif i == 2: - a, b = img.shape[1], img.shape[0] - # downsample2 - if random.random() < 0.75: - sf1 = random.uniform(1, 2 * sf) - img = cv2.resize( - img, - (int(1 / sf1 * img.shape[1]), int(1 / sf1 * img.shape[0])), - interpolation=random.choice([1, 2, 3]), - ) - else: - k = fspecial("gaussian", 25, random.uniform(0.1, 0.6 * sf)) - k_shifted = shift_pixel(k, sf) - k_shifted = k_shifted / k_shifted.sum() # blur with shifted kernel - img = ndimage.filters.convolve(img, np.expand_dims(k_shifted, axis=2), mode="mirror") - img = img[0::sf, 0::sf, ...] # nearest downsampling - img = np.clip(img, 0.0, 1.0) - - elif i == 3: - # downsample3 - img = cv2.resize( - img, - (int(1 / sf * a), int(1 / sf * b)), - interpolation=random.choice([1, 2, 3]), - ) - img = np.clip(img, 0.0, 1.0) - - elif i == 4: - # add Gaussian noise - img = add_Gaussian_noise(img, noise_level1=2, noise_level2=8) - - elif i == 5: - # add JPEG noise - if random.random() < jpeg_prob: - img = add_JPEG_noise(img) - - elif i == 6: - # add processed camera sensor noise - if random.random() < isp_prob and isp_model is not None: - with torch.no_grad(): - img, hq = isp_model.forward(img.copy(), hq) - - # add final JPEG compression noise - img = add_JPEG_noise(img) - - # random crop - img, hq = random_crop(img, hq, sf_ori, lq_patchsize) - - return img, hq - - -# todo no isp_model? -def degradation_bsrgan_variant(image, sf=4, isp_model=None): - """ - This is the degradation model of BSRGAN from the paper - "Designing a Practical Degradation Model for Deep Blind Image Super-Resolution" - ---------- - sf: scale factor - isp_model: camera ISP model - Returns - ------- - img: low-quality patch, size: lq_patchsizeXlq_patchsizeXC, range: [0, 1] - hq: corresponding high-quality patch, size: (lq_patchsizexsf)X(lq_patchsizexsf)XC, range: [0, 1] - """ - image = util.uint2single(image) - jpeg_prob, scale2_prob = 0.9, 0.25 - # isp_prob = 0.25 # uncomment with `if i== 6` block below - # sf_ori = sf # uncomment with `if i== 6` block below - - h1, w1 = image.shape[:2] - image = image.copy()[: w1 - w1 % sf, : h1 - h1 % sf, ...] # mod crop - h, w = image.shape[:2] - - # hq = image.copy() # uncomment with `if i== 6` block below - - if sf == 4 and random.random() < scale2_prob: # downsample1 - if np.random.rand() < 0.5: - image = cv2.resize( - image, - (int(1 / 2 * image.shape[1]), int(1 / 2 * image.shape[0])), - interpolation=random.choice([1, 2, 3]), - ) - else: - image = util.imresize_np(image, 1 / 2, True) - image = np.clip(image, 0.0, 1.0) - sf = 2 - - shuffle_order = random.sample(range(7), 7) - idx1, idx2 = shuffle_order.index(2), shuffle_order.index(3) - if idx1 > idx2: # keep downsample3 last - shuffle_order[idx1], shuffle_order[idx2] = ( - shuffle_order[idx2], - shuffle_order[idx1], - ) - - for i in shuffle_order: - if i == 0: - image = add_blur(image, sf=sf) - - # elif i == 1: - # image = add_blur(image, sf=sf) - - if i == 0: - pass - - elif i == 2: - a, b = image.shape[1], image.shape[0] - # downsample2 - if random.random() < 0.8: - sf1 = random.uniform(1, 2 * sf) - image = cv2.resize( - image, - ( - int(1 / sf1 * image.shape[1]), - int(1 / sf1 * image.shape[0]), - ), - interpolation=random.choice([1, 2, 3]), - ) - else: - k = fspecial("gaussian", 25, random.uniform(0.1, 0.6 * sf)) - k_shifted = shift_pixel(k, sf) - k_shifted = k_shifted / k_shifted.sum() # blur with shifted kernel - image = ndimage.filters.convolve(image, np.expand_dims(k_shifted, axis=2), mode="mirror") - image = image[0::sf, 0::sf, ...] # nearest downsampling - - image = np.clip(image, 0.0, 1.0) - - elif i == 3: - # downsample3 - image = cv2.resize( - image, - (int(1 / sf * a), int(1 / sf * b)), - interpolation=random.choice([1, 2, 3]), - ) - image = np.clip(image, 0.0, 1.0) - - elif i == 4: - # add Gaussian noise - image = add_Gaussian_noise(image, noise_level1=1, noise_level2=2) - - elif i == 5: - # add JPEG noise - if random.random() < jpeg_prob: - image = add_JPEG_noise(image) - # - # elif i == 6: - # # add processed camera sensor noise - # if random.random() < isp_prob and isp_model is not None: - # with torch.no_grad(): - # img, hq = isp_model.forward(img.copy(), hq) - - # add final JPEG compression noise - image = add_JPEG_noise(image) - image = util.single2uint(image) - example = {"image": image} - return example - - -if __name__ == "__main__": - print("hey") - img = util.imread_uint("utils/test.png", 3) - img = img[:448, :448] - h = img.shape[0] // 4 - print("resizing to", h) - sf = 4 - deg_fn = partial(degradation_bsrgan_variant, sf=sf) - for i in range(20): - print(i) - img_hq = img - img_lq = deg_fn(img)["image"] - img_hq, img_lq = util.uint2single(img_hq), util.uint2single(img_lq) - print(img_lq) - img_lq_bicubic = albumentations.SmallestMaxSize(max_size=h, interpolation=cv2.INTER_CUBIC)(image=img_hq)[ - "image" - ] - print(img_lq.shape) - print("bicubic", img_lq_bicubic.shape) - print(img_hq.shape) - lq_nearest = cv2.resize( - util.single2uint(img_lq), - (int(sf * img_lq.shape[1]), int(sf * img_lq.shape[0])), - interpolation=0, - ) - lq_bicubic_nearest = cv2.resize( - util.single2uint(img_lq_bicubic), - (int(sf * img_lq.shape[1]), int(sf * img_lq.shape[0])), - interpolation=0, - ) - img_concat = np.concatenate([lq_bicubic_nearest, lq_nearest, util.single2uint(img_hq)], axis=1) - util.imsave(img_concat, str(i) + ".png") diff --git a/invokeai/backend/stable_diffusion/image_degradation/utils/test.png b/invokeai/backend/stable_diffusion/image_degradation/utils/test.png deleted file mode 100644 index 4249b43de0f22707758d13c240268a401642f6e6..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 441072 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-from datetime import datetime - -import cv2 -import numpy as np -import torch -from torchvision.utils import make_grid - -import invokeai.backend.util.logging as logger - -os.environ["KMP_DUPLICATE_LIB_OK"] = "TRUE" - - -""" -# -------------------------------------------- -# Kai Zhang (github: https://github.com/cszn) -# 03/Mar/2019 -# -------------------------------------------- -# https://github.com/twhui/SRGAN-pyTorch -# https://github.com/xinntao/BasicSR -# -------------------------------------------- -""" - - -IMG_EXTENSIONS = [ - ".jpg", - ".JPG", - ".jpeg", - ".JPEG", - ".png", - ".PNG", - ".ppm", - ".PPM", - ".bmp", - ".BMP", - ".tif", -] - - -def is_image_file(filename): - return any(filename.endswith(extension) for extension in IMG_EXTENSIONS) - - -def get_timestamp(): - return datetime.now().strftime("%y%m%d-%H%M%S") - - -def imshow(x, title=None, cbar=False, figsize=None): - import matplotlib.pyplot as plt - - plt.figure(figsize=figsize) - plt.imshow(np.squeeze(x), interpolation="nearest", cmap="gray") - if title: - plt.title(title) - if cbar: - plt.colorbar() - plt.show() - - -def surf(Z, cmap="rainbow", figsize=None): - import matplotlib.pyplot as plt - - plt.figure(figsize=figsize) - ax3 = plt.axes(projection="3d") - - w, h = Z.shape[:2] - xx = np.arange(0, w, 1) - yy = np.arange(0, h, 1) - X, Y = np.meshgrid(xx, yy) - ax3.plot_surface(X, Y, Z, cmap=cmap) - # ax3.contour(X,Y,Z, zdim='z',offset=-2，cmap=cmap) - plt.show() - - -""" -# -------------------------------------------- -# get image pathes -# -------------------------------------------- -""" - - -def get_image_paths(dataroot): - paths = None # return None if dataroot is None - if dataroot is not None: - paths = sorted(_get_paths_from_images(dataroot)) - return paths - - -def _get_paths_from_images(path): - assert os.path.isdir(path), "{:s} is not a valid directory".format(path) - images = [] - for dirpath, _, fnames in sorted(os.walk(path, followlinks=True)): - for fname in sorted(fnames): - if is_image_file(fname): - img_path = os.path.join(dirpath, fname) - images.append(img_path) - assert images, "{:s} has no valid image file".format(path) - return images - - -""" -# -------------------------------------------- -# split large images into small images -# -------------------------------------------- -""" - - -def patches_from_image(img, p_size=512, p_overlap=64, p_max=800): - w, h = img.shape[:2] - patches = [] - if w > p_max and h > p_max: - w1 = list(np.arange(0, w - p_size, p_size - p_overlap, dtype=np.int)) - h1 = list(np.arange(0, h - p_size, p_size - p_overlap, dtype=np.int)) - w1.append(w - p_size) - h1.append(h - p_size) - # print(w1) - # print(h1) - for i in w1: - for j in h1: - patches.append(img[i : i + p_size, j : j + p_size, :]) - else: - patches.append(img) - - return patches - - -def imssave(imgs, img_path): - """ - imgs: list, N images of size WxHxC - """ - img_name, ext = os.path.splitext(os.path.basename(img_path)) - - for i, img in enumerate(imgs): - if img.ndim == 3: - img = img[:, :, [2, 1, 0]] - new_path = os.path.join( - os.path.dirname(img_path), - img_name + str("_s{:04d}".format(i)) + ".png", - ) - cv2.imwrite(new_path, img) - - -def split_imageset( - original_dataroot, - taget_dataroot, - n_channels=3, - p_size=800, - p_overlap=96, - p_max=1000, -): - """ - split the large images from original_dataroot into small overlapped images with size (p_size)x(p_size), - and save them into taget_dataroot; only the images with larger size than (p_max)x(p_max) - will be splitted. - Args: - original_dataroot: - taget_dataroot: - p_size: size of small images - p_overlap: patch size in training is a good choice - p_max: images with smaller size than (p_max)x(p_max) keep unchanged. - """ - paths = get_image_paths(original_dataroot) - for img_path in paths: - # img_name, ext = os.path.splitext(os.path.basename(img_path)) - img = imread_uint(img_path, n_channels=n_channels) - patches = patches_from_image(img, p_size, p_overlap, p_max) - imssave(patches, os.path.join(taget_dataroot, os.path.basename(img_path))) - # if original_dataroot == taget_dataroot: - # del img_path - - -""" -# -------------------------------------------- -# makedir -# -------------------------------------------- -""" - - -def mkdir(path): - if not os.path.exists(path): - os.makedirs(path) - - -def mkdirs(paths): - if isinstance(paths, str): - mkdir(paths) - else: - for path in paths: - mkdir(path) - - -def mkdir_and_rename(path): - if os.path.exists(path): - new_name = path + "_archived_" + get_timestamp() - logger.error("Path already exists. Rename it to [{:s}]".format(new_name)) - os.replace(path, new_name) - os.makedirs(path) - - -""" -# -------------------------------------------- -# read image from path -# opencv is fast, but read BGR numpy image -# -------------------------------------------- -""" - - -# -------------------------------------------- -# get uint8 image of size HxWxn_channles (RGB) -# -------------------------------------------- -def imread_uint(path, n_channels=3): - # input: path - # output: HxWx3(RGB or GGG), or HxWx1 (G) - if n_channels == 1: - img = cv2.imread(path, 0) # cv2.IMREAD_GRAYSCALE - img = np.expand_dims(img, axis=2) # HxWx1 - elif n_channels == 3: - img = cv2.imread(path, cv2.IMREAD_UNCHANGED) # BGR or G - if img.ndim == 2: - img = cv2.cvtColor(img, cv2.COLOR_GRAY2RGB) # GGG - else: - img = cv2.cvtColor(img, cv2.COLOR_BGR2RGB) # RGB - return img - - -# -------------------------------------------- -# matlab's imwrite -# -------------------------------------------- -def imsave(img, img_path): - img = np.squeeze(img) - if img.ndim == 3: - img = img[:, :, [2, 1, 0]] - cv2.imwrite(img_path, img) - - -def imwrite(img, img_path): - img = np.squeeze(img) - if img.ndim == 3: - img = img[:, :, [2, 1, 0]] - cv2.imwrite(img_path, img) - - -# -------------------------------------------- -# get single image of size HxWxn_channles (BGR) -# -------------------------------------------- -def read_img(path): - # read image by cv2 - # return: Numpy float32, HWC, BGR, [0,1] - img = cv2.imread(path, cv2.IMREAD_UNCHANGED) # cv2.IMREAD_GRAYSCALE - img = img.astype(np.float32) / 255.0 - if img.ndim == 2: - img = np.expand_dims(img, axis=2) - # some images have 4 channels - if img.shape[2] > 3: - img = img[:, :, :3] - return img - - -""" -# -------------------------------------------- -# image format conversion -# -------------------------------------------- -# numpy(single) <---> numpy(unit) -# numpy(single) <---> tensor -# numpy(unit) <---> tensor -# -------------------------------------------- -""" - - -# -------------------------------------------- -# numpy(single) [0, 1] <---> numpy(unit) -# -------------------------------------------- - - -def uint2single(img): - return np.float32(img / 255.0) - - -def single2uint(img): - return np.uint8((img.clip(0, 1) * 255.0).round()) - - -def uint162single(img): - return np.float32(img / 65535.0) - - -def single2uint16(img): - return np.uint16((img.clip(0, 1) * 65535.0).round()) - - -# -------------------------------------------- -# numpy(unit) (HxWxC or HxW) <---> tensor -# -------------------------------------------- - - -# convert uint to 4-dimensional torch tensor -def uint2tensor4(img): - if img.ndim == 2: - img = np.expand_dims(img, axis=2) - return torch.from_numpy(np.ascontiguousarray(img)).permute(2, 0, 1).float().div(255.0).unsqueeze(0) - - -# convert uint to 3-dimensional torch tensor -def uint2tensor3(img): - if img.ndim == 2: - img = np.expand_dims(img, axis=2) - return torch.from_numpy(np.ascontiguousarray(img)).permute(2, 0, 1).float().div(255.0) - - -# convert 2/3/4-dimensional torch tensor to uint -def tensor2uint(img): - img = img.data.squeeze().float().clamp_(0, 1).cpu().numpy() - if img.ndim == 3: - img = np.transpose(img, (1, 2, 0)) - return np.uint8((img * 255.0).round()) - - -# -------------------------------------------- -# numpy(single) (HxWxC) <---> tensor -# -------------------------------------------- - - -# convert single (HxWxC) to 3-dimensional torch tensor -def single2tensor3(img): - return torch.from_numpy(np.ascontiguousarray(img)).permute(2, 0, 1).float() - - -# convert single (HxWxC) to 4-dimensional torch tensor -def single2tensor4(img): - return torch.from_numpy(np.ascontiguousarray(img)).permute(2, 0, 1).float().unsqueeze(0) - - -# convert torch tensor to single -def tensor2single(img): - img = img.data.squeeze().float().cpu().numpy() - if img.ndim == 3: - img = np.transpose(img, (1, 2, 0)) - - return img - - -# convert torch tensor to single -def tensor2single3(img): - img = img.data.squeeze().float().cpu().numpy() - if img.ndim == 3: - img = np.transpose(img, (1, 2, 0)) - elif img.ndim == 2: - img = np.expand_dims(img, axis=2) - return img - - -def single2tensor5(img): - return torch.from_numpy(np.ascontiguousarray(img)).permute(2, 0, 1, 3).float().unsqueeze(0) - - -def single32tensor5(img): - return torch.from_numpy(np.ascontiguousarray(img)).float().unsqueeze(0).unsqueeze(0) - - -def single42tensor4(img): - return torch.from_numpy(np.ascontiguousarray(img)).permute(2, 0, 1, 3).float() - - -# from skimage.io import imread, imsave -def tensor2img(tensor, out_type=np.uint8, min_max=(0, 1)): - """ - Converts a torch Tensor into an image Numpy array of BGR channel order - Input: 4D(B,(3/1),H,W), 3D(C,H,W), or 2D(H,W), any range, RGB channel order - Output: 3D(H,W,C) or 2D(H,W), [0,255], np.uint8 (default) - """ - tensor = tensor.squeeze().float().cpu().clamp_(*min_max) # squeeze first, then clamp - tensor = (tensor - min_max[0]) / (min_max[1] - min_max[0]) # to range [0,1] - n_dim = tensor.dim() - if n_dim == 4: - n_img = len(tensor) - img_np = make_grid(tensor, nrow=int(math.sqrt(n_img)), normalize=False).numpy() - img_np = np.transpose(img_np[[2, 1, 0], :, :], (1, 2, 0)) # HWC, BGR - elif n_dim == 3: - img_np = tensor.numpy() - img_np = np.transpose(img_np[[2, 1, 0], :, :], (1, 2, 0)) # HWC, BGR - elif n_dim == 2: - img_np = tensor.numpy() - else: - raise TypeError("Only support 4D, 3D and 2D tensor. But received with dimension: {:d}".format(n_dim)) - if out_type == np.uint8: - img_np = (img_np * 255.0).round() - # Important. Unlike matlab, numpy.unit8() WILL NOT round by default. - return img_np.astype(out_type) - - -""" -# -------------------------------------------- -# Augmentation, flipe and/or rotate -# -------------------------------------------- -# The following two are enough. -# (1) augmet_img: numpy image of WxHxC or WxH -# (2) augment_img_tensor4: tensor image 1xCxWxH -# -------------------------------------------- -""" - - -def augment_img(img, mode=0): - """Kai Zhang (github: https://github.com/cszn)""" - if mode == 0: - return img - elif mode == 1: - return np.flipud(np.rot90(img)) - elif mode == 2: - return np.flipud(img) - elif mode == 3: - return np.rot90(img, k=3) - elif mode == 4: - return np.flipud(np.rot90(img, k=2)) - elif mode == 5: - return np.rot90(img) - elif mode == 6: - return np.rot90(img, k=2) - elif mode == 7: - return np.flipud(np.rot90(img, k=3)) - - -def augment_img_tensor4(img, mode=0): - """Kai Zhang (github: https://github.com/cszn)""" - if mode == 0: - return img - elif mode == 1: - return img.rot90(1, [2, 3]).flip([2]) - elif mode == 2: - return img.flip([2]) - elif mode == 3: - return img.rot90(3, [2, 3]) - elif mode == 4: - return img.rot90(2, [2, 3]).flip([2]) - elif mode == 5: - return img.rot90(1, [2, 3]) - elif mode == 6: - return img.rot90(2, [2, 3]) - elif mode == 7: - return img.rot90(3, [2, 3]).flip([2]) - - -def augment_img_tensor(img, mode=0): - """Kai Zhang (github: https://github.com/cszn)""" - img_size = img.size() - img_np = img.data.cpu().numpy() - if len(img_size) == 3: - img_np = np.transpose(img_np, (1, 2, 0)) - elif len(img_size) == 4: - img_np = np.transpose(img_np, (2, 3, 1, 0)) - img_np = augment_img(img_np, mode=mode) - img_tensor = torch.from_numpy(np.ascontiguousarray(img_np)) - if len(img_size) == 3: - img_tensor = img_tensor.permute(2, 0, 1) - elif len(img_size) == 4: - img_tensor = img_tensor.permute(3, 2, 0, 1) - - return img_tensor.type_as(img) - - -def augment_img_np3(img, mode=0): - if mode == 0: - return img - elif mode == 1: - return img.transpose(1, 0, 2) - elif mode == 2: - return img[::-1, :, :] - elif mode == 3: - img = img[::-1, :, :] - img = img.transpose(1, 0, 2) - return img - elif mode == 4: - return img[:, ::-1, :] - elif mode == 5: - img = img[:, ::-1, :] - img = img.transpose(1, 0, 2) - return img - elif mode == 6: - img = img[:, ::-1, :] - img = img[::-1, :, :] - return img - elif mode == 7: - img = img[:, ::-1, :] - img = img[::-1, :, :] - img = img.transpose(1, 0, 2) - return img - - -def augment_imgs(img_list, hflip=True, rot=True): - # horizontal flip OR rotate - hflip = hflip and random.random() < 0.5 - vflip = rot and random.random() < 0.5 - rot90 = rot and random.random() < 0.5 - - def _augment(img): - if hflip: - img = img[:, ::-1, :] - if vflip: - img = img[::-1, :, :] - if rot90: - img = img.transpose(1, 0, 2) - return img - - return [_augment(img) for img in img_list] - - -""" -# -------------------------------------------- -# modcrop and shave -# -------------------------------------------- -""" - - -def modcrop(img_in, scale): - # img_in: Numpy, HWC or HW - img = np.copy(img_in) - if img.ndim == 2: - H, W = img.shape - H_r, W_r = H % scale, W % scale - img = img[: H - H_r, : W - W_r] - elif img.ndim == 3: - H, W, C = img.shape - H_r, W_r = H % scale, W % scale - img = img[: H - H_r, : W - W_r, :] - else: - raise ValueError("Wrong img ndim: [{:d}].".format(img.ndim)) - return img - - -def shave(img_in, border=0): - # img_in: Numpy, HWC or HW - img = np.copy(img_in) - h, w = img.shape[:2] - img = img[border : h - border, border : w - border] - return img - - -""" -# -------------------------------------------- -# image processing process on numpy image -# channel_convert(in_c, tar_type, img_list): -# rgb2ycbcr(img, only_y=True): -# bgr2ycbcr(img, only_y=True): -# ycbcr2rgb(img): -# -------------------------------------------- -""" - - -def rgb2ycbcr(img, only_y=True): - """same as matlab rgb2ycbcr - only_y: only return Y channel - Input: - uint8, [0, 255] - float, [0, 1] - """ - in_img_type = img.dtype - img.astype(np.float32) - if in_img_type != np.uint8: - img *= 255.0 - # convert - if only_y: - rlt = np.dot(img, [65.481, 128.553, 24.966]) / 255.0 + 16.0 - else: - rlt = np.matmul( - img, - [ - [65.481, -37.797, 112.0], - [128.553, -74.203, -93.786], - [24.966, 112.0, -18.214], - ], - ) / 255.0 + [16, 128, 128] - if in_img_type == np.uint8: - rlt = rlt.round() - else: - rlt /= 255.0 - return rlt.astype(in_img_type) - - -def ycbcr2rgb(img): - """same as matlab ycbcr2rgb - Input: - uint8, [0, 255] - float, [0, 1] - """ - in_img_type = img.dtype - img.astype(np.float32) - if in_img_type != np.uint8: - img *= 255.0 - # convert - rlt = np.matmul( - img, - [ - [0.00456621, 0.00456621, 0.00456621], - [0, -0.00153632, 0.00791071], - [0.00625893, -0.00318811, 0], - ], - ) * 255.0 + [-222.921, 135.576, -276.836] - if in_img_type == np.uint8: - rlt = rlt.round() - else: - rlt /= 255.0 - return rlt.astype(in_img_type) - - -def bgr2ycbcr(img, only_y=True): - """bgr version of rgb2ycbcr - only_y: only return Y channel - Input: - uint8, [0, 255] - float, [0, 1] - """ - in_img_type = img.dtype - img.astype(np.float32) - if in_img_type != np.uint8: - img *= 255.0 - # convert - if only_y: - rlt = np.dot(img, [24.966, 128.553, 65.481]) / 255.0 + 16.0 - else: - rlt = np.matmul( - img, - [ - [24.966, 112.0, -18.214], - [128.553, -74.203, -93.786], - [65.481, -37.797, 112.0], - ], - ) / 255.0 + [16, 128, 128] - if in_img_type == np.uint8: - rlt = rlt.round() - else: - rlt /= 255.0 - return rlt.astype(in_img_type) - - -def channel_convert(in_c, tar_type, img_list): - # conversion among BGR, gray and y - if in_c == 3 and tar_type == "gray": # BGR to gray - gray_list = [cv2.cvtColor(img, cv2.COLOR_BGR2GRAY) for img in img_list] - return [np.expand_dims(img, axis=2) for img in gray_list] - elif in_c == 3 and tar_type == "y": # BGR to y - y_list = [bgr2ycbcr(img, only_y=True) for img in img_list] - return [np.expand_dims(img, axis=2) for img in y_list] - elif in_c == 1 and tar_type == "RGB": # gray/y to BGR - return [cv2.cvtColor(img, cv2.COLOR_GRAY2BGR) for img in img_list] - else: - return img_list - - -""" -# -------------------------------------------- -# metric, PSNR and SSIM -# -------------------------------------------- -""" - - -# -------------------------------------------- -# PSNR -# -------------------------------------------- -def calculate_psnr(img1, img2, border=0): - # img1 and img2 have range [0, 255] - # img1 = img1.squeeze() - # img2 = img2.squeeze() - if not img1.shape == img2.shape: - raise ValueError("Input images must have the same dimensions.") - h, w = img1.shape[:2] - img1 = img1[border : h - border, border : w - border] - img2 = img2[border : h - border, border : w - border] - - img1 = img1.astype(np.float64) - img2 = img2.astype(np.float64) - mse = np.mean((img1 - img2) ** 2) - if mse == 0: - return float("inf") - return 20 * math.log10(255.0 / math.sqrt(mse)) - - -# -------------------------------------------- -# SSIM -# -------------------------------------------- -def calculate_ssim(img1, img2, border=0): - """calculate SSIM - the same outputs as MATLAB's - img1, img2: [0, 255] - """ - # img1 = img1.squeeze() - # img2 = img2.squeeze() - if not img1.shape == img2.shape: - raise ValueError("Input images must have the same dimensions.") - h, w = img1.shape[:2] - img1 = img1[border : h - border, border : w - border] - img2 = img2[border : h - border, border : w - border] - - if img1.ndim == 2: - return ssim(img1, img2) - elif img1.ndim == 3: - if img1.shape[2] == 3: - ssims = [] - for i in range(3): - ssims.append(ssim(img1[:, :, i], img2[:, :, i])) - return np.array(ssims).mean() - elif img1.shape[2] == 1: - return ssim(np.squeeze(img1), np.squeeze(img2)) - else: - raise ValueError("Wrong input image dimensions.") - - -def ssim(img1, img2): - C1 = (0.01 * 255) ** 2 - C2 = (0.03 * 255) ** 2 - - img1 = img1.astype(np.float64) - img2 = img2.astype(np.float64) - kernel = cv2.getGaussianKernel(11, 1.5) - window = np.outer(kernel, kernel.transpose()) - - mu1 = cv2.filter2D(img1, -1, window)[5:-5, 5:-5] # valid - mu2 = cv2.filter2D(img2, -1, window)[5:-5, 5:-5] - mu1_sq = mu1**2 - mu2_sq = mu2**2 - mu1_mu2 = mu1 * mu2 - sigma1_sq = cv2.filter2D(img1**2, -1, window)[5:-5, 5:-5] - mu1_sq - sigma2_sq = cv2.filter2D(img2**2, -1, window)[5:-5, 5:-5] - mu2_sq - sigma12 = cv2.filter2D(img1 * img2, -1, window)[5:-5, 5:-5] - mu1_mu2 - - ssim_map = ((2 * mu1_mu2 + C1) * (2 * sigma12 + C2)) / ((mu1_sq + mu2_sq + C1) * (sigma1_sq + sigma2_sq + C2)) - return ssim_map.mean() - - -""" -# -------------------------------------------- -# matlab's bicubic imresize (numpy and torch) [0, 1] -# -------------------------------------------- -""" - - -# matlab 'imresize' function, now only support 'bicubic' -def cubic(x): - absx = torch.abs(x) - absx2 = absx**2 - absx3 = absx**3 - return (1.5 * absx3 - 2.5 * absx2 + 1) * ((absx <= 1).type_as(absx)) + ( - -0.5 * absx3 + 2.5 * absx2 - 4 * absx + 2 - ) * (((absx > 1) * (absx <= 2)).type_as(absx)) - - -def calculate_weights_indices(in_length, out_length, scale, kernel, kernel_width, antialiasing): - if (scale < 1) and (antialiasing): - # Use a modified kernel to simultaneously interpolate and antialias- larger kernel width - kernel_width = kernel_width / scale - - # Output-space coordinates - x = torch.linspace(1, out_length, out_length) - - # Input-space coordinates. Calculate the inverse mapping such that 0.5 - # in output space maps to 0.5 in input space, and 0.5+scale in output - # space maps to 1.5 in input space. - u = x / scale + 0.5 * (1 - 1 / scale) - - # What is the left-most pixel that can be involved in the computation? - left = torch.floor(u - kernel_width / 2) - - # What is the maximum number of pixels that can be involved in the - # computation? Note: it's OK to use an extra pixel here; if the - # corresponding weights are all zero, it will be eliminated at the end - # of this function. - P = math.ceil(kernel_width) + 2 - - # The indices of the input pixels involved in computing the k-th output - # pixel are in row k of the indices matrix. - indices = left.view(out_length, 1).expand(out_length, P) + torch.linspace(0, P - 1, P).view(1, P).expand( - out_length, P - ) - - # The weights used to compute the k-th output pixel are in row k of the - # weights matrix. - distance_to_center = u.view(out_length, 1).expand(out_length, P) - indices - # apply cubic kernel - if (scale < 1) and (antialiasing): - weights = scale * cubic(distance_to_center * scale) - else: - weights = cubic(distance_to_center) - # Normalize the weights matrix so that each row sums to 1. - weights_sum = torch.sum(weights, 1).view(out_length, 1) - weights = weights / weights_sum.expand(out_length, P) - - # If a column in weights is all zero, get rid of it. only consider the first and last column. - weights_zero_tmp = torch.sum((weights == 0), 0) - if not math.isclose(weights_zero_tmp[0], 0, rel_tol=1e-6): - indices = indices.narrow(1, 1, P - 2) - weights = weights.narrow(1, 1, P - 2) - if not math.isclose(weights_zero_tmp[-1], 0, rel_tol=1e-6): - indices = indices.narrow(1, 0, P - 2) - weights = weights.narrow(1, 0, P - 2) - weights = weights.contiguous() - indices = indices.contiguous() - sym_len_s = -indices.min() + 1 - sym_len_e = indices.max() - in_length - indices = indices + sym_len_s - 1 - return weights, indices, int(sym_len_s), int(sym_len_e) - - -# -------------------------------------------- -# imresize for tensor image [0, 1] -# -------------------------------------------- -def imresize(img, scale, antialiasing=True): - # Now the scale should be the same for H and W - # input: img: pytorch tensor, CHW or HW [0,1] - # output: CHW or HW [0,1] w/o round - need_squeeze = True if img.dim() == 2 else False - if need_squeeze: - img.unsqueeze_(0) - in_C, in_H, in_W = img.size() - out_C, out_H, out_W = ( - in_C, - math.ceil(in_H * scale), - math.ceil(in_W * scale), - ) - kernel_width = 4 - kernel = "cubic" - - # Return the desired dimension order for performing the resize. The - # strategy is to perform the resize first along the dimension with the - # smallest scale factor. - # Now we do not support this. - - # get weights and indices - weights_H, indices_H, sym_len_Hs, sym_len_He = calculate_weights_indices( - in_H, out_H, scale, kernel, kernel_width, antialiasing - ) - weights_W, indices_W, sym_len_Ws, sym_len_We = calculate_weights_indices( - in_W, out_W, scale, kernel, kernel_width, antialiasing - ) - # process H dimension - # symmetric copying - img_aug = torch.FloatTensor(in_C, in_H + sym_len_Hs + sym_len_He, in_W) - img_aug.narrow(1, sym_len_Hs, in_H).copy_(img) - - sym_patch = img[:, :sym_len_Hs, :] - inv_idx = torch.arange(sym_patch.size(1) - 1, -1, -1).long() - sym_patch_inv = sym_patch.index_select(1, inv_idx) - img_aug.narrow(1, 0, sym_len_Hs).copy_(sym_patch_inv) - - sym_patch = img[:, -sym_len_He:, :] - inv_idx = torch.arange(sym_patch.size(1) - 1, -1, -1).long() - sym_patch_inv = sym_patch.index_select(1, inv_idx) - img_aug.narrow(1, sym_len_Hs + in_H, sym_len_He).copy_(sym_patch_inv) - - out_1 = torch.FloatTensor(in_C, out_H, in_W) - kernel_width = weights_H.size(1) - for i in range(out_H): - idx = int(indices_H[i][0]) - for j in range(out_C): - out_1[j, i, :] = img_aug[j, idx : idx + kernel_width, :].transpose(0, 1).mv(weights_H[i]) - - # process W dimension - # symmetric copying - out_1_aug = torch.FloatTensor(in_C, out_H, in_W + sym_len_Ws + sym_len_We) - out_1_aug.narrow(2, sym_len_Ws, in_W).copy_(out_1) - - sym_patch = out_1[:, :, :sym_len_Ws] - inv_idx = torch.arange(sym_patch.size(2) - 1, -1, -1).long() - sym_patch_inv = sym_patch.index_select(2, inv_idx) - out_1_aug.narrow(2, 0, sym_len_Ws).copy_(sym_patch_inv) - - sym_patch = out_1[:, :, -sym_len_We:] - inv_idx = torch.arange(sym_patch.size(2) - 1, -1, -1).long() - sym_patch_inv = sym_patch.index_select(2, inv_idx) - out_1_aug.narrow(2, sym_len_Ws + in_W, sym_len_We).copy_(sym_patch_inv) - - out_2 = torch.FloatTensor(in_C, out_H, out_W) - kernel_width = weights_W.size(1) - for i in range(out_W): - idx = int(indices_W[i][0]) - for j in range(out_C): - out_2[j, :, i] = out_1_aug[j, :, idx : idx + kernel_width].mv(weights_W[i]) - if need_squeeze: - out_2.squeeze_() - return out_2 - - -# -------------------------------------------- -# imresize for numpy image [0, 1] -# -------------------------------------------- -def imresize_np(img, scale, antialiasing=True): - # Now the scale should be the same for H and W - # input: img: Numpy, HWC or HW [0,1] - # output: HWC or HW [0,1] w/o round - img = torch.from_numpy(img) - need_squeeze = True if img.dim() == 2 else False - if need_squeeze: - img.unsqueeze_(2) - - in_H, in_W, in_C = img.size() - out_C, out_H, out_W = ( - in_C, - math.ceil(in_H * scale), - math.ceil(in_W * scale), - ) - kernel_width = 4 - kernel = "cubic" - - # Return the desired dimension order for performing the resize. The - # strategy is to perform the resize first along the dimension with the - # smallest scale factor. - # Now we do not support this. - - # get weights and indices - weights_H, indices_H, sym_len_Hs, sym_len_He = calculate_weights_indices( - in_H, out_H, scale, kernel, kernel_width, antialiasing - ) - weights_W, indices_W, sym_len_Ws, sym_len_We = calculate_weights_indices( - in_W, out_W, scale, kernel, kernel_width, antialiasing - ) - # process H dimension - # symmetric copying - img_aug = torch.FloatTensor(in_H + sym_len_Hs + sym_len_He, in_W, in_C) - img_aug.narrow(0, sym_len_Hs, in_H).copy_(img) - - sym_patch = img[:sym_len_Hs, :, :] - inv_idx = torch.arange(sym_patch.size(0) - 1, -1, -1).long() - sym_patch_inv = sym_patch.index_select(0, inv_idx) - img_aug.narrow(0, 0, sym_len_Hs).copy_(sym_patch_inv) - - sym_patch = img[-sym_len_He:, :, :] - inv_idx = torch.arange(sym_patch.size(0) - 1, -1, -1).long() - sym_patch_inv = sym_patch.index_select(0, inv_idx) - img_aug.narrow(0, sym_len_Hs + in_H, sym_len_He).copy_(sym_patch_inv) - - out_1 = torch.FloatTensor(out_H, in_W, in_C) - kernel_width = weights_H.size(1) - for i in range(out_H): - idx = int(indices_H[i][0]) - for j in range(out_C): - out_1[i, :, j] = img_aug[idx : idx + kernel_width, :, j].transpose(0, 1).mv(weights_H[i]) - - # process W dimension - # symmetric copying - out_1_aug = torch.FloatTensor(out_H, in_W + sym_len_Ws + sym_len_We, in_C) - out_1_aug.narrow(1, sym_len_Ws, in_W).copy_(out_1) - - sym_patch = out_1[:, :sym_len_Ws, :] - inv_idx = torch.arange(sym_patch.size(1) - 1, -1, -1).long() - sym_patch_inv = sym_patch.index_select(1, inv_idx) - out_1_aug.narrow(1, 0, sym_len_Ws).copy_(sym_patch_inv) - - sym_patch = out_1[:, -sym_len_We:, :] - inv_idx = torch.arange(sym_patch.size(1) - 1, -1, -1).long() - sym_patch_inv = sym_patch.index_select(1, inv_idx) - out_1_aug.narrow(1, sym_len_Ws + in_W, sym_len_We).copy_(sym_patch_inv) - - out_2 = torch.FloatTensor(out_H, out_W, in_C) - kernel_width = weights_W.size(1) - for i in range(out_W): - idx = int(indices_W[i][0]) - for j in range(out_C): - out_2[:, i, j] = out_1_aug[:, idx : idx + kernel_width, j].mv(weights_W[i]) - if need_squeeze: - out_2.squeeze_() - - return out_2.numpy() - - -if __name__ == "__main__": - print("---") -# img = imread_uint('test.bmp', 3) -# img = uint2single(img) -# img_bicubic = imresize_np(img, 1/4) diff --git a/invokeai/backend/util/__init__.py b/invokeai/backend/util/__init__.py index b4e1c6e3a3..a8d53f54a4 100644 --- a/invokeai/backend/util/__init__.py +++ b/invokeai/backend/util/__init__.py @@ -10,7 +10,6 @@ from .devices import ( # noqa: F401 normalize_device, torch_dtype, ) -from .log import write_log # noqa: F401 from .util import ( # noqa: F401 ask_user, download_with_resume, diff --git a/notebooks/Stable_Diffusion_AI_Notebook.ipynb b/notebooks/Stable_Diffusion_AI_Notebook.ipynb deleted file mode 100644 index 9aca0fbfc5..0000000000 --- a/notebooks/Stable_Diffusion_AI_Notebook.ipynb +++ /dev/null @@ -1,283 +0,0 @@ -{ - "cells": [ - { - "cell_type": "markdown", - "metadata": { - "id": "ycYWcsEKc6w7" - }, - "source": [ - "# Stable Diffusion AI Notebook (Release 2.0.0)\n", - "\n", - "\"stable-diffusion-ai\"
\n", - "#### Instructions:\n", - "1. Execute each cell in order to mount a Dream bot and create images from text.
\n", - "2. Once cells 1-8 were run correctly you'll be executing a terminal in cell #9, you'll need to enter `python scripts/dream.py` command to run Dream bot.
\n", - "3. After launching dream bot, you'll see:
`Dream > ` in terminal.
Insert a command, eg. `Dream > Astronaut floating in a distant galaxy`, or type `-h` for help.\n", - "3. After completion you'll see your generated images in path `stable-diffusion/outputs/img-samples/`, you can also show last generated images in cell #10.\n", - "4. To quit Dream bot use `q` command.
\n", - "---\n", - "Note: It takes some time to load, but after installing all dependencies you can use the bot all time you want while colab instance is up.
\n", - "Requirements: For this notebook to work you need to have [Stable-Diffusion-v-1-4](https://huggingface.co/CompVis/stable-diffusion-v-1-4-original) stored in your Google Drive, it will be needed in cell #7\n", - "##### For more details visit Github repository: [invoke-ai/InvokeAI](https://github.com/invoke-ai/InvokeAI)\n", - "---\n" - ] - }, - { - "cell_type": "markdown", - "metadata": { - "id": "dr32VLxlnouf" - }, - "source": [ - "## ◢ Installation" - ] - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "cellView": "form", - "id": "a2Z5Qu_o8VtQ" - }, - "outputs": [], - "source": [ - "# @title 1. Check current GPU assigned\n", - "!nvidia-smi -L\n", - "!nvidia-smi" - ] - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "cellView": "form", - "id": "vbI9ZsQHzjqF" - }, - "outputs": [], - "source": [ - "# @title 2. Download stable-diffusion Repository\n", - "from os.path import exists\n", - "\n", - "!git clone --quiet https://github.com/invoke-ai/InvokeAI.git # Original repo\n", - "%cd /content/InvokeAI/\n", - "!git checkout --quiet tags/v2.0.0" - ] - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "cellView": "form", - "id": "QbXcGXYEFSNB" - }, - "outputs": [], - "source": [ - "# @title 3. Install dependencies\n", - "import gc\n", - "\n", - "!wget https://raw.githubusercontent.com/invoke-ai/InvokeAI/development/environments-and-requirements/requirements-base.txt\n", - "!wget https://raw.githubusercontent.com/invoke-ai/InvokeAI/development/environments-and-requirements/requirements-win-colab-cuda.txt\n", - "!pip install colab-xterm\n", - "!pip install -r requirements-lin-win-colab-CUDA.txt\n", - "!pip install clean-fid torchtext\n", - "!pip install transformers\n", - "gc.collect()" - ] - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "cellView": "form", - "id": "8rSMhgnAttQa" - }, - "outputs": [], - "source": [ - "# @title 4. Restart Runtime\n", - "exit()" - ] - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "cellView": "form", - "id": "ChIDWxLVHGGJ" - }, - "outputs": [], - "source": [ - "# @title 5. Load small ML models required\n", - "import gc\n", - "\n", - "%cd /content/InvokeAI/\n", - "!python scripts/preload_models.py\n", - "gc.collect()" - ] - }, - { - "cell_type": "markdown", - "metadata": { - "id": "795x1tMoo8b1" - }, - "source": [ - "## ◢ Configuration" - ] - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "cellView": "form", - "id": "YEWPV-sF1RDM" - }, - "outputs": [], - "source": [ - "# @title 6. Mount google Drive\n", - "from google.colab import drive\n", - "\n", - "drive.mount(\"/content/drive\")" - ] - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "cellView": "form", - "id": "zRTJeZ461WGu" - }, - "outputs": [], - "source": [ - "# @title 7. Drive Path to model\n", - "# @markdown Path should start with /content/drive/path-to-your-file
\n", - "# @markdown Note: Model should be downloaded from https://huggingface.co
\n", - "# @markdown Lastest release: [Stable-Diffusion-v-1-4](https://huggingface.co/CompVis/stable-diffusion-v-1-4-original)\n", - "from os.path import exists\n", - "\n", - "model_path = \"\" # @param {type:\"string\"}\n", - "if exists(model_path):\n", - " print(\"✅ Valid directory\")\n", - "else:\n", - " print(\"❌ File doesn't exist\")" - ] - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "cellView": "form", - "id": "UY-NNz4I8_aG" - }, - "outputs": [], - "source": [ - "# @title 8. Symlink to model\n", - "\n", - "from os.path import exists\n", - "import os\n", - "\n", - "# Folder creation if it doesn't exist\n", - "if exists(\"/content/InvokeAI/models/ldm/stable-diffusion-v1\"):\n", - " print(\"❗ Dir stable-diffusion-v1 already exists\")\n", - "else:\n", - " %mkdir /content/InvokeAI/models/ldm/stable-diffusion-v1\n", - " print(\"✅ Dir stable-diffusion-v1 created\")\n", - "\n", - "# Symbolic link if it doesn't exist\n", - "if exists(\"/content/InvokeAI/models/ldm/stable-diffusion-v1/model.ckpt\"):\n", - " print(\"❗ Symlink already created\")\n", - "else:\n", - " src = model_path\n", - " dst = \"/content/InvokeAI/models/ldm/stable-diffusion-v1/model.ckpt\"\n", - " os.symlink(src, dst)\n", - " print(\"✅ Symbolic link created successfully\")" - ] - }, - { - "cell_type": "markdown", - "metadata": { - "id": "Mc28N0_NrCQH" - }, - "source": [ - "## ◢ Execution" - ] - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "cellView": "form", - "id": "ir4hCrMIuUpl" - }, - "outputs": [], - "source": [ - "# @title 9. Run Terminal and Execute Dream bot\n", - "# @markdown Steps:
\n", - "# @markdown 1. Execute command `python scripts/invoke.py` to run InvokeAI.
\n", - "# @markdown 2. After initialized you'll see `Dream>` line.
\n", - "# @markdown 3. Example text: `Astronaut floating in a distant galaxy`
\n", - "# @markdown 4. To quit Dream bot use: `q` command.
\n", - "\n", - "%load_ext colabxterm\n", - "%xterm\n", - "gc.collect()" - ] - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "cellView": "form", - "id": "qnLohSHmKoGk" - }, - "outputs": [], - "source": [ - "#@title 10. Show the last 15 generated images\n", - "import glob\n", - "import matplotlib.pyplot as plt\n", - "import matplotlib.image as mpimg\n", - "%matplotlib inline\n", - "\n", - "images = []\n", - "for img_path in sorted(glob.glob('/content/InvokeAI/outputs/img-samples/*.png'), reverse=True):\n", - " images.append(mpimg.imread(img_path))\n", - "\n", - "images = images[:15] \n", - "\n", - "plt.figure(figsize=(20,10))\n", - "\n", - "columns = 5\n", - "for i, image in enumerate(images):\n", - " ax = plt.subplot(len(images) / columns + 1, columns, i + 1)\n", - " ax.axes.xaxis.set_visible(False)\n", - " ax.axes.yaxis.set_visible(False)\n", - " ax.axis('off')\n", - " plt.imshow(image)\n", - " gc.collect()\n", - "\n" - ] - } - ], - "metadata": { - "accelerator": "GPU", - "colab": { - "collapsed_sections": [], - "private_outputs": true, - "provenance": [] - }, - "gpuClass": "standard", - "kernelspec": { - "display_name": "Python 3.9.12 64-bit", - "language": "python", - "name": "python3" - }, - "language_info": { - "name": "python", - "version": "3.9.12" - }, - "vscode": { - "interpreter": { - "hash": "4e870c5c5fe42db7e2c5647ae5af656ff3391bf8c2b729cbf7fa0e16ca8cb5af" - } - } - }, - "nbformat": 4, - "nbformat_minor": 0 -} diff --git a/notebooks/notebook_helpers.py b/notebooks/notebook_helpers.py deleted file mode 100644 index 488b3660f8..0000000000 --- a/notebooks/notebook_helpers.py +++ /dev/null @@ -1,339 +0,0 @@ -from torchvision.datasets.utils import download_url -from ldm.util import instantiate_from_config -import torch -import os - -# todo ? -from google.colab import files -from IPython.display import Image as ipyimg -import ipywidgets as widgets -from PIL import Image -from einops import rearrange, repeat -import torchvision -from ldm.models.diffusion.ddim import DDIMSampler -from ldm.util import ismap -import time -from omegaconf import OmegaConf -from ldm.invoke.devices import choose_torch_device - - -def download_models(mode): - if mode == "superresolution": - # this is the small bsr light model - url_conf = "https://heibox.uni-heidelberg.de/f/31a76b13ea27482981b4/?dl=1" - url_ckpt = "https://heibox.uni-heidelberg.de/f/578df07c8fc04ffbadf3/?dl=1" - - path_conf = "logs/diffusion/superresolution_bsr/configs/project.yaml" - path_ckpt = "logs/diffusion/superresolution_bsr/checkpoints/last.ckpt" - - download_url(url_conf, path_conf) - download_url(url_ckpt, path_ckpt) - - path_conf = path_conf + "/?dl=1" # fix it - path_ckpt = path_ckpt + "/?dl=1" # fix it - return path_conf, path_ckpt - - else: - raise NotImplementedError - - -def load_model_from_config(config, ckpt): - print(f"Loading model from {ckpt}") - pl_sd = torch.load(ckpt, map_location="cpu") - global_step = pl_sd["global_step"] - sd = pl_sd["state_dict"] - model = instantiate_from_config(config.model) - m, u = model.load_state_dict(sd, strict=False) - model.cuda() - model.eval() - return {"model": model}, global_step - - -def get_model(mode): - path_conf, path_ckpt = download_models(mode) - config = OmegaConf.load(path_conf) - model, step = load_model_from_config(config, path_ckpt) - return model - - -def get_custom_cond(mode): - dest = "data/example_conditioning" - - if mode == "superresolution": - uploaded_img = files.upload() - filename = next(iter(uploaded_img)) - name, filetype = filename.split(".") # todo assumes just one dot in name ! - os.rename(f"{filename}", f"{dest}/{mode}/custom_{name}.{filetype}") - - elif mode == "text_conditional": - w = widgets.Text(value="A cake with cream!", disabled=True) - display(w) # noqa: F821 - - with open(f"{dest}/{mode}/custom_{w.value[:20]}.txt", "w") as f: - f.write(w.value) - - elif mode == "class_conditional": - w = widgets.IntSlider(min=0, max=1000) - display(w) # noqa: F821 - with open(f"{dest}/{mode}/custom.txt", "w") as f: - f.write(w.value) - - else: - raise NotImplementedError(f"cond not implemented for mode{mode}") - - -def get_cond_options(mode): - path = "data/example_conditioning" - path = os.path.join(path, mode) - onlyfiles = [f for f in sorted(os.listdir(path))] - return path, onlyfiles - - -def select_cond_path(mode): - path = "data/example_conditioning" # todo - path = os.path.join(path, mode) - onlyfiles = [f for f in sorted(os.listdir(path))] - - selected = widgets.RadioButtons(options=onlyfiles, description="Select conditioning:", disabled=False) - display(selected) # noqa: F821 - selected_path = os.path.join(path, selected.value) - return selected_path - - -def get_cond(mode, selected_path): - example = dict() - if mode == "superresolution": - up_f = 4 - visualize_cond_img(selected_path) - - c = Image.open(selected_path) - c = torch.unsqueeze(torchvision.transforms.ToTensor()(c), 0) - c_up = torchvision.transforms.functional.resize(c, size=[up_f * c.shape[2], up_f * c.shape[3]], antialias=True) - c_up = rearrange(c_up, "1 c h w -> 1 h w c") - c = rearrange(c, "1 c h w -> 1 h w c") - c = 2.0 * c - 1.0 - - device = choose_torch_device() - c = c.to(device) - example["LR_image"] = c - example["image"] = c_up - - return example - - -def visualize_cond_img(path): - display(ipyimg(filename=path)) # noqa: F821 - - -def run(model, selected_path, task, custom_steps, resize_enabled=False, classifier_ckpt=None, global_step=None): - example = get_cond(task, selected_path) - - save_intermediate_vid = False - n_runs = 1 - masked = False - guider = None - ckwargs = None - mode = "ddim" - ddim_use_x0_pred = False - temperature = 1.0 - eta = 1.0 - make_progrow = True - custom_shape = None - - height, width = example["image"].shape[1:3] - split_input = height >= 128 and width >= 128 - - if split_input: - ks = 128 - stride = 64 - vqf = 4 # - model.split_input_params = { - "ks": (ks, ks), - "stride": (stride, stride), - "vqf": vqf, - "patch_distributed_vq": True, - "tie_braker": False, - "clip_max_weight": 0.5, - "clip_min_weight": 0.01, - "clip_max_tie_weight": 0.5, - "clip_min_tie_weight": 0.01, - } - else: - if hasattr(model, "split_input_params"): - delattr(model, "split_input_params") - - invert_mask = False - - x_T = None - for n in range(n_runs): - if custom_shape is not None: - x_T = torch.randn(1, custom_shape[1], custom_shape[2], custom_shape[3]).to(model.device) - x_T = repeat(x_T, "1 c h w -> b c h w", b=custom_shape[0]) - - logs = make_convolutional_sample( - example, - model, - mode=mode, - custom_steps=custom_steps, - eta=eta, - swap_mode=False, - masked=masked, - invert_mask=invert_mask, - quantize_x0=False, - custom_schedule=None, - decode_interval=10, - resize_enabled=resize_enabled, - custom_shape=custom_shape, - temperature=temperature, - noise_dropout=0.0, - corrector=guider, - corrector_kwargs=ckwargs, - x_T=x_T, - save_intermediate_vid=save_intermediate_vid, - make_progrow=make_progrow, - ddim_use_x0_pred=ddim_use_x0_pred, - ) - return logs - - -@torch.no_grad() -def convsample_ddim( - model, - cond, - steps, - shape, - eta=1.0, - callback=None, - normals_sequence=None, - mask=None, - x0=None, - quantize_x0=False, - img_callback=None, - temperature=1.0, - noise_dropout=0.0, - score_corrector=None, - corrector_kwargs=None, - x_T=None, - log_every_t=None, -): - ddim = DDIMSampler(model) - bs = shape[0] # dont know where this comes from but wayne - shape = shape[1:] # cut batch dim - print(f"Sampling with eta = {eta}; steps: {steps}") - samples, intermediates = ddim.sample( - steps, - batch_size=bs, - shape=shape, - conditioning=cond, - callback=callback, - normals_sequence=normals_sequence, - quantize_x0=quantize_x0, - eta=eta, - mask=mask, - x0=x0, - temperature=temperature, - verbose=False, - score_corrector=score_corrector, - corrector_kwargs=corrector_kwargs, - x_T=x_T, - ) - - return samples, intermediates - - -@torch.no_grad() -def make_convolutional_sample( - batch, - model, - mode="vanilla", - custom_steps=None, - eta=1.0, - swap_mode=False, - masked=False, - invert_mask=True, - quantize_x0=False, - custom_schedule=None, - decode_interval=1000, - resize_enabled=False, - custom_shape=None, - temperature=1.0, - noise_dropout=0.0, - corrector=None, - corrector_kwargs=None, - x_T=None, - save_intermediate_vid=False, - make_progrow=True, - ddim_use_x0_pred=False, -): - log = dict() - - z, c, x, xrec, xc = model.get_input( - batch, - model.first_stage_key, - return_first_stage_outputs=True, - force_c_encode=not (hasattr(model, "split_input_params") and model.cond_stage_key == "coordinates_bbox"), - return_original_cond=True, - ) - - log_every_t = 1 if save_intermediate_vid else None - - if custom_shape is not None: - z = torch.randn(custom_shape) - print(f"Generating {custom_shape[0]} samples of shape {custom_shape[1:]}") - - z0 = None - - log["input"] = x - log["reconstruction"] = xrec - - if ismap(xc): - log["original_conditioning"] = model.to_rgb(xc) - if hasattr(model, "cond_stage_key"): - log[model.cond_stage_key] = model.to_rgb(xc) - - else: - log["original_conditioning"] = xc if xc is not None else torch.zeros_like(x) - if model.cond_stage_model: - log[model.cond_stage_key] = xc if xc is not None else torch.zeros_like(x) - if model.cond_stage_key == "class_label": - log[model.cond_stage_key] = xc[model.cond_stage_key] - - with model.ema_scope("Plotting"): - t0 = time.time() - img_cb = None - - sample, intermediates = convsample_ddim( - model, - c, - steps=custom_steps, - shape=z.shape, - eta=eta, - quantize_x0=quantize_x0, - img_callback=img_cb, - mask=None, - x0=z0, - temperature=temperature, - noise_dropout=noise_dropout, - score_corrector=corrector, - corrector_kwargs=corrector_kwargs, - x_T=x_T, - log_every_t=log_every_t, - ) - t1 = time.time() - - if ddim_use_x0_pred: - sample = intermediates["pred_x0"][-1] - - x_sample = model.decode_first_stage(sample) - - try: - x_sample_noquant = model.decode_first_stage(sample, force_not_quantize=True) - log["sample_noquant"] = x_sample_noquant - log["sample_diff"] = torch.abs(x_sample_noquant - x_sample) - except Exception: - pass - - log["sample"] = x_sample - log["time"] = t1 - t0 - - return log diff --git a/scripts/dream.py b/scripts/dream.py deleted file mode 100755 index 47fec8c1c6..0000000000 --- a/scripts/dream.py +++ /dev/null @@ -1,14 +0,0 @@ -#!/usr/bin/env python -# Copyright (c) 2022 Lincoln D. Stein (https://github.com/lstein) - -import warnings - -from invokeai.app.cli_app import invoke_cli - -warnings.warn( - "dream.py is being deprecated, please run invoke.py for the " "new UI/API or legacy_api.py for the old API", - DeprecationWarning, -) - - -invoke_cli() diff --git a/scripts/invokeai-migrate3 b/scripts/invokeai-migrate3 deleted file mode 100644 index 135020f871..0000000000 --- a/scripts/invokeai-migrate3 +++ /dev/null @@ -1,4 +0,0 @@ -from invokeai.backend.install.migrate_to_3 import main - -if __name__=='__main__': - main() diff --git a/scripts/orig_scripts/download_first_stages.sh b/scripts/orig_scripts/download_first_stages.sh deleted file mode 100644 index a8d79e99cc..0000000000 --- a/scripts/orig_scripts/download_first_stages.sh +++ /dev/null @@ -1,41 +0,0 @@ -#!/bin/bash -wget -O models/first_stage_models/kl-f4/model.zip https://ommer-lab.com/files/latent-diffusion/kl-f4.zip -wget -O models/first_stage_models/kl-f8/model.zip https://ommer-lab.com/files/latent-diffusion/kl-f8.zip -wget -O models/first_stage_models/kl-f16/model.zip https://ommer-lab.com/files/latent-diffusion/kl-f16.zip -wget -O models/first_stage_models/kl-f32/model.zip https://ommer-lab.com/files/latent-diffusion/kl-f32.zip -wget -O models/first_stage_models/vq-f4/model.zip https://ommer-lab.com/files/latent-diffusion/vq-f4.zip -wget -O models/first_stage_models/vq-f4-noattn/model.zip https://ommer-lab.com/files/latent-diffusion/vq-f4-noattn.zip -wget -O models/first_stage_models/vq-f8/model.zip https://ommer-lab.com/files/latent-diffusion/vq-f8.zip -wget -O models/first_stage_models/vq-f8-n256/model.zip https://ommer-lab.com/files/latent-diffusion/vq-f8-n256.zip -wget -O models/first_stage_models/vq-f16/model.zip https://ommer-lab.com/files/latent-diffusion/vq-f16.zip - - - -cd models/first_stage_models/kl-f4 -unzip -o model.zip - -cd ../kl-f8 -unzip -o model.zip - -cd ../kl-f16 -unzip -o model.zip - -cd ../kl-f32 -unzip -o model.zip - -cd ../vq-f4 -unzip -o model.zip - -cd ../vq-f4-noattn -unzip -o model.zip - -cd ../vq-f8 -unzip -o model.zip - -cd ../vq-f8-n256 -unzip -o model.zip - -cd ../vq-f16 -unzip -o model.zip - -cd ../.. \ No newline at end of file diff --git a/scripts/orig_scripts/download_models.sh b/scripts/orig_scripts/download_models.sh deleted file mode 100644 index 84297d7b8b..0000000000 --- a/scripts/orig_scripts/download_models.sh +++ /dev/null @@ -1,49 +0,0 @@ -#!/bin/bash -wget -O models/ldm/celeba256/celeba-256.zip https://ommer-lab.com/files/latent-diffusion/celeba.zip -wget -O models/ldm/ffhq256/ffhq-256.zip https://ommer-lab.com/files/latent-diffusion/ffhq.zip -wget -O models/ldm/lsun_churches256/lsun_churches-256.zip https://ommer-lab.com/files/latent-diffusion/lsun_churches.zip -wget -O models/ldm/lsun_beds256/lsun_beds-256.zip https://ommer-lab.com/files/latent-diffusion/lsun_bedrooms.zip -wget -O models/ldm/text2img256/model.zip https://ommer-lab.com/files/latent-diffusion/text2img.zip -wget -O models/ldm/cin256/model.zip https://ommer-lab.com/files/latent-diffusion/cin.zip -wget -O models/ldm/semantic_synthesis512/model.zip https://ommer-lab.com/files/latent-diffusion/semantic_synthesis.zip -wget -O models/ldm/semantic_synthesis256/model.zip https://ommer-lab.com/files/latent-diffusion/semantic_synthesis256.zip -wget -O models/ldm/bsr_sr/model.zip https://ommer-lab.com/files/latent-diffusion/sr_bsr.zip -wget -O models/ldm/layout2img-openimages256/model.zip https://ommer-lab.com/files/latent-diffusion/layout2img_model.zip -wget -O models/ldm/inpainting_big/model.zip https://ommer-lab.com/files/latent-diffusion/inpainting_big.zip - - - -cd models/ldm/celeba256 -unzip -o celeba-256.zip - -cd ../ffhq256 -unzip -o ffhq-256.zip - -cd ../lsun_churches256 -unzip -o lsun_churches-256.zip - -cd ../lsun_beds256 -unzip -o lsun_beds-256.zip - -cd ../text2img256 -unzip -o model.zip - -cd ../cin256 -unzip -o model.zip - -cd ../semantic_synthesis512 -unzip -o model.zip - -cd ../semantic_synthesis256 -unzip -o model.zip - -cd ../bsr_sr -unzip -o model.zip - -cd ../layout2img-openimages256 -unzip -o model.zip - -cd ../inpainting_big -unzip -o model.zip - -cd ../.. diff --git a/scripts/orig_scripts/img2img.py b/scripts/orig_scripts/img2img.py deleted file mode 100644 index eb60a144c4..0000000000 --- a/scripts/orig_scripts/img2img.py +++ /dev/null @@ -1,285 +0,0 @@ -"""make variations of input image""" - -import argparse -import os -import PIL -import torch -import numpy as np -from omegaconf import OmegaConf -from PIL import Image -from tqdm import tqdm, trange -from itertools import islice -from einops import rearrange, repeat -from torchvision.utils import make_grid -from torch import autocast -from contextlib import nullcontext -from pytorch_lightning import seed_everything - -from ldm.util import instantiate_from_config -from ldm.models.diffusion.ddim import DDIMSampler -from ldm.models.diffusion.plms import PLMSSampler -from ldm.invoke.devices import choose_torch_device - - -def chunk(it, size): - it = iter(it) - return iter(lambda: tuple(islice(it, size)), ()) - - -def load_model_from_config(config, ckpt, verbose=False): - print(f"Loading model from {ckpt}") - pl_sd = torch.load(ckpt, map_location="cpu") - if "global_step" in pl_sd: - print(f"Global Step: {pl_sd['global_step']}") - sd = pl_sd["state_dict"] - model = instantiate_from_config(config.model) - m, u = model.load_state_dict(sd, strict=False) - if len(m) > 0 and verbose: - print("missing keys:") - print(m) - if len(u) > 0 and verbose: - print("unexpected keys:") - print(u) - - model.to(choose_torch_device()) - model.eval() - return model - - -def load_img(path): - image = Image.open(path).convert("RGB") - w, h = image.size - print(f"loaded input image of size ({w}, {h}) from {path}") - w, h = map(lambda x: x - x % 32, (w, h)) # resize to integer multiple of 32 - image = image.resize((w, h), resample=PIL.Image.LANCZOS) - image = np.array(image).astype(np.float32) / 255.0 - image = image[None].transpose(0, 3, 1, 2) - image = torch.from_numpy(image) - return 2.0 * image - 1.0 - - -def main(): - parser = argparse.ArgumentParser() - - parser.add_argument( - "--prompt", - type=str, - nargs="?", - default="a painting of a virus monster playing guitar", - help="the prompt to render", - ) - - parser.add_argument("--init-img", type=str, nargs="?", help="path to the input image") - - parser.add_argument( - "--outdir", type=str, nargs="?", help="dir to write results to", default="outputs/img2img-samples" - ) - - parser.add_argument( - "--skip_grid", - action="store_true", - help="do not save a grid, only individual samples. Helpful when evaluating lots of samples", - ) - - parser.add_argument( - "--skip_save", - action="store_true", - help="do not save indiviual samples. For speed measurements.", - ) - - parser.add_argument( - "--ddim_steps", - type=int, - default=50, - help="number of ddim sampling steps", - ) - - parser.add_argument( - "--plms", - action="store_true", - help="use plms sampling", - ) - parser.add_argument( - "--fixed_code", - action="store_true", - help="if enabled, uses the same starting code across all samples ", - ) - - parser.add_argument( - "--ddim_eta", - type=float, - default=0.0, - help="ddim eta (eta=0.0 corresponds to deterministic sampling", - ) - parser.add_argument( - "--n_iter", - type=int, - default=1, - help="sample this often", - ) - parser.add_argument( - "--C", - type=int, - default=4, - help="latent channels", - ) - parser.add_argument( - "--f", - type=int, - default=8, - help="downsampling factor, most often 8 or 16", - ) - parser.add_argument( - "--n_samples", - type=int, - default=2, - help="how many samples to produce for each given prompt. A.k.a batch size", - ) - parser.add_argument( - "--n_rows", - type=int, - default=0, - help="rows in the grid (default: n_samples)", - ) - parser.add_argument( - "--scale", - type=float, - default=5.0, - help="unconditional guidance scale: eps = eps(x, empty) + scale * (eps(x, cond) - eps(x, empty))", - ) - - parser.add_argument( - "--strength", - type=float, - default=0.75, - help="strength for noising/unnoising. 1.0 corresponds to full destruction of information in init image", - ) - parser.add_argument( - "--from-file", - type=str, - help="if specified, load prompts from this file", - ) - parser.add_argument( - "--config", - type=str, - default="configs/stable-diffusion/v1-inference.yaml", - help="path to config which constructs model", - ) - parser.add_argument( - "--ckpt", - type=str, - default="models/ldm/stable-diffusion-v1/model.ckpt", - help="path to checkpoint of model", - ) - parser.add_argument( - "--seed", - type=int, - default=42, - help="the seed (for reproducible sampling)", - ) - parser.add_argument( - "--precision", type=str, help="evaluate at this precision", choices=["full", "autocast"], default="autocast" - ) - - opt = parser.parse_args() - seed_everything(opt.seed) - - config = OmegaConf.load(f"{opt.config}") - model = load_model_from_config(config, f"{opt.ckpt}") - - device = torch.device(choose_torch_device()) - model = model.to(device) - - if opt.plms: - raise NotImplementedError("PLMS sampler not (yet) supported") - sampler = PLMSSampler(model) - else: - sampler = DDIMSampler(model) - - os.makedirs(opt.outdir, exist_ok=True) - outpath = opt.outdir - - batch_size = opt.n_samples - n_rows = opt.n_rows if opt.n_rows > 0 else batch_size - if not opt.from_file: - prompt = opt.prompt - assert prompt is not None - data = [batch_size * [prompt]] - - else: - print(f"reading prompts from {opt.from_file}") - with open(opt.from_file, "r") as f: - data = f.read().splitlines() - data = list(chunk(data, batch_size)) - - sample_path = os.path.join(outpath, "samples") - os.makedirs(sample_path, exist_ok=True) - base_count = len(os.listdir(sample_path)) - grid_count = len(os.listdir(outpath)) - 1 - - assert os.path.isfile(opt.init_img) - init_image = load_img(opt.init_img).to(device) - init_image = repeat(init_image, "1 ... -> b ...", b=batch_size) - init_latent = model.get_first_stage_encoding(model.encode_first_stage(init_image)) # move to latent space - - sampler.make_schedule(ddim_num_steps=opt.ddim_steps, ddim_eta=opt.ddim_eta, verbose=False) - - assert 0.0 <= opt.strength <= 1.0, "can only work with strength in [0.0, 1.0]" - t_enc = int(opt.strength * opt.ddim_steps) - print(f"target t_enc is {t_enc} steps") - - precision_scope = autocast if opt.precision == "autocast" else nullcontext - if device.type in ["mps", "cpu"]: - precision_scope = nullcontext # have to use f32 on mps - with torch.no_grad(): - with precision_scope(device.type): - with model.ema_scope(): - all_samples = list() - for n in trange(opt.n_iter, desc="Sampling"): - for prompts in tqdm(data, desc="data"): - uc = None - if opt.scale != 1.0: - uc = model.get_learned_conditioning(batch_size * [""]) - if isinstance(prompts, tuple): - prompts = list(prompts) - c = model.get_learned_conditioning(prompts) - - # encode (scaled latent) - z_enc = sampler.stochastic_encode(init_latent, torch.tensor([t_enc] * batch_size).to(device)) - # decode it - samples = sampler.decode( - z_enc, - c, - t_enc, - unconditional_guidance_scale=opt.scale, - unconditional_conditioning=uc, - ) - - x_samples = model.decode_first_stage(samples) - x_samples = torch.clamp((x_samples + 1.0) / 2.0, min=0.0, max=1.0) - - if not opt.skip_save: - for x_sample in x_samples: - x_sample = 255.0 * rearrange(x_sample.cpu().numpy(), "c h w -> h w c") - Image.fromarray(x_sample.astype(np.uint8)).save( - os.path.join(sample_path, f"{base_count:05}.png") - ) - base_count += 1 - all_samples.append(x_samples) - - if not opt.skip_grid: - # additionally, save as grid - grid = torch.stack(all_samples, 0) - grid = rearrange(grid, "n b c h w -> (n b) c h w") - grid = make_grid(grid, nrow=n_rows) - - # to image - grid = 255.0 * rearrange(grid, "c h w -> h w c").cpu().numpy() - Image.fromarray(grid.astype(np.uint8)).save(os.path.join(outpath, f"grid-{grid_count:04}.png")) - grid_count += 1 - - print(f"Your samples are ready and waiting for you here: \n{outpath} \n" f" \nEnjoy.") - - -if __name__ == "__main__": - main() diff --git a/scripts/orig_scripts/inpaint.py b/scripts/orig_scripts/inpaint.py deleted file mode 100644 index 9979360b12..0000000000 --- a/scripts/orig_scripts/inpaint.py +++ /dev/null @@ -1,94 +0,0 @@ -import argparse -import glob -import os -from omegaconf import OmegaConf -from PIL import Image -from tqdm import tqdm -import numpy as np -import torch -from main import instantiate_from_config -from ldm.models.diffusion.ddim import DDIMSampler -from ldm.invoke.devices import choose_torch_device - - -def make_batch(image, mask, device): - image = np.array(Image.open(image).convert("RGB")) - image = image.astype(np.float32) / 255.0 - image = image[None].transpose(0, 3, 1, 2) - image = torch.from_numpy(image) - - mask = np.array(Image.open(mask).convert("L")) - mask = mask.astype(np.float32) / 255.0 - mask = mask[None, None] - mask[mask < 0.5] = 0 - mask[mask >= 0.5] = 1 - mask = torch.from_numpy(mask) - - masked_image = (1 - mask) * image - - batch = {"image": image, "mask": mask, "masked_image": masked_image} - for k in batch: - batch[k] = batch[k].to(device=device) - batch[k] = batch[k] * 2.0 - 1.0 - return batch - - -if __name__ == "__main__": - parser = argparse.ArgumentParser() - parser.add_argument( - "--indir", - type=str, - nargs="?", - help="dir containing image-mask pairs (`example.png` and `example_mask.png`)", - ) - parser.add_argument( - "--outdir", - type=str, - nargs="?", - help="dir to write results to", - ) - parser.add_argument( - "--steps", - type=int, - default=50, - help="number of ddim sampling steps", - ) - opt = parser.parse_args() - - masks = sorted(glob.glob(os.path.join(opt.indir, "*_mask.png"))) - images = [x.replace("_mask.png", ".png") for x in masks] - print(f"Found {len(masks)} inputs.") - - config = OmegaConf.load("models/ldm/inpainting_big/config.yaml") - model = instantiate_from_config(config.model) - model.load_state_dict(torch.load("models/ldm/inpainting_big/last.ckpt")["state_dict"], strict=False) - - device = choose_torch_device() - model = model.to(device) - sampler = DDIMSampler(model) - - os.makedirs(opt.outdir, exist_ok=True) - with torch.no_grad(): - with model.ema_scope(): - for image, mask in tqdm(zip(images, masks)): - outpath = os.path.join(opt.outdir, os.path.split(image)[1]) - batch = make_batch(image, mask, device=device) - - # encode masked image and concat downsampled mask - c = model.cond_stage_model.encode(batch["masked_image"]) - cc = torch.nn.functional.interpolate(batch["mask"], size=c.shape[-2:]) - c = torch.cat((c, cc), dim=1) - - shape = (c.shape[1] - 1,) + c.shape[2:] - samples_ddim, _ = sampler.sample( - S=opt.steps, conditioning=c, batch_size=c.shape[0], shape=shape, verbose=False - ) - x_samples_ddim = model.decode_first_stage(samples_ddim) - - image = torch.clamp((batch["image"] + 1.0) / 2.0, min=0.0, max=1.0) - mask = torch.clamp((batch["mask"] + 1.0) / 2.0, min=0.0, max=1.0) - predicted_image = torch.clamp((x_samples_ddim + 1.0) / 2.0, min=0.0, max=1.0) - - inpainted = (1 - mask) * image + mask * predicted_image - inpainted = inpainted.cpu().numpy().transpose(0, 2, 3, 1)[0] * 255 - Image.fromarray(inpainted.astype(np.uint8)).save(outpath) diff --git a/scripts/orig_scripts/knn2img.py b/scripts/orig_scripts/knn2img.py deleted file mode 100644 index debdebdaa5..0000000000 --- a/scripts/orig_scripts/knn2img.py +++ /dev/null @@ -1,397 +0,0 @@ -import argparse -import glob -import os -import torch -import numpy as np -from omegaconf import OmegaConf -from PIL import Image -from tqdm import tqdm, trange -from itertools import islice -from einops import rearrange -from torchvision.utils import make_grid -import scann -import time -from multiprocessing import cpu_count - -from ldm.util import instantiate_from_config, parallel_data_prefetch -from ldm.models.diffusion.ddim import DDIMSampler -from ldm.models.diffusion.plms import PLMSSampler -from ldm.modules.encoders.modules import FrozenClipImageEmbedder, FrozenCLIPTextEmbedder - -DATABASES = [ - "openimages", - "artbench-art_nouveau", - "artbench-baroque", - "artbench-expressionism", - "artbench-impressionism", - "artbench-post_impressionism", - "artbench-realism", - "artbench-romanticism", - "artbench-renaissance", - "artbench-surrealism", - "artbench-ukiyo_e", -] - - -def chunk(it, size): - it = iter(it) - return iter(lambda: tuple(islice(it, size)), ()) - - -def load_model_from_config(config, ckpt, verbose=False): - print(f"Loading model from {ckpt}") - pl_sd = torch.load(ckpt, map_location="cpu") - if "global_step" in pl_sd: - print(f"Global Step: {pl_sd['global_step']}") - sd = pl_sd["state_dict"] - model = instantiate_from_config(config.model) - m, u = model.load_state_dict(sd, strict=False) - if len(m) > 0 and verbose: - print("missing keys:") - print(m) - if len(u) > 0 and verbose: - print("unexpected keys:") - print(u) - - model.cuda() - model.eval() - return model - - -class Searcher(object): - def __init__(self, database, retriever_version="ViT-L/14"): - assert database in DATABASES - # self.database = self.load_database(database) - self.database_name = database - self.searcher_savedir = f"data/rdm/searchers/{self.database_name}" - self.database_path = f"data/rdm/retrieval_databases/{self.database_name}" - self.retriever = self.load_retriever(version=retriever_version) - self.database = {"embedding": [], "img_id": [], "patch_coords": []} - self.load_database() - self.load_searcher() - - def train_searcher(self, k, metric="dot_product", searcher_savedir=None): - print("Start training searcher") - searcher = scann.scann_ops_pybind.builder( - self.database["embedding"] / np.linalg.norm(self.database["embedding"], axis=1)[:, np.newaxis], k, metric - ) - self.searcher = searcher.score_brute_force().build() - print("Finish training searcher") - - if searcher_savedir is not None: - print(f'Save trained searcher under "{searcher_savedir}"') - os.makedirs(searcher_savedir, exist_ok=True) - self.searcher.serialize(searcher_savedir) - - def load_single_file(self, saved_embeddings): - compressed = np.load(saved_embeddings) - self.database = {key: compressed[key] for key in compressed.files} - print("Finished loading of clip embeddings.") - - def load_multi_files(self, data_archive): - out_data = {key: [] for key in self.database} - for d in tqdm(data_archive, desc=f"Loading datapool from {len(data_archive)} individual files."): - for key in d.files: - out_data[key].append(d[key]) - - return out_data - - def load_database(self): - print(f'Load saved patch embedding from "{self.database_path}"') - file_content = glob.glob(os.path.join(self.database_path, "*.npz")) - - if len(file_content) == 1: - self.load_single_file(file_content[0]) - elif len(file_content) > 1: - data = [np.load(f) for f in file_content] - prefetched_data = parallel_data_prefetch( - self.load_multi_files, data, n_proc=min(len(data), cpu_count()), target_data_type="dict" - ) - - self.database = { - key: np.concatenate([od[key] for od in prefetched_data], axis=1)[0] for key in self.database - } - else: - raise ValueError(f'No npz-files in specified path "{self.database_path}" is this directory existing?') - - print(f'Finished loading of retrieval database of length {self.database["embedding"].shape[0]}.') - - def load_retriever( - self, - version="ViT-L/14", - ): - model = FrozenClipImageEmbedder(model=version) - if torch.cuda.is_available(): - model.cuda() - model.eval() - return model - - def load_searcher(self): - print(f"load searcher for database {self.database_name} from {self.searcher_savedir}") - self.searcher = scann.scann_ops_pybind.load_searcher(self.searcher_savedir) - print("Finished loading searcher.") - - def search(self, x, k): - if self.searcher is None and self.database["embedding"].shape[0] < 2e4: - self.train_searcher(k) # quickly fit searcher on the fly for small databases - assert self.searcher is not None, "Cannot search with uninitialized searcher" - if isinstance(x, torch.Tensor): - x = x.detach().cpu().numpy() - if len(x.shape) == 3: - x = x[:, 0] - query_embeddings = x / np.linalg.norm(x, axis=1)[:, np.newaxis] - - start = time.time() - nns, distances = self.searcher.search_batched(query_embeddings, final_num_neighbors=k) - end = time.time() - - out_embeddings = self.database["embedding"][nns] - out_img_ids = self.database["img_id"][nns] - out_pc = self.database["patch_coords"][nns] - - out = { - "nn_embeddings": out_embeddings / np.linalg.norm(out_embeddings, axis=-1)[..., np.newaxis], - "img_ids": out_img_ids, - "patch_coords": out_pc, - "queries": x, - "exec_time": end - start, - "nns": nns, - "q_embeddings": query_embeddings, - } - - return out - - def __call__(self, x, n): - return self.search(x, n) - - -if __name__ == "__main__": - parser = argparse.ArgumentParser() - # TODO: add n_neighbors and modes (text-only, text-image-retrieval, image-image retrieval etc) - # TODO: add 'image variation' mode when knn=0 but a single image is given instead of a text prompt? - parser.add_argument( - "--prompt", - type=str, - nargs="?", - default="a painting of a virus monster playing guitar", - help="the prompt to render", - ) - - parser.add_argument( - "--outdir", type=str, nargs="?", help="dir to write results to", default="outputs/txt2img-samples" - ) - - parser.add_argument( - "--skip_grid", - action="store_true", - help="do not save a grid, only individual samples. Helpful when evaluating lots of samples", - ) - - parser.add_argument( - "--ddim_steps", - type=int, - default=50, - help="number of ddim sampling steps", - ) - - parser.add_argument( - "--n_repeat", - type=int, - default=1, - help="number of repeats in CLIP latent space", - ) - - parser.add_argument( - "--plms", - action="store_true", - help="use plms sampling", - ) - - parser.add_argument( - "--ddim_eta", - type=float, - default=0.0, - help="ddim eta (eta=0.0 corresponds to deterministic sampling", - ) - parser.add_argument( - "--n_iter", - type=int, - default=1, - help="sample this often", - ) - - parser.add_argument( - "--H", - type=int, - default=768, - help="image height, in pixel space", - ) - - parser.add_argument( - "--W", - type=int, - default=768, - help="image width, in pixel space", - ) - - parser.add_argument( - "--n_samples", - type=int, - default=3, - help="how many samples to produce for each given prompt. A.k.a batch size", - ) - - parser.add_argument( - "--n_rows", - type=int, - default=0, - help="rows in the grid (default: n_samples)", - ) - - parser.add_argument( - "--scale", - type=float, - default=5.0, - help="unconditional guidance scale: eps = eps(x, empty) + scale * (eps(x, cond) - eps(x, empty))", - ) - - parser.add_argument( - "--from-file", - type=str, - help="if specified, load prompts from this file", - ) - - parser.add_argument( - "--config", - type=str, - default="configs/retrieval-augmented-diffusion/768x768.yaml", - help="path to config which constructs model", - ) - - parser.add_argument( - "--ckpt", - type=str, - default="models/rdm/rdm768x768/model.ckpt", - help="path to checkpoint of model", - ) - - parser.add_argument( - "--clip_type", - type=str, - default="ViT-L/14", - help="which CLIP model to use for retrieval and NN encoding", - ) - parser.add_argument( - "--database", - type=str, - default="artbench-surrealism", - choices=DATABASES, - help="The database used for the search, only applied when --use_neighbors=True", - ) - parser.add_argument( - "--use_neighbors", - default=False, - action="store_true", - help="Include neighbors in addition to text prompt for conditioning", - ) - parser.add_argument( - "--knn", - default=10, - type=int, - help="The number of included neighbors, only applied when --use_neighbors=True", - ) - - opt = parser.parse_args() - - config = OmegaConf.load(f"{opt.config}") - model = load_model_from_config(config, f"{opt.ckpt}") - - device = torch.device("cuda") if torch.cuda.is_available() else torch.device("cpu") - model = model.to(device) - - clip_text_encoder = FrozenCLIPTextEmbedder(opt.clip_type).to(device) - - if opt.plms: - sampler = PLMSSampler(model) - else: - sampler = DDIMSampler(model) - - os.makedirs(opt.outdir, exist_ok=True) - outpath = opt.outdir - - batch_size = opt.n_samples - n_rows = opt.n_rows if opt.n_rows > 0 else batch_size - if not opt.from_file: - prompt = opt.prompt - assert prompt is not None - data = [batch_size * [prompt]] - - else: - print(f"reading prompts from {opt.from_file}") - with open(opt.from_file, "r") as f: - data = f.read().splitlines() - data = list(chunk(data, batch_size)) - - sample_path = os.path.join(outpath, "samples") - os.makedirs(sample_path, exist_ok=True) - base_count = len(os.listdir(sample_path)) - grid_count = len(os.listdir(outpath)) - 1 - - print(f"sampling scale for cfg is {opt.scale:.2f}") - - searcher = None - if opt.use_neighbors: - searcher = Searcher(opt.database) - - with torch.no_grad(): - with model.ema_scope(): - for n in trange(opt.n_iter, desc="Sampling"): - all_samples = list() - for prompts in tqdm(data, desc="data"): - print("sampling prompts:", prompts) - if isinstance(prompts, tuple): - prompts = list(prompts) - c = clip_text_encoder.encode(prompts) - uc = None - if searcher is not None: - nn_dict = searcher(c, opt.knn) - c = torch.cat([c, torch.from_numpy(nn_dict["nn_embeddings"]).cuda()], dim=1) - if opt.scale != 1.0: - uc = torch.zeros_like(c) - if isinstance(prompts, tuple): - prompts = list(prompts) - shape = [16, opt.H // 16, opt.W // 16] # note: currently hardcoded for f16 model - samples_ddim, _ = sampler.sample( - S=opt.ddim_steps, - conditioning=c, - batch_size=c.shape[0], - shape=shape, - verbose=False, - unconditional_guidance_scale=opt.scale, - unconditional_conditioning=uc, - eta=opt.ddim_eta, - ) - - x_samples_ddim = model.decode_first_stage(samples_ddim) - x_samples_ddim = torch.clamp((x_samples_ddim + 1.0) / 2.0, min=0.0, max=1.0) - - for x_sample in x_samples_ddim: - x_sample = 255.0 * rearrange(x_sample.cpu().numpy(), "c h w -> h w c") - Image.fromarray(x_sample.astype(np.uint8)).save( - os.path.join(sample_path, f"{base_count:05}.png") - ) - base_count += 1 - all_samples.append(x_samples_ddim) - - if not opt.skip_grid: - # additionally, save as grid - grid = torch.stack(all_samples, 0) - grid = rearrange(grid, "n b c h w -> (n b) c h w") - grid = make_grid(grid, nrow=n_rows) - - # to image - grid_np = 255.0 * rearrange(grid, "c h w -> h w c").cpu().numpy() - Image.fromarray(grid_np.astype(np.uint8)).save(os.path.join(outpath, f"grid-{grid_count:04}.png")) - grid_count += 1 - - print(f"Your samples are ready and waiting for you here: \n{outpath} \nEnjoy.") diff --git a/scripts/orig_scripts/latent_imagenet_diffusion.ipynb b/scripts/orig_scripts/latent_imagenet_diffusion.ipynb deleted file mode 100644 index dd5156d1df..0000000000 --- a/scripts/orig_scripts/latent_imagenet_diffusion.ipynb +++ /dev/null @@ -1,433 +0,0 @@ -{ - "nbformat": 4, - "nbformat_minor": 0, - "metadata": { - "colab": { - "name": "latent-imagenet-diffusion.ipynb", - "provenance": [], - "collapsed_sections": [] - }, - "kernelspec": { - "name": "python3", - "display_name": "Python 3" - }, - "language_info": { - "name": "python" - }, - "accelerator": "GPU" - }, - "cells": [ - { - "cell_type": "markdown", - "source": [ - "# Class-Conditional Synthesis with Latent Diffusion Models" - ], - "metadata": { - "id": "NUmmV5ZvrPbP" - } - }, - { - "cell_type": "markdown", - "source": [ - "Install all the requirements" - ], - "metadata": { - "id": "zh7u8gOx0ivw" - } - }, - { - "cell_type": "code", - "execution_count": null, - "metadata": { - "id": "NHgUAp48qwoG", - "colab": { - "base_uri": "https://localhost:8080/" - }, - "outputId": "411d4df6-d91a-42d4-819e-9cf641c12248", - "cellView": "form" - }, - "outputs": [ - { - "output_type": "stream", - "name": "stdout", - "text": [ - "Cloning into 'latent-diffusion'...\n", - "remote: Enumerating objects: 992, done.\u001b[K\n", - "remote: Counting objects: 100% (695/695), done.\u001b[K\n", - "remote: Compressing objects: 100% (397/397), done.\u001b[K\n", - "remote: Total 992 (delta 375), reused 564 (delta 253), pack-reused 297\u001b[K\n", - "Receiving objects: 100% (992/992), 30.78 MiB | 29.43 MiB/s, done.\n", - "Resolving deltas: 100% (510/510), done.\n", - "Cloning into 'taming-transformers'...\n", - "remote: Enumerating objects: 1335, done.\u001b[K\n", - "remote: Counting objects: 100% (525/525), done.\u001b[K\n", - "remote: Compressing objects: 100% (493/493), done.\u001b[K\n", - "remote: Total 1335 (delta 58), reused 481 (delta 30), pack-reused 810\u001b[K\n", - "Receiving objects: 100% (1335/1335), 412.35 MiB | 30.53 MiB/s, done.\n", - "Resolving deltas: 100% (267/267), done.\n", - "Obtaining file:///content/taming-transformers\n", - "Requirement already satisfied: torch in /usr/local/lib/python3.7/dist-packages (from taming-transformers==0.0.1) (1.10.0+cu111)\n", - "Requirement already satisfied: numpy in /usr/local/lib/python3.7/dist-packages (from taming-transformers==0.0.1) (1.21.5)\n", - "Requirement already satisfied: tqdm in /usr/local/lib/python3.7/dist-packages (from taming-transformers==0.0.1) (4.63.0)\n", - "Requirement already satisfied: typing-extensions in /usr/local/lib/python3.7/dist-packages (from torch->taming-transformers==0.0.1) (3.10.0.2)\n", - "Installing collected packages: taming-transformers\n", - " Running setup.py develop for taming-transformers\n", - "Successfully installed taming-transformers-0.0.1\n", - "\u001b[31mERROR: pip's dependency resolver does not currently take into account all the packages that are installed. This behaviour is the source of the following dependency conflicts.\n", - "tensorflow 2.8.0 requires tf-estimator-nightly==2.8.0.dev2021122109, which is not installed.\n", - "arviz 0.11.4 requires typing-extensions<4,>=3.7.4.3, but you have typing-extensions 4.1.1 which is incompatible.\u001b[0m\n" - ] - } - ], - "source": [ - "# @title Installation\n", - "!git clone https://github.com/CompVis/latent-diffusion.git\n", - "!git clone https://github.com/CompVis/taming-transformers\n", - "!pip install -e ./taming-transformers\n", - "!pip install omegaconf>=2.0.0 pytorch-lightning>=1.0.8 torch-fidelity einops\n", - "\n", - "import sys\n", - "\n", - "sys.path.append(\".\")\n", - "sys.path.append(\"./taming-transformers\")\n", - "from taming.models import vqgan" - ] - }, - { - "cell_type": "markdown", - "source": [ - "Now, download the checkpoint (~1.7 GB). This will usually take 1-2 minutes." - ], - "metadata": { - "id": "fNqCqQDoyZmq" - } - }, - { - "cell_type": "code", - "source": [ - "# @title Download\n", - "%cd latent-diffusion/\n", - "\n", - "!mkdir -p models/ldm/cin256-v2/\n", - "!wget -O models/ldm/cin256-v2/model.ckpt https://ommer-lab.com/files/latent-diffusion/nitro/cin/model.ckpt" - ], - "metadata": { - "colab": { - "base_uri": "https://localhost:8080/" - }, - "id": "cNHvQBhzyXCI", - "outputId": "0a79e979-8484-4c62-96d9-7c79b1835162", - "cellView": "form" - }, - "execution_count": null, - "outputs": [ - { - "output_type": "stream", - "name": "stdout", - "text": [ - "/content/latent-diffusion\n", - "--2022-04-03 13:04:51-- https://ommer-lab.com/files/latent-diffusion/nitro/cin/model.ckpt\n", - "Resolving ommer-lab.com (ommer-lab.com)... 141.84.41.65\n", - "Connecting to ommer-lab.com (ommer-lab.com)|141.84.41.65|:443... connected.\n", - "HTTP request sent, awaiting response... 200 OK\n", - "Length: 1827378153 (1.7G)\n", - "Saving to: ‘models/ldm/cin256-v2/model.ckpt’\n", - "\n", - "models/ldm/cin256-v 100%[===================>] 1.70G 24.9MB/s in 70s \n", - "\n", - "2022-04-03 13:06:02 (24.9 MB/s) - ‘models/ldm/cin256-v2/model.ckpt’ saved [1827378153/1827378153]\n", - "\n" - ] - } - ] - }, - { - "cell_type": "markdown", - "source": [ - "Let's also check what type of GPU we've got." - ], - "metadata": { - "id": "ThxmCePqt1mt" - } - }, - { - "cell_type": "code", - "source": [ - "!nvidia-smi" - ], - "metadata": { - "colab": { - "base_uri": "https://localhost:8080/" - }, - "id": "jbL2zJ7Pt7Jl", - "outputId": "c8242be9-dba2-4a9f-da44-a294a70bb449" - }, - "execution_count": null, - "outputs": [ - { - "output_type": "stream", - "name": "stdout", - "text": [ - "Sun Apr 3 13:06:21 2022 \n", - "+-----------------------------------------------------------------------------+\n", - "| NVIDIA-SMI 460.32.03 Driver Version: 460.32.03 CUDA Version: 11.2 |\n", - "|-------------------------------+----------------------+----------------------+\n", - "| GPU Name Persistence-M| Bus-Id Disp.A | Volatile Uncorr. ECC |\n", - "| Fan Temp Perf Pwr:Usage/Cap| Memory-Usage | GPU-Util Compute M. |\n", - "| | | MIG M. |\n", - "|===============================+======================+======================|\n", - "| 0 Tesla K80 Off | 00000000:00:04.0 Off | 0 |\n", - "| N/A 66C P8 33W / 149W | 0MiB / 11441MiB | 0% Default |\n", - "| | | N/A |\n", - "+-------------------------------+----------------------+----------------------+\n", - " \n", - "+-----------------------------------------------------------------------------+\n", - "| Processes: |\n", - "| GPU GI CI PID Type Process name GPU Memory |\n", - "| ID ID Usage |\n", - "|=============================================================================|\n", - "| No running processes found |\n", - "+-----------------------------------------------------------------------------+\n" - ] - } - ] - }, - { - "cell_type": "markdown", - "source": [ - "Load it." - ], - "metadata": { - "id": "1tWAqdwk0Nrn" - } - }, - { - "cell_type": "code", - "source": [ - "# @title loading utils\n", - "import torch\n", - "from omegaconf import OmegaConf\n", - "\n", - "from ldm.util import instantiate_from_config\n", - "\n", - "\n", - "def load_model_from_config(config, ckpt):\n", - " print(f\"Loading model from {ckpt}\")\n", - " pl_sd = torch.load(ckpt) # , map_location=\"cpu\")\n", - " sd = pl_sd[\"state_dict\"]\n", - " model = instantiate_from_config(config.model)\n", - " m, u = model.load_state_dict(sd, strict=False)\n", - " model.cuda()\n", - " model.eval()\n", - " return model\n", - "\n", - "\n", - "def get_model():\n", - " config = OmegaConf.load(\"configs/latent-diffusion/cin256-v2.yaml\")\n", - " model = load_model_from_config(config, \"models/ldm/cin256-v2/model.ckpt\")\n", - " return model" - ], - "metadata": { - "id": "fnGwQRhtyBhb", - "cellView": "form" - }, - "execution_count": null, - "outputs": [] - }, - { - "cell_type": "code", - "source": [ - "from ldm.models.diffusion.ddim import DDIMSampler\n", - "\n", - "model = get_model()\n", - "sampler = DDIMSampler(model)" - ], - "metadata": { - "colab": { - "base_uri": "https://localhost:8080/" - }, - "id": "BPnyd-XUKbfE", - "outputId": "0fcd10e4-0df2-4ab9-cbf5-f08f4902c954" - }, - "execution_count": null, - "outputs": [ - { - "output_type": "stream", - "name": "stdout", - "text": [ - "Loading model from models/ldm/cin256-v2/model.ckpt\n", - "LatentDiffusion: Running in eps-prediction mode\n", - "DiffusionWrapper has 400.92 M params.\n", - "making attention of type 'vanilla' with 512 in_channels\n", - "Working with z of shape (1, 3, 64, 64) = 12288 dimensions.\n", - "making attention of type 'vanilla' with 512 in_channels\n" - ] - } - ] - }, - { - "cell_type": "markdown", - "source": [ - "And go. Quality, sampling speed and diversity are best controlled via the `scale`, `ddim_steps` and `ddim_eta` variables. As a rule of thumb, higher values of `scale` produce better samples at the cost of a reduced output diversity. Furthermore, increasing `ddim_steps` generally also gives higher quality samples, but returns are diminishing for values > 250. Fast sampling (i e. low values of `ddim_steps`) while retaining good quality can be achieved by using `ddim_eta = 0.0`." - ], - "metadata": { - "id": "iIEAhY8AhUrh" - } - }, - { - "cell_type": "code", - "source": [ - "import numpy as np\n", - "from PIL import Image\n", - "from einops import rearrange\n", - "from torchvision.utils import make_grid\n", - "\n", - "\n", - "classes = [25, 187, 448, 992] # define classes to be sampled here\n", - "n_samples_per_class = 6\n", - "\n", - "ddim_steps = 20\n", - "ddim_eta = 0.0\n", - "scale = 3.0 # for unconditional guidance\n", - "\n", - "\n", - "all_samples = list()\n", - "\n", - "with torch.no_grad():\n", - " with model.ema_scope():\n", - " uc = model.get_learned_conditioning(\n", - " {model.cond_stage_key: torch.tensor(n_samples_per_class * [1000]).to(model.device)}\n", - " )\n", - "\n", - " for class_label in classes:\n", - " print(\n", - " f\"rendering {n_samples_per_class} examples of class '{class_label}' in {ddim_steps} steps and using s={scale:.2f}.\"\n", - " )\n", - " xc = torch.tensor(n_samples_per_class * [class_label])\n", - " c = model.get_learned_conditioning({model.cond_stage_key: xc.to(model.device)})\n", - "\n", - " samples_ddim, _ = sampler.sample(\n", - " S=ddim_steps,\n", - " conditioning=c,\n", - " batch_size=n_samples_per_class,\n", - " shape=[3, 64, 64],\n", - " verbose=False,\n", - " unconditional_guidance_scale=scale,\n", - " unconditional_conditioning=uc,\n", - " eta=ddim_eta,\n", - " )\n", - "\n", - " x_samples_ddim = model.decode_first_stage(samples_ddim)\n", - " x_samples_ddim = torch.clamp((x_samples_ddim + 1.0) / 2.0, min=0.0, max=1.0)\n", - " all_samples.append(x_samples_ddim)\n", - "\n", - "\n", - "# display as grid\n", - "grid = torch.stack(all_samples, 0)\n", - "grid = rearrange(grid, \"n b c h w -> (n b) c h w\")\n", - "grid = make_grid(grid, nrow=n_samples_per_class)\n", - "\n", - "# to image\n", - "grid = 255.0 * rearrange(grid, \"c h w -> h w c\").cpu().numpy()\n", - "Image.fromarray(grid.astype(np.uint8))" - ], - "metadata": { - "id": "jcbqWX2Ytu9t", - "colab": { - "base_uri": "https://localhost:8080/", - "height": 1000 - }, - "outputId": "3b7adde0-d80e-4c01-82d2-bf988aee7455" - }, - "execution_count": null, - "outputs": [ - { - "output_type": "stream", - "name": "stdout", - "text": [ - "rendering 6 examples of class '25' in 20 steps and using s=3.00.\n", - "Data shape for DDIM sampling is (6, 3, 64, 64), eta 0.0\n", - "Running DDIM Sampling with 20 timesteps\n" - ] - }, - { - "output_type": "stream", - "name": "stderr", - "text": [ - "DDIM Sampler: 100%|██████████| 20/20 [00:37<00:00, 1.89s/it]\n" - ] - }, - { - "output_type": "stream", - "name": "stdout", - "text": [ - "rendering 6 examples of class '187' in 20 steps and using s=3.00.\n", - "Data shape for DDIM sampling is (6, 3, 64, 64), eta 0.0\n", - "Running DDIM Sampling with 20 timesteps\n" - ] - }, - { - "output_type": "stream", - "name": "stderr", - "text": [ - "DDIM Sampler: 100%|██████████| 20/20 [00:37<00:00, 1.87s/it]\n" - ] - }, - { - "output_type": "stream", - "name": "stdout", - "text": [ - "rendering 6 examples of class '448' in 20 steps and using s=3.00.\n", - "Data shape for DDIM sampling is (6, 3, 64, 64), eta 0.0\n", - "Running DDIM Sampling with 20 timesteps\n" - ] - }, - { - "output_type": "stream", - "name": "stderr", - "text": [ - "DDIM Sampler: 100%|██████████| 20/20 [00:37<00:00, 1.86s/it]\n" - ] - }, - { - "output_type": "stream", - "name": "stdout", - "text": [ - "rendering 6 examples of class '992' in 20 steps and using s=3.00.\n", - "Data shape for DDIM sampling is (6, 3, 64, 64), eta 0.0\n", - "Running DDIM Sampling with 20 timesteps\n" - ] - }, - { - "output_type": "stream", - "name": "stderr", - "text": [ - "DDIM Sampler: 100%|██████████| 20/20 [00:37<00:00, 1.86s/it]\n" - ] - }, - { - "output_type": "execute_result", - "data": { - "text/plain": [ - "" - ], - "image/png": 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\n" - }, - "metadata": {}, - "execution_count": 6 - } - ] - }, - { - "cell_type": "code", - "source": [ - "" - ], - "metadata": { - "id": "92QkRfm0e6K0" - }, - "execution_count": null, - "outputs": [] - } - ] -} \ No newline at end of file diff --git a/scripts/orig_scripts/main.py b/scripts/orig_scripts/main.py deleted file mode 100644 index e61c5b4593..0000000000 --- a/scripts/orig_scripts/main.py +++ /dev/null @@ -1,898 +0,0 @@ -import argparse -import datetime -import glob -import os -import sys - -import numpy as np -import time -import torch -import torchvision -import pytorch_lightning as pl - -from packaging import version -from omegaconf import OmegaConf -from torch.utils.data import DataLoader, Dataset -from functools import partial -from PIL import Image - -from pytorch_lightning import seed_everything -from pytorch_lightning.trainer import Trainer -from pytorch_lightning.callbacks import Callback -from pytorch_lightning.utilities.distributed import rank_zero_only -from pytorch_lightning.utilities import rank_zero_info - -from ldm.data.base import Txt2ImgIterableBaseDataset -from ldm.util import instantiate_from_config - - -def fix_func(orig): - if hasattr(torch.backends, "mps") and torch.backends.mps.is_available(): - - def new_func(*args, **kw): - device = kw.get("device", "mps") - kw["device"] = "cpu" - return orig(*args, **kw).to(device) - - return new_func - return orig - - -torch.rand = fix_func(torch.rand) -torch.rand_like = fix_func(torch.rand_like) -torch.randn = fix_func(torch.randn) -torch.randn_like = fix_func(torch.randn_like) -torch.randint = fix_func(torch.randint) -torch.randint_like = fix_func(torch.randint_like) -torch.bernoulli = fix_func(torch.bernoulli) -torch.multinomial = fix_func(torch.multinomial) - - -def load_model_from_config(config, ckpt, verbose=False): - print(f"Loading model from {ckpt}") - pl_sd = torch.load(ckpt, map_location="cpu") - sd = pl_sd["state_dict"] - config.model.params.ckpt_path = ckpt - model = instantiate_from_config(config.model) - m, u = model.load_state_dict(sd, strict=False) - if len(m) > 0 and verbose: - print("missing keys:") - print(m) - if len(u) > 0 and verbose: - print("unexpected keys:") - print(u) - - if torch.cuda.is_available(): - model.cuda() - return model - - -def get_parser(**parser_kwargs): - def str2bool(v): - if isinstance(v, bool): - return v - if v.lower() in ("yes", "true", "t", "y", "1"): - return True - elif v.lower() in ("no", "false", "f", "n", "0"): - return False - else: - raise argparse.ArgumentTypeError("Boolean value expected.") - - parser = argparse.ArgumentParser(**parser_kwargs) - parser.add_argument( - "-n", - "--name", - type=str, - const=True, - default="", - nargs="?", - help="postfix for logdir", - ) - parser.add_argument( - "-r", - "--resume", - type=str, - const=True, - default="", - nargs="?", - help="resume from logdir or checkpoint in logdir", - ) - parser.add_argument( - "-b", - "--base", - nargs="*", - metavar="base_config.yaml", - help="paths to base configs. Loaded from left-to-right. " - "Parameters can be overwritten or added with command-line options of the form `--key value`.", - default=list(), - ) - parser.add_argument( - "-t", - "--train", - type=str2bool, - const=True, - default=False, - nargs="?", - help="train", - ) - parser.add_argument( - "--no-test", - type=str2bool, - const=True, - default=False, - nargs="?", - help="disable test", - ) - parser.add_argument("-p", "--project", help="name of new or path to existing project") - parser.add_argument( - "-d", - "--debug", - type=str2bool, - nargs="?", - const=True, - default=False, - help="enable post-mortem debugging", - ) - parser.add_argument( - "-s", - "--seed", - type=int, - default=23, - help="seed for seed_everything", - ) - parser.add_argument( - "-f", - "--postfix", - type=str, - default="", - help="post-postfix for default name", - ) - parser.add_argument( - "-l", - "--logdir", - type=str, - default="logs", - help="directory for logging dat shit", - ) - parser.add_argument( - "--scale_lr", - type=str2bool, - nargs="?", - const=True, - default=True, - help="scale base-lr by ngpu * batch_size * n_accumulate", - ) - - parser.add_argument( - "--datadir_in_name", - type=str2bool, - nargs="?", - const=True, - default=True, - help="Prepend the final directory in the data_root to the output directory name", - ) - - parser.add_argument( - "--actual_resume", - type=str, - default="", - help="Path to model to actually resume from", - ) - parser.add_argument( - "--data_root", - type=str, - required=True, - help="Path to directory with training images", - ) - - parser.add_argument( - "--embedding_manager_ckpt", - type=str, - default="", - help="Initialize embedding manager from a checkpoint", - ) - parser.add_argument( - "--init_word", - type=str, - help="Word to use as source for initial token embedding.", - ) - - return parser - - -def nondefault_trainer_args(opt): - parser = argparse.ArgumentParser() - parser = Trainer.add_argparse_args(parser) - args = parser.parse_args([]) - return sorted(k for k in vars(args) if getattr(opt, k) != getattr(args, k)) - - -class WrappedDataset(Dataset): - """Wraps an arbitrary object with __len__ and __getitem__ into a pytorch dataset""" - - def __init__(self, dataset): - self.data = dataset - - def __len__(self): - return len(self.data) - - def __getitem__(self, idx): - return self.data[idx] - - -def worker_init_fn(_): - worker_info = torch.utils.data.get_worker_info() - - dataset = worker_info.dataset - worker_id = worker_info.id - - if isinstance(dataset, Txt2ImgIterableBaseDataset): - split_size = dataset.num_records // worker_info.num_workers - # reset num_records to the true number to retain reliable length information - dataset.sample_ids = dataset.valid_ids[worker_id * split_size : (worker_id + 1) * split_size] - current_id = np.random.choice(len(np.random.get_state()[1]), 1) - return np.random.seed(np.random.get_state()[1][current_id] + worker_id) - else: - return np.random.seed(np.random.get_state()[1][0] + worker_id) - - -class DataModuleFromConfig(pl.LightningDataModule): - def __init__( - self, - batch_size, - train=None, - validation=None, - test=None, - predict=None, - wrap=False, - num_workers=None, - shuffle_test_loader=False, - use_worker_init_fn=False, - shuffle_val_dataloader=False, - ): - super().__init__() - self.batch_size = batch_size - self.dataset_configs = dict() - self.num_workers = num_workers if num_workers is not None else batch_size * 2 - self.use_worker_init_fn = use_worker_init_fn - if train is not None: - self.dataset_configs["train"] = train - self.train_dataloader = self._train_dataloader - if validation is not None: - self.dataset_configs["validation"] = validation - self.val_dataloader = partial(self._val_dataloader, shuffle=shuffle_val_dataloader) - if test is not None: - self.dataset_configs["test"] = test - self.test_dataloader = partial(self._test_dataloader, shuffle=shuffle_test_loader) - if predict is not None: - self.dataset_configs["predict"] = predict - self.predict_dataloader = self._predict_dataloader - self.wrap = wrap - - def prepare_data(self): - for data_cfg in self.dataset_configs.values(): - instantiate_from_config(data_cfg) - - def setup(self, stage=None): - self.datasets = dict((k, instantiate_from_config(self.dataset_configs[k])) for k in self.dataset_configs) - if self.wrap: - for k in self.datasets: - self.datasets[k] = WrappedDataset(self.datasets[k]) - - def _train_dataloader(self): - is_iterable_dataset = isinstance(self.datasets["train"], Txt2ImgIterableBaseDataset) - if is_iterable_dataset or self.use_worker_init_fn: - init_fn = worker_init_fn - else: - init_fn = None - return DataLoader( - self.datasets["train"], - batch_size=self.batch_size, - num_workers=self.num_workers, - shuffle=False if is_iterable_dataset else True, - worker_init_fn=init_fn, - ) - - def _val_dataloader(self, shuffle=False): - if isinstance(self.datasets["validation"], Txt2ImgIterableBaseDataset) or self.use_worker_init_fn: - init_fn = worker_init_fn - else: - init_fn = None - return DataLoader( - self.datasets["validation"], - batch_size=self.batch_size, - num_workers=self.num_workers, - worker_init_fn=init_fn, - shuffle=shuffle, - ) - - def _test_dataloader(self, shuffle=False): - is_iterable_dataset = isinstance(self.datasets["train"], Txt2ImgIterableBaseDataset) - if is_iterable_dataset or self.use_worker_init_fn: - init_fn = worker_init_fn - else: - init_fn = None - - # do not shuffle dataloader for iterable dataset - shuffle = shuffle and (not is_iterable_dataset) - - return DataLoader( - self.datasets["test"], - batch_size=self.batch_size, - num_workers=self.num_workers, - worker_init_fn=init_fn, - shuffle=shuffle, - ) - - def _predict_dataloader(self, shuffle=False): - if isinstance(self.datasets["predict"], Txt2ImgIterableBaseDataset) or self.use_worker_init_fn: - init_fn = worker_init_fn - else: - init_fn = None - return DataLoader( - self.datasets["predict"], - batch_size=self.batch_size, - num_workers=self.num_workers, - worker_init_fn=init_fn, - ) - - -class SetupCallback(Callback): - def __init__(self, resume, now, logdir, ckptdir, cfgdir, config, lightning_config): - super().__init__() - self.resume = resume - self.now = now - self.logdir = logdir - self.ckptdir = ckptdir - self.cfgdir = cfgdir - self.config = config - self.lightning_config = lightning_config - - def on_keyboard_interrupt(self, trainer, pl_module): - if trainer.global_rank == 0: - print("Summoning checkpoint.") - ckpt_path = os.path.join(self.ckptdir, "last.ckpt") - trainer.save_checkpoint(ckpt_path) - - def on_pretrain_routine_start(self, trainer, pl_module): - if trainer.global_rank == 0: - # Create logdirs and save configs - os.makedirs(self.logdir, exist_ok=True) - os.makedirs(self.ckptdir, exist_ok=True) - os.makedirs(self.cfgdir, exist_ok=True) - - if "callbacks" in self.lightning_config: - if "metrics_over_trainsteps_checkpoint" in self.lightning_config["callbacks"]: - os.makedirs( - os.path.join(self.ckptdir, "trainstep_checkpoints"), - exist_ok=True, - ) - print("Project config") - print(OmegaConf.to_yaml(self.config)) - OmegaConf.save( - self.config, - os.path.join(self.cfgdir, "{}-project.yaml".format(self.now)), - ) - - print("Lightning config") - print(OmegaConf.to_yaml(self.lightning_config)) - OmegaConf.save( - OmegaConf.create({"lightning": self.lightning_config}), - os.path.join(self.cfgdir, "{}-lightning.yaml".format(self.now)), - ) - - else: - # ModelCheckpoint callback created log directory --- remove it - if not self.resume and os.path.exists(self.logdir): - dst, name = os.path.split(self.logdir) - dst = os.path.join(dst, "child_runs", name) - os.makedirs(os.path.split(dst)[0], exist_ok=True) - try: - os.rename(self.logdir, dst) - except FileNotFoundError: - pass - - -class ImageLogger(Callback): - def __init__( - self, - batch_frequency, - max_images, - clamp=True, - increase_log_steps=True, - rescale=True, - disabled=False, - log_on_batch_idx=False, - log_first_step=False, - log_images_kwargs=None, - ): - super().__init__() - self.rescale = rescale - self.batch_freq = batch_frequency - self.max_images = max_images - self.logger_log_images = {} - self.log_steps = [2**n for n in range(int(np.log2(self.batch_freq)) + 1)] - if not increase_log_steps: - self.log_steps = [self.batch_freq] - self.clamp = clamp - self.disabled = disabled - self.log_on_batch_idx = log_on_batch_idx - self.log_images_kwargs = log_images_kwargs if log_images_kwargs else {} - self.log_first_step = log_first_step - - @rank_zero_only - def log_local(self, save_dir, split, images, global_step, current_epoch, batch_idx): - root = os.path.join(save_dir, "images", split) - for k in images: - grid = torchvision.utils.make_grid(images[k], nrow=4) - if self.rescale: - grid = (grid + 1.0) / 2.0 # -1,1 -> 0,1; c,h,w - grid = grid.transpose(0, 1).transpose(1, 2).squeeze(-1) - grid = grid.numpy() - grid = (grid * 255).astype(np.uint8) - filename = "{}_gs-{:06}_e-{:06}_b-{:06}.png".format(k, global_step, current_epoch, batch_idx) - path = os.path.join(root, filename) - os.makedirs(os.path.split(path)[0], exist_ok=True) - Image.fromarray(grid).save(path) - - def log_img(self, pl_module, batch, batch_idx, split="train"): - check_idx = batch_idx if self.log_on_batch_idx else pl_module.global_step - if ( - self.check_frequency(check_idx) - and hasattr(pl_module, "log_images") # batch_idx % self.batch_freq == 0 - and callable(pl_module.log_images) - and self.max_images > 0 - ): - logger = type(pl_module.logger) - - is_train = pl_module.training - if is_train: - pl_module.eval() - - with torch.no_grad(): - images = pl_module.log_images(batch, split=split, **self.log_images_kwargs) - - for k in images: - N = min(images[k].shape[0], self.max_images) - images[k] = images[k][:N] - if isinstance(images[k], torch.Tensor): - images[k] = images[k].detach().cpu() - if self.clamp: - images[k] = torch.clamp(images[k], -1.0, 1.0) - - self.log_local( - pl_module.logger.save_dir, - split, - images, - pl_module.global_step, - pl_module.current_epoch, - batch_idx, - ) - - logger_log_images = self.logger_log_images.get(logger, lambda *args, **kwargs: None) - logger_log_images(pl_module, images, pl_module.global_step, split) - - if is_train: - pl_module.train() - - def check_frequency(self, check_idx): - if ((check_idx % self.batch_freq) == 0 or (check_idx in self.log_steps)) and ( - check_idx > 0 or self.log_first_step - ): - try: - self.log_steps.pop(0) - except IndexError as e: - print(e) - pass - return True - return False - - def on_train_batch_end(self, trainer, pl_module, outputs, batch, batch_idx, dataloader_idx=None): - if not self.disabled and (pl_module.global_step > 0 or self.log_first_step): - self.log_img(pl_module, batch, batch_idx, split="train") - - def on_validation_batch_end(self, trainer, pl_module, outputs, batch, batch_idx, dataloader_idx=None): - if not self.disabled and pl_module.global_step > 0: - self.log_img(pl_module, batch, batch_idx, split="val") - if hasattr(pl_module, "calibrate_grad_norm"): - if (pl_module.calibrate_grad_norm and batch_idx % 25 == 0) and batch_idx > 0: - self.log_gradients(trainer, pl_module, batch_idx=batch_idx) - - -class CUDACallback(Callback): - # see https://github.com/SeanNaren/minGPT/blob/master/mingpt/callback.py - def on_train_epoch_start(self, trainer, pl_module): - # Reset the memory use counter - if torch.cuda.is_available(): - torch.cuda.reset_peak_memory_stats(trainer.root_gpu) - torch.cuda.synchronize(trainer.root_gpu) - self.start_time = time.time() - - def on_train_epoch_end(self, trainer, pl_module, outputs=None): - if torch.cuda.is_available(): - torch.cuda.synchronize(trainer.root_gpu) - epoch_time = time.time() - self.start_time - - try: - epoch_time = trainer.training_type_plugin.reduce(epoch_time) - rank_zero_info(f"Average Epoch time: {epoch_time:.2f} seconds") - - if torch.cuda.is_available(): - max_memory = torch.cuda.max_memory_allocated(trainer.root_gpu) / 2**20 - max_memory = trainer.training_type_plugin.reduce(max_memory) - rank_zero_info(f"Average Peak memory {max_memory:.2f}MiB") - except AttributeError: - pass - - -class ModeSwapCallback(Callback): - def __init__(self, swap_step=2000): - super().__init__() - self.is_frozen = False - self.swap_step = swap_step - - def on_train_epoch_start(self, trainer, pl_module): - if trainer.global_step < self.swap_step and not self.is_frozen: - self.is_frozen = True - trainer.optimizers = [pl_module.configure_opt_embedding()] - - if trainer.global_step > self.swap_step and self.is_frozen: - self.is_frozen = False - trainer.optimizers = [pl_module.configure_opt_model()] - - -if __name__ == "__main__": - # custom parser to specify config files, train, test and debug mode, - # postfix, resume. - # `--key value` arguments are interpreted as arguments to the trainer. - # `nested.key=value` arguments are interpreted as config parameters. - # configs are merged from left-to-right followed by command line parameters. - - # model: - # base_learning_rate: float - # target: path to lightning module - # params: - # key: value - # data: - # target: main.DataModuleFromConfig - # params: - # batch_size: int - # wrap: bool - # train: - # target: path to train dataset - # params: - # key: value - # validation: - # target: path to validation dataset - # params: - # key: value - # test: - # target: path to test dataset - # params: - # key: value - # lightning: (optional, has sane defaults and can be specified on cmdline) - # trainer: - # additional arguments to trainer - # logger: - # logger to instantiate - # modelcheckpoint: - # modelcheckpoint to instantiate - # callbacks: - # callback1: - # target: importpath - # params: - # key: value - - now = datetime.datetime.now().strftime("%Y-%m-%dT%H-%M-%S") - - # add cwd for convenience and to make classes in this file available when - # running as `python main.py` - # (in particular `main.DataModuleFromConfig`) - sys.path.append(os.getcwd()) - - parser = get_parser() - parser = Trainer.add_argparse_args(parser) - - opt, unknown = parser.parse_known_args() - if opt.name and opt.resume: - raise ValueError( - "-n/--name and -r/--resume cannot be specified both." - "If you want to resume training in a new log folder, " - "use -n/--name in combination with --resume_from_checkpoint" - ) - if opt.resume: - if not os.path.exists(opt.resume): - raise ValueError("Cannot find {}".format(opt.resume)) - if os.path.isfile(opt.resume): - paths = opt.resume.split("/") - # idx = len(paths)-paths[::-1].index("logs")+1 - # logdir = "/".join(paths[:idx]) - logdir = "/".join(paths[:-2]) - ckpt = opt.resume - else: - assert os.path.isdir(opt.resume), opt.resume - logdir = opt.resume.rstrip("/") - ckpt = os.path.join(logdir, "checkpoints", "last.ckpt") - - opt.resume_from_checkpoint = ckpt - base_configs = sorted(glob.glob(os.path.join(logdir, "configs/*.yaml"))) - opt.base = base_configs + opt.base - _tmp = logdir.split("/") - nowname = _tmp[-1] - else: - if opt.name: - name = "_" + opt.name - elif opt.base: - cfg_fname = os.path.split(opt.base[0])[-1] - cfg_name = os.path.splitext(cfg_fname)[0] - name = "_" + cfg_name - else: - name = "" - - if opt.datadir_in_name: - now = os.path.basename(os.path.normpath(opt.data_root)) + now - - nowname = now + name + opt.postfix - logdir = os.path.join(opt.logdir, nowname) - - ckptdir = os.path.join(logdir, "checkpoints") - cfgdir = os.path.join(logdir, "configs") - seed_everything(opt.seed) - - try: - # init and save configs - configs = [OmegaConf.load(cfg) for cfg in opt.base] - cli = OmegaConf.from_dotlist(unknown) - config = OmegaConf.merge(*configs, cli) - lightning_config = config.pop("lightning", OmegaConf.create()) - # merge trainer cli with config - trainer_config = lightning_config.get("trainer", OmegaConf.create()) - # default to ddp - trainer_config["accelerator"] = "auto" - for k in nondefault_trainer_args(opt): - trainer_config[k] = getattr(opt, k) - if "gpus" not in trainer_config: - del trainer_config["accelerator"] - cpu = True - else: - gpuinfo = trainer_config["gpus"] - print(f"Running on GPUs {gpuinfo}") - cpu = False - trainer_opt = argparse.Namespace(**trainer_config) - lightning_config.trainer = trainer_config - - # model - - # config.model.params.personalization_config.params.init_word = opt.init_word - config.model.params.personalization_config.params.embedding_manager_ckpt = opt.embedding_manager_ckpt - - if opt.init_word: - config.model.params.personalization_config.params.initializer_words = [opt.init_word] - - if opt.actual_resume: - model = load_model_from_config(config, opt.actual_resume) - else: - model = instantiate_from_config(config.model) - - # trainer and callbacks - trainer_kwargs = dict() - - # default logger configs - def_logger = "csv" - def_logger_target = "CSVLogger" - default_logger_cfgs = { - "wandb": { - "target": "pytorch_lightning.loggers.WandbLogger", - "params": { - "name": nowname, - "save_dir": logdir, - "offline": opt.debug, - "id": nowname, - }, - }, - def_logger: { - "target": "pytorch_lightning.loggers." + def_logger_target, - "params": { - "name": def_logger, - "save_dir": logdir, - }, - }, - } - default_logger_cfg = default_logger_cfgs[def_logger] - if "logger" in lightning_config: - logger_cfg = lightning_config.logger - else: - logger_cfg = OmegaConf.create() - logger_cfg = OmegaConf.merge(default_logger_cfg, logger_cfg) - trainer_kwargs["logger"] = instantiate_from_config(logger_cfg) - - # modelcheckpoint - use TrainResult/EvalResult(checkpoint_on=metric) to - # specify which metric is used to determine best models - default_modelckpt_cfg = { - "target": "pytorch_lightning.callbacks.ModelCheckpoint", - "params": { - "dirpath": ckptdir, - "filename": "{epoch:06}", - "verbose": True, - "save_last": True, - }, - } - if hasattr(model, "monitor"): - print(f"Monitoring {model.monitor} as checkpoint metric.") - default_modelckpt_cfg["params"]["monitor"] = model.monitor - default_modelckpt_cfg["params"]["save_top_k"] = 1 - - if "modelcheckpoint" in lightning_config: - modelckpt_cfg = lightning_config.modelcheckpoint - else: - modelckpt_cfg = OmegaConf.create() - modelckpt_cfg = OmegaConf.merge(default_modelckpt_cfg, modelckpt_cfg) - print(f"Merged modelckpt-cfg: \n{modelckpt_cfg}") - if version.parse(pl.__version__) < version.parse("1.4.0"): - trainer_kwargs["checkpoint_callback"] = instantiate_from_config(modelckpt_cfg) - - # add callback which sets up log directory - default_callbacks_cfg = { - "setup_callback": { - "target": "main.SetupCallback", - "params": { - "resume": opt.resume, - "now": now, - "logdir": logdir, - "ckptdir": ckptdir, - "cfgdir": cfgdir, - "config": config, - "lightning_config": lightning_config, - }, - }, - "image_logger": { - "target": "main.ImageLogger", - "params": { - "batch_frequency": 750, - "max_images": 4, - "clamp": True, - }, - }, - "learning_rate_logger": { - "target": "main.LearningRateMonitor", - "params": { - "logging_interval": "step", - # "log_momentum": True - }, - }, - "cuda_callback": {"target": "main.CUDACallback"}, - } - if version.parse(pl.__version__) >= version.parse("1.4.0"): - default_callbacks_cfg.update({"checkpoint_callback": modelckpt_cfg}) - - if "callbacks" in lightning_config: - callbacks_cfg = lightning_config.callbacks - else: - callbacks_cfg = OmegaConf.create() - - if "metrics_over_trainsteps_checkpoint" in callbacks_cfg: - print( - "Caution: Saving checkpoints every n train steps without deleting. This might require some free space." - ) - default_metrics_over_trainsteps_ckpt_dict = { - "metrics_over_trainsteps_checkpoint": { - "target": "pytorch_lightning.callbacks.ModelCheckpoint", - "params": { - "dirpath": os.path.join(ckptdir, "trainstep_checkpoints"), - "filename": "{epoch:06}-{step:09}", - "verbose": True, - "save_top_k": -1, - "every_n_train_steps": 10000, - "save_weights_only": True, - }, - } - } - default_callbacks_cfg.update(default_metrics_over_trainsteps_ckpt_dict) - - callbacks_cfg = OmegaConf.merge(default_callbacks_cfg, callbacks_cfg) - if "ignore_keys_callback" in callbacks_cfg and hasattr(trainer_opt, "resume_from_checkpoint"): - callbacks_cfg.ignore_keys_callback.params["ckpt_path"] = trainer_opt.resume_from_checkpoint - elif "ignore_keys_callback" in callbacks_cfg: - del callbacks_cfg["ignore_keys_callback"] - - trainer_kwargs["callbacks"] = [instantiate_from_config(callbacks_cfg[k]) for k in callbacks_cfg] - trainer_kwargs["max_steps"] = trainer_opt.max_steps - - if hasattr(torch.backends, "mps") and torch.backends.mps.is_available(): - trainer_opt.accelerator = "mps" - trainer_opt.detect_anomaly = False - - trainer = Trainer.from_argparse_args(trainer_opt, **trainer_kwargs) - trainer.logdir = logdir - - # data - config.data.params.train.params.data_root = opt.data_root - config.data.params.validation.params.data_root = opt.data_root - data = instantiate_from_config(config.data) - - # NOTE according to https://pytorch-lightning.readthedocs.io/en/latest/datamodules.html - # calling these ourselves should not be necessary but it is. - # lightning still takes care of proper multiprocessing though - data.prepare_data() - data.setup() - print("#### Data #####") - for k in data.datasets: - print(f"{k}, {data.datasets[k].__class__.__name__}, {len(data.datasets[k])}") - - # configure learning rate - bs, base_lr = ( - config.data.params.batch_size, - config.model.base_learning_rate, - ) - if not cpu: - gpus = str(lightning_config.trainer.gpus).strip(", ").split(",") - ngpu = len(gpus) - else: - ngpu = 1 - if "accumulate_grad_batches" in lightning_config.trainer: - accumulate_grad_batches = lightning_config.trainer.accumulate_grad_batches - else: - accumulate_grad_batches = 1 - print(f"accumulate_grad_batches = {accumulate_grad_batches}") - lightning_config.trainer.accumulate_grad_batches = accumulate_grad_batches - if opt.scale_lr: - model.learning_rate = accumulate_grad_batches * ngpu * bs * base_lr - print( - "Setting learning rate to {:.2e} = {} (accumulate_grad_batches) * {} (num_gpus) * {} (batchsize) * {:.2e} (base_lr)".format( - model.learning_rate, - accumulate_grad_batches, - ngpu, - bs, - base_lr, - ) - ) - else: - model.learning_rate = base_lr - print("++++ NOT USING LR SCALING ++++") - print(f"Setting learning rate to {model.learning_rate:.2e}") - - # allow checkpointing via USR1 - def melk(*args, **kwargs): - # run all checkpoint hooks - if trainer.global_rank == 0: - print("Summoning checkpoint.") - ckpt_path = os.path.join(ckptdir, "last.ckpt") - trainer.save_checkpoint(ckpt_path) - - def divein(*args, **kwargs): - if trainer.global_rank == 0: - import pudb - - pudb.set_trace() - - import signal - - signal.signal(signal.SIGTERM, melk) - signal.signal(signal.SIGTERM, divein) - - # run - if opt.train: - try: - trainer.fit(model, data) - except Exception: - melk() - raise - if not opt.no_test and not trainer.interrupted: - trainer.test(model, data) - except Exception: - if opt.debug and trainer.global_rank == 0: - try: - import pudb as debugger - except ImportError: - import pdb as debugger - debugger.post_mortem() - raise - finally: - # move newly created debug project to debug_runs - if opt.debug and not opt.resume and trainer.global_rank == 0: - dst, name = os.path.split(logdir) - dst = os.path.join(dst, "debug_runs", name) - os.makedirs(os.path.split(dst)[0], exist_ok=True) - os.rename(logdir, dst) - # if trainer.global_rank == 0: - # print(trainer.profiler.summary()) diff --git a/scripts/orig_scripts/merge_embeddings.py b/scripts/orig_scripts/merge_embeddings.py deleted file mode 100755 index f0a18cfae1..0000000000 --- a/scripts/orig_scripts/merge_embeddings.py +++ /dev/null @@ -1,130 +0,0 @@ -from ldm.modules.encoders.modules import FrozenCLIPEmbedder, BERTEmbedder -from ldm.modules.embedding_manager import EmbeddingManager -from ldm.invoke.globals import Globals - -import argparse -from functools import partial - -import torch - - -def get_placeholder_loop(placeholder_string, embedder, use_bert): - new_placeholder = None - - while True: - if new_placeholder is None: - new_placeholder = input( - f"Placeholder string {placeholder_string} was already used. Please enter a replacement string: " - ) - else: - new_placeholder = input( - f"Placeholder string '{new_placeholder}' maps to more than a single token. Please enter another string: " - ) - - token = ( - get_bert_token_for_string(embedder.tknz_fn, new_placeholder) - if use_bert - else get_clip_token_for_string(embedder.tokenizer, new_placeholder) - ) - - if token is not None: - return new_placeholder, token - - -def get_clip_token_for_string(tokenizer, string): - batch_encoding = tokenizer( - string, - truncation=True, - max_length=77, - return_length=True, - return_overflowing_tokens=False, - padding="max_length", - return_tensors="pt", - ) - - tokens = batch_encoding["input_ids"] - - if torch.count_nonzero(tokens - 49407) == 2: - return tokens[0, 1] - - return None - - -def get_bert_token_for_string(tokenizer, string): - token = tokenizer(string) - if torch.count_nonzero(token) == 3: - return token[0, 1] - - return None - - -if __name__ == "__main__": - parser = argparse.ArgumentParser() - - parser.add_argument( - "--root_dir", - type=str, - default=".", - help="Path to the InvokeAI install directory containing 'models', 'outputs' and 'configs'.", - ) - - parser.add_argument( - "--manager_ckpts", type=str, nargs="+", required=True, help="Paths to a set of embedding managers to be merged." - ) - - parser.add_argument( - "--output_path", - type=str, - required=True, - help="Output path for the merged manager", - ) - - parser.add_argument( - "-sd", - "--use_bert", - action="store_true", - help="Flag to denote that we are not merging stable diffusion embeddings", - ) - - args = parser.parse_args() - Globals.root = args.root_dir - - if args.use_bert: - embedder = BERTEmbedder(n_embed=1280, n_layer=32).cuda() - else: - embedder = FrozenCLIPEmbedder().cuda() - - EmbeddingManager = partial(EmbeddingManager, embedder, ["*"]) - - string_to_token_dict = {} - string_to_param_dict = torch.nn.ParameterDict() - - placeholder_to_src = {} - - for manager_ckpt in args.manager_ckpts: - print(f"Parsing {manager_ckpt}...") - - manager = EmbeddingManager() - manager.load(manager_ckpt) - - for placeholder_string in manager.string_to_token_dict: - if placeholder_string not in string_to_token_dict: - string_to_token_dict[placeholder_string] = manager.string_to_token_dict[placeholder_string] - string_to_param_dict[placeholder_string] = manager.string_to_param_dict[placeholder_string] - - placeholder_to_src[placeholder_string] = manager_ckpt - else: - new_placeholder, new_token = get_placeholder_loop(placeholder_string, embedder, use_bert=args.use_bert) - string_to_token_dict[new_placeholder] = new_token - string_to_param_dict[new_placeholder] = manager.string_to_param_dict[placeholder_string] - - placeholder_to_src[new_placeholder] = manager_ckpt - - print("Saving combined manager...") - merged_manager = EmbeddingManager() - merged_manager.string_to_param_dict = string_to_param_dict - merged_manager.string_to_token_dict = string_to_token_dict - merged_manager.save(args.output_path) - - print("Managers merged. Final list of placeholders: ") - print(placeholder_to_src) diff --git a/scripts/orig_scripts/sample_diffusion.py b/scripts/orig_scripts/sample_diffusion.py deleted file mode 100644 index 76a9c1b5e6..0000000000 --- a/scripts/orig_scripts/sample_diffusion.py +++ /dev/null @@ -1,305 +0,0 @@ -import argparse -import datetime -import glob -import os -import sys -import time -import yaml - -import torch -import numpy as np -from tqdm import trange - -from omegaconf import OmegaConf -from PIL import Image - -from ldm.models.diffusion.ddim import DDIMSampler -from ldm.util import instantiate_from_config - - -def rescale(x: float) -> float: - return (x + 1.0) / 2.0 - - -def custom_to_pil(x): - x = x.detach().cpu() - x = torch.clamp(x, -1.0, 1.0) - x = (x + 1.0) / 2.0 - x = x.permute(1, 2, 0).numpy() - x = (255 * x).astype(np.uint8) - x = Image.fromarray(x) - if not x.mode == "RGB": - x = x.convert("RGB") - return x - - -def custom_to_np(x): - # saves the batch in adm style as in https://github.com/openai/guided-diffusion/blob/main/scripts/image_sample.py - sample = x.detach().cpu() - sample = ((sample + 1) * 127.5).clamp(0, 255).to(torch.uint8) - sample = sample.permute(0, 2, 3, 1) - sample = sample.contiguous() - return sample - - -def logs2pil(logs, keys=["sample"]): - imgs = dict() - for k in logs: - try: - if len(logs[k].shape) == 4: - img = custom_to_pil(logs[k][0, ...]) - elif len(logs[k].shape) == 3: - img = custom_to_pil(logs[k]) - else: - print(f"Unknown format for key {k}. ") - img = None - except Exception: - img = None - imgs[k] = img - return imgs - - -@torch.no_grad() -def convsample(model, shape, return_intermediates=True, verbose=True, make_prog_row=False): - if not make_prog_row: - return model.p_sample_loop(None, shape, return_intermediates=return_intermediates, verbose=verbose) - else: - return model.progressive_denoising(None, shape, verbose=True) - - -@torch.no_grad() -def convsample_ddim(model, steps, shape, eta=1.0): - ddim = DDIMSampler(model) - bs = shape[0] - shape = shape[1:] - samples, intermediates = ddim.sample( - steps, - batch_size=bs, - shape=shape, - eta=eta, - verbose=False, - ) - return samples, intermediates - - -@torch.no_grad() -def make_convolutional_sample( - model, - batch_size, - vanilla=False, - custom_steps=None, - eta=1.0, -): - log = dict() - - shape = [ - batch_size, - model.model.diffusion_model.in_channels, - model.model.diffusion_model.image_size, - model.model.diffusion_model.image_size, - ] - - with model.ema_scope("Plotting"): - t0 = time.time() - if vanilla: - sample, progrow = convsample(model, shape, make_prog_row=True) - else: - sample, intermediates = convsample_ddim(model, steps=custom_steps, shape=shape, eta=eta) - - t1 = time.time() - - x_sample = model.decode_first_stage(sample) - - log["sample"] = x_sample - log["time"] = t1 - t0 - log["throughput"] = sample.shape[0] / (t1 - t0) - print(f'Throughput for this batch: {log["throughput"]}') - return log - - -def run(model, logdir, batch_size=50, vanilla=False, custom_steps=None, eta=None, n_samples=50000, nplog=None): - if vanilla: - print(f"Using Vanilla DDPM sampling with {model.num_timesteps} sampling steps.") - else: - print(f"Using DDIM sampling with {custom_steps} sampling steps and eta={eta}") - - tstart = time.time() - n_saved = len(glob.glob(os.path.join(logdir, "*.png"))) - 1 - # path = logdir - if model.cond_stage_model is None: - all_images = [] - - print(f"Running unconditional sampling for {n_samples} samples") - for _ in trange(n_samples // batch_size, desc="Sampling Batches (unconditional)"): - logs = make_convolutional_sample( - model, batch_size=batch_size, vanilla=vanilla, custom_steps=custom_steps, eta=eta - ) - n_saved = save_logs(logs, logdir, n_saved=n_saved, key="sample") - all_images.extend([custom_to_np(logs["sample"])]) - if n_saved >= n_samples: - print(f"Finish after generating {n_saved} samples") - break - all_img = np.concatenate(all_images, axis=0) - all_img = all_img[:n_samples] - shape_str = "x".join([str(x) for x in all_img.shape]) - nppath = os.path.join(nplog, f"{shape_str}-samples.npz") - np.savez(nppath, all_img) - - else: - raise NotImplementedError("Currently only sampling for unconditional models supported.") - - print(f"sampling of {n_saved} images finished in {(time.time() - tstart) / 60.:.2f} minutes.") - - -def save_logs(logs, path, n_saved=0, key="sample", np_path=None): - for k in logs: - if k == key: - batch = logs[key] - if np_path is None: - for x in batch: - img = custom_to_pil(x) - imgpath = os.path.join(path, f"{key}_{n_saved:06}.png") - img.save(imgpath) - n_saved += 1 - else: - npbatch = custom_to_np(batch) - shape_str = "x".join([str(x) for x in npbatch.shape]) - nppath = os.path.join(np_path, f"{n_saved}-{shape_str}-samples.npz") - np.savez(nppath, npbatch) - n_saved += npbatch.shape[0] - return n_saved - - -def get_parser(): - parser = argparse.ArgumentParser() - parser.add_argument( - "-r", - "--resume", - type=str, - nargs="?", - help="load from logdir or checkpoint in logdir", - ) - parser.add_argument("-n", "--n_samples", type=int, nargs="?", help="number of samples to draw", default=50000) - parser.add_argument( - "-e", - "--eta", - type=float, - nargs="?", - help="eta for ddim sampling (0.0 yields deterministic sampling)", - default=1.0, - ) - parser.add_argument( - "-v", - "--vanilla_sample", - default=False, - action="store_true", - help="vanilla sampling (default option is DDIM sampling)?", - ) - parser.add_argument("-l", "--logdir", type=str, nargs="?", help="extra logdir", default="none") - parser.add_argument( - "-c", "--custom_steps", type=int, nargs="?", help="number of steps for ddim and fastdpm sampling", default=50 - ) - parser.add_argument("--batch_size", type=int, nargs="?", help="the bs", default=10) - return parser - - -def load_model_from_config(config, sd): - model = instantiate_from_config(config) - model.load_state_dict(sd, strict=False) - model.cuda() - model.eval() - return model - - -def load_model(config, ckpt, gpu, eval_mode): - if ckpt: - print(f"Loading model from {ckpt}") - pl_sd = torch.load(ckpt, map_location="cpu") - global_step = pl_sd["global_step"] - else: - pl_sd = {"state_dict": None} - global_step = None - model = load_model_from_config(config.model, pl_sd["state_dict"]) - - return model, global_step - - -if __name__ == "__main__": - now = datetime.datetime.now().strftime("%Y-%m-%d-%H-%M-%S") - sys.path.append(os.getcwd()) - command = " ".join(sys.argv) - - parser = get_parser() - opt, unknown = parser.parse_known_args() - ckpt = None - - if not os.path.exists(opt.resume): - raise ValueError("Cannot find {}".format(opt.resume)) - if os.path.isfile(opt.resume): - # paths = opt.resume.split("/") - try: - logdir = "/".join(opt.resume.split("/")[:-1]) - # idx = len(paths)-paths[::-1].index("logs")+1 - print(f"Logdir is {logdir}") - except ValueError: - paths = opt.resume.split("/") - idx = -2 # take a guess: path/to/logdir/checkpoints/model.ckpt - logdir = "/".join(paths[:idx]) - ckpt = opt.resume - else: - assert os.path.isdir(opt.resume), f"{opt.resume} is not a directory" - logdir = opt.resume.rstrip("/") - ckpt = os.path.join(logdir, "model.ckpt") - - base_configs = sorted(glob.glob(os.path.join(logdir, "config.yaml"))) - opt.base = base_configs - - configs = [OmegaConf.load(cfg) for cfg in opt.base] - cli = OmegaConf.from_dotlist(unknown) - config = OmegaConf.merge(*configs, cli) - - gpu = True - eval_mode = True - - if opt.logdir != "none": - locallog = logdir.split(os.sep)[-1] - if locallog == "": - locallog = logdir.split(os.sep)[-2] - print(f"Switching logdir from '{logdir}' to '{os.path.join(opt.logdir, locallog)}'") - logdir = os.path.join(opt.logdir, locallog) - - print(config) - - model, global_step = load_model(config, ckpt, gpu, eval_mode) - print(f"global step: {global_step}") - print(75 * "=") - print("logging to:") - logdir = os.path.join(logdir, "samples", f"{global_step:08}", now) - imglogdir = os.path.join(logdir, "img") - numpylogdir = os.path.join(logdir, "numpy") - - os.makedirs(imglogdir) - os.makedirs(numpylogdir) - print(logdir) - print(75 * "=") - - # write config out - sampling_file = os.path.join(logdir, "sampling_config.yaml") - sampling_conf = vars(opt) - - with open(sampling_file, "w") as f: - yaml.dump(sampling_conf, f, default_flow_style=False) - print(sampling_conf) - - run( - model, - imglogdir, - eta=opt.eta, - vanilla=opt.vanilla_sample, - n_samples=opt.n_samples, - custom_steps=opt.custom_steps, - batch_size=opt.batch_size, - nplog=numpylogdir, - ) - - print("done.") diff --git a/scripts/orig_scripts/train_searcher.py b/scripts/orig_scripts/train_searcher.py deleted file mode 100644 index 5fd2962f59..0000000000 --- a/scripts/orig_scripts/train_searcher.py +++ /dev/null @@ -1,169 +0,0 @@ -import os -import sys -import numpy as np -import scann -import argparse -import glob -from multiprocessing import cpu_count -from tqdm import tqdm - -from ldm.util import parallel_data_prefetch - - -def search_bruteforce(searcher): - return searcher.score_brute_force().build() - - -def search_partioned_ah( - searcher, dims_per_block, aiq_threshold, reorder_k, partioning_trainsize, num_leaves, num_leaves_to_search -): - return ( - searcher.tree( - num_leaves=num_leaves, num_leaves_to_search=num_leaves_to_search, training_sample_size=partioning_trainsize - ) - .score_ah(dims_per_block, anisotropic_quantization_threshold=aiq_threshold) - .reorder(reorder_k) - .build() - ) - - -def search_ah(searcher, dims_per_block, aiq_threshold, reorder_k): - return ( - searcher.score_ah(dims_per_block, anisotropic_quantization_threshold=aiq_threshold).reorder(reorder_k).build() - ) - - -def load_datapool(dpath): - def load_single_file(saved_embeddings): - compressed = np.load(saved_embeddings) - database = {key: compressed[key] for key in compressed.files} - return database - - def load_multi_files(data_archive): - database = {key: [] for key in data_archive[0].files} - for d in tqdm(data_archive, desc=f"Loading datapool from {len(data_archive)} individual files."): - for key in d.files: - database[key].append(d[key]) - - return database - - print(f'Load saved patch embedding from "{dpath}"') - file_content = glob.glob(os.path.join(dpath, "*.npz")) - - if len(file_content) == 1: - data_pool = load_single_file(file_content[0]) - elif len(file_content) > 1: - data = [np.load(f) for f in file_content] - prefetched_data = parallel_data_prefetch( - load_multi_files, data, n_proc=min(len(data), cpu_count()), target_data_type="dict" - ) - - data_pool = { - key: np.concatenate([od[key] for od in prefetched_data], axis=1)[0] for key in prefetched_data[0].keys() - } - else: - raise ValueError(f'No npz-files in specified path "{dpath}" is this directory existing?') - - print(f'Finished loading of retrieval database of length {data_pool["embedding"].shape[0]}.') - return data_pool - - -def train_searcher( - opt, - metric="dot_product", - partioning_trainsize=None, - reorder_k=None, - # todo tune - aiq_thld=0.2, - dims_per_block=2, - num_leaves=None, - num_leaves_to_search=None, -): - data_pool = load_datapool(opt.database) - k = opt.knn - - if not reorder_k: - reorder_k = 2 * k - - # normalize - # embeddings = - searcher = scann.scann_ops_pybind.builder( - data_pool["embedding"] / np.linalg.norm(data_pool["embedding"], axis=1)[:, np.newaxis], k, metric - ) - pool_size = data_pool["embedding"].shape[0] - - print(*(["#"] * 100)) - print("Initializing scaNN searcher with the following values:") - print(f"k: {k}") - print(f"metric: {metric}") - print(f"reorder_k: {reorder_k}") - print(f"anisotropic_quantization_threshold: {aiq_thld}") - print(f"dims_per_block: {dims_per_block}") - print(*(["#"] * 100)) - print("Start training searcher....") - print(f"N samples in pool is {pool_size}") - - # this reflects the recommended design choices proposed at - # https://github.com/google-research/google-research/blob/aca5f2e44e301af172590bb8e65711f0c9ee0cfd/scann/docs/algorithms.md - if pool_size < 2e4: - print("Using brute force search.") - searcher = search_bruteforce(searcher) - elif 2e4 <= pool_size and pool_size < 1e5: - print("Using asymmetric hashing search and reordering.") - searcher = search_ah(searcher, dims_per_block, aiq_thld, reorder_k) - else: - print("Using using partioning, asymmetric hashing search and reordering.") - - if not partioning_trainsize: - partioning_trainsize = data_pool["embedding"].shape[0] // 10 - if not num_leaves: - num_leaves = int(np.sqrt(pool_size)) - - if not num_leaves_to_search: - num_leaves_to_search = max(num_leaves // 20, 1) - - print("Partitioning params:") - print(f"num_leaves: {num_leaves}") - print(f"num_leaves_to_search: {num_leaves_to_search}") - # self.searcher = self.search_ah(searcher, dims_per_block, aiq_thld, reorder_k) - searcher = search_partioned_ah( - searcher, dims_per_block, aiq_thld, reorder_k, partioning_trainsize, num_leaves, num_leaves_to_search - ) - - print("Finish training searcher") - searcher_savedir = opt.target_path - os.makedirs(searcher_savedir, exist_ok=True) - searcher.serialize(searcher_savedir) - print(f'Saved trained searcher under "{searcher_savedir}"') - - -if __name__ == "__main__": - sys.path.append(os.getcwd()) - parser = argparse.ArgumentParser() - parser.add_argument( - "--database", - "-d", - default="data/rdm/retrieval_databases/openimages", - type=str, - help="path to folder containing the clip feature of the database", - ) - parser.add_argument( - "--target_path", - "-t", - default="data/rdm/searchers/openimages", - type=str, - help="path to the target folder where the searcher shall be stored.", - ) - parser.add_argument( - "--knn", - "-k", - default=20, - type=int, - help="number of nearest neighbors, for which the searcher shall be optimized", - ) - - opt, _ = parser.parse_known_args() - - train_searcher( - opt, - ) diff --git a/scripts/orig_scripts/txt2img.py b/scripts/orig_scripts/txt2img.py deleted file mode 100644 index 9f5b94f0dd..0000000000 --- a/scripts/orig_scripts/txt2img.py +++ /dev/null @@ -1,316 +0,0 @@ -import argparse -import os -import torch -import numpy as np -from omegaconf import OmegaConf -from PIL import Image -from tqdm import tqdm, trange -from itertools import islice -from einops import rearrange -from torchvision.utils import make_grid -from pytorch_lightning import seed_everything -from torch import autocast -from contextlib import nullcontext - -import k_diffusion as K -import torch.nn as nn - -from ldm.util import instantiate_from_config -from ldm.models.diffusion.ddim import DDIMSampler -from ldm.models.diffusion.plms import PLMSSampler -from ldm.invoke.devices import choose_torch_device - - -def chunk(it, size): - it = iter(it) - return iter(lambda: tuple(islice(it, size)), ()) - - -def load_model_from_config(config, ckpt, verbose=False): - print(f"Loading model from {ckpt}") - pl_sd = torch.load(ckpt, map_location="cpu") - if "global_step" in pl_sd: - print(f"Global Step: {pl_sd['global_step']}") - sd = pl_sd["state_dict"] - model = instantiate_from_config(config.model) - m, u = model.load_state_dict(sd, strict=False) - if len(m) > 0 and verbose: - print("missing keys:") - print(m) - if len(u) > 0 and verbose: - print("unexpected keys:") - print(u) - - model.to(choose_torch_device()) - model.eval() - return model - - -def main(): - parser = argparse.ArgumentParser() - - parser.add_argument( - "--prompt", - type=str, - nargs="?", - default="a painting of a virus monster playing guitar", - help="the prompt to render", - ) - parser.add_argument( - "--outdir", type=str, nargs="?", help="dir to write results to", default="outputs/txt2img-samples" - ) - parser.add_argument( - "--skip_grid", - action="store_true", - help="do not save a grid, only individual samples. Helpful when evaluating lots of samples", - ) - parser.add_argument( - "--skip_save", - action="store_true", - help="do not save individual samples. For speed measurements.", - ) - parser.add_argument( - "--ddim_steps", - type=int, - default=50, - help="number of ddim sampling steps", - ) - parser.add_argument( - "--plms", - action="store_true", - help="use plms sampling", - ) - parser.add_argument( - "--klms", - action="store_true", - help="use klms sampling", - ) - parser.add_argument( - "--laion400m", - action="store_true", - help="uses the LAION400M model", - ) - parser.add_argument( - "--fixed_code", - action="store_true", - help="if enabled, uses the same starting code across samples ", - ) - parser.add_argument( - "--ddim_eta", - type=float, - default=0.0, - help="ddim eta (eta=0.0 corresponds to deterministic sampling", - ) - parser.add_argument( - "--n_iter", - type=int, - default=2, - help="sample this often", - ) - parser.add_argument( - "--H", - type=int, - default=512, - help="image height, in pixel space", - ) - parser.add_argument( - "--W", - type=int, - default=512, - help="image width, in pixel space", - ) - parser.add_argument( - "--C", - type=int, - default=4, - help="latent channels", - ) - parser.add_argument( - "--f", - type=int, - default=8, - help="downsampling factor", - ) - parser.add_argument( - "--n_samples", - type=int, - default=3, - help="how many samples to produce for each given prompt. A.k.a. batch size", - ) - parser.add_argument( - "--n_rows", - type=int, - default=0, - help="rows in the grid (default: n_samples)", - ) - parser.add_argument( - "--scale", - type=float, - default=7.5, - help="unconditional guidance scale: eps = eps(x, empty) + scale * (eps(x, cond) - eps(x, empty))", - ) - parser.add_argument( - "--from-file", - type=str, - help="if specified, load prompts from this file", - ) - parser.add_argument( - "--config", - type=str, - default="configs/stable-diffusion/v1-inference.yaml", - help="path to config which constructs model", - ) - parser.add_argument( - "--ckpt", - type=str, - default="models/ldm/stable-diffusion-v1/model.ckpt", - help="path to checkpoint of model", - ) - parser.add_argument( - "--seed", - type=int, - default=42, - help="the seed (for reproducible sampling)", - ) - parser.add_argument( - "--precision", type=str, help="evaluate at this precision", choices=["full", "autocast"], default="autocast" - ) - opt = parser.parse_args() - - if opt.laion400m: - print("Falling back to LAION 400M model...") - opt.config = "configs/latent-diffusion/txt2img-1p4B-eval.yaml" - opt.ckpt = "models/ldm/text2img-large/model.ckpt" - opt.outdir = "outputs/txt2img-samples-laion400m" - - config = OmegaConf.load(f"{opt.config}") - model = load_model_from_config(config, f"{opt.ckpt}") - - seed_everything(opt.seed) - - device = torch.device(choose_torch_device()) - model = model.to(device) - - # for klms - model_wrap = K.external.CompVisDenoiser(model) - - class CFGDenoiser(nn.Module): - def __init__(self, model): - super().__init__() - self.inner_model = model - - def forward(self, x, sigma, uncond, cond, cond_scale): - x_in = torch.cat([x] * 2) - sigma_in = torch.cat([sigma] * 2) - cond_in = torch.cat([uncond, cond]) - uncond, cond = self.inner_model(x_in, sigma_in, cond=cond_in).chunk(2) - return uncond + (cond - uncond) * cond_scale - - if opt.plms: - sampler = PLMSSampler(model) - else: - sampler = DDIMSampler(model) - - os.makedirs(opt.outdir, exist_ok=True) - outpath = opt.outdir - - batch_size = opt.n_samples - n_rows = opt.n_rows if opt.n_rows > 0 else batch_size - if not opt.from_file: - prompt = opt.prompt - assert prompt is not None - data = [batch_size * [prompt]] - - else: - print(f"reading prompts from {opt.from_file}") - with open(opt.from_file, "r") as f: - data = f.read().splitlines() - if len(data) >= batch_size: - data = list(chunk(data, batch_size)) - else: - while len(data) < batch_size: - data.append(data[-1]) - data = [data] - - sample_path = os.path.join(outpath, "samples") - os.makedirs(sample_path, exist_ok=True) - base_count = len(os.listdir(sample_path)) - grid_count = len(os.listdir(outpath)) - 1 - - start_code = None - if opt.fixed_code: - shape = [opt.n_samples, opt.C, opt.H // opt.f, opt.W // opt.f] - if device.type == "mps": - start_code = torch.randn(shape, device="cpu").to(device) - else: - torch.randn(shape, device=device) - - precision_scope = autocast if opt.precision == "autocast" else nullcontext - if device.type in ["mps", "cpu"]: - precision_scope = nullcontext # have to use f32 on mps - with torch.no_grad(): - with precision_scope(device.type): - with model.ema_scope(): - all_samples = list() - for n in trange(opt.n_iter, desc="Sampling"): - for prompts in tqdm(data, desc="data"): - uc = None - if opt.scale != 1.0: - uc = model.get_learned_conditioning(batch_size * [""]) - if isinstance(prompts, tuple): - prompts = list(prompts) - c = model.get_learned_conditioning(prompts) - shape = [opt.C, opt.H // opt.f, opt.W // opt.f] - - if not opt.klms: - samples_ddim, _ = sampler.sample( - S=opt.ddim_steps, - conditioning=c, - batch_size=opt.n_samples, - shape=shape, - verbose=False, - unconditional_guidance_scale=opt.scale, - unconditional_conditioning=uc, - eta=opt.ddim_eta, - x_T=start_code, - ) - else: - sigmas = model_wrap.get_sigmas(opt.ddim_steps) - if start_code: - x = start_code - else: - x = torch.randn([opt.n_samples, *shape], device=device) * sigmas[0] # for GPU draw - model_wrap_cfg = CFGDenoiser(model_wrap) - extra_args = {"cond": c, "uncond": uc, "cond_scale": opt.scale} - samples_ddim = K.sampling.sample_lms(model_wrap_cfg, x, sigmas, extra_args=extra_args) - - x_samples_ddim = model.decode_first_stage(samples_ddim) - x_samples_ddim = torch.clamp((x_samples_ddim + 1.0) / 2.0, min=0.0, max=1.0) - - if not opt.skip_save: - for x_sample in x_samples_ddim: - x_sample = 255.0 * rearrange(x_sample.cpu().numpy(), "c h w -> h w c") - Image.fromarray(x_sample.astype(np.uint8)).save( - os.path.join(sample_path, f"{base_count:05}.png") - ) - base_count += 1 - - if not opt.skip_grid: - all_samples.append(x_samples_ddim) - - if not opt.skip_grid: - # additionally, save as grid - grid = torch.stack(all_samples, 0) - grid = rearrange(grid, "n b c h w -> (n b) c h w") - grid = make_grid(grid, nrow=n_rows) - - # to image - grid = 255.0 * rearrange(grid, "c h w -> h w c").cpu().numpy() - Image.fromarray(grid.astype(np.uint8)).save(os.path.join(outpath, f"grid-{grid_count:04}.png")) - grid_count += 1 - - print(f"Your samples are ready and waiting for you here: \n{outpath} \n" f" \nEnjoy.") - - -if __name__ == "__main__": - main() From 699dfa222e98ffa436e9c0d0290d9c38fee25bd1 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Sat, 2 Sep 2023 12:11:07 +1000 Subject: [PATCH 19/84] fix(ui): node UI elements do not select node on click Add a click handler for node wrapper component that exclusively selects that node, IF no other modifier keys are held. Technically I believe this means we are doubling up on the selection logic, as reactflow handles this internally also. But this is by far the most reliable way to fix the UX. --- .../flow/nodes/common/NodeWrapper.tsx | 21 +++++++++++++++---- .../src/features/nodes/store/nodesSlice.ts | 12 +++++++++++ 2 files changed, 29 insertions(+), 4 deletions(-) diff --git a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/common/NodeWrapper.tsx b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/common/NodeWrapper.tsx index 05e8abe7e3..d18abc1bf4 100644 --- a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/common/NodeWrapper.tsx +++ b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/common/NodeWrapper.tsx @@ -9,13 +9,20 @@ import { stateSelector } from 'app/store/store'; import { useAppDispatch, useAppSelector } from 'app/store/storeHooks'; import NodeSelectionOverlay from 'common/components/NodeSelectionOverlay'; import { useMouseOverNode } from 'features/nodes/hooks/useMouseOverNode'; +import { nodeExclusivelySelected } from 'features/nodes/store/nodesSlice'; import { DRAG_HANDLE_CLASSNAME, NODE_WIDTH, } from 'features/nodes/types/constants'; import { NodeStatus } from 'features/nodes/types/types'; import { contextMenusClosed } from 'features/ui/store/uiSlice'; -import { PropsWithChildren, memo, useCallback, useMemo } from 'react'; +import { + MouseEvent, + PropsWithChildren, + memo, + useCallback, + useMemo, +} from 'react'; type NodeWrapperProps = PropsWithChildren & { nodeId: string; @@ -57,9 +64,15 @@ const NodeWrapper = (props: NodeWrapperProps) => { const opacity = useAppSelector((state) => state.nodes.nodeOpacity); - const handleClick = useCallback(() => { - dispatch(contextMenusClosed()); - }, [dispatch]); + const handleClick = useCallback( + (e: MouseEvent) => { + if (!e.ctrlKey && !e.altKey && !e.metaKey && !e.shiftKey) { + dispatch(nodeExclusivelySelected(nodeId)); + } + dispatch(contextMenusClosed()); + }, + [dispatch, nodeId] + ); return ( ) => { + const nodeId = action.payload; + state.nodes = applyNodeChanges( + state.nodes.map((n) => ({ + id: n.id, + type: 'select', + selected: n.id === nodeId ? true : false, + })), + state.nodes + ); + }, selectedNodesChanged: (state, action: PayloadAction) => { state.selectedNodes = action.payload; }, @@ -892,6 +903,7 @@ export const { nodeEmbedWorkflowChanged, nodeIsIntermediateChanged, mouseOverNodeChanged, + nodeExclusivelySelected, } = nodesSlice.actions; export default nodesSlice.reducer; From fded8bee39ab5499840d8bb7bef99d40ea620e4b Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Sat, 2 Sep 2023 23:13:29 +1200 Subject: [PATCH 20/84] chore: Regen schema --- .../frontend/web/src/services/api/schema.d.ts | 38 +++++++++---------- 1 file changed, 19 insertions(+), 19 deletions(-) diff --git a/invokeai/frontend/web/src/services/api/schema.d.ts b/invokeai/frontend/web/src/services/api/schema.d.ts index 7658601715..821bd8bd2c 100644 --- a/invokeai/frontend/web/src/services/api/schema.d.ts +++ b/invokeai/frontend/web/src/services/api/schema.d.ts @@ -1678,15 +1678,15 @@ export type components = { */ refiner_scheduler?: string; /** - * Refiner Positive Aesthetic Store + * Refiner Positive Aesthetic Score * @description The aesthetic score used for the refiner */ - refiner_positive_aesthetic_store?: number; + refiner_positive_aesthetic_score?: number; /** - * Refiner Negative Aesthetic Store + * Refiner Negative Aesthetic Score * @description The aesthetic score used for the refiner */ - refiner_negative_aesthetic_store?: number; + refiner_negative_aesthetic_score?: number; /** * Refiner Start * @description The start value used for refiner denoising @@ -4627,15 +4627,15 @@ export type components = { */ refiner_scheduler?: string; /** - * Refiner Positive Aesthetic Store + * Refiner Positive Aesthetic Score * @description The aesthetic score used for the refiner */ - refiner_positive_aesthetic_store?: number; + refiner_positive_aesthetic_score?: number; /** - * Refiner Negative Aesthetic Store + * Refiner Negative Aesthetic Score * @description The aesthetic score used for the refiner */ - refiner_negative_aesthetic_store?: number; + refiner_negative_aesthetic_score?: number; /** * Refiner Start * @description The start value used for refiner denoising @@ -5852,12 +5852,12 @@ export type components = { */ target_height?: number; /** - * Clip + * CLIP 1 * @description CLIP (tokenizer, text encoder, LoRAs) and skipped layer count */ clip?: components["schemas"]["ClipField"]; /** - * Clip2 + * CLIP 2 * @description CLIP (tokenizer, text encoder, LoRAs) and skipped layer count */ clip2?: components["schemas"]["ClipField"]; @@ -5901,7 +5901,7 @@ export type components = { */ weight?: number; /** - * UNET + * UNet * @description UNet (scheduler, LoRAs) */ unet?: components["schemas"]["UNetField"]; @@ -7081,12 +7081,6 @@ export type components = { /** Ui Order */ ui_order?: number; }; - /** - * StableDiffusion1ModelFormat - * @description An enumeration. - * @enum {string} - */ - StableDiffusion1ModelFormat: "checkpoint" | "diffusers"; /** * StableDiffusion2ModelFormat * @description An enumeration. @@ -7100,17 +7094,23 @@ export type components = { */ StableDiffusionXLModelFormat: "checkpoint" | "diffusers"; /** - * StableDiffusionOnnxModelFormat + * StableDiffusion1ModelFormat * @description An enumeration. * @enum {string} */ - StableDiffusionOnnxModelFormat: "olive" | "onnx"; + StableDiffusion1ModelFormat: "checkpoint" | "diffusers"; /** * ControlNetModelFormat * @description An enumeration. * @enum {string} */ ControlNetModelFormat: "checkpoint" | "diffusers"; + /** + * StableDiffusionOnnxModelFormat + * @description An enumeration. + * @enum {string} + */ + StableDiffusionOnnxModelFormat: "olive" | "onnx"; }; responses: never; parameters: never; From b5f42bedce4827562d709b4c42d6e673199be4f9 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Sun, 3 Sep 2023 00:34:37 +1200 Subject: [PATCH 21/84] feat: Add Coherence Mode --- invokeai/frontend/web/public/locales/en.json | 1 + .../nodes/util/graphBuilders/addVAEToGraph.ts | 26 +-- .../graphBuilders/buildCanvasInpaintGraph.ts | 145 +++++++------- .../graphBuilders/buildCanvasOutpaintGraph.ts | 186 +++++++++-------- .../buildCanvasSDXLInpaintGraph.ts | 145 +++++++------- .../buildCanvasSDXLOutpaintGraph.ts | 187 +++++++++--------- .../ParamCanvasCoherenceMode.tsx | 41 ++++ .../ParamCompositingSettingsCollapse.tsx | 2 + .../parameters/store/generationSlice.ts | 10 + .../parameters/types/parameterSchemas.ts | 16 ++ 10 files changed, 422 insertions(+), 337 deletions(-) create mode 100644 invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/CoherencePass/ParamCanvasCoherenceMode.tsx diff --git a/invokeai/frontend/web/public/locales/en.json b/invokeai/frontend/web/public/locales/en.json index bcca3fc8e7..125554fc40 100644 --- a/invokeai/frontend/web/public/locales/en.json +++ b/invokeai/frontend/web/public/locales/en.json @@ -511,6 +511,7 @@ "maskBlur": "Blur", "maskBlurMethod": "Blur Method", "coherencePassHeader": "Coherence Pass", + "coherenceMode": "Mode", "coherenceSteps": "Steps", "coherenceStrength": "Strength", "seamLowThreshold": "Low", diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts index 34d37e9b17..8e77799293 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts @@ -32,7 +32,7 @@ export const addVAEToGraph = ( graph: NonNullableGraph, modelLoaderNodeId: string = MAIN_MODEL_LOADER ): void => { - const { vae } = state.generation; + const { vae, canvasCoherenceMode } = state.generation; const { boundingBoxScaleMethod } = state.canvas; const { shouldUseSDXLRefiner } = state.sdxl; @@ -136,16 +136,6 @@ export const addVAEToGraph = ( field: 'vae', }, }, - { - source: { - node_id: isAutoVae ? modelLoaderNodeId : VAE_LOADER, - field: isAutoVae && isOnnxModel ? 'vae_decoder' : 'vae', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'vae', - }, - }, { source: { node_id: isAutoVae ? modelLoaderNodeId : VAE_LOADER, @@ -157,6 +147,20 @@ export const addVAEToGraph = ( }, } ); + + // Handle Coherence Mode + if (canvasCoherenceMode === 'edge') { + graph.edges.push({ + source: { + node_id: isAutoVae ? modelLoaderNodeId : VAE_LOADER, + field: isAutoVae && isOnnxModel ? 'vae_decoder' : 'vae', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'vae', + }, + }); + } } if (shouldUseSDXLRefiner) { diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts index 1783174079..a87d20a08d 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts @@ -70,6 +70,7 @@ export const buildCanvasInpaintGraph = ( shouldUseCpuNoise, maskBlur, maskBlurMethod, + canvasCoherenceMode, canvasCoherenceSteps, canvasCoherenceStrength, clipSkip, @@ -176,21 +177,6 @@ export const buildCanvasInpaintGraph = ( b: 1, is_intermediate: true, }, - [CANVAS_COHERENCE_MASK_EDGE]: { - type: 'mask_edge', - id: CANVAS_COHERENCE_MASK_EDGE, - is_intermediate: true, - edge_blur: maskBlur, - edge_size: maskBlur * 2, - low_threshold: 100, - high_threshold: 200, - }, - [CANVAS_COHERENCE_INPAINT_CREATE_MASK]: { - type: 'create_denoise_mask', - id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, - }, [CANVAS_COHERENCE_DENOISE_LATENTS]: { type: 'denoise_latents', id: CANVAS_COHERENCE_DENOISE_LATENTS, @@ -333,27 +319,6 @@ export const buildCanvasInpaintGraph = ( field: 'denoise_mask', }, }, - // Create Coherence Mask - { - source: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'mask', - }, - }, - { - source: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'denoise_mask', - }, - destination: { - node_id: CANVAS_COHERENCE_DENOISE_LATENTS, - field: 'denoise_mask', - }, - }, // Iterate { source: { @@ -537,26 +502,6 @@ export const buildCanvasInpaintGraph = ( field: 'image', }, }, - { - source: { - node_id: INPAINT_IMAGE_RESIZE_UP, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'image', - }, - }, - { - source: { - node_id: MASK_RESIZE_UP, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - }, // Color Correct The Inpainted Result { source: { @@ -618,16 +563,6 @@ export const buildCanvasInpaintGraph = ( ...(graph.nodes[INPAINT_CREATE_MASK] as CreateDenoiseMaskInvocation), image: canvasInitImage, }; - graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { - ...(graph.nodes[ - CANVAS_COHERENCE_INPAINT_CREATE_MASK - ] as CreateDenoiseMaskInvocation), - image: canvasInitImage, - }; - graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { - ...(graph.nodes[CANVAS_COHERENCE_MASK_EDGE] as MaskEdgeInvocation), - image: canvasMaskImage, - }; graph.edges.push( // Color Correct The Inpainted Result @@ -654,6 +589,84 @@ export const buildCanvasInpaintGraph = ( ); } + // Handle Coherence Mode + if (canvasCoherenceMode === 'edge') { + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }; + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + type: 'create_denoise_mask', + id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + is_intermediate: true, + fp32: vaePrecision === 'fp32' ? true : false, + }; + + if (isUsingScaledDimensions) { + graph.edges.push( + { + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }, + { + source: { + node_id: INPAINT_IMAGE_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + } + ); + } else { + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + ...(graph.nodes[ + CANVAS_COHERENCE_INPAINT_CREATE_MASK + ] as CreateDenoiseMaskInvocation), + image: canvasInitImage, + }; + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + ...(graph.nodes[CANVAS_COHERENCE_MASK_EDGE] as MaskEdgeInvocation), + image: canvasMaskImage, + }; + } + + graph.edges.push( + { + source: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }, + { + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', + }, + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + } + ); + } + // Handle Seed if (shouldRandomizeSeed) { // Random int node to generate the starting seed diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts index 20f81611fe..fe2d3f1698 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts @@ -71,6 +71,7 @@ export const buildCanvasOutpaintGraph = ( shouldUseNoiseSettings, shouldUseCpuNoise, maskBlur, + canvasCoherenceMode, canvasCoherenceSteps, canvasCoherenceStrength, infillTileSize, @@ -185,21 +186,6 @@ export const buildCanvasOutpaintGraph = ( b: 1, is_intermediate: true, }, - [CANVAS_COHERENCE_MASK_EDGE]: { - type: 'mask_edge', - id: CANVAS_COHERENCE_MASK_EDGE, - is_intermediate: true, - edge_blur: maskBlur, - edge_size: maskBlur * 2, - low_threshold: 100, - high_threshold: 200, - }, - [CANVAS_COHERENCE_INPAINT_CREATE_MASK]: { - type: 'create_denoise_mask', - id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, - }, [CANVAS_COHERENCE_DENOISE_LATENTS]: { type: 'denoise_latents', id: CANVAS_COHERENCE_DENOISE_LATENTS, @@ -363,27 +349,6 @@ export const buildCanvasOutpaintGraph = ( field: 'denoise_mask', }, }, - // Create Coherence Mask - { - source: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'mask', - }, - }, - { - source: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'denoise_mask', - }, - destination: { - node_id: CANVAS_COHERENCE_DENOISE_LATENTS, - field: 'denoise_mask', - }, - }, // Iterate { source: { @@ -476,6 +441,16 @@ export const buildCanvasOutpaintGraph = ( field: 'latents', }, }, + { + source: { + node_id: INPAINT_INFILL, + field: 'image', + }, + destination: { + node_id: INPAINT_CREATE_MASK, + field: 'image', + }, + }, // Decode the result from Inpaint { source: { @@ -588,26 +563,7 @@ export const buildCanvasOutpaintGraph = ( field: 'image', }, }, - { - source: { - node_id: INPAINT_INFILL, - field: 'image', - }, - destination: { - node_id: INPAINT_CREATE_MASK, - field: 'image', - }, - }, - { - source: { - node_id: INPAINT_INFILL, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'image', - }, - }, + // Take combined mask and resize and then blur { source: { @@ -619,16 +575,7 @@ export const buildCanvasOutpaintGraph = ( field: 'image', }, }, - { - source: { - node_id: MASK_RESIZE_UP, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - }, + // Resize Results Down { source: { @@ -712,37 +659,6 @@ export const buildCanvasOutpaintGraph = ( }; graph.edges.push( - // Take combined mask and plug it to blur - { - source: { - node_id: INPAINT_INFILL, - field: 'image', - }, - destination: { - node_id: INPAINT_CREATE_MASK, - field: 'image', - }, - }, - { - source: { - node_id: MASK_COMBINE, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - }, - { - source: { - node_id: INPAINT_INFILL, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'image', - }, - }, // Color Correct The Inpainted Result { source: { @@ -777,6 +693,82 @@ export const buildCanvasOutpaintGraph = ( ); } + // Handle Coherence Mode + if (canvasCoherenceMode === 'edge') { + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }; + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + type: 'create_denoise_mask', + id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + is_intermediate: true, + fp32: vaePrecision === 'fp32' ? true : false, + }; + + if (isUsingScaledDimensions) { + graph.edges.push({ + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }); + } else { + graph.edges.push({ + source: { + node_id: MASK_COMBINE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }); + } + + graph.edges.push( + { + source: { + node_id: INPAINT_INFILL, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + }, + { + source: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }, + { + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', + }, + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + } + ); + } + // Handle Seed if (shouldRandomizeSeed) { // Random int node to generate the starting seed diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts index ca3f39257e..6b898e1db6 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts @@ -71,6 +71,7 @@ export const buildCanvasSDXLInpaintGraph = ( shouldUseCpuNoise, maskBlur, maskBlurMethod, + canvasCoherenceMode, canvasCoherenceSteps, canvasCoherenceStrength, seamlessXAxis, @@ -182,21 +183,6 @@ export const buildCanvasSDXLInpaintGraph = ( b: 1, is_intermediate: true, }, - [CANVAS_COHERENCE_MASK_EDGE]: { - type: 'mask_edge', - id: CANVAS_COHERENCE_MASK_EDGE, - is_intermediate: true, - edge_blur: maskBlur, - edge_size: maskBlur * 2, - low_threshold: 100, - high_threshold: 200, - }, - [CANVAS_COHERENCE_INPAINT_CREATE_MASK]: { - type: 'create_denoise_mask', - id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, - }, [CANVAS_COHERENCE_DENOISE_LATENTS]: { type: 'denoise_latents', id: CANVAS_COHERENCE_DENOISE_LATENTS, @@ -348,27 +334,6 @@ export const buildCanvasSDXLInpaintGraph = ( field: 'denoise_mask', }, }, - // Create Coherence Mask - { - source: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'mask', - }, - }, - { - source: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'denoise_mask', - }, - destination: { - node_id: CANVAS_COHERENCE_DENOISE_LATENTS, - field: 'denoise_mask', - }, - }, // Iterate { source: { @@ -552,26 +517,6 @@ export const buildCanvasSDXLInpaintGraph = ( field: 'image', }, }, - { - source: { - node_id: INPAINT_IMAGE_RESIZE_UP, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'image', - }, - }, - { - source: { - node_id: MASK_RESIZE_UP, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - }, // Color Correct The Inpainted Result { source: { @@ -633,16 +578,6 @@ export const buildCanvasSDXLInpaintGraph = ( ...(graph.nodes[INPAINT_CREATE_MASK] as CreateDenoiseMaskInvocation), image: canvasInitImage, }; - graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { - ...(graph.nodes[ - CANVAS_COHERENCE_INPAINT_CREATE_MASK - ] as CreateDenoiseMaskInvocation), - image: canvasInitImage, - }; - graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { - ...(graph.nodes[CANVAS_COHERENCE_MASK_EDGE] as MaskEdgeInvocation), - image: canvasMaskImage, - }; graph.edges.push( // Color Correct The Inpainted Result @@ -669,6 +604,84 @@ export const buildCanvasSDXLInpaintGraph = ( ); } + // Handle Coherence Mode + if (canvasCoherenceMode === 'edge') { + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }; + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + type: 'create_denoise_mask', + id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + is_intermediate: true, + fp32: vaePrecision === 'fp32' ? true : false, + }; + + if (isUsingScaledDimensions) { + graph.edges.push( + { + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }, + { + source: { + node_id: INPAINT_IMAGE_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + } + ); + } else { + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + ...(graph.nodes[ + CANVAS_COHERENCE_INPAINT_CREATE_MASK + ] as CreateDenoiseMaskInvocation), + image: canvasInitImage, + }; + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + ...(graph.nodes[CANVAS_COHERENCE_MASK_EDGE] as MaskEdgeInvocation), + image: canvasMaskImage, + }; + } + + graph.edges.push( + { + source: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }, + { + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', + }, + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + } + ); + } + // Handle Seed if (shouldRandomizeSeed) { // Random int node to generate the starting seed diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts index bd06228beb..c839815f98 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts @@ -72,9 +72,11 @@ export const buildCanvasSDXLOutpaintGraph = ( shouldUseNoiseSettings, shouldUseCpuNoise, maskBlur, + canvasCoherenceMode, canvasCoherenceSteps, canvasCoherenceStrength, infillTileSize, + infillPatchmatchDownscaleSize, infillMethod, seamlessXAxis, seamlessYAxis, @@ -190,21 +192,6 @@ export const buildCanvasSDXLOutpaintGraph = ( b: 1, is_intermediate: true, }, - [CANVAS_COHERENCE_MASK_EDGE]: { - type: 'mask_edge', - id: CANVAS_COHERENCE_MASK_EDGE, - is_intermediate: true, - edge_blur: maskBlur, - edge_size: maskBlur * 2, - low_threshold: 100, - high_threshold: 200, - }, - [CANVAS_COHERENCE_INPAINT_CREATE_MASK]: { - type: 'create_denoise_mask', - id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, - }, [CANVAS_COHERENCE_DENOISE_LATENTS]: { type: 'denoise_latents', id: CANVAS_COHERENCE_DENOISE_LATENTS, @@ -377,27 +364,6 @@ export const buildCanvasSDXLOutpaintGraph = ( field: 'denoise_mask', }, }, - // Create Coherence Mask - { - source: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'mask', - }, - }, - { - source: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'denoise_mask', - }, - destination: { - node_id: CANVAS_COHERENCE_DENOISE_LATENTS, - field: 'denoise_mask', - }, - }, // Iterate { source: { @@ -490,6 +456,16 @@ export const buildCanvasSDXLOutpaintGraph = ( field: 'latents', }, }, + { + source: { + node_id: INPAINT_INFILL, + field: 'image', + }, + destination: { + node_id: INPAINT_CREATE_MASK, + field: 'image', + }, + }, // Decode inpainted latents to image { source: { @@ -602,26 +578,7 @@ export const buildCanvasSDXLOutpaintGraph = ( field: 'image', }, }, - { - source: { - node_id: INPAINT_INFILL, - field: 'image', - }, - destination: { - node_id: INPAINT_CREATE_MASK, - field: 'image', - }, - }, - { - source: { - node_id: INPAINT_INFILL, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'image', - }, - }, + // Take combined mask and resize and then blur { source: { @@ -633,16 +590,7 @@ export const buildCanvasSDXLOutpaintGraph = ( field: 'image', }, }, - { - source: { - node_id: MASK_RESIZE_UP, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - }, + // Resize Results Down { source: { @@ -726,37 +674,6 @@ export const buildCanvasSDXLOutpaintGraph = ( }; graph.edges.push( - // Take combined mask and plug it to blur - { - source: { - node_id: INPAINT_INFILL, - field: 'image', - }, - destination: { - node_id: INPAINT_CREATE_MASK, - field: 'image', - }, - }, - { - source: { - node_id: MASK_COMBINE, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - }, - { - source: { - node_id: INPAINT_INFILL, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'image', - }, - }, // Color Correct The Inpainted Result { source: { @@ -791,6 +708,82 @@ export const buildCanvasSDXLOutpaintGraph = ( ); } + // Handle Coherence Mode + if (canvasCoherenceMode === 'edge') { + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }; + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + type: 'create_denoise_mask', + id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + is_intermediate: true, + fp32: vaePrecision === 'fp32' ? true : false, + }; + + if (isUsingScaledDimensions) { + graph.edges.push({ + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }); + } else { + graph.edges.push({ + source: { + node_id: MASK_COMBINE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }); + } + + graph.edges.push( + { + source: { + node_id: INPAINT_INFILL, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + }, + { + source: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }, + { + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', + }, + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + } + ); + } + // Handle Seed if (shouldRandomizeSeed) { // Random int node to generate the starting seed diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/CoherencePass/ParamCanvasCoherenceMode.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/CoherencePass/ParamCanvasCoherenceMode.tsx new file mode 100644 index 0000000000..398a11957c --- /dev/null +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/CoherencePass/ParamCanvasCoherenceMode.tsx @@ -0,0 +1,41 @@ +import type { RootState } from 'app/store/store'; +import { useAppDispatch, useAppSelector } from 'app/store/storeHooks'; +import { IAISelectDataType } from 'common/components/IAIMantineSearchableSelect'; +import IAIMantineSelect from 'common/components/IAIMantineSelect'; +import { setCanvasCoherenceMode } from 'features/parameters/store/generationSlice'; +import { CanvasCoherenceModeParam } from 'features/parameters/types/parameterSchemas'; + +import { memo } from 'react'; +import { useTranslation } from 'react-i18next'; + +const coherenceModeSelectData: IAISelectDataType[] = [ + { label: 'Full', value: 'full' }, + { label: 'Edge', value: 'edge' }, +]; + +const ParamCanvasCoherenceMode = () => { + const dispatch = useAppDispatch(); + const canvasCoherenceMode = useAppSelector( + (state: RootState) => state.generation.canvasCoherenceMode + ); + const { t } = useTranslation(); + + const handleCoherenceModeChange = (v: string | null) => { + if (!v) { + return; + } + + dispatch(setCanvasCoherenceMode(v as CanvasCoherenceModeParam)); + }; + + return ( + + ); +}; + +export default memo(ParamCanvasCoherenceMode); diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/ParamCompositingSettingsCollapse.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/ParamCompositingSettingsCollapse.tsx index c3c978e8a1..e06287c7c7 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/ParamCompositingSettingsCollapse.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/ParamCompositingSettingsCollapse.tsx @@ -3,6 +3,7 @@ import IAICollapse from 'common/components/IAICollapse'; import { memo } from 'react'; import { useTranslation } from 'react-i18next'; import SubParametersWrapper from '../../SubParametersWrapper'; +import ParamCanvasCoherenceMode from './CoherencePass/ParamCanvasCoherenceMode'; import ParamCanvasCoherenceSteps from './CoherencePass/ParamCanvasCoherenceSteps'; import ParamCanvasCoherenceStrength from './CoherencePass/ParamCanvasCoherenceStrength'; import ParamMaskBlur from './MaskAdjustment/ParamMaskBlur'; @@ -20,6 +21,7 @@ const ParamCompositingSettingsCollapse = () => { + diff --git a/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts b/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts index 7bbfc5149d..7703376e43 100644 --- a/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts +++ b/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts @@ -7,6 +7,7 @@ import { ImageDTO } from 'services/api/types'; import { clipSkipMap } from '../types/constants'; import { + CanvasCoherenceModeParam, CfgScaleParam, HeightParam, MainModelParam, @@ -37,6 +38,7 @@ export interface GenerationState { scheduler: SchedulerParam; maskBlur: number; maskBlurMethod: MaskBlurMethodParam; + canvasCoherenceMode: CanvasCoherenceModeParam; canvasCoherenceSteps: number; canvasCoherenceStrength: StrengthParam; seed: SeedParam; @@ -78,6 +80,7 @@ export const initialGenerationState: GenerationState = { scheduler: 'euler', maskBlur: 16, maskBlurMethod: 'box', + canvasCoherenceMode: 'edge', canvasCoherenceSteps: 20, canvasCoherenceStrength: 0.3, seed: 0, @@ -208,6 +211,12 @@ export const generationSlice = createSlice({ setMaskBlurMethod: (state, action: PayloadAction) => { state.maskBlurMethod = action.payload; }, + setCanvasCoherenceMode: ( + state, + action: PayloadAction + ) => { + state.canvasCoherenceMode = action.payload; + }, setCanvasCoherenceSteps: (state, action: PayloadAction) => { state.canvasCoherenceSteps = action.payload; }, @@ -331,6 +340,7 @@ export const { setScheduler, setMaskBlur, setMaskBlurMethod, + setCanvasCoherenceMode, setCanvasCoherenceSteps, setCanvasCoherenceStrength, setSeed, diff --git a/invokeai/frontend/web/src/features/parameters/types/parameterSchemas.ts b/invokeai/frontend/web/src/features/parameters/types/parameterSchemas.ts index e210efc414..e53749582b 100644 --- a/invokeai/frontend/web/src/features/parameters/types/parameterSchemas.ts +++ b/invokeai/frontend/web/src/features/parameters/types/parameterSchemas.ts @@ -418,6 +418,22 @@ export const isValidMaskBlurMethod = ( val: unknown ): val is MaskBlurMethodParam => zMaskBlurMethod.safeParse(val).success; +/** + * Zod schema for a Canvas Coherence Mode method parameter + */ +export const zCanvasCoherenceMode = z.enum(['full', 'edge']); +/** + * Type alias for Canvas Coherence Mode parameter, inferred from its zod schema + */ +export type CanvasCoherenceModeParam = z.infer; +/** + * Validates/type-guards a value as a mask blur method parameter + */ +export const isValidCoherenceModeParam = ( + val: unknown +): val is CanvasCoherenceModeParam => + zCanvasCoherenceMode.safeParse(val).success; + // /** // * Zod schema for BaseModelType // */ From 6cfabc585a579a3ce031e32ba2f6b614d901602d Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Sun, 3 Sep 2023 01:26:32 +1200 Subject: [PATCH 22/84] feat: Add Coherence Mode - Mask --- .../nodes/util/graphBuilders/addVAEToGraph.ts | 2 +- .../graphBuilders/buildCanvasInpaintGraph.ts | 130 ++++++++++------ .../graphBuilders/buildCanvasOutpaintGraph.ts | 144 +++++++++++------- .../buildCanvasSDXLInpaintGraph.ts | 130 ++++++++++------ .../buildCanvasSDXLOutpaintGraph.ts | 143 ++++++++++------- .../ParamCanvasCoherenceMode.tsx | 5 +- .../parameters/types/parameterSchemas.ts | 2 +- 7 files changed, 343 insertions(+), 213 deletions(-) diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts index 8e77799293..696c8afff2 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addVAEToGraph.ts @@ -149,7 +149,7 @@ export const addVAEToGraph = ( ); // Handle Coherence Mode - if (canvasCoherenceMode === 'edge') { + if (canvasCoherenceMode !== 'unmasked') { graph.edges.push({ source: { node_id: isAutoVae ? modelLoaderNodeId : VAE_LOADER, diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts index a87d20a08d..ea6ec17999 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts @@ -590,16 +590,8 @@ export const buildCanvasInpaintGraph = ( } // Handle Coherence Mode - if (canvasCoherenceMode === 'edge') { - graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { - type: 'mask_edge', - id: CANVAS_COHERENCE_MASK_EDGE, - is_intermediate: true, - edge_blur: maskBlur, - edge_size: maskBlur * 2, - low_threshold: 100, - high_threshold: 200, - }; + if (canvasCoherenceMode !== 'unmasked') { + // Create Mask If Coherence Mode Is Not Full graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { type: 'create_denoise_mask', id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, @@ -607,9 +599,65 @@ export const buildCanvasInpaintGraph = ( fp32: vaePrecision === 'fp32' ? true : false, }; + // Handle Image Input For Mask Creation if (isUsingScaledDimensions) { - graph.edges.push( - { + graph.edges.push({ + source: { + node_id: INPAINT_IMAGE_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + }); + } else { + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + ...(graph.nodes[ + CANVAS_COHERENCE_INPAINT_CREATE_MASK + ] as CreateDenoiseMaskInvocation), + image: canvasInitImage, + }; + } + + // Create Mask If Coherence Mode Is Mask + if (canvasCoherenceMode === 'mask') { + if (isUsingScaledDimensions) { + graph.edges.push({ + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }); + } else { + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + ...(graph.nodes[ + CANVAS_COHERENCE_INPAINT_CREATE_MASK + ] as CreateDenoiseMaskInvocation), + mask: canvasMaskImage, + }; + } + } + + // Create Mask Edge If Coherence Mode Is Edge + if (canvasCoherenceMode === 'edge') { + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }; + + // Handle Scaled Dimensions For Mask Edge + if (isUsingScaledDimensions) { + graph.edges.push({ source: { node_id: MASK_RESIZE_UP, field: 'image', @@ -618,33 +666,15 @@ export const buildCanvasInpaintGraph = ( node_id: CANVAS_COHERENCE_MASK_EDGE, field: 'image', }, - }, - { - source: { - node_id: INPAINT_IMAGE_RESIZE_UP, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'image', - }, - } - ); - } else { - graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { - ...(graph.nodes[ - CANVAS_COHERENCE_INPAINT_CREATE_MASK - ] as CreateDenoiseMaskInvocation), - image: canvasInitImage, - }; - graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { - ...(graph.nodes[CANVAS_COHERENCE_MASK_EDGE] as MaskEdgeInvocation), - image: canvasMaskImage, - }; - } + }); + } else { + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + ...(graph.nodes[CANVAS_COHERENCE_MASK_EDGE] as MaskEdgeInvocation), + image: canvasMaskImage, + }; + } - graph.edges.push( - { + graph.edges.push({ source: { node_id: CANVAS_COHERENCE_MASK_EDGE, field: 'image', @@ -653,18 +683,20 @@ export const buildCanvasInpaintGraph = ( node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, field: 'mask', }, + }); + } + + // Plug Denoise Mask To Coherence Denoise Latents + graph.edges.push({ + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', }, - { - source: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'denoise_mask', - }, - destination: { - node_id: CANVAS_COHERENCE_DENOISE_LATENTS, - field: 'denoise_mask', - }, - } - ); + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + }); } // Handle Seed diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts index fe2d3f1698..60e606e6da 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts @@ -563,7 +563,6 @@ export const buildCanvasOutpaintGraph = ( field: 'image', }, }, - // Take combined mask and resize and then blur { source: { @@ -694,16 +693,7 @@ export const buildCanvasOutpaintGraph = ( } // Handle Coherence Mode - if (canvasCoherenceMode === 'edge') { - graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { - type: 'mask_edge', - id: CANVAS_COHERENCE_MASK_EDGE, - is_intermediate: true, - edge_blur: maskBlur, - edge_size: maskBlur * 2, - low_threshold: 100, - high_threshold: 200, - }; + if (canvasCoherenceMode !== 'unmasked') { graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { type: 'create_denoise_mask', id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, @@ -711,42 +701,82 @@ export const buildCanvasOutpaintGraph = ( fp32: vaePrecision === 'fp32' ? true : false, }; - if (isUsingScaledDimensions) { - graph.edges.push({ - source: { - node_id: MASK_RESIZE_UP, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - }); - } else { - graph.edges.push({ - source: { - node_id: MASK_COMBINE, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - }); + // Handle Image Input For Mask Creation + graph.edges.push({ + source: { + node_id: INPAINT_INFILL, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + }); + + // Create Mask If Coherence Mode Is Mask + if (canvasCoherenceMode === 'mask') { + if (isUsingScaledDimensions) { + graph.edges.push({ + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }); + } else { + graph.edges.push({ + source: { + node_id: MASK_COMBINE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }); + } } - graph.edges.push( - { - source: { - node_id: INPAINT_INFILL, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'image', - }, - }, - { + if (canvasCoherenceMode === 'edge') { + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }; + + // Handle Scaled Dimensions For Mask Edge + if (isUsingScaledDimensions) { + graph.edges.push({ + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }); + } else { + graph.edges.push({ + source: { + node_id: MASK_COMBINE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }); + } + + graph.edges.push({ source: { node_id: CANVAS_COHERENCE_MASK_EDGE, field: 'image', @@ -755,18 +785,20 @@ export const buildCanvasOutpaintGraph = ( node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, field: 'mask', }, + }); + } + + // Plug Denoise Mask To Coherence Denoise Latents + graph.edges.push({ + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', }, - { - source: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'denoise_mask', - }, - destination: { - node_id: CANVAS_COHERENCE_DENOISE_LATENTS, - field: 'denoise_mask', - }, - } - ); + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + }); } // Handle Seed diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts index 6b898e1db6..f26a34a2b7 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts @@ -605,16 +605,8 @@ export const buildCanvasSDXLInpaintGraph = ( } // Handle Coherence Mode - if (canvasCoherenceMode === 'edge') { - graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { - type: 'mask_edge', - id: CANVAS_COHERENCE_MASK_EDGE, - is_intermediate: true, - edge_blur: maskBlur, - edge_size: maskBlur * 2, - low_threshold: 100, - high_threshold: 200, - }; + if (canvasCoherenceMode !== 'unmasked') { + // Create Mask If Coherence Mode Is Not Full graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { type: 'create_denoise_mask', id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, @@ -622,9 +614,65 @@ export const buildCanvasSDXLInpaintGraph = ( fp32: vaePrecision === 'fp32' ? true : false, }; + // Handle Image Input For Mask Creation if (isUsingScaledDimensions) { - graph.edges.push( - { + graph.edges.push({ + source: { + node_id: INPAINT_IMAGE_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + }); + } else { + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + ...(graph.nodes[ + CANVAS_COHERENCE_INPAINT_CREATE_MASK + ] as CreateDenoiseMaskInvocation), + image: canvasInitImage, + }; + } + + // Create Mask If Coherence Mode Is Mask + if (canvasCoherenceMode === 'mask') { + if (isUsingScaledDimensions) { + graph.edges.push({ + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }); + } else { + graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { + ...(graph.nodes[ + CANVAS_COHERENCE_INPAINT_CREATE_MASK + ] as CreateDenoiseMaskInvocation), + mask: canvasMaskImage, + }; + } + } + + // Create Mask Edge If Coherence Mode Is Edge + if (canvasCoherenceMode === 'edge') { + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }; + + // Handle Scaled Dimensions For Mask Edge + if (isUsingScaledDimensions) { + graph.edges.push({ source: { node_id: MASK_RESIZE_UP, field: 'image', @@ -633,33 +681,15 @@ export const buildCanvasSDXLInpaintGraph = ( node_id: CANVAS_COHERENCE_MASK_EDGE, field: 'image', }, - }, - { - source: { - node_id: INPAINT_IMAGE_RESIZE_UP, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'image', - }, - } - ); - } else { - graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { - ...(graph.nodes[ - CANVAS_COHERENCE_INPAINT_CREATE_MASK - ] as CreateDenoiseMaskInvocation), - image: canvasInitImage, - }; - graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { - ...(graph.nodes[CANVAS_COHERENCE_MASK_EDGE] as MaskEdgeInvocation), - image: canvasMaskImage, - }; - } + }); + } else { + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + ...(graph.nodes[CANVAS_COHERENCE_MASK_EDGE] as MaskEdgeInvocation), + image: canvasMaskImage, + }; + } - graph.edges.push( - { + graph.edges.push({ source: { node_id: CANVAS_COHERENCE_MASK_EDGE, field: 'image', @@ -668,18 +698,20 @@ export const buildCanvasSDXLInpaintGraph = ( node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, field: 'mask', }, + }); + } + + // Plug Denoise Mask To Coherence Denoise Latents + graph.edges.push({ + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', }, - { - source: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'denoise_mask', - }, - destination: { - node_id: CANVAS_COHERENCE_DENOISE_LATENTS, - field: 'denoise_mask', - }, - } - ); + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + }); } // Handle Seed diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts index c839815f98..da796f8a87 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts @@ -709,16 +709,7 @@ export const buildCanvasSDXLOutpaintGraph = ( } // Handle Coherence Mode - if (canvasCoherenceMode === 'edge') { - graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { - type: 'mask_edge', - id: CANVAS_COHERENCE_MASK_EDGE, - is_intermediate: true, - edge_blur: maskBlur, - edge_size: maskBlur * 2, - low_threshold: 100, - high_threshold: 200, - }; + if (canvasCoherenceMode !== 'unmasked') { graph.nodes[CANVAS_COHERENCE_INPAINT_CREATE_MASK] = { type: 'create_denoise_mask', id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, @@ -726,42 +717,82 @@ export const buildCanvasSDXLOutpaintGraph = ( fp32: vaePrecision === 'fp32' ? true : false, }; - if (isUsingScaledDimensions) { - graph.edges.push({ - source: { - node_id: MASK_RESIZE_UP, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - }); - } else { - graph.edges.push({ - source: { - node_id: MASK_COMBINE, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_MASK_EDGE, - field: 'image', - }, - }); + // Handle Image Input For Mask Creation + graph.edges.push({ + source: { + node_id: INPAINT_INFILL, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'image', + }, + }); + + // Create Mask If Coherence Mode Is Mask + if (canvasCoherenceMode === 'mask') { + if (isUsingScaledDimensions) { + graph.edges.push({ + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }); + } else { + graph.edges.push({ + source: { + node_id: MASK_COMBINE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'mask', + }, + }); + } } - graph.edges.push( - { - source: { - node_id: INPAINT_INFILL, - field: 'image', - }, - destination: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'image', - }, - }, - { + if (canvasCoherenceMode === 'edge') { + graph.nodes[CANVAS_COHERENCE_MASK_EDGE] = { + type: 'mask_edge', + id: CANVAS_COHERENCE_MASK_EDGE, + is_intermediate: true, + edge_blur: maskBlur, + edge_size: maskBlur * 2, + low_threshold: 100, + high_threshold: 200, + }; + + // Handle Scaled Dimensions For Mask Edge + if (isUsingScaledDimensions) { + graph.edges.push({ + source: { + node_id: MASK_RESIZE_UP, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }); + } else { + graph.edges.push({ + source: { + node_id: MASK_COMBINE, + field: 'image', + }, + destination: { + node_id: CANVAS_COHERENCE_MASK_EDGE, + field: 'image', + }, + }); + } + + graph.edges.push({ source: { node_id: CANVAS_COHERENCE_MASK_EDGE, field: 'image', @@ -770,18 +801,20 @@ export const buildCanvasSDXLOutpaintGraph = ( node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, field: 'mask', }, + }); + } + + // Plug Denoise Mask To Coherence Denoise Latents + graph.edges.push({ + source: { + node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, + field: 'denoise_mask', }, - { - source: { - node_id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, - field: 'denoise_mask', - }, - destination: { - node_id: CANVAS_COHERENCE_DENOISE_LATENTS, - field: 'denoise_mask', - }, - } - ); + destination: { + node_id: CANVAS_COHERENCE_DENOISE_LATENTS, + field: 'denoise_mask', + }, + }); } // Handle Seed diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/CoherencePass/ParamCanvasCoherenceMode.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/CoherencePass/ParamCanvasCoherenceMode.tsx index 398a11957c..afc68c94ac 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/CoherencePass/ParamCanvasCoherenceMode.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/CoherencePass/ParamCanvasCoherenceMode.tsx @@ -9,8 +9,9 @@ import { memo } from 'react'; import { useTranslation } from 'react-i18next'; const coherenceModeSelectData: IAISelectDataType[] = [ - { label: 'Full', value: 'full' }, - { label: 'Edge', value: 'edge' }, + { label: 'Unmasked', value: 'unmasked' }, + { label: 'Mask', value: 'mask' }, + { label: 'Mask Edge', value: 'edge' }, ]; const ParamCanvasCoherenceMode = () => { diff --git a/invokeai/frontend/web/src/features/parameters/types/parameterSchemas.ts b/invokeai/frontend/web/src/features/parameters/types/parameterSchemas.ts index e53749582b..5a77231739 100644 --- a/invokeai/frontend/web/src/features/parameters/types/parameterSchemas.ts +++ b/invokeai/frontend/web/src/features/parameters/types/parameterSchemas.ts @@ -421,7 +421,7 @@ export const isValidMaskBlurMethod = ( /** * Zod schema for a Canvas Coherence Mode method parameter */ -export const zCanvasCoherenceMode = z.enum(['full', 'edge']); +export const zCanvasCoherenceMode = z.enum(['unmasked', 'mask', 'edge']); /** * Type alias for Canvas Coherence Mode parameter, inferred from its zod schema */ From 4fa66b2ba8d4fbca37026526abca1eccd3e1738a Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Sun, 3 Sep 2023 01:39:01 +1200 Subject: [PATCH 23/84] ui: Move Coherence settings above mask settings --- .../Compositing/ParamCompositingSettingsCollapse.tsx | 10 +++++----- 1 file changed, 5 insertions(+), 5 deletions(-) diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/ParamCompositingSettingsCollapse.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/ParamCompositingSettingsCollapse.tsx index e06287c7c7..d0a0ff8f01 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/ParamCompositingSettingsCollapse.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/Compositing/ParamCompositingSettingsCollapse.tsx @@ -15,16 +15,16 @@ const ParamCompositingSettingsCollapse = () => { return ( - - - - - + + + + + ); From 85879d30139509a56f7040c76a9b1ab0c9427d69 Mon Sep 17 00:00:00 2001 From: Lincoln Stein Date: Sat, 2 Sep 2023 10:05:29 -0400 Subject: [PATCH 24/84] remove additional unused scripts --- scripts/controlnet_legacy_txt2img_example.py | 52 -------------------- scripts/create_checkpoint_template.py | 33 ------------- scripts/invokeai-model-install.py | 2 + scripts/verify_checkpoint_template.py | 37 -------------- 4 files changed, 2 insertions(+), 122 deletions(-) delete mode 100644 scripts/controlnet_legacy_txt2img_example.py delete mode 100755 scripts/create_checkpoint_template.py mode change 100644 => 100755 scripts/invokeai-model-install.py delete mode 100755 scripts/verify_checkpoint_template.py diff --git a/scripts/controlnet_legacy_txt2img_example.py b/scripts/controlnet_legacy_txt2img_example.py deleted file mode 100644 index 8400cc0290..0000000000 --- a/scripts/controlnet_legacy_txt2img_example.py +++ /dev/null @@ -1,52 +0,0 @@ -import os -import torch -import cv2 -import numpy as np -from PIL import Image - -from diffusers.utils import load_image -from diffusers.models.controlnet import ControlNetModel -from invokeai.backend.generator import Txt2Img -from invokeai.backend.model_management import ModelManager - - -print("loading 'Girl with a Pearl Earring' image") -image = load_image( - "https://hf.co/datasets/huggingface/documentation-images/resolve/main/diffusers/input_image_vermeer.png" -) -image.show() - -print("preprocessing image with Canny edge detection") -image_np = np.array(image) -low_threshold = 100 -high_threshold = 200 -canny_np = cv2.Canny(image_np, low_threshold, high_threshold) -canny_image = Image.fromarray(canny_np) -canny_image.show() - -# using invokeai model management for base model -print("loading base model stable-diffusion-1.5") -model_config_path = os.getcwd() + "/../configs/models.yaml" -model_manager = ModelManager(model_config_path) -model = model_manager.get_model("stable-diffusion-1.5") - -print("loading control model lllyasviel/sd-controlnet-canny") -canny_controlnet = ControlNetModel.from_pretrained("lllyasviel/sd-controlnet-canny", torch_dtype=torch.float16).to( - "cuda" -) - -print("testing Txt2Img() constructor with control_model arg") -txt2img_canny = Txt2Img(model, control_model=canny_controlnet) - -print("testing Txt2Img.generate() with control_image arg") -outputs = txt2img_canny.generate( - prompt="old man", - control_image=canny_image, - control_weight=1.0, - seed=0, - num_steps=30, - precision="float16", -) -generate_output = next(outputs) -out_image = generate_output.image -out_image.show() diff --git a/scripts/create_checkpoint_template.py b/scripts/create_checkpoint_template.py deleted file mode 100755 index 4b9bfe0ea2..0000000000 --- a/scripts/create_checkpoint_template.py +++ /dev/null @@ -1,33 +0,0 @@ -#!/usr/bin/env python -""" -Read a checkpoint/safetensors file and write out a template .json file containing -its metadata for use in fast model probing. -""" - -import argparse -import json - -from pathlib import Path - -from invokeai.backend.model_management.models.base import read_checkpoint_meta - -parser = argparse.ArgumentParser(description="Create a .json template from checkpoint/safetensors model") -parser.add_argument("--checkpoint", "--in", type=Path, help="Path to the input checkpoint/safetensors file") -parser.add_argument("--template", "--out", type=Path, help="Path to the output .json file") - -opt = parser.parse_args() -ckpt = read_checkpoint_meta(opt.checkpoint) -while "state_dict" in ckpt: - ckpt = ckpt["state_dict"] - -tmpl = {} - -for key, tensor in ckpt.items(): - tmpl[key] = list(tensor.shape) - -try: - with open(opt.template, "w") as f: - json.dump(tmpl, f) - print(f"Template written out as {opt.template}") -except Exception as e: - print(f"An exception occurred while writing template: {str(e)}") diff --git a/scripts/invokeai-model-install.py b/scripts/invokeai-model-install.py old mode 100644 new mode 100755 index b4b0dbc8ef..0cac857f8c --- a/scripts/invokeai-model-install.py +++ b/scripts/invokeai-model-install.py @@ -1,3 +1,5 @@ +#!/usr/bin/env python + from invokeai.frontend.install.model_install import main main() diff --git a/scripts/verify_checkpoint_template.py b/scripts/verify_checkpoint_template.py deleted file mode 100755 index 15194290f5..0000000000 --- a/scripts/verify_checkpoint_template.py +++ /dev/null @@ -1,37 +0,0 @@ -#!/usr/bin/env python -""" -Read a checkpoint/safetensors file and compare it to a template .json. -Returns True if their metadata match. -""" - -import sys -import argparse -import json - -from pathlib import Path - -from invokeai.backend.model_management.models.base import read_checkpoint_meta - -parser = argparse.ArgumentParser(description="Compare a checkpoint/safetensors file to a JSON metadata template.") -parser.add_argument("--checkpoint", "--in", type=Path, help="Path to the input checkpoint/safetensors file") -parser.add_argument("--template", "--out", type=Path, help="Path to the template .json file to match against") - -opt = parser.parse_args() -ckpt = read_checkpoint_meta(opt.checkpoint) -while "state_dict" in ckpt: - ckpt = ckpt["state_dict"] - -checkpoint_metadata = {} - -for key, tensor in ckpt.items(): - checkpoint_metadata[key] = list(tensor.shape) - -with open(opt.template, "r") as f: - template = json.load(f) - -if checkpoint_metadata == template: - print("True") - sys.exit(0) -else: - print("False") - sys.exit(-1) From b0cce8008a7cc5dc5acd72fb596aaf502c1c84dd Mon Sep 17 00:00:00 2001 From: Jonathan <34005131+JPPhoto@users.noreply.github.com> Date: Sat, 2 Sep 2023 23:31:12 -0500 Subject: [PATCH 25/84] Update communityNodes.md (#4442) * Update communityNodes.md Added some of my nodes to the community listing. --- docs/nodes/communityNodes.md | 14 ++++++++++++++ 1 file changed, 14 insertions(+) diff --git a/docs/nodes/communityNodes.md b/docs/nodes/communityNodes.md index 65aa55ee15..7fc610081e 100644 --- a/docs/nodes/communityNodes.md +++ b/docs/nodes/communityNodes.md @@ -22,12 +22,26 @@ To use a community node graph, download the the `.json` node graph file and load ![b920b710-1882-49a0-8d02-82dff2cca907](https://github.com/invoke-ai/InvokeAI/assets/25252829/7660c1ed-bf7d-4d0a-947f-1fc1679557ba) ![71a91805-fda5-481c-b380-264665703133](https://github.com/invoke-ai/InvokeAI/assets/25252829/f8f6a2ee-2b68-4482-87da-b90221d5c3e2) +-------------------------------- ### Ideal Size **Description:** This node calculates an ideal image size for a first pass of a multi-pass upscaling. The aim is to avoid duplication that results from choosing a size larger than the model is capable of. **Node Link:** https://github.com/JPPhoto/ideal-size-node +-------------------------------- +### Film Grain + +**Description:** This node adds a film grain effect to the input image based on the weights, seeds, and blur radii parameters. It works with RGB input images only. + +**Node Link:** https://github.com/JPPhoto/film-grain-node + +-------------------------------- +### Image Picker + +**Description:** This InvokeAI node takes in a collection of images and randomly chooses one. This can be useful when you have a number of poses to choose from for a ControlNet node, or a number of input images for another purpose. + +**Node Link:** https://github.com/JPPhoto/film-grain-node -------------------------------- ### Retroize From fee5cd9c7e060ea129dee52bcf8ccdae036baead Mon Sep 17 00:00:00 2001 From: Darren Ringer Date: Sun, 3 Sep 2023 02:37:36 -0400 Subject: [PATCH 26/84] Update communityNodes.md with a few more nodes Adds my (@dwringer's) released nodes to the community nodes page. --- docs/nodes/communityNodes.md | 80 ++++++++++++++++++++++++++++++++++++ 1 file changed, 80 insertions(+) diff --git a/docs/nodes/communityNodes.md b/docs/nodes/communityNodes.md index 7fc610081e..34dfbdb443 100644 --- a/docs/nodes/communityNodes.md +++ b/docs/nodes/communityNodes.md @@ -109,6 +109,86 @@ a Text-Generation-Webui instance (might work remotely too, but I never tried it) This node works best with SDXL models, especially as the style can be described independantly of the LLM's output. +-------------------------------- +### Depth Map from Wavefront OBJ + +**Description:** Render depth maps from Wavefront .obj files (triangulated) using this simple 3D renderer utilizing numpy and matplotlib to compute and color the scene. + +To be imported, an .obj must use triangulated meshes, so make sure to enable that option if exporting from a 3D modeling program. This renderer makes each triangle a solid color based on its average depth, so it will cause anomalies if your .obj has large triangles. In Blender, the Remesh modifier can be helpful to subdivide a mesh into small pieces that work well given these limitations. + +There are simple parameters to change the FOV, camera position, and model orientation. + +Additional parameters like different image sizes will probably be added, and things like more sophisticated rotations are planned but this node is experimental and may or may not change much. + +**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/depth_from_obj.py + +-------------------------------- +### Enhance Image + +**Description:** Boost or reduce color saturation, contrast, brightness, sharpness, or invert colors of any image at any stage with this simple wrapper for pillow [PIL]'s ImageEnhance module. + +Color inversion is toggled with a simple switch, while each of the four enhancer modes are activated by entering a value other than 1 in each corresponding input field. Values less than 1 will reduce the corresponding property, while values greater than 1 will enhance it. + +**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/image_enhance.py + +-------------------------------- +### Generative Grammar-Based Prompt Nodes + +**Description:** This generates prompts from simple user-defined grammar rules (loaded from custom files - examples provided below). The prompts are made by recursively expanding a special template string, replacing nonterminal "parts-of-speech" until no more nonterminal terms remain in the string. + +**Three nodes are included:** +- *Lookup Table from File* - loads a YAML file "prompt" section (or of a whole folder of YAML's) into a JSON-ified dictionary (Lookups output) +- *Lookups Entry from Prompt* - places a single entry in a new Lookups output under the specified heading +- *Prompt from LookupTable* - uses a Collection of Lookups as grammar rules from which to randomly generate prompts. + +**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/lookuptables.py + +**Example Templates:** +- https://github.com/dwringer/invoke-nodes/blob/main/example_template.yaml +- https://github.com/dwringer/invoke-nodes/blob/main/movies.yaml +- https://github.com/dwringer/invoke-nodes/blob/main/photograph.yaml + +**Example Usage:** +![lookups usage example graph](https://raw.githubusercontent.com/dwringer/invoke-nodes/main/lookuptables_usage.jpg) + +-------------------------------- +### Ideal Size Stepper + +**Description:** Plug in your full size dimensions as well as JPPhoto's Ideal Size node's output dimensions, and get 1, 2, or 3 intermediate pairs of dimensions for upscaling based on the natural log of the image area. Thus, each successive generation (from ideal size to full size) adds approximately the same percentage of new pixels to the image. Note this does not output the ideal size or full size dimensions. The 1, 2, or 3 outputs of this node are only the intermediate step sizes. + +There are up to three stages which determine how many intermediate sizes to compute and output. With Tapers B and C disabled, outputs A, B, and C will be the same (inactive outputs yield copies of the previous pair). With a taper assigned to B, Width/Height A and B will both be active with progressively larger intermediate resolutions, and if Taper C is activated, active outputs will be calculated with even finer gradations. + +**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/ideal_size_stepper.py + +-------------------------------- +### Image Compositor + +**Description:** Take a subject from an image with a flat backdrop and layer it on another image using a chroma key to specify a color value/threshold to remove backdrop pixels, or leave the color blank and a "flood select" will be used from the image corners. + +The subject image may be scaled using the fill X and fill Y options (enable both to stretch-fit). Final subject position may also be adjusted with X offset and Y offset. If used, chroma key may be specified either as an (R, G, B) tuple, or a CSS-3 color string. + +**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/image_composite.py + +-------------------------------- +### Final Size & Orientation / Random Switch (Integers) + +**Description:** Input two integers, get two out in random, landscape, or portrait orientations. + +Pretty self explanatory. You can just enter your height/width in the two inputs and then get the requested configurations of WxH or HxW from the two outputs. + +Contains two nodes: Final Size & Orientation, and Random Switch (Integer) which was the original, slightly more generalized version. + +**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/random_switch.py + +-------------------------------- +### Text Mask (simple 2D) + +**Description:** Create a white on black (or black on white) text image for use with controlnets or further processing in other nodes. Specify any TTF/OTF font file available to Invoke and control parameters to resize, rotate, and reposition the text. + +Currently this only generates one line of text, but it can be layered with other images using the Image Compositor node or any other such tool. + +**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/text_mask.py + -------------------------------- ### Example Node Template From c91ba2dbe793d38ff253c3b3b829b6b74ffd77be Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Mon, 4 Sep 2023 01:36:48 +1200 Subject: [PATCH 27/84] feat: Infer Model Name automatically if empty in Model Forms --- .../AddModelsPanel/AdvancedAddCheckpoint.tsx | 13 ++++++++++++- .../AddModelsPanel/AdvancedAddDiffusers.tsx | 10 +++++++++- 2 files changed, 21 insertions(+), 2 deletions(-) diff --git a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx index 5f82483cd3..4f452b0727 100644 --- a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx +++ b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx @@ -1,11 +1,11 @@ import { Flex } from '@chakra-ui/react'; import { useForm } from '@mantine/form'; -import { makeToast } from 'features/system/util/makeToast'; import { useAppDispatch } from 'app/store/storeHooks'; import IAIButton from 'common/components/IAIButton'; import IAIMantineTextInput from 'common/components/IAIMantineInput'; import IAISimpleCheckbox from 'common/components/IAISimpleCheckbox'; import { addToast } from 'features/system/store/systemSlice'; +import { makeToast } from 'features/system/util/makeToast'; import { useState } from 'react'; import { useTranslation } from 'react-i18next'; import { useAddMainModelsMutation } from 'services/api/endpoints/models'; @@ -100,6 +100,17 @@ export default function AdvancedAddCheckpoint( label="Model Location" required {...advancedAddCheckpointForm.getInputProps('path')} + onBlur={(e) => { + if (advancedAddCheckpointForm.values['model_name'] === '') { + advancedAddCheckpointForm.setFieldValue( + 'model_name', + e.currentTarget.value + .split('\\') + .splice(-1)[0] + ?.split('.')[0] as string + ); + } + }} /> { + if (advancedAddDiffusersForm.values['model_name'] === '') { + advancedAddDiffusersForm.setFieldValue( + 'model_name', + e.currentTarget.value.split('\\').splice(-1)[0] as string + ); + } + }} /> Date: Mon, 4 Sep 2023 10:16:57 +1200 Subject: [PATCH 28/84] fix: Support UNIX paths --- .../AddModelsPanel/AdvancedAddCheckpoint.tsx | 19 +++++++++++-------- .../AddModelsPanel/AdvancedAddDiffusers.tsx | 13 ++++++++----- 2 files changed, 19 insertions(+), 13 deletions(-) diff --git a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx index 4f452b0727..8a525c543b 100644 --- a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx +++ b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx @@ -28,7 +28,7 @@ export default function AdvancedAddCheckpoint( const advancedAddCheckpointForm = useForm({ initialValues: { - model_name: model_path?.split('\\').splice(-1)[0]?.split('.')[0] ?? '', + model_name: model_path?.match(/[^\\/]+$/)?.[0]?.split('.')[0] ?? '', base_model: 'sd-1', model_type: 'main', path: model_path ? model_path : '', @@ -102,13 +102,16 @@ export default function AdvancedAddCheckpoint( {...advancedAddCheckpointForm.getInputProps('path')} onBlur={(e) => { if (advancedAddCheckpointForm.values['model_name'] === '') { - advancedAddCheckpointForm.setFieldValue( - 'model_name', - e.currentTarget.value - .split('\\') - .splice(-1)[0] - ?.split('.')[0] as string - ); + const modelName = e.currentTarget.value + .match(/[^\\/]+$/)?.[0] + ?.split('.')[0]; + + if (modelName) { + advancedAddCheckpointForm.setFieldValue( + 'model_name', + modelName as string + ); + } } }} /> diff --git a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddDiffusers.tsx b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddDiffusers.tsx index f576f5a61f..469c0c7061 100644 --- a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddDiffusers.tsx +++ b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddDiffusers.tsx @@ -25,7 +25,7 @@ export default function AdvancedAddDiffusers(props: AdvancedAddDiffusersProps) { const advancedAddDiffusersForm = useForm({ initialValues: { - model_name: model_path?.split('\\').splice(-1)[0] ?? '', + model_name: model_path?.match(/[^\\/]+$/)?.[0] ?? '', base_model: 'sd-1', model_type: 'main', path: model_path ? model_path : '', @@ -94,10 +94,13 @@ export default function AdvancedAddDiffusers(props: AdvancedAddDiffusersProps) { {...advancedAddDiffusersForm.getInputProps('path')} onBlur={(e) => { if (advancedAddDiffusersForm.values['model_name'] === '') { - advancedAddDiffusersForm.setFieldValue( - 'model_name', - e.currentTarget.value.split('\\').splice(-1)[0] as string - ); + const modelName = e.currentTarget.value.match(/[^\\/]+$/)?.[0]; + if (modelName) { + advancedAddDiffusersForm.setFieldValue( + 'model_name', + modelName as string + ); + } } }} /> From 95f44ff3435766b42a227968d052b8dc84d0cc67 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Mon, 4 Sep 2023 10:52:27 +1200 Subject: [PATCH 29/84] fix: Make the name extraction work for both ckpts and folders --- .../AddModelsPanel/AdvancedAddCheckpoint.tsx | 8 +++----- .../AddModelsPanel/AdvancedAddDiffusers.tsx | 5 +++-- .../ModelManager/subpanels/AddModelsPanel/util.ts | 15 +++++++++++++++ 3 files changed, 21 insertions(+), 7 deletions(-) create mode 100644 invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/util.ts diff --git a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx index 8a525c543b..85dfb0ed8b 100644 --- a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx +++ b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddCheckpoint.tsx @@ -14,6 +14,7 @@ import { setAdvancedAddScanModel } from '../../store/modelManagerSlice'; import BaseModelSelect from '../shared/BaseModelSelect'; import CheckpointConfigsSelect from '../shared/CheckpointConfigsSelect'; import ModelVariantSelect from '../shared/ModelVariantSelect'; +import { getModelName } from './util'; type AdvancedAddCheckpointProps = { model_path?: string; @@ -28,7 +29,7 @@ export default function AdvancedAddCheckpoint( const advancedAddCheckpointForm = useForm({ initialValues: { - model_name: model_path?.match(/[^\\/]+$/)?.[0]?.split('.')[0] ?? '', + model_name: model_path ? getModelName(model_path) : '', base_model: 'sd-1', model_type: 'main', path: model_path ? model_path : '', @@ -102,10 +103,7 @@ export default function AdvancedAddCheckpoint( {...advancedAddCheckpointForm.getInputProps('path')} onBlur={(e) => { if (advancedAddCheckpointForm.values['model_name'] === '') { - const modelName = e.currentTarget.value - .match(/[^\\/]+$/)?.[0] - ?.split('.')[0]; - + const modelName = getModelName(e.currentTarget.value); if (modelName) { advancedAddCheckpointForm.setFieldValue( 'model_name', diff --git a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddDiffusers.tsx b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddDiffusers.tsx index 469c0c7061..181a6f4234 100644 --- a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddDiffusers.tsx +++ b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/AdvancedAddDiffusers.tsx @@ -11,6 +11,7 @@ import { DiffusersModelConfig } from 'services/api/types'; import { setAdvancedAddScanModel } from '../../store/modelManagerSlice'; import BaseModelSelect from '../shared/BaseModelSelect'; import ModelVariantSelect from '../shared/ModelVariantSelect'; +import { getModelName } from './util'; type AdvancedAddDiffusersProps = { model_path?: string; @@ -25,7 +26,7 @@ export default function AdvancedAddDiffusers(props: AdvancedAddDiffusersProps) { const advancedAddDiffusersForm = useForm({ initialValues: { - model_name: model_path?.match(/[^\\/]+$/)?.[0] ?? '', + model_name: model_path ? getModelName(model_path, false) : '', base_model: 'sd-1', model_type: 'main', path: model_path ? model_path : '', @@ -94,7 +95,7 @@ export default function AdvancedAddDiffusers(props: AdvancedAddDiffusersProps) { {...advancedAddDiffusersForm.getInputProps('path')} onBlur={(e) => { if (advancedAddDiffusersForm.values['model_name'] === '') { - const modelName = e.currentTarget.value.match(/[^\\/]+$/)?.[0]; + const modelName = getModelName(e.currentTarget.value, false); if (modelName) { advancedAddDiffusersForm.setFieldValue( 'model_name', diff --git a/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/util.ts b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/util.ts new file mode 100644 index 0000000000..7314a86908 --- /dev/null +++ b/invokeai/frontend/web/src/features/ui/components/tabs/ModelManager/subpanels/AddModelsPanel/util.ts @@ -0,0 +1,15 @@ +export function getModelName(filepath: string, isCheckpoint: boolean = true) { + let regex; + if (isCheckpoint) { + regex = new RegExp('[^\\\\/]+(?=\\.)'); + } else { + regex = new RegExp('[^\\\\/]+(?=[\\\\/]?$)'); + } + + const match = filepath.match(regex); + if (match) { + return match[0]; + } else { + return ''; + } +} From 1062fc4796bbcd661ffbe0e96b480e3deddedbb4 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Fri, 1 Sep 2023 19:40:27 +1000 Subject: [PATCH 30/84] feat: polymorphic fields Initial support for polymorphic field types. Polymorphic types are a single of or list of a specific type. For example, `Union[str, list[str]]`. Polymorphics do not yet have support for direct input in the UI (will come in the future). They will be forcibly set as Connection-only fields, in which case users will not be able to provide direct input to the field. If a polymorphic should present as a singleton type - which would allow direct input - the node must provide an explicit type hint. For example, `DenoiseLatents`' `CFG Scale` is polymorphic, but in the node editor, we want to present this as a number input. In the node definition, the field is given `ui_type=UIType.Float`, which tells the UI to treat this as a `float` field. The connection validation logic will prevent connecting a collection to `CFG Scale` in this situation, because it is typed as `float`. The workaround is to disable validation from the settings to make this specific connection. A future improvement will resolve this. This also introduces better support for collection field types. Like polymorphics, collection types are parsed automatically by the client and do not need any specific type hints. Also like polymorphics, there is no support yet for direct input of collection types in the UI. - Disabling validation in workflow editor now displays the visual hints for valid connections, but lets you connect to anything. - Added `ui_order: int` to `InputField` and `OutputField`. The UI will use this, if present, to order fields in a node UI. See usage in `DenoiseLatents` for an example. - Updated the field colors - duplicate colors have just been lightened a bit. It's not perfect but it was a quick fix. - Field handles for collections are the same color as their single counterparts, but have a dark dot in the center of them. - Field handles for polymorphics are a rounded square with dot in the middle. - Removed all fields that just render `null` from `InputFieldRenderer`, replaced with a single fallback - Removed logic in `zValidatedWorkflow`, which checked for existence of node templates for each node in a workflow. This logic introduced a circular dependency, due to importing the global redux `store` in order to get the node templates within a zod schema. It's actually fine to just leave this out entirely; The case of a missing node template is handled by the UI. Fixing it otherwise would introduce a substantial headache. - Fixed the `ControlNetInvocation.control_model` field default, which was a string when it shouldn't have one. --- invokeai/app/invocations/baseinvocation.py | 53 +- .../controlnet_image_processors.py | 4 +- invokeai/app/invocations/latent.py | 7 +- invokeai/app/invocations/primitives.py | 50 +- .../web/src/common/util/colorTokenToCssVar.ts | 2 +- .../nodes/Invocation/fields/FieldHandle.tsx | 21 +- .../nodes/Invocation/fields/InputField.tsx | 1 + .../Invocation/fields/InputFieldRenderer.tsx | 134 +--- .../fields/inputs/ControlInputField.tsx | 7 +- .../fields/inputs/ImageInputField.tsx | 2 +- .../fields/inputs/LatentsInputField.tsx | 7 +- .../fields/inputs/NumberInputField.tsx | 2 +- .../nodes/hooks/useIsValidConnection.ts | 91 ++- .../util/makeIsConnectionValidSelector.ts | 99 ++- .../web/src/features/nodes/types/constants.ts | 366 ++++++---- .../web/src/features/nodes/types/types.ts | 479 ++++++++++--- .../nodes/util/fieldTemplateBuilders.ts | 635 +++++++++++++----- .../features/nodes/util/fieldValueBuilders.ts | 143 ++-- .../frontend/web/src/services/api/schema.d.ts | 25 +- 19 files changed, 1408 insertions(+), 720 deletions(-) diff --git a/invokeai/app/invocations/baseinvocation.py b/invokeai/app/invocations/baseinvocation.py index 87c1d65113..ccc2b4d05f 100644 --- a/invokeai/app/invocations/baseinvocation.py +++ b/invokeai/app/invocations/baseinvocation.py @@ -105,24 +105,39 @@ class UIType(str, Enum): """ # region Primitives - Integer = "integer" - Float = "float" Boolean = "boolean" - String = "string" - Array = "array" - Image = "ImageField" - Latents = "LatentsField" + Color = "ColorField" Conditioning = "ConditioningField" Control = "ControlField" - Color = "ColorField" - ImageCollection = "ImageCollection" - ConditioningCollection = "ConditioningCollection" - ColorCollection = "ColorCollection" - LatentsCollection = "LatentsCollection" - IntegerCollection = "IntegerCollection" - FloatCollection = "FloatCollection" - StringCollection = "StringCollection" + Float = "float" + Image = "ImageField" + Integer = "integer" + Latents = "LatentsField" + String = "string" + # endregion + + # region Collection Primitives BooleanCollection = "BooleanCollection" + ColorCollection = "ColorCollection" + ConditioningCollection = "ConditioningCollection" + ControlCollection = "ControlCollection" + FloatCollection = "FloatCollection" + ImageCollection = "ImageCollection" + IntegerCollection = "IntegerCollection" + LatentsCollection = "LatentsCollection" + StringCollection = "StringCollection" + # endregion + + # region Polymorphic Primitives + BooleanPolymorphic = "BooleanPolymorphic" + ColorPolymorphic = "ColorPolymorphic" + ConditioningPolymorphic = "ConditioningPolymorphic" + ControlPolymorphic = "ControlPolymorphic" + FloatPolymorphic = "FloatPolymorphic" + ImagePolymorphic = "ImagePolymorphic" + IntegerPolymorphic = "IntegerPolymorphic" + LatentsPolymorphic = "LatentsPolymorphic" + StringPolymorphic = "StringPolymorphic" # endregion # region Models @@ -176,6 +191,7 @@ class _InputField(BaseModel): ui_type: Optional[UIType] ui_component: Optional[UIComponent] ui_order: Optional[int] + item_default: Optional[Any] class _OutputField(BaseModel): @@ -223,6 +239,7 @@ def InputField( ui_component: Optional[UIComponent] = None, ui_hidden: bool = False, ui_order: Optional[int] = None, + item_default: Optional[Any] = None, **kwargs: Any, ) -> Any: """ @@ -249,6 +266,11 @@ def InputField( For this case, you could provide `UIComponent.Textarea`. : param bool ui_hidden: [False] Specifies whether or not this field should be hidden in the UI. + + : param int ui_order: [None] Specifies the order in which this field should be rendered in the UI. \ + + : param bool item_default: [None] Specifies the default item value, if this is a collection input. \ + Ignored for non-collection fields.. """ return Field( *args, @@ -282,6 +304,7 @@ def InputField( ui_component=ui_component, ui_hidden=ui_hidden, ui_order=ui_order, + item_default=item_default, **kwargs, ) @@ -332,6 +355,8 @@ def OutputField( `UIType.SDXLMainModelField` to indicate that the field is an SDXL main model field. : param bool ui_hidden: [False] Specifies whether or not this field should be hidden in the UI. \ + + : param int ui_order: [None] Specifies the order in which this field should be rendered in the UI. \ """ return Field( *args, diff --git a/invokeai/app/invocations/controlnet_image_processors.py b/invokeai/app/invocations/controlnet_image_processors.py index a666c5d6f4..272afb3a4c 100644 --- a/invokeai/app/invocations/controlnet_image_processors.py +++ b/invokeai/app/invocations/controlnet_image_processors.py @@ -100,9 +100,7 @@ class ControlNetInvocation(BaseInvocation): """Collects ControlNet info to pass to other nodes""" image: ImageField = InputField(description="The control image") - control_model: ControlNetModelField = InputField( - default="lllyasviel/sd-controlnet-canny", description=FieldDescriptions.controlnet_model, input=Input.Direct - ) + control_model: ControlNetModelField = InputField(description=FieldDescriptions.controlnet_model, input=Input.Direct) control_weight: Union[float, List[float]] = InputField( default=1.0, description="The weight given to the ControlNet", ui_type=UIType.Float ) diff --git a/invokeai/app/invocations/latent.py b/invokeai/app/invocations/latent.py index 6357c1ac7b..96ad49165a 100644 --- a/invokeai/app/invocations/latent.py +++ b/invokeai/app/invocations/latent.py @@ -208,7 +208,10 @@ class DenoiseLatentsInvocation(BaseInvocation): ) unet: UNetField = InputField(description=FieldDescriptions.unet, input=Input.Connection, title="UNet", ui_order=2) control: Union[ControlField, list[ControlField]] = InputField( - default=None, description=FieldDescriptions.control, input=Input.Connection, ui_order=5 + default=None, + description=FieldDescriptions.control, + input=Input.Connection, + ui_order=5, ) latents: Optional[LatentsField] = InputField(description=FieldDescriptions.latents, input=Input.Connection) denoise_mask: Optional[DenoiseMaskField] = InputField( @@ -317,7 +320,7 @@ class DenoiseLatentsInvocation(BaseInvocation): context: InvocationContext, # really only need model for dtype and device model: StableDiffusionGeneratorPipeline, - control_input: List[ControlField], + control_input: Union[ControlField, List[ControlField]], latents_shape: List[int], exit_stack: ExitStack, do_classifier_free_guidance: bool = True, diff --git a/invokeai/app/invocations/primitives.py b/invokeai/app/invocations/primitives.py index d002ba8ddc..81914ab2af 100644 --- a/invokeai/app/invocations/primitives.py +++ b/invokeai/app/invocations/primitives.py @@ -14,7 +14,6 @@ from .baseinvocation import ( InvocationContext, OutputField, UIComponent, - UIType, invocation, invocation_output, ) @@ -40,7 +39,9 @@ class BooleanOutput(BaseInvocationOutput): class BooleanCollectionOutput(BaseInvocationOutput): """Base class for nodes that output a collection of booleans""" - collection: list[bool] = OutputField(description="The output boolean collection", ui_type=UIType.BooleanCollection) + collection: list[bool] = OutputField( + description="The output boolean collection", + ) @invocation("boolean", title="Boolean Primitive", tags=["primitives", "boolean"], category="primitives") @@ -62,9 +63,7 @@ class BooleanInvocation(BaseInvocation): class BooleanCollectionInvocation(BaseInvocation): """A collection of boolean primitive values""" - collection: list[bool] = InputField( - default_factory=list, description="The collection of boolean values", ui_type=UIType.BooleanCollection - ) + collection: list[bool] = InputField(default_factory=list, description="The collection of boolean values") def invoke(self, context: InvocationContext) -> BooleanCollectionOutput: return BooleanCollectionOutput(collection=self.collection) @@ -86,7 +85,9 @@ class IntegerOutput(BaseInvocationOutput): class IntegerCollectionOutput(BaseInvocationOutput): """Base class for nodes that output a collection of integers""" - collection: list[int] = OutputField(description="The int collection", ui_type=UIType.IntegerCollection) + collection: list[int] = OutputField( + description="The int collection", + ) @invocation("integer", title="Integer Primitive", tags=["primitives", "integer"], category="primitives") @@ -108,9 +109,7 @@ class IntegerInvocation(BaseInvocation): class IntegerCollectionInvocation(BaseInvocation): """A collection of integer primitive values""" - collection: list[int] = InputField( - default_factory=list, description="The collection of integer values", ui_type=UIType.IntegerCollection - ) + collection: list[int] = InputField(default_factory=list, description="The collection of integer values") def invoke(self, context: InvocationContext) -> IntegerCollectionOutput: return IntegerCollectionOutput(collection=self.collection) @@ -132,7 +131,9 @@ class FloatOutput(BaseInvocationOutput): class FloatCollectionOutput(BaseInvocationOutput): """Base class for nodes that output a collection of floats""" - collection: list[float] = OutputField(description="The float collection", ui_type=UIType.FloatCollection) + collection: list[float] = OutputField( + description="The float collection", + ) @invocation("float", title="Float Primitive", tags=["primitives", "float"], category="primitives") @@ -154,9 +155,7 @@ class FloatInvocation(BaseInvocation): class FloatCollectionInvocation(BaseInvocation): """A collection of float primitive values""" - collection: list[float] = InputField( - default_factory=list, description="The collection of float values", ui_type=UIType.FloatCollection - ) + collection: list[float] = InputField(default_factory=list, description="The collection of float values") def invoke(self, context: InvocationContext) -> FloatCollectionOutput: return FloatCollectionOutput(collection=self.collection) @@ -178,7 +177,9 @@ class StringOutput(BaseInvocationOutput): class StringCollectionOutput(BaseInvocationOutput): """Base class for nodes that output a collection of strings""" - collection: list[str] = OutputField(description="The output strings", ui_type=UIType.StringCollection) + collection: list[str] = OutputField( + description="The output strings", + ) @invocation("string", title="String Primitive", tags=["primitives", "string"], category="primitives") @@ -200,9 +201,7 @@ class StringInvocation(BaseInvocation): class StringCollectionInvocation(BaseInvocation): """A collection of string primitive values""" - collection: list[str] = InputField( - default_factory=list, description="The collection of string values", ui_type=UIType.StringCollection - ) + collection: list[str] = InputField(default_factory=list, description="The collection of string values") def invoke(self, context: InvocationContext) -> StringCollectionOutput: return StringCollectionOutput(collection=self.collection) @@ -232,7 +231,9 @@ class ImageOutput(BaseInvocationOutput): class ImageCollectionOutput(BaseInvocationOutput): """Base class for nodes that output a collection of images""" - collection: list[ImageField] = OutputField(description="The output images", ui_type=UIType.ImageCollection) + collection: list[ImageField] = OutputField( + description="The output images", + ) @invocation("image", title="Image Primitive", tags=["primitives", "image"], category="primitives") @@ -260,9 +261,7 @@ class ImageInvocation(BaseInvocation): class ImageCollectionInvocation(BaseInvocation): """A collection of image primitive values""" - collection: list[ImageField] = InputField( - default_factory=list, description="The collection of image values", ui_type=UIType.ImageCollection - ) + collection: list[ImageField] = InputField(default_factory=list, description="The collection of image values") def invoke(self, context: InvocationContext) -> ImageCollectionOutput: return ImageCollectionOutput(collection=self.collection) @@ -316,7 +315,6 @@ class LatentsCollectionOutput(BaseInvocationOutput): collection: list[LatentsField] = OutputField( description=FieldDescriptions.latents, - ui_type=UIType.LatentsCollection, ) @@ -342,7 +340,7 @@ class LatentsCollectionInvocation(BaseInvocation): """A collection of latents tensor primitive values""" collection: list[LatentsField] = InputField( - description="The collection of latents tensors", ui_type=UIType.LatentsCollection + description="The collection of latents tensors", ) def invoke(self, context: InvocationContext) -> LatentsCollectionOutput: @@ -385,7 +383,9 @@ class ColorOutput(BaseInvocationOutput): class ColorCollectionOutput(BaseInvocationOutput): """Base class for nodes that output a collection of colors""" - collection: list[ColorField] = OutputField(description="The output colors", ui_type=UIType.ColorCollection) + collection: list[ColorField] = OutputField( + description="The output colors", + ) @invocation("color", title="Color Primitive", tags=["primitives", "color"], category="primitives") @@ -422,7 +422,6 @@ class ConditioningCollectionOutput(BaseInvocationOutput): collection: list[ConditioningField] = OutputField( description="The output conditioning tensors", - ui_type=UIType.ConditioningCollection, ) @@ -453,7 +452,6 @@ class ConditioningCollectionInvocation(BaseInvocation): collection: list[ConditioningField] = InputField( default_factory=list, description="The collection of conditioning tensors", - ui_type=UIType.ConditioningCollection, ) def invoke(self, context: InvocationContext) -> ConditioningCollectionOutput: diff --git a/invokeai/frontend/web/src/common/util/colorTokenToCssVar.ts b/invokeai/frontend/web/src/common/util/colorTokenToCssVar.ts index e29005186f..87724d9c9b 100644 --- a/invokeai/frontend/web/src/common/util/colorTokenToCssVar.ts +++ b/invokeai/frontend/web/src/common/util/colorTokenToCssVar.ts @@ -1,2 +1,2 @@ export const colorTokenToCssVar = (colorToken: string) => - `var(--invokeai-colors-${colorToken.split('.').join('-')}`; + `var(--invokeai-colors-${colorToken.split('.').join('-')})`; diff --git a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/FieldHandle.tsx b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/FieldHandle.tsx index 14924a16fe..02b18e7178 100644 --- a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/FieldHandle.tsx +++ b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/FieldHandle.tsx @@ -1,8 +1,10 @@ import { Tooltip } from '@chakra-ui/react'; import { colorTokenToCssVar } from 'common/util/colorTokenToCssVar'; import { + COLLECTION_TYPES, FIELDS, HANDLE_TOOLTIP_OPEN_DELAY, + POLYMORPHIC_TYPES, } from 'features/nodes/types/constants'; import { InputFieldTemplate, @@ -18,6 +20,7 @@ export const handleBaseStyles: CSSProperties = { borderWidth: 0, zIndex: 1, }; +``; export const inputHandleStyles: CSSProperties = { left: '-1rem', @@ -44,15 +47,24 @@ const FieldHandle = (props: FieldHandleProps) => { connectionError, } = props; const { name, type } = fieldTemplate; - const { color, title } = FIELDS[type]; + const { color: typeColor, title } = FIELDS[type]; const styles: CSSProperties = useMemo(() => { + const isCollectionType = COLLECTION_TYPES.includes(type); + const isPolymorphicType = POLYMORPHIC_TYPES.includes(type); + const color = colorTokenToCssVar(typeColor); const s: CSSProperties = { - backgroundColor: colorTokenToCssVar(color), + backgroundColor: + isCollectionType || isPolymorphicType + ? 'var(--invokeai-colors-base-900)' + : color, position: 'absolute', width: '1rem', height: '1rem', - borderWidth: 0, + borderWidth: isCollectionType || isPolymorphicType ? 4 : 0, + borderStyle: 'solid', + borderColor: color, + borderRadius: isPolymorphicType ? 4 : '100%', zIndex: 1, }; @@ -78,11 +90,12 @@ const FieldHandle = (props: FieldHandleProps) => { return s; }, [ - color, connectionError, handleType, isConnectionInProgress, isConnectionStartField, + type, + typeColor, ]); const tooltip = useMemo(() => { diff --git a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/InputField.tsx b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/InputField.tsx index 6ad8e14bc2..bee5264e00 100644 --- a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/InputField.tsx +++ b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/InputField.tsx @@ -75,6 +75,7 @@ const InputField = ({ nodeId, fieldName }: Props) => { sx={{ display: 'flex', alignItems: 'center', + h: 'full', mb: 0, px: 1, gap: 2, diff --git a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/InputFieldRenderer.tsx b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/InputFieldRenderer.tsx index bb9637cd73..fa5c4533c2 100644 --- a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/InputFieldRenderer.tsx +++ b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/InputFieldRenderer.tsx @@ -3,18 +3,10 @@ import { useFieldData } from 'features/nodes/hooks/useFieldData'; import { useFieldTemplate } from 'features/nodes/hooks/useFieldTemplate'; import { memo } from 'react'; import BooleanInputField from './inputs/BooleanInputField'; -import ClipInputField from './inputs/ClipInputField'; -import CollectionInputField from './inputs/CollectionInputField'; -import CollectionItemInputField from './inputs/CollectionItemInputField'; import ColorInputField from './inputs/ColorInputField'; -import ConditioningInputField from './inputs/ConditioningInputField'; -import ControlInputField from './inputs/ControlInputField'; import ControlNetModelInputField from './inputs/ControlNetModelInputField'; -import DenoiseMaskInputField from './inputs/DenoiseMaskInputField'; import EnumInputField from './inputs/EnumInputField'; -import ImageCollectionInputField from './inputs/ImageCollectionInputField'; import ImageInputField from './inputs/ImageInputField'; -import LatentsInputField from './inputs/LatentsInputField'; import LoRAModelInputField from './inputs/LoRAModelInputField'; import MainModelInputField from './inputs/MainModelInputField'; import NumberInputField from './inputs/NumberInputField'; @@ -22,8 +14,6 @@ import RefinerModelInputField from './inputs/RefinerModelInputField'; import SDXLMainModelInputField from './inputs/SDXLMainModelInputField'; import SchedulerInputField from './inputs/SchedulerInputField'; import StringInputField from './inputs/StringInputField'; -import UnetInputField from './inputs/UnetInputField'; -import VaeInputField from './inputs/VaeInputField'; import VaeModelInputField from './inputs/VaeModelInputField'; type InputFieldProps = { @@ -31,7 +21,6 @@ type InputFieldProps = { fieldName: string; }; -// build an individual input element based on the schema const InputFieldRenderer = ({ nodeId, fieldName }: InputFieldProps) => { const field = useFieldData(nodeId, fieldName); const fieldTemplate = useFieldTemplate(nodeId, fieldName, 'input'); @@ -93,88 +82,6 @@ const InputFieldRenderer = ({ nodeId, fieldName }: InputFieldProps) => { ); } - if ( - field?.type === 'LatentsField' && - fieldTemplate?.type === 'LatentsField' - ) { - return ( - - ); - } - - if ( - field?.type === 'DenoiseMaskField' && - fieldTemplate?.type === 'DenoiseMaskField' - ) { - return ( - - ); - } - - if ( - field?.type === 'ConditioningField' && - fieldTemplate?.type === 'ConditioningField' - ) { - return ( - - ); - } - - if (field?.type === 'UNetField' && fieldTemplate?.type === 'UNetField') { - return ( - - ); - } - - if (field?.type === 'ClipField' && fieldTemplate?.type === 'ClipField') { - return ( - - ); - } - - if (field?.type === 'VaeField' && fieldTemplate?.type === 'VaeField') { - return ( - - ); - } - - if ( - field?.type === 'ControlField' && - fieldTemplate?.type === 'ControlField' - ) { - return ( - - ); - } - if ( field?.type === 'MainModelField' && fieldTemplate?.type === 'MainModelField' @@ -240,29 +147,6 @@ const InputFieldRenderer = ({ nodeId, fieldName }: InputFieldProps) => { ); } - if (field?.type === 'Collection' && fieldTemplate?.type === 'Collection') { - return ( - - ); - } - - if ( - field?.type === 'CollectionItem' && - fieldTemplate?.type === 'CollectionItem' - ) { - return ( - - ); - } - if (field?.type === 'ColorField' && fieldTemplate?.type === 'ColorField') { return ( { ); } - if ( - field?.type === 'ImageCollection' && - fieldTemplate?.type === 'ImageCollection' - ) { - return ( - - ); - } - if ( field?.type === 'SDXLMainModelField' && fieldTemplate?.type === 'SDXLMainModelField' @@ -309,6 +180,11 @@ const InputFieldRenderer = ({ nodeId, fieldName }: InputFieldProps) => { ); } + if (field && fieldTemplate) { + // Fallback for when there is no component for the type + return null; + } + return ( + _props: FieldComponentProps< + ControlInputFieldValue | ControlPolymorphicInputFieldValue, + ControlInputFieldTemplate | ControlPolymorphicInputFieldTemplate + > ) => { return null; }; diff --git a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/ImageInputField.tsx b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/ImageInputField.tsx index e04d0d1edc..7f96675792 100644 --- a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/ImageInputField.tsx +++ b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/ImageInputField.tsx @@ -9,9 +9,9 @@ import { } from 'features/dnd/types'; import { fieldImageValueChanged } from 'features/nodes/store/nodesSlice'; import { + FieldComponentProps, ImageInputFieldTemplate, ImageInputFieldValue, - FieldComponentProps, } from 'features/nodes/types/types'; import { memo, useCallback, useMemo } from 'react'; import { FaUndo } from 'react-icons/fa'; diff --git a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/LatentsInputField.tsx b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/LatentsInputField.tsx index 099314654f..a5065be0ee 100644 --- a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/LatentsInputField.tsx +++ b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/LatentsInputField.tsx @@ -2,11 +2,16 @@ import { LatentsInputFieldTemplate, LatentsInputFieldValue, FieldComponentProps, + LatentsPolymorphicInputFieldValue, + LatentsPolymorphicInputFieldTemplate, } from 'features/nodes/types/types'; import { memo } from 'react'; const LatentsInputFieldComponent = ( - _props: FieldComponentProps + _props: FieldComponentProps< + LatentsInputFieldValue | LatentsPolymorphicInputFieldValue, + LatentsInputFieldTemplate | LatentsPolymorphicInputFieldTemplate + > ) => { return null; }; diff --git a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/NumberInputField.tsx b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/NumberInputField.tsx index 1e569d5005..61387d751b 100644 --- a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/NumberInputField.tsx +++ b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/inputs/NumberInputField.tsx @@ -9,11 +9,11 @@ import { useAppDispatch } from 'app/store/storeHooks'; import { numberStringRegex } from 'common/components/IAINumberInput'; import { fieldNumberValueChanged } from 'features/nodes/store/nodesSlice'; import { + FieldComponentProps, FloatInputFieldTemplate, FloatInputFieldValue, IntegerInputFieldTemplate, IntegerInputFieldValue, - FieldComponentProps, } from 'features/nodes/types/types'; import { memo, useEffect, useMemo, useState } from 'react'; diff --git a/invokeai/frontend/web/src/features/nodes/hooks/useIsValidConnection.ts b/invokeai/frontend/web/src/features/nodes/hooks/useIsValidConnection.ts index 3a63d75bb0..1c372e551d 100644 --- a/invokeai/frontend/web/src/features/nodes/hooks/useIsValidConnection.ts +++ b/invokeai/frontend/web/src/features/nodes/hooks/useIsValidConnection.ts @@ -3,9 +3,19 @@ import graphlib from '@dagrejs/graphlib'; import { useAppSelector } from 'app/store/storeHooks'; import { useCallback } from 'react'; import { Connection, Edge, Node, useReactFlow } from 'reactflow'; -import { COLLECTION_TYPES } from '../types/constants'; +import { + COLLECTION_MAP, + COLLECTION_TYPES, + POLYMORPHIC_TO_SINGLE_MAP, + POLYMORPHIC_TYPES, +} from '../types/constants'; import { InvocationNodeData } from '../types/types'; +/** + * NOTE: The logic here must be duplicated in `invokeai/frontend/web/src/features/nodes/store/util/makeIsConnectionValidSelector.ts` + * TODO: Figure out how to do this without duplicating all the logic + */ + export const useIsValidConnection = () => { const flow = useReactFlow(); const shouldValidateGraph = useAppSelector( @@ -42,6 +52,19 @@ export const useIsValidConnection = () => { return false; } + if ( + edges + .filter((edge) => { + return edge.target === target && edge.targetHandle === targetHandle; + }) + .find((edge) => { + edge.source === source && edge.sourceHandle === sourceHandle; + }) + ) { + // We already have a connection from this source to this target + return false; + } + // Connection is invalid if target already has a connection if ( edges.find((edge) => { @@ -53,21 +76,59 @@ export const useIsValidConnection = () => { return false; } - // Connection types must be the same for a connection - if ( - sourceType !== targetType && - sourceType !== 'CollectionItem' && - targetType !== 'CollectionItem' - ) { - if ( - !( - COLLECTION_TYPES.includes(targetType) && - COLLECTION_TYPES.includes(sourceType) - ) - ) { - return false; - } + /** + * Connection types must be the same for a connection, with exceptions: + * - CollectionItem can connect to any non-Collection + * - Non-Collections can connect to CollectionItem + * - Anything (non-Collections, Collections, Polymorphics) can connect to Polymorphics of the same base type + * - Generic Collection can connect to any other Collection or Polymorphic + * - Any Collection can connect to a Generic Collection + */ + + if (sourceType !== targetType) { + const isCollectionItemToNonCollection = + sourceType === 'CollectionItem' && + !COLLECTION_TYPES.includes(targetType); + + const isNonCollectionToCollectionItem = + targetType === 'CollectionItem' && + !COLLECTION_TYPES.includes(sourceType) && + !POLYMORPHIC_TYPES.includes(sourceType); + + const isAnythingToPolymorphicOfSameBaseType = + POLYMORPHIC_TYPES.includes(targetType) && + (() => { + if (!POLYMORPHIC_TYPES.includes(targetType)) { + return false; + } + const baseType = + POLYMORPHIC_TO_SINGLE_MAP[ + targetType as keyof typeof POLYMORPHIC_TO_SINGLE_MAP + ]; + + const collectionType = + COLLECTION_MAP[baseType as keyof typeof COLLECTION_MAP]; + + return sourceType === baseType || sourceType === collectionType; + })(); + + const isGenericCollectionToAnyCollectionOrPolymorphic = + sourceType === 'Collection' && + (COLLECTION_TYPES.includes(targetType) || + POLYMORPHIC_TYPES.includes(targetType)); + + const isCollectionToGenericCollection = + targetType === 'Collection' && COLLECTION_TYPES.includes(sourceType); + + return ( + isCollectionItemToNonCollection || + isNonCollectionToCollectionItem || + isAnythingToPolymorphicOfSameBaseType || + isGenericCollectionToAnyCollectionOrPolymorphic || + isCollectionToGenericCollection + ); } + // Graphs much be acyclic (no loops!) return getIsGraphAcyclic(source, target, nodes, edges); }, diff --git a/invokeai/frontend/web/src/features/nodes/store/util/makeIsConnectionValidSelector.ts b/invokeai/frontend/web/src/features/nodes/store/util/makeIsConnectionValidSelector.ts index 29603036ab..0c5fee509c 100644 --- a/invokeai/frontend/web/src/features/nodes/store/util/makeIsConnectionValidSelector.ts +++ b/invokeai/frontend/web/src/features/nodes/store/util/makeIsConnectionValidSelector.ts @@ -1,10 +1,20 @@ import { createSelector } from '@reduxjs/toolkit'; import { stateSelector } from 'app/store/store'; import { getIsGraphAcyclic } from 'features/nodes/hooks/useIsValidConnection'; -import { COLLECTION_TYPES } from 'features/nodes/types/constants'; +import { + COLLECTION_MAP, + COLLECTION_TYPES, + POLYMORPHIC_TO_SINGLE_MAP, + POLYMORPHIC_TYPES, +} from 'features/nodes/types/constants'; import { FieldType } from 'features/nodes/types/types'; import { HandleType } from 'reactflow'; +/** + * NOTE: The logic here must be duplicated in `invokeai/frontend/web/src/features/nodes/hooks/useIsValidConnection.ts` + * TODO: Figure out how to do this without duplicating all the logic + */ + export const makeConnectionErrorSelector = ( nodeId: string, fieldName: string, @@ -19,11 +29,6 @@ export const makeConnectionErrorSelector = ( const { currentConnectionFieldType, connectionStartParams, nodes, edges } = state.nodes; - if (!state.nodes.shouldValidateGraph) { - // manual override! - return null; - } - if (!connectionStartParams || !currentConnectionFieldType) { return 'No connection in progress'; } @@ -38,9 +43,9 @@ export const makeConnectionErrorSelector = ( return 'No connection data'; } - const targetFieldType = + const targetType = handleType === 'target' ? fieldType : currentConnectionFieldType; - const sourceFieldType = + const sourceType = handleType === 'source' ? fieldType : currentConnectionFieldType; if (nodeId === connectionNodeId) { @@ -55,30 +60,70 @@ export const makeConnectionErrorSelector = ( } if ( - fieldType !== currentConnectionFieldType && - fieldType !== 'CollectionItem' && - currentConnectionFieldType !== 'CollectionItem' - ) { - if ( - !( - COLLECTION_TYPES.includes(targetFieldType) && - COLLECTION_TYPES.includes(sourceFieldType) - ) - ) { - // except for collection items, field types must match - return 'Field types must match'; - } - } - - if ( - handleType === 'target' && edges.find((edge) => { return edge.target === nodeId && edge.targetHandle === fieldName; }) && // except CollectionItem inputs can have multiples - targetFieldType !== 'CollectionItem' + targetType !== 'CollectionItem' ) { - return 'Inputs may only have one connection'; + return 'Input may only have one connection'; + } + + /** + * Connection types must be the same for a connection, with exceptions: + * - CollectionItem can connect to any non-Collection + * - Non-Collections can connect to CollectionItem + * - Anything (non-Collections, Collections, Polymorphics) can connect to Polymorphics of the same base type + * - Generic Collection can connect to any other Collection or Polymorphic + * - Any Collection can connect to a Generic Collection + */ + + if (sourceType !== targetType) { + const isCollectionItemToNonCollection = + sourceType === 'CollectionItem' && + !COLLECTION_TYPES.includes(targetType); + + const isNonCollectionToCollectionItem = + targetType === 'CollectionItem' && + !COLLECTION_TYPES.includes(sourceType) && + !POLYMORPHIC_TYPES.includes(sourceType); + + const isAnythingToPolymorphicOfSameBaseType = + POLYMORPHIC_TYPES.includes(targetType) && + (() => { + if (!POLYMORPHIC_TYPES.includes(targetType)) { + return false; + } + const baseType = + POLYMORPHIC_TO_SINGLE_MAP[ + targetType as keyof typeof POLYMORPHIC_TO_SINGLE_MAP + ]; + + const collectionType = + COLLECTION_MAP[baseType as keyof typeof COLLECTION_MAP]; + + return sourceType === baseType || sourceType === collectionType; + })(); + + const isGenericCollectionToAnyCollectionOrPolymorphic = + sourceType === 'Collection' && + (COLLECTION_TYPES.includes(targetType) || + POLYMORPHIC_TYPES.includes(targetType)); + + const isCollectionToGenericCollection = + targetType === 'Collection' && COLLECTION_TYPES.includes(sourceType); + + if ( + !( + isCollectionItemToNonCollection || + isNonCollectionToCollectionItem || + isAnythingToPolymorphicOfSameBaseType || + isGenericCollectionToAnyCollectionOrPolymorphic || + isCollectionToGenericCollection + ) + ) { + return 'Field types must match'; + } } const isGraphAcyclic = getIsGraphAcyclic( diff --git a/invokeai/frontend/web/src/features/nodes/types/constants.ts b/invokeai/frontend/web/src/features/nodes/types/constants.ts index c611ca9976..dcd579d912 100644 --- a/invokeai/frontend/web/src/features/nodes/types/constants.ts +++ b/invokeai/frontend/web/src/features/nodes/types/constants.ts @@ -17,176 +17,284 @@ export const KIND_MAP = { export const COLLECTION_TYPES: FieldType[] = [ 'Collection', 'IntegerCollection', + 'BooleanCollection', 'FloatCollection', 'StringCollection', - 'BooleanCollection', 'ImageCollection', + 'LatentsCollection', + 'ConditioningCollection', + 'ControlCollection', + 'ColorCollection', ]; +export const POLYMORPHIC_TYPES = [ + 'IntegerPolymorphic', + 'BooleanPolymorphic', + 'FloatPolymorphic', + 'StringPolymorphic', + 'ImagePolymorphic', + 'LatentsPolymorphic', + 'ConditioningPolymorphic', + 'ControlPolymorphic', + 'ColorPolymorphic', +]; + +export const COLLECTION_MAP = { + integer: 'IntegerCollection', + boolean: 'BooleanCollection', + number: 'FloatCollection', + float: 'FloatCollection', + string: 'StringCollection', + ImageField: 'ImageCollection', + LatentsField: 'LatentsCollection', + ConditioningField: 'ConditioningCollection', + ControlField: 'ControlCollection', + ColorField: 'ColorCollection', +}; +export const isCollectionItemType = ( + itemType: string | undefined +): itemType is keyof typeof COLLECTION_MAP => + Boolean(itemType && itemType in COLLECTION_MAP); + +export const SINGLE_TO_POLYMORPHIC_MAP = { + integer: 'IntegerPolymorphic', + boolean: 'BooleanPolymorphic', + number: 'FloatPolymorphic', + float: 'FloatPolymorphic', + string: 'StringPolymorphic', + ImageField: 'ImagePolymorphic', + LatentsField: 'LatentsPolymorphic', + ConditioningField: 'ConditioningPolymorphic', + ControlField: 'ControlPolymorphic', + ColorField: 'ColorPolymorphic', +}; + +export const POLYMORPHIC_TO_SINGLE_MAP = { + IntegerPolymorphic: 'integer', + BooleanPolymorphic: 'boolean', + FloatPolymorphic: 'float', + StringPolymorphic: 'string', + ImagePolymorphic: 'ImageField', + LatentsPolymorphic: 'LatentsField', + ConditioningPolymorphic: 'ConditioningField', + ControlPolymorphic: 'ControlField', + ColorPolymorphic: 'ColorField', +}; + +export const isPolymorphicItemType = ( + itemType: string | undefined +): itemType is keyof typeof SINGLE_TO_POLYMORPHIC_MAP => + Boolean(itemType && itemType in SINGLE_TO_POLYMORPHIC_MAP); + export const FIELDS: Record = { - integer: { - title: 'Integer', - description: 'Integers are whole numbers, without a decimal point.', - color: 'red.500', - }, - float: { - title: 'Float', - description: 'Floats are numbers with a decimal point.', - color: 'orange.500', - }, - string: { - title: 'String', - description: 'Strings are text.', - color: 'yellow.500', - }, boolean: { - title: 'Boolean', color: 'green.500', description: 'Booleans are true or false.', + title: 'Boolean', }, - enum: { - title: 'Enum', - description: 'Enums are values that may be one of a number of options.', - color: 'blue.500', + BooleanCollection: { + color: 'green.500', + description: 'A collection of booleans.', + title: 'Boolean Collection', }, - array: { - title: 'Array', - description: 'Enums are values that may be one of a number of options.', - color: 'base.500', - }, - ImageField: { - title: 'Image', - description: 'Images may be passed between nodes.', - color: 'purple.500', - }, - DenoiseMaskField: { - title: 'Denoise Mask', - description: 'Denoise Mask may be passed between nodes', - color: 'base.500', - }, - LatentsField: { - title: 'Latents', - description: 'Latents may be passed between nodes.', - color: 'pink.500', - }, - LatentsCollection: { - title: 'Latents Collection', - description: 'Latents may be passed between nodes.', - color: 'pink.500', - }, - ConditioningField: { - color: 'cyan.500', - title: 'Conditioning', - description: 'Conditioning may be passed between nodes.', - }, - ConditioningCollection: { - color: 'cyan.500', - title: 'Conditioning Collection', - description: 'Conditioning may be passed between nodes.', - }, - ImageCollection: { - title: 'Image Collection', - description: 'A collection of images.', - color: 'base.300', - }, - UNetField: { - color: 'red.500', - title: 'UNet', - description: 'UNet submodel.', + BooleanPolymorphic: { + color: 'green.500', + description: 'A collection of booleans.', + title: 'Boolean Polymorphic', }, ClipField: { - color: 'green.500', - title: 'Clip', + color: 'green.300', description: 'Tokenizer and text_encoder submodels.', - }, - VaeField: { - color: 'blue.500', - title: 'Vae', - description: 'Vae submodel.', - }, - ControlField: { - color: 'cyan.500', - title: 'Control', - description: 'Control info passed between nodes.', - }, - MainModelField: { - color: 'teal.500', - title: 'Model', - description: 'TODO', - }, - SDXLRefinerModelField: { - color: 'teal.500', - title: 'Refiner Model', - description: 'TODO', - }, - VaeModelField: { - color: 'teal.500', - title: 'VAE', - description: 'TODO', - }, - LoRAModelField: { - color: 'teal.500', - title: 'LoRA', - description: 'TODO', - }, - ControlNetModelField: { - color: 'teal.500', - title: 'ControlNet', - description: 'TODO', - }, - Scheduler: { - color: 'base.500', - title: 'Scheduler', - description: 'TODO', + title: 'Clip', }, Collection: { color: 'base.500', - title: 'Collection', description: 'TODO', + title: 'Collection', }, CollectionItem: { color: 'base.500', - title: 'Collection Item', description: 'TODO', + title: 'Collection Item', + }, + ColorCollection: { + color: 'pink.300', + description: 'A collection of colors.', + title: 'Color Collection', }, ColorField: { - title: 'Color', + color: 'pink.300', description: 'A RGBA color.', - color: 'base.500', + title: 'Color', }, - BooleanCollection: { - title: 'Boolean Collection', - description: 'A collection of booleans.', - color: 'green.500', + ColorPolymorphic: { + color: 'pink.300', + description: 'A collection of colors.', + title: 'Color Polymorphic', }, - IntegerCollection: { - title: 'Integer Collection', - description: 'A collection of integers.', - color: 'red.500', + ConditioningCollection: { + color: 'cyan.500', + description: 'Conditioning may be passed between nodes.', + title: 'Conditioning Collection', + }, + ConditioningField: { + color: 'cyan.500', + description: 'Conditioning may be passed between nodes.', + title: 'Conditioning', + }, + ConditioningPolymorphic: { + color: 'cyan.500', + description: 'Conditioning may be passed between nodes.', + title: 'Conditioning Polymorphic', + }, + ControlCollection: { + color: 'teal.500', + description: 'Control info passed between nodes.', + title: 'Control Collection', + }, + ControlField: { + color: 'teal.500', + description: 'Control info passed between nodes.', + title: 'Control', + }, + ControlNetModelField: { + color: 'teal.500', + description: 'TODO', + title: 'ControlNet', + }, + ControlPolymorphic: { + color: 'teal.500', + description: 'Control info passed between nodes.', + title: 'Control Polymorphic', + }, + DenoiseMaskField: { + color: 'blue.300', + description: 'Denoise Mask may be passed between nodes', + title: 'Denoise Mask', + }, + enum: { + color: 'blue.500', + description: 'Enums are values that may be one of a number of options.', + title: 'Enum', + }, + float: { + color: 'orange.500', + description: 'Floats are numbers with a decimal point.', + title: 'Float', }, FloatCollection: { color: 'orange.500', - title: 'Float Collection', description: 'A collection of floats.', + title: 'Float Collection', }, - ColorCollection: { - color: 'base.500', - title: 'Color Collection', - description: 'A collection of colors.', + FloatPolymorphic: { + color: 'orange.500', + description: 'A collection of floats.', + title: 'Float Polymorphic', + }, + ImageCollection: { + color: 'purple.500', + description: 'A collection of images.', + title: 'Image Collection', + }, + ImageField: { + color: 'purple.500', + description: 'Images may be passed between nodes.', + title: 'Image', + }, + ImagePolymorphic: { + color: 'purple.500', + description: 'A collection of images.', + title: 'Image Polymorphic', + }, + integer: { + color: 'red.500', + description: 'Integers are whole numbers, without a decimal point.', + title: 'Integer', + }, + IntegerCollection: { + color: 'red.500', + description: 'A collection of integers.', + title: 'Integer Collection', + }, + IntegerPolymorphic: { + color: 'red.500', + description: 'A collection of integers.', + title: 'Integer Polymorphic', + }, + LatentsCollection: { + color: 'pink.500', + description: 'Latents may be passed between nodes.', + title: 'Latents Collection', + }, + LatentsField: { + color: 'pink.500', + description: 'Latents may be passed between nodes.', + title: 'Latents', + }, + LatentsPolymorphic: { + color: 'pink.500', + description: 'Latents may be passed between nodes.', + title: 'Latents Polymorphic', + }, + LoRAModelField: { + color: 'teal.300', + description: 'TODO', + title: 'LoRA', + }, + MainModelField: { + color: 'teal.300', + description: 'TODO', + title: 'Model', }, ONNXModelField: { - color: 'base.500', - title: 'ONNX Model', + color: 'teal.300', description: 'ONNX model field.', + title: 'ONNX Model', + }, + Scheduler: { + color: 'base.500', + description: 'TODO', + title: 'Scheduler', }, SDXLMainModelField: { - color: 'base.500', - title: 'SDXL Model', + color: 'teal.300', description: 'SDXL model field.', + title: 'SDXL Model', + }, + SDXLRefinerModelField: { + color: 'teal.300', + description: 'TODO', + title: 'Refiner Model', + }, + string: { + color: 'yellow.500', + description: 'Strings are text.', + title: 'String', }, StringCollection: { color: 'yellow.500', - title: 'String Collection', description: 'A collection of strings.', + title: 'String Collection', + }, + StringPolymorphic: { + color: 'yellow.500', + description: 'A collection of strings.', + title: 'String Polymorphic', + }, + UNetField: { + color: 'red.300', + description: 'UNet submodel.', + title: 'UNet', + }, + VaeField: { + color: 'blue.300', + description: 'Vae submodel.', + title: 'Vae', + }, + VaeModelField: { + color: 'teal.300', + description: 'TODO', + title: 'VAE', }, }; diff --git a/invokeai/frontend/web/src/features/nodes/types/types.ts b/invokeai/frontend/web/src/features/nodes/types/types.ts index aee5c69705..f7986a5028 100644 --- a/invokeai/frontend/web/src/features/nodes/types/types.ts +++ b/invokeai/frontend/web/src/features/nodes/types/types.ts @@ -11,7 +11,7 @@ import { keyBy } from 'lodash-es'; import { OpenAPIV3 } from 'openapi-types'; import { RgbaColor } from 'react-colorful'; import { Node } from 'reactflow'; -import { Graph, ImageDTO, _InputField, _OutputField } from 'services/api/types'; +import { Graph, _InputField, _OutputField } from 'services/api/types'; import { AnyInvocationType, AnyResult, @@ -62,50 +62,48 @@ export type FieldUIConfig = { // TODO: Get this from the OpenAPI schema? may be tricky... export const zFieldType = z.enum([ - // region Primitives - 'integer', - 'float', 'boolean', - 'string', - 'array', - 'ImageField', - 'DenoiseMaskField', - 'LatentsField', - 'ConditioningField', - 'ControlField', - 'ColorField', - 'ImageCollection', - 'ConditioningCollection', - 'ColorCollection', - 'LatentsCollection', - 'IntegerCollection', - 'FloatCollection', - 'StringCollection', 'BooleanCollection', - // endregion - - // region Models - 'MainModelField', - 'SDXLMainModelField', - 'SDXLRefinerModelField', - 'ONNXModelField', - 'VaeModelField', - 'LoRAModelField', - 'ControlNetModelField', - 'UNetField', - 'VaeField', + 'BooleanPolymorphic', 'ClipField', - // endregion - - // region Iterate/Collect 'Collection', 'CollectionItem', - // endregion - - // region Misc + 'ColorCollection', + 'ColorField', + 'ColorPolymorphic', + 'ConditioningCollection', + 'ConditioningField', + 'ConditioningPolymorphic', + 'ControlCollection', + 'ControlField', + 'ControlNetModelField', + 'ControlPolymorphic', + 'DenoiseMaskField', 'enum', + 'float', + 'FloatCollection', + 'FloatPolymorphic', + 'ImageCollection', + 'ImageField', + 'ImagePolymorphic', + 'integer', + 'IntegerCollection', + 'IntegerPolymorphic', + 'LatentsCollection', + 'LatentsField', + 'LatentsPolymorphic', + 'LoRAModelField', + 'MainModelField', + 'ONNXModelField', 'Scheduler', - // endregion + 'SDXLMainModelField', + 'SDXLRefinerModelField', + 'string', + 'StringCollection', + 'StringPolymorphic', + 'UNetField', + 'VaeField', + 'VaeModelField', ]); export type FieldType = z.infer; @@ -122,38 +120,6 @@ export const isFieldType = (value: unknown): value is FieldType => zFieldType.safeParse(value).success || zReservedFieldType.safeParse(value).success; -/** - * An input field template is generated on each page load from the OpenAPI schema. - * - * The template provides the field type and other field metadata (e.g. title, description, - * maximum length, pattern to match, etc). - */ -export type InputFieldTemplate = - | IntegerInputFieldTemplate - | FloatInputFieldTemplate - | StringInputFieldTemplate - | BooleanInputFieldTemplate - | ImageInputFieldTemplate - | DenoiseMaskInputFieldTemplate - | LatentsInputFieldTemplate - | ConditioningInputFieldTemplate - | UNetInputFieldTemplate - | ClipInputFieldTemplate - | VaeInputFieldTemplate - | ControlInputFieldTemplate - | EnumInputFieldTemplate - | MainModelInputFieldTemplate - | SDXLMainModelInputFieldTemplate - | SDXLRefinerModelInputFieldTemplate - | VaeModelInputFieldTemplate - | LoRAModelInputFieldTemplate - | ControlNetModelInputFieldTemplate - | CollectionInputFieldTemplate - | CollectionItemInputFieldTemplate - | ColorInputFieldTemplate - | ImageCollectionInputFieldTemplate - | SchedulerInputFieldTemplate; - /** * Indicates the kind of input(s) this field may have. */ @@ -232,24 +198,88 @@ export const zIntegerInputFieldValue = zInputFieldValueBase.extend({ }); export type IntegerInputFieldValue = z.infer; +export const zIntegerCollectionInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('IntegerCollection'), + value: z.array(z.number().int()).optional(), +}); +export type IntegerCollectionInputFieldValue = z.infer< + typeof zIntegerCollectionInputFieldValue +>; + +export const zIntegerPolymorphicInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('IntegerPolymorphic'), + value: z.union([z.number().int(), z.array(z.number().int())]).optional(), +}); +export type IntegerPolymorphicInputFieldValue = z.infer< + typeof zIntegerPolymorphicInputFieldValue +>; + export const zFloatInputFieldValue = zInputFieldValueBase.extend({ type: z.literal('float'), value: z.number().optional(), }); export type FloatInputFieldValue = z.infer; +export const zFloatCollectionInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('FloatCollection'), + value: z.array(z.number()).optional(), +}); +export type FloatCollectionInputFieldValue = z.infer< + typeof zFloatCollectionInputFieldValue +>; + +export const zFloatPolymorphicInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('FloatPolymorphic'), + value: z.union([z.number(), z.array(z.number())]).optional(), +}); +export type FloatPolymorphicInputFieldValue = z.infer< + typeof zFloatPolymorphicInputFieldValue +>; + export const zStringInputFieldValue = zInputFieldValueBase.extend({ type: z.literal('string'), value: z.string().optional(), }); export type StringInputFieldValue = z.infer; +export const zStringCollectionInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('StringCollection'), + value: z.array(z.string()).optional(), +}); +export type StringCollectionInputFieldValue = z.infer< + typeof zStringCollectionInputFieldValue +>; + +export const zStringPolymorphicInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('StringPolymorphic'), + value: z.union([z.string(), z.array(z.string())]).optional(), +}); +export type StringPolymorphicInputFieldValue = z.infer< + typeof zStringPolymorphicInputFieldValue +>; + export const zBooleanInputFieldValue = zInputFieldValueBase.extend({ type: z.literal('boolean'), value: z.boolean().optional(), }); export type BooleanInputFieldValue = z.infer; +export const zBooleanCollectionInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('BooleanCollection'), + value: z.array(z.boolean()).optional(), +}); +export type BooleanCollectionInputFieldValue = z.infer< + typeof zBooleanCollectionInputFieldValue +>; + +export const zBooleanPolymorphicInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('BooleanPolymorphic'), + value: z.union([z.boolean(), z.array(z.boolean())]).optional(), +}); +export type BooleanPolymorphicInputFieldValue = z.infer< + typeof zBooleanPolymorphicInputFieldValue +>; + export const zEnumInputFieldValue = zInputFieldValueBase.extend({ type: z.literal('enum'), value: z.union([z.string(), z.number()]).optional(), @@ -262,6 +292,22 @@ export const zLatentsInputFieldValue = zInputFieldValueBase.extend({ }); export type LatentsInputFieldValue = z.infer; +export const zLatentsCollectionInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('LatentsCollection'), + value: z.array(zLatentsField).optional(), +}); +export type LatentsCollectionInputFieldValue = z.infer< + typeof zLatentsCollectionInputFieldValue +>; + +export const zLatentsPolymorphicInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('LatentsPolymorphic'), + value: z.union([zLatentsField, z.array(zLatentsField)]).optional(), +}); +export type LatentsPolymorphicInputFieldValue = z.infer< + typeof zLatentsPolymorphicInputFieldValue +>; + export const zDenoiseMaskInputFieldValue = zInputFieldValueBase.extend({ type: z.literal('DenoiseMaskField'), value: zDenoiseMaskField.optional(), @@ -278,6 +324,26 @@ export type ConditioningInputFieldValue = z.infer< typeof zConditioningInputFieldValue >; +export const zConditioningCollectionInputFieldValue = + zInputFieldValueBase.extend({ + type: z.literal('ConditioningCollection'), + value: z.array(zConditioningField).optional(), + }); +export type ConditioningCollectionInputFieldValue = z.infer< + typeof zConditioningCollectionInputFieldValue +>; + +export const zConditioningPolymorphicInputFieldValue = + zInputFieldValueBase.extend({ + type: z.literal('ConditioningPolymorphic'), + value: z + .union([zConditioningField, z.array(zConditioningField)]) + .optional(), + }); +export type ConditioningPolymorphicInputFieldValue = z.infer< + typeof zConditioningPolymorphicInputFieldValue +>; + export const zControlNetModel = zModelIdentifier; export type ControlNetModel = z.infer; @@ -302,6 +368,22 @@ export const zControlInputFieldValue = zInputFieldValueBase.extend({ }); export type ControlInputFieldValue = z.infer; +export const zControlPolymorphicInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('ControlPolymorphic'), + value: z.union([zControlField, z.array(zControlField)]).optional(), +}); +export type ControlPolymorphicInputFieldValue = z.infer< + typeof zControlPolymorphicInputFieldValue +>; + +export const zControlCollectionInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('ControlCollection'), + value: z.array(zControlField).optional(), +}); +export type ControlCollectionInputFieldValue = z.infer< + typeof zControlCollectionInputFieldValue +>; + export const zModelType = z.enum([ 'onnx', 'main', @@ -381,6 +463,14 @@ export const zImageInputFieldValue = zInputFieldValueBase.extend({ }); export type ImageInputFieldValue = z.infer; +export const zImagePolymorphicInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('ImagePolymorphic'), + value: z.union([zImageField, z.array(zImageField)]).optional(), +}); +export type ImagePolymorphicInputFieldValue = z.infer< + typeof zImagePolymorphicInputFieldValue +>; + export const zImageCollectionInputFieldValue = zInputFieldValueBase.extend({ type: z.literal('ImageCollection'), value: z.array(zImageField).optional(), @@ -473,6 +563,22 @@ export const zColorInputFieldValue = zInputFieldValueBase.extend({ }); export type ColorInputFieldValue = z.infer; +export const zColorCollectionInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('ColorCollection'), + value: z.array(zColorField).optional(), +}); +export type ColorCollectionInputFieldValue = z.infer< + typeof zColorCollectionInputFieldValue +>; + +export const zColorPolymorphicInputFieldValue = zInputFieldValueBase.extend({ + type: z.literal('ColorPolymorphic'), + value: z.union([zColorField, z.array(zColorField)]).optional(), +}); +export type ColorPolymorphicInputFieldValue = z.infer< + typeof zColorPolymorphicInputFieldValue +>; + export const zSchedulerInputFieldValue = zInputFieldValueBase.extend({ type: z.literal('Scheduler'), value: zScheduler.optional(), @@ -482,30 +588,47 @@ export type SchedulerInputFieldValue = z.infer< >; export const zInputFieldValue = z.discriminatedUnion('type', [ - zIntegerInputFieldValue, - zFloatInputFieldValue, - zStringInputFieldValue, + zBooleanCollectionInputFieldValue, zBooleanInputFieldValue, - zImageInputFieldValue, - zLatentsInputFieldValue, - zDenoiseMaskInputFieldValue, - zConditioningInputFieldValue, - zUNetInputFieldValue, + zBooleanPolymorphicInputFieldValue, zClipInputFieldValue, - zVaeInputFieldValue, - zControlInputFieldValue, - zEnumInputFieldValue, - zMainModelInputFieldValue, - zSDXLMainModelInputFieldValue, - zSDXLRefinerModelInputFieldValue, - zVaeModelInputFieldValue, - zLoRAModelInputFieldValue, - zControlNetModelInputFieldValue, zCollectionInputFieldValue, zCollectionItemInputFieldValue, zColorInputFieldValue, + zColorCollectionInputFieldValue, + zColorPolymorphicInputFieldValue, + zConditioningInputFieldValue, + zConditioningCollectionInputFieldValue, + zConditioningPolymorphicInputFieldValue, + zControlInputFieldValue, + zControlNetModelInputFieldValue, + zControlCollectionInputFieldValue, + zControlPolymorphicInputFieldValue, + zDenoiseMaskInputFieldValue, + zEnumInputFieldValue, + zFloatCollectionInputFieldValue, + zFloatInputFieldValue, + zFloatPolymorphicInputFieldValue, zImageCollectionInputFieldValue, + zImagePolymorphicInputFieldValue, + zImageInputFieldValue, + zIntegerCollectionInputFieldValue, + zIntegerPolymorphicInputFieldValue, + zIntegerInputFieldValue, + zLatentsInputFieldValue, + zLatentsCollectionInputFieldValue, + zLatentsPolymorphicInputFieldValue, + zLoRAModelInputFieldValue, + zMainModelInputFieldValue, zSchedulerInputFieldValue, + zSDXLMainModelInputFieldValue, + zSDXLRefinerModelInputFieldValue, + zStringCollectionInputFieldValue, + zStringPolymorphicInputFieldValue, + zStringInputFieldValue, + zUNetInputFieldValue, + zVaeInputFieldValue, + zVaeModelInputFieldValue, ]); export type InputFieldValue = z.infer; @@ -514,7 +637,6 @@ export type InputFieldTemplateBase = { name: string; title: string; description: string; - type: FieldType; required: boolean; fieldKind: 'input'; } & _InputField; @@ -529,6 +651,19 @@ export type IntegerInputFieldTemplate = InputFieldTemplateBase & { exclusiveMinimum?: boolean; }; +export type IntegerCollectionInputFieldTemplate = InputFieldTemplateBase & { + type: 'IntegerCollection'; + default: number[]; + item_default?: number; +}; + +export type IntegerPolymorphicInputFieldTemplate = Omit< + IntegerInputFieldTemplate, + 'type' +> & { + type: 'IntegerPolymorphic'; +}; + export type FloatInputFieldTemplate = InputFieldTemplateBase & { type: 'float'; default: number; @@ -539,6 +674,19 @@ export type FloatInputFieldTemplate = InputFieldTemplateBase & { exclusiveMinimum?: boolean; }; +export type FloatCollectionInputFieldTemplate = InputFieldTemplateBase & { + type: 'FloatCollection'; + default: number[]; + item_default?: number; +}; + +export type FloatPolymorphicInputFieldTemplate = Omit< + FloatInputFieldTemplate, + 'type' +> & { + type: 'FloatPolymorphic'; +}; + export type StringInputFieldTemplate = InputFieldTemplateBase & { type: 'string'; default: string; @@ -547,19 +695,53 @@ export type StringInputFieldTemplate = InputFieldTemplateBase & { pattern?: string; }; +export type StringCollectionInputFieldTemplate = InputFieldTemplateBase & { + type: 'StringCollection'; + default: string[]; + item_default?: string; +}; + +export type StringPolymorphicInputFieldTemplate = Omit< + StringInputFieldTemplate, + 'type' +> & { + type: 'StringPolymorphic'; +}; + export type BooleanInputFieldTemplate = InputFieldTemplateBase & { default: boolean; type: 'boolean'; }; +export type BooleanCollectionInputFieldTemplate = InputFieldTemplateBase & { + type: 'BooleanCollection'; + default: boolean[]; + item_default?: boolean; +}; + +export type BooleanPolymorphicInputFieldTemplate = Omit< + BooleanInputFieldTemplate, + 'type' +> & { + type: 'BooleanPolymorphic'; +}; + export type ImageInputFieldTemplate = InputFieldTemplateBase & { - default: ImageDTO; + default: ImageField; type: 'ImageField'; }; export type ImageCollectionInputFieldTemplate = InputFieldTemplateBase & { default: ImageField[]; type: 'ImageCollection'; + item_default?: ImageField; +}; + +export type ImagePolymorphicInputFieldTemplate = Omit< + ImageInputFieldTemplate, + 'type' +> & { + type: 'ImagePolymorphic'; }; export type DenoiseMaskInputFieldTemplate = InputFieldTemplateBase & { @@ -568,15 +750,40 @@ export type DenoiseMaskInputFieldTemplate = InputFieldTemplateBase & { }; export type LatentsInputFieldTemplate = InputFieldTemplateBase & { - default: string; + default: LatentsField; type: 'LatentsField'; }; +export type LatentsCollectionInputFieldTemplate = InputFieldTemplateBase & { + default: LatentsField[]; + type: 'LatentsCollection'; + item_default?: LatentsField; +}; + +export type LatentsPolymorphicInputFieldTemplate = InputFieldTemplateBase & { + default: LatentsField; + type: 'LatentsPolymorphic'; +}; + export type ConditioningInputFieldTemplate = InputFieldTemplateBase & { default: undefined; type: 'ConditioningField'; }; +export type ConditioningCollectionInputFieldTemplate = + InputFieldTemplateBase & { + default: ConditioningField[]; + type: 'ConditioningCollection'; + item_default?: ConditioningField; + }; + +export type ConditioningPolymorphicInputFieldTemplate = Omit< + ConditioningInputFieldTemplate, + 'type' +> & { + type: 'ConditioningPolymorphic'; +}; + export type UNetInputFieldTemplate = InputFieldTemplateBase & { default: undefined; type: 'UNetField'; @@ -597,6 +804,19 @@ export type ControlInputFieldTemplate = InputFieldTemplateBase & { type: 'ControlField'; }; +export type ControlCollectionInputFieldTemplate = InputFieldTemplateBase & { + default: undefined; + type: 'ControlCollection'; + item_default?: ControlField; +}; + +export type ControlPolymorphicInputFieldTemplate = Omit< + ControlInputFieldTemplate, + 'type' +> & { + type: 'ControlPolymorphic'; +}; + export type EnumInputFieldTemplate = InputFieldTemplateBase & { default: string | number; type: 'enum'; @@ -649,6 +869,18 @@ export type ColorInputFieldTemplate = InputFieldTemplateBase & { type: 'ColorField'; }; +export type ColorPolymorphicInputFieldTemplate = Omit< + ColorInputFieldTemplate, + 'type' +> & { + type: 'ColorPolymorphic'; +}; + +export type ColorCollectionInputFieldTemplate = InputFieldTemplateBase & { + default: []; + type: 'ColorCollection'; +}; + export type SchedulerInputFieldTemplate = InputFieldTemplateBase & { default: SchedulerParam; type: 'Scheduler'; @@ -659,6 +891,55 @@ export type WorkflowInputFieldTemplate = InputFieldTemplateBase & { type: 'WorkflowField'; }; +/** + * An input field template is generated on each page load from the OpenAPI schema. + * + * The template provides the field type and other field metadata (e.g. title, description, + * maximum length, pattern to match, etc). + */ +export type InputFieldTemplate = + | BooleanCollectionInputFieldTemplate + | BooleanPolymorphicInputFieldTemplate + | BooleanInputFieldTemplate + | ClipInputFieldTemplate + | CollectionInputFieldTemplate + | CollectionItemInputFieldTemplate + | ColorInputFieldTemplate + | ColorCollectionInputFieldTemplate + | ColorPolymorphicInputFieldTemplate + | ConditioningInputFieldTemplate + | ConditioningCollectionInputFieldTemplate + | ConditioningPolymorphicInputFieldTemplate + | ControlInputFieldTemplate + | ControlCollectionInputFieldTemplate + | ControlNetModelInputFieldTemplate + | ControlPolymorphicInputFieldTemplate + | DenoiseMaskInputFieldTemplate + | EnumInputFieldTemplate + | FloatCollectionInputFieldTemplate + | FloatInputFieldTemplate + | FloatPolymorphicInputFieldTemplate + | ImageCollectionInputFieldTemplate + | ImagePolymorphicInputFieldTemplate + | ImageInputFieldTemplate + | IntegerCollectionInputFieldTemplate + | IntegerPolymorphicInputFieldTemplate + | IntegerInputFieldTemplate + | LatentsInputFieldTemplate + | LatentsCollectionInputFieldTemplate + | LatentsPolymorphicInputFieldTemplate + | LoRAModelInputFieldTemplate + | MainModelInputFieldTemplate + | SchedulerInputFieldTemplate + | SDXLMainModelInputFieldTemplate + | SDXLRefinerModelInputFieldTemplate + | StringCollectionInputFieldTemplate + | StringPolymorphicInputFieldTemplate + | StringInputFieldTemplate + | UNetInputFieldTemplate + | VaeInputFieldTemplate + | VaeModelInputFieldTemplate; + export const isInputFieldValue = ( field?: InputFieldValue | OutputFieldValue ): field is InputFieldValue => Boolean(field && field.fieldKind === 'input'); @@ -731,8 +1012,22 @@ export type InvocationSchemaObject = ( ) & { class: 'invocation' }; export const isSchemaObject = ( - obj: OpenAPIV3.ReferenceObject | OpenAPIV3.SchemaObject -): obj is OpenAPIV3.SchemaObject => !('$ref' in obj); + obj: OpenAPIV3.ReferenceObject | OpenAPIV3.SchemaObject | undefined +): obj is OpenAPIV3.SchemaObject => Boolean(obj && !('$ref' in obj)); + +export const isArraySchemaObject = ( + obj: OpenAPIV3.ReferenceObject | OpenAPIV3.SchemaObject | undefined +): obj is OpenAPIV3.ArraySchemaObject => + Boolean(obj && !('$ref' in obj) && obj.type === 'array'); + +export const isNonArraySchemaObject = ( + obj: OpenAPIV3.ReferenceObject | OpenAPIV3.SchemaObject | undefined +): obj is OpenAPIV3.NonArraySchemaObject => + Boolean(obj && !('$ref' in obj) && obj.type !== 'array'); + +export const isRefObject = ( + obj: OpenAPIV3.ReferenceObject | OpenAPIV3.SchemaObject | undefined +): obj is OpenAPIV3.ReferenceObject => Boolean(obj && '$ref' in obj); export const isInvocationSchemaObject = ( obj: diff --git a/invokeai/frontend/web/src/features/nodes/util/fieldTemplateBuilders.ts b/invokeai/frontend/web/src/features/nodes/util/fieldTemplateBuilders.ts index 3c4ec7e089..20463f37f6 100644 --- a/invokeai/frontend/web/src/features/nodes/util/fieldTemplateBuilders.ts +++ b/invokeai/frontend/web/src/features/nodes/util/fieldTemplateBuilders.ts @@ -1,5 +1,14 @@ +import { isBoolean, isInteger, isNumber, isString } from 'lodash-es'; import { OpenAPIV3 } from 'openapi-types'; import { + COLLECTION_MAP, + POLYMORPHIC_TYPES, + SINGLE_TO_POLYMORPHIC_MAP, + isCollectionItemType, + isPolymorphicItemType, +} from '../types/constants'; +import { + BooleanCollectionInputFieldTemplate, BooleanInputFieldTemplate, ClipInputFieldTemplate, CollectionInputFieldTemplate, @@ -11,10 +20,13 @@ import { DenoiseMaskInputFieldTemplate, EnumInputFieldTemplate, FieldType, + FloatCollectionInputFieldTemplate, + FloatPolymorphicInputFieldTemplate, FloatInputFieldTemplate, ImageCollectionInputFieldTemplate, ImageInputFieldTemplate, InputFieldTemplateBase, + IntegerCollectionInputFieldTemplate, IntegerInputFieldTemplate, InvocationFieldSchema, InvocationSchemaObject, @@ -24,11 +36,32 @@ import { SDXLMainModelInputFieldTemplate, SDXLRefinerModelInputFieldTemplate, SchedulerInputFieldTemplate, + StringCollectionInputFieldTemplate, StringInputFieldTemplate, UNetInputFieldTemplate, VaeInputFieldTemplate, VaeModelInputFieldTemplate, + isArraySchemaObject, + isNonArraySchemaObject, + isRefObject, + isSchemaObject, + ControlPolymorphicInputFieldTemplate, + ColorPolymorphicInputFieldTemplate, + ColorCollectionInputFieldTemplate, + IntegerPolymorphicInputFieldTemplate, + StringPolymorphicInputFieldTemplate, + BooleanPolymorphicInputFieldTemplate, + ImagePolymorphicInputFieldTemplate, + LatentsPolymorphicInputFieldTemplate, + LatentsCollectionInputFieldTemplate, + ConditioningPolymorphicInputFieldTemplate, + ConditioningCollectionInputFieldTemplate, + ControlCollectionInputFieldTemplate, + ImageField, + LatentsField, + ConditioningField, } from '../types/types'; +import { ControlField } from 'services/api/types'; export type BaseFieldProperties = 'name' | 'title' | 'description'; @@ -45,15 +78,8 @@ export type BuildInputFieldArg = { * @example * refObjectToFieldType({ "$ref": "#/components/schemas/ImageField" }) --> 'ImageField' */ -export const refObjectToFieldType = ( - refObject: OpenAPIV3.ReferenceObject -): FieldType => { - const name = refObject.$ref.split('/').slice(-1)[0]; - if (!name) { - throw `Unknown field type: ${name}`; - } - return name as FieldType; -}; +export const refObjectToSchemaName = (refObject: OpenAPIV3.ReferenceObject) => + refObject.$ref.split('/').slice(-1)[0]; const buildIntegerInputFieldTemplate = ({ schemaObject, @@ -88,6 +114,57 @@ const buildIntegerInputFieldTemplate = ({ return template; }; +const buildIntegerPolymorphicInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): IntegerPolymorphicInputFieldTemplate => { + const template: IntegerPolymorphicInputFieldTemplate = { + ...baseField, + type: 'IntegerPolymorphic', + default: schemaObject.default ?? 0, + }; + + if (schemaObject.multipleOf !== undefined) { + template.multipleOf = schemaObject.multipleOf; + } + + if (schemaObject.maximum !== undefined) { + template.maximum = schemaObject.maximum; + } + + if (schemaObject.exclusiveMaximum !== undefined) { + template.exclusiveMaximum = schemaObject.exclusiveMaximum; + } + + if (schemaObject.minimum !== undefined) { + template.minimum = schemaObject.minimum; + } + + if (schemaObject.exclusiveMinimum !== undefined) { + template.exclusiveMinimum = schemaObject.exclusiveMinimum; + } + + return template; +}; + +const buildIntegerCollectionInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): IntegerCollectionInputFieldTemplate => { + const item_default = + isNumber(schemaObject.item_default) && isInteger(schemaObject.item_default) + ? schemaObject.item_default + : 0; + const template: IntegerCollectionInputFieldTemplate = { + ...baseField, + type: 'IntegerCollection', + default: schemaObject.default ?? [], + item_default, + }; + + return template; +}; + const buildFloatInputFieldTemplate = ({ schemaObject, baseField, @@ -121,6 +198,54 @@ const buildFloatInputFieldTemplate = ({ return template; }; +const buildFloatPolymorphicInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): FloatPolymorphicInputFieldTemplate => { + const template: FloatPolymorphicInputFieldTemplate = { + ...baseField, + type: 'FloatPolymorphic', + default: schemaObject.default ?? 0, + }; + if (schemaObject.multipleOf !== undefined) { + template.multipleOf = schemaObject.multipleOf; + } + + if (schemaObject.maximum !== undefined) { + template.maximum = schemaObject.maximum; + } + + if (schemaObject.exclusiveMaximum !== undefined) { + template.exclusiveMaximum = schemaObject.exclusiveMaximum; + } + + if (schemaObject.minimum !== undefined) { + template.minimum = schemaObject.minimum; + } + + if (schemaObject.exclusiveMinimum !== undefined) { + template.exclusiveMinimum = schemaObject.exclusiveMinimum; + } + return template; +}; + +const buildFloatCollectionInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): FloatCollectionInputFieldTemplate => { + const item_default = isNumber(schemaObject.item_default) + ? schemaObject.item_default + : 0; + const template: FloatCollectionInputFieldTemplate = { + ...baseField, + type: 'FloatCollection', + default: schemaObject.default ?? [], + item_default, + }; + + return template; +}; + const buildStringInputFieldTemplate = ({ schemaObject, baseField, @@ -146,6 +271,48 @@ const buildStringInputFieldTemplate = ({ return template; }; +const buildStringPolymorphicInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): StringPolymorphicInputFieldTemplate => { + const template: StringPolymorphicInputFieldTemplate = { + ...baseField, + type: 'StringPolymorphic', + default: schemaObject.default ?? '', + }; + + if (schemaObject.minLength !== undefined) { + template.minLength = schemaObject.minLength; + } + + if (schemaObject.maxLength !== undefined) { + template.maxLength = schemaObject.maxLength; + } + + if (schemaObject.pattern !== undefined) { + template.pattern = schemaObject.pattern; + } + + return template; +}; + +const buildStringCollectionInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): StringCollectionInputFieldTemplate => { + const item_default = isString(schemaObject.item_default) + ? schemaObject.item_default + : ''; + const template: StringCollectionInputFieldTemplate = { + ...baseField, + type: 'StringCollection', + default: schemaObject.default ?? [], + item_default, + }; + + return template; +}; + const buildBooleanInputFieldTemplate = ({ schemaObject, baseField, @@ -159,6 +326,37 @@ const buildBooleanInputFieldTemplate = ({ return template; }; +const buildBooleanPolymorphicInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): BooleanPolymorphicInputFieldTemplate => { + const template: BooleanPolymorphicInputFieldTemplate = { + ...baseField, + type: 'BooleanPolymorphic', + default: schemaObject.default ?? false, + }; + + return template; +}; + +const buildBooleanCollectionInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): BooleanCollectionInputFieldTemplate => { + const item_default = + schemaObject.item_default && isBoolean(schemaObject.item_default) + ? schemaObject.item_default + : false; + const template: BooleanCollectionInputFieldTemplate = { + ...baseField, + type: 'BooleanCollection', + default: schemaObject.default ?? [], + item_default, + }; + + return template; +}; + const buildMainModelInputFieldTemplate = ({ schemaObject, baseField, @@ -250,6 +448,19 @@ const buildImageInputFieldTemplate = ({ return template; }; +const buildImagePolymorphicInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): ImagePolymorphicInputFieldTemplate => { + const template: ImagePolymorphicInputFieldTemplate = { + ...baseField, + type: 'ImagePolymorphic', + default: schemaObject.default ?? undefined, + }; + + return template; +}; + const buildImageCollectionInputFieldTemplate = ({ schemaObject, baseField, @@ -257,7 +468,8 @@ const buildImageCollectionInputFieldTemplate = ({ const template: ImageCollectionInputFieldTemplate = { ...baseField, type: 'ImageCollection', - default: schemaObject.default ?? undefined, + default: schemaObject.default ?? [], + item_default: (schemaObject.item_default as ImageField) ?? undefined, }; return template; @@ -289,6 +501,33 @@ const buildLatentsInputFieldTemplate = ({ return template; }; +const buildLatentsPolymorphicInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): LatentsPolymorphicInputFieldTemplate => { + const template: LatentsPolymorphicInputFieldTemplate = { + ...baseField, + type: 'LatentsPolymorphic', + default: schemaObject.default ?? undefined, + }; + + return template; +}; + +const buildLatentsCollectionInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): LatentsCollectionInputFieldTemplate => { + const template: LatentsCollectionInputFieldTemplate = { + ...baseField, + type: 'LatentsCollection', + default: schemaObject.default ?? [], + item_default: (schemaObject.item_default as LatentsField) ?? undefined, + }; + + return template; +}; + const buildConditioningInputFieldTemplate = ({ schemaObject, baseField, @@ -302,6 +541,33 @@ const buildConditioningInputFieldTemplate = ({ return template; }; +const buildConditioningPolymorphicInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): ConditioningPolymorphicInputFieldTemplate => { + const template: ConditioningPolymorphicInputFieldTemplate = { + ...baseField, + type: 'ConditioningPolymorphic', + default: schemaObject.default ?? undefined, + }; + + return template; +}; + +const buildConditioningCollectionInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): ConditioningCollectionInputFieldTemplate => { + const template: ConditioningCollectionInputFieldTemplate = { + ...baseField, + type: 'ConditioningCollection', + default: schemaObject.default ?? [], + item_default: (schemaObject.item_default as ConditioningField) ?? undefined, + }; + + return template; +}; + const buildUNetInputFieldTemplate = ({ schemaObject, baseField, @@ -355,6 +621,33 @@ const buildControlInputFieldTemplate = ({ return template; }; +const buildControlPolymorphicInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): ControlPolymorphicInputFieldTemplate => { + const template: ControlPolymorphicInputFieldTemplate = { + ...baseField, + type: 'ControlPolymorphic', + default: schemaObject.default ?? undefined, + }; + + return template; +}; + +const buildControlCollectionInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): ControlCollectionInputFieldTemplate => { + const template: ControlCollectionInputFieldTemplate = { + ...baseField, + type: 'ControlCollection', + default: schemaObject.default ?? [], + item_default: (schemaObject.item_default as ControlField) ?? undefined, + }; + + return template; +}; + const buildEnumInputFieldTemplate = ({ schemaObject, baseField, @@ -408,6 +701,32 @@ const buildColorInputFieldTemplate = ({ return template; }; +const buildColorPolymorphicInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): ColorPolymorphicInputFieldTemplate => { + const template: ColorPolymorphicInputFieldTemplate = { + ...baseField, + type: 'ColorPolymorphic', + default: schemaObject.default ?? { r: 127, g: 127, b: 127, a: 255 }, + }; + + return template; +}; + +const buildColorCollectionInputFieldTemplate = ({ + schemaObject, + baseField, +}: BuildInputFieldArg): ColorCollectionInputFieldTemplate => { + const template: ColorCollectionInputFieldTemplate = { + ...baseField, + type: 'ColorCollection', + default: schemaObject.default ?? [], + }; + + return template; +}; + const buildSchedulerInputFieldTemplate = ({ schemaObject, baseField, @@ -421,45 +740,138 @@ const buildSchedulerInputFieldTemplate = ({ return template; }; -export const getFieldType = (schemaObject: InvocationFieldSchema): string => { - let fieldType = ''; - - const { ui_type } = schemaObject; - if (ui_type) { - fieldType = ui_type; +export const getFieldType = ( + schemaObject: InvocationFieldSchema +): string | undefined => { + if (schemaObject?.ui_type) { + return schemaObject.ui_type; } else if (!schemaObject.type) { - // console.log('refObject', schemaObject); // if schemaObject has no type, then it should have one of allOf, anyOf, oneOf + if (schemaObject.allOf) { - fieldType = refObjectToFieldType( - // eslint-disable-next-line @typescript-eslint/no-non-null-assertion - schemaObject.allOf![0] as OpenAPIV3.ReferenceObject - ); + const allOf = schemaObject.allOf; + if (allOf && allOf[0] && isRefObject(allOf[0])) { + return refObjectToSchemaName(allOf[0]); + } } else if (schemaObject.anyOf) { - fieldType = refObjectToFieldType( - // eslint-disable-next-line @typescript-eslint/no-non-null-assertion - schemaObject.anyOf![0] as OpenAPIV3.ReferenceObject - ); - } else if (schemaObject.oneOf) { - fieldType = refObjectToFieldType( - // eslint-disable-next-line @typescript-eslint/no-non-null-assertion - schemaObject.oneOf![0] as OpenAPIV3.ReferenceObject - ); + const anyOf = schemaObject.anyOf; + /** + * Handle Polymorphic inputs, eg string | string[]. In OpenAPI, this is: + * - an `anyOf` with two items + * - one is an `ArraySchemaObject` with a single `SchemaObject or ReferenceObject` of type T in its `items` + * - the other is a `SchemaObject` or `ReferenceObject` of type T + * + * Any other cases we ignore. + */ + + let firstType: string | undefined; + let secondType: string | undefined; + + if (isArraySchemaObject(anyOf[0])) { + // first is array, second is not + const first = anyOf[0].items; + const second = anyOf[1]; + if (isRefObject(first) && isRefObject(second)) { + firstType = refObjectToSchemaName(first); + secondType = refObjectToSchemaName(second); + } else if ( + isNonArraySchemaObject(first) && + isNonArraySchemaObject(second) + ) { + firstType = first.type; + secondType = second.type; + } + } else if (isArraySchemaObject(anyOf[1])) { + // first is not array, second is + const first = anyOf[0]; + const second = anyOf[1].items; + if (isRefObject(first) && isRefObject(second)) { + firstType = refObjectToSchemaName(first); + secondType = refObjectToSchemaName(second); + } else if ( + isNonArraySchemaObject(first) && + isNonArraySchemaObject(second) + ) { + firstType = first.type; + secondType = second.type; + } + } + if (firstType === secondType && isPolymorphicItemType(firstType)) { + return SINGLE_TO_POLYMORPHIC_MAP[firstType]; + } } } else if (schemaObject.enum) { - fieldType = 'enum'; + return 'enum'; } else if (schemaObject.type) { if (schemaObject.type === 'number') { - // floats are "number" in OpenAPI, while ints are "integer" - fieldType = 'float'; + // floats are "number" in OpenAPI, while ints are "integer" - we need to distinguish them + return 'float'; + } else if (schemaObject.type === 'array') { + const itemType = isSchemaObject(schemaObject.items) + ? schemaObject.items.type + : refObjectToSchemaName(schemaObject.items); + + if (isCollectionItemType(itemType)) { + return COLLECTION_MAP[itemType]; + } + + return; } else { - fieldType = schemaObject.type; + return schemaObject.type; } } - - return fieldType; + return; }; +const TEMPLATE_BUILDER_MAP = { + boolean: buildBooleanInputFieldTemplate, + BooleanCollection: buildBooleanCollectionInputFieldTemplate, + BooleanPolymorphic: buildBooleanPolymorphicInputFieldTemplate, + ClipField: buildClipInputFieldTemplate, + Collection: buildCollectionInputFieldTemplate, + CollectionItem: buildCollectionItemInputFieldTemplate, + ColorCollection: buildColorCollectionInputFieldTemplate, + ColorField: buildColorInputFieldTemplate, + ColorPolymorphic: buildColorPolymorphicInputFieldTemplate, + ConditioningCollection: buildConditioningCollectionInputFieldTemplate, + ConditioningField: buildConditioningInputFieldTemplate, + ConditioningPolymorphic: buildConditioningPolymorphicInputFieldTemplate, + ControlCollection: buildControlCollectionInputFieldTemplate, + ControlField: buildControlInputFieldTemplate, + ControlNetModelField: buildControlNetModelInputFieldTemplate, + ControlPolymorphic: buildControlPolymorphicInputFieldTemplate, + DenoiseMaskField: buildDenoiseMaskInputFieldTemplate, + enum: buildEnumInputFieldTemplate, + float: buildFloatInputFieldTemplate, + FloatCollection: buildFloatCollectionInputFieldTemplate, + FloatPolymorphic: buildFloatPolymorphicInputFieldTemplate, + ImageCollection: buildImageCollectionInputFieldTemplate, + ImageField: buildImageInputFieldTemplate, + ImagePolymorphic: buildImagePolymorphicInputFieldTemplate, + integer: buildIntegerInputFieldTemplate, + IntegerCollection: buildIntegerCollectionInputFieldTemplate, + IntegerPolymorphic: buildIntegerPolymorphicInputFieldTemplate, + LatentsCollection: buildLatentsCollectionInputFieldTemplate, + LatentsField: buildLatentsInputFieldTemplate, + LatentsPolymorphic: buildLatentsPolymorphicInputFieldTemplate, + LoRAModelField: buildLoRAModelInputFieldTemplate, + MainModelField: buildMainModelInputFieldTemplate, + Scheduler: buildSchedulerInputFieldTemplate, + SDXLMainModelField: buildSDXLMainModelInputFieldTemplate, + SDXLRefinerModelField: buildRefinerModelInputFieldTemplate, + string: buildStringInputFieldTemplate, + StringCollection: buildStringCollectionInputFieldTemplate, + StringPolymorphic: buildStringPolymorphicInputFieldTemplate, + UNetField: buildUNetInputFieldTemplate, + VaeField: buildVaeInputFieldTemplate, + VaeModelField: buildVaeModelInputFieldTemplate, +}; + +const isTemplatedFieldType = ( + fieldType: string | undefined +): fieldType is keyof typeof TEMPLATE_BUILDER_MAP => + Boolean(fieldType && fieldType in TEMPLATE_BUILDER_MAP); + /** * Builds an input field from an invocation schema property. * @param fieldSchema The schema object @@ -474,7 +886,8 @@ export const buildInputFieldTemplate = ( const { input, ui_hidden, ui_component, ui_type, ui_order } = fieldSchema; const extra = { - input, + // TODO: Can we support polymorphic inputs in the UI? + input: POLYMORPHIC_TYPES.includes(fieldType) ? 'connection' : input, ui_hidden, ui_component, ui_type, @@ -490,146 +903,12 @@ export const buildInputFieldTemplate = ( ...extra, }; - if (fieldType === 'ImageField') { - return buildImageInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); + if (!isTemplatedFieldType(fieldType)) { + return; } - if (fieldType === 'ImageCollection') { - return buildImageCollectionInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'DenoiseMaskField') { - return buildDenoiseMaskInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'LatentsField') { - return buildLatentsInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'ConditioningField') { - return buildConditioningInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'UNetField') { - return buildUNetInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'ClipField') { - return buildClipInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'VaeField') { - return buildVaeInputFieldTemplate({ schemaObject: fieldSchema, baseField }); - } - if (fieldType === 'ControlField') { - return buildControlInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'MainModelField') { - return buildMainModelInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'SDXLRefinerModelField') { - return buildRefinerModelInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'SDXLMainModelField') { - return buildSDXLMainModelInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'VaeModelField') { - return buildVaeModelInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'LoRAModelField') { - return buildLoRAModelInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'ControlNetModelField') { - return buildControlNetModelInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'enum') { - return buildEnumInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'integer') { - return buildIntegerInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'float') { - return buildFloatInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'string') { - return buildStringInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'boolean') { - return buildBooleanInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'Collection') { - return buildCollectionInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'CollectionItem') { - return buildCollectionItemInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'ColorField') { - return buildColorInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - if (fieldType === 'Scheduler') { - return buildSchedulerInputFieldTemplate({ - schemaObject: fieldSchema, - baseField, - }); - } - return; + + return TEMPLATE_BUILDER_MAP[fieldType]({ + schemaObject: fieldSchema, + baseField, + }); }; diff --git a/invokeai/frontend/web/src/features/nodes/util/fieldValueBuilders.ts b/invokeai/frontend/web/src/features/nodes/util/fieldValueBuilders.ts index 1d06d644d1..a3046feee7 100644 --- a/invokeai/frontend/web/src/features/nodes/util/fieldValueBuilders.ts +++ b/invokeai/frontend/web/src/features/nodes/util/fieldValueBuilders.ts @@ -1,104 +1,79 @@ import { InputFieldTemplate, InputFieldValue } from '../types/types'; +const FIELD_VALUE_FALLBACK_MAP = { + 'enum.number': 0, + 'enum.string': '', + boolean: false, + BooleanCollection: [], + BooleanPolymorphic: false, + ClipField: undefined, + Collection: [], + CollectionItem: undefined, + ColorCollection: [], + ColorField: undefined, + ColorPolymorphic: undefined, + ConditioningCollection: [], + ConditioningField: undefined, + ConditioningPolymorphic: undefined, + ControlCollection: [], + ControlField: undefined, + ControlNetModelField: undefined, + ControlPolymorphic: undefined, + DenoiseMaskField: undefined, + float: 0, + FloatCollection: [], + FloatPolymorphic: 0, + ImageCollection: [], + ImageField: undefined, + ImagePolymorphic: undefined, + integer: 0, + IntegerCollection: [], + IntegerPolymorphic: 0, + LatentsCollection: [], + LatentsField: undefined, + LatentsPolymorphic: undefined, + LoRAModelField: undefined, + MainModelField: undefined, + ONNXModelField: undefined, + Scheduler: 'euler', + SDXLMainModelField: undefined, + SDXLRefinerModelField: undefined, + string: '', + StringCollection: [], + StringPolymorphic: '', + UNetField: undefined, + VaeField: undefined, + VaeModelField: undefined, +}; + export const buildInputFieldValue = ( id: string, template: InputFieldTemplate ): InputFieldValue => { - const fieldValue: InputFieldValue = { + // TODO: this should be `fieldValue: InputFieldValue`, but that introduces a TS issue I couldn't + // resolve - for some reason, it doesn't like `template.type`, which is the discriminant for both + // `InputFieldTemplate` union. It is (type-structurally) equal to the discriminant for the + // `InputFieldValue` union, but TS doesn't seem to like it... + const fieldValue = { id, name: template.name, type: template.type, label: '', fieldKind: 'input', - }; - - if (template.type === 'string') { - fieldValue.value = template.default ?? ''; - } - - if (template.type === 'integer') { - fieldValue.value = template.default ?? 0; - } - - if (template.type === 'float') { - fieldValue.value = template.default ?? 0; - } - - if (template.type === 'boolean') { - fieldValue.value = template.default ?? false; - } + } as InputFieldValue; if (template.type === 'enum') { if (template.enumType === 'number') { - fieldValue.value = template.default ?? 0; + fieldValue.value = + template.default ?? FIELD_VALUE_FALLBACK_MAP['enum.number']; } if (template.enumType === 'string') { - fieldValue.value = template.default ?? ''; + fieldValue.value = + template.default ?? FIELD_VALUE_FALLBACK_MAP['enum.string']; } - } - - if (template.type === 'Collection') { - fieldValue.value = template.default ?? 1; - } - - if (template.type === 'ImageField') { - fieldValue.value = undefined; - } - - if (template.type === 'ImageCollection') { - fieldValue.value = []; - } - - if (template.type === 'DenoiseMaskField') { - fieldValue.value = undefined; - } - - if (template.type === 'LatentsField') { - fieldValue.value = undefined; - } - - if (template.type === 'ConditioningField') { - fieldValue.value = undefined; - } - - if (template.type === 'UNetField') { - fieldValue.value = undefined; - } - - if (template.type === 'ClipField') { - fieldValue.value = undefined; - } - - if (template.type === 'VaeField') { - fieldValue.value = undefined; - } - - if (template.type === 'ControlField') { - fieldValue.value = undefined; - } - - if (template.type === 'MainModelField') { - fieldValue.value = undefined; - } - - if (template.type === 'SDXLRefinerModelField') { - fieldValue.value = undefined; - } - - if (template.type === 'VaeModelField') { - fieldValue.value = undefined; - } - - if (template.type === 'LoRAModelField') { - fieldValue.value = undefined; - } - - if (template.type === 'ControlNetModelField') { - fieldValue.value = undefined; - } - - if (template.type === 'Scheduler') { - fieldValue.value = 'euler'; + } else { + fieldValue.value = + template.default ?? FIELD_VALUE_FALLBACK_MAP[template.type]; } return fieldValue; diff --git a/invokeai/frontend/web/src/services/api/schema.d.ts b/invokeai/frontend/web/src/services/api/schema.d.ts index c38aa95fe5..8f17985bbd 100644 --- a/invokeai/frontend/web/src/services/api/schema.d.ts +++ b/invokeai/frontend/web/src/services/api/schema.d.ts @@ -1397,9 +1397,8 @@ export type components = { /** * Control Model * @description ControlNet model to load - * @default lllyasviel/sd-controlnet-canny */ - control_model?: components["schemas"]["ControlNetModelField"]; + control_model: components["schemas"]["ControlNetModelField"]; /** * Control Weight * @description The weight given to the ControlNet @@ -5806,12 +5805,12 @@ export type components = { */ target_height?: number; /** - * Clip + * CLIP 1 * @description CLIP (tokenizer, text encoder, LoRAs) and skipped layer count */ clip?: components["schemas"]["ClipField"]; /** - * Clip2 + * CLIP 2 * @description CLIP (tokenizer, text encoder, LoRAs) and skipped layer count */ clip2?: components["schemas"]["ClipField"]; @@ -5855,7 +5854,7 @@ export type components = { */ weight?: number; /** - * UNET + * UNet * @description UNet (scheduler, LoRAs) */ unet?: components["schemas"]["UNetField"]; @@ -6998,7 +6997,7 @@ export type components = { * If a field should be provided a data type that does not exactly match the python type of the field, use this to provide the type that should be used instead. See the node development docs for detail on adding a new field type, which involves client-side changes. * @enum {string} */ - UIType: "integer" | "float" | "boolean" | "string" | "array" | "ImageField" | "LatentsField" | "ConditioningField" | "ControlField" | "ColorField" | "ImageCollection" | "ConditioningCollection" | "ColorCollection" | "LatentsCollection" | "IntegerCollection" | "FloatCollection" | "StringCollection" | "BooleanCollection" | "MainModelField" | "SDXLMainModelField" | "SDXLRefinerModelField" | "ONNXModelField" | "VaeModelField" | "LoRAModelField" | "ControlNetModelField" | "UNetField" | "VaeField" | "ClipField" | "Collection" | "CollectionItem" | "enum" | "Scheduler" | "WorkflowField" | "IsIntermediate" | "MetadataField"; + UIType: "boolean" | "ColorField" | "ConditioningField" | "ControlField" | "float" | "ImageField" | "integer" | "LatentsField" | "string" | "BooleanCollection" | "ColorCollection" | "ConditioningCollection" | "ControlCollection" | "FloatCollection" | "ImageCollection" | "IntegerCollection" | "LatentsCollection" | "StringCollection" | "BooleanPolymorphic" | "ColorPolymorphic" | "ConditioningPolymorphic" | "ControlPolymorphic" | "FloatPolymorphic" | "ImagePolymorphic" | "IntegerPolymorphic" | "LatentsPolymorphic" | "StringPolymorphic" | "MainModelField" | "SDXLMainModelField" | "SDXLRefinerModelField" | "ONNXModelField" | "VaeModelField" | "LoRAModelField" | "ControlNetModelField" | "UNetField" | "VaeField" | "ClipField" | "Collection" | "CollectionItem" | "enum" | "Scheduler" | "WorkflowField" | "IsIntermediate" | "MetadataField"; /** * UIComponent * @description The type of UI component to use for a field, used to override the default components, which are inferred from the field type. @@ -7020,6 +7019,8 @@ export type components = { ui_component?: components["schemas"]["UIComponent"]; /** Ui Order */ ui_order?: number; + /** Item Default */ + item_default?: unknown; }; /** * _OutputField @@ -7041,6 +7042,12 @@ export type components = { * @enum {string} */ StableDiffusion1ModelFormat: "checkpoint" | "diffusers"; + /** + * StableDiffusionOnnxModelFormat + * @description An enumeration. + * @enum {string} + */ + StableDiffusionOnnxModelFormat: "olive" | "onnx"; /** * ControlNetModelFormat * @description An enumeration. @@ -7059,12 +7066,6 @@ export type components = { * @enum {string} */ StableDiffusion2ModelFormat: "checkpoint" | "diffusers"; - /** - * StableDiffusionOnnxModelFormat - * @description An enumeration. - * @enum {string} - */ - StableDiffusionOnnxModelFormat: "olive" | "onnx"; }; responses: never; parameters: never; From 09803b075d62cb091bc406a96afc5d56cea96718 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 10:22:36 +1000 Subject: [PATCH 31/84] fix(ui): fix node value checks to compare to undefined existing checks would fail if falsy values --- .../frontend/web/src/common/hooks/useIsReadyToInvoke.ts | 6 +++++- .../web/src/features/nodes/hooks/useDoesInputHaveValue.ts | 2 +- 2 files changed, 6 insertions(+), 2 deletions(-) diff --git a/invokeai/frontend/web/src/common/hooks/useIsReadyToInvoke.ts b/invokeai/frontend/web/src/common/hooks/useIsReadyToInvoke.ts index e06a1106c1..3820b07daf 100644 --- a/invokeai/frontend/web/src/common/hooks/useIsReadyToInvoke.ts +++ b/invokeai/frontend/web/src/common/hooks/useIsReadyToInvoke.ts @@ -63,7 +63,11 @@ const selector = createSelector( return; } - if (fieldTemplate.required && !field.value && !hasConnection) { + if ( + fieldTemplate.required && + field.value === undefined && + !hasConnection + ) { reasons.push( `${node.data.label || nodeTemplate.title} -> ${ field.label || fieldTemplate.title diff --git a/invokeai/frontend/web/src/features/nodes/hooks/useDoesInputHaveValue.ts b/invokeai/frontend/web/src/features/nodes/hooks/useDoesInputHaveValue.ts index f56099ed2b..83bf6b8af0 100644 --- a/invokeai/frontend/web/src/features/nodes/hooks/useDoesInputHaveValue.ts +++ b/invokeai/frontend/web/src/features/nodes/hooks/useDoesInputHaveValue.ts @@ -15,7 +15,7 @@ export const useDoesInputHaveValue = (nodeId: string, fieldName: string) => { if (!isInvocationNode(node)) { return; } - return Boolean(node?.data.inputs[fieldName]?.value); + return node?.data.inputs[fieldName]?.value !== undefined; }, defaultSelectorOptions ), From a765f01c08cb27f8559808ab9b00f98d8f5c755a Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 10:23:48 +1000 Subject: [PATCH 32/84] chore(ui): typegen --- .../frontend/web/src/services/api/schema.d.ts | 16 ++++++++-------- 1 file changed, 8 insertions(+), 8 deletions(-) diff --git a/invokeai/frontend/web/src/services/api/schema.d.ts b/invokeai/frontend/web/src/services/api/schema.d.ts index 8f17985bbd..a895e6a230 100644 --- a/invokeai/frontend/web/src/services/api/schema.d.ts +++ b/invokeai/frontend/web/src/services/api/schema.d.ts @@ -6804,7 +6804,7 @@ export type components = { * Seamless Axes * @description Axes("x" and "y") to which apply seamless */ - seamless_axes?: string[]; + seamless_axes: string[]; }; /** Upscaler */ Upscaler: { @@ -6843,7 +6843,7 @@ export type components = { * Seamless Axes * @description Axes("x" and "y") to which apply seamless */ - seamless_axes?: string[]; + seamless_axes: string[]; }; /** * VAE @@ -7042,12 +7042,6 @@ export type components = { * @enum {string} */ StableDiffusion1ModelFormat: "checkpoint" | "diffusers"; - /** - * StableDiffusionOnnxModelFormat - * @description An enumeration. - * @enum {string} - */ - StableDiffusionOnnxModelFormat: "olive" | "onnx"; /** * ControlNetModelFormat * @description An enumeration. @@ -7066,6 +7060,12 @@ export type components = { * @enum {string} */ StableDiffusion2ModelFormat: "checkpoint" | "diffusers"; + /** + * StableDiffusionOnnxModelFormat + * @description An enumeration. + * @enum {string} + */ + StableDiffusionOnnxModelFormat: "olive" | "onnx"; }; responses: never; parameters: never; From 92975130bd686e8f88a3e19bd3e3efa64b2f9bdc Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 11:22:31 +1000 Subject: [PATCH 33/84] feat: allow float inputs to accept integers Pydantic automatically casts ints to floats. --- invokeai/app/services/graph.py | 4 ++++ .../web/src/features/nodes/hooks/useIsValidConnection.ts | 5 ++++- .../nodes/store/util/makeIsConnectionValidSelector.ts | 5 ++++- 3 files changed, 12 insertions(+), 2 deletions(-) diff --git a/invokeai/app/services/graph.py b/invokeai/app/services/graph.py index 18c99fafc1..0e40636280 100644 --- a/invokeai/app/services/graph.py +++ b/invokeai/app/services/graph.py @@ -112,6 +112,10 @@ def are_connection_types_compatible(from_type: Any, to_type: Any) -> bool: if to_type in get_args(from_type): return True + # allow int -> float, pydantic will cast for us + if from_type is int and to_type is float: + return True + # if not issubclass(from_type, to_type): if not is_union_subtype(from_type, to_type): return False diff --git a/invokeai/frontend/web/src/features/nodes/hooks/useIsValidConnection.ts b/invokeai/frontend/web/src/features/nodes/hooks/useIsValidConnection.ts index 1c372e551d..d1d10bb7e7 100644 --- a/invokeai/frontend/web/src/features/nodes/hooks/useIsValidConnection.ts +++ b/invokeai/frontend/web/src/features/nodes/hooks/useIsValidConnection.ts @@ -120,12 +120,15 @@ export const useIsValidConnection = () => { const isCollectionToGenericCollection = targetType === 'Collection' && COLLECTION_TYPES.includes(sourceType); + const isIntToFloat = sourceType === 'integer' && targetType === 'float'; + return ( isCollectionItemToNonCollection || isNonCollectionToCollectionItem || isAnythingToPolymorphicOfSameBaseType || isGenericCollectionToAnyCollectionOrPolymorphic || - isCollectionToGenericCollection + isCollectionToGenericCollection || + isIntToFloat ); } diff --git a/invokeai/frontend/web/src/features/nodes/store/util/makeIsConnectionValidSelector.ts b/invokeai/frontend/web/src/features/nodes/store/util/makeIsConnectionValidSelector.ts index 0c5fee509c..5cb6d557e8 100644 --- a/invokeai/frontend/web/src/features/nodes/store/util/makeIsConnectionValidSelector.ts +++ b/invokeai/frontend/web/src/features/nodes/store/util/makeIsConnectionValidSelector.ts @@ -113,13 +113,16 @@ export const makeConnectionErrorSelector = ( const isCollectionToGenericCollection = targetType === 'Collection' && COLLECTION_TYPES.includes(sourceType); + const isIntToFloat = sourceType === 'integer' && targetType === 'float'; + if ( !( isCollectionItemToNonCollection || isNonCollectionToCollectionItem || isAnythingToPolymorphicOfSameBaseType || isGenericCollectionToAnyCollectionOrPolymorphic || - isCollectionToGenericCollection + isCollectionToGenericCollection || + isIntToFloat ) ) { return 'Field types must match'; From 446dc6bea1928255cb3c96f3a607f16d9dee999e Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 15:23:10 +1000 Subject: [PATCH 34/84] fix(nodes): denoise_mask is connection-only, ui_order=6 --- invokeai/app/invocations/latent.py | 3 +-- 1 file changed, 1 insertion(+), 2 deletions(-) diff --git a/invokeai/app/invocations/latent.py b/invokeai/app/invocations/latent.py index 96ad49165a..c0e53e4e12 100644 --- a/invokeai/app/invocations/latent.py +++ b/invokeai/app/invocations/latent.py @@ -215,8 +215,7 @@ class DenoiseLatentsInvocation(BaseInvocation): ) latents: Optional[LatentsField] = InputField(description=FieldDescriptions.latents, input=Input.Connection) denoise_mask: Optional[DenoiseMaskField] = InputField( - default=None, - description=FieldDescriptions.mask, + default=None, description=FieldDescriptions.mask, input=Input.Connection, ui_order=6 ) @validator("cfg_scale") From d65553841e9181461bb028009f745a865348f7f4 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 15:24:44 +1000 Subject: [PATCH 35/84] fix: remove default_factory for ImageCollectionInvocation --- invokeai/app/invocations/primitives.py | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/invokeai/app/invocations/primitives.py b/invokeai/app/invocations/primitives.py index 81914ab2af..fdadc4b31b 100644 --- a/invokeai/app/invocations/primitives.py +++ b/invokeai/app/invocations/primitives.py @@ -261,7 +261,7 @@ class ImageInvocation(BaseInvocation): class ImageCollectionInvocation(BaseInvocation): """A collection of image primitive values""" - collection: list[ImageField] = InputField(default_factory=list, description="The collection of image values") + collection: list[ImageField] = InputField(description="The collection of image values") def invoke(self, context: InvocationContext) -> ImageCollectionOutput: return ImageCollectionOutput(collection=self.collection) From 34e3c2e000d5f5d756fcfb75e7a024d13b78c709 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 15:24:53 +1000 Subject: [PATCH 36/84] feat(ui): style handles --- .../nodes/Invocation/fields/FieldHandle.tsx | 4 ++- .../web/src/features/nodes/types/constants.ts | 31 +++++++++++++------ 2 files changed, 25 insertions(+), 10 deletions(-) diff --git a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/FieldHandle.tsx b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/FieldHandle.tsx index 02b18e7178..3166590254 100644 --- a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/FieldHandle.tsx +++ b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/fields/FieldHandle.tsx @@ -4,6 +4,7 @@ import { COLLECTION_TYPES, FIELDS, HANDLE_TOOLTIP_OPEN_DELAY, + MODEL_TYPES, POLYMORPHIC_TYPES, } from 'features/nodes/types/constants'; import { @@ -52,6 +53,7 @@ const FieldHandle = (props: FieldHandleProps) => { const styles: CSSProperties = useMemo(() => { const isCollectionType = COLLECTION_TYPES.includes(type); const isPolymorphicType = POLYMORPHIC_TYPES.includes(type); + const isModelType = MODEL_TYPES.includes(type); const color = colorTokenToCssVar(typeColor); const s: CSSProperties = { backgroundColor: @@ -64,7 +66,7 @@ const FieldHandle = (props: FieldHandleProps) => { borderWidth: isCollectionType || isPolymorphicType ? 4 : 0, borderStyle: 'solid', borderColor: color, - borderRadius: isPolymorphicType ? 4 : '100%', + borderRadius: isModelType ? 4 : '100%', zIndex: 1, }; diff --git a/invokeai/frontend/web/src/features/nodes/types/constants.ts b/invokeai/frontend/web/src/features/nodes/types/constants.ts index dcd579d912..a12c1fbddc 100644 --- a/invokeai/frontend/web/src/features/nodes/types/constants.ts +++ b/invokeai/frontend/web/src/features/nodes/types/constants.ts @@ -39,6 +39,19 @@ export const POLYMORPHIC_TYPES = [ 'ColorPolymorphic', ]; +export const MODEL_TYPES = [ + 'ControlNetModelField', + 'LoRAModelField', + 'MainModelField', + 'ONNXModelField', + 'SDXLMainModelField', + 'SDXLRefinerModelField', + 'VaeModelField', + 'UNetField', + 'VaeField', + 'ClipField', +]; + export const COLLECTION_MAP = { integer: 'IntegerCollection', boolean: 'BooleanCollection', @@ -103,7 +116,7 @@ export const FIELDS: Record = { title: 'Boolean Polymorphic', }, ClipField: { - color: 'green.300', + color: 'green.500', description: 'Tokenizer and text_encoder submodels.', title: 'Clip', }, @@ -238,17 +251,17 @@ export const FIELDS: Record = { title: 'Latents Polymorphic', }, LoRAModelField: { - color: 'teal.300', + color: 'teal.500', description: 'TODO', title: 'LoRA', }, MainModelField: { - color: 'teal.300', + color: 'teal.500', description: 'TODO', title: 'Model', }, ONNXModelField: { - color: 'teal.300', + color: 'teal.500', description: 'ONNX model field.', title: 'ONNX Model', }, @@ -258,12 +271,12 @@ export const FIELDS: Record = { title: 'Scheduler', }, SDXLMainModelField: { - color: 'teal.300', + color: 'teal.500', description: 'SDXL model field.', title: 'SDXL Model', }, SDXLRefinerModelField: { - color: 'teal.300', + color: 'teal.500', description: 'TODO', title: 'Refiner Model', }, @@ -283,17 +296,17 @@ export const FIELDS: Record = { title: 'String Polymorphic', }, UNetField: { - color: 'red.300', + color: 'red.500', description: 'UNet submodel.', title: 'UNet', }, VaeField: { - color: 'blue.300', + color: 'blue.500', description: 'Vae submodel.', title: 'Vae', }, VaeModelField: { - color: 'teal.300', + color: 'teal.500', description: 'TODO', title: 'VAE', }, From 920fc0e75190d3a90cef1e01fae96ac066183140 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 15:25:58 +1000 Subject: [PATCH 37/84] chore(ui): typegen --- .../frontend/web/src/services/api/schema.d.ts | 16 ++++++++-------- 1 file changed, 8 insertions(+), 8 deletions(-) diff --git a/invokeai/frontend/web/src/services/api/schema.d.ts b/invokeai/frontend/web/src/services/api/schema.d.ts index a895e6a230..f48892113d 100644 --- a/invokeai/frontend/web/src/services/api/schema.d.ts +++ b/invokeai/frontend/web/src/services/api/schema.d.ts @@ -6804,7 +6804,7 @@ export type components = { * Seamless Axes * @description Axes("x" and "y") to which apply seamless */ - seamless_axes: string[]; + seamless_axes?: string[]; }; /** Upscaler */ Upscaler: { @@ -6843,7 +6843,7 @@ export type components = { * Seamless Axes * @description Axes("x" and "y") to which apply seamless */ - seamless_axes: string[]; + seamless_axes?: string[]; }; /** * VAE @@ -7036,6 +7036,12 @@ export type components = { /** Ui Order */ ui_order?: number; }; + /** + * StableDiffusionOnnxModelFormat + * @description An enumeration. + * @enum {string} + */ + StableDiffusionOnnxModelFormat: "olive" | "onnx"; /** * StableDiffusion1ModelFormat * @description An enumeration. @@ -7060,12 +7066,6 @@ export type components = { * @enum {string} */ StableDiffusion2ModelFormat: "checkpoint" | "diffusers"; - /** - * StableDiffusionOnnxModelFormat - * @description An enumeration. - * @enum {string} - */ - StableDiffusionOnnxModelFormat: "olive" | "onnx"; }; responses: never; parameters: never; From 59cb6305b92f843138a7b216bddf393a272ef52e Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 19:07:41 +1000 Subject: [PATCH 38/84] feat(tests): add tests for decorator and int -> float --- tests/nodes/test_node_graph.py | 56 +++++++++++++++++++++++++++++++++- 1 file changed, 55 insertions(+), 1 deletion(-) diff --git a/tests/nodes/test_node_graph.py b/tests/nodes/test_node_graph.py index fe6709827f..56bf823d14 100644 --- a/tests/nodes/test_node_graph.py +++ b/tests/nodes/test_node_graph.py @@ -1,3 +1,4 @@ +from invokeai.app.invocations.baseinvocation import BaseInvocation, BaseInvocationOutput, invocation, invocation_output from .test_nodes import ( ImageToImageTestInvocation, TextToImageTestInvocation, @@ -20,7 +21,7 @@ from invokeai.app.invocations.upscale import ESRGANInvocation from invokeai.app.invocations.image import ShowImageInvocation from invokeai.app.invocations.math import AddInvocation, SubtractInvocation -from invokeai.app.invocations.primitives import IntegerInvocation +from invokeai.app.invocations.primitives import FloatInvocation, IntegerInvocation from invokeai.app.services.default_graphs import create_text_to_image import pytest @@ -610,6 +611,59 @@ def test_graph_can_deserialize(): assert g2.edges[0].destination.field == "image" +def test_invocation_decorator(): + invocation_type = "test_invocation" + title = "Test Invocation" + tags = ["first", "second", "third"] + category = "category" + + @invocation(invocation_type, title=title, tags=tags, category=category) + class Test(BaseInvocation): + def invoke(self): + pass + + schema = Test.schema() + + assert schema.get("title") == title + assert schema.get("tags") == tags + assert schema.get("category") == category + assert Test(id="1").type == invocation_type # type: ignore (type is dynamically added) + + +def test_invocation_output_decorator(): + output_type = "test_output" + + @invocation_output(output_type) + class TestOutput(BaseInvocationOutput): + pass + + assert TestOutput().type == output_type # type: ignore (type is dynamically added) + + +def test_floats_accept_ints(): + g = Graph() + n1 = IntegerInvocation(id="1", value=1) + n2 = FloatInvocation(id="2") + g.add_node(n1) + g.add_node(n2) + e = create_edge(n1.id, "value", n2.id, "value") + + # Not throwing on this line is sufficient + g.add_edge(e) + + +def test_ints_do_not_accept_floats(): + g = Graph() + n1 = FloatInvocation(id="1", value=1.0) + n2 = IntegerInvocation(id="2") + g.add_node(n1) + g.add_node(n2) + e = create_edge(n1.id, "value", n2.id, "value") + + with pytest.raises(InvalidEdgeError): + g.add_edge(e) + + def test_graph_can_generate_schema(): # Not throwing on this line is sufficient # NOTE: if this test fails, it's PROBABLY because a new invocation type is breaking schema generation From d9148fb619864231c2948034647710dbfe65a0ad Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 18:11:56 +1000 Subject: [PATCH 39/84] feat(nodes): add version to node schemas The `@invocation` decorator is extended with an optional `version` arg. On execution of the decorator, the version string is parsed using the `semver` package (this was an indirect dependency and has been added to `pyproject.toml`). All built-in nodes are set with `version="1.0.0"`. The version is added to the OpenAPI Schema for consumption by the client. --- invokeai/app/invocations/baseinvocation.py | 15 ++++++- invokeai/app/invocations/collections.py | 6 ++- invokeai/app/invocations/compel.py | 6 ++- .../controlnet_image_processors.py | 27 ++++++++++-- invokeai/app/invocations/cv.py | 7 +-- invokeai/app/invocations/image.py | 44 +++++++++++-------- invokeai/app/invocations/infill.py | 10 +++-- invokeai/app/invocations/latent.py | 21 ++++++--- invokeai/app/invocations/math.py | 10 ++--- invokeai/app/invocations/metadata.py | 4 +- invokeai/app/invocations/model.py | 10 ++--- invokeai/app/invocations/noise.py | 2 +- invokeai/app/invocations/onnx.py | 6 ++- invokeai/app/invocations/param_easing.py | 4 +- invokeai/app/invocations/primitives.py | 28 +++++++++--- invokeai/app/invocations/prompt.py | 4 +- invokeai/app/invocations/sdxl.py | 3 +- invokeai/app/invocations/upscale.py | 2 +- pyproject.toml | 1 + 19 files changed, 139 insertions(+), 71 deletions(-) diff --git a/invokeai/app/invocations/baseinvocation.py b/invokeai/app/invocations/baseinvocation.py index ccc2b4d05f..540571762f 100644 --- a/invokeai/app/invocations/baseinvocation.py +++ b/invokeai/app/invocations/baseinvocation.py @@ -26,6 +26,7 @@ from typing import ( from pydantic import BaseModel, Field, validator from pydantic.fields import Undefined, ModelField from pydantic.typing import NoArgAnyCallable +import semver if TYPE_CHECKING: from ..services.invocation_services import InvocationServices @@ -401,6 +402,9 @@ class UIConfigBase(BaseModel): tags: Optional[list[str]] = Field(default_factory=None, description="The node's tags") title: Optional[str] = Field(default=None, description="The node's display name") category: Optional[str] = Field(default=None, description="The node's category") + version: Optional[str] = Field( + default=None, description='The node\'s version. Should be a valid semver string e.g. "1.0.0" or "3.8.13".' + ) class InvocationContext: @@ -499,6 +503,8 @@ class BaseInvocation(ABC, BaseModel): schema["tags"] = uiconfig.tags if uiconfig and hasattr(uiconfig, "category"): schema["category"] = uiconfig.category + if uiconfig and hasattr(uiconfig, "version"): + schema["version"] = uiconfig.version if "required" not in schema or not isinstance(schema["required"], list): schema["required"] = list() schema["required"].extend(["type", "id"]) @@ -567,7 +573,11 @@ GenericBaseInvocation = TypeVar("GenericBaseInvocation", bound=BaseInvocation) def invocation( - invocation_type: str, title: Optional[str] = None, tags: Optional[list[str]] = None, category: Optional[str] = None + invocation_type: str, + title: Optional[str] = None, + tags: Optional[list[str]] = None, + category: Optional[str] = None, + version: Optional[str] = None, ) -> Callable[[Type[GenericBaseInvocation]], Type[GenericBaseInvocation]]: """ Adds metadata to an invocation. @@ -594,6 +604,9 @@ def invocation( cls.UIConfig.tags = tags if category is not None: cls.UIConfig.category = category + if version is not None: + semver.Version.parse(version) # raises ValueError if invalid semver + cls.UIConfig.version = version # Add the invocation type to the pydantic model of the invocation invocation_type_annotation = Literal[invocation_type] # type: ignore diff --git a/invokeai/app/invocations/collections.py b/invokeai/app/invocations/collections.py index 979f2e43b7..2814a9c3ca 100644 --- a/invokeai/app/invocations/collections.py +++ b/invokeai/app/invocations/collections.py @@ -10,7 +10,9 @@ from invokeai.app.util.misc import SEED_MAX, get_random_seed from .baseinvocation import BaseInvocation, InputField, InvocationContext, invocation -@invocation("range", title="Integer Range", tags=["collection", "integer", "range"], category="collections") +@invocation( + "range", title="Integer Range", tags=["collection", "integer", "range"], category="collections", version="1.0.0" +) class RangeInvocation(BaseInvocation): """Creates a range of numbers from start to stop with step""" @@ -33,6 +35,7 @@ class RangeInvocation(BaseInvocation): title="Integer Range of Size", tags=["collection", "integer", "size", "range"], category="collections", + version="1.0.0", ) class RangeOfSizeInvocation(BaseInvocation): """Creates a range from start to start + size with step""" @@ -50,6 +53,7 @@ class RangeOfSizeInvocation(BaseInvocation): title="Random Range", tags=["range", "integer", "random", "collection"], category="collections", + version="1.0.0", ) class RandomRangeInvocation(BaseInvocation): """Creates a collection of random numbers""" diff --git a/invokeai/app/invocations/compel.py b/invokeai/app/invocations/compel.py index 563d8d97fd..4557c57820 100644 --- a/invokeai/app/invocations/compel.py +++ b/invokeai/app/invocations/compel.py @@ -44,7 +44,7 @@ class ConditioningFieldData: # PerpNeg = "perp_neg" -@invocation("compel", title="Prompt", tags=["prompt", "compel"], category="conditioning") +@invocation("compel", title="Prompt", tags=["prompt", "compel"], category="conditioning", version="1.0.0") class CompelInvocation(BaseInvocation): """Parse prompt using compel package to conditioning.""" @@ -267,6 +267,7 @@ class SDXLPromptInvocationBase: title="SDXL Prompt", tags=["sdxl", "compel", "prompt"], category="conditioning", + version="1.0.0", ) class SDXLCompelPromptInvocation(BaseInvocation, SDXLPromptInvocationBase): """Parse prompt using compel package to conditioning.""" @@ -351,6 +352,7 @@ class SDXLCompelPromptInvocation(BaseInvocation, SDXLPromptInvocationBase): title="SDXL Refiner Prompt", tags=["sdxl", "compel", "prompt"], category="conditioning", + version="1.0.0", ) class SDXLRefinerCompelPromptInvocation(BaseInvocation, SDXLPromptInvocationBase): """Parse prompt using compel package to conditioning.""" @@ -403,7 +405,7 @@ class ClipSkipInvocationOutput(BaseInvocationOutput): clip: ClipField = OutputField(default=None, description=FieldDescriptions.clip, title="CLIP") -@invocation("clip_skip", title="CLIP Skip", tags=["clipskip", "clip", "skip"], category="conditioning") +@invocation("clip_skip", title="CLIP Skip", tags=["clipskip", "clip", "skip"], category="conditioning", version="1.0.0") class ClipSkipInvocation(BaseInvocation): """Skip layers in clip text_encoder model.""" diff --git a/invokeai/app/invocations/controlnet_image_processors.py b/invokeai/app/invocations/controlnet_image_processors.py index 272afb3a4c..2c2eab9155 100644 --- a/invokeai/app/invocations/controlnet_image_processors.py +++ b/invokeai/app/invocations/controlnet_image_processors.py @@ -95,7 +95,7 @@ class ControlOutput(BaseInvocationOutput): control: ControlField = OutputField(description=FieldDescriptions.control) -@invocation("controlnet", title="ControlNet", tags=["controlnet"], category="controlnet") +@invocation("controlnet", title="ControlNet", tags=["controlnet"], category="controlnet", version="1.0.0") class ControlNetInvocation(BaseInvocation): """Collects ControlNet info to pass to other nodes""" @@ -127,7 +127,9 @@ class ControlNetInvocation(BaseInvocation): ) -@invocation("image_processor", title="Base Image Processor", tags=["controlnet"], category="controlnet") +@invocation( + "image_processor", title="Base Image Processor", tags=["controlnet"], category="controlnet", version="1.0.0" +) class ImageProcessorInvocation(BaseInvocation): """Base class for invocations that preprocess images for ControlNet""" @@ -171,6 +173,7 @@ class ImageProcessorInvocation(BaseInvocation): title="Canny Processor", tags=["controlnet", "canny"], category="controlnet", + version="1.0.0", ) class CannyImageProcessorInvocation(ImageProcessorInvocation): """Canny edge detection for ControlNet""" @@ -193,6 +196,7 @@ class CannyImageProcessorInvocation(ImageProcessorInvocation): title="HED (softedge) Processor", tags=["controlnet", "hed", "softedge"], category="controlnet", + version="1.0.0", ) class HedImageProcessorInvocation(ImageProcessorInvocation): """Applies HED edge detection to image""" @@ -221,6 +225,7 @@ class HedImageProcessorInvocation(ImageProcessorInvocation): title="Lineart Processor", tags=["controlnet", "lineart"], category="controlnet", + version="1.0.0", ) class LineartImageProcessorInvocation(ImageProcessorInvocation): """Applies line art processing to image""" @@ -242,6 +247,7 @@ class LineartImageProcessorInvocation(ImageProcessorInvocation): title="Lineart Anime Processor", tags=["controlnet", "lineart", "anime"], category="controlnet", + version="1.0.0", ) class LineartAnimeImageProcessorInvocation(ImageProcessorInvocation): """Applies line art anime processing to image""" @@ -264,6 +270,7 @@ class LineartAnimeImageProcessorInvocation(ImageProcessorInvocation): title="Openpose Processor", tags=["controlnet", "openpose", "pose"], category="controlnet", + version="1.0.0", ) class OpenposeImageProcessorInvocation(ImageProcessorInvocation): """Applies Openpose processing to image""" @@ -288,6 +295,7 @@ class OpenposeImageProcessorInvocation(ImageProcessorInvocation): title="Midas Depth Processor", tags=["controlnet", "midas"], category="controlnet", + version="1.0.0", ) class MidasDepthImageProcessorInvocation(ImageProcessorInvocation): """Applies Midas depth processing to image""" @@ -314,6 +322,7 @@ class MidasDepthImageProcessorInvocation(ImageProcessorInvocation): title="Normal BAE Processor", tags=["controlnet"], category="controlnet", + version="1.0.0", ) class NormalbaeImageProcessorInvocation(ImageProcessorInvocation): """Applies NormalBae processing to image""" @@ -329,7 +338,9 @@ class NormalbaeImageProcessorInvocation(ImageProcessorInvocation): return processed_image -@invocation("mlsd_image_processor", title="MLSD Processor", tags=["controlnet", "mlsd"], category="controlnet") +@invocation( + "mlsd_image_processor", title="MLSD Processor", tags=["controlnet", "mlsd"], category="controlnet", version="1.0.0" +) class MlsdImageProcessorInvocation(ImageProcessorInvocation): """Applies MLSD processing to image""" @@ -350,7 +361,9 @@ class MlsdImageProcessorInvocation(ImageProcessorInvocation): return processed_image -@invocation("pidi_image_processor", title="PIDI Processor", tags=["controlnet", "pidi"], category="controlnet") +@invocation( + "pidi_image_processor", title="PIDI Processor", tags=["controlnet", "pidi"], category="controlnet", version="1.0.0" +) class PidiImageProcessorInvocation(ImageProcessorInvocation): """Applies PIDI processing to image""" @@ -376,6 +389,7 @@ class PidiImageProcessorInvocation(ImageProcessorInvocation): title="Content Shuffle Processor", tags=["controlnet", "contentshuffle"], category="controlnet", + version="1.0.0", ) class ContentShuffleImageProcessorInvocation(ImageProcessorInvocation): """Applies content shuffle processing to image""" @@ -405,6 +419,7 @@ class ContentShuffleImageProcessorInvocation(ImageProcessorInvocation): title="Zoe (Depth) Processor", tags=["controlnet", "zoe", "depth"], category="controlnet", + version="1.0.0", ) class ZoeDepthImageProcessorInvocation(ImageProcessorInvocation): """Applies Zoe depth processing to image""" @@ -420,6 +435,7 @@ class ZoeDepthImageProcessorInvocation(ImageProcessorInvocation): title="Mediapipe Face Processor", tags=["controlnet", "mediapipe", "face"], category="controlnet", + version="1.0.0", ) class MediapipeFaceProcessorInvocation(ImageProcessorInvocation): """Applies mediapipe face processing to image""" @@ -442,6 +458,7 @@ class MediapipeFaceProcessorInvocation(ImageProcessorInvocation): title="Leres (Depth) Processor", tags=["controlnet", "leres", "depth"], category="controlnet", + version="1.0.0", ) class LeresImageProcessorInvocation(ImageProcessorInvocation): """Applies leres processing to image""" @@ -470,6 +487,7 @@ class LeresImageProcessorInvocation(ImageProcessorInvocation): title="Tile Resample Processor", tags=["controlnet", "tile"], category="controlnet", + version="1.0.0", ) class TileResamplerProcessorInvocation(ImageProcessorInvocation): """Tile resampler processor""" @@ -509,6 +527,7 @@ class TileResamplerProcessorInvocation(ImageProcessorInvocation): title="Segment Anything Processor", tags=["controlnet", "segmentanything"], category="controlnet", + version="1.0.0", ) class SegmentAnythingProcessorInvocation(ImageProcessorInvocation): """Applies segment anything processing to image""" diff --git a/invokeai/app/invocations/cv.py b/invokeai/app/invocations/cv.py index 40d8867aa1..411aff8234 100644 --- a/invokeai/app/invocations/cv.py +++ b/invokeai/app/invocations/cv.py @@ -10,12 +10,7 @@ from invokeai.app.models.image import ImageCategory, ResourceOrigin from .baseinvocation import BaseInvocation, InputField, InvocationContext, invocation -@invocation( - "cv_inpaint", - title="OpenCV Inpaint", - tags=["opencv", "inpaint"], - category="inpaint", -) +@invocation("cv_inpaint", title="OpenCV Inpaint", tags=["opencv", "inpaint"], category="inpaint", version="1.0.0") class CvInpaintInvocation(BaseInvocation): """Simple inpaint using opencv.""" diff --git a/invokeai/app/invocations/image.py b/invokeai/app/invocations/image.py index 5eeead7db2..b6f7cc405b 100644 --- a/invokeai/app/invocations/image.py +++ b/invokeai/app/invocations/image.py @@ -16,7 +16,7 @@ from ..models.image import ImageCategory, ResourceOrigin from .baseinvocation import BaseInvocation, FieldDescriptions, InputField, InvocationContext, invocation -@invocation("show_image", title="Show Image", tags=["image"], category="image") +@invocation("show_image", title="Show Image", tags=["image"], category="image", version="1.0.0") class ShowImageInvocation(BaseInvocation): """Displays a provided image using the OS image viewer, and passes it forward in the pipeline.""" @@ -36,7 +36,7 @@ class ShowImageInvocation(BaseInvocation): ) -@invocation("blank_image", title="Blank Image", tags=["image"], category="image") +@invocation("blank_image", title="Blank Image", tags=["image"], category="image", version="1.0.0") class BlankImageInvocation(BaseInvocation): """Creates a blank image and forwards it to the pipeline""" @@ -65,7 +65,7 @@ class BlankImageInvocation(BaseInvocation): ) -@invocation("img_crop", title="Crop Image", tags=["image", "crop"], category="image") +@invocation("img_crop", title="Crop Image", tags=["image", "crop"], category="image", version="1.0.0") class ImageCropInvocation(BaseInvocation): """Crops an image to a specified box. The box can be outside of the image.""" @@ -98,7 +98,7 @@ class ImageCropInvocation(BaseInvocation): ) -@invocation("img_paste", title="Paste Image", tags=["image", "paste"], category="image") +@invocation("img_paste", title="Paste Image", tags=["image", "paste"], category="image", version="1.0.0") class ImagePasteInvocation(BaseInvocation): """Pastes an image into another image.""" @@ -146,7 +146,7 @@ class ImagePasteInvocation(BaseInvocation): ) -@invocation("tomask", title="Mask from Alpha", tags=["image", "mask"], category="image") +@invocation("tomask", title="Mask from Alpha", tags=["image", "mask"], category="image", version="1.0.0") class MaskFromAlphaInvocation(BaseInvocation): """Extracts the alpha channel of an image as a mask.""" @@ -177,7 +177,7 @@ class MaskFromAlphaInvocation(BaseInvocation): ) -@invocation("img_mul", title="Multiply Images", tags=["image", "multiply"], category="image") +@invocation("img_mul", title="Multiply Images", tags=["image", "multiply"], category="image", version="1.0.0") class ImageMultiplyInvocation(BaseInvocation): """Multiplies two images together using `PIL.ImageChops.multiply()`.""" @@ -210,7 +210,7 @@ class ImageMultiplyInvocation(BaseInvocation): IMAGE_CHANNELS = Literal["A", "R", "G", "B"] -@invocation("img_chan", title="Extract Image Channel", tags=["image", "channel"], category="image") +@invocation("img_chan", title="Extract Image Channel", tags=["image", "channel"], category="image", version="1.0.0") class ImageChannelInvocation(BaseInvocation): """Gets a channel from an image.""" @@ -242,7 +242,7 @@ class ImageChannelInvocation(BaseInvocation): IMAGE_MODES = Literal["L", "RGB", "RGBA", "CMYK", "YCbCr", "LAB", "HSV", "I", "F"] -@invocation("img_conv", title="Convert Image Mode", tags=["image", "convert"], category="image") +@invocation("img_conv", title="Convert Image Mode", tags=["image", "convert"], category="image", version="1.0.0") class ImageConvertInvocation(BaseInvocation): """Converts an image to a different mode.""" @@ -271,7 +271,7 @@ class ImageConvertInvocation(BaseInvocation): ) -@invocation("img_blur", title="Blur Image", tags=["image", "blur"], category="image") +@invocation("img_blur", title="Blur Image", tags=["image", "blur"], category="image", version="1.0.0") class ImageBlurInvocation(BaseInvocation): """Blurs an image""" @@ -325,7 +325,7 @@ PIL_RESAMPLING_MAP = { } -@invocation("img_resize", title="Resize Image", tags=["image", "resize"], category="image") +@invocation("img_resize", title="Resize Image", tags=["image", "resize"], category="image", version="1.0.0") class ImageResizeInvocation(BaseInvocation): """Resizes an image to specific dimensions""" @@ -365,7 +365,7 @@ class ImageResizeInvocation(BaseInvocation): ) -@invocation("img_scale", title="Scale Image", tags=["image", "scale"], category="image") +@invocation("img_scale", title="Scale Image", tags=["image", "scale"], category="image", version="1.0.0") class ImageScaleInvocation(BaseInvocation): """Scales an image by a factor""" @@ -406,7 +406,7 @@ class ImageScaleInvocation(BaseInvocation): ) -@invocation("img_lerp", title="Lerp Image", tags=["image", "lerp"], category="image") +@invocation("img_lerp", title="Lerp Image", tags=["image", "lerp"], category="image", version="1.0.0") class ImageLerpInvocation(BaseInvocation): """Linear interpolation of all pixels of an image""" @@ -439,7 +439,7 @@ class ImageLerpInvocation(BaseInvocation): ) -@invocation("img_ilerp", title="Inverse Lerp Image", tags=["image", "ilerp"], category="image") +@invocation("img_ilerp", title="Inverse Lerp Image", tags=["image", "ilerp"], category="image", version="1.0.0") class ImageInverseLerpInvocation(BaseInvocation): """Inverse linear interpolation of all pixels of an image""" @@ -472,7 +472,7 @@ class ImageInverseLerpInvocation(BaseInvocation): ) -@invocation("img_nsfw", title="Blur NSFW Image", tags=["image", "nsfw"], category="image") +@invocation("img_nsfw", title="Blur NSFW Image", tags=["image", "nsfw"], category="image", version="1.0.0") class ImageNSFWBlurInvocation(BaseInvocation): """Add blur to NSFW-flagged images""" @@ -517,7 +517,9 @@ class ImageNSFWBlurInvocation(BaseInvocation): return caution.resize((caution.width // 2, caution.height // 2)) -@invocation("img_watermark", title="Add Invisible Watermark", tags=["image", "watermark"], category="image") +@invocation( + "img_watermark", title="Add Invisible Watermark", tags=["image", "watermark"], category="image", version="1.0.0" +) class ImageWatermarkInvocation(BaseInvocation): """Add an invisible watermark to an image""" @@ -548,7 +550,7 @@ class ImageWatermarkInvocation(BaseInvocation): ) -@invocation("mask_edge", title="Mask Edge", tags=["image", "mask", "inpaint"], category="image") +@invocation("mask_edge", title="Mask Edge", tags=["image", "mask", "inpaint"], category="image", version="1.0.0") class MaskEdgeInvocation(BaseInvocation): """Applies an edge mask to an image""" @@ -593,7 +595,9 @@ class MaskEdgeInvocation(BaseInvocation): ) -@invocation("mask_combine", title="Combine Masks", tags=["image", "mask", "multiply"], category="image") +@invocation( + "mask_combine", title="Combine Masks", tags=["image", "mask", "multiply"], category="image", version="1.0.0" +) class MaskCombineInvocation(BaseInvocation): """Combine two masks together by multiplying them using `PIL.ImageChops.multiply()`.""" @@ -623,7 +627,7 @@ class MaskCombineInvocation(BaseInvocation): ) -@invocation("color_correct", title="Color Correct", tags=["image", "color"], category="image") +@invocation("color_correct", title="Color Correct", tags=["image", "color"], category="image", version="1.0.0") class ColorCorrectInvocation(BaseInvocation): """ Shifts the colors of a target image to match the reference image, optionally @@ -728,7 +732,7 @@ class ColorCorrectInvocation(BaseInvocation): ) -@invocation("img_hue_adjust", title="Adjust Image Hue", tags=["image", "hue"], category="image") +@invocation("img_hue_adjust", title="Adjust Image Hue", tags=["image", "hue"], category="image", version="1.0.0") class ImageHueAdjustmentInvocation(BaseInvocation): """Adjusts the Hue of an image.""" @@ -774,6 +778,7 @@ class ImageHueAdjustmentInvocation(BaseInvocation): title="Adjust Image Luminosity", tags=["image", "luminosity", "hsl"], category="image", + version="1.0.0", ) class ImageLuminosityAdjustmentInvocation(BaseInvocation): """Adjusts the Luminosity (Value) of an image.""" @@ -826,6 +831,7 @@ class ImageLuminosityAdjustmentInvocation(BaseInvocation): title="Adjust Image Saturation", tags=["image", "saturation", "hsl"], category="image", + version="1.0.0", ) class ImageSaturationAdjustmentInvocation(BaseInvocation): """Adjusts the Saturation of an image.""" diff --git a/invokeai/app/invocations/infill.py b/invokeai/app/invocations/infill.py index 438c56e312..fa322e7864 100644 --- a/invokeai/app/invocations/infill.py +++ b/invokeai/app/invocations/infill.py @@ -116,7 +116,7 @@ def tile_fill_missing(im: Image.Image, tile_size: int = 16, seed: Optional[int] return si -@invocation("infill_rgba", title="Solid Color Infill", tags=["image", "inpaint"], category="inpaint") +@invocation("infill_rgba", title="Solid Color Infill", tags=["image", "inpaint"], category="inpaint", version="1.0.0") class InfillColorInvocation(BaseInvocation): """Infills transparent areas of an image with a solid color""" @@ -151,7 +151,7 @@ class InfillColorInvocation(BaseInvocation): ) -@invocation("infill_tile", title="Tile Infill", tags=["image", "inpaint"], category="inpaint") +@invocation("infill_tile", title="Tile Infill", tags=["image", "inpaint"], category="inpaint", version="1.0.0") class InfillTileInvocation(BaseInvocation): """Infills transparent areas of an image with tiles of the image""" @@ -187,7 +187,9 @@ class InfillTileInvocation(BaseInvocation): ) -@invocation("infill_patchmatch", title="PatchMatch Infill", tags=["image", "inpaint"], category="inpaint") +@invocation( + "infill_patchmatch", title="PatchMatch Infill", tags=["image", "inpaint"], category="inpaint", version="1.0.0" +) class InfillPatchMatchInvocation(BaseInvocation): """Infills transparent areas of an image using the PatchMatch algorithm""" @@ -218,7 +220,7 @@ class InfillPatchMatchInvocation(BaseInvocation): ) -@invocation("infill_lama", title="LaMa Infill", tags=["image", "inpaint"], category="inpaint") +@invocation("infill_lama", title="LaMa Infill", tags=["image", "inpaint"], category="inpaint", version="1.0.0") class LaMaInfillInvocation(BaseInvocation): """Infills transparent areas of an image using the LaMa model""" diff --git a/invokeai/app/invocations/latent.py b/invokeai/app/invocations/latent.py index c0e53e4e12..8fde088b36 100644 --- a/invokeai/app/invocations/latent.py +++ b/invokeai/app/invocations/latent.py @@ -74,7 +74,7 @@ class SchedulerOutput(BaseInvocationOutput): scheduler: SAMPLER_NAME_VALUES = OutputField(description=FieldDescriptions.scheduler, ui_type=UIType.Scheduler) -@invocation("scheduler", title="Scheduler", tags=["scheduler"], category="latents") +@invocation("scheduler", title="Scheduler", tags=["scheduler"], category="latents", version="1.0.0") class SchedulerInvocation(BaseInvocation): """Selects a scheduler.""" @@ -86,7 +86,9 @@ class SchedulerInvocation(BaseInvocation): return SchedulerOutput(scheduler=self.scheduler) -@invocation("create_denoise_mask", title="Create Denoise Mask", tags=["mask", "denoise"], category="latents") +@invocation( + "create_denoise_mask", title="Create Denoise Mask", tags=["mask", "denoise"], category="latents", version="1.0.0" +) class CreateDenoiseMaskInvocation(BaseInvocation): """Creates mask for denoising model run.""" @@ -186,6 +188,7 @@ def get_scheduler( title="Denoise Latents", tags=["latents", "denoise", "txt2img", "t2i", "t2l", "img2img", "i2i", "l2l"], category="latents", + version="1.0.0", ) class DenoiseLatentsInvocation(BaseInvocation): """Denoises noisy latents to decodable images""" @@ -544,7 +547,9 @@ class DenoiseLatentsInvocation(BaseInvocation): return build_latents_output(latents_name=name, latents=result_latents, seed=seed) -@invocation("l2i", title="Latents to Image", tags=["latents", "image", "vae", "l2i"], category="latents") +@invocation( + "l2i", title="Latents to Image", tags=["latents", "image", "vae", "l2i"], category="latents", version="1.0.0" +) class LatentsToImageInvocation(BaseInvocation): """Generates an image from latents.""" @@ -641,7 +646,7 @@ class LatentsToImageInvocation(BaseInvocation): LATENTS_INTERPOLATION_MODE = Literal["nearest", "linear", "bilinear", "bicubic", "trilinear", "area", "nearest-exact"] -@invocation("lresize", title="Resize Latents", tags=["latents", "resize"], category="latents") +@invocation("lresize", title="Resize Latents", tags=["latents", "resize"], category="latents", version="1.0.0") class ResizeLatentsInvocation(BaseInvocation): """Resizes latents to explicit width/height (in pixels). Provided dimensions are floor-divided by 8.""" @@ -685,7 +690,7 @@ class ResizeLatentsInvocation(BaseInvocation): return build_latents_output(latents_name=name, latents=resized_latents, seed=self.latents.seed) -@invocation("lscale", title="Scale Latents", tags=["latents", "resize"], category="latents") +@invocation("lscale", title="Scale Latents", tags=["latents", "resize"], category="latents", version="1.0.0") class ScaleLatentsInvocation(BaseInvocation): """Scales latents by a given factor.""" @@ -721,7 +726,9 @@ class ScaleLatentsInvocation(BaseInvocation): return build_latents_output(latents_name=name, latents=resized_latents, seed=self.latents.seed) -@invocation("i2l", title="Image to Latents", tags=["latents", "image", "vae", "i2l"], category="latents") +@invocation( + "i2l", title="Image to Latents", tags=["latents", "image", "vae", "i2l"], category="latents", version="1.0.0" +) class ImageToLatentsInvocation(BaseInvocation): """Encodes an image into latents.""" @@ -801,7 +808,7 @@ class ImageToLatentsInvocation(BaseInvocation): return build_latents_output(latents_name=name, latents=latents, seed=None) -@invocation("lblend", title="Blend Latents", tags=["latents", "blend"], category="latents") +@invocation("lblend", title="Blend Latents", tags=["latents", "blend"], category="latents", version="1.0.0") class BlendLatentsInvocation(BaseInvocation): """Blend two latents using a given alpha. Latents must have same size.""" diff --git a/invokeai/app/invocations/math.py b/invokeai/app/invocations/math.py index 2a8dc12b28..0bc8b7b950 100644 --- a/invokeai/app/invocations/math.py +++ b/invokeai/app/invocations/math.py @@ -7,7 +7,7 @@ from invokeai.app.invocations.primitives import IntegerOutput from .baseinvocation import BaseInvocation, FieldDescriptions, InputField, InvocationContext, invocation -@invocation("add", title="Add Integers", tags=["math", "add"], category="math") +@invocation("add", title="Add Integers", tags=["math", "add"], category="math", version="1.0.0") class AddInvocation(BaseInvocation): """Adds two numbers""" @@ -18,7 +18,7 @@ class AddInvocation(BaseInvocation): return IntegerOutput(value=self.a + self.b) -@invocation("sub", title="Subtract Integers", tags=["math", "subtract"], category="math") +@invocation("sub", title="Subtract Integers", tags=["math", "subtract"], category="math", version="1.0.0") class SubtractInvocation(BaseInvocation): """Subtracts two numbers""" @@ -29,7 +29,7 @@ class SubtractInvocation(BaseInvocation): return IntegerOutput(value=self.a - self.b) -@invocation("mul", title="Multiply Integers", tags=["math", "multiply"], category="math") +@invocation("mul", title="Multiply Integers", tags=["math", "multiply"], category="math", version="1.0.0") class MultiplyInvocation(BaseInvocation): """Multiplies two numbers""" @@ -40,7 +40,7 @@ class MultiplyInvocation(BaseInvocation): return IntegerOutput(value=self.a * self.b) -@invocation("div", title="Divide Integers", tags=["math", "divide"], category="math") +@invocation("div", title="Divide Integers", tags=["math", "divide"], category="math", version="1.0.0") class DivideInvocation(BaseInvocation): """Divides two numbers""" @@ -51,7 +51,7 @@ class DivideInvocation(BaseInvocation): return IntegerOutput(value=int(self.a / self.b)) -@invocation("rand_int", title="Random Integer", tags=["math", "random"], category="math") +@invocation("rand_int", title="Random Integer", tags=["math", "random"], category="math", version="1.0.0") class RandomIntInvocation(BaseInvocation): """Outputs a single random integer.""" diff --git a/invokeai/app/invocations/metadata.py b/invokeai/app/invocations/metadata.py index 9c028a2dc1..39fa3beba0 100644 --- a/invokeai/app/invocations/metadata.py +++ b/invokeai/app/invocations/metadata.py @@ -98,7 +98,9 @@ class MetadataAccumulatorOutput(BaseInvocationOutput): metadata: CoreMetadata = OutputField(description="The core metadata for the image") -@invocation("metadata_accumulator", title="Metadata Accumulator", tags=["metadata"], category="metadata") +@invocation( + "metadata_accumulator", title="Metadata Accumulator", tags=["metadata"], category="metadata", version="1.0.0" +) class MetadataAccumulatorInvocation(BaseInvocation): """Outputs a Core Metadata Object""" diff --git a/invokeai/app/invocations/model.py b/invokeai/app/invocations/model.py index 5a1073df0a..571cb2e730 100644 --- a/invokeai/app/invocations/model.py +++ b/invokeai/app/invocations/model.py @@ -73,7 +73,7 @@ class LoRAModelField(BaseModel): base_model: BaseModelType = Field(description="Base model") -@invocation("main_model_loader", title="Main Model", tags=["model"], category="model") +@invocation("main_model_loader", title="Main Model", tags=["model"], category="model", version="1.0.0") class MainModelLoaderInvocation(BaseInvocation): """Loads a main model, outputting its submodels.""" @@ -173,7 +173,7 @@ class LoraLoaderOutput(BaseInvocationOutput): clip: Optional[ClipField] = OutputField(default=None, description=FieldDescriptions.clip, title="CLIP") -@invocation("lora_loader", title="LoRA", tags=["model"], category="model") +@invocation("lora_loader", title="LoRA", tags=["model"], category="model", version="1.0.0") class LoraLoaderInvocation(BaseInvocation): """Apply selected lora to unet and text_encoder.""" @@ -244,7 +244,7 @@ class SDXLLoraLoaderOutput(BaseInvocationOutput): clip2: Optional[ClipField] = OutputField(default=None, description=FieldDescriptions.clip, title="CLIP 2") -@invocation("sdxl_lora_loader", title="SDXL LoRA", tags=["lora", "model"], category="model") +@invocation("sdxl_lora_loader", title="SDXL LoRA", tags=["lora", "model"], category="model", version="1.0.0") class SDXLLoraLoaderInvocation(BaseInvocation): """Apply selected lora to unet and text_encoder.""" @@ -338,7 +338,7 @@ class VaeLoaderOutput(BaseInvocationOutput): vae: VaeField = OutputField(description=FieldDescriptions.vae, title="VAE") -@invocation("vae_loader", title="VAE", tags=["vae", "model"], category="model") +@invocation("vae_loader", title="VAE", tags=["vae", "model"], category="model", version="1.0.0") class VaeLoaderInvocation(BaseInvocation): """Loads a VAE model, outputting a VaeLoaderOutput""" @@ -376,7 +376,7 @@ class SeamlessModeOutput(BaseInvocationOutput): vae: Optional[VaeField] = OutputField(description=FieldDescriptions.vae, title="VAE") -@invocation("seamless", title="Seamless", tags=["seamless", "model"], category="model") +@invocation("seamless", title="Seamless", tags=["seamless", "model"], category="model", version="1.0.0") class SeamlessModeInvocation(BaseInvocation): """Applies the seamless transformation to the Model UNet and VAE.""" diff --git a/invokeai/app/invocations/noise.py b/invokeai/app/invocations/noise.py index 1f1d9fe3ce..c46747aa89 100644 --- a/invokeai/app/invocations/noise.py +++ b/invokeai/app/invocations/noise.py @@ -78,7 +78,7 @@ def build_noise_output(latents_name: str, latents: torch.Tensor, seed: int): ) -@invocation("noise", title="Noise", tags=["latents", "noise"], category="latents") +@invocation("noise", title="Noise", tags=["latents", "noise"], category="latents", version="1.0.0") class NoiseInvocation(BaseInvocation): """Generates latent noise.""" diff --git a/invokeai/app/invocations/onnx.py b/invokeai/app/invocations/onnx.py index b61ea2da99..d346a5f58f 100644 --- a/invokeai/app/invocations/onnx.py +++ b/invokeai/app/invocations/onnx.py @@ -56,7 +56,7 @@ ORT_TO_NP_TYPE = { PRECISION_VALUES = Literal[tuple(list(ORT_TO_NP_TYPE.keys()))] -@invocation("prompt_onnx", title="ONNX Prompt (Raw)", tags=["prompt", "onnx"], category="conditioning") +@invocation("prompt_onnx", title="ONNX Prompt (Raw)", tags=["prompt", "onnx"], category="conditioning", version="1.0.0") class ONNXPromptInvocation(BaseInvocation): prompt: str = InputField(default="", description=FieldDescriptions.raw_prompt, ui_component=UIComponent.Textarea) clip: ClipField = InputField(description=FieldDescriptions.clip, input=Input.Connection) @@ -143,6 +143,7 @@ class ONNXPromptInvocation(BaseInvocation): title="ONNX Text to Latents", tags=["latents", "inference", "txt2img", "onnx"], category="latents", + version="1.0.0", ) class ONNXTextToLatentsInvocation(BaseInvocation): """Generates latents from conditionings.""" @@ -319,6 +320,7 @@ class ONNXTextToLatentsInvocation(BaseInvocation): title="ONNX Latents to Image", tags=["latents", "image", "vae", "onnx"], category="image", + version="1.0.0", ) class ONNXLatentsToImageInvocation(BaseInvocation): """Generates an image from latents.""" @@ -403,7 +405,7 @@ class OnnxModelField(BaseModel): model_type: ModelType = Field(description="Model Type") -@invocation("onnx_model_loader", title="ONNX Main Model", tags=["onnx", "model"], category="model") +@invocation("onnx_model_loader", title="ONNX Main Model", tags=["onnx", "model"], category="model", version="1.0.0") class OnnxModelLoaderInvocation(BaseInvocation): """Loads a main model, outputting its submodels.""" diff --git a/invokeai/app/invocations/param_easing.py b/invokeai/app/invocations/param_easing.py index 1b3c0dc09e..9cfe447372 100644 --- a/invokeai/app/invocations/param_easing.py +++ b/invokeai/app/invocations/param_easing.py @@ -45,7 +45,7 @@ from invokeai.app.invocations.primitives import FloatCollectionOutput from .baseinvocation import BaseInvocation, InputField, InvocationContext, invocation -@invocation("float_range", title="Float Range", tags=["math", "range"], category="math") +@invocation("float_range", title="Float Range", tags=["math", "range"], category="math", version="1.0.0") class FloatLinearRangeInvocation(BaseInvocation): """Creates a range""" @@ -96,7 +96,7 @@ EASING_FUNCTION_KEYS = Literal[tuple(list(EASING_FUNCTIONS_MAP.keys()))] # actually I think for now could just use CollectionOutput (which is list[Any] -@invocation("step_param_easing", title="Step Param Easing", tags=["step", "easing"], category="step") +@invocation("step_param_easing", title="Step Param Easing", tags=["step", "easing"], category="step", version="1.0.0") class StepParamEasingInvocation(BaseInvocation): """Experimental per-step parameter easing for denoising steps""" diff --git a/invokeai/app/invocations/primitives.py b/invokeai/app/invocations/primitives.py index fdadc4b31b..93cf29f7d6 100644 --- a/invokeai/app/invocations/primitives.py +++ b/invokeai/app/invocations/primitives.py @@ -44,7 +44,9 @@ class BooleanCollectionOutput(BaseInvocationOutput): ) -@invocation("boolean", title="Boolean Primitive", tags=["primitives", "boolean"], category="primitives") +@invocation( + "boolean", title="Boolean Primitive", tags=["primitives", "boolean"], category="primitives", version="1.0.0" +) class BooleanInvocation(BaseInvocation): """A boolean primitive value""" @@ -59,6 +61,7 @@ class BooleanInvocation(BaseInvocation): title="Boolean Collection Primitive", tags=["primitives", "boolean", "collection"], category="primitives", + version="1.0.0", ) class BooleanCollectionInvocation(BaseInvocation): """A collection of boolean primitive values""" @@ -90,7 +93,9 @@ class IntegerCollectionOutput(BaseInvocationOutput): ) -@invocation("integer", title="Integer Primitive", tags=["primitives", "integer"], category="primitives") +@invocation( + "integer", title="Integer Primitive", tags=["primitives", "integer"], category="primitives", version="1.0.0" +) class IntegerInvocation(BaseInvocation): """An integer primitive value""" @@ -105,6 +110,7 @@ class IntegerInvocation(BaseInvocation): title="Integer Collection Primitive", tags=["primitives", "integer", "collection"], category="primitives", + version="1.0.0", ) class IntegerCollectionInvocation(BaseInvocation): """A collection of integer primitive values""" @@ -136,7 +142,7 @@ class FloatCollectionOutput(BaseInvocationOutput): ) -@invocation("float", title="Float Primitive", tags=["primitives", "float"], category="primitives") +@invocation("float", title="Float Primitive", tags=["primitives", "float"], category="primitives", version="1.0.0") class FloatInvocation(BaseInvocation): """A float primitive value""" @@ -151,6 +157,7 @@ class FloatInvocation(BaseInvocation): title="Float Collection Primitive", tags=["primitives", "float", "collection"], category="primitives", + version="1.0.0", ) class FloatCollectionInvocation(BaseInvocation): """A collection of float primitive values""" @@ -182,7 +189,7 @@ class StringCollectionOutput(BaseInvocationOutput): ) -@invocation("string", title="String Primitive", tags=["primitives", "string"], category="primitives") +@invocation("string", title="String Primitive", tags=["primitives", "string"], category="primitives", version="1.0.0") class StringInvocation(BaseInvocation): """A string primitive value""" @@ -197,6 +204,7 @@ class StringInvocation(BaseInvocation): title="String Collection Primitive", tags=["primitives", "string", "collection"], category="primitives", + version="1.0.0", ) class StringCollectionInvocation(BaseInvocation): """A collection of string primitive values""" @@ -236,7 +244,7 @@ class ImageCollectionOutput(BaseInvocationOutput): ) -@invocation("image", title="Image Primitive", tags=["primitives", "image"], category="primitives") +@invocation("image", title="Image Primitive", tags=["primitives", "image"], category="primitives", version="1.0.0") class ImageInvocation(BaseInvocation): """An image primitive value""" @@ -257,6 +265,7 @@ class ImageInvocation(BaseInvocation): title="Image Collection Primitive", tags=["primitives", "image", "collection"], category="primitives", + version="1.0.0", ) class ImageCollectionInvocation(BaseInvocation): """A collection of image primitive values""" @@ -318,7 +327,9 @@ class LatentsCollectionOutput(BaseInvocationOutput): ) -@invocation("latents", title="Latents Primitive", tags=["primitives", "latents"], category="primitives") +@invocation( + "latents", title="Latents Primitive", tags=["primitives", "latents"], category="primitives", version="1.0.0" +) class LatentsInvocation(BaseInvocation): """A latents tensor primitive value""" @@ -335,6 +346,7 @@ class LatentsInvocation(BaseInvocation): title="Latents Collection Primitive", tags=["primitives", "latents", "collection"], category="primitives", + version="1.0.0", ) class LatentsCollectionInvocation(BaseInvocation): """A collection of latents tensor primitive values""" @@ -388,7 +400,7 @@ class ColorCollectionOutput(BaseInvocationOutput): ) -@invocation("color", title="Color Primitive", tags=["primitives", "color"], category="primitives") +@invocation("color", title="Color Primitive", tags=["primitives", "color"], category="primitives", version="1.0.0") class ColorInvocation(BaseInvocation): """A color primitive value""" @@ -430,6 +442,7 @@ class ConditioningCollectionOutput(BaseInvocationOutput): title="Conditioning Primitive", tags=["primitives", "conditioning"], category="primitives", + version="1.0.0", ) class ConditioningInvocation(BaseInvocation): """A conditioning tensor primitive value""" @@ -445,6 +458,7 @@ class ConditioningInvocation(BaseInvocation): title="Conditioning Collection Primitive", tags=["primitives", "conditioning", "collection"], category="primitives", + version="1.0.0", ) class ConditioningCollectionInvocation(BaseInvocation): """A collection of conditioning tensor primitive values""" diff --git a/invokeai/app/invocations/prompt.py b/invokeai/app/invocations/prompt.py index c42deeaa2c..69ce1dba49 100644 --- a/invokeai/app/invocations/prompt.py +++ b/invokeai/app/invocations/prompt.py @@ -10,7 +10,7 @@ from invokeai.app.invocations.primitives import StringCollectionOutput from .baseinvocation import BaseInvocation, InputField, InvocationContext, UIComponent, invocation -@invocation("dynamic_prompt", title="Dynamic Prompt", tags=["prompt", "collection"], category="prompt") +@invocation("dynamic_prompt", title="Dynamic Prompt", tags=["prompt", "collection"], category="prompt", version="1.0.0") class DynamicPromptInvocation(BaseInvocation): """Parses a prompt using adieyal/dynamicprompts' random or combinatorial generator""" @@ -29,7 +29,7 @@ class DynamicPromptInvocation(BaseInvocation): return StringCollectionOutput(collection=prompts) -@invocation("prompt_from_file", title="Prompts from File", tags=["prompt", "file"], category="prompt") +@invocation("prompt_from_file", title="Prompts from File", tags=["prompt", "file"], category="prompt", version="1.0.0") class PromptsFromFileInvocation(BaseInvocation): """Loads prompts from a text file""" diff --git a/invokeai/app/invocations/sdxl.py b/invokeai/app/invocations/sdxl.py index 288858a173..de4ea604b4 100644 --- a/invokeai/app/invocations/sdxl.py +++ b/invokeai/app/invocations/sdxl.py @@ -33,7 +33,7 @@ class SDXLRefinerModelLoaderOutput(BaseInvocationOutput): vae: VaeField = OutputField(description=FieldDescriptions.vae, title="VAE") -@invocation("sdxl_model_loader", title="SDXL Main Model", tags=["model", "sdxl"], category="model") +@invocation("sdxl_model_loader", title="SDXL Main Model", tags=["model", "sdxl"], category="model", version="1.0.0") class SDXLModelLoaderInvocation(BaseInvocation): """Loads an sdxl base model, outputting its submodels.""" @@ -119,6 +119,7 @@ class SDXLModelLoaderInvocation(BaseInvocation): title="SDXL Refiner Model", tags=["model", "sdxl", "refiner"], category="model", + version="1.0.0", ) class SDXLRefinerModelLoaderInvocation(BaseInvocation): """Loads an sdxl refiner model, outputting its submodels.""" diff --git a/invokeai/app/invocations/upscale.py b/invokeai/app/invocations/upscale.py index e9fb3f9963..7dca6d9f21 100644 --- a/invokeai/app/invocations/upscale.py +++ b/invokeai/app/invocations/upscale.py @@ -23,7 +23,7 @@ ESRGAN_MODELS = Literal[ ] -@invocation("esrgan", title="Upscale (RealESRGAN)", tags=["esrgan", "upscale"], category="esrgan") +@invocation("esrgan", title="Upscale (RealESRGAN)", tags=["esrgan", "upscale"], category="esrgan", version="1.0.0") class ESRGANInvocation(BaseInvocation): """Upscales an image using RealESRGAN.""" diff --git a/pyproject.toml b/pyproject.toml index 129538264d..4b06944b33 100644 --- a/pyproject.toml +++ b/pyproject.toml @@ -74,6 +74,7 @@ dependencies = [ "rich~=13.3", "safetensors==0.3.1", "scikit-image~=0.21.0", + "semver~=3.0.1", "send2trash", "test-tube~=0.7.5", "torch~=2.0.1", From 4aca264308c382df515100fba2edcfc4d2dae79b Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 18:42:10 +1000 Subject: [PATCH 40/84] feat(ui): handle node versions - Node versions are now added to node templates - Node data (including in workflows) include the version of the node - On loading a workflow, we check to see if the node and template versions match exactly. If not, a warning is logged to console. - The node info icon (top-right corner of node, which you may click to open the notes editor) now shows the version and mentions any issues. - Some workflow validation logic has been shifted around and is now executed in a redux listener. --- invokeai/frontend/web/package.json | 1 + .../middleware/listenerMiddleware/index.ts | 4 + .../listeners/workflowLoaded.ts | 55 +++++++++++ .../CurrentImage/CurrentImageButtons.tsx | 16 +--- .../SingleSelectionMenuItems.tsx | 15 +-- .../features/nodes/components/flow/Flow.tsx | 8 ++ .../nodes/Invocation/InvocationNodeNotes.tsx | 54 ++++++++++- .../features/nodes/hooks/useBuildNodeData.ts | 7 +- .../nodes/hooks/useDoNodeVersionsMatch.ts | 33 +++++++ .../nodes/hooks/useLoadWorkflowFromFile.tsx | 32 +------ .../web/src/features/nodes/store/actions.ts | 5 + .../features/nodes/store/reactFlowInstance.ts | 4 + .../web/src/features/nodes/types/types.ts | 43 ++++++--- .../src/features/nodes/util/parseSchema.ts | 4 +- .../features/nodes/util/validateWorkflow.ts | 96 +++++++++++++++++++ .../frontend/web/src/services/api/schema.d.ts | 29 +++--- invokeai/frontend/web/yarn.lock | 5 + 17 files changed, 324 insertions(+), 87 deletions(-) create mode 100644 invokeai/frontend/web/src/app/store/middleware/listenerMiddleware/listeners/workflowLoaded.ts create mode 100644 invokeai/frontend/web/src/features/nodes/hooks/useDoNodeVersionsMatch.ts create mode 100644 invokeai/frontend/web/src/features/nodes/store/reactFlowInstance.ts create mode 100644 invokeai/frontend/web/src/features/nodes/util/validateWorkflow.ts diff --git a/invokeai/frontend/web/package.json b/invokeai/frontend/web/package.json index cc1e17cf51..9a45dd89a5 100644 --- a/invokeai/frontend/web/package.json +++ b/invokeai/frontend/web/package.json @@ -75,6 +75,7 @@ "@reduxjs/toolkit": "^1.9.5", "@roarr/browser-log-writer": "^1.1.5", "@stevebel/png": "^1.5.1", + "compare-versions": "^6.1.0", "dateformat": "^5.0.3", "formik": "^2.4.3", "framer-motion": "^10.16.1", diff --git a/invokeai/frontend/web/src/app/store/middleware/listenerMiddleware/index.ts b/invokeai/frontend/web/src/app/store/middleware/listenerMiddleware/index.ts index 4afe023fbb..261edba0af 100644 --- a/invokeai/frontend/web/src/app/store/middleware/listenerMiddleware/index.ts +++ b/invokeai/frontend/web/src/app/store/middleware/listenerMiddleware/index.ts @@ -84,6 +84,7 @@ import { addUserInvokedCanvasListener } from './listeners/userInvokedCanvas'; import { addUserInvokedImageToImageListener } from './listeners/userInvokedImageToImage'; import { addUserInvokedNodesListener } from './listeners/userInvokedNodes'; import { addUserInvokedTextToImageListener } from './listeners/userInvokedTextToImage'; +import { addWorkflowLoadedListener } from './listeners/workflowLoaded'; export const listenerMiddleware = createListenerMiddleware(); @@ -202,6 +203,9 @@ addBoardIdSelectedListener(); // Node schemas addReceivedOpenAPISchemaListener(); +// Workflows +addWorkflowLoadedListener(); + // DND addImageDroppedListener(); diff --git a/invokeai/frontend/web/src/app/store/middleware/listenerMiddleware/listeners/workflowLoaded.ts b/invokeai/frontend/web/src/app/store/middleware/listenerMiddleware/listeners/workflowLoaded.ts new file mode 100644 index 0000000000..c447720941 --- /dev/null +++ b/invokeai/frontend/web/src/app/store/middleware/listenerMiddleware/listeners/workflowLoaded.ts @@ -0,0 +1,55 @@ +import { logger } from 'app/logging/logger'; +import { workflowLoadRequested } from 'features/nodes/store/actions'; +import { workflowLoaded } from 'features/nodes/store/nodesSlice'; +import { $flow } from 'features/nodes/store/reactFlowInstance'; +import { validateWorkflow } from 'features/nodes/util/validateWorkflow'; +import { addToast } from 'features/system/store/systemSlice'; +import { makeToast } from 'features/system/util/makeToast'; +import { setActiveTab } from 'features/ui/store/uiSlice'; +import { startAppListening } from '..'; + +export const addWorkflowLoadedListener = () => { + startAppListening({ + actionCreator: workflowLoadRequested, + effect: (action, { dispatch, getState }) => { + const log = logger('nodes'); + const workflow = action.payload; + const nodeTemplates = getState().nodes.nodeTemplates; + + const { workflow: validatedWorkflow, errors } = validateWorkflow( + workflow, + nodeTemplates + ); + + dispatch(workflowLoaded(validatedWorkflow)); + + if (!errors.length) { + dispatch( + addToast( + makeToast({ + title: 'Workflow Loaded', + status: 'success', + }) + ) + ); + } else { + dispatch( + addToast( + makeToast({ + title: 'Workflow Loaded with Warnings', + status: 'warning', + }) + ) + ); + errors.forEach(({ message, ...rest }) => { + log.warn(rest, message); + }); + } + + dispatch(setActiveTab('nodes')); + requestAnimationFrame(() => { + $flow.get()?.fitView(); + }); + }, + }); +}; diff --git a/invokeai/frontend/web/src/features/gallery/components/CurrentImage/CurrentImageButtons.tsx b/invokeai/frontend/web/src/features/gallery/components/CurrentImage/CurrentImageButtons.tsx index 3559679fc4..846cf5a6f0 100644 --- a/invokeai/frontend/web/src/features/gallery/components/CurrentImage/CurrentImageButtons.tsx +++ b/invokeai/frontend/web/src/features/gallery/components/CurrentImage/CurrentImageButtons.tsx @@ -17,16 +17,13 @@ import { useAppDispatch, useAppSelector } from 'app/store/storeHooks'; import IAIIconButton from 'common/components/IAIIconButton'; import { DeleteImageButton } from 'features/deleteImageModal/components/DeleteImageButton'; import { imagesToDeleteSelected } from 'features/deleteImageModal/store/slice'; -import { workflowLoaded } from 'features/nodes/store/nodesSlice'; +import { workflowLoadRequested } from 'features/nodes/store/actions'; import ParamUpscalePopover from 'features/parameters/components/Parameters/Upscale/ParamUpscaleSettings'; import { useRecallParameters } from 'features/parameters/hooks/useRecallParameters'; import { initialImageSelected } from 'features/parameters/store/actions'; import { useFeatureStatus } from 'features/system/hooks/useFeatureStatus'; -import { addToast } from 'features/system/store/systemSlice'; -import { makeToast } from 'features/system/util/makeToast'; import { activeTabNameSelector } from 'features/ui/store/uiSelectors'; import { - setActiveTab, setShouldShowImageDetails, setShouldShowProgressInViewer, } from 'features/ui/store/uiSlice'; @@ -124,16 +121,7 @@ const CurrentImageButtons = (props: CurrentImageButtonsProps) => { if (!workflow) { return; } - dispatch(workflowLoaded(workflow)); - dispatch(setActiveTab('nodes')); - dispatch( - addToast( - makeToast({ - title: 'Workflow Loaded', - status: 'success', - }) - ) - ); + dispatch(workflowLoadRequested(workflow)); }, [dispatch, workflow]); const handleClickUseAllParameters = useCallback(() => { diff --git a/invokeai/frontend/web/src/features/gallery/components/ImageContextMenu/SingleSelectionMenuItems.tsx b/invokeai/frontend/web/src/features/gallery/components/ImageContextMenu/SingleSelectionMenuItems.tsx index e75a7745bb..90272a3a86 100644 --- a/invokeai/frontend/web/src/features/gallery/components/ImageContextMenu/SingleSelectionMenuItems.tsx +++ b/invokeai/frontend/web/src/features/gallery/components/ImageContextMenu/SingleSelectionMenuItems.tsx @@ -7,12 +7,9 @@ import { isModalOpenChanged, } from 'features/changeBoardModal/store/slice'; import { imagesToDeleteSelected } from 'features/deleteImageModal/store/slice'; -import { workflowLoaded } from 'features/nodes/store/nodesSlice'; import { useRecallParameters } from 'features/parameters/hooks/useRecallParameters'; import { initialImageSelected } from 'features/parameters/store/actions'; import { useFeatureStatus } from 'features/system/hooks/useFeatureStatus'; -import { addToast } from 'features/system/store/systemSlice'; -import { makeToast } from 'features/system/util/makeToast'; import { useCopyImageToClipboard } from 'features/ui/hooks/useCopyImageToClipboard'; import { setActiveTab } from 'features/ui/store/uiSlice'; import { memo, useCallback } from 'react'; @@ -36,6 +33,7 @@ import { } from 'services/api/endpoints/images'; import { ImageDTO } from 'services/api/types'; import { sentImageToCanvas, sentImageToImg2Img } from '../../store/actions'; +import { workflowLoadRequested } from 'features/nodes/store/actions'; type SingleSelectionMenuItemsProps = { imageDTO: ImageDTO; @@ -102,16 +100,7 @@ const SingleSelectionMenuItems = (props: SingleSelectionMenuItemsProps) => { if (!workflow) { return; } - dispatch(workflowLoaded(workflow)); - dispatch(setActiveTab('nodes')); - dispatch( - addToast( - makeToast({ - title: 'Workflow Loaded', - status: 'success', - }) - ) - ); + dispatch(workflowLoadRequested(workflow)); }, [dispatch, workflow]); const handleSendToImageToImage = useCallback(() => { diff --git a/invokeai/frontend/web/src/features/nodes/components/flow/Flow.tsx b/invokeai/frontend/web/src/features/nodes/components/flow/Flow.tsx index e8fb66d074..16af1fe12c 100644 --- a/invokeai/frontend/web/src/features/nodes/components/flow/Flow.tsx +++ b/invokeai/frontend/web/src/features/nodes/components/flow/Flow.tsx @@ -3,6 +3,7 @@ import { createSelector } from '@reduxjs/toolkit'; import { stateSelector } from 'app/store/store'; import { useAppDispatch, useAppSelector } from 'app/store/storeHooks'; import { defaultSelectorOptions } from 'app/store/util/defaultMemoizeOptions'; +import { $flow } from 'features/nodes/store/reactFlowInstance'; import { contextMenusClosed } from 'features/ui/store/uiSlice'; import { useCallback } from 'react'; import { useHotkeys } from 'react-hotkeys-hook'; @@ -13,6 +14,7 @@ import { OnConnectStart, OnEdgesChange, OnEdgesDelete, + OnInit, OnMoveEnd, OnNodesChange, OnNodesDelete, @@ -147,6 +149,11 @@ export const Flow = () => { dispatch(contextMenusClosed()); }, [dispatch]); + const onInit: OnInit = useCallback((flow) => { + $flow.set(flow); + flow.fitView(); + }, []); + useHotkeys(['Ctrl+c', 'Meta+c'], (e) => { e.preventDefault(); dispatch(selectionCopied()); @@ -170,6 +177,7 @@ export const Flow = () => { edgeTypes={edgeTypes} nodes={nodes} edges={edges} + onInit={onInit} onNodesChange={onNodesChange} onEdgesChange={onEdgesChange} onEdgesDelete={onEdgesDelete} diff --git a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/InvocationNodeNotes.tsx b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/InvocationNodeNotes.tsx index eae05688b5..143785ecfe 100644 --- a/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/InvocationNodeNotes.tsx +++ b/invokeai/frontend/web/src/features/nodes/components/flow/nodes/Invocation/InvocationNodeNotes.tsx @@ -12,6 +12,7 @@ import { Tooltip, useDisclosure, } from '@chakra-ui/react'; +import { compare } from 'compare-versions'; import { useNodeData } from 'features/nodes/hooks/useNodeData'; import { useNodeLabel } from 'features/nodes/hooks/useNodeLabel'; import { useNodeTemplate } from 'features/nodes/hooks/useNodeTemplate'; @@ -20,6 +21,7 @@ import { isInvocationNodeData } from 'features/nodes/types/types'; import { memo, useMemo } from 'react'; import { FaInfoCircle } from 'react-icons/fa'; import NotesTextarea from './NotesTextarea'; +import { useDoNodeVersionsMatch } from 'features/nodes/hooks/useDoNodeVersionsMatch'; interface Props { nodeId: string; @@ -29,6 +31,7 @@ const InvocationNodeNotes = ({ nodeId }: Props) => { const { isOpen, onOpen, onClose } = useDisclosure(); const label = useNodeLabel(nodeId); const title = useNodeTemplateTitle(nodeId); + const doVersionsMatch = useDoNodeVersionsMatch(nodeId); return ( <> @@ -50,7 +53,11 @@ const InvocationNodeNotes = ({ nodeId }: Props) => { > @@ -92,16 +99,59 @@ const TooltipContent = memo(({ nodeId }: { nodeId: string }) => { return 'Unknown Node'; }, [data, nodeTemplate]); + const versionComponent = useMemo(() => { + if (!isInvocationNodeData(data) || !nodeTemplate) { + return null; + } + + if (!data.version) { + return ( + + Version unknown + + ); + } + + if (!nodeTemplate.version) { + return ( + + Version {data.version} (unknown template) + + ); + } + + if (compare(data.version, nodeTemplate.version, '<')) { + return ( + + Version {data.version} (update node) + + ); + } + + if (compare(data.version, nodeTemplate.version, '>')) { + return ( + + Version {data.version} (update app) + + ); + } + + return Version {data.version}; + }, [data, nodeTemplate]); + if (!isInvocationNodeData(data)) { return Unknown Node; } return ( - {title} + + {title} + {nodeTemplate?.description} + {versionComponent} {data?.notes && {data.notes}} ); diff --git a/invokeai/frontend/web/src/features/nodes/hooks/useBuildNodeData.ts b/invokeai/frontend/web/src/features/nodes/hooks/useBuildNodeData.ts index a88a82e1fc..24982f591e 100644 --- a/invokeai/frontend/web/src/features/nodes/hooks/useBuildNodeData.ts +++ b/invokeai/frontend/web/src/features/nodes/hooks/useBuildNodeData.ts @@ -138,13 +138,14 @@ export const useBuildNodeData = () => { data: { id: nodeId, type, - inputs, - outputs, - isOpen: true, + version: template.version, label: '', notes: '', + isOpen: true, embedWorkflow: false, isIntermediate: true, + inputs, + outputs, }, }; diff --git a/invokeai/frontend/web/src/features/nodes/hooks/useDoNodeVersionsMatch.ts b/invokeai/frontend/web/src/features/nodes/hooks/useDoNodeVersionsMatch.ts new file mode 100644 index 0000000000..926c56ac1e --- /dev/null +++ b/invokeai/frontend/web/src/features/nodes/hooks/useDoNodeVersionsMatch.ts @@ -0,0 +1,33 @@ +import { createSelector } from '@reduxjs/toolkit'; +import { stateSelector } from 'app/store/store'; +import { useAppSelector } from 'app/store/storeHooks'; +import { defaultSelectorOptions } from 'app/store/util/defaultMemoizeOptions'; +import { compareVersions } from 'compare-versions'; +import { useMemo } from 'react'; +import { isInvocationNode } from '../types/types'; + +export const useDoNodeVersionsMatch = (nodeId: string) => { + const selector = useMemo( + () => + createSelector( + stateSelector, + ({ nodes }) => { + const node = nodes.nodes.find((node) => node.id === nodeId); + if (!isInvocationNode(node)) { + return false; + } + const nodeTemplate = nodes.nodeTemplates[node?.data.type ?? '']; + if (!nodeTemplate?.version || !node.data?.version) { + return false; + } + return compareVersions(nodeTemplate.version, node.data.version) === 0; + }, + defaultSelectorOptions + ), + [nodeId] + ); + + const nodeTemplate = useAppSelector(selector); + + return nodeTemplate; +}; diff --git a/invokeai/frontend/web/src/features/nodes/hooks/useLoadWorkflowFromFile.tsx b/invokeai/frontend/web/src/features/nodes/hooks/useLoadWorkflowFromFile.tsx index 97f2cea77b..7f015ac5eb 100644 --- a/invokeai/frontend/web/src/features/nodes/hooks/useLoadWorkflowFromFile.tsx +++ b/invokeai/frontend/web/src/features/nodes/hooks/useLoadWorkflowFromFile.tsx @@ -2,13 +2,13 @@ import { ListItem, Text, UnorderedList } from '@chakra-ui/react'; import { useLogger } from 'app/logging/useLogger'; import { useAppDispatch } from 'app/store/storeHooks'; import { parseify } from 'common/util/serialize'; -import { workflowLoaded } from 'features/nodes/store/nodesSlice'; -import { zValidatedWorkflow } from 'features/nodes/types/types'; +import { zWorkflow } from 'features/nodes/types/types'; import { addToast } from 'features/system/store/systemSlice'; import { makeToast } from 'features/system/util/makeToast'; import { memo, useCallback } from 'react'; import { ZodError } from 'zod'; import { fromZodError, fromZodIssue } from 'zod-validation-error'; +import { workflowLoadRequested } from '../store/actions'; export const useLoadWorkflowFromFile = () => { const dispatch = useAppDispatch(); @@ -24,7 +24,7 @@ export const useLoadWorkflowFromFile = () => { try { const parsedJSON = JSON.parse(String(rawJSON)); - const result = zValidatedWorkflow.safeParse(parsedJSON); + const result = zWorkflow.safeParse(parsedJSON); if (!result.success) { const { message } = fromZodError(result.error, { @@ -45,32 +45,8 @@ export const useLoadWorkflowFromFile = () => { reader.abort(); return; } - dispatch(workflowLoaded(result.data.workflow)); - if (!result.data.warnings.length) { - dispatch( - addToast( - makeToast({ - title: 'Workflow Loaded', - status: 'success', - }) - ) - ); - reader.abort(); - return; - } - - dispatch( - addToast( - makeToast({ - title: 'Workflow Loaded with Warnings', - status: 'warning', - }) - ) - ); - result.data.warnings.forEach(({ message, ...rest }) => { - logger.warn(rest, message); - }); + dispatch(workflowLoadRequested(result.data)); reader.abort(); } catch { diff --git a/invokeai/frontend/web/src/features/nodes/store/actions.ts b/invokeai/frontend/web/src/features/nodes/store/actions.ts index 2463a1e945..cf7ccf8238 100644 --- a/invokeai/frontend/web/src/features/nodes/store/actions.ts +++ b/invokeai/frontend/web/src/features/nodes/store/actions.ts @@ -1,5 +1,6 @@ import { createAction, isAnyOf } from '@reduxjs/toolkit'; import { Graph } from 'services/api/types'; +import { Workflow } from '../types/types'; export const textToImageGraphBuilt = createAction( 'nodes/textToImageGraphBuilt' @@ -16,3 +17,7 @@ export const isAnyGraphBuilt = isAnyOf( canvasGraphBuilt, nodesGraphBuilt ); + +export const workflowLoadRequested = createAction( + 'nodes/workflowLoadRequested' +); diff --git a/invokeai/frontend/web/src/features/nodes/store/reactFlowInstance.ts b/invokeai/frontend/web/src/features/nodes/store/reactFlowInstance.ts new file mode 100644 index 0000000000..e9094a9310 --- /dev/null +++ b/invokeai/frontend/web/src/features/nodes/store/reactFlowInstance.ts @@ -0,0 +1,4 @@ +import { atom } from 'nanostores'; +import { ReactFlowInstance } from 'reactflow'; + +export const $flow = atom(null); diff --git a/invokeai/frontend/web/src/features/nodes/types/types.ts b/invokeai/frontend/web/src/features/nodes/types/types.ts index f7986a5028..402ef4ac7a 100644 --- a/invokeai/frontend/web/src/features/nodes/types/types.ts +++ b/invokeai/frontend/web/src/features/nodes/types/types.ts @@ -52,6 +52,10 @@ export type InvocationTemplate = { * The type of this node's output */ outputType: string; // TODO: generate a union of output types + /** + * The invocation's version. + */ + version?: string; }; export type FieldUIConfig = { @@ -962,6 +966,7 @@ export type InvocationSchemaExtra = { title: string; category?: string; tags?: string[]; + version?: string; properties: Omit< NonNullable & (_InputField | _OutputField), @@ -1095,6 +1100,29 @@ export const zCoreMetadata = z export type CoreMetadata = z.infer; +export const zSemVer = z.string().refine((val) => { + const [major, minor, patch] = val.split('.'); + return ( + major !== undefined && + Number.isInteger(Number(major)) && + minor !== undefined && + Number.isInteger(Number(minor)) && + patch !== undefined && + Number.isInteger(Number(patch)) + ); +}); + +export const zParsedSemver = zSemVer.transform((val) => { + const [major, minor, patch] = val.split('.'); + return { + major: Number(major), + minor: Number(minor), + patch: Number(patch), + }; +}); + +export type SemVer = z.infer; + export const zInvocationNodeData = z.object({ id: z.string().trim().min(1), // no easy way to build this dynamically, and we don't want to anyways, because this will be used @@ -1107,6 +1135,7 @@ export const zInvocationNodeData = z.object({ notes: z.string(), embedWorkflow: z.boolean(), isIntermediate: z.boolean(), + version: zSemVer.optional(), }); // Massage this to get better type safety while developing @@ -1195,20 +1224,6 @@ export const zFieldIdentifier = z.object({ export type FieldIdentifier = z.infer; -export const zSemVer = z.string().refine((val) => { - const [major, minor, patch] = val.split('.'); - return ( - major !== undefined && - minor !== undefined && - patch !== undefined && - Number.isInteger(Number(major)) && - Number.isInteger(Number(minor)) && - Number.isInteger(Number(patch)) - ); -}); - -export type SemVer = z.infer; - export type WorkflowWarning = { message: string; issues: string[]; diff --git a/invokeai/frontend/web/src/features/nodes/util/parseSchema.ts b/invokeai/frontend/web/src/features/nodes/util/parseSchema.ts index 78e7495481..d8bb189abc 100644 --- a/invokeai/frontend/web/src/features/nodes/util/parseSchema.ts +++ b/invokeai/frontend/web/src/features/nodes/util/parseSchema.ts @@ -73,6 +73,7 @@ export const parseSchema = ( const title = schema.title.replace('Invocation', ''); const tags = schema.tags ?? []; const description = schema.description ?? ''; + const version = schema.version ?? ''; const inputs = reduce( schema.properties, @@ -225,11 +226,12 @@ export const parseSchema = ( const invocation: InvocationTemplate = { title, type, + version, tags, description, + outputType, inputs, outputs, - outputType, }; Object.assign(invocationsAccumulator, { [type]: invocation }); diff --git a/invokeai/frontend/web/src/features/nodes/util/validateWorkflow.ts b/invokeai/frontend/web/src/features/nodes/util/validateWorkflow.ts new file mode 100644 index 0000000000..a3085d516b --- /dev/null +++ b/invokeai/frontend/web/src/features/nodes/util/validateWorkflow.ts @@ -0,0 +1,96 @@ +import { compareVersions } from 'compare-versions'; +import { cloneDeep, keyBy } from 'lodash-es'; +import { + InvocationTemplate, + Workflow, + WorkflowWarning, + isWorkflowInvocationNode, +} from '../types/types'; +import { parseify } from 'common/util/serialize'; + +export const validateWorkflow = ( + workflow: Workflow, + nodeTemplates: Record +) => { + const clone = cloneDeep(workflow); + const { nodes, edges } = clone; + const errors: WorkflowWarning[] = []; + const invocationNodes = nodes.filter(isWorkflowInvocationNode); + const keyedNodes = keyBy(invocationNodes, 'id'); + nodes.forEach((node) => { + if (!isWorkflowInvocationNode(node)) { + return; + } + + const nodeTemplate = nodeTemplates[node.data.type]; + if (!nodeTemplate) { + errors.push({ + message: `Node "${node.data.type}" skipped`, + issues: [`Node type "${node.data.type}" does not exist`], + data: node, + }); + return; + } + + if ( + nodeTemplate.version && + node.data.version && + compareVersions(nodeTemplate.version, node.data.version) !== 0 + ) { + errors.push({ + message: `Node "${node.data.type}" has mismatched version`, + issues: [ + `Node "${node.data.type}" v${node.data.version} may be incompatible with installed v${nodeTemplate.version}`, + ], + data: { node, nodeTemplate: parseify(nodeTemplate) }, + }); + return; + } + }); + edges.forEach((edge, i) => { + const sourceNode = keyedNodes[edge.source]; + const targetNode = keyedNodes[edge.target]; + const issues: string[] = []; + if (!sourceNode) { + issues.push(`Output node ${edge.source} does not exist`); + } else if ( + edge.type === 'default' && + !(edge.sourceHandle in sourceNode.data.outputs) + ) { + issues.push( + `Output field "${edge.source}.${edge.sourceHandle}" does not exist` + ); + } + if (!targetNode) { + issues.push(`Input node ${edge.target} does not exist`); + } else if ( + edge.type === 'default' && + !(edge.targetHandle in targetNode.data.inputs) + ) { + issues.push( + `Input field "${edge.target}.${edge.targetHandle}" does not exist` + ); + } + if (!nodeTemplates[sourceNode?.data.type ?? '__UNKNOWN_NODE_TYPE__']) { + issues.push( + `Source node "${edge.source}" missing template "${sourceNode?.data.type}"` + ); + } + if (!nodeTemplates[targetNode?.data.type ?? '__UNKNOWN_NODE_TYPE__']) { + issues.push( + `Source node "${edge.target}" missing template "${targetNode?.data.type}"` + ); + } + if (issues.length) { + delete edges[i]; + const src = edge.type === 'default' ? edge.sourceHandle : edge.source; + const tgt = edge.type === 'default' ? edge.targetHandle : edge.target; + errors.push({ + message: `Edge "${src} -> ${tgt}" skipped`, + issues, + data: edge, + }); + } + }); + return { workflow: clone, errors }; +}; diff --git a/invokeai/frontend/web/src/services/api/schema.d.ts b/invokeai/frontend/web/src/services/api/schema.d.ts index f48892113d..6e00d1b38b 100644 --- a/invokeai/frontend/web/src/services/api/schema.d.ts +++ b/invokeai/frontend/web/src/services/api/schema.d.ts @@ -6981,6 +6981,11 @@ export type components = { * @description The node's category */ category?: string; + /** + * Version + * @description The node's version. Should be a valid semver string e.g. "1.0.0" or "3.8.13". + */ + version?: string; }; /** * Input @@ -7036,24 +7041,12 @@ export type components = { /** Ui Order */ ui_order?: number; }; - /** - * StableDiffusionOnnxModelFormat - * @description An enumeration. - * @enum {string} - */ - StableDiffusionOnnxModelFormat: "olive" | "onnx"; /** * StableDiffusion1ModelFormat * @description An enumeration. * @enum {string} */ StableDiffusion1ModelFormat: "checkpoint" | "diffusers"; - /** - * ControlNetModelFormat - * @description An enumeration. - * @enum {string} - */ - ControlNetModelFormat: "checkpoint" | "diffusers"; /** * StableDiffusionXLModelFormat * @description An enumeration. @@ -7066,6 +7059,18 @@ export type components = { * @enum {string} */ StableDiffusion2ModelFormat: "checkpoint" | "diffusers"; + /** + * ControlNetModelFormat + * @description An enumeration. + * @enum {string} + */ + ControlNetModelFormat: "checkpoint" | "diffusers"; + /** + * StableDiffusionOnnxModelFormat + * @description An enumeration. + * @enum {string} + */ + StableDiffusionOnnxModelFormat: "olive" | "onnx"; }; responses: never; parameters: never; diff --git a/invokeai/frontend/web/yarn.lock b/invokeai/frontend/web/yarn.lock index 2c3c9ae88f..787c81a756 100644 --- a/invokeai/frontend/web/yarn.lock +++ b/invokeai/frontend/web/yarn.lock @@ -2970,6 +2970,11 @@ commondir@^1.0.1: resolved "https://registry.yarnpkg.com/commondir/-/commondir-1.0.1.tgz#ddd800da0c66127393cca5950ea968a3aaf1253b" integrity sha512-W9pAhw0ja1Edb5GVdIF1mjZw/ASI0AlShXM83UUGe2DVr5TdAPEA1OA8m/g8zWp9x6On7gqufY+FatDbC3MDQg== +compare-versions@^6.1.0: + version "6.1.0" + resolved "https://registry.yarnpkg.com/compare-versions/-/compare-versions-6.1.0.tgz#3f2131e3ae93577df111dba133e6db876ffe127a" + integrity sha512-LNZQXhqUvqUTotpZ00qLSaify3b4VFD588aRr8MKFw4CMUr98ytzCW5wDH5qx/DEY5kCDXcbcRuCqL0szEf2tg== + compute-scroll-into-view@1.0.20: version "1.0.20" resolved "https://registry.yarnpkg.com/compute-scroll-into-view/-/compute-scroll-into-view-1.0.20.tgz#1768b5522d1172754f5d0c9b02de3af6be506a43" From d6317bc53f1487b6a2a6838177f0715871cd6227 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 18:45:58 +1000 Subject: [PATCH 41/84] docs: update INVOCATIONS.md with version info --- docs/contributing/INVOCATIONS.md | 8 +++++--- 1 file changed, 5 insertions(+), 3 deletions(-) diff --git a/docs/contributing/INVOCATIONS.md b/docs/contributing/INVOCATIONS.md index b34a2f25ac..be5d9d0805 100644 --- a/docs/contributing/INVOCATIONS.md +++ b/docs/contributing/INVOCATIONS.md @@ -244,8 +244,12 @@ copy-paste the template above. We can use the `@invocation` decorator to provide some additional info to the UI, like a custom title, tags and category. +We also encourage providing a version. This must be a +[semver](https://semver.org/) version string ("$MAJOR.$MINOR.$PATCH"). The UI +will let users know if their workflow is using a mismatched version of the node. + ```python -@invocation("resize", title="My Resizer", tags=["resize", "image"], category="My Invocations") +@invocation("resize", title="My Resizer", tags=["resize", "image"], category="My Invocations", version="1.0.0") class ResizeInvocation(BaseInvocation): """Resizes an image""" @@ -279,8 +283,6 @@ take a look a at our [contributing nodes overview](contributingNodes). ## Advanced ---> - ### Custom Output Types Like with custom inputs, sometimes you might find yourself needing custom From 3dbb0e1bfb6c88388f962c7b58587ee04d59c74c Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Mon, 4 Sep 2023 19:16:44 +1000 Subject: [PATCH 42/84] feat(tests): add tests for node versions --- invokeai/app/invocations/baseinvocation.py | 9 +++++- tests/nodes/test_node_graph.py | 36 +++++++++++++++++++--- 2 files changed, 39 insertions(+), 6 deletions(-) diff --git a/invokeai/app/invocations/baseinvocation.py b/invokeai/app/invocations/baseinvocation.py index 540571762f..65a8734690 100644 --- a/invokeai/app/invocations/baseinvocation.py +++ b/invokeai/app/invocations/baseinvocation.py @@ -32,6 +32,10 @@ if TYPE_CHECKING: from ..services.invocation_services import InvocationServices +class InvalidVersionError(ValueError): + pass + + class FieldDescriptions: denoising_start = "When to start denoising, expressed a percentage of total steps" denoising_end = "When to stop denoising, expressed a percentage of total steps" @@ -605,7 +609,10 @@ def invocation( if category is not None: cls.UIConfig.category = category if version is not None: - semver.Version.parse(version) # raises ValueError if invalid semver + try: + semver.Version.parse(version) + except ValueError as e: + raise InvalidVersionError(f'Invalid version string for node "{invocation_type}": "{version}"') from e cls.UIConfig.version = version # Add the invocation type to the pydantic model of the invocation diff --git a/tests/nodes/test_node_graph.py b/tests/nodes/test_node_graph.py index 56bf823d14..0e1be8f343 100644 --- a/tests/nodes/test_node_graph.py +++ b/tests/nodes/test_node_graph.py @@ -1,4 +1,10 @@ -from invokeai.app.invocations.baseinvocation import BaseInvocation, BaseInvocationOutput, invocation, invocation_output +from invokeai.app.invocations.baseinvocation import ( + BaseInvocation, + BaseInvocationOutput, + InvalidVersionError, + invocation, + invocation_output, +) from .test_nodes import ( ImageToImageTestInvocation, TextToImageTestInvocation, @@ -616,18 +622,38 @@ def test_invocation_decorator(): title = "Test Invocation" tags = ["first", "second", "third"] category = "category" + version = "1.2.3" - @invocation(invocation_type, title=title, tags=tags, category=category) - class Test(BaseInvocation): + @invocation(invocation_type, title=title, tags=tags, category=category, version=version) + class TestInvocation(BaseInvocation): def invoke(self): pass - schema = Test.schema() + schema = TestInvocation.schema() assert schema.get("title") == title assert schema.get("tags") == tags assert schema.get("category") == category - assert Test(id="1").type == invocation_type # type: ignore (type is dynamically added) + assert schema.get("version") == version + assert TestInvocation(id="1").type == invocation_type # type: ignore (type is dynamically added) + + +def test_invocation_version_must_be_semver(): + invocation_type = "test_invocation" + valid_version = "1.0.0" + invalid_version = "not_semver" + + @invocation(invocation_type, version=valid_version) + class ValidVersionInvocation(BaseInvocation): + def invoke(self): + pass + + with pytest.raises(InvalidVersionError): + + @invocation(invocation_type, version=invalid_version) + class InvalidVersionInvocation(BaseInvocation): + def invoke(self): + pass def test_invocation_output_decorator(): From b1ef3370fa0ef3c4025764d90f838cd7f4cf4e91 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Tue, 5 Sep 2023 09:56:34 +1200 Subject: [PATCH 43/84] chore: Regen Schema --- .../frontend/web/src/services/api/schema.d.ts | 62 ++++++++++++++++--- 1 file changed, 54 insertions(+), 8 deletions(-) diff --git a/invokeai/frontend/web/src/services/api/schema.d.ts b/invokeai/frontend/web/src/services/api/schema.d.ts index 6e00d1b38b..027db814d9 100644 --- a/invokeai/frontend/web/src/services/api/schema.d.ts +++ b/invokeai/frontend/web/src/services/api/schema.d.ts @@ -780,6 +780,39 @@ export type components = { */ type: "boolean_output"; }; + /** + * CV2 Infill + * @description Infills transparent areas of an image using OpenCV Inpainting + */ + CV2InfillInvocation: { + /** + * Id + * @description The id of this instance of an invocation. Must be unique among all instances of invocations. + */ + id: string; + /** + * Is Intermediate + * @description Whether or not this is an intermediate invocation. + * @default false + */ + is_intermediate?: boolean; + /** + * Workflow + * @description The workflow to save with the image + */ + workflow?: string; + /** + * Image + * @description The image to infill + */ + image?: components["schemas"]["ImageField"]; + /** + * Type + * @default infill_cv2 + * @enum {string} + */ + type: "infill_cv2"; + }; /** * Canny Processor * @description Canny edge detection for ControlNet @@ -2212,7 +2245,7 @@ export type components = { * @description The nodes in this graph */ nodes?: { - [key: string]: components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + [key: string]: components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["CV2InfillInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; /** * Edges @@ -2255,7 +2288,7 @@ export type components = { * @description The results of node executions */ results: { - [key: string]: components["schemas"]["BooleanOutput"] | components["schemas"]["BooleanCollectionOutput"] | components["schemas"]["IntegerOutput"] | components["schemas"]["IntegerCollectionOutput"] | components["schemas"]["FloatOutput"] | components["schemas"]["FloatCollectionOutput"] | components["schemas"]["StringOutput"] | components["schemas"]["StringCollectionOutput"] | components["schemas"]["ImageOutput"] | components["schemas"]["ImageCollectionOutput"] | components["schemas"]["DenoiseMaskOutput"] | components["schemas"]["LatentsOutput"] | components["schemas"]["LatentsCollectionOutput"] | components["schemas"]["ColorOutput"] | components["schemas"]["ColorCollectionOutput"] | components["schemas"]["ConditioningOutput"] | components["schemas"]["ConditioningCollectionOutput"] | components["schemas"]["ControlOutput"] | components["schemas"]["ModelLoaderOutput"] | components["schemas"]["LoraLoaderOutput"] | components["schemas"]["SDXLLoraLoaderOutput"] | components["schemas"]["VaeLoaderOutput"] | components["schemas"]["SeamlessModeOutput"] | components["schemas"]["MetadataAccumulatorOutput"] | components["schemas"]["SDXLModelLoaderOutput"] | components["schemas"]["SDXLRefinerModelLoaderOutput"] | components["schemas"]["ClipSkipInvocationOutput"] | components["schemas"]["SchedulerOutput"] | components["schemas"]["ONNXModelLoaderOutput"] | components["schemas"]["NoiseOutput"] | components["schemas"]["GraphInvocationOutput"] | components["schemas"]["IterateInvocationOutput"] | components["schemas"]["CollectInvocationOutput"]; + [key: string]: components["schemas"]["BooleanOutput"] | components["schemas"]["BooleanCollectionOutput"] | components["schemas"]["IntegerOutput"] | components["schemas"]["IntegerCollectionOutput"] | components["schemas"]["FloatOutput"] | components["schemas"]["FloatCollectionOutput"] | components["schemas"]["StringOutput"] | components["schemas"]["StringCollectionOutput"] | components["schemas"]["ImageOutput"] | components["schemas"]["ImageCollectionOutput"] | components["schemas"]["DenoiseMaskOutput"] | components["schemas"]["LatentsOutput"] | components["schemas"]["LatentsCollectionOutput"] | components["schemas"]["ColorOutput"] | components["schemas"]["ColorCollectionOutput"] | components["schemas"]["ConditioningOutput"] | components["schemas"]["ConditioningCollectionOutput"] | components["schemas"]["ControlOutput"] | components["schemas"]["ModelLoaderOutput"] | components["schemas"]["LoraLoaderOutput"] | components["schemas"]["SDXLLoraLoaderOutput"] | components["schemas"]["VaeLoaderOutput"] | components["schemas"]["SeamlessModeOutput"] | components["schemas"]["MetadataAccumulatorOutput"] | components["schemas"]["ClipSkipInvocationOutput"] | components["schemas"]["SchedulerOutput"] | components["schemas"]["NoiseOutput"] | components["schemas"]["ONNXModelLoaderOutput"] | components["schemas"]["SDXLModelLoaderOutput"] | components["schemas"]["SDXLRefinerModelLoaderOutput"] | components["schemas"]["GraphInvocationOutput"] | components["schemas"]["IterateInvocationOutput"] | components["schemas"]["CollectInvocationOutput"]; }; /** * Errors @@ -3485,6 +3518,19 @@ export type components = { * @description The image to infill */ image?: components["schemas"]["ImageField"]; + /** + * Downscale + * @description Run patchmatch on downscaled image to speedup infill + * @default 2 + */ + downscale?: number; + /** + * Resample Mode + * @description The resampling mode + * @default bicubic + * @enum {string} + */ + resample_mode?: "nearest" | "box" | "bilinear" | "hamming" | "bicubic" | "lanczos"; /** * Type * @default infill_patchmatch @@ -7048,11 +7094,11 @@ export type components = { */ StableDiffusion1ModelFormat: "checkpoint" | "diffusers"; /** - * StableDiffusionXLModelFormat + * ControlNetModelFormat * @description An enumeration. * @enum {string} */ - StableDiffusionXLModelFormat: "checkpoint" | "diffusers"; + ControlNetModelFormat: "checkpoint" | "diffusers"; /** * StableDiffusion2ModelFormat * @description An enumeration. @@ -7060,11 +7106,11 @@ export type components = { */ StableDiffusion2ModelFormat: "checkpoint" | "diffusers"; /** - * ControlNetModelFormat + * StableDiffusionXLModelFormat * @description An enumeration. * @enum {string} */ - ControlNetModelFormat: "checkpoint" | "diffusers"; + StableDiffusionXLModelFormat: "checkpoint" | "diffusers"; /** * StableDiffusionOnnxModelFormat * @description An enumeration. @@ -7187,7 +7233,7 @@ export type operations = { }; requestBody: { content: { - "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["CV2InfillInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; }; responses: { @@ -7228,7 +7274,7 @@ export type operations = { }; requestBody: { content: { - "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["CV2InfillInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; }; responses: { From edd64bd53718f5ebeba9dcad4f9186b590b0fed1 Mon Sep 17 00:00:00 2001 From: Darren Ringer Date: Mon, 4 Sep 2023 19:25:12 -0400 Subject: [PATCH 44/84] Replace links to .py files with repo links, and consolidate some nodes Revised links to my node py files, replacing them with links to independent repos. Additionally I consolidated some nodes together (Image and Mask Composition Pack, Size Stepper nodes). --- docs/nodes/communityNodes.md | 71 ++++++++++++++++-------------------- 1 file changed, 32 insertions(+), 39 deletions(-) diff --git a/docs/nodes/communityNodes.md b/docs/nodes/communityNodes.md index 34dfbdb443..e4d5dbdd68 100644 --- a/docs/nodes/communityNodes.md +++ b/docs/nodes/communityNodes.md @@ -120,74 +120,67 @@ There are simple parameters to change the FOV, camera position, and model orient Additional parameters like different image sizes will probably be added, and things like more sophisticated rotations are planned but this node is experimental and may or may not change much. -**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/depth_from_obj.py +**Node Link:** https://github.com/dwringer/depth-from-obj-node + +**Example Usage:** +![depth from obj usage graph](https://raw.githubusercontent.com/dwringer/depth-from-obj-node/main/depth_from_obj_usage.jpg) -------------------------------- -### Enhance Image +### Enhance Image (simple adjustments) **Description:** Boost or reduce color saturation, contrast, brightness, sharpness, or invert colors of any image at any stage with this simple wrapper for pillow [PIL]'s ImageEnhance module. Color inversion is toggled with a simple switch, while each of the four enhancer modes are activated by entering a value other than 1 in each corresponding input field. Values less than 1 will reduce the corresponding property, while values greater than 1 will enhance it. -**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/image_enhance.py +**Node Link:** https://github.com/dwringer/image-enhance-node + +**Example Usage:** +![enhance image usage graph](https://raw.githubusercontent.com/dwringer/image-enhance-node/main/image_enhance_usage.jpg) -------------------------------- ### Generative Grammar-Based Prompt Nodes -**Description:** This generates prompts from simple user-defined grammar rules (loaded from custom files - examples provided below). The prompts are made by recursively expanding a special template string, replacing nonterminal "parts-of-speech" until no more nonterminal terms remain in the string. +**Description:** This set of 3 nodes generates prompts from simple user-defined grammar rules (loaded from custom files - examples provided below). The prompts are made by recursively expanding a special template string, replacing nonterminal "parts-of-speech" until no more nonterminal terms remain in the string. -**Three nodes are included:** +This includes 3 Nodes: - *Lookup Table from File* - loads a YAML file "prompt" section (or of a whole folder of YAML's) into a JSON-ified dictionary (Lookups output) - *Lookups Entry from Prompt* - places a single entry in a new Lookups output under the specified heading -- *Prompt from LookupTable* - uses a Collection of Lookups as grammar rules from which to randomly generate prompts. +- *Prompt from Lookup Table* - uses a Collection of Lookups as grammar rules from which to randomly generate prompts. -**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/lookuptables.py - -**Example Templates:** -- https://github.com/dwringer/invoke-nodes/blob/main/example_template.yaml -- https://github.com/dwringer/invoke-nodes/blob/main/movies.yaml -- https://github.com/dwringer/invoke-nodes/blob/main/photograph.yaml +**Node Link:** https://github.com/dwringer/generative-grammar-prompt-nodes **Example Usage:** -![lookups usage example graph](https://raw.githubusercontent.com/dwringer/invoke-nodes/main/lookuptables_usage.jpg) +![lookups usage example graph](https://raw.githubusercontent.com/dwringer/generative-grammar-prompt-nodes/main/lookuptables_usage.jpg) -------------------------------- -### Ideal Size Stepper +### Image and Mask Composition Pack -**Description:** Plug in your full size dimensions as well as JPPhoto's Ideal Size node's output dimensions, and get 1, 2, or 3 intermediate pairs of dimensions for upscaling based on the natural log of the image area. Thus, each successive generation (from ideal size to full size) adds approximately the same percentage of new pixels to the image. Note this does not output the ideal size or full size dimensions. The 1, 2, or 3 outputs of this node are only the intermediate step sizes. +**Description:** This is a pack of nodes for composing masks and images, including a simple text mask creator and both image and latent offset nodes. The offsets wrap around, so these can be used in conjunction with the Seamless node to progressively generate centered on different parts of the seamless tiling. -There are up to three stages which determine how many intermediate sizes to compute and output. With Tapers B and C disabled, outputs A, B, and C will be the same (inactive outputs yield copies of the previous pair). With a taper assigned to B, Width/Height A and B will both be active with progressively larger intermediate resolutions, and if Taper C is activated, active outputs will be calculated with even finer gradations. +This includes 4 Nodes: +- Text Mask (simple 2D) - create and position a white on black (or black on white) line of text using any font locally available to Invoke. +- Image Compositor - Take a subject from an image with a flat backdrop and layer it on another image using a chroma key or flood select background removal. +- Offset Latents - Offset a latents tensor in the vertical and/or horizontal dimensions, wrapping it around. +- Offset Image - Offset an image in the vertical and/or horizontal dimensions, wrapping it around. -**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/ideal_size_stepper.py +**Node Link:** https://github.com/dwringer/composition-nodes + +**Example Usage:** +![composition nodes usage graph](https://raw.githubusercontent.com/dwringer/composition-nodes/main/composition_nodes_usage.jpg) -------------------------------- -### Image Compositor +### Size Stepper Nodes -**Description:** Take a subject from an image with a flat backdrop and layer it on another image using a chroma key to specify a color value/threshold to remove backdrop pixels, or leave the color blank and a "flood select" will be used from the image corners. +**Description:** This is a set of nodes for calculating the necessary size increments for doing upscaling workflows. Use the Final Size & Orientation node to enter your full size dimensions and orientation (portrait/landscape/random), then plug that and your initial generation dimensions into the Ideal Size Stepper and get 1, 2, or 3 intermediate pairs of dimensions for upscaling. Note this does not output the initial size or full size dimensions. The 1, 2, or 3 outputs of this node are only the intermediate sizes. -The subject image may be scaled using the fill X and fill Y options (enable both to stretch-fit). Final subject position may also be adjusted with X offset and Y offset. If used, chroma key may be specified either as an (R, G, B) tuple, or a CSS-3 color string. +For the Ideal Size Stepper, there are up to three stages which determine how many intermediate sizes to compute and output. With Tapers B and C disabled, outputs A, B, and C will be the same (inactive outputs yield copies of the previous pair). With a taper assigned to B, Width/Height A and B will both be active with progressively larger intermediate resolutions, and if Taper C is activated, active outputs will be calculated with even finer gradations. -**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/image_composite.py +A third node is included, Random Switch (Integers), which is just a generic version of Final Size with no orientation selection. --------------------------------- -### Final Size & Orientation / Random Switch (Integers) +**Node Link:** https://github.com/dwringer/size-stepper-nodes -**Description:** Input two integers, get two out in random, landscape, or portrait orientations. - -Pretty self explanatory. You can just enter your height/width in the two inputs and then get the requested configurations of WxH or HxW from the two outputs. - -Contains two nodes: Final Size & Orientation, and Random Switch (Integer) which was the original, slightly more generalized version. - -**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/random_switch.py - --------------------------------- -### Text Mask (simple 2D) - -**Description:** Create a white on black (or black on white) text image for use with controlnets or further processing in other nodes. Specify any TTF/OTF font file available to Invoke and control parameters to resize, rotate, and reposition the text. - -Currently this only generates one line of text, but it can be layered with other images using the Image Compositor node or any other such tool. - -**Node Link:** https://github.com/dwringer/invoke-nodes/blob/main/text_mask.py +**Example Usage:** +![size stepper usage graph](https://raw.githubusercontent.com/dwringer/size-stepper-nodes/main/size_nodes_usage.jpg) -------------------------------- From ac3bf81ca45525453517694010f9779423912a75 Mon Sep 17 00:00:00 2001 From: Darren Ringer Date: Mon, 4 Sep 2023 20:21:48 -0400 Subject: [PATCH 45/84] Update communityNodes.md for consistency and conciseness Trims down a couple of my node descriptions and adjusts the formatting a little bit for consistency. --- docs/nodes/communityNodes.md | 20 +++++++------------- 1 file changed, 7 insertions(+), 13 deletions(-) diff --git a/docs/nodes/communityNodes.md b/docs/nodes/communityNodes.md index e4d5dbdd68..ffb562f09e 100644 --- a/docs/nodes/communityNodes.md +++ b/docs/nodes/communityNodes.md @@ -112,14 +112,10 @@ This node works best with SDXL models, especially as the style can be described -------------------------------- ### Depth Map from Wavefront OBJ -**Description:** Render depth maps from Wavefront .obj files (triangulated) using this simple 3D renderer utilizing numpy and matplotlib to compute and color the scene. +**Description:** Render depth maps from Wavefront .obj files (triangulated) using this simple 3D renderer utilizing numpy and matplotlib to compute and color the scene. There are simple parameters to change the FOV, camera position, and model orientation. To be imported, an .obj must use triangulated meshes, so make sure to enable that option if exporting from a 3D modeling program. This renderer makes each triangle a solid color based on its average depth, so it will cause anomalies if your .obj has large triangles. In Blender, the Remesh modifier can be helpful to subdivide a mesh into small pieces that work well given these limitations. -There are simple parameters to change the FOV, camera position, and model orientation. - -Additional parameters like different image sizes will probably be added, and things like more sophisticated rotations are planned but this node is experimental and may or may not change much. - **Node Link:** https://github.com/dwringer/depth-from-obj-node **Example Usage:** @@ -158,10 +154,10 @@ This includes 3 Nodes: **Description:** This is a pack of nodes for composing masks and images, including a simple text mask creator and both image and latent offset nodes. The offsets wrap around, so these can be used in conjunction with the Seamless node to progressively generate centered on different parts of the seamless tiling. This includes 4 Nodes: -- Text Mask (simple 2D) - create and position a white on black (or black on white) line of text using any font locally available to Invoke. -- Image Compositor - Take a subject from an image with a flat backdrop and layer it on another image using a chroma key or flood select background removal. -- Offset Latents - Offset a latents tensor in the vertical and/or horizontal dimensions, wrapping it around. -- Offset Image - Offset an image in the vertical and/or horizontal dimensions, wrapping it around. +- *Text Mask (simple 2D)* - create and position a white on black (or black on white) line of text using any font locally available to Invoke. +- *Image Compositor* - Take a subject from an image with a flat backdrop and layer it on another image using a chroma key or flood select background removal. +- *Offset Latents* - Offset a latents tensor in the vertical and/or horizontal dimensions, wrapping it around. +- *Offset Image* - Offset an image in the vertical and/or horizontal dimensions, wrapping it around. **Node Link:** https://github.com/dwringer/composition-nodes @@ -171,11 +167,9 @@ This includes 4 Nodes: -------------------------------- ### Size Stepper Nodes -**Description:** This is a set of nodes for calculating the necessary size increments for doing upscaling workflows. Use the Final Size & Orientation node to enter your full size dimensions and orientation (portrait/landscape/random), then plug that and your initial generation dimensions into the Ideal Size Stepper and get 1, 2, or 3 intermediate pairs of dimensions for upscaling. Note this does not output the initial size or full size dimensions. The 1, 2, or 3 outputs of this node are only the intermediate sizes. +**Description:** This is a set of nodes for calculating the necessary size increments for doing upscaling workflows. Use the *Final Size & Orientation* node to enter your full size dimensions and orientation (portrait/landscape/random), then plug that and your initial generation dimensions into the *Ideal Size Stepper* and get 1, 2, or 3 intermediate pairs of dimensions for upscaling. Note this does not output the initial size or full size dimensions: the 1, 2, or 3 outputs of this node are only the intermediate sizes. -For the Ideal Size Stepper, there are up to three stages which determine how many intermediate sizes to compute and output. With Tapers B and C disabled, outputs A, B, and C will be the same (inactive outputs yield copies of the previous pair). With a taper assigned to B, Width/Height A and B will both be active with progressively larger intermediate resolutions, and if Taper C is activated, active outputs will be calculated with even finer gradations. - -A third node is included, Random Switch (Integers), which is just a generic version of Final Size with no orientation selection. +A third node is included, *Random Switch (Integers)*, which is just a generic version of Final Size with no orientation selection. **Node Link:** https://github.com/dwringer/size-stepper-nodes From 10eec546adabe95ab07a51001095dec94fa8d532 Mon Sep 17 00:00:00 2001 From: dunkeroni Date: Mon, 4 Sep 2023 21:18:37 -0400 Subject: [PATCH 46/84] Consolidate and generalize saturation/luminosity adjusters (#4425) * Consolidated saturation/luminosity adjust. Now allows increasing and inverting. Accepts any color PIL format and channel designation. * Updated docs/nodes/defaultNodes.md * shortened tags list to channel types only * fix typo in mode list * split features into offset and multiply nodes * Updated documentation * Change invert to discrete boolean. Previous math was unclear and had issues with 0 values. * chore: black * chore(ui): typegen --------- Co-authored-by: psychedelicious <4822129+psychedelicious@users.noreply.github.com> --- docs/nodes/defaultNodes.md | 4 +- invokeai/app/invocations/image.py | 152 ++++++++++---- .../frontend/web/src/services/api/schema.d.ts | 192 ++++++++++-------- 3 files changed, 223 insertions(+), 125 deletions(-) diff --git a/docs/nodes/defaultNodes.md b/docs/nodes/defaultNodes.md index 7748f635cb..8bc304216d 100644 --- a/docs/nodes/defaultNodes.md +++ b/docs/nodes/defaultNodes.md @@ -35,13 +35,13 @@ The table below contains a list of the default nodes shipped with InvokeAI and t |Inverse Lerp Image | Inverse linear interpolation of all pixels of an image| |Image Primitive | An image primitive value| |Lerp Image | Linear interpolation of all pixels of an image| -|Image Luminosity Adjustment | Adjusts the Luminosity (Value) of an image.| +|Offset Image Channel | Add to or subtract from an image color channel by a uniform value.| +|Multiply Image Channel | Multiply or Invert an image color channel by a scalar value.| |Multiply Images | Multiplies two images together using `PIL.ImageChops.multiply()`.| |Blur NSFW Image | Add blur to NSFW-flagged images| |Paste Image | Pastes an image into another image.| |ImageProcessor | Base class for invocations that preprocess images for ControlNet| |Resize Image | Resizes an image to specific dimensions| -|Image Saturation Adjustment | Adjusts the Saturation of an image.| |Scale Image | Scales an image by a factor| |Image to Latents | Encodes an image into latents.| |Add Invisible Watermark | Add an invisible watermark to an image| diff --git a/invokeai/app/invocations/image.py b/invokeai/app/invocations/image.py index b6f7cc405b..af7b5fe589 100644 --- a/invokeai/app/invocations/image.py +++ b/invokeai/app/invocations/image.py @@ -773,39 +773,95 @@ class ImageHueAdjustmentInvocation(BaseInvocation): ) +COLOR_CHANNELS = Literal[ + "Red (RGBA)", + "Green (RGBA)", + "Blue (RGBA)", + "Alpha (RGBA)", + "Cyan (CMYK)", + "Magenta (CMYK)", + "Yellow (CMYK)", + "Black (CMYK)", + "Hue (HSV)", + "Saturation (HSV)", + "Value (HSV)", + "Luminosity (LAB)", + "A (LAB)", + "B (LAB)", + "Y (YCbCr)", + "Cb (YCbCr)", + "Cr (YCbCr)", +] + +CHANNEL_FORMATS = { + "Red (RGBA)": ("RGBA", 0), + "Green (RGBA)": ("RGBA", 1), + "Blue (RGBA)": ("RGBA", 2), + "Alpha (RGBA)": ("RGBA", 3), + "Cyan (CMYK)": ("CMYK", 0), + "Magenta (CMYK)": ("CMYK", 1), + "Yellow (CMYK)": ("CMYK", 2), + "Black (CMYK)": ("CMYK", 3), + "Hue (HSV)": ("HSV", 0), + "Saturation (HSV)": ("HSV", 1), + "Value (HSV)": ("HSV", 2), + "Luminosity (LAB)": ("LAB", 0), + "A (LAB)": ("LAB", 1), + "B (LAB)": ("LAB", 2), + "Y (YCbCr)": ("YCbCr", 0), + "Cb (YCbCr)": ("YCbCr", 1), + "Cr (YCbCr)": ("YCbCr", 2), +} + + @invocation( - "img_luminosity_adjust", - title="Adjust Image Luminosity", - tags=["image", "luminosity", "hsl"], + "img_channel_offset", + title="Offset Image Channel", + tags=[ + "image", + "offset", + "red", + "green", + "blue", + "alpha", + "cyan", + "magenta", + "yellow", + "black", + "hue", + "saturation", + "luminosity", + "value", + ], category="image", version="1.0.0", ) -class ImageLuminosityAdjustmentInvocation(BaseInvocation): - """Adjusts the Luminosity (Value) of an image.""" +class ImageChannelOffsetInvocation(BaseInvocation): + """Add or subtract a value from a specific color channel of an image.""" image: ImageField = InputField(description="The image to adjust") - luminosity: float = InputField( - default=1.0, ge=0, le=1, description="The factor by which to adjust the luminosity (value)" - ) + channel: COLOR_CHANNELS = InputField(description="Which channel to adjust") + offset: int = InputField(default=0, ge=-255, le=255, description="The amount to adjust the channel by") def invoke(self, context: InvocationContext) -> ImageOutput: pil_image = context.services.images.get_pil_image(self.image.image_name) - # Convert PIL image to OpenCV format (numpy array), note color channel - # ordering is changed from RGB to BGR - image = numpy.array(pil_image.convert("RGB"))[:, :, ::-1] + # extract the channel and mode from the input and reference tuple + mode = CHANNEL_FORMATS[self.channel][0] + channel_number = CHANNEL_FORMATS[self.channel][1] - # Convert image to HSV color space - hsv_image = cv2.cvtColor(image, cv2.COLOR_BGR2HSV) + # Convert PIL image to new format + converted_image = numpy.array(pil_image.convert(mode)).astype(int) + image_channel = converted_image[:, :, channel_number] - # Adjust the luminosity (value) - hsv_image[:, :, 2] = numpy.clip(hsv_image[:, :, 2] * self.luminosity, 0, 255) + # Adjust the value, clipping to 0..255 + image_channel = numpy.clip(image_channel + self.offset, 0, 255) - # Convert image back to BGR color space - image = cv2.cvtColor(hsv_image, cv2.COLOR_HSV2BGR) + # Put the channel back into the image + converted_image[:, :, channel_number] = image_channel - # Convert back to PIL format and to original color mode - pil_image = Image.fromarray(image[:, :, ::-1], "RGB").convert("RGBA") + # Convert back to RGBA format and output + pil_image = Image.fromarray(converted_image.astype(numpy.uint8), mode=mode).convert("RGBA") image_dto = context.services.images.create( image=pil_image, @@ -827,36 +883,60 @@ class ImageLuminosityAdjustmentInvocation(BaseInvocation): @invocation( - "img_saturation_adjust", - title="Adjust Image Saturation", - tags=["image", "saturation", "hsl"], + "img_channel_multiply", + title="Multiply Image Channel", + tags=[ + "image", + "invert", + "scale", + "multiply", + "red", + "green", + "blue", + "alpha", + "cyan", + "magenta", + "yellow", + "black", + "hue", + "saturation", + "luminosity", + "value", + ], category="image", version="1.0.0", ) -class ImageSaturationAdjustmentInvocation(BaseInvocation): - """Adjusts the Saturation of an image.""" +class ImageChannelMultiplyInvocation(BaseInvocation): + """Scale a specific color channel of an image.""" image: ImageField = InputField(description="The image to adjust") - saturation: float = InputField(default=1.0, ge=0, le=1, description="The factor by which to adjust the saturation") + channel: COLOR_CHANNELS = InputField(description="Which channel to adjust") + scale: float = InputField(default=1.0, ge=0.0, description="The amount to scale the channel by.") + invert_channel: bool = InputField(default=False, description="Invert the channel after scaling") def invoke(self, context: InvocationContext) -> ImageOutput: pil_image = context.services.images.get_pil_image(self.image.image_name) - # Convert PIL image to OpenCV format (numpy array), note color channel - # ordering is changed from RGB to BGR - image = numpy.array(pil_image.convert("RGB"))[:, :, ::-1] + # extract the channel and mode from the input and reference tuple + mode = CHANNEL_FORMATS[self.channel][0] + channel_number = CHANNEL_FORMATS[self.channel][1] - # Convert image to HSV color space - hsv_image = cv2.cvtColor(image, cv2.COLOR_BGR2HSV) + # Convert PIL image to new format + converted_image = numpy.array(pil_image.convert(mode)).astype(float) + image_channel = converted_image[:, :, channel_number] - # Adjust the saturation - hsv_image[:, :, 1] = numpy.clip(hsv_image[:, :, 1] * self.saturation, 0, 255) + # Adjust the value, clipping to 0..255 + image_channel = numpy.clip(image_channel * self.scale, 0, 255) - # Convert image back to BGR color space - image = cv2.cvtColor(hsv_image, cv2.COLOR_HSV2BGR) + # Invert the channel if requested + if self.invert_channel: + image_channel = 255 - image_channel - # Convert back to PIL format and to original color mode - pil_image = Image.fromarray(image[:, :, ::-1], "RGB").convert("RGBA") + # Put the channel back into the image + converted_image[:, :, channel_number] = image_channel + + # Convert back to RGBA format and output + pil_image = Image.fromarray(converted_image.astype(numpy.uint8), mode=mode).convert("RGBA") image_dto = context.services.images.create( image=pil_image, diff --git a/invokeai/frontend/web/src/services/api/schema.d.ts b/invokeai/frontend/web/src/services/api/schema.d.ts index 6e00d1b38b..986cade3b6 100644 --- a/invokeai/frontend/web/src/services/api/schema.d.ts +++ b/invokeai/frontend/web/src/services/api/schema.d.ts @@ -2212,7 +2212,7 @@ export type components = { * @description The nodes in this graph */ nodes?: { - [key: string]: components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + [key: string]: components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageChannelOffsetInvocation"] | components["schemas"]["ImageChannelMultiplyInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; /** * Edges @@ -2480,6 +2480,102 @@ export type components = { */ type: "img_chan"; }; + /** + * Multiply Image Channel + * @description Scale a specific color channel of an image. + */ + ImageChannelMultiplyInvocation: { + /** + * Id + * @description The id of this instance of an invocation. Must be unique among all instances of invocations. + */ + id: string; + /** + * Is Intermediate + * @description Whether or not this is an intermediate invocation. + * @default false + */ + is_intermediate?: boolean; + /** + * Workflow + * @description The workflow to save with the image + */ + workflow?: string; + /** + * Image + * @description The image to adjust + */ + image?: components["schemas"]["ImageField"]; + /** + * Channel + * @description Which channel to adjust + * @enum {string} + */ + channel?: "Red (RGBA)" | "Green (RGBA)" | "Blue (RGBA)" | "Alpha (RGBA)" | "Cyan (CMYK)" | "Magenta (CMYK)" | "Yellow (CMYK)" | "Black (CMYK)" | "Hue (HSV)" | "Saturation (HSV)" | "Value (HSV)" | "Luminosity (LAB)" | "A (LAB)" | "B (LAB)" | "Y (YCbCr)" | "Cb (YCbCr)" | "Cr (YCbCr)"; + /** + * Scale + * @description The amount to scale the channel by. + * @default 1 + */ + scale?: number; + /** + * Invert Channel + * @description Invert the channel after scaling + * @default false + */ + invert_channel?: boolean; + /** + * Type + * @default img_channel_multiply + * @enum {string} + */ + type: "img_channel_multiply"; + }; + /** + * Offset Image Channel + * @description Add or subtract a value from a specific color channel of an image. + */ + ImageChannelOffsetInvocation: { + /** + * Id + * @description The id of this instance of an invocation. Must be unique among all instances of invocations. + */ + id: string; + /** + * Is Intermediate + * @description Whether or not this is an intermediate invocation. + * @default false + */ + is_intermediate?: boolean; + /** + * Workflow + * @description The workflow to save with the image + */ + workflow?: string; + /** + * Image + * @description The image to adjust + */ + image?: components["schemas"]["ImageField"]; + /** + * Channel + * @description Which channel to adjust + * @enum {string} + */ + channel?: "Red (RGBA)" | "Green (RGBA)" | "Blue (RGBA)" | "Alpha (RGBA)" | "Cyan (CMYK)" | "Magenta (CMYK)" | "Yellow (CMYK)" | "Black (CMYK)" | "Hue (HSV)" | "Saturation (HSV)" | "Value (HSV)" | "Luminosity (LAB)" | "A (LAB)" | "B (LAB)" | "Y (YCbCr)" | "Cb (YCbCr)" | "Cr (YCbCr)"; + /** + * Offset + * @description The amount to adjust the channel by + * @default 0 + */ + offset?: number; + /** + * Type + * @default img_channel_offset + * @enum {string} + */ + type: "img_channel_offset"; + }; /** * Image Collection Primitive * @description A collection of image primitive values @@ -2875,45 +2971,6 @@ export type components = { */ type: "img_lerp"; }; - /** - * Adjust Image Luminosity - * @description Adjusts the Luminosity (Value) of an image. - */ - ImageLuminosityAdjustmentInvocation: { - /** - * Id - * @description The id of this instance of an invocation. Must be unique among all instances of invocations. - */ - id: string; - /** - * Is Intermediate - * @description Whether or not this is an intermediate invocation. - * @default false - */ - is_intermediate?: boolean; - /** - * Workflow - * @description The workflow to save with the image - */ - workflow?: string; - /** - * Image - * @description The image to adjust - */ - image?: components["schemas"]["ImageField"]; - /** - * Luminosity - * @description The factor by which to adjust the luminosity (value) - * @default 1 - */ - luminosity?: number; - /** - * Type - * @default img_luminosity_adjust - * @enum {string} - */ - type: "img_luminosity_adjust"; - }; /** * ImageMetadata * @description An image's generation metadata @@ -3207,45 +3264,6 @@ export type components = { */ type: "img_resize"; }; - /** - * Adjust Image Saturation - * @description Adjusts the Saturation of an image. - */ - ImageSaturationAdjustmentInvocation: { - /** - * Id - * @description The id of this instance of an invocation. Must be unique among all instances of invocations. - */ - id: string; - /** - * Is Intermediate - * @description Whether or not this is an intermediate invocation. - * @default false - */ - is_intermediate?: boolean; - /** - * Workflow - * @description The workflow to save with the image - */ - workflow?: string; - /** - * Image - * @description The image to adjust - */ - image?: components["schemas"]["ImageField"]; - /** - * Saturation - * @description The factor by which to adjust the saturation - * @default 1 - */ - saturation?: number; - /** - * Type - * @default img_saturation_adjust - * @enum {string} - */ - type: "img_saturation_adjust"; - }; /** * Scale Image * @description Scales an image by a factor @@ -7041,6 +7059,12 @@ export type components = { /** Ui Order */ ui_order?: number; }; + /** + * StableDiffusionOnnxModelFormat + * @description An enumeration. + * @enum {string} + */ + StableDiffusionOnnxModelFormat: "olive" | "onnx"; /** * StableDiffusion1ModelFormat * @description An enumeration. @@ -7065,12 +7089,6 @@ export type components = { * @enum {string} */ ControlNetModelFormat: "checkpoint" | "diffusers"; - /** - * StableDiffusionOnnxModelFormat - * @description An enumeration. - * @enum {string} - */ - StableDiffusionOnnxModelFormat: "olive" | "onnx"; }; responses: never; parameters: never; @@ -7187,7 +7205,7 @@ export type operations = { }; requestBody: { content: { - "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageChannelOffsetInvocation"] | components["schemas"]["ImageChannelMultiplyInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; }; responses: { @@ -7228,7 +7246,7 @@ export type operations = { }; requestBody: { content: { - "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageLuminosityAdjustmentInvocation"] | components["schemas"]["ImageSaturationAdjustmentInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageChannelOffsetInvocation"] | components["schemas"]["ImageChannelMultiplyInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; }; responses: { From 94115b52175a17b8f5f7469cb43909288e6fcda8 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Tue, 5 Sep 2023 11:23:13 +1000 Subject: [PATCH 47/84] fix(nodes): downscale and resample_mode are not optional --- invokeai/app/invocations/infill.py | 6 ++---- 1 file changed, 2 insertions(+), 4 deletions(-) diff --git a/invokeai/app/invocations/infill.py b/invokeai/app/invocations/infill.py index 0971f6cce9..98e8a7590c 100644 --- a/invokeai/app/invocations/infill.py +++ b/invokeai/app/invocations/infill.py @@ -196,10 +196,8 @@ class InfillPatchMatchInvocation(BaseInvocation): """Infills transparent areas of an image using the PatchMatch algorithm""" image: ImageField = InputField(description="The image to infill") - downscale: Optional[float] = InputField( - default=2.0, gt=0, description="Run patchmatch on downscaled image to speedup infill" - ) - resample_mode: Optional[PIL_RESAMPLING_MODES] = InputField(default="bicubic", description="The resampling mode") + downscale: float = InputField(default=2.0, gt=0, description="Run patchmatch on downscaled image to speedup infill") + resample_mode: PIL_RESAMPLING_MODES = InputField(default="bicubic", description="The resampling mode") def invoke(self, context: InvocationContext) -> ImageOutput: image = context.services.images.get_pil_image(self.image.image_name).convert("RGBA") From 2ab75bc52e4b405485164104b7b2edc7e3231fc0 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Tue, 5 Sep 2023 11:51:46 +1000 Subject: [PATCH 48/84] feat(ui): move fp32 check to its own variable remove a ton of extraneous checks that are easy to miss during maintenance --- .../nodes/util/graphBuilders/addSDXLRefinerToGraph.ts | 4 +++- .../util/graphBuilders/buildCanvasImageToImageGraph.ts | 6 ++++-- .../util/graphBuilders/buildCanvasInpaintGraph.ts | 10 ++++++---- .../util/graphBuilders/buildCanvasOutpaintGraph.ts | 10 ++++++---- .../graphBuilders/buildCanvasSDXLImageToImageGraph.ts | 8 +++++--- .../util/graphBuilders/buildCanvasSDXLInpaintGraph.ts | 10 ++++++---- .../util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts | 10 ++++++---- .../graphBuilders/buildCanvasSDXLTextToImageGraph.ts | 6 ++++-- .../util/graphBuilders/buildCanvasTextToImageGraph.ts | 6 ++++-- .../util/graphBuilders/buildLinearImageToImageGraph.ts | 6 ++++-- .../graphBuilders/buildLinearSDXLImageToImageGraph.ts | 6 ++++-- .../graphBuilders/buildLinearSDXLTextToImageGraph.ts | 4 +++- .../util/graphBuilders/buildLinearTextToImageGraph.ts | 4 +++- 13 files changed, 58 insertions(+), 32 deletions(-) diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addSDXLRefinerToGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addSDXLRefinerToGraph.ts index acee1d5e35..0daca1f310 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addSDXLRefinerToGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/addSDXLRefinerToGraph.ts @@ -47,6 +47,8 @@ export const addSDXLRefinerToGraph = ( const { seamlessXAxis, seamlessYAxis, vaePrecision } = state.generation; const { boundingBoxScaleMethod } = state.canvas; + const fp32 = vaePrecision === 'fp32'; + const isUsingScaledDimensions = ['auto', 'manual'].includes( boundingBoxScaleMethod ); @@ -232,7 +234,7 @@ export const addSDXLRefinerToGraph = ( type: 'create_denoise_mask', id: SDXL_REFINER_INPAINT_CREATE_MASK, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; if (isUsingScaledDimensions) { diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasImageToImageGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasImageToImageGraph.ts index 63a7eac56b..e750b40220 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasImageToImageGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasImageToImageGraph.ts @@ -59,6 +59,8 @@ export const buildCanvasImageToImageGraph = ( shouldAutoSave, } = state.canvas; + const fp32 = vaePrecision === 'fp32'; + const isUsingScaledDimensions = ['auto', 'manual'].includes( boundingBoxScaleMethod ); @@ -245,7 +247,7 @@ export const buildCanvasImageToImageGraph = ( id: LATENTS_TO_IMAGE, type: 'l2i', is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; graph.nodes[CANVAS_OUTPUT] = { id: CANVAS_OUTPUT, @@ -292,7 +294,7 @@ export const buildCanvasImageToImageGraph = ( type: 'l2i', id: CANVAS_OUTPUT, is_intermediate: !shouldAutoSave, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; (graph.nodes[IMAGE_TO_LATENTS] as ImageToLatentsInvocation).image = diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts index ea6ec17999..58a7726410 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasInpaintGraph.ts @@ -93,6 +93,8 @@ export const buildCanvasInpaintGraph = ( shouldAutoSave, } = state.canvas; + const fp32 = vaePrecision === 'fp32'; + const isUsingScaledDimensions = ['auto', 'manual'].includes( boundingBoxScaleMethod ); @@ -141,7 +143,7 @@ export const buildCanvasInpaintGraph = ( type: 'i2l', id: INPAINT_IMAGE, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [NOISE]: { type: 'noise', @@ -153,7 +155,7 @@ export const buildCanvasInpaintGraph = ( type: 'create_denoise_mask', id: INPAINT_CREATE_MASK, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [DENOISE_LATENTS]: { type: 'denoise_latents', @@ -191,7 +193,7 @@ export const buildCanvasInpaintGraph = ( type: 'l2i', id: LATENTS_TO_IMAGE, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [CANVAS_OUTPUT]: { type: 'color_correct', @@ -596,7 +598,7 @@ export const buildCanvasInpaintGraph = ( type: 'create_denoise_mask', id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; // Handle Image Input For Mask Creation diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts index 60e606e6da..71d3492bdc 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasOutpaintGraph.ts @@ -97,6 +97,8 @@ export const buildCanvasOutpaintGraph = ( shouldAutoSave, } = state.canvas; + const fp32 = vaePrecision === 'fp32'; + const isUsingScaledDimensions = ['auto', 'manual'].includes( boundingBoxScaleMethod ); @@ -150,7 +152,7 @@ export const buildCanvasOutpaintGraph = ( type: 'i2l', id: INPAINT_IMAGE, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [NOISE]: { type: 'noise', @@ -162,7 +164,7 @@ export const buildCanvasOutpaintGraph = ( type: 'create_denoise_mask', id: INPAINT_CREATE_MASK, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [DENOISE_LATENTS]: { type: 'denoise_latents', @@ -200,7 +202,7 @@ export const buildCanvasOutpaintGraph = ( type: 'l2i', id: LATENTS_TO_IMAGE, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [CANVAS_OUTPUT]: { type: 'color_correct', @@ -698,7 +700,7 @@ export const buildCanvasOutpaintGraph = ( type: 'create_denoise_mask', id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; // Handle Image Input For Mask Creation diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLImageToImageGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLImageToImageGraph.ts index 872a1d53bd..2a677a8775 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLImageToImageGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLImageToImageGraph.ts @@ -67,6 +67,8 @@ export const buildCanvasSDXLImageToImageGraph = ( shouldAutoSave, } = state.canvas; + const fp32 = vaePrecision === 'fp32'; + const isUsingScaledDimensions = ['auto', 'manual'].includes( boundingBoxScaleMethod ); @@ -133,7 +135,7 @@ export const buildCanvasSDXLImageToImageGraph = ( type: 'i2l', id: IMAGE_TO_LATENTS, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [SDXL_DENOISE_LATENTS]: { type: 'denoise_latents', @@ -258,7 +260,7 @@ export const buildCanvasSDXLImageToImageGraph = ( id: LATENTS_TO_IMAGE, type: 'l2i', is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; graph.nodes[CANVAS_OUTPUT] = { id: CANVAS_OUTPUT, @@ -305,7 +307,7 @@ export const buildCanvasSDXLImageToImageGraph = ( type: 'l2i', id: CANVAS_OUTPUT, is_intermediate: !shouldAutoSave, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; (graph.nodes[IMAGE_TO_LATENTS] as ImageToLatentsInvocation).image = diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts index f26a34a2b7..baa1c0155f 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLInpaintGraph.ts @@ -100,6 +100,8 @@ export const buildCanvasSDXLInpaintGraph = ( shouldAutoSave, } = state.canvas; + const fp32 = vaePrecision === 'fp32'; + const isUsingScaledDimensions = ['auto', 'manual'].includes( boundingBoxScaleMethod ); @@ -145,7 +147,7 @@ export const buildCanvasSDXLInpaintGraph = ( type: 'i2l', id: INPAINT_IMAGE, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [NOISE]: { type: 'noise', @@ -157,7 +159,7 @@ export const buildCanvasSDXLInpaintGraph = ( type: 'create_denoise_mask', id: INPAINT_CREATE_MASK, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [SDXL_DENOISE_LATENTS]: { type: 'denoise_latents', @@ -197,7 +199,7 @@ export const buildCanvasSDXLInpaintGraph = ( type: 'l2i', id: LATENTS_TO_IMAGE, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [CANVAS_OUTPUT]: { type: 'color_correct', @@ -611,7 +613,7 @@ export const buildCanvasSDXLInpaintGraph = ( type: 'create_denoise_mask', id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; // Handle Image Input For Mask Creation diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts index da796f8a87..3f8fffb70a 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLOutpaintGraph.ts @@ -104,6 +104,8 @@ export const buildCanvasSDXLOutpaintGraph = ( shouldAutoSave, } = state.canvas; + const fp32 = vaePrecision === 'fp32'; + const isUsingScaledDimensions = ['auto', 'manual'].includes( boundingBoxScaleMethod ); @@ -154,7 +156,7 @@ export const buildCanvasSDXLOutpaintGraph = ( type: 'i2l', id: INPAINT_IMAGE, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [NOISE]: { type: 'noise', @@ -166,7 +168,7 @@ export const buildCanvasSDXLOutpaintGraph = ( type: 'create_denoise_mask', id: INPAINT_CREATE_MASK, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [SDXL_DENOISE_LATENTS]: { type: 'denoise_latents', @@ -206,7 +208,7 @@ export const buildCanvasSDXLOutpaintGraph = ( type: 'l2i', id: LATENTS_TO_IMAGE, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [CANVAS_OUTPUT]: { type: 'color_correct', @@ -714,7 +716,7 @@ export const buildCanvasSDXLOutpaintGraph = ( type: 'create_denoise_mask', id: CANVAS_COHERENCE_INPAINT_CREATE_MASK, is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; // Handle Image Input For Mask Creation diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLTextToImageGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLTextToImageGraph.ts index 10bde11de9..6d787987ef 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLTextToImageGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasSDXLTextToImageGraph.ts @@ -61,6 +61,8 @@ export const buildCanvasSDXLTextToImageGraph = ( shouldAutoSave, } = state.canvas; + const fp32 = vaePrecision === 'fp32'; + const isUsingScaledDimensions = ['auto', 'manual'].includes( boundingBoxScaleMethod ); @@ -252,7 +254,7 @@ export const buildCanvasSDXLTextToImageGraph = ( id: LATENTS_TO_IMAGE, type: isUsingOnnxModel ? 'l2i_onnx' : 'l2i', is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; graph.nodes[CANVAS_OUTPUT] = { @@ -290,7 +292,7 @@ export const buildCanvasSDXLTextToImageGraph = ( type: isUsingOnnxModel ? 'l2i_onnx' : 'l2i', id: CANVAS_OUTPUT, is_intermediate: !shouldAutoSave, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; graph.edges.push({ diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasTextToImageGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasTextToImageGraph.ts index b25c266d66..094a7b02cc 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasTextToImageGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildCanvasTextToImageGraph.ts @@ -59,6 +59,8 @@ export const buildCanvasTextToImageGraph = ( shouldAutoSave, } = state.canvas; + const fp32 = vaePrecision === 'fp32'; + const isUsingScaledDimensions = ['auto', 'manual'].includes( boundingBoxScaleMethod ); @@ -238,7 +240,7 @@ export const buildCanvasTextToImageGraph = ( id: LATENTS_TO_IMAGE, type: isUsingOnnxModel ? 'l2i_onnx' : 'l2i', is_intermediate: true, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; graph.nodes[CANVAS_OUTPUT] = { @@ -276,7 +278,7 @@ export const buildCanvasTextToImageGraph = ( type: isUsingOnnxModel ? 'l2i_onnx' : 'l2i', id: CANVAS_OUTPUT, is_intermediate: !shouldAutoSave, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }; graph.edges.push({ diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearImageToImageGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearImageToImageGraph.ts index 7c1764ae65..dc9a34c67e 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearImageToImageGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearImageToImageGraph.ts @@ -84,6 +84,8 @@ export const buildLinearImageToImageGraph = ( throw new Error('No model found in state'); } + const fp32 = vaePrecision === 'fp32'; + let modelLoaderNodeId = MAIN_MODEL_LOADER; const use_cpu = shouldUseNoiseSettings @@ -122,7 +124,7 @@ export const buildLinearImageToImageGraph = ( [LATENTS_TO_IMAGE]: { type: 'l2i', id: LATENTS_TO_IMAGE, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [DENOISE_LATENTS]: { type: 'denoise_latents', @@ -140,7 +142,7 @@ export const buildLinearImageToImageGraph = ( // image: { // image_name: initialImage.image_name, // }, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, }, edges: [ diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearSDXLImageToImageGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearSDXLImageToImageGraph.ts index b1098be6a5..757a3976bb 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearSDXLImageToImageGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearSDXLImageToImageGraph.ts @@ -84,6 +84,8 @@ export const buildLinearSDXLImageToImageGraph = ( throw new Error('No model found in state'); } + const fp32 = vaePrecision === 'fp32'; + // Model Loader ID let modelLoaderNodeId = SDXL_MODEL_LOADER; @@ -124,7 +126,7 @@ export const buildLinearSDXLImageToImageGraph = ( [LATENTS_TO_IMAGE]: { type: 'l2i', id: LATENTS_TO_IMAGE, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, [SDXL_DENOISE_LATENTS]: { type: 'denoise_latents', @@ -144,7 +146,7 @@ export const buildLinearSDXLImageToImageGraph = ( // image: { // image_name: initialImage.image_name, // }, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, }, edges: [ diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearSDXLTextToImageGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearSDXLTextToImageGraph.ts index bf25461e34..9590e77f89 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearSDXLTextToImageGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearSDXLTextToImageGraph.ts @@ -62,6 +62,8 @@ export const buildLinearSDXLTextToImageGraph = ( throw new Error('No model found in state'); } + const fp32 = vaePrecision === 'fp32'; + // Construct Style Prompt const { craftedPositiveStylePrompt, craftedNegativeStylePrompt } = craftSDXLStylePrompt(state, shouldConcatSDXLStylePrompt); @@ -118,7 +120,7 @@ export const buildLinearSDXLTextToImageGraph = ( [LATENTS_TO_IMAGE]: { type: 'l2i', id: LATENTS_TO_IMAGE, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, }, edges: [ diff --git a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearTextToImageGraph.ts b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearTextToImageGraph.ts index d07534bdd9..5c534fff21 100644 --- a/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearTextToImageGraph.ts +++ b/invokeai/frontend/web/src/features/nodes/util/graphBuilders/buildLinearTextToImageGraph.ts @@ -57,6 +57,8 @@ export const buildLinearTextToImageGraph = ( throw new Error('No model found in state'); } + const fp32 = vaePrecision === 'fp32'; + const isUsingOnnxModel = model.model_type === 'onnx'; let modelLoaderNodeId = isUsingOnnxModel @@ -139,7 +141,7 @@ export const buildLinearTextToImageGraph = ( [LATENTS_TO_IMAGE]: { type: isUsingOnnxModel ? 'l2i_onnx' : 'l2i', id: LATENTS_TO_IMAGE, - fp32: vaePrecision === 'fp32' ? true : false, + fp32, }, }, edges: [ From d2e327add96416d12628df10abcf60af240150e7 Mon Sep 17 00:00:00 2001 From: Lincoln Stein Date: Mon, 4 Sep 2023 21:54:40 -0400 Subject: [PATCH 49/84] install models/core/misc/lama/lama.pt --- invokeai/backend/install/invokeai_configure.py | 10 ++++++++++ 1 file changed, 10 insertions(+) diff --git a/invokeai/backend/install/invokeai_configure.py b/invokeai/backend/install/invokeai_configure.py index 90298ce076..8d9500cf4a 100755 --- a/invokeai/backend/install/invokeai_configure.py +++ b/invokeai/backend/install/invokeai_configure.py @@ -290,9 +290,19 @@ def download_realesrgan(): download_with_progress_bar(model["url"], config.models_path / model["dest"], model["description"]) +# --------------------------------------------- +def download_lama(): + logger.info("Installing lama infill model") + download_with_progress_bar( + 'https://github.com/Sanster/models/releases/download/add_big_lama/big-lama.pt', + config.models_path / 'core/misc/lama/lama.pt', + 'lama infill model' + ) + # --------------------------------------------- def download_support_models(): download_realesrgan() + download_lama() download_conversion_models() From 871b9286d128b1001910e7ca9a7f9298baae634b Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Tue, 5 Sep 2023 14:10:41 +1200 Subject: [PATCH 50/84] fix: Review changes --- .../InfillAndScaling/ParamInfillPatchmatchDownscaleSize.tsx | 1 - .../web/src/features/parameters/store/generationSlice.ts | 2 +- 2 files changed, 1 insertion(+), 2 deletions(-) diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillPatchmatchDownscaleSize.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillPatchmatchDownscaleSize.tsx index d8e9749422..4e1aa0f721 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillPatchmatchDownscaleSize.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamInfillPatchmatchDownscaleSize.tsx @@ -45,7 +45,6 @@ const ParamInfillPatchmatchDownscaleSize = () => { label={t('parameters.patchmatchDownScaleSize')} min={1} max={10} - sliderNumberInputProps={{ max: 10 }} value={infillPatchmatchDownscaleSize} onChange={handleChange} withInput diff --git a/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts b/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts index 7703376e43..50d9894b27 100644 --- a/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts +++ b/invokeai/frontend/web/src/features/parameters/store/generationSlice.ts @@ -92,7 +92,7 @@ export const initialGenerationState: GenerationState = { steps: 50, threshold: 0, infillTileSize: 32, - infillPatchmatchDownscaleSize: 2, + infillPatchmatchDownscaleSize: 1, variationAmount: 0.1, width: 512, shouldUseSymmetry: false, From a9fafad5b5d4967fcb19cb1cce3bb2c6550d8b2a Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Tue, 5 Sep 2023 14:17:23 +1200 Subject: [PATCH 51/84] chore: sync, lint & update --- .../backend/install/invokeai_configure.py | 9 ++- .../frontend/web/src/services/api/schema.d.ts | 74 +++++++++++++++---- 2 files changed, 65 insertions(+), 18 deletions(-) diff --git a/invokeai/backend/install/invokeai_configure.py b/invokeai/backend/install/invokeai_configure.py index 8d9500cf4a..4a512bfa5f 100755 --- a/invokeai/backend/install/invokeai_configure.py +++ b/invokeai/backend/install/invokeai_configure.py @@ -294,11 +294,12 @@ def download_realesrgan(): def download_lama(): logger.info("Installing lama infill model") download_with_progress_bar( - 'https://github.com/Sanster/models/releases/download/add_big_lama/big-lama.pt', - config.models_path / 'core/misc/lama/lama.pt', - 'lama infill model' + "https://github.com/Sanster/models/releases/download/add_big_lama/big-lama.pt", + config.models_path / "core/misc/lama/lama.pt", + "lama infill model", ) - + + # --------------------------------------------- def download_support_models(): download_realesrgan() diff --git a/invokeai/frontend/web/src/services/api/schema.d.ts b/invokeai/frontend/web/src/services/api/schema.d.ts index 986cade3b6..f4b87e15da 100644 --- a/invokeai/frontend/web/src/services/api/schema.d.ts +++ b/invokeai/frontend/web/src/services/api/schema.d.ts @@ -780,6 +780,39 @@ export type components = { */ type: "boolean_output"; }; + /** + * CV2 Infill + * @description Infills transparent areas of an image using OpenCV Inpainting + */ + CV2InfillInvocation: { + /** + * Id + * @description The id of this instance of an invocation. Must be unique among all instances of invocations. + */ + id: string; + /** + * Is Intermediate + * @description Whether or not this is an intermediate invocation. + * @default false + */ + is_intermediate?: boolean; + /** + * Workflow + * @description The workflow to save with the image + */ + workflow?: string; + /** + * Image + * @description The image to infill + */ + image?: components["schemas"]["ImageField"]; + /** + * Type + * @default infill_cv2 + * @enum {string} + */ + type: "infill_cv2"; + }; /** * Canny Processor * @description Canny edge detection for ControlNet @@ -2212,7 +2245,7 @@ export type components = { * @description The nodes in this graph */ nodes?: { - [key: string]: components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageChannelOffsetInvocation"] | components["schemas"]["ImageChannelMultiplyInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + [key: string]: components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageChannelOffsetInvocation"] | components["schemas"]["ImageChannelMultiplyInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["CV2InfillInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; /** * Edges @@ -2255,7 +2288,7 @@ export type components = { * @description The results of node executions */ results: { - [key: string]: components["schemas"]["BooleanOutput"] | components["schemas"]["BooleanCollectionOutput"] | components["schemas"]["IntegerOutput"] | components["schemas"]["IntegerCollectionOutput"] | components["schemas"]["FloatOutput"] | components["schemas"]["FloatCollectionOutput"] | components["schemas"]["StringOutput"] | components["schemas"]["StringCollectionOutput"] | components["schemas"]["ImageOutput"] | components["schemas"]["ImageCollectionOutput"] | components["schemas"]["DenoiseMaskOutput"] | components["schemas"]["LatentsOutput"] | components["schemas"]["LatentsCollectionOutput"] | components["schemas"]["ColorOutput"] | components["schemas"]["ColorCollectionOutput"] | components["schemas"]["ConditioningOutput"] | components["schemas"]["ConditioningCollectionOutput"] | components["schemas"]["ControlOutput"] | components["schemas"]["ModelLoaderOutput"] | components["schemas"]["LoraLoaderOutput"] | components["schemas"]["SDXLLoraLoaderOutput"] | components["schemas"]["VaeLoaderOutput"] | components["schemas"]["SeamlessModeOutput"] | components["schemas"]["MetadataAccumulatorOutput"] | components["schemas"]["SDXLModelLoaderOutput"] | components["schemas"]["SDXLRefinerModelLoaderOutput"] | components["schemas"]["ClipSkipInvocationOutput"] | components["schemas"]["SchedulerOutput"] | components["schemas"]["ONNXModelLoaderOutput"] | components["schemas"]["NoiseOutput"] | components["schemas"]["GraphInvocationOutput"] | components["schemas"]["IterateInvocationOutput"] | components["schemas"]["CollectInvocationOutput"]; + [key: string]: components["schemas"]["BooleanOutput"] | components["schemas"]["BooleanCollectionOutput"] | components["schemas"]["IntegerOutput"] | components["schemas"]["IntegerCollectionOutput"] | components["schemas"]["FloatOutput"] | components["schemas"]["FloatCollectionOutput"] | components["schemas"]["StringOutput"] | components["schemas"]["StringCollectionOutput"] | components["schemas"]["ImageOutput"] | components["schemas"]["ImageCollectionOutput"] | components["schemas"]["DenoiseMaskOutput"] | components["schemas"]["LatentsOutput"] | components["schemas"]["LatentsCollectionOutput"] | components["schemas"]["ColorOutput"] | components["schemas"]["ColorCollectionOutput"] | components["schemas"]["ConditioningOutput"] | components["schemas"]["ConditioningCollectionOutput"] | components["schemas"]["ControlOutput"] | components["schemas"]["ModelLoaderOutput"] | components["schemas"]["LoraLoaderOutput"] | components["schemas"]["SDXLLoraLoaderOutput"] | components["schemas"]["VaeLoaderOutput"] | components["schemas"]["SeamlessModeOutput"] | components["schemas"]["MetadataAccumulatorOutput"] | components["schemas"]["ClipSkipInvocationOutput"] | components["schemas"]["SchedulerOutput"] | components["schemas"]["NoiseOutput"] | components["schemas"]["ONNXModelLoaderOutput"] | components["schemas"]["SDXLModelLoaderOutput"] | components["schemas"]["SDXLRefinerModelLoaderOutput"] | components["schemas"]["GraphInvocationOutput"] | components["schemas"]["IterateInvocationOutput"] | components["schemas"]["CollectInvocationOutput"]; }; /** * Errors @@ -3503,6 +3536,19 @@ export type components = { * @description The image to infill */ image?: components["schemas"]["ImageField"]; + /** + * Downscale + * @description Run patchmatch on downscaled image to speedup infill + * @default 2 + */ + downscale?: number; + /** + * Resample Mode + * @description The resampling mode + * @default bicubic + * @enum {string} + */ + resample_mode?: "nearest" | "box" | "bilinear" | "hamming" | "bicubic" | "lanczos"; /** * Type * @default infill_patchmatch @@ -7059,6 +7105,12 @@ export type components = { /** Ui Order */ ui_order?: number; }; + /** + * StableDiffusionXLModelFormat + * @description An enumeration. + * @enum {string} + */ + StableDiffusionXLModelFormat: "checkpoint" | "diffusers"; /** * StableDiffusionOnnxModelFormat * @description An enumeration. @@ -7066,17 +7118,11 @@ export type components = { */ StableDiffusionOnnxModelFormat: "olive" | "onnx"; /** - * StableDiffusion1ModelFormat + * ControlNetModelFormat * @description An enumeration. * @enum {string} */ - StableDiffusion1ModelFormat: "checkpoint" | "diffusers"; - /** - * StableDiffusionXLModelFormat - * @description An enumeration. - * @enum {string} - */ - StableDiffusionXLModelFormat: "checkpoint" | "diffusers"; + ControlNetModelFormat: "checkpoint" | "diffusers"; /** * StableDiffusion2ModelFormat * @description An enumeration. @@ -7084,11 +7130,11 @@ export type components = { */ StableDiffusion2ModelFormat: "checkpoint" | "diffusers"; /** - * ControlNetModelFormat + * StableDiffusion1ModelFormat * @description An enumeration. * @enum {string} */ - ControlNetModelFormat: "checkpoint" | "diffusers"; + StableDiffusion1ModelFormat: "checkpoint" | "diffusers"; }; responses: never; parameters: never; @@ -7205,7 +7251,7 @@ export type operations = { }; requestBody: { content: { - "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageChannelOffsetInvocation"] | components["schemas"]["ImageChannelMultiplyInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageChannelOffsetInvocation"] | components["schemas"]["ImageChannelMultiplyInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["CV2InfillInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; }; responses: { @@ -7246,7 +7292,7 @@ export type operations = { }; requestBody: { content: { - "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageChannelOffsetInvocation"] | components["schemas"]["ImageChannelMultiplyInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; + "application/json": components["schemas"]["BooleanInvocation"] | components["schemas"]["BooleanCollectionInvocation"] | components["schemas"]["IntegerInvocation"] | components["schemas"]["IntegerCollectionInvocation"] | components["schemas"]["FloatInvocation"] | components["schemas"]["FloatCollectionInvocation"] | components["schemas"]["StringInvocation"] | components["schemas"]["StringCollectionInvocation"] | components["schemas"]["ImageInvocation"] | components["schemas"]["ImageCollectionInvocation"] | components["schemas"]["LatentsInvocation"] | components["schemas"]["LatentsCollectionInvocation"] | components["schemas"]["ColorInvocation"] | components["schemas"]["ConditioningInvocation"] | components["schemas"]["ConditioningCollectionInvocation"] | components["schemas"]["ControlNetInvocation"] | components["schemas"]["ImageProcessorInvocation"] | components["schemas"]["MainModelLoaderInvocation"] | components["schemas"]["LoraLoaderInvocation"] | components["schemas"]["SDXLLoraLoaderInvocation"] | components["schemas"]["VaeLoaderInvocation"] | components["schemas"]["SeamlessModeInvocation"] | components["schemas"]["MetadataAccumulatorInvocation"] | components["schemas"]["RangeInvocation"] | components["schemas"]["RangeOfSizeInvocation"] | components["schemas"]["RandomRangeInvocation"] | components["schemas"]["CompelInvocation"] | components["schemas"]["SDXLCompelPromptInvocation"] | components["schemas"]["SDXLRefinerCompelPromptInvocation"] | components["schemas"]["ClipSkipInvocation"] | components["schemas"]["CvInpaintInvocation"] | components["schemas"]["ShowImageInvocation"] | components["schemas"]["BlankImageInvocation"] | components["schemas"]["ImageCropInvocation"] | components["schemas"]["ImagePasteInvocation"] | components["schemas"]["MaskFromAlphaInvocation"] | components["schemas"]["ImageMultiplyInvocation"] | components["schemas"]["ImageChannelInvocation"] | components["schemas"]["ImageConvertInvocation"] | components["schemas"]["ImageBlurInvocation"] | components["schemas"]["ImageResizeInvocation"] | components["schemas"]["ImageScaleInvocation"] | components["schemas"]["ImageLerpInvocation"] | components["schemas"]["ImageInverseLerpInvocation"] | components["schemas"]["ImageNSFWBlurInvocation"] | components["schemas"]["ImageWatermarkInvocation"] | components["schemas"]["MaskEdgeInvocation"] | components["schemas"]["MaskCombineInvocation"] | components["schemas"]["ColorCorrectInvocation"] | components["schemas"]["ImageHueAdjustmentInvocation"] | components["schemas"]["ImageChannelOffsetInvocation"] | components["schemas"]["ImageChannelMultiplyInvocation"] | components["schemas"]["InfillColorInvocation"] | components["schemas"]["InfillTileInvocation"] | components["schemas"]["InfillPatchMatchInvocation"] | components["schemas"]["LaMaInfillInvocation"] | components["schemas"]["CV2InfillInvocation"] | components["schemas"]["SchedulerInvocation"] | components["schemas"]["CreateDenoiseMaskInvocation"] | components["schemas"]["DenoiseLatentsInvocation"] | components["schemas"]["LatentsToImageInvocation"] | components["schemas"]["ResizeLatentsInvocation"] | components["schemas"]["ScaleLatentsInvocation"] | components["schemas"]["ImageToLatentsInvocation"] | components["schemas"]["BlendLatentsInvocation"] | components["schemas"]["AddInvocation"] | components["schemas"]["SubtractInvocation"] | components["schemas"]["MultiplyInvocation"] | components["schemas"]["DivideInvocation"] | components["schemas"]["RandomIntInvocation"] | components["schemas"]["NoiseInvocation"] | components["schemas"]["ONNXPromptInvocation"] | components["schemas"]["ONNXTextToLatentsInvocation"] | components["schemas"]["ONNXLatentsToImageInvocation"] | components["schemas"]["OnnxModelLoaderInvocation"] | components["schemas"]["FloatLinearRangeInvocation"] | components["schemas"]["StepParamEasingInvocation"] | components["schemas"]["DynamicPromptInvocation"] | components["schemas"]["PromptsFromFileInvocation"] | components["schemas"]["SDXLModelLoaderInvocation"] | components["schemas"]["SDXLRefinerModelLoaderInvocation"] | components["schemas"]["ESRGANInvocation"] | components["schemas"]["GraphInvocation"] | components["schemas"]["IterateInvocation"] | components["schemas"]["CollectInvocation"] | components["schemas"]["CannyImageProcessorInvocation"] | components["schemas"]["HedImageProcessorInvocation"] | components["schemas"]["LineartImageProcessorInvocation"] | components["schemas"]["LineartAnimeImageProcessorInvocation"] | components["schemas"]["OpenposeImageProcessorInvocation"] | components["schemas"]["MidasDepthImageProcessorInvocation"] | components["schemas"]["NormalbaeImageProcessorInvocation"] | components["schemas"]["MlsdImageProcessorInvocation"] | components["schemas"]["PidiImageProcessorInvocation"] | components["schemas"]["ContentShuffleImageProcessorInvocation"] | components["schemas"]["ZoeDepthImageProcessorInvocation"] | components["schemas"]["MediapipeFaceProcessorInvocation"] | components["schemas"]["LeresImageProcessorInvocation"] | components["schemas"]["TileResamplerProcessorInvocation"] | components["schemas"]["SegmentAnythingProcessorInvocation"]; }; }; responses: { From 8b305651f9e2fd813380d3f450724f8dd2f93474 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Tue, 5 Sep 2023 12:44:39 +1000 Subject: [PATCH 52/84] fix(ui): fix non-nodes validation logic being applied to nodes invoke button --- .../src/common/hooks/useIsReadyToInvoke.ts | 80 ++++++++++--------- 1 file changed, 41 insertions(+), 39 deletions(-) diff --git a/invokeai/frontend/web/src/common/hooks/useIsReadyToInvoke.ts b/invokeai/frontend/web/src/common/hooks/useIsReadyToInvoke.ts index 3820b07daf..8eaabeeedf 100644 --- a/invokeai/frontend/web/src/common/hooks/useIsReadyToInvoke.ts +++ b/invokeai/frontend/web/src/common/hooks/useIsReadyToInvoke.ts @@ -31,52 +31,54 @@ const selector = createSelector( reasons.push('No initial image selected'); } - if (activeTabName === 'nodes' && nodes.shouldValidateGraph) { - if (!nodes.nodes.length) { - reasons.push('No nodes in graph'); - } - - nodes.nodes.forEach((node) => { - if (!isInvocationNode(node)) { - return; + if (activeTabName === 'nodes') { + if (nodes.shouldValidateGraph) { + if (!nodes.nodes.length) { + reasons.push('No nodes in graph'); } - const nodeTemplate = nodes.nodeTemplates[node.data.type]; - - if (!nodeTemplate) { - // Node type not found - reasons.push('Missing node template'); - return; - } - - const connectedEdges = getConnectedEdges([node], nodes.edges); - - forEach(node.data.inputs, (field) => { - const fieldTemplate = nodeTemplate.inputs[field.name]; - const hasConnection = connectedEdges.some( - (edge) => - edge.target === node.id && edge.targetHandle === field.name - ); - - if (!fieldTemplate) { - reasons.push('Missing field template'); + nodes.nodes.forEach((node) => { + if (!isInvocationNode(node)) { return; } - if ( - fieldTemplate.required && - field.value === undefined && - !hasConnection - ) { - reasons.push( - `${node.data.label || nodeTemplate.title} -> ${ - field.label || fieldTemplate.title - } missing input` + const nodeTemplate = nodes.nodeTemplates[node.data.type]; + + if (!nodeTemplate) { + // Node type not found + reasons.push('Missing node template'); + return; + } + + const connectedEdges = getConnectedEdges([node], nodes.edges); + + forEach(node.data.inputs, (field) => { + const fieldTemplate = nodeTemplate.inputs[field.name]; + const hasConnection = connectedEdges.some( + (edge) => + edge.target === node.id && edge.targetHandle === field.name ); - return; - } + + if (!fieldTemplate) { + reasons.push('Missing field template'); + return; + } + + if ( + fieldTemplate.required && + field.value === undefined && + !hasConnection + ) { + reasons.push( + `${node.data.label || nodeTemplate.title} -> ${ + field.label || fieldTemplate.title + } missing input` + ); + return; + } + }); }); - }); + } } else { if (!model) { reasons.push('No model selected'); From c59c3ae499bb127e4c6ee6d6ad48c1c826e427aa Mon Sep 17 00:00:00 2001 From: Kent Keirsey <31807370+hipsterusername@users.noreply.github.com> Date: Mon, 4 Sep 2023 18:26:49 -0400 Subject: [PATCH 53/84] Update CODEOWNERS --- .github/CODEOWNERS | 36 ++++++++++++++++++------------------ 1 file changed, 18 insertions(+), 18 deletions(-) diff --git a/.github/CODEOWNERS b/.github/CODEOWNERS index 5e1bcd2057..c9971a5b0f 100644 --- a/.github/CODEOWNERS +++ b/.github/CODEOWNERS @@ -1,34 +1,34 @@ # continuous integration -/.github/workflows/ @lstein @blessedcoolant +/.github/workflows/ @lstein @blessedcoolant @hipsterusername # documentation /docs/ @lstein @blessedcoolant @hipsterusername @Millu -/mkdocs.yml @lstein @blessedcoolant +/mkdocs.yml @lstein @blessedcoolant @hipsterusername # nodes -/invokeai/app/ @Kyle0654 @blessedcoolant @psychedelicious @brandonrising +/invokeai/app/ @Kyle0654 @blessedcoolant @psychedelicious @brandonrising @hipsterusername # installation and configuration -/pyproject.toml @lstein @blessedcoolant -/docker/ @lstein @blessedcoolant -/scripts/ @ebr @lstein -/installer/ @lstein @ebr -/invokeai/assets @lstein @ebr -/invokeai/configs @lstein -/invokeai/version @lstein @blessedcoolant +/pyproject.toml @lstein @blessedcoolant @hipsterusername +/docker/ @lstein @blessedcoolant @hipsterusername +/scripts/ @ebr @lstein @hipsterusername +/installer/ @lstein @ebr @hipsterusername +/invokeai/assets @lstein @ebr @hipsterusername +/invokeai/configs @lstein @hipsterusername +/invokeai/version @lstein @blessedcoolant @hipsterusername # web ui -/invokeai/frontend @blessedcoolant @psychedelicious @lstein @maryhipp -/invokeai/backend @blessedcoolant @psychedelicious @lstein @maryhipp +/invokeai/frontend @blessedcoolant @psychedelicious @lstein @maryhipp @hipsterusername +/invokeai/backend @blessedcoolant @psychedelicious @lstein @maryhipp @hipsterusername # generation, model management, postprocessing -/invokeai/backend @damian0815 @lstein @blessedcoolant @gregghelt2 @StAlKeR7779 @brandonrising @ryanjdick +/invokeai/backend @damian0815 @lstein @blessedcoolant @gregghelt2 @StAlKeR7779 @brandonrising @ryanjdick @hipsterusername # front ends -/invokeai/frontend/CLI @lstein -/invokeai/frontend/install @lstein @ebr -/invokeai/frontend/merge @lstein @blessedcoolant -/invokeai/frontend/training @lstein @blessedcoolant -/invokeai/frontend/web @psychedelicious @blessedcoolant @maryhipp +/invokeai/frontend/CLI @lstein @hipsterusername +/invokeai/frontend/install @lstein @ebr @hipsterusername +/invokeai/frontend/merge @lstein @blessedcoolant @hipsterusername +/invokeai/frontend/training @lstein @blessedcoolant @hipsterusername +/invokeai/frontend/web @psychedelicious @blessedcoolant @maryhipp @hipsterusername From f134804fe70dc0cdc25ebdee152c7f8eaf0644d6 Mon Sep 17 00:00:00 2001 From: Kent Keirsey <31807370+hipsterusername@users.noreply.github.com> Date: Mon, 4 Sep 2023 23:17:43 -0400 Subject: [PATCH 54/84] Update CODEOWNERS --- .github/CODEOWNERS | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/.github/CODEOWNERS b/.github/CODEOWNERS index c9971a5b0f..74df148511 100644 --- a/.github/CODEOWNERS +++ b/.github/CODEOWNERS @@ -3,7 +3,7 @@ # documentation /docs/ @lstein @blessedcoolant @hipsterusername @Millu -/mkdocs.yml @lstein @blessedcoolant @hipsterusername +/mkdocs.yml @lstein @blessedcoolant @hipsterusername @Millu # nodes /invokeai/app/ @Kyle0654 @blessedcoolant @psychedelicious @brandonrising @hipsterusername From 04c0a83bff690d17569c5f7919f3b4d30266533f Mon Sep 17 00:00:00 2001 From: Keerigan45 <104183492+Keerigan45@users.noreply.github.com> Date: Tue, 5 Sep 2023 06:54:06 +0200 Subject: [PATCH 55/84] Added extra steps to update the Cudnnn DLL found in the Torch packages I added extra steps to update the Cudnnn DLL found in the Torch package because it wasn't optimised or didn't use the lastest version. So manually updating it can speed up iteration but the result might differ from each card. Exemple i passed from 3 it/s to a steady 20 it/s. --- .../installation/030_INSTALL_CUDA_AND_ROCM.md | 25 +++++++++++++++++++ 1 file changed, 25 insertions(+) diff --git a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md index 314043f538..9f04dbd949 100644 --- a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md +++ b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md @@ -57,6 +57,31 @@ familiar with containerization technologies such as Docker. For downloads and instructions, visit the [NVIDIA CUDA Container Runtime Site](https://developer.nvidia.com/nvidia-container-runtime) +### Cudnnn Installation* + +1) Find the InvokeAI folder +2) click on .venv folder should look like that YourInvokeFolderHere\.venv +3) Click on Lib folder should look like that YourInvokeFolderHere\.venv\Lib +4) Click on site-packages folder should look like YourInvokeFolderHere\.venv\Lib\site-packages +5) Find Torch directory when finded click on it should look like that YourInvokeFolderHere\InvokeAI\.venv\Lib\site-packages\torch +6) Find the lib folder should look like that YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib +7) __Copy everything inside the folder as a Backup in whatever folder you want, it's just in case.__ +8) Go to https://developer.nvidia.com/cudnn +9) Log-in Or Create an account if you're not already connected +10) Download the latest version +11) Go to the folder and extract it. +12) Find the bin folder E\cudnn-windows-x86_64-__Whatever Version__\bin +13) Copy the 7 dll +14) Go Back to YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib +15) Paste the 7 dll took earlier. It should ask for replacement, accept it. +16) Enjoy ! + +__Very Important: You should Copy everything inside the folder of the torch lib. You do not moove It.__ +*Note: +If _no change is seen or bug appear__ follow the same step instead just copy the Torch/lib back up folder you made earlier and replace it ! +This optimization is normally intented for the newer version of graphics card (4th series 3th series) but results have been seen with older graphics card. +So giving a try could be good. + ### Torch Installation When installing torch and torchvision manually with `pip`, remember to provide From dfbcb773da8920e3959161306f89e36de2500928 Mon Sep 17 00:00:00 2001 From: Jonathan <34005131+JPPhoto@users.noreply.github.com> Date: Tue, 5 Sep 2023 02:11:40 -0500 Subject: [PATCH 56/84] Update communityNodes.md (#4452) Fixed bad link --- docs/nodes/communityNodes.md | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/docs/nodes/communityNodes.md b/docs/nodes/communityNodes.md index e61c68bf2f..c7456fcd4b 100644 --- a/docs/nodes/communityNodes.md +++ b/docs/nodes/communityNodes.md @@ -41,7 +41,7 @@ To use a community node graph, download the the `.json` node graph file and load **Description:** This InvokeAI node takes in a collection of images and randomly chooses one. This can be useful when you have a number of poses to choose from for a ControlNet node, or a number of input images for another purpose. -**Node Link:** https://github.com/JPPhoto/film-grain-node +**Node Link:** https://github.com/JPPhoto/image-picker-node -------------------------------- ### Retroize From 86185f2fe3c6a6847d17001fb11f962cb4f2ef13 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Tue, 5 Sep 2023 22:37:14 +1200 Subject: [PATCH 57/84] feat: Scaled Bounding Box Dimensions now respect Aspect Ratio --- .../src/features/canvas/store/canvasSlice.ts | 12 ++++++++ .../InfillAndScaling/ParamScaledHeight.tsx | 28 +++++++++++++++---- .../InfillAndScaling/ParamScaledWidth.tsx | 28 +++++++++++++++---- 3 files changed, 56 insertions(+), 12 deletions(-) diff --git a/invokeai/frontend/web/src/features/canvas/store/canvasSlice.ts b/invokeai/frontend/web/src/features/canvas/store/canvasSlice.ts index ca26a0567f..fb908fa601 100644 --- a/invokeai/frontend/web/src/features/canvas/store/canvasSlice.ts +++ b/invokeai/frontend/web/src/features/canvas/store/canvasSlice.ts @@ -235,10 +235,18 @@ export const canvasSlice = createSlice({ state.boundingBoxDimensions.width, state.boundingBoxDimensions.height, ]; + const [currScaledWidth, currScaledHeight] = [ + state.scaledBoundingBoxDimensions.width, + state.scaledBoundingBoxDimensions.height, + ]; state.boundingBoxDimensions = { width: currHeight, height: currWidth, }; + state.scaledBoundingBoxDimensions = { + width: currScaledHeight, + height: currScaledWidth, + }; }, setBoundingBoxCoordinates: (state, action: PayloadAction) => { state.boundingBoxCoordinates = floorCoordinates(action.payload); @@ -788,6 +796,10 @@ export const canvasSlice = createSlice({ state.boundingBoxDimensions.width / ratio, 64 ); + state.scaledBoundingBoxDimensions.height = roundToMultiple( + state.scaledBoundingBoxDimensions.width / ratio, + 64 + ); } }); }, diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledHeight.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledHeight.tsx index 7dae01bb91..26e3ce8eb6 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledHeight.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledHeight.tsx @@ -2,6 +2,7 @@ import { createSelector } from '@reduxjs/toolkit'; import { useAppDispatch, useAppSelector } from 'app/store/storeHooks'; import { defaultSelectorOptions } from 'app/store/util/defaultMemoizeOptions'; import IAISlider from 'common/components/IAISlider'; +import { roundToMultiple } from 'common/util/roundDownToMultiple'; import { canvasSelector } from 'features/canvas/store/canvasSelectors'; import { setScaledBoundingBoxDimensions } from 'features/canvas/store/canvasSlice'; import { generationSelector } from 'features/parameters/store/generationSelectors'; @@ -12,12 +13,13 @@ const selector = createSelector( [generationSelector, canvasSelector], (generation, canvas) => { const { scaledBoundingBoxDimensions, boundingBoxScaleMethod } = canvas; - const { model } = generation; + const { model, aspectRatio } = generation; return { model, scaledBoundingBoxDimensions, isManual: boundingBoxScaleMethod === 'manual', + aspectRatio, }; }, defaultSelectorOptions @@ -25,7 +27,7 @@ const selector = createSelector( const ParamScaledHeight = () => { const dispatch = useAppDispatch(); - const { model, isManual, scaledBoundingBoxDimensions } = + const { model, isManual, scaledBoundingBoxDimensions, aspectRatio } = useAppSelector(selector); const initial = ['sdxl', 'sdxl-refiner'].includes(model?.base_model as string) @@ -35,19 +37,33 @@ const ParamScaledHeight = () => { const { t } = useTranslation(); const handleChangeScaledHeight = (v: number) => { + let newWidth = scaledBoundingBoxDimensions.width; + const newHeight = Math.floor(v); + + if (aspectRatio) { + newWidth = roundToMultiple(newHeight * aspectRatio, 8); + } + dispatch( setScaledBoundingBoxDimensions({ - ...scaledBoundingBoxDimensions, - height: Math.floor(v), + width: newWidth, + height: newHeight, }) ); }; const handleResetScaledHeight = () => { + let resetWidth = scaledBoundingBoxDimensions.width; + const resetHeight = Math.floor(initial); + + if (aspectRatio) { + resetWidth = roundToMultiple(resetHeight * aspectRatio, 8); + } + dispatch( setScaledBoundingBoxDimensions({ - ...scaledBoundingBoxDimensions, - height: Math.floor(initial), + width: resetWidth, + height: resetHeight, }) ); }; diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledWidth.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledWidth.tsx index 0eda5a122c..d869d98c80 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledWidth.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledWidth.tsx @@ -2,6 +2,7 @@ import { createSelector } from '@reduxjs/toolkit'; import { useAppDispatch, useAppSelector } from 'app/store/storeHooks'; import { defaultSelectorOptions } from 'app/store/util/defaultMemoizeOptions'; import IAISlider from 'common/components/IAISlider'; +import { roundToMultiple } from 'common/util/roundDownToMultiple'; import { canvasSelector } from 'features/canvas/store/canvasSelectors'; import { setScaledBoundingBoxDimensions } from 'features/canvas/store/canvasSlice'; import { generationSelector } from 'features/parameters/store/generationSelectors'; @@ -12,11 +13,12 @@ const selector = createSelector( [canvasSelector, generationSelector], (canvas, generation) => { const { boundingBoxScaleMethod, scaledBoundingBoxDimensions } = canvas; - const { model } = generation; + const { model, aspectRatio } = generation; return { model, scaledBoundingBoxDimensions, + aspectRatio, isManual: boundingBoxScaleMethod === 'manual', }; }, @@ -25,7 +27,7 @@ const selector = createSelector( const ParamScaledWidth = () => { const dispatch = useAppDispatch(); - const { model, isManual, scaledBoundingBoxDimensions } = + const { model, isManual, scaledBoundingBoxDimensions, aspectRatio } = useAppSelector(selector); const initial = ['sdxl', 'sdxl-refiner'].includes(model?.base_model as string) @@ -35,19 +37,33 @@ const ParamScaledWidth = () => { const { t } = useTranslation(); const handleChangeScaledWidth = (v: number) => { + const newWidth = Math.floor(v); + let newHeight = scaledBoundingBoxDimensions.height; + + if (aspectRatio) { + newHeight = roundToMultiple(newWidth / aspectRatio, 8); + } + dispatch( setScaledBoundingBoxDimensions({ - ...scaledBoundingBoxDimensions, - width: Math.floor(v), + width: newWidth, + height: newHeight, }) ); }; const handleResetScaledWidth = () => { + const resetWidth = Math.floor(initial); + let resetHeight = scaledBoundingBoxDimensions.height; + + if (aspectRatio) { + resetHeight = roundToMultiple(resetWidth / aspectRatio, 8); + } + dispatch( setScaledBoundingBoxDimensions({ - ...scaledBoundingBoxDimensions, - width: Math.floor(initial), + width: resetWidth, + height: resetHeight, }) ); }; From 9caa2a20439452736e7d6561a30e258f3519aa90 Mon Sep 17 00:00:00 2001 From: blessedcoolant <54517381+blessedcoolant@users.noreply.github.com> Date: Tue, 5 Sep 2023 22:59:37 +1200 Subject: [PATCH 58/84] fix: Set scaled steps to be at 64 to be in sync with the rest of the canvas --- .../Parameters/Canvas/InfillAndScaling/ParamScaledHeight.tsx | 4 ++-- .../Parameters/Canvas/InfillAndScaling/ParamScaledWidth.tsx | 4 ++-- 2 files changed, 4 insertions(+), 4 deletions(-) diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledHeight.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledHeight.tsx index 26e3ce8eb6..6d0ac52b2f 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledHeight.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledHeight.tsx @@ -41,7 +41,7 @@ const ParamScaledHeight = () => { const newHeight = Math.floor(v); if (aspectRatio) { - newWidth = roundToMultiple(newHeight * aspectRatio, 8); + newWidth = roundToMultiple(newHeight * aspectRatio, 64); } dispatch( @@ -57,7 +57,7 @@ const ParamScaledHeight = () => { const resetHeight = Math.floor(initial); if (aspectRatio) { - resetWidth = roundToMultiple(resetHeight * aspectRatio, 8); + resetWidth = roundToMultiple(resetHeight * aspectRatio, 64); } dispatch( diff --git a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledWidth.tsx b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledWidth.tsx index d869d98c80..71a8615d74 100644 --- a/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledWidth.tsx +++ b/invokeai/frontend/web/src/features/parameters/components/Parameters/Canvas/InfillAndScaling/ParamScaledWidth.tsx @@ -41,7 +41,7 @@ const ParamScaledWidth = () => { let newHeight = scaledBoundingBoxDimensions.height; if (aspectRatio) { - newHeight = roundToMultiple(newWidth / aspectRatio, 8); + newHeight = roundToMultiple(newWidth / aspectRatio, 64); } dispatch( @@ -57,7 +57,7 @@ const ParamScaledWidth = () => { let resetHeight = scaledBoundingBoxDimensions.height; if (aspectRatio) { - resetHeight = roundToMultiple(resetWidth / aspectRatio, 8); + resetHeight = roundToMultiple(resetWidth / aspectRatio, 64); } dispatch( From 53f2369d18820f13e7de03aab682663e5ac22f0b Mon Sep 17 00:00:00 2001 From: Kent Keirsey <31807370+hipsterusername@users.noreply.github.com> Date: Tue, 5 Sep 2023 08:06:39 -0400 Subject: [PATCH 59/84] Update 030_INSTALL_CUDA_AND_ROCM.md --- docs/installation/030_INSTALL_CUDA_AND_ROCM.md | 17 +++++++++-------- 1 file changed, 9 insertions(+), 8 deletions(-) diff --git a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md index 9f04dbd949..68d1f6ed23 100644 --- a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md +++ b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md @@ -57,28 +57,29 @@ familiar with containerization technologies such as Docker. For downloads and instructions, visit the [NVIDIA CUDA Container Runtime Site](https://developer.nvidia.com/nvidia-container-runtime) -### Cudnnn Installation* +### (Optional) Cudnnn Installation for 40 series Optimization* 1) Find the InvokeAI folder -2) click on .venv folder should look like that YourInvokeFolderHere\.venv -3) Click on Lib folder should look like that YourInvokeFolderHere\.venv\Lib -4) Click on site-packages folder should look like YourInvokeFolderHere\.venv\Lib\site-packages -5) Find Torch directory when finded click on it should look like that YourInvokeFolderHere\InvokeAI\.venv\Lib\site-packages\torch -6) Find the lib folder should look like that YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib +2) Click on .venv folder - e.g., YourInvokeFolderHere\.venv +3) Click on Lib folder - e.g., YourInvokeFolderHere\.venv\Lib +4) Click on site-packages folder - e.g., YourInvokeFolderHere\.venv\Lib\site-packages +5) Click on Torch directory - e.g., YourInvokeFolderHere\InvokeAI\.venv\Lib\site-packages\torch +6) Click on the lib folder - e.g., YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib 7) __Copy everything inside the folder as a Backup in whatever folder you want, it's just in case.__ 8) Go to https://developer.nvidia.com/cudnn 9) Log-in Or Create an account if you're not already connected 10) Download the latest version 11) Go to the folder and extract it. 12) Find the bin folder E\cudnn-windows-x86_64-__Whatever Version__\bin -13) Copy the 7 dll +13) Copy the 7 dll files 14) Go Back to YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib 15) Paste the 7 dll took earlier. It should ask for replacement, accept it. 16) Enjoy ! __Very Important: You should Copy everything inside the folder of the torch lib. You do not moove It.__ *Note: -If _no change is seen or bug appear__ follow the same step instead just copy the Torch/lib back up folder you made earlier and replace it ! +If _no change is seen or a bug appears__ follow the same step instead just copy the Torch/lib back up folder you made earlier and replace it! If you +didn't make a backup, you can also uninstall and reinstall torch through the command line to repair this folder. This optimization is normally intented for the newer version of graphics card (4th series 3th series) but results have been seen with older graphics card. So giving a try could be good. From 500f3046a9ae72ade91af0b2d0ac8f41926f7d10 Mon Sep 17 00:00:00 2001 From: Lincoln Stein Date: Tue, 5 Sep 2023 07:50:12 -0400 Subject: [PATCH 60/84] remove choice to update from main and add a warning about tags & branches --- invokeai/frontend/install/invokeai_update.py | 18 ++++++++++-------- 1 file changed, 10 insertions(+), 8 deletions(-) diff --git a/invokeai/frontend/install/invokeai_update.py b/invokeai/frontend/install/invokeai_update.py index 3fe9bb6f97..45a0e8ec0a 100644 --- a/invokeai/frontend/install/invokeai_update.py +++ b/invokeai/frontend/install/invokeai_update.py @@ -54,13 +54,15 @@ def welcome(versions: dict): def text(): yield f"InvokeAI Version: [bold yellow]{__version__}" yield "" - yield "This script will update InvokeAI to the latest release, or to a development version of your choice." + yield "This script will update InvokeAI to the latest release, or to the development version of your choice." + yield "" + yield "When updating to an arbitrary tag or branch, be aware that the front end may be mismatched to the backend," + yield "making the web frontend unusable. Please downgrade to the latest release if this happens." yield "" yield "[bold yellow]Options:" yield f"""[1] Update to the latest official release ([italic]{versions[0]['tag_name']}[/italic]) -[2] Update to the bleeding-edge development version ([italic]main[/italic]) -[3] Manually enter the [bold]tag name[/bold] for the version you wish to update to -[4] Manually enter the [bold]branch name[/bold] for the version you wish to update to""" +[2] Manually enter the [bold]tag name[/bold] for the version you wish to update to +[3] Manually enter the [bold]branch name[/bold] for the version you wish to update to""" console.rule() print( @@ -104,11 +106,11 @@ def main(): if choice == "1": release = versions[0]["tag_name"] elif choice == "2": - release = "main" + while not tag: + tag = Prompt.ask("Enter an InvokeAI tag name") elif choice == "3": - tag = Prompt.ask("Enter an InvokeAI tag name") - elif choice == "4": - branch = Prompt.ask("Enter an InvokeAI branch name") + while not branch: + branch = Prompt.ask("Enter an InvokeAI branch name") extras = get_extras() From 9c290f45755270b436f5ec1d284590300b749464 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Tue, 5 Sep 2023 23:46:20 +1000 Subject: [PATCH 61/84] fix(nodes): add version to iterate and collect --- invokeai/app/services/graph.py | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/invokeai/app/services/graph.py b/invokeai/app/services/graph.py index 0e40636280..c47d437956 100644 --- a/invokeai/app/services/graph.py +++ b/invokeai/app/services/graph.py @@ -182,7 +182,7 @@ class IterateInvocationOutput(BaseInvocationOutput): # TODO: Fill this out and move to invocations -@invocation("iterate") +@invocation("iterate", version="1.0.0") class IterateInvocation(BaseInvocation): """Iterates over a list of items""" @@ -203,7 +203,7 @@ class CollectInvocationOutput(BaseInvocationOutput): ) -@invocation("collect") +@invocation("collect", version="1.0.0") class CollectInvocation(BaseInvocation): """Collects values into a collection""" From 0a1c5bea05b66786d7ce116b4d8a33ef67a890ac Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Wed, 6 Sep 2023 00:01:26 +1000 Subject: [PATCH 62/84] fix(ui): do not assign empty string to version if undefined this causes zod to fail when building workflows --- invokeai/frontend/web/src/features/nodes/util/parseSchema.ts | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/invokeai/frontend/web/src/features/nodes/util/parseSchema.ts b/invokeai/frontend/web/src/features/nodes/util/parseSchema.ts index d8bb189abc..553d0770aa 100644 --- a/invokeai/frontend/web/src/features/nodes/util/parseSchema.ts +++ b/invokeai/frontend/web/src/features/nodes/util/parseSchema.ts @@ -73,7 +73,7 @@ export const parseSchema = ( const title = schema.title.replace('Invocation', ''); const tags = schema.tags ?? []; const description = schema.description ?? ''; - const version = schema.version ?? ''; + const version = schema.version; const inputs = reduce( schema.properties, From 15d28bfdbf08a1f330ff2a558437ede77a200762 Mon Sep 17 00:00:00 2001 From: Mary Hipp Date: Tue, 5 Sep 2023 16:54:29 -0400 Subject: [PATCH 63/84] add option to fetch metadata from api instead of reading off of png --- .../frontend/web/src/app/types/invokeai.ts | 1 + .../CurrentImage/CurrentImageButtons.tsx | 18 ++++++-- .../SingleSelectionMenuItems.tsx | 6 ++- .../ImageMetadataViewer.tsx | 19 +++++--- .../web/src/services/api/endpoints/images.ts | 43 +++++++++++++++---- 5 files changed, 67 insertions(+), 20 deletions(-) diff --git a/invokeai/frontend/web/src/app/types/invokeai.ts b/invokeai/frontend/web/src/app/types/invokeai.ts index a39ed2ca7b..8b247327c7 100644 --- a/invokeai/frontend/web/src/app/types/invokeai.ts +++ b/invokeai/frontend/web/src/app/types/invokeai.ts @@ -45,6 +45,7 @@ export type AppConfig = { * Whether or not we should update image urls when image loading errors */ shouldUpdateImagesOnConnect: boolean; + shouldFetchMetadataFromApi: boolean; disabledTabs: InvokeTabName[]; disabledFeatures: AppFeature[]; disabledSDFeatures: SDFeature[]; diff --git a/invokeai/frontend/web/src/features/gallery/components/CurrentImage/CurrentImageButtons.tsx b/invokeai/frontend/web/src/features/gallery/components/CurrentImage/CurrentImageButtons.tsx index 846cf5a6f0..e5f0bc54f5 100644 --- a/invokeai/frontend/web/src/features/gallery/components/CurrentImage/CurrentImageButtons.tsx +++ b/invokeai/frontend/web/src/features/gallery/components/CurrentImage/CurrentImageButtons.tsx @@ -27,7 +27,7 @@ import { setShouldShowImageDetails, setShouldShowProgressInViewer, } from 'features/ui/store/uiSlice'; -import { memo, useCallback } from 'react'; +import { memo, useCallback, useMemo } from 'react'; import { useHotkeys } from 'react-hotkeys-hook'; import { useTranslation } from 'react-i18next'; import { @@ -49,7 +49,7 @@ import SingleSelectionMenuItems from '../ImageContextMenu/SingleSelectionMenuIte const currentImageButtonsSelector = createSelector( [stateSelector, activeTabNameSelector], - ({ gallery, system, ui }, activeTabName) => { + ({ gallery, system, ui, config }, activeTabName) => { const { isProcessing, isConnected, shouldConfirmOnDelete, progressImage } = system; @@ -59,6 +59,8 @@ const currentImageButtonsSelector = createSelector( shouldShowProgressInViewer, } = ui; + const { shouldFetchMetadataFromApi } = config; + const lastSelectedImage = gallery.selection[gallery.selection.length - 1]; return { @@ -72,6 +74,7 @@ const currentImageButtonsSelector = createSelector( shouldHidePreview, shouldShowProgressInViewer, lastSelectedImage, + shouldFetchMetadataFromApi, }; }, { @@ -92,6 +95,7 @@ const CurrentImageButtons = (props: CurrentImageButtonsProps) => { shouldShowImageDetails, lastSelectedImage, shouldShowProgressInViewer, + shouldFetchMetadataFromApi, } = useAppSelector(currentImageButtonsSelector); const isUpscalingEnabled = useFeatureStatus('upscaling').isFeatureEnabled; @@ -106,8 +110,16 @@ const CurrentImageButtons = (props: CurrentImageButtonsProps) => { lastSelectedImage?.image_name ?? skipToken ); + const getMetadataArg = useMemo(() => { + if (lastSelectedImage) { + return { image: lastSelectedImage, shouldFetchMetadataFromApi }; + } else { + return skipToken; + } + }, [lastSelectedImage, shouldFetchMetadataFromApi]); + const { metadata, workflow, isLoading } = useGetImageMetadataFromFileQuery( - lastSelectedImage ?? skipToken, + getMetadataArg, { selectFromResult: (res) => ({ isLoading: res.isFetching, diff --git a/invokeai/frontend/web/src/features/gallery/components/ImageContextMenu/SingleSelectionMenuItems.tsx b/invokeai/frontend/web/src/features/gallery/components/ImageContextMenu/SingleSelectionMenuItems.tsx index 90272a3a86..46c84e85ce 100644 --- a/invokeai/frontend/web/src/features/gallery/components/ImageContextMenu/SingleSelectionMenuItems.tsx +++ b/invokeai/frontend/web/src/features/gallery/components/ImageContextMenu/SingleSelectionMenuItems.tsx @@ -1,6 +1,6 @@ import { Flex, MenuItem, Spinner } from '@chakra-ui/react'; import { useAppToaster } from 'app/components/Toaster'; -import { useAppDispatch } from 'app/store/storeHooks'; +import { useAppDispatch, useAppSelector } from 'app/store/storeHooks'; import { setInitialCanvasImage } from 'features/canvas/store/canvasSlice'; import { imagesToChangeSelected, @@ -34,6 +34,7 @@ import { import { ImageDTO } from 'services/api/types'; import { sentImageToCanvas, sentImageToImg2Img } from '../../store/actions'; import { workflowLoadRequested } from 'features/nodes/store/actions'; +import { configSelector } from '../../../system/store/configSelectors'; type SingleSelectionMenuItemsProps = { imageDTO: ImageDTO; @@ -48,9 +49,10 @@ const SingleSelectionMenuItems = (props: SingleSelectionMenuItemsProps) => { const toaster = useAppToaster(); const isCanvasEnabled = useFeatureStatus('unifiedCanvas').isFeatureEnabled; + const { shouldFetchMetadataFromApi } = useAppSelector(configSelector); const { metadata, workflow, isLoading } = useGetImageMetadataFromFileQuery( - imageDTO, + { image: imageDTO, shouldFetchMetadataFromApi }, { selectFromResult: (res) => ({ isLoading: res.isFetching, diff --git a/invokeai/frontend/web/src/features/gallery/components/ImageMetadataViewer/ImageMetadataViewer.tsx b/invokeai/frontend/web/src/features/gallery/components/ImageMetadataViewer/ImageMetadataViewer.tsx index ca3eab2dba..bec5125657 100644 --- a/invokeai/frontend/web/src/features/gallery/components/ImageMetadataViewer/ImageMetadataViewer.tsx +++ b/invokeai/frontend/web/src/features/gallery/components/ImageMetadataViewer/ImageMetadataViewer.tsx @@ -15,6 +15,8 @@ import { useGetImageMetadataFromFileQuery } from 'services/api/endpoints/images' import { ImageDTO } from 'services/api/types'; import DataViewer from './DataViewer'; import ImageMetadataActions from './ImageMetadataActions'; +import { useAppSelector } from '../../../../app/store/storeHooks'; +import { configSelector } from '../../../system/store/configSelectors'; type ImageMetadataViewerProps = { image: ImageDTO; @@ -27,12 +29,17 @@ const ImageMetadataViewer = ({ image }: ImageMetadataViewerProps) => { // dispatch(setShouldShowImageDetails(false)); // }); - const { metadata, workflow } = useGetImageMetadataFromFileQuery(image, { - selectFromResult: (res) => ({ - metadata: res?.currentData?.metadata, - workflow: res?.currentData?.workflow, - }), - }); + const { shouldFetchMetadataFromApi } = useAppSelector(configSelector); + + const { metadata, workflow } = useGetImageMetadataFromFileQuery( + { image, shouldFetchMetadataFromApi }, + { + selectFromResult: (res) => ({ + metadata: res?.currentData?.metadata, + workflow: res?.currentData?.workflow, + }), + } + ); return ( ({ @@ -117,8 +121,16 @@ export const imagesApi = api.injectEndpoints({ ], keepUnusedDataFor: 86400, // 24 hours }), - getImageMetadataFromFile: build.query({ - queryFn: async (args: ImageDTO, api, extraOptions) => { + getImageMetadataFromFile: build.query< + ImageMetadataAndWorkflow, + { image: ImageDTO; shouldFetchMetadataFromApi: boolean } + >({ + queryFn: async ( + args: { image: ImageDTO; shouldFetchMetadataFromApi: boolean }, + api, + extraOptions, + fetchWithBaseQuery + ) => { const authToken = $authToken.get(); const projectId = $projectId.get(); const customBaseQuery = fetchBaseQuery({ @@ -139,17 +151,30 @@ export const imagesApi = api.injectEndpoints({ }); const response = await customBaseQuery( - args.image_url, + args.image.image_url, api, extraOptions ); - const data = await getMetadataAndWorkflowFromImageBlob( + const blobData = await getMetadataAndWorkflowFromImageBlob( response.data as Blob ); - return { data }; + + let metadata = blobData.metadata; + + if (args.shouldFetchMetadataFromApi) { + const metadataResult = await fetchWithBaseQuery( + `images/i/${args.image.image_name}/metadata` + ); + if (metadataResult.data) { + metadata = (metadataResult.data as UnsafeImageMetadata) + .metadata as UnsafeImageMetadata['metadata']; + } + } + + return { data: { ...blobData, metadata } }; }, - providesTags: (result, error, image_dto) => [ - { type: 'ImageMetadataFromFile', id: image_dto.image_name }, + providesTags: (result, error, { image, shouldFetchMetadataFromApi }) => [ + { type: 'ImageMetadataFromFile', id: image.image_name }, ], keepUnusedDataFor: 86400, // 24 hours }), From 81ea742aea3ef6efe0ab16d9000787c3d645d973 Mon Sep 17 00:00:00 2001 From: Mary Hipp Date: Tue, 5 Sep 2023 16:55:44 -0400 Subject: [PATCH 64/84] cleanup --- .../frontend/web/src/services/api/endpoints/images.ts | 8 ++------ 1 file changed, 2 insertions(+), 6 deletions(-) diff --git a/invokeai/frontend/web/src/services/api/endpoints/images.ts b/invokeai/frontend/web/src/services/api/endpoints/images.ts index fefeea206d..18adf4f12a 100644 --- a/invokeai/frontend/web/src/services/api/endpoints/images.ts +++ b/invokeai/frontend/web/src/services/api/endpoints/images.ts @@ -7,7 +7,7 @@ import { IMAGE_LIMIT, } from 'features/gallery/store/types'; import { getMetadataAndWorkflowFromImageBlob } from 'features/nodes/util/getMetadataAndWorkflowFromImageBlob'; -import { isUndefined, keyBy } from 'lodash-es'; +import { keyBy } from 'lodash-es'; import { ApiFullTagDescription, LIST_TAG, api } from '..'; import { components, paths } from '../schema'; import { @@ -28,12 +28,8 @@ import { } from '../util'; import { boardsApi } from './boards'; import { ImageMetadataAndWorkflow } from 'features/nodes/types/types'; -import { - FetchBaseQueryError, - fetchBaseQuery, -} from '@reduxjs/toolkit/dist/query'; +import { fetchBaseQuery } from '@reduxjs/toolkit/dist/query'; import { $authToken, $projectId } from '../client'; -import { QueryReturnValue } from '@reduxjs/toolkit/dist/query/baseQueryTypes'; export const imagesApi = api.injectEndpoints({ endpoints: (build) => ({ From 3afa73cd33804b70df9da824875c9e6de62cd486 Mon Sep 17 00:00:00 2001 From: Millun Atluri Date: Wed, 6 Sep 2023 13:55:33 +1000 Subject: [PATCH 65/84] Update 030_INSTALL_CUDA_AND_ROCM.md --- .../installation/030_INSTALL_CUDA_AND_ROCM.md | 41 ++++++++----------- 1 file changed, 18 insertions(+), 23 deletions(-) diff --git a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md index 68d1f6ed23..1f1f4ee617 100644 --- a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md +++ b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md @@ -57,31 +57,26 @@ familiar with containerization technologies such as Docker. For downloads and instructions, visit the [NVIDIA CUDA Container Runtime Site](https://developer.nvidia.com/nvidia-container-runtime) -### (Optional) Cudnnn Installation for 40 series Optimization* +### cuDNN Installation for 40/30 Series Optimization* (Optional) -1) Find the InvokeAI folder -2) Click on .venv folder - e.g., YourInvokeFolderHere\.venv -3) Click on Lib folder - e.g., YourInvokeFolderHere\.venv\Lib -4) Click on site-packages folder - e.g., YourInvokeFolderHere\.venv\Lib\site-packages -5) Click on Torch directory - e.g., YourInvokeFolderHere\InvokeAI\.venv\Lib\site-packages\torch -6) Click on the lib folder - e.g., YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib -7) __Copy everything inside the folder as a Backup in whatever folder you want, it's just in case.__ -8) Go to https://developer.nvidia.com/cudnn -9) Log-in Or Create an account if you're not already connected -10) Download the latest version -11) Go to the folder and extract it. -12) Find the bin folder E\cudnn-windows-x86_64-__Whatever Version__\bin -13) Copy the 7 dll files -14) Go Back to YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib -15) Paste the 7 dll took earlier. It should ask for replacement, accept it. -16) Enjoy ! +1. Find the InvokeAI folder +2. Click on .venv folder - e.g., YourInvokeFolderHere\.venv +3. Click on Lib folder - e.g., YourInvokeFolderHere\.venv\Lib +4. Click on site-packages folder - e.g., YourInvokeFolderHere\.venv\Lib\site-packages +5. Click on Torch directory - e.g., YourInvokeFolderHere\InvokeAI\.venv\Lib\site-packages\torch +6. Click on the lib folder - e.g., YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib +7. Copy everything inside the folder and save it elsewhere as a backup. +8. Go to https://developer.nvidia.com/cudnn +9. Log-in Or Create An account +10. Download the latest version and extract it from the download location +12. Find the bin folder E\cudnn-windows-x86_64-__Whatever Version__\bin +13. Copy and paste the 7 .dll files into YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib **Make sure to copy, and not move the files** +14. If prompted, replace any existing files + +**Notes:** +* If no change is seen or any issues are encountered, follow the same steps as above and paste the torch/lib backup folder you made earlier and replace it. If you didn't make a backup, you can also uninstall and reinstall torch through the command line to repair this folder. +* This optimization is intended for the newer version of graphics card (40/30 series) but results have been seen with older graphics card. -__Very Important: You should Copy everything inside the folder of the torch lib. You do not moove It.__ -*Note: -If _no change is seen or a bug appears__ follow the same step instead just copy the Torch/lib back up folder you made earlier and replace it! If you -didn't make a backup, you can also uninstall and reinstall torch through the command line to repair this folder. -This optimization is normally intented for the newer version of graphics card (4th series 3th series) but results have been seen with older graphics card. -So giving a try could be good. ### Torch Installation From 6506ce3e688079403e5d786a45af70c3f574778f Mon Sep 17 00:00:00 2001 From: Millun Atluri Date: Wed, 6 Sep 2023 13:58:53 +1000 Subject: [PATCH 66/84] Updated "\" to be escaped in markdown --- docs/installation/030_INSTALL_CUDA_AND_ROCM.md | 12 ++++++------ 1 file changed, 6 insertions(+), 6 deletions(-) diff --git a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md index 1f1f4ee617..b35e2b222b 100644 --- a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md +++ b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md @@ -60,17 +60,17 @@ Runtime Site](https://developer.nvidia.com/nvidia-container-runtime) ### cuDNN Installation for 40/30 Series Optimization* (Optional) 1. Find the InvokeAI folder -2. Click on .venv folder - e.g., YourInvokeFolderHere\.venv -3. Click on Lib folder - e.g., YourInvokeFolderHere\.venv\Lib -4. Click on site-packages folder - e.g., YourInvokeFolderHere\.venv\Lib\site-packages -5. Click on Torch directory - e.g., YourInvokeFolderHere\InvokeAI\.venv\Lib\site-packages\torch -6. Click on the lib folder - e.g., YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib +2. Click on .venv folder - e.g., YourInvokeFolderHere\\.venv +3. Click on Lib folder - e.g., YourInvokeFolderHere\\.venv\Lib +4. Click on site-packages folder - e.g., YourInvokeFolderHere\\.venv\Lib\site-packages +5. Click on Torch directory - e.g., YourInvokeFolderHere\InvokeAI\\.venv\Lib\site-packages\torch +6. Click on the lib folder - e.g., YourInvokeFolderHere\\.venv\Lib\site-packages\torch\lib 7. Copy everything inside the folder and save it elsewhere as a backup. 8. Go to https://developer.nvidia.com/cudnn 9. Log-in Or Create An account 10. Download the latest version and extract it from the download location 12. Find the bin folder E\cudnn-windows-x86_64-__Whatever Version__\bin -13. Copy and paste the 7 .dll files into YourInvokeFolderHere\.venv\Lib\site-packages\torch\lib **Make sure to copy, and not move the files** +13. Copy and paste the 7 .dll files into YourInvokeFolderHere\\.venv\Lib\site-packages\torch\lib **Make sure to copy, and not move the files** 14. If prompted, replace any existing files **Notes:** From cfc4caf231506a5f83055813bb259922ad198875 Mon Sep 17 00:00:00 2001 From: Keerigan45 <104183492+Keerigan45@users.noreply.github.com> Date: Thu, 7 Sep 2023 03:24:13 +0200 Subject: [PATCH 67/84] Update 030_INSTALL_CUDA_AND_ROCM.md Added Extra step and clarification on how to choose between 11x or 12x update for Cudnnn dll --- docs/installation/030_INSTALL_CUDA_AND_ROCM.md | 16 ++++++++++------ 1 file changed, 10 insertions(+), 6 deletions(-) diff --git a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md index b35e2b222b..2b4d66519d 100644 --- a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md +++ b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md @@ -66,12 +66,16 @@ Runtime Site](https://developer.nvidia.com/nvidia-container-runtime) 5. Click on Torch directory - e.g., YourInvokeFolderHere\InvokeAI\\.venv\Lib\site-packages\torch 6. Click on the lib folder - e.g., YourInvokeFolderHere\\.venv\Lib\site-packages\torch\lib 7. Copy everything inside the folder and save it elsewhere as a backup. -8. Go to https://developer.nvidia.com/cudnn -9. Log-in Or Create An account -10. Download the latest version and extract it from the download location -12. Find the bin folder E\cudnn-windows-x86_64-__Whatever Version__\bin -13. Copy and paste the 7 .dll files into YourInvokeFolderHere\\.venv\Lib\site-packages\torch\lib **Make sure to copy, and not move the files** -14. If prompted, replace any existing files +8. Go to __https://developer.nvidia.com/cudnn__ +9. Login or create an Account. +10. Choose the newer version of Cudnnn but __read__ the Important Note __Important Note:__ +There is two version 11x or 12x for the differents architectures(Turing,Maxwell Etc...) of GPUs. +You can find which version you should download here note that it's based on your graphics card architecture so for exemple a 4090 use the Ada Lovelace Architecture etc.: __https://docs.nvidia.com/deeplearning/cudnn/support-matrix/index.html__ +11. Log-in Or Create An account +12. Download the latest version and extract it from the download location +13. Find the bin folder E\cudnn-windows-x86_64-__Whatever Version__\bin +14. Copy and paste the 7 .dll files into YourInvokeFolderHere\\.venv\Lib\site-packages\torch\lib **Make sure to copy, and not move the files** +15. If prompted, replace any existing files **Notes:** * If no change is seen or any issues are encountered, follow the same steps as above and paste the torch/lib backup folder you made earlier and replace it. If you didn't make a backup, you can also uninstall and reinstall torch through the command line to repair this folder. From 40a0b2c3665a27860e252ee877a8350fc7eefa96 Mon Sep 17 00:00:00 2001 From: Keerigan45 <104183492+Keerigan45@users.noreply.github.com> Date: Thu, 7 Sep 2023 03:25:26 +0200 Subject: [PATCH 68/84] Update 030_INSTALL_CUDA_AND_ROCM.md --- docs/installation/030_INSTALL_CUDA_AND_ROCM.md | 13 +++++++------ 1 file changed, 7 insertions(+), 6 deletions(-) diff --git a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md index 2b4d66519d..95ab9388ca 100644 --- a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md +++ b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md @@ -70,12 +70,13 @@ Runtime Site](https://developer.nvidia.com/nvidia-container-runtime) 9. Login or create an Account. 10. Choose the newer version of Cudnnn but __read__ the Important Note __Important Note:__ There is two version 11x or 12x for the differents architectures(Turing,Maxwell Etc...) of GPUs. -You can find which version you should download here note that it's based on your graphics card architecture so for exemple a 4090 use the Ada Lovelace Architecture etc.: __https://docs.nvidia.com/deeplearning/cudnn/support-matrix/index.html__ -11. Log-in Or Create An account -12. Download the latest version and extract it from the download location -13. Find the bin folder E\cudnn-windows-x86_64-__Whatever Version__\bin -14. Copy and paste the 7 .dll files into YourInvokeFolderHere\\.venv\Lib\site-packages\torch\lib **Make sure to copy, and not move the files** -15. If prompted, replace any existing files +You can find which version you should download on the link below. note that it's based on your graphics card architecture so for exemple a 4090 use the Ada Lovelace Architecture etc. +__https://docs.nvidia.com/deeplearning/cudnn/support-matrix/index.html__ +12. Log-in Or Create An account +13. Download the latest version and extract it from the download location +14. Find the bin folder E\cudnn-windows-x86_64-__Whatever Version__\bin +15. Copy and paste the 7 .dll files into YourInvokeFolderHere\\.venv\Lib\site-packages\torch\lib **Make sure to copy, and not move the files** +16. If prompted, replace any existing files **Notes:** * If no change is seen or any issues are encountered, follow the same steps as above and paste the torch/lib backup folder you made earlier and replace it. If you didn't make a backup, you can also uninstall and reinstall torch through the command line to repair this folder. From 252adb9e707cb3e36d471ec1a3d8c6804cb82075 Mon Sep 17 00:00:00 2001 From: Millun Atluri Date: Thu, 7 Sep 2023 13:16:25 +1000 Subject: [PATCH 69/84] Fixed typos --- docs/installation/030_INSTALL_CUDA_AND_ROCM.md | 10 ++++------ 1 file changed, 4 insertions(+), 6 deletions(-) diff --git a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md index 95ab9388ca..7f8af06b58 100644 --- a/docs/installation/030_INSTALL_CUDA_AND_ROCM.md +++ b/docs/installation/030_INSTALL_CUDA_AND_ROCM.md @@ -68,14 +68,12 @@ Runtime Site](https://developer.nvidia.com/nvidia-container-runtime) 7. Copy everything inside the folder and save it elsewhere as a backup. 8. Go to __https://developer.nvidia.com/cudnn__ 9. Login or create an Account. -10. Choose the newer version of Cudnnn but __read__ the Important Note __Important Note:__ -There is two version 11x or 12x for the differents architectures(Turing,Maxwell Etc...) of GPUs. -You can find which version you should download on the link below. note that it's based on your graphics card architecture so for exemple a 4090 use the Ada Lovelace Architecture etc. -__https://docs.nvidia.com/deeplearning/cudnn/support-matrix/index.html__ -12. Log-in Or Create An account +10. Choose the newer version of cuDNN. **Note:** +There are two versions, 11.x or 12.x for the differents architectures(Turing,Maxwell Etc...) of GPUs. +You can find which version you should download from [this link](https://docs.nvidia.com/deeplearning/cudnn/support-matrix/index.html). 13. Download the latest version and extract it from the download location 14. Find the bin folder E\cudnn-windows-x86_64-__Whatever Version__\bin -15. Copy and paste the 7 .dll files into YourInvokeFolderHere\\.venv\Lib\site-packages\torch\lib **Make sure to copy, and not move the files** +15. Copy and paste the .dll files into YourInvokeFolderHere\\.venv\Lib\site-packages\torch\lib **Make sure to copy, and not move the files** 16. If prompted, replace any existing files **Notes:** From a79d5901c7dd05ef15b65914503660148ff58b9d Mon Sep 17 00:00:00 2001 From: Sam Date: Fri, 8 Sep 2023 07:47:55 +1000 Subject: [PATCH 70/84] Correct spelling and grammar in feature request template Minor corrections to spell and grammar in the feature request template --- .github/ISSUE_TEMPLATE/FEATURE_REQUEST.yml | 12 ++++++------ 1 file changed, 6 insertions(+), 6 deletions(-) diff --git a/.github/ISSUE_TEMPLATE/FEATURE_REQUEST.yml b/.github/ISSUE_TEMPLATE/FEATURE_REQUEST.yml index 6fb80be593..c7e7f4bc87 100644 --- a/.github/ISSUE_TEMPLATE/FEATURE_REQUEST.yml +++ b/.github/ISSUE_TEMPLATE/FEATURE_REQUEST.yml @@ -1,5 +1,5 @@ name: Feature Request -description: Commit a idea or Request a new feature +description: Contribute a idea or request a new feature title: '[enhancement]: ' labels: ['enhancement'] # assignees: @@ -9,14 +9,14 @@ body: - type: markdown attributes: value: | - Thanks for taking the time to fill out this Feature request! + Thanks for taking the time to fill out this feature request! - type: checkboxes attributes: label: Is there an existing issue for this? description: | Please make use of the [search function](https://github.com/invoke-ai/InvokeAI/labels/enhancement) - to see if a simmilar issue already exists for the feature you want to request + to see if a similar issue already exists for the feature you want to request options: - label: I have searched the existing issues required: true @@ -36,7 +36,7 @@ body: label: What should this feature add? description: Please try to explain the functionality this feature should add placeholder: | - Instead of one huge textfield, it would be nice to have forms for bug-reports, feature-requests, ... + Instead of one huge text field, it would be nice to have forms for bug-reports, feature-requests, ... Great benefits with automatic labeling, assigning and other functionalitys not available in that form via old-fashioned markdown-templates. I would also love to see the use of a moderator bot 🤖 like https://github.com/marketplace/actions/issue-moderator-with-commands to auto close old issues and other things @@ -51,6 +51,6 @@ body: - type: textarea attributes: - label: Aditional Content + label: Additional Content description: Add any other context or screenshots about the feature request here. - placeholder: This is a Mockup of the design how I imagine it + placeholder: This is a mockup of the design how I imagine it From e4035a51afdda3835b6ff5f6bb31d2b6a54fcad6 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Fri, 8 Sep 2023 11:55:10 +1000 Subject: [PATCH 71/84] fix(ui): add missing config property --- invokeai/frontend/web/src/features/system/store/configSlice.ts | 1 + 1 file changed, 1 insertion(+) diff --git a/invokeai/frontend/web/src/features/system/store/configSlice.ts b/invokeai/frontend/web/src/features/system/store/configSlice.ts index 9bdc16ce77..8ad0ee33e4 100644 --- a/invokeai/frontend/web/src/features/system/store/configSlice.ts +++ b/invokeai/frontend/web/src/features/system/store/configSlice.ts @@ -5,6 +5,7 @@ import { merge } from 'lodash-es'; export const initialConfigState: AppConfig = { shouldUpdateImagesOnConnect: false, + shouldFetchMetadataFromApi: false, disabledTabs: [], disabledFeatures: ['lightbox', 'faceRestore', 'batches'], disabledSDFeatures: [ From 56399a650a4166083a266fce8314d64965d4af55 Mon Sep 17 00:00:00 2001 From: psychedelicious <4822129+psychedelicious@users.noreply.github.com> Date: Fri, 8 Sep 2023 11:55:25 +1000 Subject: [PATCH 72/84] fix(ui): use zod to parse metdata when fetching from api --- .../web/src/services/api/endpoints/images.ts | 24 ++++++++++++------- 1 file changed, 16 insertions(+), 8 deletions(-) diff --git a/invokeai/frontend/web/src/services/api/endpoints/images.ts b/invokeai/frontend/web/src/services/api/endpoints/images.ts index 18adf4f12a..4f4e3e1391 100644 --- a/invokeai/frontend/web/src/services/api/endpoints/images.ts +++ b/invokeai/frontend/web/src/services/api/endpoints/images.ts @@ -1,4 +1,5 @@ import { EntityState, Update } from '@reduxjs/toolkit'; +import { fetchBaseQuery } from '@reduxjs/toolkit/dist/query'; import { PatchCollection } from '@reduxjs/toolkit/dist/query/core/buildThunks'; import { ASSETS_CATEGORIES, @@ -6,9 +7,14 @@ import { IMAGE_CATEGORIES, IMAGE_LIMIT, } from 'features/gallery/store/types'; +import { + ImageMetadataAndWorkflow, + zCoreMetadata, +} from 'features/nodes/types/types'; import { getMetadataAndWorkflowFromImageBlob } from 'features/nodes/util/getMetadataAndWorkflowFromImageBlob'; import { keyBy } from 'lodash-es'; import { ApiFullTagDescription, LIST_TAG, api } from '..'; +import { $authToken, $projectId } from '../client'; import { components, paths } from '../schema'; import { DeleteBoardResult, @@ -27,9 +33,6 @@ import { imagesSelectors, } from '../util'; import { boardsApi } from './boards'; -import { ImageMetadataAndWorkflow } from 'features/nodes/types/types'; -import { fetchBaseQuery } from '@reduxjs/toolkit/dist/query'; -import { $authToken, $projectId } from '../client'; export const imagesApi = api.injectEndpoints({ endpoints: (build) => ({ @@ -158,18 +161,23 @@ export const imagesApi = api.injectEndpoints({ let metadata = blobData.metadata; if (args.shouldFetchMetadataFromApi) { - const metadataResult = await fetchWithBaseQuery( + const metadataResponse = await fetchWithBaseQuery( `images/i/${args.image.image_name}/metadata` ); - if (metadataResult.data) { - metadata = (metadataResult.data as UnsafeImageMetadata) - .metadata as UnsafeImageMetadata['metadata']; + if (metadataResponse.data) { + const metadataResult = zCoreMetadata.safeParse( + // eslint-disable-next-line @typescript-eslint/no-explicit-any + (metadataResponse.data as any)?.metadata + ); + if (metadataResult.success) { + metadata = metadataResult.data; + } } } return { data: { ...blobData, metadata } }; }, - providesTags: (result, error, { image, shouldFetchMetadataFromApi }) => [ + providesTags: (result, error, { image }) => [ { type: 'ImageMetadataFromFile', id: image.image_name }, ], keepUnusedDataFor: 86400, // 24 hours From 0166d7ba2b0d7eaf7edd1bac56e0773d004e6391 Mon Sep 17 00:00:00 2001 From: Millun Atluri Date: Fri, 8 Sep 2023 15:22:22 +1000 Subject: [PATCH 73/84] new frontend build --- .../frontend/web/dist/assets/App-78495256.js | 171 ------------------ .../frontend/web/dist/assets/App-d1567775.js | 169 +++++++++++++++++ ...30a.js => ThemeLocaleProvider-374b1ae5.js} | 12 +- .../web/dist/assets/index-08cda350.js | 126 ------------- .../web/dist/assets/index-f83c2c5c.js | 128 +++++++++++++ .../frontend/web/dist/assets/menu-31376327.js | 1 + .../frontend/web/dist/assets/menu-3d10c968.js | 1 - invokeai/frontend/web/dist/index.html | 2 +- invokeai/frontend/web/dist/locales/en.json | 2 + 9 files changed, 307 insertions(+), 305 deletions(-) delete mode 100644 invokeai/frontend/web/dist/assets/App-78495256.js create mode 100644 invokeai/frontend/web/dist/assets/App-d1567775.js rename invokeai/frontend/web/dist/assets/{ThemeLocaleProvider-707a230a.js => ThemeLocaleProvider-374b1ae5.js} (90%) delete mode 100644 invokeai/frontend/web/dist/assets/index-08cda350.js create mode 100644 invokeai/frontend/web/dist/assets/index-f83c2c5c.js create mode 100644 invokeai/frontend/web/dist/assets/menu-31376327.js delete mode 100644 invokeai/frontend/web/dist/assets/menu-3d10c968.js diff --git a/invokeai/frontend/web/dist/assets/App-78495256.js b/invokeai/frontend/web/dist/assets/App-78495256.js deleted file mode 100644 index 4bc5b38344..0000000000 --- a/invokeai/frontend/web/dist/assets/App-78495256.js +++ /dev/null @@ -1,171 +0,0 @@ -var iv=(e,t,n)=>{if(!t.has(e))throw TypeError("Cannot "+n)};var Pe=(e,t,n)=>(iv(e,t,"read from private field"),n?n.call(e):t.get(e)),rr=(e,t,n)=>{if(t.has(e))throw TypeError("Cannot add the same private member more than 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o=[];return Wr(e==null?void 0:e.entities,s=>{if(!s)return;const i=s.model_name.toLowerCase().includes(r.toLowerCase()),c=n===void 0||s.model_format===n,f=s.model_type===t;i&&c&&f&&o.push(s)}),o},f2=u.memo(e=>a.jsx($,{flexDirection:"column",gap:4,borderRadius:4,p:4,sx:{bg:"base.200",_dark:{bg:"base.800"}},children:e.children}));f2.displayName="StyledModelContainer";const Mc=u.memo(e=>{const{title:t,modelList:n,selected:r}=e;return a.jsx(f2,{children:a.jsxs($,{sx:{gap:2,flexDir:"column"},children:[a.jsx(Ee,{variant:"subtext",fontSize:"sm",children:t}),n.map(o=>a.jsx(ade,{model:o,isSelected:r.selectedModelId===o.id,setSelectedModelId:r.setSelectedModelId},o.id))]})})});Mc.displayName="ModelListWrapper";const Rc=u.memo(({loadingMessage:e})=>a.jsx(f2,{children:a.jsxs($,{justifyContent:"center",alignItems:"center",flexDirection:"column",p:4,gap:8,children:[a.jsx(Wl,{}),a.jsx(Ee,{variant:"subtext",children:e||"Fetching..."})]})}));Rc.displayName="FetchingModelsLoader";function 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a.jsxs(T,{sx:{flexDirection:"column",position:"absolute",top:0,insetInlineStart:0,opacity:.65,display:"flex",fontSize:"sm",padding:1,px:2,minWidth:48,margin:1,borderRadius:"base",pointerEvents:"none",bg:"base.200",_dark:{bg:"base.800"}},children:[a.jsx(Fme,{}),a.jsx(Ie,{style:{color:e},children:`${x("unifiedCanvas.activeLayer")}: ${t}`}),a.jsx(Ie,{children:`${x("unifiedCanvas.canvasScale")}: ${p}%`}),v&&a.jsx(Ie,{style:{color:Ox},children:"Preserve Masked Area: On"}),m&&a.jsx(Ie,{style:{color:n},children:`${x("unifiedCanvas.boundingBox")}: ${o}`}),i&&a.jsx(Ie,{style:{color:n},children:`${x("unifiedCanvas.scaledBoundingBox")}: ${s}`}),h&&a.jsxs(a.Fragment,{children:[a.jsx(Ie,{children:`${x("unifiedCanvas.boundingBoxPosition")}: ${r}`}),a.jsx(Ie,{children:`${x("unifiedCanvas.canvasDimensions")}: ${f}`}),a.jsx(Ie,{children:`${x("unifiedCanvas.canvasPosition")}: 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this.safeParseAsync(t,n);if(r.success)return r.data;throw r.error}async safeParseAsync(t,n){const r={common:{issues:[],contextualErrorMap:n==null?void 0:n.errorMap,async:!0},path:(n==null?void 0:n.path)||[],schemaErrorMap:this._def.errorMap,parent:null,data:t,parsedType:fa(t)},i=this._parse({data:t,path:r.path,parent:r}),o=await(vy(i)?i:Promise.resolve(i));return X6(r,o)}refine(t,n){const r=i=>typeof n=="string"||typeof n>"u"?{message:n}:typeof n=="function"?n(i):n;return this._refinement((i,o)=>{const s=t(i),a=()=>o.addIssue({code:te.custom,...r(i)});return typeof Promise<"u"&&s instanceof Promise?s.then(l=>l?!0:(a(),!1)):s?!0:(a(),!1)})}refinement(t,n){return this._refinement((r,i)=>t(r)?!0:(i.addIssue(typeof n=="function"?n(r,i):n),!1))}_refinement(t){return new fo({schema:this,typeName:Ee.ZodEffects,effect:{type:"refinement",refinement:t}})}superRefine(t){return this._refinement(t)}optional(){return Ts.create(this,this._def)}nullable(){return lu.create(this,this._def)}nullish(){return this.nullable().optional()}array(){return so.create(this,this._def)}promise(){return pd.create(this,this._def)}or(t){return qh.create([this,t],this._def)}and(t){return Kh.create(this,t,this._def)}transform(t){return new fo({...Re(this._def),schema:this,typeName:Ee.ZodEffects,effect:{type:"transform",transform:t}})}default(t){const n=typeof t=="function"?t:()=>t;return new Jh({...Re(this._def),innerType:this,defaultValue:n,typeName:Ee.ZodDefault})}brand(){return new eN({typeName:Ee.ZodBranded,type:this,...Re(this._def)})}catch(t){const n=typeof t=="function"?t:()=>t;return new wy({...Re(this._def),innerType:this,catchValue:n,typeName:Ee.ZodCatch})}describe(t){const n=this.constructor;return new n({...this._def,description:t})}pipe(t){return rg.create(this,t)}readonly(){return Cy.create(this)}isOptional(){return this.safeParse(void 0).success}isNullable(){return this.safeParse(null).success}}const bee=/^c[^\s-]{8,}$/i,See=/^[a-z][a-z0-9]*$/,wee=/[0-9A-HJKMNP-TV-Z]{26}/,xee=/^[0-9a-fA-F]{8}\b-[0-9a-fA-F]{4}\b-[0-9a-fA-F]{4}\b-[0-9a-fA-F]{4}\b-[0-9a-fA-F]{12}$/i,Cee=/^([A-Z0-9_+-]+\.?)*[A-Z0-9_+-]@([A-Z0-9][A-Z0-9\-]*\.)+[A-Z]{2,}$/i,Eee=/^(\p{Extended_Pictographic}|\p{Emoji_Component})+$/u,Tee=/^(((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2}))\.){3}((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2}))$/,Aee=/^(([a-f0-9]{1,4}:){7}|::([a-f0-9]{1,4}:){0,6}|([a-f0-9]{1,4}:){1}:([a-f0-9]{1,4}:){0,5}|([a-f0-9]{1,4}:){2}:([a-f0-9]{1,4}:){0,4}|([a-f0-9]{1,4}:){3}:([a-f0-9]{1,4}:){0,3}|([a-f0-9]{1,4}:){4}:([a-f0-9]{1,4}:){0,2}|([a-f0-9]{1,4}:){5}:([a-f0-9]{1,4}:){0,1})([a-f0-9]{1,4}|(((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2}))\.){3}((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2})))$/,kee=e=>e.precision?e.offset?new RegExp(`^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}\\.\\d{${e.precision}}(([+-]\\d{2}(:?\\d{2})?)|Z)$`):new RegExp(`^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}\\.\\d{${e.precision}}Z$`):e.precision===0?e.offset?new RegExp("^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}(([+-]\\d{2}(:?\\d{2})?)|Z)$"):new RegExp("^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}Z$"):e.offset?new RegExp("^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}(\\.\\d+)?(([+-]\\d{2}(:?\\d{2})?)|Z)$"):new RegExp("^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}(\\.\\d+)?Z$");function Pee(e,t){return!!((t==="v4"||!t)&&Tee.test(e)||(t==="v6"||!t)&&Aee.test(e))}class to extends Ie{constructor(){super(...arguments),this._regex=(t,n,r)=>this.refinement(i=>t.test(i),{validation:n,code:te.invalid_string,...xe.errToObj(r)}),this.nonempty=t=>this.min(1,xe.errToObj(t)),this.trim=()=>new to({...this._def,checks:[...this._def.checks,{kind:"trim"}]}),this.toLowerCase=()=>new to({...this._def,checks:[...this._def.checks,{kind:"toLowerCase"}]}),this.toUpperCase=()=>new to({...this._def,checks:[...this._def.checks,{kind:"toUpperCase"}]})}_parse(t){if(this._def.coerce&&(t.data=String(t.data)),this._getType(t)!==ue.string){const o=this._getOrReturnCtx(t);return fe(o,{code:te.invalid_type,expected:ue.string,received:o.parsedType}),ke}const r=new pr;let i;for(const o of this._def.checks)if(o.kind==="min")t.data.lengtho.value&&(i=this._getOrReturnCtx(t,i),fe(i,{code:te.too_big,maximum:o.value,type:"string",inclusive:!0,exact:!1,message:o.message}),r.dirty());else if(o.kind==="length"){const s=t.data.length>o.value,a=t.data.length"u"?null:t==null?void 0:t.precision,offset:(n=t==null?void 0:t.offset)!==null&&n!==void 0?n:!1,...xe.errToObj(t==null?void 0:t.message)})}regex(t,n){return this._addCheck({kind:"regex",regex:t,...xe.errToObj(n)})}includes(t,n){return this._addCheck({kind:"includes",value:t,position:n==null?void 0:n.position,...xe.errToObj(n==null?void 0:n.message)})}startsWith(t,n){return this._addCheck({kind:"startsWith",value:t,...xe.errToObj(n)})}endsWith(t,n){return this._addCheck({kind:"endsWith",value:t,...xe.errToObj(n)})}min(t,n){return this._addCheck({kind:"min",value:t,...xe.errToObj(n)})}max(t,n){return this._addCheck({kind:"max",value:t,...xe.errToObj(n)})}length(t,n){return this._addCheck({kind:"length",value:t,...xe.errToObj(n)})}get isDatetime(){return!!this._def.checks.find(t=>t.kind==="datetime")}get isEmail(){return!!this._def.checks.find(t=>t.kind==="email")}get isURL(){return!!this._def.checks.find(t=>t.kind==="url")}get isEmoji(){return!!this._def.checks.find(t=>t.kind==="emoji")}get isUUID(){return!!this._def.checks.find(t=>t.kind==="uuid")}get isCUID(){return!!this._def.checks.find(t=>t.kind==="cuid")}get isCUID2(){return!!this._def.checks.find(t=>t.kind==="cuid2")}get isULID(){return!!this._def.checks.find(t=>t.kind==="ulid")}get isIP(){return!!this._def.checks.find(t=>t.kind==="ip")}get minLength(){let t=null;for(const n of this._def.checks)n.kind==="min"&&(t===null||n.value>t)&&(t=n.value);return t}get maxLength(){let t=null;for(const n of this._def.checks)n.kind==="max"&&(t===null||n.value{var t;return new to({checks:[],typeName:Ee.ZodString,coerce:(t=e==null?void 0:e.coerce)!==null&&t!==void 0?t:!1,...Re(e)})};function Oee(e,t){const n=(e.toString().split(".")[1]||"").length,r=(t.toString().split(".")[1]||"").length,i=n>r?n:r,o=parseInt(e.toFixed(i).replace(".","")),s=parseInt(t.toFixed(i).replace(".",""));return o%s/Math.pow(10,i)}class Ga extends Ie{constructor(){super(...arguments),this.min=this.gte,this.max=this.lte,this.step=this.multipleOf}_parse(t){if(this._def.coerce&&(t.data=Number(t.data)),this._getType(t)!==ue.number){const o=this._getOrReturnCtx(t);return fe(o,{code:te.invalid_type,expected:ue.number,received:o.parsedType}),ke}let r;const i=new pr;for(const o of this._def.checks)o.kind==="int"?Ze.isInteger(t.data)||(r=this._getOrReturnCtx(t,r),fe(r,{code:te.invalid_type,expected:"integer",received:"float",message:o.message}),i.dirty()):o.kind==="min"?(o.inclusive?t.datao.value:t.data>=o.value)&&(r=this._getOrReturnCtx(t,r),fe(r,{code:te.too_big,maximum:o.value,type:"number",inclusive:o.inclusive,exact:!1,message:o.message}),i.dirty()):o.kind==="multipleOf"?Oee(t.data,o.value)!==0&&(r=this._getOrReturnCtx(t,r),fe(r,{code:te.not_multiple_of,multipleOf:o.value,message:o.message}),i.dirty()):o.kind==="finite"?Number.isFinite(t.data)||(r=this._getOrReturnCtx(t,r),fe(r,{code:te.not_finite,message:o.message}),i.dirty()):Ze.assertNever(o);return{status:i.value,value:t.data}}gte(t,n){return this.setLimit("min",t,!0,xe.toString(n))}gt(t,n){return this.setLimit("min",t,!1,xe.toString(n))}lte(t,n){return this.setLimit("max",t,!0,xe.toString(n))}lt(t,n){return this.setLimit("max",t,!1,xe.toString(n))}setLimit(t,n,r,i){return new Ga({...this._def,checks:[...this._def.checks,{kind:t,value:n,inclusive:r,message:xe.toString(i)}]})}_addCheck(t){return new Ga({...this._def,checks:[...this._def.checks,t]})}int(t){return this._addCheck({kind:"int",message:xe.toString(t)})}positive(t){return this._addCheck({kind:"min",value:0,inclusive:!1,message:xe.toString(t)})}negative(t){return this._addCheck({kind:"max",value:0,inclusive:!1,message:xe.toString(t)})}nonpositive(t){return this._addCheck({kind:"max",value:0,inclusive:!0,message:xe.toString(t)})}nonnegative(t){return this._addCheck({kind:"min",value:0,inclusive:!0,message:xe.toString(t)})}multipleOf(t,n){return this._addCheck({kind:"multipleOf",value:t,message:xe.toString(n)})}finite(t){return this._addCheck({kind:"finite",message:xe.toString(t)})}safe(t){return this._addCheck({kind:"min",inclusive:!0,value:Number.MIN_SAFE_INTEGER,message:xe.toString(t)})._addCheck({kind:"max",inclusive:!0,value:Number.MAX_SAFE_INTEGER,message:xe.toString(t)})}get minValue(){let t=null;for(const n of this._def.checks)n.kind==="min"&&(t===null||n.value>t)&&(t=n.value);return t}get maxValue(){let t=null;for(const n of this._def.checks)n.kind==="max"&&(t===null||n.valuet.kind==="int"||t.kind==="multipleOf"&&Ze.isInteger(t.value))}get isFinite(){let t=null,n=null;for(const r of this._def.checks){if(r.kind==="finite"||r.kind==="int"||r.kind==="multipleOf")return!0;r.kind==="min"?(n===null||r.value>n)&&(n=r.value):r.kind==="max"&&(t===null||r.valuenew Ga({checks:[],typeName:Ee.ZodNumber,coerce:(e==null?void 0:e.coerce)||!1,...Re(e)});class Ha extends Ie{constructor(){super(...arguments),this.min=this.gte,this.max=this.lte}_parse(t){if(this._def.coerce&&(t.data=BigInt(t.data)),this._getType(t)!==ue.bigint){const o=this._getOrReturnCtx(t);return fe(o,{code:te.invalid_type,expected:ue.bigint,received:o.parsedType}),ke}let r;const i=new pr;for(const o of this._def.checks)o.kind==="min"?(o.inclusive?t.datao.value:t.data>=o.value)&&(r=this._getOrReturnCtx(t,r),fe(r,{code:te.too_big,type:"bigint",maximum:o.value,inclusive:o.inclusive,message:o.message}),i.dirty()):o.kind==="multipleOf"?t.data%o.value!==BigInt(0)&&(r=this._getOrReturnCtx(t,r),fe(r,{code:te.not_multiple_of,multipleOf:o.value,message:o.message}),i.dirty()):Ze.assertNever(o);return{status:i.value,value:t.data}}gte(t,n){return this.setLimit("min",t,!0,xe.toString(n))}gt(t,n){return this.setLimit("min",t,!1,xe.toString(n))}lte(t,n){return this.setLimit("max",t,!0,xe.toString(n))}lt(t,n){return this.setLimit("max",t,!1,xe.toString(n))}setLimit(t,n,r,i){return new Ha({...this._def,checks:[...this._def.checks,{kind:t,value:n,inclusive:r,message:xe.toString(i)}]})}_addCheck(t){return new Ha({...this._def,checks:[...this._def.checks,t]})}positive(t){return this._addCheck({kind:"min",value:BigInt(0),inclusive:!1,message:xe.toString(t)})}negative(t){return this._addCheck({kind:"max",value:BigInt(0),inclusive:!1,message:xe.toString(t)})}nonpositive(t){return this._addCheck({kind:"max",value:BigInt(0),inclusive:!0,message:xe.toString(t)})}nonnegative(t){return this._addCheck({kind:"min",value:BigInt(0),inclusive:!0,message:xe.toString(t)})}multipleOf(t,n){return this._addCheck({kind:"multipleOf",value:t,message:xe.toString(n)})}get minValue(){let t=null;for(const n of this._def.checks)n.kind==="min"&&(t===null||n.value>t)&&(t=n.value);return t}get maxValue(){let t=null;for(const n of this._def.checks)n.kind==="max"&&(t===null||n.value{var t;return new Ha({checks:[],typeName:Ee.ZodBigInt,coerce:(t=e==null?void 0:e.coerce)!==null&&t!==void 0?t:!1,...Re(e)})};class Gh extends Ie{_parse(t){if(this._def.coerce&&(t.data=!!t.data),this._getType(t)!==ue.boolean){const r=this._getOrReturnCtx(t);return fe(r,{code:te.invalid_type,expected:ue.boolean,received:r.parsedType}),ke}return kr(t.data)}}Gh.create=e=>new Gh({typeName:Ee.ZodBoolean,coerce:(e==null?void 0:e.coerce)||!1,...Re(e)});class su extends Ie{_parse(t){if(this._def.coerce&&(t.data=new Date(t.data)),this._getType(t)!==ue.date){const o=this._getOrReturnCtx(t);return fe(o,{code:te.invalid_type,expected:ue.date,received:o.parsedType}),ke}if(isNaN(t.data.getTime())){const o=this._getOrReturnCtx(t);return fe(o,{code:te.invalid_date}),ke}const r=new pr;let i;for(const o of this._def.checks)o.kind==="min"?t.data.getTime()o.value&&(i=this._getOrReturnCtx(t,i),fe(i,{code:te.too_big,message:o.message,inclusive:!0,exact:!1,maximum:o.value,type:"date"}),r.dirty()):Ze.assertNever(o);return{status:r.value,value:new Date(t.data.getTime())}}_addCheck(t){return new su({...this._def,checks:[...this._def.checks,t]})}min(t,n){return this._addCheck({kind:"min",value:t.getTime(),message:xe.toString(n)})}max(t,n){return this._addCheck({kind:"max",value:t.getTime(),message:xe.toString(n)})}get minDate(){let t=null;for(const n of this._def.checks)n.kind==="min"&&(t===null||n.value>t)&&(t=n.value);return t!=null?new Date(t):null}get maxDate(){let t=null;for(const n of this._def.checks)n.kind==="max"&&(t===null||n.valuenew su({checks:[],coerce:(e==null?void 0:e.coerce)||!1,typeName:Ee.ZodDate,...Re(e)});class _y extends Ie{_parse(t){if(this._getType(t)!==ue.symbol){const r=this._getOrReturnCtx(t);return fe(r,{code:te.invalid_type,expected:ue.symbol,received:r.parsedType}),ke}return kr(t.data)}}_y.create=e=>new _y({typeName:Ee.ZodSymbol,...Re(e)});class Hh extends Ie{_parse(t){if(this._getType(t)!==ue.undefined){const r=this._getOrReturnCtx(t);return fe(r,{code:te.invalid_type,expected:ue.undefined,received:r.parsedType}),ke}return kr(t.data)}}Hh.create=e=>new Hh({typeName:Ee.ZodUndefined,...Re(e)});class Wh extends Ie{_parse(t){if(this._getType(t)!==ue.null){const r=this._getOrReturnCtx(t);return fe(r,{code:te.invalid_type,expected:ue.null,received:r.parsedType}),ke}return kr(t.data)}}Wh.create=e=>new Wh({typeName:Ee.ZodNull,...Re(e)});class hd extends Ie{constructor(){super(...arguments),this._any=!0}_parse(t){return kr(t.data)}}hd.create=e=>new hd({typeName:Ee.ZodAny,...Re(e)});class Yl extends Ie{constructor(){super(...arguments),this._unknown=!0}_parse(t){return kr(t.data)}}Yl.create=e=>new Yl({typeName:Ee.ZodUnknown,...Re(e)});class $s extends Ie{_parse(t){const n=this._getOrReturnCtx(t);return fe(n,{code:te.invalid_type,expected:ue.never,received:n.parsedType}),ke}}$s.create=e=>new $s({typeName:Ee.ZodNever,...Re(e)});class by extends Ie{_parse(t){if(this._getType(t)!==ue.undefined){const r=this._getOrReturnCtx(t);return fe(r,{code:te.invalid_type,expected:ue.void,received:r.parsedType}),ke}return kr(t.data)}}by.create=e=>new by({typeName:Ee.ZodVoid,...Re(e)});class so extends Ie{_parse(t){const{ctx:n,status:r}=this._processInputParams(t),i=this._def;if(n.parsedType!==ue.array)return fe(n,{code:te.invalid_type,expected:ue.array,received:n.parsedType}),ke;if(i.exactLength!==null){const s=n.data.length>i.exactLength.value,a=n.data.lengthi.maxLength.value&&(fe(n,{code:te.too_big,maximum:i.maxLength.value,type:"array",inclusive:!0,exact:!1,message:i.maxLength.message}),r.dirty()),n.common.async)return Promise.all([...n.data].map((s,a)=>i.type._parseAsync(new Wo(n,s,n.path,a)))).then(s=>pr.mergeArray(r,s));const o=[...n.data].map((s,a)=>i.type._parseSync(new Wo(n,s,n.path,a)));return pr.mergeArray(r,o)}get element(){return this._def.type}min(t,n){return new so({...this._def,minLength:{value:t,message:xe.toString(n)}})}max(t,n){return new so({...this._def,maxLength:{value:t,message:xe.toString(n)}})}length(t,n){return new so({...this._def,exactLength:{value:t,message:xe.toString(n)}})}nonempty(t){return this.min(1,t)}}so.create=(e,t)=>new so({type:e,minLength:null,maxLength:null,exactLength:null,typeName:Ee.ZodArray,...Re(t)});function sc(e){if(e instanceof Vt){const t={};for(const n in e.shape){const r=e.shape[n];t[n]=Ts.create(sc(r))}return new Vt({...e._def,shape:()=>t})}else return e instanceof so?new so({...e._def,type:sc(e.element)}):e instanceof Ts?Ts.create(sc(e.unwrap())):e instanceof lu?lu.create(sc(e.unwrap())):e instanceof qo?qo.create(e.items.map(t=>sc(t))):e}class Vt extends Ie{constructor(){super(...arguments),this._cached=null,this.nonstrict=this.passthrough,this.augment=this.extend}_getCached(){if(this._cached!==null)return this._cached;const t=this._def.shape(),n=Ze.objectKeys(t);return this._cached={shape:t,keys:n}}_parse(t){if(this._getType(t)!==ue.object){const u=this._getOrReturnCtx(t);return fe(u,{code:te.invalid_type,expected:ue.object,received:u.parsedType}),ke}const{status:r,ctx:i}=this._processInputParams(t),{shape:o,keys:s}=this._getCached(),a=[];if(!(this._def.catchall instanceof $s&&this._def.unknownKeys==="strip"))for(const u in i.data)s.includes(u)||a.push(u);const l=[];for(const u of s){const c=o[u],d=i.data[u];l.push({key:{status:"valid",value:u},value:c._parse(new Wo(i,d,i.path,u)),alwaysSet:u in i.data})}if(this._def.catchall instanceof $s){const u=this._def.unknownKeys;if(u==="passthrough")for(const c of a)l.push({key:{status:"valid",value:c},value:{status:"valid",value:i.data[c]}});else if(u==="strict")a.length>0&&(fe(i,{code:te.unrecognized_keys,keys:a}),r.dirty());else if(u!=="strip")throw new Error("Internal ZodObject error: invalid unknownKeys value.")}else{const u=this._def.catchall;for(const c of a){const d=i.data[c];l.push({key:{status:"valid",value:c},value:u._parse(new Wo(i,d,i.path,c)),alwaysSet:c in i.data})}}return i.common.async?Promise.resolve().then(async()=>{const u=[];for(const c of l){const d=await c.key;u.push({key:d,value:await c.value,alwaysSet:c.alwaysSet})}return u}).then(u=>pr.mergeObjectSync(r,u)):pr.mergeObjectSync(r,l)}get shape(){return this._def.shape()}strict(t){return xe.errToObj,new Vt({...this._def,unknownKeys:"strict",...t!==void 0?{errorMap:(n,r)=>{var i,o,s,a;const l=(s=(o=(i=this._def).errorMap)===null||o===void 0?void 0:o.call(i,n,r).message)!==null&&s!==void 0?s:r.defaultError;return n.code==="unrecognized_keys"?{message:(a=xe.errToObj(t).message)!==null&&a!==void 0?a:l}:{message:l}}}:{}})}strip(){return new Vt({...this._def,unknownKeys:"strip"})}passthrough(){return new Vt({...this._def,unknownKeys:"passthrough"})}extend(t){return new Vt({...this._def,shape:()=>({...this._def.shape(),...t})})}merge(t){return new Vt({unknownKeys:t._def.unknownKeys,catchall:t._def.catchall,shape:()=>({...this._def.shape(),...t._def.shape()}),typeName:Ee.ZodObject})}setKey(t,n){return this.augment({[t]:n})}catchall(t){return new Vt({...this._def,catchall:t})}pick(t){const n={};return Ze.objectKeys(t).forEach(r=>{t[r]&&this.shape[r]&&(n[r]=this.shape[r])}),new Vt({...this._def,shape:()=>n})}omit(t){const n={};return Ze.objectKeys(this.shape).forEach(r=>{t[r]||(n[r]=this.shape[r])}),new Vt({...this._def,shape:()=>n})}deepPartial(){return sc(this)}partial(t){const n={};return Ze.objectKeys(this.shape).forEach(r=>{const i=this.shape[r];t&&!t[r]?n[r]=i:n[r]=i.optional()}),new Vt({...this._def,shape:()=>n})}required(t){const n={};return Ze.objectKeys(this.shape).forEach(r=>{if(t&&!t[r])n[r]=this.shape[r];else{let o=this.shape[r];for(;o instanceof Ts;)o=o._def.innerType;n[r]=o}}),new Vt({...this._def,shape:()=>n})}keyof(){return J7(Ze.objectKeys(this.shape))}}Vt.create=(e,t)=>new Vt({shape:()=>e,unknownKeys:"strip",catchall:$s.create(),typeName:Ee.ZodObject,...Re(t)});Vt.strictCreate=(e,t)=>new Vt({shape:()=>e,unknownKeys:"strict",catchall:$s.create(),typeName:Ee.ZodObject,...Re(t)});Vt.lazycreate=(e,t)=>new Vt({shape:e,unknownKeys:"strip",catchall:$s.create(),typeName:Ee.ZodObject,...Re(t)});class qh extends Ie{_parse(t){const{ctx:n}=this._processInputParams(t),r=this._def.options;function i(o){for(const a of o)if(a.result.status==="valid")return a.result;for(const a of o)if(a.result.status==="dirty")return n.common.issues.push(...a.ctx.common.issues),a.result;const s=o.map(a=>new oo(a.ctx.common.issues));return fe(n,{code:te.invalid_union,unionErrors:s}),ke}if(n.common.async)return Promise.all(r.map(async o=>{const s={...n,common:{...n.common,issues:[]},parent:null};return{result:await o._parseAsync({data:n.data,path:n.path,parent:s}),ctx:s}})).then(i);{let o;const s=[];for(const l of r){const u={...n,common:{...n.common,issues:[]},parent:null},c=l._parseSync({data:n.data,path:n.path,parent:u});if(c.status==="valid")return c;c.status==="dirty"&&!o&&(o={result:c,ctx:u}),u.common.issues.length&&s.push(u.common.issues)}if(o)return n.common.issues.push(...o.ctx.common.issues),o.result;const a=s.map(l=>new oo(l));return fe(n,{code:te.invalid_union,unionErrors:a}),ke}}get options(){return this._def.options}}qh.create=(e,t)=>new qh({options:e,typeName:Ee.ZodUnion,...Re(t)});const f0=e=>e instanceof Yh?f0(e.schema):e instanceof fo?f0(e.innerType()):e instanceof Zh?[e.value]:e instanceof Wa?e.options:e instanceof Qh?Object.keys(e.enum):e instanceof Jh?f0(e._def.innerType):e instanceof Hh?[void 0]:e instanceof Wh?[null]:null;class c1 extends Ie{_parse(t){const{ctx:n}=this._processInputParams(t);if(n.parsedType!==ue.object)return fe(n,{code:te.invalid_type,expected:ue.object,received:n.parsedType}),ke;const r=this.discriminator,i=n.data[r],o=this.optionsMap.get(i);return o?n.common.async?o._parseAsync({data:n.data,path:n.path,parent:n}):o._parseSync({data:n.data,path:n.path,parent:n}):(fe(n,{code:te.invalid_union_discriminator,options:Array.from(this.optionsMap.keys()),path:[r]}),ke)}get discriminator(){return this._def.discriminator}get options(){return this._def.options}get optionsMap(){return this._def.optionsMap}static create(t,n,r){const i=new Map;for(const o of n){const s=f0(o.shape[t]);if(!s)throw new Error(`A discriminator value for key \`${t}\` could not be extracted from all schema options`);for(const a of s){if(i.has(a))throw new Error(`Discriminator property ${String(t)} has duplicate value ${String(a)}`);i.set(a,o)}}return new c1({typeName:Ee.ZodDiscriminatedUnion,discriminator:t,options:n,optionsMap:i,...Re(r)})}}function fx(e,t){const n=fa(e),r=fa(t);if(e===t)return{valid:!0,data:e};if(n===ue.object&&r===ue.object){const i=Ze.objectKeys(t),o=Ze.objectKeys(e).filter(a=>i.indexOf(a)!==-1),s={...e,...t};for(const a of o){const l=fx(e[a],t[a]);if(!l.valid)return{valid:!1};s[a]=l.data}return{valid:!0,data:s}}else if(n===ue.array&&r===ue.array){if(e.length!==t.length)return{valid:!1};const i=[];for(let o=0;o{if(cx(o)||cx(s))return ke;const a=fx(o.value,s.value);return a.valid?((dx(o)||dx(s))&&n.dirty(),{status:n.value,value:a.data}):(fe(r,{code:te.invalid_intersection_types}),ke)};return r.common.async?Promise.all([this._def.left._parseAsync({data:r.data,path:r.path,parent:r}),this._def.right._parseAsync({data:r.data,path:r.path,parent:r})]).then(([o,s])=>i(o,s)):i(this._def.left._parseSync({data:r.data,path:r.path,parent:r}),this._def.right._parseSync({data:r.data,path:r.path,parent:r}))}}Kh.create=(e,t,n)=>new Kh({left:e,right:t,typeName:Ee.ZodIntersection,...Re(n)});class qo extends Ie{_parse(t){const{status:n,ctx:r}=this._processInputParams(t);if(r.parsedType!==ue.array)return fe(r,{code:te.invalid_type,expected:ue.array,received:r.parsedType}),ke;if(r.data.lengththis._def.items.length&&(fe(r,{code:te.too_big,maximum:this._def.items.length,inclusive:!0,exact:!1,type:"array"}),n.dirty());const o=[...r.data].map((s,a)=>{const l=this._def.items[a]||this._def.rest;return l?l._parse(new Wo(r,s,r.path,a)):null}).filter(s=>!!s);return r.common.async?Promise.all(o).then(s=>pr.mergeArray(n,s)):pr.mergeArray(n,o)}get items(){return this._def.items}rest(t){return new qo({...this._def,rest:t})}}qo.create=(e,t)=>{if(!Array.isArray(e))throw new Error("You must pass an array of schemas to z.tuple([ ... ])");return new qo({items:e,typeName:Ee.ZodTuple,rest:null,...Re(t)})};class Xh extends Ie{get keySchema(){return this._def.keyType}get valueSchema(){return this._def.valueType}_parse(t){const{status:n,ctx:r}=this._processInputParams(t);if(r.parsedType!==ue.object)return fe(r,{code:te.invalid_type,expected:ue.object,received:r.parsedType}),ke;const i=[],o=this._def.keyType,s=this._def.valueType;for(const a in r.data)i.push({key:o._parse(new Wo(r,a,r.path,a)),value:s._parse(new Wo(r,r.data[a],r.path,a))});return r.common.async?pr.mergeObjectAsync(n,i):pr.mergeObjectSync(n,i)}get element(){return this._def.valueType}static create(t,n,r){return n instanceof Ie?new Xh({keyType:t,valueType:n,typeName:Ee.ZodRecord,...Re(r)}):new Xh({keyType:to.create(),valueType:t,typeName:Ee.ZodRecord,...Re(n)})}}class Sy extends Ie{get keySchema(){return this._def.keyType}get valueSchema(){return this._def.valueType}_parse(t){const{status:n,ctx:r}=this._processInputParams(t);if(r.parsedType!==ue.map)return fe(r,{code:te.invalid_type,expected:ue.map,received:r.parsedType}),ke;const i=this._def.keyType,o=this._def.valueType,s=[...r.data.entries()].map(([a,l],u)=>({key:i._parse(new Wo(r,a,r.path,[u,"key"])),value:o._parse(new Wo(r,l,r.path,[u,"value"]))}));if(r.common.async){const a=new Map;return Promise.resolve().then(async()=>{for(const l of s){const u=await l.key,c=await l.value;if(u.status==="aborted"||c.status==="aborted")return ke;(u.status==="dirty"||c.status==="dirty")&&n.dirty(),a.set(u.value,c.value)}return{status:n.value,value:a}})}else{const a=new Map;for(const l of s){const u=l.key,c=l.value;if(u.status==="aborted"||c.status==="aborted")return ke;(u.status==="dirty"||c.status==="dirty")&&n.dirty(),a.set(u.value,c.value)}return{status:n.value,value:a}}}}Sy.create=(e,t,n)=>new Sy({valueType:t,keyType:e,typeName:Ee.ZodMap,...Re(n)});class au extends Ie{_parse(t){const{status:n,ctx:r}=this._processInputParams(t);if(r.parsedType!==ue.set)return fe(r,{code:te.invalid_type,expected:ue.set,received:r.parsedType}),ke;const i=this._def;i.minSize!==null&&r.data.sizei.maxSize.value&&(fe(r,{code:te.too_big,maximum:i.maxSize.value,type:"set",inclusive:!0,exact:!1,message:i.maxSize.message}),n.dirty());const o=this._def.valueType;function s(l){const u=new Set;for(const c of l){if(c.status==="aborted")return ke;c.status==="dirty"&&n.dirty(),u.add(c.value)}return{status:n.value,value:u}}const a=[...r.data.values()].map((l,u)=>o._parse(new Wo(r,l,r.path,u)));return r.common.async?Promise.all(a).then(l=>s(l)):s(a)}min(t,n){return new au({...this._def,minSize:{value:t,message:xe.toString(n)}})}max(t,n){return new au({...this._def,maxSize:{value:t,message:xe.toString(n)}})}size(t,n){return this.min(t,n).max(t,n)}nonempty(t){return this.min(1,t)}}au.create=(e,t)=>new au({valueType:e,minSize:null,maxSize:null,typeName:Ee.ZodSet,...Re(t)});class Vc extends Ie{constructor(){super(...arguments),this.validate=this.implement}_parse(t){const{ctx:n}=this._processInputParams(t);if(n.parsedType!==ue.function)return fe(n,{code:te.invalid_type,expected:ue.function,received:n.parsedType}),ke;function r(a,l){return yy({data:a,path:n.path,errorMaps:[n.common.contextualErrorMap,n.schemaErrorMap,my(),jh].filter(u=>!!u),issueData:{code:te.invalid_arguments,argumentsError:l}})}function i(a,l){return yy({data:a,path:n.path,errorMaps:[n.common.contextualErrorMap,n.schemaErrorMap,my(),jh].filter(u=>!!u),issueData:{code:te.invalid_return_type,returnTypeError:l}})}const o={errorMap:n.common.contextualErrorMap},s=n.data;if(this._def.returns instanceof pd){const a=this;return kr(async function(...l){const u=new oo([]),c=await a._def.args.parseAsync(l,o).catch(h=>{throw u.addIssue(r(l,h)),u}),d=await Reflect.apply(s,this,c);return await a._def.returns._def.type.parseAsync(d,o).catch(h=>{throw u.addIssue(i(d,h)),u})})}else{const a=this;return kr(function(...l){const u=a._def.args.safeParse(l,o);if(!u.success)throw new oo([r(l,u.error)]);const c=Reflect.apply(s,this,u.data),d=a._def.returns.safeParse(c,o);if(!d.success)throw new oo([i(c,d.error)]);return d.data})}}parameters(){return this._def.args}returnType(){return this._def.returns}args(...t){return new Vc({...this._def,args:qo.create(t).rest(Yl.create())})}returns(t){return new Vc({...this._def,returns:t})}implement(t){return this.parse(t)}strictImplement(t){return this.parse(t)}static create(t,n,r){return new Vc({args:t||qo.create([]).rest(Yl.create()),returns:n||Yl.create(),typeName:Ee.ZodFunction,...Re(r)})}}class Yh extends Ie{get schema(){return this._def.getter()}_parse(t){const{ctx:n}=this._processInputParams(t);return this._def.getter()._parse({data:n.data,path:n.path,parent:n})}}Yh.create=(e,t)=>new Yh({getter:e,typeName:Ee.ZodLazy,...Re(t)});class Zh extends Ie{_parse(t){if(t.data!==this._def.value){const n=this._getOrReturnCtx(t);return fe(n,{received:n.data,code:te.invalid_literal,expected:this._def.value}),ke}return{status:"valid",value:t.data}}get value(){return this._def.value}}Zh.create=(e,t)=>new Zh({value:e,typeName:Ee.ZodLiteral,...Re(t)});function J7(e,t){return new Wa({values:e,typeName:Ee.ZodEnum,...Re(t)})}class Wa extends Ie{_parse(t){if(typeof t.data!="string"){const n=this._getOrReturnCtx(t),r=this._def.values;return fe(n,{expected:Ze.joinValues(r),received:n.parsedType,code:te.invalid_type}),ke}if(this._def.values.indexOf(t.data)===-1){const n=this._getOrReturnCtx(t),r=this._def.values;return fe(n,{received:n.data,code:te.invalid_enum_value,options:r}),ke}return kr(t.data)}get options(){return this._def.values}get enum(){const t={};for(const n of this._def.values)t[n]=n;return t}get Values(){const t={};for(const n of this._def.values)t[n]=n;return t}get Enum(){const t={};for(const n of this._def.values)t[n]=n;return t}extract(t){return Wa.create(t)}exclude(t){return Wa.create(this.options.filter(n=>!t.includes(n)))}}Wa.create=J7;class Qh extends Ie{_parse(t){const n=Ze.getValidEnumValues(this._def.values),r=this._getOrReturnCtx(t);if(r.parsedType!==ue.string&&r.parsedType!==ue.number){const i=Ze.objectValues(n);return fe(r,{expected:Ze.joinValues(i),received:r.parsedType,code:te.invalid_type}),ke}if(n.indexOf(t.data)===-1){const i=Ze.objectValues(n);return fe(r,{received:r.data,code:te.invalid_enum_value,options:i}),ke}return kr(t.data)}get enum(){return this._def.values}}Qh.create=(e,t)=>new Qh({values:e,typeName:Ee.ZodNativeEnum,...Re(t)});class pd extends Ie{unwrap(){return this._def.type}_parse(t){const{ctx:n}=this._processInputParams(t);if(n.parsedType!==ue.promise&&n.common.async===!1)return fe(n,{code:te.invalid_type,expected:ue.promise,received:n.parsedType}),ke;const r=n.parsedType===ue.promise?n.data:Promise.resolve(n.data);return kr(r.then(i=>this._def.type.parseAsync(i,{path:n.path,errorMap:n.common.contextualErrorMap})))}}pd.create=(e,t)=>new pd({type:e,typeName:Ee.ZodPromise,...Re(t)});class fo extends Ie{innerType(){return this._def.schema}sourceType(){return this._def.schema._def.typeName===Ee.ZodEffects?this._def.schema.sourceType():this._def.schema}_parse(t){const{status:n,ctx:r}=this._processInputParams(t),i=this._def.effect||null,o={addIssue:s=>{fe(r,s),s.fatal?n.abort():n.dirty()},get path(){return r.path}};if(o.addIssue=o.addIssue.bind(o),i.type==="preprocess"){const s=i.transform(r.data,o);return r.common.issues.length?{status:"dirty",value:r.data}:r.common.async?Promise.resolve(s).then(a=>this._def.schema._parseAsync({data:a,path:r.path,parent:r})):this._def.schema._parseSync({data:s,path:r.path,parent:r})}if(i.type==="refinement"){const s=a=>{const l=i.refinement(a,o);if(r.common.async)return Promise.resolve(l);if(l instanceof Promise)throw new Error("Async refinement encountered during synchronous parse operation. Use .parseAsync instead.");return a};if(r.common.async===!1){const a=this._def.schema._parseSync({data:r.data,path:r.path,parent:r});return a.status==="aborted"?ke:(a.status==="dirty"&&n.dirty(),s(a.value),{status:n.value,value:a.value})}else return this._def.schema._parseAsync({data:r.data,path:r.path,parent:r}).then(a=>a.status==="aborted"?ke:(a.status==="dirty"&&n.dirty(),s(a.value).then(()=>({status:n.value,value:a.value}))))}if(i.type==="transform")if(r.common.async===!1){const s=this._def.schema._parseSync({data:r.data,path:r.path,parent:r});if(!Vh(s))return s;const a=i.transform(s.value,o);if(a instanceof Promise)throw new Error("Asynchronous transform encountered during synchronous parse operation. Use .parseAsync instead.");return{status:n.value,value:a}}else return this._def.schema._parseAsync({data:r.data,path:r.path,parent:r}).then(s=>Vh(s)?Promise.resolve(i.transform(s.value,o)).then(a=>({status:n.value,value:a})):s);Ze.assertNever(i)}}fo.create=(e,t,n)=>new fo({schema:e,typeName:Ee.ZodEffects,effect:t,...Re(n)});fo.createWithPreprocess=(e,t,n)=>new fo({schema:t,effect:{type:"preprocess",transform:e},typeName:Ee.ZodEffects,...Re(n)});class Ts extends Ie{_parse(t){return this._getType(t)===ue.undefined?kr(void 0):this._def.innerType._parse(t)}unwrap(){return this._def.innerType}}Ts.create=(e,t)=>new Ts({innerType:e,typeName:Ee.ZodOptional,...Re(t)});class lu extends Ie{_parse(t){return this._getType(t)===ue.null?kr(null):this._def.innerType._parse(t)}unwrap(){return this._def.innerType}}lu.create=(e,t)=>new lu({innerType:e,typeName:Ee.ZodNullable,...Re(t)});class Jh extends Ie{_parse(t){const{ctx:n}=this._processInputParams(t);let r=n.data;return n.parsedType===ue.undefined&&(r=this._def.defaultValue()),this._def.innerType._parse({data:r,path:n.path,parent:n})}removeDefault(){return this._def.innerType}}Jh.create=(e,t)=>new Jh({innerType:e,typeName:Ee.ZodDefault,defaultValue:typeof t.default=="function"?t.default:()=>t.default,...Re(t)});class wy extends Ie{_parse(t){const{ctx:n}=this._processInputParams(t),r={...n,common:{...n.common,issues:[]}},i=this._def.innerType._parse({data:r.data,path:r.path,parent:{...r}});return vy(i)?i.then(o=>({status:"valid",value:o.status==="valid"?o.value:this._def.catchValue({get error(){return new oo(r.common.issues)},input:r.data})})):{status:"valid",value:i.status==="valid"?i.value:this._def.catchValue({get error(){return new oo(r.common.issues)},input:r.data})}}removeCatch(){return this._def.innerType}}wy.create=(e,t)=>new wy({innerType:e,typeName:Ee.ZodCatch,catchValue:typeof t.catch=="function"?t.catch:()=>t.catch,...Re(t)});class xy extends Ie{_parse(t){if(this._getType(t)!==ue.nan){const r=this._getOrReturnCtx(t);return fe(r,{code:te.invalid_type,expected:ue.nan,received:r.parsedType}),ke}return{status:"valid",value:t.data}}}xy.create=e=>new xy({typeName:Ee.ZodNaN,...Re(e)});const Ree=Symbol("zod_brand");class eN extends Ie{_parse(t){const{ctx:n}=this._processInputParams(t),r=n.data;return this._def.type._parse({data:r,path:n.path,parent:n})}unwrap(){return this._def.type}}class rg extends Ie{_parse(t){const{status:n,ctx:r}=this._processInputParams(t);if(r.common.async)return(async()=>{const o=await this._def.in._parseAsync({data:r.data,path:r.path,parent:r});return o.status==="aborted"?ke:o.status==="dirty"?(n.dirty(),Q7(o.value)):this._def.out._parseAsync({data:o.value,path:r.path,parent:r})})();{const i=this._def.in._parseSync({data:r.data,path:r.path,parent:r});return i.status==="aborted"?ke:i.status==="dirty"?(n.dirty(),{status:"dirty",value:i.value}):this._def.out._parseSync({data:i.value,path:r.path,parent:r})}}static create(t,n){return new rg({in:t,out:n,typeName:Ee.ZodPipeline})}}class Cy extends Ie{_parse(t){const n=this._def.innerType._parse(t);return Vh(n)&&(n.value=Object.freeze(n.value)),n}}Cy.create=(e,t)=>new Cy({innerType:e,typeName:Ee.ZodReadonly,...Re(t)});const tN=(e,t={},n)=>e?hd.create().superRefine((r,i)=>{var o,s;if(!e(r)){const a=typeof t=="function"?t(r):typeof t=="string"?{message:t}:t,l=(s=(o=a.fatal)!==null&&o!==void 0?o:n)!==null&&s!==void 0?s:!0,u=typeof a=="string"?{message:a}:a;i.addIssue({code:"custom",...u,fatal:l})}}):hd.create(),Iee={object:Vt.lazycreate};var Ee;(function(e){e.ZodString="ZodString",e.ZodNumber="ZodNumber",e.ZodNaN="ZodNaN",e.ZodBigInt="ZodBigInt",e.ZodBoolean="ZodBoolean",e.ZodDate="ZodDate",e.ZodSymbol="ZodSymbol",e.ZodUndefined="ZodUndefined",e.ZodNull="ZodNull",e.ZodAny="ZodAny",e.ZodUnknown="ZodUnknown",e.ZodNever="ZodNever",e.ZodVoid="ZodVoid",e.ZodArray="ZodArray",e.ZodObject="ZodObject",e.ZodUnion="ZodUnion",e.ZodDiscriminatedUnion="ZodDiscriminatedUnion",e.ZodIntersection="ZodIntersection",e.ZodTuple="ZodTuple",e.ZodRecord="ZodRecord",e.ZodMap="ZodMap",e.ZodSet="ZodSet",e.ZodFunction="ZodFunction",e.ZodLazy="ZodLazy",e.ZodLiteral="ZodLiteral",e.ZodEnum="ZodEnum",e.ZodEffects="ZodEffects",e.ZodNativeEnum="ZodNativeEnum",e.ZodOptional="ZodOptional",e.ZodNullable="ZodNullable",e.ZodDefault="ZodDefault",e.ZodCatch="ZodCatch",e.ZodPromise="ZodPromise",e.ZodBranded="ZodBranded",e.ZodPipeline="ZodPipeline",e.ZodReadonly="ZodReadonly"})(Ee||(Ee={}));const Mee=(e,t={message:`Input not instance of ${e.name}`})=>tN(n=>n instanceof e,t),nN=to.create,rN=Ga.create,Nee=xy.create,Dee=Ha.create,iN=Gh.create,Lee=su.create,$ee=_y.create,Fee=Hh.create,Bee=Wh.create,zee=hd.create,Uee=Yl.create,jee=$s.create,Vee=by.create,Gee=so.create,Hee=Vt.create,Wee=Vt.strictCreate,qee=qh.create,Kee=c1.create,Xee=Kh.create,Yee=qo.create,Zee=Xh.create,Qee=Sy.create,Jee=au.create,ete=Vc.create,tte=Yh.create,nte=Zh.create,rte=Wa.create,ite=Qh.create,ote=pd.create,Y6=fo.create,ste=Ts.create,ate=lu.create,lte=fo.createWithPreprocess,ute=rg.create,cte=()=>nN().optional(),dte=()=>rN().optional(),fte=()=>iN().optional(),hte={string:e=>to.create({...e,coerce:!0}),number:e=>Ga.create({...e,coerce:!0}),boolean:e=>Gh.create({...e,coerce:!0}),bigint:e=>Ha.create({...e,coerce:!0}),date:e=>su.create({...e,coerce:!0})},pte=ke;var j=Object.freeze({__proto__:null,defaultErrorMap:jh,setErrorMap:vee,getErrorMap:my,makeIssue:yy,EMPTY_PATH:_ee,addIssueToContext:fe,ParseStatus:pr,INVALID:ke,DIRTY:Q7,OK:kr,isAborted:cx,isDirty:dx,isValid:Vh,isAsync:vy,get util(){return Ze},get objectUtil(){return ux},ZodParsedType:ue,getParsedType:fa,ZodType:Ie,ZodString:to,ZodNumber:Ga,ZodBigInt:Ha,ZodBoolean:Gh,ZodDate:su,ZodSymbol:_y,ZodUndefined:Hh,ZodNull:Wh,ZodAny:hd,ZodUnknown:Yl,ZodNever:$s,ZodVoid:by,ZodArray:so,ZodObject:Vt,ZodUnion:qh,ZodDiscriminatedUnion:c1,ZodIntersection:Kh,ZodTuple:qo,ZodRecord:Xh,ZodMap:Sy,ZodSet:au,ZodFunction:Vc,ZodLazy:Yh,ZodLiteral:Zh,ZodEnum:Wa,ZodNativeEnum:Qh,ZodPromise:pd,ZodEffects:fo,ZodTransformer:fo,ZodOptional:Ts,ZodNullable:lu,ZodDefault:Jh,ZodCatch:wy,ZodNaN:xy,BRAND:Ree,ZodBranded:eN,ZodPipeline:rg,ZodReadonly:Cy,custom:tN,Schema:Ie,ZodSchema:Ie,late:Iee,get ZodFirstPartyTypeKind(){return Ee},coerce:hte,any:zee,array:Gee,bigint:Dee,boolean:iN,date:Lee,discriminatedUnion:Kee,effect:Y6,enum:rte,function:ete,instanceof:Mee,intersection:Xee,lazy:tte,literal:nte,map:Qee,nan:Nee,nativeEnum:ite,never:jee,null:Bee,nullable:ate,number:rN,object:Hee,oboolean:fte,onumber:dte,optional:ste,ostring:cte,pipeline:ute,preprocess:lte,promise:ote,record:Zee,set:Jee,strictObject:Wee,string:nN,symbol:$ee,transformer:Y6,tuple:Yee,undefined:Fee,union:qee,unknown:Uee,void:Vee,NEVER:pte,ZodIssueCode:te,quotelessJson:yee,ZodError:oo});const gte=j.string(),kAe=e=>gte.safeParse(e).success,mte=j.string(),PAe=e=>mte.safeParse(e).success,yte=j.string(),OAe=e=>yte.safeParse(e).success,vte=j.string(),RAe=e=>vte.safeParse(e).success,_te=j.number().int().min(1),IAe=e=>_te.safeParse(e).success,bte=j.number().min(1),MAe=e=>bte.safeParse(e).success,oN=j.enum(["euler","deis","ddim","ddpm","dpmpp_2s","dpmpp_2m","dpmpp_2m_sde","dpmpp_sde","heun","kdpm_2","lms","pndm","unipc","euler_k","dpmpp_2s_k","dpmpp_2m_k","dpmpp_2m_sde_k","dpmpp_sde_k","heun_k","lms_k","euler_a","kdpm_2_a"]),NAe=e=>oN.safeParse(e).success,DAe={euler:"Euler",deis:"DEIS",ddim:"DDIM",ddpm:"DDPM",dpmpp_sde:"DPM++ SDE",dpmpp_2s:"DPM++ 2S",dpmpp_2m:"DPM++ 2M",dpmpp_2m_sde:"DPM++ 2M SDE",heun:"Heun",kdpm_2:"KDPM 2",lms:"LMS",pndm:"PNDM",unipc:"UniPC",euler_k:"Euler Karras",dpmpp_sde_k:"DPM++ SDE Karras",dpmpp_2s_k:"DPM++ 2S Karras",dpmpp_2m_k:"DPM++ 2M Karras",dpmpp_2m_sde_k:"DPM++ 2M SDE Karras",heun_k:"Heun Karras",lms_k:"LMS Karras",euler_a:"Euler 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Ate=j.number().min(1).max(10),GAe=e=>Ate.safeParse(e).success,kte=j.number().min(1).max(10),HAe=e=>kte.safeParse(e).success,Pte=j.number().min(0).max(1),WAe=e=>Pte.safeParse(e).success;j.enum(["box","gaussian"]);const po={cfgScale:7.5,height:512,img2imgStrength:.75,infillMethod:"patchmatch",iterations:1,perlin:0,positivePrompt:"",negativePrompt:"",scheduler:"euler",maskBlur:16,maskBlurMethod:"box",canvasCoherenceSteps:20,canvasCoherenceStrength:.3,seed:0,seedWeights:"",shouldFitToWidthHeight:!0,shouldGenerateVariations:!1,shouldRandomizeSeed:!0,shouldUseNoiseSettings:!1,steps:50,threshold:0,tileSize:32,variationAmount:.1,width:512,shouldUseSymmetry:!1,horizontalSymmetrySteps:0,verticalSymmetrySteps:0,model:null,vae:null,vaePrecision:"fp32",seamlessXAxis:!1,seamlessYAxis:!1,clipSkip:0,shouldUseCpuNoise:!0,shouldShowAdvancedOptions:!1,aspectRatio:null,shouldLockAspectRatio:!1},Ote=po,sN=Ht({name:"generation",initialState:Ote,reducers:{setPositivePrompt:(e,t)=>{e.positivePrompt=t.payload},setNegativePrompt:(e,t)=>{e.negativePrompt=t.payload},setIterations:(e,t)=>{e.iterations=t.payload},setSteps:(e,t)=>{e.steps=t.payload},clampSymmetrySteps:e=>{e.horizontalSymmetrySteps=ya(e.horizontalSymmetrySteps,0,e.steps),e.verticalSymmetrySteps=ya(e.verticalSymmetrySteps,0,e.steps)},setCfgScale:(e,t)=>{e.cfgScale=t.payload},setThreshold:(e,t)=>{e.threshold=t.payload},setPerlin:(e,t)=>{e.perlin=t.payload},setHeight:(e,t)=>{e.height=t.payload},setWidth:(e,t)=>{e.width=t.payload},toggleSize:e=>{const[t,n]=[e.width,e.height];e.width=n,e.height=t},setScheduler:(e,t)=>{e.scheduler=t.payload},setSeed:(e,t)=>{e.seed=t.payload,e.shouldRandomizeSeed=!1},setImg2imgStrength:(e,t)=>{e.img2imgStrength=t.payload},setSeamlessXAxis:(e,t)=>{e.seamlessXAxis=t.payload},setSeamlessYAxis:(e,t)=>{e.seamlessYAxis=t.payload},setShouldFitToWidthHeight:(e,t)=>{e.shouldFitToWidthHeight=t.payload},resetSeed:e=>{e.seed=-1},setShouldGenerateVariations:(e,t)=>{e.shouldGenerateVariations=t.payload},setVariationAmount:(e,t)=>{e.variationAmount=t.payload},setSeedWeights:(e,t)=>{e.seedWeights=t.payload,e.shouldGenerateVariations=!0,e.variationAmount=0},resetParametersState:e=>({...e,...po}),setShouldRandomizeSeed:(e,t)=>{e.shouldRandomizeSeed=t.payload},clearInitialImage:e=>{e.initialImage=void 0},setMaskBlur:(e,t)=>{e.maskBlur=t.payload},setMaskBlurMethod:(e,t)=>{e.maskBlurMethod=t.payload},setCanvasCoherenceSteps:(e,t)=>{e.canvasCoherenceSteps=t.payload},setCanvasCoherenceStrength:(e,t)=>{e.canvasCoherenceStrength=t.payload},setTileSize:(e,t)=>{e.tileSize=t.payload},setInfillMethod:(e,t)=>{e.infillMethod=t.payload},setShouldUseSymmetry:(e,t)=>{e.shouldUseSymmetry=t.payload},setHorizontalSymmetrySteps:(e,t)=>{e.horizontalSymmetrySteps=t.payload},setVerticalSymmetrySteps:(e,t)=>{e.verticalSymmetrySteps=t.payload},setShouldUseNoiseSettings:(e,t)=>{e.shouldUseNoiseSettings=t.payload},initialImageChanged:(e,t)=>{const{image_name:n,width:r,height:i}=t.payload;e.initialImage={imageName:n,width:r,height:i}},modelChanged:(e,t)=>{if(e.model=t.payload,e.model===null)return;const{maxClip:n}=gee[e.model.base_model];e.clipSkip=ya(e.clipSkip,0,n)},vaeSelected:(e,t)=>{e.vae=t.payload},vaePrecisionChanged:(e,t)=>{e.vaePrecision=t.payload},setClipSkip:(e,t)=>{e.clipSkip=t.payload},shouldUseCpuNoiseChanged:(e,t)=>{e.shouldUseCpuNoise=t.payload},setShouldShowAdvancedOptions:(e,t)=>{e.shouldShowAdvancedOptions=t.payload,t.payload||(e.clipSkip=0)},setAspectRatio:(e,t)=>{const n=t.payload;e.aspectRatio=n,n&&(e.height=Po(e.width/n,8))},setShouldLockAspectRatio:(e,t)=>{e.shouldLockAspectRatio=t.payload}},extraReducers:e=>{e.addCase(hee,(t,n)=>{var i;const r=(i=n.payload.sd)==null?void 0:i.defaultModel;if(r&&!t.model){const[o,s,a]=r.split("/"),l=p5.safeParse({model_name:a,base_model:o,model_type:s});l.success&&(t.model=l.data)}}),e.addCase(Ite,(t,n)=>{n.payload||(t.clipSkip=0)})}}),{clampSymmetrySteps:qAe,clearInitialImage:m5,resetParametersState:KAe,resetSeed:XAe,setCfgScale:YAe,setWidth:Z6,setHeight:Q6,toggleSize:ZAe,setImg2imgStrength:QAe,setInfillMethod:Rte,setIterations:JAe,setPerlin:eke,setPositivePrompt:tke,setNegativePrompt:nke,setScheduler:rke,setMaskBlur:ike,setMaskBlurMethod:oke,setCanvasCoherenceSteps:ske,setCanvasCoherenceStrength:ake,setSeed:lke,setSeedWeights:uke,setShouldFitToWidthHeight:cke,setShouldGenerateVariations:dke,setShouldRandomizeSeed:fke,setSteps:hke,setThreshold:pke,setTileSize:gke,setVariationAmount:mke,setShouldUseSymmetry:yke,setHorizontalSymmetrySteps:vke,setVerticalSymmetrySteps:_ke,initialImageChanged:d1,modelChanged:va,vaeSelected:aN,setShouldUseNoiseSettings:bke,setSeamlessXAxis:Ske,setSeamlessYAxis:wke,setClipSkip:xke,shouldUseCpuNoiseChanged:Cke,setShouldShowAdvancedOptions:Ite,setAspectRatio:Mte,setShouldLockAspectRatio:Eke,vaePrecisionChanged:Tke}=sN.actions,Nte=sN.reducer;let br=[],ig=(e,t)=>{let n=[],r={get(){return r.lc||r.listen(()=>{})(),r.value},l:t||0,lc:0,listen(i,o){return r.lc=n.push(i,o||r.l)/2,()=>{let s=n.indexOf(i);~s&&(n.splice(s,2),r.lc--,r.lc||r.off())}},notify(i){let o=!br.length;for(let s=0;s(e.events=e.events||{},e.events[n+om]||(e.events[n+om]=r(i=>{e.events[n].reduceRight((o,s)=>(s(o),o),{shared:{},...i})})),e.events[n]=e.events[n]||[],e.events[n].push(t),()=>{let i=e.events[n],o=i.indexOf(t);i.splice(o,1),i.length||(delete e.events[n],e.events[n+om](),delete e.events[n+om])}),$te=1e3,Fte=(e,t)=>Lte(e,r=>{let i=t(r);i&&e.events[im].push(i)},Dte,r=>{let i=e.listen;e.listen=(...s)=>(!e.lc&&!e.active&&(e.active=!0,r()),i(...s));let o=e.off;return e.events[im]=[],e.off=()=>{o(),setTimeout(()=>{if(e.active&&!e.lc){e.active=!1;for(let s of e.events[im])s();e.events[im]=[]}},$te)},()=>{e.listen=i,e.off=o}}),Bte=(e,t)=>{Array.isArray(e)||(e=[e]);let n,r=()=>{let o=e.map(s=>s.get());(n===void 0||o.some((s,a)=>s!==n[a]))&&(n=o,i.set(t(...o)))},i=ig(void 0,Math.max(...e.map(o=>o.l))+1);return Fte(i,()=>{let o=e.map(s=>s.listen(r,i.l));return r(),()=>{for(let s of o)s()}}),i};const zte={"Content-Type":"application/json"},Ute=/\/*$/;function jte(e={}){const{fetch:t=globalThis.fetch,querySerializer:n,bodySerializer:r,...i}=e;async function o(s,a){const{headers:l,body:u,params:c={},parseAs:d="json",querySerializer:f=n??Vte,bodySerializer:h=r??Gte,...p}=a||{},m=Hte(s,{baseUrl:i.baseUrl,params:c,querySerializer:f}),b=Wte(zte,e==null?void 0:e.headers,l,c.header),_={redirect:"follow",...i,...p,headers:b};u&&(_.body=h(u)),_.body instanceof FormData&&b.delete("Content-Type");const y=await t(m,_);if(y.status===204||y.headers.get("Content-Length")==="0")return y.ok?{data:{},response:y}:{error:{},response:y};if(y.ok){let v=y.body;if(d!=="stream"){const S=y.clone();v=typeof S[d]=="function"?await S[d]():await S.text()}return{data:v,response:y}}let g={};try{g=await y.clone().json()}catch{g=await y.clone().text()}return{error:g,response:y}}return{async GET(s,a){return o(s,{...a,method:"GET"})},async PUT(s,a){return o(s,{...a,method:"PUT"})},async POST(s,a){return o(s,{...a,method:"POST"})},async DELETE(s,a){return o(s,{...a,method:"DELETE"})},async OPTIONS(s,a){return o(s,{...a,method:"OPTIONS"})},async HEAD(s,a){return o(s,{...a,method:"HEAD"})},async PATCH(s,a){return o(s,{...a,method:"PATCH"})},async TRACE(s,a){return o(s,{...a,method:"TRACE"})}}}function Vte(e){const t=new URLSearchParams;if(e&&typeof e=="object")for(const[n,r]of Object.entries(e))r!=null&&t.set(n,r);return t.toString()}function Gte(e){return JSON.stringify(e)}function Hte(e,t){let n=`${t.baseUrl?t.baseUrl.replace(Ute,""):""}${e}`;if(t.params.path)for(const[r,i]of Object.entries(t.params.path))n=n.replace(`{${r}}`,encodeURIComponent(String(i)));if(t.params.query){const r=t.querySerializer(t.params.query);r&&(n+=`?${r}`)}return n}function Wte(...e){const t=new Headers;for(const n of e){if(!n||typeof n!="object")continue;const r=n instanceof Headers?n.entries():Object.entries(n);for(const[i,o]of r)o===null?t.delete(i):o!==void 0&&t.set(i,o)}return t}const ep=ig(),tp=ig(),Ey=ig(),f1=Bte([ep,tp,Ey],(e,t,n)=>jte({headers:{...e?{Authorization:`Bearer ${e}`}:{},...n?{"project-id":n}:{}},baseUrl:`${t??""}`})),er=Va("api/sessionCreated",async(e,{rejectWithValue:t})=>{const{graph:n}=e,{POST:r}=f1.get(),{data:i,error:o,response:s}=await r("/api/v1/sessions/",{body:n});return o?t({arg:e,status:s.status,error:o}):i}),qte=e=>Ar(e)&&"status"in e,Kte=e=>Ar(e)&&"detail"in e,Bd=Va("api/sessionInvoked",async(e,{rejectWithValue:t})=>{const{session_id:n}=e,{PUT:r}=f1.get(),{error:i,response:o}=await r("/api/v1/sessions/{session_id}/invoke",{params:{query:{all:!0},path:{session_id:n}}});if(i){if(qte(i)&&i.status===403)return t({arg:e,status:o.status,error:i.body.detail});if(Kte(i)&&o.status===403)return t({arg:e,status:o.status,error:i.detail});if(i)return t({arg:e,status:o.status,error:i})}}),al=Va("api/sessionCanceled",async(e,{rejectWithValue:t})=>{const{session_id:n}=e,{DELETE:r}=f1.get(),{data:i,error:o}=await r("/api/v1/sessions/{session_id}/invoke",{params:{path:{session_id:n}}});return o?t({arg:e,error:o}):i});Va("api/listSessions",async(e,{rejectWithValue:t})=>{const{params:n}=e,{GET:r}=f1.get(),{data:i,error:o}=await r("/api/v1/sessions/",{params:n});return o?t({arg:e,error:o}):i});const lN=Ni(er.rejected,Bd.rejected),sm=(e,t,n,r,i,o,s)=>{const a=Math.floor(e/2-(n+i/2)*s),l=Math.floor(t/2-(r+o/2)*s);return{x:a,y:l}},am=(e,t,n,r,i=.95)=>{const o=e*i/n,s=t*i/r;return Math.min(1,Math.min(o,s))},Ake=.999,kke=.1,Pke=20,lm=.95,Oke=30,Rke=10,Xte=e=>({x:Math.floor(e.x),y:Math.floor(e.y)}),Gu=e=>{const{width:t,height:n}=e,r={width:t,height:n},i=512*512,o=t/n;let s=t*n,a=448;for(;s1?(r.width=a,r.height=Po(a/o,64)):o<1&&(r.height=a,r.width=Po(a*o,64)),s=r.width*r.height;return r},Yte=e=>({width:Po(e.width,64),height:Po(e.height,64)}),Ike=[{label:"Base",value:"base"},{label:"Mask",value:"mask"}],Mke=[{label:"None",value:"none"},{label:"Auto",value:"auto"},{label:"Manual",value:"manual"}],uN=e=>e.kind==="line"&&e.layer==="mask",Nke=e=>e.kind==="line"&&e.layer==="base",Zte=e=>e.kind==="image"&&e.layer==="base",Dke=e=>e.kind==="fillRect"&&e.layer==="base",Lke=e=>e.kind==="eraseRect"&&e.layer==="base",Qte=e=>e.kind==="line",ac={objects:[],stagingArea:{images:[],selectedImageIndex:-1}},cN={boundingBoxCoordinates:{x:0,y:0},boundingBoxDimensions:{width:512,height:512},boundingBoxPreviewFill:{r:0,g:0,b:0,a:.5},boundingBoxScaleMethod:"none",brushColor:{r:90,g:90,b:255,a:1},brushSize:50,colorPickerColor:{r:90,g:90,b:255,a:1},cursorPosition:null,futureLayerStates:[],isDrawing:!1,isMaskEnabled:!0,isMouseOverBoundingBox:!1,isMoveBoundingBoxKeyHeld:!1,isMoveStageKeyHeld:!1,isMovingBoundingBox:!1,isMovingStage:!1,isTransformingBoundingBox:!1,layer:"base",layerState:ac,maskColor:{r:255,g:90,b:90,a:1},maxHistory:128,minimumStageScale:1,pastLayerStates:[],scaledBoundingBoxDimensions:{width:512,height:512},shouldAntialias:!0,shouldAutoSave:!1,shouldCropToBoundingBoxOnSave:!1,shouldDarkenOutsideBoundingBox:!1,shouldLockBoundingBox:!1,shouldPreserveMaskedArea:!1,shouldRestrictStrokesToBox:!0,shouldShowBoundingBox:!0,shouldShowBrush:!0,shouldShowBrushPreview:!1,shouldShowCanvasDebugInfo:!1,shouldShowCheckboardTransparency:!1,shouldShowGrid:!0,shouldShowIntermediates:!0,shouldShowStagingImage:!0,shouldShowStagingOutline:!0,shouldSnapToGrid:!0,stageCoordinates:{x:0,y:0},stageDimensions:{width:0,height:0},stageScale:1,tool:"brush"},dN=Ht({name:"canvas",initialState:cN,reducers:{setTool:(e,t)=>{const n=t.payload;e.tool=t.payload,n!=="move"&&(e.isTransformingBoundingBox=!1,e.isMouseOverBoundingBox=!1,e.isMovingBoundingBox=!1,e.isMovingStage=!1)},setLayer:(e,t)=>{e.layer=t.payload},toggleTool:e=>{const t=e.tool;t!=="move"&&(e.tool=t==="brush"?"eraser":"brush")},setMaskColor:(e,t)=>{e.maskColor=t.payload},setBrushColor:(e,t)=>{e.brushColor=t.payload},setBrushSize:(e,t)=>{e.brushSize=t.payload},clearMask:e=>{e.pastLayerStates.push(Jt(e.layerState)),e.layerState.objects=e.layerState.objects.filter(t=>!uN(t)),e.futureLayerStates=[],e.shouldPreserveMaskedArea=!1},toggleShouldInvertMask:e=>{e.shouldPreserveMaskedArea=!e.shouldPreserveMaskedArea},toggleShouldShowMask:e=>{e.isMaskEnabled=!e.isMaskEnabled},setShouldPreserveMaskedArea:(e,t)=>{e.shouldPreserveMaskedArea=t.payload},setIsMaskEnabled:(e,t)=>{e.isMaskEnabled=t.payload,e.layer=t.payload?"mask":"base"},setShouldShowCheckboardTransparency:(e,t)=>{e.shouldShowCheckboardTransparency=t.payload},setShouldShowBrushPreview:(e,t)=>{e.shouldShowBrushPreview=t.payload},setShouldShowBrush:(e,t)=>{e.shouldShowBrush=t.payload},setCursorPosition:(e,t)=>{e.cursorPosition=t.payload},setInitialCanvasImage:(e,t)=>{const n=t.payload,{width:r,height:i}=n,{stageDimensions:o}=e,s={width:nm(ya(r,64,512),64),height:nm(ya(i,64,512),64)},a={x:Po(r/2-s.width/2,64),y:Po(i/2-s.height/2,64)};if(e.boundingBoxScaleMethod==="auto"){const c=Gu(s);e.scaledBoundingBoxDimensions=c}e.boundingBoxDimensions=s,e.boundingBoxCoordinates=a,e.pastLayerStates.push(Jt(e.layerState)),e.layerState={...ac,objects:[{kind:"image",layer:"base",x:0,y:0,width:r,height:i,imageName:n.image_name}]},e.futureLayerStates=[];const l=am(o.width,o.height,r,i,lm),u=sm(o.width,o.height,0,0,r,i,l);e.stageScale=l,e.stageCoordinates=u},setBoundingBoxDimensions:(e,t)=>{const n=Yte(t.payload);if(e.boundingBoxDimensions=n,e.boundingBoxScaleMethod==="auto"){const 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i,o,s=0;e.level>0?(e.strm.data_type===une&&(e.strm.data_type=wne(e)),px(e,e.l_desc),px(e,e.d_desc),s=bne(e),i=e.opt_len+3+7>>>3,o=e.static_len+3+7>>>3,o<=i&&(i=o)):i=o=n+5,n+4<=i&&t!==-1?kN(e,t,n,r):e.strategy===lne||o===i?(Br(e,(pN<<1)+(r?1:0),3),rA(e,ys,rh)):(Br(e,(dne<<1)+(r?1:0),3),Sne(e,e.l_desc.max_code+1,e.d_desc.max_code+1,s+1),rA(e,e.dyn_ltree,e.dyn_dtree)),TN(e),r&&AN(e)},Tne=(e,t,n)=>(e.pending_buf[e.sym_buf+e.sym_next++]=t,e.pending_buf[e.sym_buf+e.sym_next++]=t>>8,e.pending_buf[e.sym_buf+e.sym_next++]=n,t===0?e.dyn_ltree[n*2]++:(e.matches++,t--,e.dyn_ltree[(ip[n]+og+1)*2]++,e.dyn_dtree[xN(t)*2]++),e.sym_next===e.sym_end);var Ane=xne,kne=kN,Pne=Ene,One=Tne,Rne=Cne,Ine={_tr_init:Ane,_tr_stored_block:kne,_tr_flush_block:Pne,_tr_tally:One,_tr_align:Rne};const Mne=(e,t,n,r)=>{let i=e&65535|0,o=e>>>16&65535|0,s=0;for(;n!==0;){s=n>2e3?2e3:n,n-=s;do i=i+t[r++]|0,o=o+i|0;while(--s);i%=65521,o%=65521}return i|o<<16|0};var sp=Mne;const Nne=()=>{let e,t=[];for(var n=0;n<256;n++){e=n;for(var r=0;r<8;r++)e=e&1?3988292384^e>>>1:e>>>1;t[n]=e}return t},Dne=new Uint32Array(Nne()),Lne=(e,t,n,r)=>{const i=Dne,o=r+n;e^=-1;for(let s=r;s>>8^i[(e^t[s])&255];return e^-1};var Rn=Lne,gd={2:"need dictionary",1:"stream end",0:"","-1":"file error","-2":"stream error","-3":"data error","-4":"insufficient memory","-5":"buffer error","-6":"incompatible version"},sg={Z_NO_FLUSH:0,Z_PARTIAL_FLUSH:1,Z_SYNC_FLUSH:2,Z_FULL_FLUSH:3,Z_FINISH:4,Z_BLOCK:5,Z_TREES:6,Z_OK:0,Z_STREAM_END:1,Z_NEED_DICT:2,Z_ERRNO:-1,Z_STREAM_ERROR:-2,Z_DATA_ERROR:-3,Z_MEM_ERROR:-4,Z_BUF_ERROR:-5,Z_NO_COMPRESSION:0,Z_BEST_SPEED:1,Z_BEST_COMPRESSION:9,Z_DEFAULT_COMPRESSION:-1,Z_FILTERED:1,Z_HUFFMAN_ONLY:2,Z_RLE:3,Z_FIXED:4,Z_DEFAULT_STRATEGY:0,Z_BINARY:0,Z_TEXT:1,Z_UNKNOWN:2,Z_DEFLATED:8};const{_tr_init:$ne,_tr_stored_block:gx,_tr_flush_block:Fne,_tr_tally:Ia,_tr_align:Bne}=Ine,{Z_NO_FLUSH:Ma,Z_PARTIAL_FLUSH:zne,Z_FULL_FLUSH:Une,Z_FINISH:Ei,Z_BLOCK:aA,Z_OK:Xn,Z_STREAM_END:lA,Z_STREAM_ERROR:zo,Z_DATA_ERROR:jne,Z_BUF_ERROR:LS,Z_DEFAULT_COMPRESSION:Vne,Z_FILTERED:Gne,Z_HUFFMAN_ONLY:cm,Z_RLE:Hne,Z_FIXED:Wne,Z_DEFAULT_STRATEGY:qne,Z_UNKNOWN:Kne,Z_DEFLATED:h1}=sg,Xne=9,Yne=15,Zne=8,Qne=29,Jne=256,mx=Jne+1+Qne,ere=30,tre=19,nre=2*mx+1,rre=15,He=3,ba=258,Uo=ba+He+1,ire=32,md=42,w5=57,yx=69,vx=73,_x=91,bx=103,zl=113,$f=666,xr=1,Ud=2,uu=3,jd=4,ore=3,Ul=(e,t)=>(e.msg=gd[t],t),uA=e=>e*2-(e>4?9:0),ha=e=>{let t=e.length;for(;--t>=0;)e[t]=0},sre=e=>{let t,n,r,i=e.w_size;t=e.hash_size,r=t;do n=e.head[--r],e.head[r]=n>=i?n-i:0;while(--t);t=i,r=t;do n=e.prev[--r],e.prev[r]=n>=i?n-i:0;while(--t)};let are=(e,t,n)=>(t<{const t=e.state;let n=t.pending;n>e.avail_out&&(n=e.avail_out),n!==0&&(e.output.set(t.pending_buf.subarray(t.pending_out,t.pending_out+n),e.next_out),e.next_out+=n,t.pending_out+=n,e.total_out+=n,e.avail_out-=n,t.pending-=n,t.pending===0&&(t.pending_out=0))},ni=(e,t)=>{Fne(e,e.block_start>=0?e.block_start:-1,e.strstart-e.block_start,t),e.block_start=e.strstart,Yr(e.strm)},et=(e,t)=>{e.pending_buf[e.pending++]=t},gf=(e,t)=>{e.pending_buf[e.pending++]=t>>>8&255,e.pending_buf[e.pending++]=t&255},Sx=(e,t,n,r)=>{let i=e.avail_in;return i>r&&(i=r),i===0?0:(e.avail_in-=i,t.set(e.input.subarray(e.next_in,e.next_in+i),n),e.state.wrap===1?e.adler=sp(e.adler,t,i,n):e.state.wrap===2&&(e.adler=Rn(e.adler,t,i,n)),e.next_in+=i,e.total_in+=i,i)},PN=(e,t)=>{let n=e.max_chain_length,r=e.strstart,i,o,s=e.prev_length,a=e.nice_match;const l=e.strstart>e.w_size-Uo?e.strstart-(e.w_size-Uo):0,u=e.window,c=e.w_mask,d=e.prev,f=e.strstart+ba;let h=u[r+s-1],p=u[r+s];e.prev_length>=e.good_match&&(n>>=2),a>e.lookahead&&(a=e.lookahead);do if(i=t,!(u[i+s]!==p||u[i+s-1]!==h||u[i]!==u[r]||u[++i]!==u[r+1])){r+=2,i++;do;while(u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&rs){if(e.match_start=t,s=o,o>=a)break;h=u[r+s-1],p=u[r+s]}}while((t=d[t&c])>l&&--n!==0);return s<=e.lookahead?s:e.lookahead},yd=e=>{const t=e.w_size;let n,r,i;do{if(r=e.window_size-e.lookahead-e.strstart,e.strstart>=t+(t-Uo)&&(e.window.set(e.window.subarray(t,t+t-r),0),e.match_start-=t,e.strstart-=t,e.block_start-=t,e.insert>e.strstart&&(e.insert=e.strstart),sre(e),r+=t),e.strm.avail_in===0)break;if(n=Sx(e.strm,e.window,e.strstart+e.lookahead,r),e.lookahead+=n,e.lookahead+e.insert>=He)for(i=e.strstart-e.insert,e.ins_h=e.window[i],e.ins_h=Na(e,e.ins_h,e.window[i+1]);e.insert&&(e.ins_h=Na(e,e.ins_h,e.window[i+He-1]),e.prev[i&e.w_mask]=e.head[e.ins_h],e.head[e.ins_h]=i,i++,e.insert--,!(e.lookahead+e.insert{let n=e.pending_buf_size-5>e.w_size?e.w_size:e.pending_buf_size-5,r,i,o,s=0,a=e.strm.avail_in;do{if(r=65535,o=e.bi_valid+42>>3,e.strm.avail_outi+e.strm.avail_in&&(r=i+e.strm.avail_in),r>o&&(r=o),r>8,e.pending_buf[e.pending-2]=~r,e.pending_buf[e.pending-1]=~r>>8,Yr(e.strm),i&&(i>r&&(i=r),e.strm.output.set(e.window.subarray(e.block_start,e.block_start+i),e.strm.next_out),e.strm.next_out+=i,e.strm.avail_out-=i,e.strm.total_out+=i,e.block_start+=i,r-=i),r&&(Sx(e.strm,e.strm.output,e.strm.next_out,r),e.strm.next_out+=r,e.strm.avail_out-=r,e.strm.total_out+=r)}while(s===0);return a-=e.strm.avail_in,a&&(a>=e.w_size?(e.matches=2,e.window.set(e.strm.input.subarray(e.strm.next_in-e.w_size,e.strm.next_in),0),e.strstart=e.w_size,e.insert=e.strstart):(e.window_size-e.strstart<=a&&(e.strstart-=e.w_size,e.window.set(e.window.subarray(e.w_size,e.w_size+e.strstart),0),e.matches<2&&e.matches++,e.insert>e.strstart&&(e.insert=e.strstart)),e.window.set(e.strm.input.subarray(e.strm.next_in-a,e.strm.next_in),e.strstart),e.strstart+=a,e.insert+=a>e.w_size-e.insert?e.w_size-e.insert:a),e.block_start=e.strstart),e.high_watero&&e.block_start>=e.w_size&&(e.block_start-=e.w_size,e.strstart-=e.w_size,e.window.set(e.window.subarray(e.w_size,e.w_size+e.strstart),0),e.matches<2&&e.matches++,o+=e.w_size,e.insert>e.strstart&&(e.insert=e.strstart)),o>e.strm.avail_in&&(o=e.strm.avail_in),o&&(Sx(e.strm,e.window,e.strstart,o),e.strstart+=o,e.insert+=o>e.w_size-e.insert?e.w_size-e.insert:o),e.high_water>3,o=e.pending_buf_size-o>65535?65535:e.pending_buf_size-o,n=o>e.w_size?e.w_size:o,i=e.strstart-e.block_start,(i>=n||(i||t===Ei)&&t!==Ma&&e.strm.avail_in===0&&i<=o)&&(r=i>o?o:i,s=t===Ei&&e.strm.avail_in===0&&r===i?1:0,gx(e,e.block_start,r,s),e.block_start+=r,Yr(e.strm)),s?uu:xr)},$S=(e,t)=>{let n,r;for(;;){if(e.lookahead=He&&(e.ins_h=Na(e,e.ins_h,e.window[e.strstart+He-1]),n=e.prev[e.strstart&e.w_mask]=e.head[e.ins_h],e.head[e.ins_h]=e.strstart),n!==0&&e.strstart-n<=e.w_size-Uo&&(e.match_length=PN(e,n)),e.match_length>=He)if(r=Ia(e,e.strstart-e.match_start,e.match_length-He),e.lookahead-=e.match_length,e.match_length<=e.max_lazy_match&&e.lookahead>=He){e.match_length--;do e.strstart++,e.ins_h=Na(e,e.ins_h,e.window[e.strstart+He-1]),n=e.prev[e.strstart&e.w_mask]=e.head[e.ins_h],e.head[e.ins_h]=e.strstart;while(--e.match_length!==0);e.strstart++}else e.strstart+=e.match_length,e.match_length=0,e.ins_h=e.window[e.strstart],e.ins_h=Na(e,e.ins_h,e.window[e.strstart+1]);else r=Ia(e,0,e.window[e.strstart]),e.lookahead--,e.strstart++;if(r&&(ni(e,!1),e.strm.avail_out===0))return xr}return e.insert=e.strstart{let n,r,i;for(;;){if(e.lookahead=He&&(e.ins_h=Na(e,e.ins_h,e.window[e.strstart+He-1]),n=e.prev[e.strstart&e.w_mask]=e.head[e.ins_h],e.head[e.ins_h]=e.strstart),e.prev_length=e.match_length,e.prev_match=e.match_start,e.match_length=He-1,n!==0&&e.prev_length4096)&&(e.match_length=He-1)),e.prev_length>=He&&e.match_length<=e.prev_length){i=e.strstart+e.lookahead-He,r=Ia(e,e.strstart-1-e.prev_match,e.prev_length-He),e.lookahead-=e.prev_length-1,e.prev_length-=2;do++e.strstart<=i&&(e.ins_h=Na(e,e.ins_h,e.window[e.strstart+He-1]),n=e.prev[e.strstart&e.w_mask]=e.head[e.ins_h],e.head[e.ins_h]=e.strstart);while(--e.prev_length!==0);if(e.match_available=0,e.match_length=He-1,e.strstart++,r&&(ni(e,!1),e.strm.avail_out===0))return xr}else if(e.match_available){if(r=Ia(e,0,e.window[e.strstart-1]),r&&ni(e,!1),e.strstart++,e.lookahead--,e.strm.avail_out===0)return xr}else e.match_available=1,e.strstart++,e.lookahead--}return e.match_available&&(r=Ia(e,0,e.window[e.strstart-1]),e.match_available=0),e.insert=e.strstart{let n,r,i,o;const s=e.window;for(;;){if(e.lookahead<=ba){if(yd(e),e.lookahead<=ba&&t===Ma)return xr;if(e.lookahead===0)break}if(e.match_length=0,e.lookahead>=He&&e.strstart>0&&(i=e.strstart-1,r=s[i],r===s[++i]&&r===s[++i]&&r===s[++i])){o=e.strstart+ba;do;while(r===s[++i]&&r===s[++i]&&r===s[++i]&&r===s[++i]&&r===s[++i]&&r===s[++i]&&r===s[++i]&&r===s[++i]&&ie.lookahead&&(e.match_length=e.lookahead)}if(e.match_length>=He?(n=Ia(e,1,e.match_length-He),e.lookahead-=e.match_length,e.strstart+=e.match_length,e.match_length=0):(n=Ia(e,0,e.window[e.strstart]),e.lookahead--,e.strstart++),n&&(ni(e,!1),e.strm.avail_out===0))return xr}return e.insert=0,t===Ei?(ni(e,!0),e.strm.avail_out===0?uu:jd):e.sym_next&&(ni(e,!1),e.strm.avail_out===0)?xr:Ud},ure=(e,t)=>{let n;for(;;){if(e.lookahead===0&&(yd(e),e.lookahead===0)){if(t===Ma)return xr;break}if(e.match_length=0,n=Ia(e,0,e.window[e.strstart]),e.lookahead--,e.strstart++,n&&(ni(e,!1),e.strm.avail_out===0))return xr}return e.insert=0,t===Ei?(ni(e,!0),e.strm.avail_out===0?uu:jd):e.sym_next&&(ni(e,!1),e.strm.avail_out===0)?xr:Ud};function bo(e,t,n,r,i){this.good_length=e,this.max_lazy=t,this.nice_length=n,this.max_chain=r,this.func=i}const Ff=[new bo(0,0,0,0,ON),new bo(4,4,8,4,$S),new bo(4,5,16,8,$S),new bo(4,6,32,32,$S),new bo(4,4,16,16,Hu),new bo(8,16,32,32,Hu),new bo(8,16,128,128,Hu),new bo(8,32,128,256,Hu),new bo(32,128,258,1024,Hu),new bo(32,258,258,4096,Hu)],cre=e=>{e.window_size=2*e.w_size,ha(e.head),e.max_lazy_match=Ff[e.level].max_lazy,e.good_match=Ff[e.level].good_length,e.nice_match=Ff[e.level].nice_length,e.max_chain_length=Ff[e.level].max_chain,e.strstart=0,e.block_start=0,e.lookahead=0,e.insert=0,e.match_length=e.prev_length=He-1,e.match_available=0,e.ins_h=0};function dre(){this.strm=null,this.status=0,this.pending_buf=null,this.pending_buf_size=0,this.pending_out=0,this.pending=0,this.wrap=0,this.gzhead=null,this.gzindex=0,this.method=h1,this.last_flush=-1,this.w_size=0,this.w_bits=0,this.w_mask=0,this.window=null,this.window_size=0,this.prev=null,this.head=null,this.ins_h=0,this.hash_size=0,this.hash_bits=0,this.hash_mask=0,this.hash_shift=0,this.block_start=0,this.match_length=0,this.prev_match=0,this.match_available=0,this.strstart=0,this.match_start=0,this.lookahead=0,this.prev_length=0,this.max_chain_length=0,this.max_lazy_match=0,this.level=0,this.strategy=0,this.good_match=0,this.nice_match=0,this.dyn_ltree=new Uint16Array(nre*2),this.dyn_dtree=new Uint16Array((2*ere+1)*2),this.bl_tree=new Uint16Array((2*tre+1)*2),ha(this.dyn_ltree),ha(this.dyn_dtree),ha(this.bl_tree),this.l_desc=null,this.d_desc=null,this.bl_desc=null,this.bl_count=new Uint16Array(rre+1),this.heap=new Uint16Array(2*mx+1),ha(this.heap),this.heap_len=0,this.heap_max=0,this.depth=new Uint16Array(2*mx+1),ha(this.depth),this.sym_buf=0,this.lit_bufsize=0,this.sym_next=0,this.sym_end=0,this.opt_len=0,this.static_len=0,this.matches=0,this.insert=0,this.bi_buf=0,this.bi_valid=0}const ag=e=>{if(!e)return 1;const t=e.state;return!t||t.strm!==e||t.status!==md&&t.status!==w5&&t.status!==yx&&t.status!==vx&&t.status!==_x&&t.status!==bx&&t.status!==zl&&t.status!==$f?1:0},RN=e=>{if(ag(e))return Ul(e,zo);e.total_in=e.total_out=0,e.data_type=Kne;const t=e.state;return t.pending=0,t.pending_out=0,t.wrap<0&&(t.wrap=-t.wrap),t.status=t.wrap===2?w5:t.wrap?md:zl,e.adler=t.wrap===2?0:1,t.last_flush=-2,$ne(t),Xn},IN=e=>{const t=RN(e);return t===Xn&&cre(e.state),t},fre=(e,t)=>ag(e)||e.state.wrap!==2?zo:(e.state.gzhead=t,Xn),MN=(e,t,n,r,i,o)=>{if(!e)return zo;let s=1;if(t===Vne&&(t=6),r<0?(s=0,r=-r):r>15&&(s=2,r-=16),i<1||i>Xne||n!==h1||r<8||r>15||t<0||t>9||o<0||o>Wne||r===8&&s!==1)return Ul(e,zo);r===8&&(r=9);const a=new dre;return e.state=a,a.strm=e,a.status=md,a.wrap=s,a.gzhead=null,a.w_bits=r,a.w_size=1<MN(e,t,h1,Yne,Zne,qne),pre=(e,t)=>{if(ag(e)||t>aA||t<0)return e?Ul(e,zo):zo;const n=e.state;if(!e.output||e.avail_in!==0&&!e.input||n.status===$f&&t!==Ei)return Ul(e,e.avail_out===0?LS:zo);const r=n.last_flush;if(n.last_flush=t,n.pending!==0){if(Yr(e),e.avail_out===0)return n.last_flush=-1,Xn}else if(e.avail_in===0&&uA(t)<=uA(r)&&t!==Ei)return Ul(e,LS);if(n.status===$f&&e.avail_in!==0)return Ul(e,LS);if(n.status===md&&n.wrap===0&&(n.status=zl),n.status===md){let i=h1+(n.w_bits-8<<4)<<8,o=-1;if(n.strategy>=cm||n.level<2?o=0:n.level<6?o=1:n.level===6?o=2:o=3,i|=o<<6,n.strstart!==0&&(i|=ire),i+=31-i%31,gf(n,i),n.strstart!==0&&(gf(n,e.adler>>>16),gf(n,e.adler&65535)),e.adler=1,n.status=zl,Yr(e),n.pending!==0)return n.last_flush=-1,Xn}if(n.status===w5){if(e.adler=0,et(n,31),et(n,139),et(n,8),n.gzhead)et(n,(n.gzhead.text?1:0)+(n.gzhead.hcrc?2:0)+(n.gzhead.extra?4:0)+(n.gzhead.name?8:0)+(n.gzhead.comment?16:0)),et(n,n.gzhead.time&255),et(n,n.gzhead.time>>8&255),et(n,n.gzhead.time>>16&255),et(n,n.gzhead.time>>24&255),et(n,n.level===9?2:n.strategy>=cm||n.level<2?4:0),et(n,n.gzhead.os&255),n.gzhead.extra&&n.gzhead.extra.length&&(et(n,n.gzhead.extra.length&255),et(n,n.gzhead.extra.length>>8&255)),n.gzhead.hcrc&&(e.adler=Rn(e.adler,n.pending_buf,n.pending,0)),n.gzindex=0,n.status=yx;else if(et(n,0),et(n,0),et(n,0),et(n,0),et(n,0),et(n,n.level===9?2:n.strategy>=cm||n.level<2?4:0),et(n,ore),n.status=zl,Yr(e),n.pending!==0)return n.last_flush=-1,Xn}if(n.status===yx){if(n.gzhead.extra){let i=n.pending,o=(n.gzhead.extra.length&65535)-n.gzindex;for(;n.pending+o>n.pending_buf_size;){let a=n.pending_buf_size-n.pending;if(n.pending_buf.set(n.gzhead.extra.subarray(n.gzindex,n.gzindex+a),n.pending),n.pending=n.pending_buf_size,n.gzhead.hcrc&&n.pending>i&&(e.adler=Rn(e.adler,n.pending_buf,n.pending-i,i)),n.gzindex+=a,Yr(e),n.pending!==0)return n.last_flush=-1,Xn;i=0,o-=a}let s=new Uint8Array(n.gzhead.extra);n.pending_buf.set(s.subarray(n.gzindex,n.gzindex+o),n.pending),n.pending+=o,n.gzhead.hcrc&&n.pending>i&&(e.adler=Rn(e.adler,n.pending_buf,n.pending-i,i)),n.gzindex=0}n.status=vx}if(n.status===vx){if(n.gzhead.name){let i=n.pending,o;do{if(n.pending===n.pending_buf_size){if(n.gzhead.hcrc&&n.pending>i&&(e.adler=Rn(e.adler,n.pending_buf,n.pending-i,i)),Yr(e),n.pending!==0)return n.last_flush=-1,Xn;i=0}n.gzindexi&&(e.adler=Rn(e.adler,n.pending_buf,n.pending-i,i)),n.gzindex=0}n.status=_x}if(n.status===_x){if(n.gzhead.comment){let 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t!==Ei?Xn:n.wrap<=0?lA:(n.wrap===2?(et(n,e.adler&255),et(n,e.adler>>8&255),et(n,e.adler>>16&255),et(n,e.adler>>24&255),et(n,e.total_in&255),et(n,e.total_in>>8&255),et(n,e.total_in>>16&255),et(n,e.total_in>>24&255)):(gf(n,e.adler>>>16),gf(n,e.adler&65535)),Yr(e),n.wrap>0&&(n.wrap=-n.wrap),n.pending!==0?Xn:lA)},gre=e=>{if(ag(e))return zo;const t=e.state.status;return e.state=null,t===zl?Ul(e,jne):Xn},mre=(e,t)=>{let n=t.length;if(ag(e))return zo;const r=e.state,i=r.wrap;if(i===2||i===1&&r.status!==md||r.lookahead)return zo;if(i===1&&(e.adler=sp(e.adler,t,n,0)),r.wrap=0,n>=r.w_size){i===0&&(ha(r.head),r.strstart=0,r.block_start=0,r.insert=0);let l=new Uint8Array(r.w_size);l.set(t.subarray(n-r.w_size,n),0),t=l,n=r.w_size}const o=e.avail_in,s=e.next_in,a=e.input;for(e.avail_in=n,e.next_in=0,e.input=t,yd(r);r.lookahead>=He;){let l=r.strstart,u=r.lookahead-(He-1);do 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t.wsize=0,t.whave=0,t.wnext=0,VN(e)},HN=(e,t)=>{let n;if(Cu(e))return Mi;const r=e.state;return t<0?(n=0,t=-t):(n=(t>>4)+5,t<48&&(t&=15)),t&&(t<8||t>15)?Mi:(r.window!==null&&r.wbits!==t&&(r.window=null),r.wrap=n,r.wbits=t,GN(e))},WN=(e,t)=>{if(!e)return Mi;const n=new iie;e.state=n,n.strm=e,n.window=null,n.mode=g1;const r=HN(e,t);return r!==cu&&(e.state=null),r},oie=e=>WN(e,rie);let FA=!0,jS,VS;const sie=e=>{if(FA){jS=new Int32Array(512),VS=new Int32Array(32);let t=0;for(;t<144;)e.lens[t++]=8;for(;t<256;)e.lens[t++]=9;for(;t<280;)e.lens[t++]=7;for(;t<288;)e.lens[t++]=8;for(oh($N,e.lens,0,288,jS,0,e.work,{bits:9}),t=0;t<32;)e.lens[t++]=5;oh(FN,e.lens,0,32,VS,0,e.work,{bits:5}),FA=!1}e.lencode=jS,e.lenbits=9,e.distcode=VS,e.distbits=5},qN=(e,t,n,r)=>{let i;const o=e.state;return o.window===null&&(o.wsize=1<=o.wsize?(o.window.set(t.subarray(n-o.wsize,n),0),o.wnext=0,o.whave=o.wsize):(i=o.wsize-o.wnext,i>r&&(i=r),o.window.set(t.subarray(n-r,n-r+i),o.wnext),r-=i,r?(o.window.set(t.subarray(n-r,n),0),o.wnext=r,o.whave=o.wsize):(o.wnext+=i,o.wnext===o.wsize&&(o.wnext=0),o.whave{let n,r,i,o,s,a,l,u,c,d,f,h,p,m,b=0,_,y,g,v,S,w,C,x;const A=new Uint8Array(4);let T,P;const L=new Uint8Array([16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15]);if(Cu(e)||!e.output||!e.input&&e.avail_in!==0)return Mi;n=e.state,n.mode===is&&(n.mode=BS),s=e.next_out,i=e.output,l=e.avail_out,o=e.next_in,r=e.input,a=e.avail_in,u=n.hold,c=n.bits,d=a,f=l,x=cu;e:for(;;)switch(n.mode){case g1:if(n.wrap===0){n.mode=BS;break}for(;c<16;){if(a===0)break e;a--,u+=r[o++]<>>8&255,n.check=Rn(n.check,A,2,0),u=0,c=0,n.mode=mA;break}if(n.head&&(n.head.done=!1),!(n.wrap&1)||(((u&255)<<8)+(u>>8))%31){e.msg="incorrect header check",n.mode=Dt;break}if((u&15)!==gA){e.msg="unknown compression 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end-of-block",n.mode=Dt;break}if(n.lenbits=9,T={bits:n.lenbits},x=oh($N,n.lens,0,n.nlen,n.lencode,0,n.work,T),n.lenbits=T.bits,x){e.msg="invalid literal/lengths set",n.mode=Dt;break}if(n.distbits=6,n.distcode=n.distdyn,T={bits:n.distbits},x=oh(FN,n.lens,n.nlen,n.ndist,n.distcode,0,n.work,T),n.distbits=T.bits,x){e.msg="invalid distances set",n.mode=Dt;break}if(n.mode=hm,t===fm)break e;case hm:n.mode=pm;case pm:if(a>=6&&l>=258){e.next_out=s,e.avail_out=l,e.next_in=o,e.avail_in=a,n.hold=u,n.bits=c,Vre(e,f),s=e.next_out,i=e.output,l=e.avail_out,o=e.next_in,r=e.input,a=e.avail_in,u=n.hold,c=n.bits,n.mode===is&&(n.back=-1);break}for(n.back=0;b=n.lencode[u&(1<>>24,y=b>>>16&255,g=b&65535,!(_<=c);){if(a===0)break e;a--,u+=r[o++]<>v)],_=b>>>24,y=b>>>16&255,g=b&65535,!(v+_<=c);){if(a===0)break e;a--,u+=r[o++]<>>=v,c-=v,n.back+=v}if(u>>>=_,c-=_,n.back+=_,n.length=g,y===0){n.mode=NA;break}if(y&32){n.back=-1,n.mode=is;break}if(y&64){e.msg="invalid literal/length 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e;i[s++]=n.length,l--,n.mode=pm;break;case US:if(n.wrap){for(;c<32;){if(a===0)break e;a--,u|=r[o++]<{if(Cu(e))return Mi;let t=e.state;return t.window&&(t.window=null),e.state=null,cu},uie=(e,t)=>{if(Cu(e))return Mi;const n=e.state;return n.wrap&2?(n.head=t,t.done=!1,cu):Mi},cie=(e,t)=>{const n=t.length;let r,i,o;return Cu(e)||(r=e.state,r.wrap!==0&&r.mode!==ky)?Mi:r.mode===ky&&(i=1,i=sp(i,t,n,0),i!==r.check)?BN:(o=qN(e,t,n,n),o?(r.mode=UN,zN):(r.havedict=1,cu))};var die=GN,fie=HN,hie=VN,pie=oie,gie=WN,mie=aie,yie=lie,vie=uie,_ie=cie,bie="pako inflate (from Nodeca project)",vs={inflateReset:die,inflateReset2:fie,inflateResetKeep:hie,inflateInit:pie,inflateInit2:gie,inflate:mie,inflateEnd:yie,inflateGetHeader:vie,inflateSetDictionary:_ie,inflateInfo:bie};function Sie(){this.text=0,this.time=0,this.xflags=0,this.os=0,this.extra=null,this.extra_len=0,this.name="",this.comment="",this.hcrc=0,this.done=!1}var wie=Sie;const KN=Object.prototype.toString,{Z_NO_FLUSH:xie,Z_FINISH:Cie,Z_OK:up,Z_STREAM_END:GS,Z_NEED_DICT:HS,Z_STREAM_ERROR:Eie,Z_DATA_ERROR:BA,Z_MEM_ERROR:Tie}=sg;function lg(e){this.options=p1.assign({chunkSize:1024*64,windowBits:15,to:""},e||{});const t=this.options;t.raw&&t.windowBits>=0&&t.windowBits<16&&(t.windowBits=-t.windowBits,t.windowBits===0&&(t.windowBits=-15)),t.windowBits>=0&&t.windowBits<16&&!(e&&e.windowBits)&&(t.windowBits+=32),t.windowBits>15&&t.windowBits<48&&(t.windowBits&15||(t.windowBits|=15)),this.err=0,this.msg="",this.ended=!1,this.chunks=[],this.strm=new DN,this.strm.avail_out=0;let n=vs.inflateInit2(this.strm,t.windowBits);if(n!==up)throw new Error(gd[n]);if(this.header=new wie,vs.inflateGetHeader(this.strm,this.header),t.dictionary&&(typeof t.dictionary=="string"?t.dictionary=lp.string2buf(t.dictionary):KN.call(t.dictionary)==="[object ArrayBuffer]"&&(t.dictionary=new Uint8Array(t.dictionary)),t.raw&&(n=vs.inflateSetDictionary(this.strm,t.dictionary),n!==up)))throw new Error(gd[n])}lg.prototype.push=function(e,t){const n=this.strm,r=this.options.chunkSize,i=this.options.dictionary;let o,s,a;if(this.ended)return!1;for(t===~~t?s=t:s=t===!0?Cie:xie,KN.call(e)==="[object ArrayBuffer]"?n.input=new Uint8Array(e):n.input=e,n.next_in=0,n.avail_in=n.input.length;;){for(n.avail_out===0&&(n.output=new Uint8Array(r),n.next_out=0,n.avail_out=r),o=vs.inflate(n,s),o===HS&&i&&(o=vs.inflateSetDictionary(n,i),o===up?o=vs.inflate(n,s):o===BA&&(o=HS));n.avail_in>0&&o===GS&&n.state.wrap>0&&e[n.next_in]!==0;)vs.inflateReset(n),o=vs.inflate(n,s);switch(o){case Eie:case BA:case HS:case Tie:return this.onEnd(o),this.ended=!0,!1}if(a=n.avail_out,n.next_out&&(n.avail_out===0||o===GS))if(this.options.to==="string"){let l=lp.utf8border(n.output,n.next_out),u=n.next_out-l,c=lp.buf2string(n.output,l);n.next_out=u,n.avail_out=r-u,u&&n.output.set(n.output.subarray(l,l+u),0),this.onData(c)}else 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Lt;(function(e){e[e.GRAYSCALE=0]="GRAYSCALE",e[e.TRUE_COLOR=2]="TRUE_COLOR",e[e.PALETTE=3]="PALETTE",e[e.GRAYSCALE_WITH_ALPHA=4]="GRAYSCALE_WITH_ALPHA",e[e.TRUE_COLOR_WITH_ALPHA=6]="TRUE_COLOR_WITH_ALPHA"})(Lt||(Lt={}));const Lie={[Lt.GRAYSCALE]:1,[Lt.TRUE_COLOR]:3,[Lt.PALETTE]:1,[Lt.GRAYSCALE_WITH_ALPHA]:2,[Lt.TRUE_COLOR_WITH_ALPHA]:4},$ie=1;var Jr;(function(e){e[e.NONE=0]="NONE",e[e.SUB=1]="SUB",e[e.UP=2]="UP",e[e.AVERAGE=3]="AVERAGE",e[e.PAETH=4]="PAETH"})(Jr||(Jr={}));const Fie={[Jr.NONE](e){return e},[Jr.SUB](e,t){const n=new Uint8Array(e.length);for(let r=0;r>1;r[i]=e[i]+a}return r},[Jr.PAETH](e,t,n){const r=new Uint8Array(e.length);for(let i=0;i>7&1,i>>6&1,i>>5&1,i>>4&1,i>>3&1,i>>2&1,i>>1&1,i&1)}else if(t===2){const i=e[r++];n.push(i>>6&3,i>>4&3,i>>2&3,i&3)}else if(t===4){const i=e[r++];n.push(i>>4&15,i&15)}else if(t===8){const i=e[r++];n.push(i)}else if(t===16)n.push(e[r++]<<8|e[r++]);else throw new Error("Unsupported depth: "+t);return n}const QN=[{x:[0],y:[0]},{x:[4],y:[0]},{x:[0,4],y:[4]},{x:[2,6],y:[0,4]},{x:[0,2,4,6],y:[2,6]},{x:[1,3,5,7],y:[0,2,4,6]},{x:[0,1,2,3,4,5,6,7],y:[1,3,5,7]}];function zie(e,t,n){if(!e)return[{passWidth:t,passHeight:n,passIndex:0}];const r=[];return QN.forEach(function({x:i,y:o},s){const a=t%8,l=n%8,u=t-a>>3,c=n-l>>3;let d=u*i.length;for(let h=0;h>3||1;let p=0,m=new Uint8Array;for(let b=0;b>3)+$ie,w=u[p];if(!(w in Jr))throw new Error("Unsupported filter type: "+w);const C=Fie[w],x=C(u.slice(p+1,p+S),h,m);m=x;let A=0;const T=Bie(x,o);for(let L=0;L<_;L++){const R=P();a&&R[0]===a[0]&&R[1]===a[1]&&R[2]===a[2]&&(R[3]=0);const E=Uie(t,r,g,L,v);for(let k=0;k127)if(r>191&&r<224){if(t>=e.length)throw new Error("UTF-8 decode: incomplete 2-byte sequence");r=(r&31)<<6|e[t++]&63}else if(r>223&&r<240){if(t+1>=e.length)throw new Error("UTF-8 decode: incomplete 3-byte sequence");r=(r&15)<<12|(e[t++]&63)<<6|e[t++]&63}else if(r>239&&r<248){if(t+2>=e.length)throw new Error("UTF-8 decode: incomplete 4-byte 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D="";for(;iJN.safeParse(e).success||Wie.safeParse(e).success;j.enum(["connection","direct","any"]);const 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0?n.returnDetails:this.options.returnDetails,o=n.keySeparator!==void 0?n.keySeparator:this.options.keySeparator,{key:s,namespaces:a}=this.extractFromKey(t[t.length-1],n),l=a[a.length-1],u=n.lng||this.language,c=n.appendNamespaceToCIMode||this.options.appendNamespaceToCIMode;if(u&&u.toLowerCase()==="cimode"){if(c){const v=n.nsSeparator||this.options.nsSeparator;return i?{res:`${l}${v}${s}`,usedKey:s,exactUsedKey:s,usedLng:u,usedNS:l}:`${l}${v}${s}`}return i?{res:s,usedKey:s,exactUsedKey:s,usedLng:u,usedNS:l}:s}const d=this.resolve(t,n);let f=d&&d.res;const h=d&&d.usedKey||s,p=d&&d.exactUsedKey||s,m=Object.prototype.toString.apply(f),b=["[object Number]","[object Function]","[object RegExp]"],_=n.joinArrays!==void 0?n.joinArrays:this.options.joinArrays,y=!this.i18nFormat||this.i18nFormat.handleAsObject;if(y&&f&&(typeof f!="string"&&typeof f!="boolean"&&typeof f!="number")&&b.indexOf(m)<0&&!(typeof _=="string"&&m==="[object Array]")){if(!n.returnObjects&&!this.options.returnObjects){this.options.returnedObjectHandler||this.logger.warn("accessing an object - but returnObjects options is not enabled!");const v=this.options.returnedObjectHandler?this.options.returnedObjectHandler(h,f,{...n,ns:a}):`key '${s} (${this.language})' returned an object instead of string.`;return i?(d.res=v,d):v}if(o){const v=m==="[object Array]",S=v?[]:{},w=v?p:h;for(const C in f)if(Object.prototype.hasOwnProperty.call(f,C)){const x=`${w}${o}${C}`;S[C]=this.translate(x,{...n,joinArrays:!1,ns:a}),S[C]===x&&(S[C]=f[C])}f=S}}else if(y&&typeof _=="string"&&m==="[object Array]")f=f.join(_),f&&(f=this.extendTranslation(f,t,n,r));else{let v=!1,S=!1;const w=n.count!==void 0&&typeof n.count!="string",C=Jy.hasDefaultValue(n),x=w?this.pluralResolver.getSuffix(u,n.count,n):"",A=n.ordinal&&w?this.pluralResolver.getSuffix(u,n.count,{ordinal:!1}):"",T=n[`defaultValue${x}`]||n[`defaultValue${A}`]||n.defaultValue;!this.isValidLookup(f)&&C&&(v=!0,f=T),this.isValidLookup(f)||(S=!0,f=s);const L=(n.missingKeyNoValueFallbackToKey||this.options.missingKeyNoValueFallbackToKey)&&S?void 0:f,R=C&&T!==f&&this.options.updateMissing;if(S||v||R){if(this.logger.log(R?"updateKey":"missingKey",u,l,s,R?T:f),o){const $=this.resolve(s,{...n,keySeparator:!1});$&&$.res&&this.logger.warn("Seems the loaded translations were in flat JSON format instead of nested. Either set keySeparator: false on init or make sure your translations are published in nested format.")}let E=[];const k=this.languageUtils.getFallbackCodes(this.options.fallbackLng,n.lng||this.language);if(this.options.saveMissingTo==="fallback"&&k&&k[0])for(let $=0;${const D=C&&O!==f?O:L;this.options.missingKeyHandler?this.options.missingKeyHandler($,l,M,D,R,n):this.backendConnector&&this.backendConnector.saveMissing&&this.backendConnector.saveMissing($,l,M,D,R,n),this.emit("missingKey",$,l,M,f)};this.options.saveMissing&&(this.options.saveMissingPlurals&&w?E.forEach($=>{this.pluralResolver.getSuffixes($,n).forEach(M=>{N([$],s+M,n[`defaultValue${M}`]||T)})}):N(E,s,T))}f=this.extendTranslation(f,t,n,d,r),S&&f===s&&this.options.appendNamespaceToMissingKey&&(f=`${l}:${s}`),(S||v)&&this.options.parseMissingKeyHandler&&(this.options.compatibilityAPI!=="v1"?f=this.options.parseMissingKeyHandler(this.options.appendNamespaceToMissingKey?`${l}:${s}`:s,v?f:void 0):f=this.options.parseMissingKeyHandler(f))}return i?(d.res=f,d):f}extendTranslation(t,n,r,i,o){var s=this;if(this.i18nFormat&&this.i18nFormat.parse)t=this.i18nFormat.parse(t,{...this.options.interpolation.defaultVariables,...r},i.usedLng,i.usedNS,i.usedKey,{resolved:i});else if(!r.skipInterpolation){r.interpolation&&this.interpolator.init({...r,interpolation:{...this.options.interpolation,...r.interpolation}});const u=typeof t=="string"&&(r&&r.interpolation&&r.interpolation.skipOnVariables!==void 0?r.interpolation.skipOnVariables:this.options.interpolation.skipOnVariables);let c;if(u){const f=t.match(this.interpolator.nestingRegexp);c=f&&f.length}let d=r.replace&&typeof r.replace!="string"?r.replace:r;if(this.options.interpolation.defaultVariables&&(d={...this.options.interpolation.defaultVariables,...d}),t=this.interpolator.interpolate(t,d,r.lng||this.language,r),u){const f=t.match(this.interpolator.nestingRegexp),h=f&&f.length;c1&&arguments[1]!==void 0?arguments[1]:{},r,i,o,s,a;return typeof t=="string"&&(t=[t]),t.forEach(l=>{if(this.isValidLookup(r))return;const u=this.extractFromKey(l,n),c=u.key;i=c;let d=u.namespaces;this.options.fallbackNS&&(d=d.concat(this.options.fallbackNS));const f=n.count!==void 0&&typeof n.count!="string",h=f&&!n.ordinal&&n.count===0&&this.pluralResolver.shouldUseIntlApi(),p=n.context!==void 0&&(typeof n.context=="string"||typeof n.context=="number")&&n.context!=="",m=n.lngs?n.lngs:this.languageUtils.toResolveHierarchy(n.lng||this.language,n.fallbackLng);d.forEach(b=>{this.isValidLookup(r)||(a=b,!h8[`${m[0]}-${b}`]&&this.utils&&this.utils.hasLoadedNamespace&&!this.utils.hasLoadedNamespace(a)&&(h8[`${m[0]}-${b}`]=!0,this.logger.warn(`key "${i}" for languages "${m.join(", ")}" won't get resolved as namespace "${a}" was not yet loaded`,"This means something IS WRONG in your setup. You access the t function before i18next.init / i18next.loadNamespace / i18next.changeLanguage was done. Wait for the callback or Promise to resolve before accessing it!!!")),m.forEach(_=>{if(this.isValidLookup(r))return;s=_;const y=[c];if(this.i18nFormat&&this.i18nFormat.addLookupKeys)this.i18nFormat.addLookupKeys(y,c,_,b,n);else{let v;f&&(v=this.pluralResolver.getSuffix(_,n.count,n));const S=`${this.options.pluralSeparator}zero`,w=`${this.options.pluralSeparator}ordinal${this.options.pluralSeparator}`;if(f&&(y.push(c+v),n.ordinal&&v.indexOf(w)===0&&y.push(c+v.replace(w,this.options.pluralSeparator)),h&&y.push(c+S)),p){const C=`${c}${this.options.contextSeparator}${n.context}`;y.push(C),f&&(y.push(C+v),n.ordinal&&v.indexOf(w)===0&&y.push(C+v.replace(w,this.options.pluralSeparator)),h&&y.push(C+S))}}let g;for(;g=y.pop();)this.isValidLookup(r)||(o=g,r=this.getResource(_,b,g,n))}))})}),{res:r,usedKey:i,exactUsedKey:o,usedLng:s,usedNS:a}}isValidLookup(t){return t!==void 0&&!(!this.options.returnNull&&t===null)&&!(!this.options.returnEmptyString&&t==="")}getResource(t,n,r){let i=arguments.length>3&&arguments[3]!==void 0?arguments[3]:{};return this.i18nFormat&&this.i18nFormat.getResource?this.i18nFormat.getResource(t,n,r,i):this.resourceStore.getResource(t,n,r,i)}static hasDefaultValue(t){const n="defaultValue";for(const r in t)if(Object.prototype.hasOwnProperty.call(t,r)&&n===r.substring(0,n.length)&&t[r]!==void 0)return!0;return!1}}function u2(e){return e.charAt(0).toUpperCase()+e.slice(1)}class p8{constructor(t){this.options=t,this.supportedLngs=this.options.supportedLngs||!1,this.logger=Do.create("languageUtils")}getScriptPartFromCode(t){if(t=Qy(t),!t||t.indexOf("-")<0)return null;const n=t.split("-");return n.length===2||(n.pop(),n[n.length-1].toLowerCase()==="x")?null:this.formatLanguageCode(n.join("-"))}getLanguagePartFromCode(t){if(t=Qy(t),!t||t.indexOf("-")<0)return t;const n=t.split("-");return this.formatLanguageCode(n[0])}formatLanguageCode(t){if(typeof t=="string"&&t.indexOf("-")>-1){const n=["hans","hant","latn","cyrl","cans","mong","arab"];let r=t.split("-");return this.options.lowerCaseLng?r=r.map(i=>i.toLowerCase()):r.length===2?(r[0]=r[0].toLowerCase(),r[1]=r[1].toUpperCase(),n.indexOf(r[1].toLowerCase())>-1&&(r[1]=u2(r[1].toLowerCase()))):r.length===3&&(r[0]=r[0].toLowerCase(),r[1].length===2&&(r[1]=r[1].toUpperCase()),r[0]!=="sgn"&&r[2].length===2&&(r[2]=r[2].toUpperCase()),n.indexOf(r[1].toLowerCase())>-1&&(r[1]=u2(r[1].toLowerCase())),n.indexOf(r[2].toLowerCase())>-1&&(r[2]=u2(r[2].toLowerCase()))),r.join("-")}return this.options.cleanCode||this.options.lowerCaseLng?t.toLowerCase():t}isSupportedCode(t){return(this.options.load==="languageOnly"||this.options.nonExplicitSupportedLngs)&&(t=this.getLanguagePartFromCode(t)),!this.supportedLngs||!this.supportedLngs.length||this.supportedLngs.indexOf(t)>-1}getBestMatchFromCodes(t){if(!t)return null;let n;return t.forEach(r=>{if(n)return;const i=this.formatLanguageCode(r);(!this.options.supportedLngs||this.isSupportedCode(i))&&(n=i)}),!n&&this.options.supportedLngs&&t.forEach(r=>{if(n)return;const i=this.getLanguagePartFromCode(r);if(this.isSupportedCode(i))return n=i;n=this.options.supportedLngs.find(o=>{if(o===i)return o;if(!(o.indexOf("-")<0&&i.indexOf("-")<0)&&o.indexOf(i)===0)return o})}),n||(n=this.getFallbackCodes(this.options.fallbackLng)[0]),n}getFallbackCodes(t,n){if(!t)return[];if(typeof t=="function"&&(t=t(n)),typeof t=="string"&&(t=[t]),Object.prototype.toString.apply(t)==="[object Array]")return t;if(!n)return t.default||[];let r=t[n];return r||(r=t[this.getScriptPartFromCode(n)]),r||(r=t[this.formatLanguageCode(n)]),r||(r=t[this.getLanguagePartFromCode(n)]),r||(r=t.default),r||[]}toResolveHierarchy(t,n){const r=this.getFallbackCodes(n||this.options.fallbackLng||[],t),i=[],o=s=>{s&&(this.isSupportedCode(s)?i.push(s):this.logger.warn(`rejecting language code not found in supportedLngs: ${s}`))};return typeof t=="string"&&(t.indexOf("-")>-1||t.indexOf("_")>-1)?(this.options.load!=="languageOnly"&&o(this.formatLanguageCode(t)),this.options.load!=="languageOnly"&&this.options.load!=="currentOnly"&&o(this.getScriptPartFromCode(t)),this.options.load!=="currentOnly"&&o(this.getLanguagePartFromCode(t))):typeof t=="string"&&o(this.formatLanguageCode(t)),r.forEach(s=>{i.indexOf(s)<0&&o(this.formatLanguageCode(s))}),i}}let Khe=[{lngs:["ach","ak","am","arn","br","fil","gun","ln","mfe","mg","mi","oc","pt","pt-BR","tg","tl","ti","tr","uz","wa"],nr:[1,2],fc:1},{lngs:["af","an","ast","az","bg","bn","ca","da","de","dev","el","en","eo","es","et","eu","fi","fo","fur","fy","gl","gu","ha","hi","hu","hy","ia","it","kk","kn","ku","lb","mai","ml","mn","mr","nah","nap","nb","ne","nl","nn","no","nso","pa","pap","pms","ps","pt-PT","rm","sco","se","si","so","son","sq","sv","sw","ta","te","tk","ur","yo"],nr:[1,2],fc:2},{lngs:["ay","bo","cgg","fa","ht","id","ja","jbo","ka","km","ko","ky","lo","ms","sah","su","th","tt","ug","vi","wo","zh"],nr:[1],fc:3},{lngs:["be","bs","cnr","dz","hr","ru","sr","uk"],nr:[1,2,5],fc:4},{lngs:["ar"],nr:[0,1,2,3,11,100],fc:5},{lngs:["cs","sk"],nr:[1,2,5],fc:6},{lngs:["csb","pl"],nr:[1,2,5],fc:7},{lngs:["cy"],nr:[1,2,3,8],fc:8},{lngs:["fr"],nr:[1,2],fc:9},{lngs:["ga"],nr:[1,2,3,7,11],fc:10},{lngs:["gd"],nr:[1,2,3,20],fc:11},{lngs:["is"],nr:[1,2],fc:12},{lngs:["jv"],nr:[0,1],fc:13},{lngs:["kw"],nr:[1,2,3,4],fc:14},{lngs:["lt"],nr:[1,2,10],fc:15},{lngs:["lv"],nr:[1,2,0],fc:16},{lngs:["mk"],nr:[1,2],fc:17},{lngs:["mnk"],nr:[0,1,2],fc:18},{lngs:["mt"],nr:[1,2,11,20],fc:19},{lngs:["or"],nr:[2,1],fc:2},{lngs:["ro"],nr:[1,2,20],fc:20},{lngs:["sl"],nr:[5,1,2,3],fc:21},{lngs:["he","iw"],nr:[1,2,20,21],fc:22}],Xhe={1:function(e){return+(e>1)},2:function(e){return+(e!=1)},3:function(e){return 0},4:function(e){return e%10==1&&e%100!=11?0:e%10>=2&&e%10<=4&&(e%100<10||e%100>=20)?1:2},5:function(e){return e==0?0:e==1?1:e==2?2:e%100>=3&&e%100<=10?3:e%100>=11?4:5},6:function(e){return e==1?0:e>=2&&e<=4?1:2},7:function(e){return e==1?0:e%10>=2&&e%10<=4&&(e%100<10||e%100>=20)?1:2},8:function(e){return e==1?0:e==2?1:e!=8&&e!=11?2:3},9:function(e){return+(e>=2)},10:function(e){return e==1?0:e==2?1:e<7?2:e<11?3:4},11:function(e){return e==1||e==11?0:e==2||e==12?1:e>2&&e<20?2:3},12:function(e){return+(e%10!=1||e%100==11)},13:function(e){return+(e!==0)},14:function(e){return e==1?0:e==2?1:e==3?2:3},15:function(e){return e%10==1&&e%100!=11?0:e%10>=2&&(e%100<10||e%100>=20)?1:2},16:function(e){return e%10==1&&e%100!=11?0:e!==0?1:2},17:function(e){return e==1||e%10==1&&e%100!=11?0:1},18:function(e){return e==0?0:e==1?1:2},19:function(e){return e==1?0:e==0||e%100>1&&e%100<11?1:e%100>10&&e%100<20?2:3},20:function(e){return e==1?0:e==0||e%100>0&&e%100<20?1:2},21:function(e){return e%100==1?1:e%100==2?2:e%100==3||e%100==4?3:0},22:function(e){return e==1?0:e==2?1:(e<0||e>10)&&e%10==0?2:3}};const Yhe=["v1","v2","v3"],Zhe=["v4"],g8={zero:0,one:1,two:2,few:3,many:4,other:5};function Qhe(){const e={};return Khe.forEach(t=>{t.lngs.forEach(n=>{e[n]={numbers:t.nr,plurals:Xhe[t.fc]}})}),e}class Jhe{constructor(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};this.languageUtils=t,this.options=n,this.logger=Do.create("pluralResolver"),(!this.options.compatibilityJSON||Zhe.includes(this.options.compatibilityJSON))&&(typeof Intl>"u"||!Intl.PluralRules)&&(this.options.compatibilityJSON="v3",this.logger.error("Your environment seems not to be Intl API compatible, use an Intl.PluralRules polyfill. Will fallback to the compatibilityJSON v3 format handling.")),this.rules=Qhe()}addRule(t,n){this.rules[t]=n}getRule(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};if(this.shouldUseIntlApi())try{return new Intl.PluralRules(Qy(t),{type:n.ordinal?"ordinal":"cardinal"})}catch{return}return this.rules[t]||this.rules[this.languageUtils.getLanguagePartFromCode(t)]}needsPlural(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};const r=this.getRule(t,n);return this.shouldUseIntlApi()?r&&r.resolvedOptions().pluralCategories.length>1:r&&r.numbers.length>1}getPluralFormsOfKey(t,n){let r=arguments.length>2&&arguments[2]!==void 0?arguments[2]:{};return this.getSuffixes(t,r).map(i=>`${n}${i}`)}getSuffixes(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};const r=this.getRule(t,n);return r?this.shouldUseIntlApi()?r.resolvedOptions().pluralCategories.sort((i,o)=>g8[i]-g8[o]).map(i=>`${this.options.prepend}${n.ordinal?`ordinal${this.options.prepend}`:""}${i}`):r.numbers.map(i=>this.getSuffix(t,i,n)):[]}getSuffix(t,n){let r=arguments.length>2&&arguments[2]!==void 0?arguments[2]:{};const i=this.getRule(t,r);return i?this.shouldUseIntlApi()?`${this.options.prepend}${r.ordinal?`ordinal${this.options.prepend}`:""}${i.select(n)}`:this.getSuffixRetroCompatible(i,n):(this.logger.warn(`no plural rule found for: ${t}`),"")}getSuffixRetroCompatible(t,n){const r=t.noAbs?t.plurals(n):t.plurals(Math.abs(n));let i=t.numbers[r];this.options.simplifyPluralSuffix&&t.numbers.length===2&&t.numbers[0]===1&&(i===2?i="plural":i===1&&(i=""));const o=()=>this.options.prepend&&i.toString()?this.options.prepend+i.toString():i.toString();return this.options.compatibilityJSON==="v1"?i===1?"":typeof i=="number"?`_plural_${i.toString()}`:o():this.options.compatibilityJSON==="v2"||this.options.simplifyPluralSuffix&&t.numbers.length===2&&t.numbers[0]===1?o():this.options.prepend&&r.toString()?this.options.prepend+r.toString():r.toString()}shouldUseIntlApi(){return!Yhe.includes(this.options.compatibilityJSON)}}function m8(e,t,n){let r=arguments.length>3&&arguments[3]!==void 0?arguments[3]:".",i=arguments.length>4&&arguments[4]!==void 0?arguments[4]:!0,o=Vhe(e,t,n);return!o&&i&&typeof n=="string"&&(o=Zy(e,n,r),o===void 0&&(o=Zy(t,n,r))),o}class epe{constructor(){let t=arguments.length>0&&arguments[0]!==void 0?arguments[0]:{};this.logger=Do.create("interpolator"),this.options=t,this.format=t.interpolation&&t.interpolation.format||(n=>n),this.init(t)}init(){let t=arguments.length>0&&arguments[0]!==void 0?arguments[0]:{};t.interpolation||(t.interpolation={escapeValue:!0});const n=t.interpolation;this.escape=n.escape!==void 0?n.escape:Hhe,this.escapeValue=n.escapeValue!==void 0?n.escapeValue:!0,this.useRawValueToEscape=n.useRawValueToEscape!==void 0?n.useRawValueToEscape:!1,this.prefix=n.prefix?Zu(n.prefix):n.prefixEscaped||"{{",this.suffix=n.suffix?Zu(n.suffix):n.suffixEscaped||"}}",this.formatSeparator=n.formatSeparator?n.formatSeparator:n.formatSeparator||",",this.unescapePrefix=n.unescapeSuffix?"":n.unescapePrefix||"-",this.unescapeSuffix=this.unescapePrefix?"":n.unescapeSuffix||"",this.nestingPrefix=n.nestingPrefix?Zu(n.nestingPrefix):n.nestingPrefixEscaped||Zu("$t("),this.nestingSuffix=n.nestingSuffix?Zu(n.nestingSuffix):n.nestingSuffixEscaped||Zu(")"),this.nestingOptionsSeparator=n.nestingOptionsSeparator?n.nestingOptionsSeparator:n.nestingOptionsSeparator||",",this.maxReplaces=n.maxReplaces?n.maxReplaces:1e3,this.alwaysFormat=n.alwaysFormat!==void 0?n.alwaysFormat:!1,this.resetRegExp()}reset(){this.options&&this.init(this.options)}resetRegExp(){const t=`${this.prefix}(.+?)${this.suffix}`;this.regexp=new RegExp(t,"g");const n=`${this.prefix}${this.unescapePrefix}(.+?)${this.unescapeSuffix}${this.suffix}`;this.regexpUnescape=new RegExp(n,"g");const r=`${this.nestingPrefix}(.+?)${this.nestingSuffix}`;this.nestingRegexp=new RegExp(r,"g")}interpolate(t,n,r,i){let o,s,a;const l=this.options&&this.options.interpolation&&this.options.interpolation.defaultVariables||{};function u(p){return p.replace(/\$/g,"$$$$")}const c=p=>{if(p.indexOf(this.formatSeparator)<0){const y=m8(n,l,p,this.options.keySeparator,this.options.ignoreJSONStructure);return this.alwaysFormat?this.format(y,void 0,r,{...i,...n,interpolationkey:p}):y}const m=p.split(this.formatSeparator),b=m.shift().trim(),_=m.join(this.formatSeparator).trim();return this.format(m8(n,l,b,this.options.keySeparator,this.options.ignoreJSONStructure),_,r,{...i,...n,interpolationkey:b})};this.resetRegExp();const d=i&&i.missingInterpolationHandler||this.options.missingInterpolationHandler,f=i&&i.interpolation&&i.interpolation.skipOnVariables!==void 0?i.interpolation.skipOnVariables:this.options.interpolation.skipOnVariables;return[{regex:this.regexpUnescape,safeValue:p=>u(p)},{regex:this.regexp,safeValue:p=>this.escapeValue?u(this.escape(p)):u(p)}].forEach(p=>{for(a=0;o=p.regex.exec(t);){const m=o[1].trim();if(s=c(m),s===void 0)if(typeof d=="function"){const _=d(t,o,i);s=typeof _=="string"?_:""}else if(i&&Object.prototype.hasOwnProperty.call(i,m))s="";else if(f){s=o[0];continue}else this.logger.warn(`missed to pass in variable ${m} for interpolating ${t}`),s="";else typeof s!="string"&&!this.useRawValueToEscape&&(s=c8(s));const b=p.safeValue(s);if(t=t.replace(o[0],b),f?(p.regex.lastIndex+=s.length,p.regex.lastIndex-=o[0].length):p.regex.lastIndex=0,a++,a>=this.maxReplaces)break}}),t}nest(t,n){let r=arguments.length>2&&arguments[2]!==void 0?arguments[2]:{},i,o,s;function a(l,u){const c=this.nestingOptionsSeparator;if(l.indexOf(c)<0)return l;const d=l.split(new RegExp(`${c}[ ]*{`));let f=`{${d[1]}`;l=d[0],f=this.interpolate(f,s);const h=f.match(/'/g),p=f.match(/"/g);(h&&h.length%2===0&&!p||p.length%2!==0)&&(f=f.replace(/'/g,'"'));try{s=JSON.parse(f),u&&(s={...u,...s})}catch(m){return this.logger.warn(`failed parsing options string in nesting for key ${l}`,m),`${l}${c}${f}`}return delete s.defaultValue,l}for(;i=this.nestingRegexp.exec(t);){let l=[];s={...r},s=s.replace&&typeof s.replace!="string"?s.replace:s,s.applyPostProcessor=!1,delete s.defaultValue;let u=!1;if(i[0].indexOf(this.formatSeparator)!==-1&&!/{.*}/.test(i[1])){const c=i[1].split(this.formatSeparator).map(d=>d.trim());i[1]=c.shift(),l=c,u=!0}if(o=n(a.call(this,i[1].trim(),s),s),o&&i[0]===t&&typeof o!="string")return o;typeof o!="string"&&(o=c8(o)),o||(this.logger.warn(`missed to resolve ${i[1]} for nesting ${t}`),o=""),u&&(o=l.reduce((c,d)=>this.format(c,d,r.lng,{...r,interpolationkey:i[1].trim()}),o.trim())),t=t.replace(i[0],o),this.regexp.lastIndex=0}return t}}function tpe(e){let t=e.toLowerCase().trim();const n={};if(e.indexOf("(")>-1){const r=e.split("(");t=r[0].toLowerCase().trim();const i=r[1].substring(0,r[1].length-1);t==="currency"&&i.indexOf(":")<0?n.currency||(n.currency=i.trim()):t==="relativetime"&&i.indexOf(":")<0?n.range||(n.range=i.trim()):i.split(";").forEach(s=>{if(!s)return;const[a,...l]=s.split(":"),u=l.join(":").trim().replace(/^'+|'+$/g,"");n[a.trim()]||(n[a.trim()]=u),u==="false"&&(n[a.trim()]=!1),u==="true"&&(n[a.trim()]=!0),isNaN(u)||(n[a.trim()]=parseInt(u,10))})}return{formatName:t,formatOptions:n}}function Qu(e){const t={};return function(r,i,o){const s=i+JSON.stringify(o);let a=t[s];return a||(a=e(Qy(i),o),t[s]=a),a(r)}}class npe{constructor(){let t=arguments.length>0&&arguments[0]!==void 0?arguments[0]:{};this.logger=Do.create("formatter"),this.options=t,this.formats={number:Qu((n,r)=>{const i=new Intl.NumberFormat(n,{...r});return o=>i.format(o)}),currency:Qu((n,r)=>{const i=new Intl.NumberFormat(n,{...r,style:"currency"});return o=>i.format(o)}),datetime:Qu((n,r)=>{const i=new Intl.DateTimeFormat(n,{...r});return o=>i.format(o)}),relativetime:Qu((n,r)=>{const i=new Intl.RelativeTimeFormat(n,{...r});return o=>i.format(o,r.range||"day")}),list:Qu((n,r)=>{const i=new Intl.ListFormat(n,{...r});return o=>i.format(o)})},this.init(t)}init(t){const r=(arguments.length>1&&arguments[1]!==void 0?arguments[1]:{interpolation:{}}).interpolation;this.formatSeparator=r.formatSeparator?r.formatSeparator:r.formatSeparator||","}add(t,n){this.formats[t.toLowerCase().trim()]=n}addCached(t,n){this.formats[t.toLowerCase().trim()]=Qu(n)}format(t,n,r){let i=arguments.length>3&&arguments[3]!==void 0?arguments[3]:{};return n.split(this.formatSeparator).reduce((a,l)=>{const{formatName:u,formatOptions:c}=tpe(l);if(this.formats[u]){let d=a;try{const f=i&&i.formatParams&&i.formatParams[i.interpolationkey]||{},h=f.locale||f.lng||i.locale||i.lng||r;d=this.formats[u](a,h,{...c,...i,...f})}catch(f){this.logger.warn(f)}return d}else this.logger.warn(`there was no format function for ${u}`);return a},t)}}function rpe(e,t){e.pending[t]!==void 0&&(delete e.pending[t],e.pendingCount--)}class ipe extends H1{constructor(t,n,r){let i=arguments.length>3&&arguments[3]!==void 0?arguments[3]:{};super(),this.backend=t,this.store=n,this.services=r,this.languageUtils=r.languageUtils,this.options=i,this.logger=Do.create("backendConnector"),this.waitingReads=[],this.maxParallelReads=i.maxParallelReads||10,this.readingCalls=0,this.maxRetries=i.maxRetries>=0?i.maxRetries:5,this.retryTimeout=i.retryTimeout>=1?i.retryTimeout:350,this.state={},this.queue=[],this.backend&&this.backend.init&&this.backend.init(r,i.backend,i)}queueLoad(t,n,r,i){const o={},s={},a={},l={};return t.forEach(u=>{let c=!0;n.forEach(d=>{const f=`${u}|${d}`;!r.reload&&this.store.hasResourceBundle(u,d)?this.state[f]=2:this.state[f]<0||(this.state[f]===1?s[f]===void 0&&(s[f]=!0):(this.state[f]=1,c=!1,s[f]===void 0&&(s[f]=!0),o[f]===void 0&&(o[f]=!0),l[d]===void 0&&(l[d]=!0)))}),c||(a[u]=!0)}),(Object.keys(o).length||Object.keys(s).length)&&this.queue.push({pending:s,pendingCount:Object.keys(s).length,loaded:{},errors:[],callback:i}),{toLoad:Object.keys(o),pending:Object.keys(s),toLoadLanguages:Object.keys(a),toLoadNamespaces:Object.keys(l)}}loaded(t,n,r){const i=t.split("|"),o=i[0],s=i[1];n&&this.emit("failedLoading",o,s,n),r&&this.store.addResourceBundle(o,s,r),this.state[t]=n?-1:2;const a={};this.queue.forEach(l=>{jhe(l.loaded,[o],s),rpe(l,t),n&&l.errors.push(n),l.pendingCount===0&&!l.done&&(Object.keys(l.loaded).forEach(u=>{a[u]||(a[u]={});const c=l.loaded[u];c.length&&c.forEach(d=>{a[u][d]===void 0&&(a[u][d]=!0)})}),l.done=!0,l.errors.length?l.callback(l.errors):l.callback())}),this.emit("loaded",a),this.queue=this.queue.filter(l=>!l.done)}read(t,n,r){let i=arguments.length>3&&arguments[3]!==void 0?arguments[3]:0,o=arguments.length>4&&arguments[4]!==void 0?arguments[4]:this.retryTimeout,s=arguments.length>5?arguments[5]:void 0;if(!t.length)return s(null,{});if(this.readingCalls>=this.maxParallelReads){this.waitingReads.push({lng:t,ns:n,fcName:r,tried:i,wait:o,callback:s});return}this.readingCalls++;const a=(u,c)=>{if(this.readingCalls--,this.waitingReads.length>0){const d=this.waitingReads.shift();this.read(d.lng,d.ns,d.fcName,d.tried,d.wait,d.callback)}if(u&&c&&i{this.read.call(this,t,n,r,i+1,o*2,s)},o);return}s(u,c)},l=this.backend[r].bind(this.backend);if(l.length===2){try{const u=l(t,n);u&&typeof u.then=="function"?u.then(c=>a(null,c)).catch(a):a(null,u)}catch(u){a(u)}return}return l(t,n,a)}prepareLoading(t,n){let r=arguments.length>2&&arguments[2]!==void 0?arguments[2]:{},i=arguments.length>3?arguments[3]:void 0;if(!this.backend)return this.logger.warn("No backend was added via i18next.use. Will not load resources."),i&&i();typeof t=="string"&&(t=this.languageUtils.toResolveHierarchy(t)),typeof n=="string"&&(n=[n]);const o=this.queueLoad(t,n,r,i);if(!o.toLoad.length)return o.pending.length||i(),null;o.toLoad.forEach(s=>{this.loadOne(s)})}load(t,n,r){this.prepareLoading(t,n,{},r)}reload(t,n,r){this.prepareLoading(t,n,{reload:!0},r)}loadOne(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:"";const r=t.split("|"),i=r[0],o=r[1];this.read(i,o,"read",void 0,void 0,(s,a)=>{s&&this.logger.warn(`${n}loading namespace ${o} for language ${i} failed`,s),!s&&a&&this.logger.log(`${n}loaded namespace ${o} for language ${i}`,a),this.loaded(t,s,a)})}saveMissing(t,n,r,i,o){let s=arguments.length>5&&arguments[5]!==void 0?arguments[5]:{},a=arguments.length>6&&arguments[6]!==void 0?arguments[6]:()=>{};if(this.services.utils&&this.services.utils.hasLoadedNamespace&&!this.services.utils.hasLoadedNamespace(n)){this.logger.warn(`did not save key "${r}" as the namespace "${n}" was not yet loaded`,"This means something IS WRONG in your setup. You access the t function before i18next.init / i18next.loadNamespace / i18next.changeLanguage was done. Wait for the callback or Promise to resolve before accessing it!!!");return}if(!(r==null||r==="")){if(this.backend&&this.backend.create){const l={...s,isUpdate:o},u=this.backend.create.bind(this.backend);if(u.length<6)try{let c;u.length===5?c=u(t,n,r,i,l):c=u(t,n,r,i),c&&typeof c.then=="function"?c.then(d=>a(null,d)).catch(a):a(null,c)}catch(c){a(c)}else u(t,n,r,i,a,l)}!t||!t[0]||this.store.addResource(t[0],n,r,i)}}}function y8(){return{debug:!1,initImmediate:!0,ns:["translation"],defaultNS:["translation"],fallbackLng:["dev"],fallbackNS:!1,supportedLngs:!1,nonExplicitSupportedLngs:!1,load:"all",preload:!1,simplifyPluralSuffix:!0,keySeparator:".",nsSeparator:":",pluralSeparator:"_",contextSeparator:"_",partialBundledLanguages:!1,saveMissing:!1,updateMissing:!1,saveMissingTo:"fallback",saveMissingPlurals:!0,missingKeyHandler:!1,missingInterpolationHandler:!1,postProcess:!1,postProcessPassResolved:!1,returnNull:!1,returnEmptyString:!0,returnObjects:!1,joinArrays:!1,returnedObjectHandler:!1,parseMissingKeyHandler:!1,appendNamespaceToMissingKey:!1,appendNamespaceToCIMode:!1,overloadTranslationOptionHandler:function(t){let n={};if(typeof t[1]=="object"&&(n=t[1]),typeof t[1]=="string"&&(n.defaultValue=t[1]),typeof t[2]=="string"&&(n.tDescription=t[2]),typeof t[2]=="object"||typeof t[3]=="object"){const r=t[3]||t[2];Object.keys(r).forEach(i=>{n[i]=r[i]})}return n},interpolation:{escapeValue:!0,format:(e,t,n,r)=>e,prefix:"{{",suffix:"}}",formatSeparator:",",unescapePrefix:"-",nestingPrefix:"$t(",nestingSuffix:")",nestingOptionsSeparator:",",maxReplaces:1e3,skipOnVariables:!0}}}function v8(e){return typeof e.ns=="string"&&(e.ns=[e.ns]),typeof e.fallbackLng=="string"&&(e.fallbackLng=[e.fallbackLng]),typeof e.fallbackNS=="string"&&(e.fallbackNS=[e.fallbackNS]),e.supportedLngs&&e.supportedLngs.indexOf("cimode")<0&&(e.supportedLngs=e.supportedLngs.concat(["cimode"])),e}function Om(){}function ope(e){Object.getOwnPropertyNames(Object.getPrototypeOf(e)).forEach(n=>{typeof e[n]=="function"&&(e[n]=e[n].bind(e))})}class bp extends H1{constructor(){let t=arguments.length>0&&arguments[0]!==void 0?arguments[0]:{},n=arguments.length>1?arguments[1]:void 0;if(super(),this.options=v8(t),this.services={},this.logger=Do,this.modules={external:[]},ope(this),n&&!this.isInitialized&&!t.isClone){if(!this.options.initImmediate)return this.init(t,n),this;setTimeout(()=>{this.init(t,n)},0)}}init(){var t=this;let n=arguments.length>0&&arguments[0]!==void 0?arguments[0]:{},r=arguments.length>1?arguments[1]:void 0;typeof n=="function"&&(r=n,n={}),!n.defaultNS&&n.defaultNS!==!1&&n.ns&&(typeof n.ns=="string"?n.defaultNS=n.ns:n.ns.indexOf("translation")<0&&(n.defaultNS=n.ns[0]));const i=y8();this.options={...i,...this.options,...v8(n)},this.options.compatibilityAPI!=="v1"&&(this.options.interpolation={...i.interpolation,...this.options.interpolation}),n.keySeparator!==void 0&&(this.options.userDefinedKeySeparator=n.keySeparator),n.nsSeparator!==void 0&&(this.options.userDefinedNsSeparator=n.nsSeparator);function o(c){return c?typeof c=="function"?new c:c:null}if(!this.options.isClone){this.modules.logger?Do.init(o(this.modules.logger),this.options):Do.init(null,this.options);let c;this.modules.formatter?c=this.modules.formatter:typeof Intl<"u"&&(c=npe);const d=new p8(this.options);this.store=new f8(this.options.resources,this.options);const f=this.services;f.logger=Do,f.resourceStore=this.store,f.languageUtils=d,f.pluralResolver=new Jhe(d,{prepend:this.options.pluralSeparator,compatibilityJSON:this.options.compatibilityJSON,simplifyPluralSuffix:this.options.simplifyPluralSuffix}),c&&(!this.options.interpolation.format||this.options.interpolation.format===i.interpolation.format)&&(f.formatter=o(c),f.formatter.init(f,this.options),this.options.interpolation.format=f.formatter.format.bind(f.formatter)),f.interpolator=new epe(this.options),f.utils={hasLoadedNamespace:this.hasLoadedNamespace.bind(this)},f.backendConnector=new ipe(o(this.modules.backend),f.resourceStore,f,this.options),f.backendConnector.on("*",function(h){for(var p=arguments.length,m=new Array(p>1?p-1:0),b=1;b1?p-1:0),b=1;b{h.init&&h.init(this)})}if(this.format=this.options.interpolation.format,r||(r=Om),this.options.fallbackLng&&!this.services.languageDetector&&!this.options.lng){const c=this.services.languageUtils.getFallbackCodes(this.options.fallbackLng);c.length>0&&c[0]!=="dev"&&(this.options.lng=c[0])}!this.services.languageDetector&&!this.options.lng&&this.logger.warn("init: no languageDetector is used and no lng is defined"),["getResource","hasResourceBundle","getResourceBundle","getDataByLanguage"].forEach(c=>{this[c]=function(){return t.store[c](...arguments)}}),["addResource","addResources","addResourceBundle","removeResourceBundle"].forEach(c=>{this[c]=function(){return t.store[c](...arguments),t}});const l=wf(),u=()=>{const c=(d,f)=>{this.isInitialized&&!this.initializedStoreOnce&&this.logger.warn("init: i18next is already initialized. 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Please check the object you are passing to i18next.use()");if(!t.type)throw new Error("You are passing a wrong module! Please check the object you are passing to i18next.use()");return t.type==="backend"&&(this.modules.backend=t),(t.type==="logger"||t.log&&t.warn&&t.error)&&(this.modules.logger=t),t.type==="languageDetector"&&(this.modules.languageDetector=t),t.type==="i18nFormat"&&(this.modules.i18nFormat=t),t.type==="postProcessor"&&q$.addPostProcessor(t),t.type==="formatter"&&(this.modules.formatter=t),t.type==="3rdParty"&&this.modules.external.push(t),this}setResolvedLanguage(t){if(!(!t||!this.languages)&&!(["cimode","dev"].indexOf(t)>-1))for(let n=0;n-1)&&this.store.hasLanguageSomeTranslations(r)){this.resolvedLanguage=r;break}}}changeLanguage(t,n){var r=this;this.isLanguageChangingTo=t;const i=wf();this.emit("languageChanging",t);const o=l=>{this.language=l,this.languages=this.services.languageUtils.toResolveHierarchy(l),this.resolvedLanguage=void 0,this.setResolvedLanguage(l)},s=(l,u)=>{u?(o(u),this.translator.changeLanguage(u),this.isLanguageChangingTo=void 0,this.emit("languageChanged",u),this.logger.log("languageChanged",u)):this.isLanguageChangingTo=void 0,i.resolve(function(){return r.t(...arguments)}),n&&n(l,function(){return r.t(...arguments)})},a=l=>{!t&&!l&&this.services.languageDetector&&(l=[]);const u=typeof l=="string"?l:this.services.languageUtils.getBestMatchFromCodes(l);u&&(this.language||o(u),this.translator.language||this.translator.changeLanguage(u),this.services.languageDetector&&this.services.languageDetector.cacheUserLanguage&&this.services.languageDetector.cacheUserLanguage(u)),this.loadResources(u,c=>{s(c,u)})};return!t&&this.services.languageDetector&&!this.services.languageDetector.async?a(this.services.languageDetector.detect()):!t&&this.services.languageDetector&&this.services.languageDetector.async?this.services.languageDetector.detect.length===0?this.services.languageDetector.detect().then(a):this.services.languageDetector.detect(a):a(t),i}getFixedT(t,n,r){var i=this;const o=function(s,a){let l;if(typeof a!="object"){for(var u=arguments.length,c=new Array(u>2?u-2:0),d=2;d`${l.keyPrefix}${f}${p}`):h=l.keyPrefix?`${l.keyPrefix}${f}${s}`:s,i.t(h,l)};return typeof t=="string"?o.lng=t:o.lngs=t,o.ns=n,o.keyPrefix=r,o}t(){return this.translator&&this.translator.translate(...arguments)}exists(){return this.translator&&this.translator.exists(...arguments)}setDefaultNamespace(t){this.options.defaultNS=t}hasLoadedNamespace(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};if(!this.isInitialized)return this.logger.warn("hasLoadedNamespace: i18next was not initialized",this.languages),!1;if(!this.languages||!this.languages.length)return this.logger.warn("hasLoadedNamespace: i18n.languages were undefined or empty",this.languages),!1;const r=n.lng||this.resolvedLanguage||this.languages[0],i=this.options?this.options.fallbackLng:!1,o=this.languages[this.languages.length-1];if(r.toLowerCase()==="cimode")return!0;const s=(a,l)=>{const 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n=t.attrs.lineJoin;n&&this.setAttr("lineJoin",n)}setAttr(t,n){this._context[t]=n}arc(t,n,r,i,o,s){this._context.arc(t,n,r,i,o,s)}arcTo(t,n,r,i,o){this._context.arcTo(t,n,r,i,o)}beginPath(){this._context.beginPath()}bezierCurveTo(t,n,r,i,o,s){this._context.bezierCurveTo(t,n,r,i,o,s)}clearRect(t,n,r,i){this._context.clearRect(t,n,r,i)}clip(...t){this._context.clip.apply(this._context,t)}closePath(){this._context.closePath()}createImageData(t,n){var r=arguments;if(r.length===2)return this._context.createImageData(t,n);if(r.length===1)return this._context.createImageData(t)}createLinearGradient(t,n,r,i){return this._context.createLinearGradient(t,n,r,i)}createPattern(t,n){return this._context.createPattern(t,n)}createRadialGradient(t,n,r,i,o,s){return this._context.createRadialGradient(t,n,r,i,o,s)}drawImage(t,n,r,i,o,s,a,l,u){var c=arguments,d=this._context;c.length===3?d.drawImage(t,n,r):c.length===5?d.drawImage(t,n,r,i,o):c.length===9&&d.drawImage(t,n,r,i,o,s,a,l,u)}ellipse(t,n,r,i,o,s,a,l){this._context.ellipse(t,n,r,i,o,s,a,l)}isPointInPath(t,n,r,i){return r?this._context.isPointInPath(r,t,n,i):this._context.isPointInPath(t,n,i)}fill(...t){this._context.fill.apply(this._context,t)}fillRect(t,n,r,i){this._context.fillRect(t,n,r,i)}strokeRect(t,n,r,i){this._context.strokeRect(t,n,r,i)}fillText(t,n,r,i){i?this._context.fillText(t,n,r,i):this._context.fillText(t,n,r)}measureText(t){return this._context.measureText(t)}getImageData(t,n,r,i){return 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i=[];e.DD._dragElements.forEach(o=>{const{node:s}=o,a=s.getStage();if(r&&a.setPointersPositions(r),!a._changedPointerPositions.find(c=>c.id===o.pointerId))return;(o.dragStatus==="dragging"||o.dragStatus==="stopped")&&(e.DD.justDragged=!0,t.Konva._mouseListenClick=!1,t.Konva._touchListenClick=!1,t.Konva._pointerListenClick=!1,o.dragStatus="stopped");const u=o.node.getLayer()||o.node instanceof t.Konva.Stage&&o.node;u&&i.indexOf(u)===-1&&i.push(u)}),i.forEach(o=>{o.draw()})},_endDragAfter(r){e.DD._dragElements.forEach((i,o)=>{i.dragStatus==="stopped"&&i.node.fire("dragend",{type:"dragend",target:i.node,evt:r},!0),i.dragStatus!=="dragging"&&e.DD._dragElements.delete(o)})}},t.Konva.isBrowser&&(window.addEventListener("mouseup",e.DD._endDragBefore,!0),window.addEventListener("touchend",e.DD._endDragBefore,!0),window.addEventListener("mousemove",e.DD._drag),window.addEventListener("touchmove",e.DD._drag),window.addEventListener("mouseup",e.DD._endDragAfter,!1),window.addEventListener("touchend",e.DD._endDragAfter,!1))})(v_);Object.defineProperty(Ut,"__esModule",{value:!0});Ut.Node=void 0;const Be=Yt,bg=Ne,Im=ao,Cl=Le,yi=v_,ln=be;var w0="absoluteOpacity",Mm="allEventListeners",fs="absoluteTransform",V8="absoluteScale",El="canvas",dye="Change",fye="children",hye="konva",Yx="listening",G8="mouseenter",H8="mouseleave",W8="set",q8="Shape",x0=" ",K8="stage",na="transform",pye="Stage",Zx="visible",gye=["xChange.konva","yChange.konva","scaleXChange.konva","scaleYChange.konva","skewXChange.konva","skewYChange.konva","rotationChange.konva","offsetXChange.konva","offsetYChange.konva","transformsEnabledChange.konva"].join(x0);let mye=1;class Te{constructor(t){this._id=mye++,this.eventListeners={},this.attrs={},this.index=0,this._allEventListeners=null,this.parent=null,this._cache=new Map,this._attachedDepsListeners=new Map,this._lastPos=null,this._batchingTransformChange=!1,this._needClearTransformCache=!1,this._filterUpToDate=!1,this._isUnderCache=!1,this._dragEventId=null,this._shouldFireChangeEvents=!1,this.setAttrs(t),this._shouldFireChangeEvents=!0}hasChildren(){return!1}_clearCache(t){(t===na||t===fs)&&this._cache.get(t)?this._cache.get(t).dirty=!0:t?this._cache.delete(t):this._cache.clear()}_getCache(t,n){var r=this._cache.get(t),i=t===na||t===fs,o=r===void 0||i&&r.dirty===!0;return o&&(r=n.call(this),this._cache.set(t,r)),r}_calculate(t,n,r){if(!this._attachedDepsListeners.get(t)){const i=n.map(o=>o+"Change.konva").join(x0);this.on(i,()=>{this._clearCache(t)}),this._attachedDepsListeners.set(t,!0)}return this._getCache(t,r)}_getCanvasCache(){return this._cache.get(El)}_clearSelfAndDescendantCache(t){this._clearCache(t),t===fs&&this.fire("absoluteTransformChange")}clearCache(){if(this._cache.has(El)){const{scene:t,filter:n,hit:r}=this._cache.get(El);Be.Util.releaseCanvas(t,n,r),this._cache.delete(El)}return this._clearSelfAndDescendantCache(),this._requestDraw(),this}cache(t){var n=t||{},r={};(n.x===void 0||n.y===void 0||n.width===void 0||n.height===void 0)&&(r=this.getClientRect({skipTransform:!0,relativeTo:this.getParent()}));var i=Math.ceil(n.width||r.width),o=Math.ceil(n.height||r.height),s=n.pixelRatio,a=n.x===void 0?Math.floor(r.x):n.x,l=n.y===void 0?Math.floor(r.y):n.y,u=n.offset||0,c=n.drawBorder||!1,d=n.hitCanvasPixelRatio||1;if(!i||!o){Be.Util.error("Can not cache the node. Width or height of the node equals 0. Caching is skipped.");return}i+=u*2+1,o+=u*2+1,a-=u,l-=u;var f=new Im.SceneCanvas({pixelRatio:s,width:i,height:o}),h=new Im.SceneCanvas({pixelRatio:s,width:0,height:0,willReadFrequently:!0}),p=new Im.HitCanvas({pixelRatio:d,width:i,height:o}),m=f.getContext(),b=p.getContext();return p.isCache=!0,f.isCache=!0,this._cache.delete(El),this._filterUpToDate=!1,n.imageSmoothingEnabled===!1&&(f.getContext()._context.imageSmoothingEnabled=!1,h.getContext()._context.imageSmoothingEnabled=!1),m.save(),b.save(),m.translate(-a,-l),b.translate(-a,-l),this._isUnderCache=!0,this._clearSelfAndDescendantCache(w0),this._clearSelfAndDescendantCache(V8),this.drawScene(f,this),this.drawHit(p,this),this._isUnderCache=!1,m.restore(),b.restore(),c&&(m.save(),m.beginPath(),m.rect(0,0,i,o),m.closePath(),m.setAttr("strokeStyle","red"),m.setAttr("lineWidth",5),m.stroke(),m.restore()),this._cache.set(El,{scene:f,filter:h,hit:p,x:a,y:l}),this._requestDraw(),this}isCached(){return this._cache.has(El)}getClientRect(t){throw new Error('abstract "getClientRect" method call')}_transformedRect(t,n){var r=[{x:t.x,y:t.y},{x:t.x+t.width,y:t.y},{x:t.x+t.width,y:t.y+t.height},{x:t.x,y:t.y+t.height}],i,o,s,a,l=this.getAbsoluteTransform(n);return r.forEach(function(u){var c=l.point(u);i===void 0&&(i=s=c.x,o=a=c.y),i=Math.min(i,c.x),o=Math.min(o,c.y),s=Math.max(s,c.x),a=Math.max(a,c.y)}),{x:i,y:o,width:s-i,height:a-o}}_drawCachedSceneCanvas(t){t.save(),t._applyOpacity(this),t._applyGlobalCompositeOperation(this);const n=this._getCanvasCache();t.translate(n.x,n.y);var r=this._getCachedSceneCanvas(),i=r.pixelRatio;t.drawImage(r._canvas,0,0,r.width/i,r.height/i),t.restore()}_drawCachedHitCanvas(t){var n=this._getCanvasCache(),r=n.hit;t.save(),t.translate(n.x,n.y),t.drawImage(r._canvas,0,0,r.width/r.pixelRatio,r.height/r.pixelRatio),t.restore()}_getCachedSceneCanvas(){var t=this.filters(),n=this._getCanvasCache(),r=n.scene,i=n.filter,o=i.getContext(),s,a,l,u;if(t){if(!this._filterUpToDate){var c=r.pixelRatio;i.setSize(r.width/r.pixelRatio,r.height/r.pixelRatio);try{for(s=t.length,o.clear(),o.drawImage(r._canvas,0,0,r.getWidth()/c,r.getHeight()/c),a=o.getImageData(0,0,i.getWidth(),i.getHeight()),l=0;l{var n,r;if(!t)return this;for(n in t)n!==fye&&(r=W8+Be.Util._capitalize(n),Be.Util._isFunction(this[r])?this[r](t[n]):this._setAttr(n,t[n]))}),this}isListening(){return this._getCache(Yx,this._isListening)}_isListening(t){if(!this.listening())return!1;const r=this.getParent();return r&&r!==t&&this!==t?r._isListening(t):!0}isVisible(){return this._getCache(Zx,this._isVisible)}_isVisible(t){if(!this.visible())return!1;const r=this.getParent();return r&&r!==t&&this!==t?r._isVisible(t):!0}shouldDrawHit(t,n=!1){if(t)return this._isVisible(t)&&this._isListening(t);var r=this.getLayer(),i=!1;yi.DD._dragElements.forEach(s=>{s.dragStatus==="dragging"&&(s.node.nodeType==="Stage"||s.node.getLayer()===r)&&(i=!0)});var o=!n&&!Cl.Konva.hitOnDragEnabled&&i;return this.isListening()&&this.isVisible()&&!o}show(){return this.visible(!0),this}hide(){return this.visible(!1),this}getZIndex(){return this.index||0}getAbsoluteZIndex(){var t=this.getDepth(),n=this,r=0,i,o,s,a;function l(u){for(i=[],o=u.length,s=0;s0&&i[0].getDepth()<=t&&l(i)}return n.nodeType!==pye&&l(n.getStage().getChildren()),r}getDepth(){for(var t=0,n=this.parent;n;)t++,n=n.parent;return t}_batchTransformChanges(t){this._batchingTransformChange=!0,t(),this._batchingTransformChange=!1,this._needClearTransformCache&&(this._clearCache(na),this._clearSelfAndDescendantCache(fs)),this._needClearTransformCache=!1}setPosition(t){return this._batchTransformChanges(()=>{this.x(t.x),this.y(t.y)}),this}getPosition(){return{x:this.x(),y:this.y()}}getRelativePointerPosition(){if(!this.getStage())return null;var t=this.getStage().getPointerPosition();if(!t)return null;var n=this.getAbsoluteTransform().copy();return n.invert(),n.point(t)}getAbsolutePosition(t){let n=!1,r=this.parent;for(;r;){if(r.isCached()){n=!0;break}r=r.parent}n&&!t&&(t=!0);var i=this.getAbsoluteTransform(t).getMatrix(),o=new Be.Transform,s=this.offset();return o.m=i.slice(),o.translate(s.x,s.y),o.getTranslation()}setAbsolutePosition(t){var n=this._clearTransform();this.attrs.x=n.x,this.attrs.y=n.y,delete n.x,delete n.y,this._clearCache(na);var r=this._getAbsoluteTransform().copy();return r.invert(),r.translate(t.x,t.y),t={x:this.attrs.x+r.getTranslation().x,y:this.attrs.y+r.getTranslation().y},this._setTransform(n),this.setPosition({x:t.x,y:t.y}),this._clearCache(na),this._clearSelfAndDescendantCache(fs),this}_setTransform(t){var n;for(n in t)this.attrs[n]=t[n]}_clearTransform(){var t={x:this.x(),y:this.y(),rotation:this.rotation(),scaleX:this.scaleX(),scaleY:this.scaleY(),offsetX:this.offsetX(),offsetY:this.offsetY(),skewX:this.skewX(),skewY:this.skewY()};return this.attrs.x=0,this.attrs.y=0,this.attrs.rotation=0,this.attrs.scaleX=1,this.attrs.scaleY=1,this.attrs.offsetX=0,this.attrs.offsetY=0,this.attrs.skewX=0,this.attrs.skewY=0,t}move(t){var n=t.x,r=t.y,i=this.x(),o=this.y();return n!==void 0&&(i+=n),r!==void 0&&(o+=r),this.setPosition({x:i,y:o}),this}_eachAncestorReverse(t,n){var r=[],i=this.getParent(),o,s;if(!(n&&n._id===this._id)){for(r.unshift(this);i&&(!n||i._id!==n._id);)r.unshift(i),i=i.parent;for(o=r.length,s=0;s0?(this.parent.children.splice(t,1),this.parent.children.splice(t-1,0,this),this.parent._setChildrenIndices(),!0):!1}moveToBottom(){if(!this.parent)return Be.Util.warn("Node has no parent. moveToBottom function is ignored."),!1;var t=this.index;return t>0?(this.parent.children.splice(t,1),this.parent.children.unshift(this),this.parent._setChildrenIndices(),!0):!1}setZIndex(t){if(!this.parent)return Be.Util.warn("Node has no parent. zIndex parameter is ignored."),this;(t<0||t>=this.parent.children.length)&&Be.Util.warn("Unexpected value "+t+" for zIndex property. zIndex is just index of a node in children of its parent. Expected value is from 0 to "+(this.parent.children.length-1)+".");var n=this.index;return this.parent.children.splice(n,1),this.parent.children.splice(t,0,this),this.parent._setChildrenIndices(),this}getAbsoluteOpacity(){return this._getCache(w0,this._getAbsoluteOpacity)}_getAbsoluteOpacity(){var t=this.opacity(),n=this.getParent();return n&&!n._isUnderCache&&(t*=n.getAbsoluteOpacity()),t}moveTo(t){return this.getParent()!==t&&(this._remove(),t.add(this)),this}toObject(){var t={},n=this.getAttrs(),r,i,o,s,a;t.attrs={};for(r in n)i=n[r],a=Be.Util.isObject(i)&&!Be.Util._isPlainObject(i)&&!Be.Util._isArray(i),!a&&(o=typeof this[r]=="function"&&this[r],delete n[r],s=o?o.call(this):null,n[r]=i,s!==i&&(t.attrs[r]=i));return t.className=this.getClassName(),Be.Util._prepareToStringify(t)}toJSON(){return JSON.stringify(this.toObject())}getParent(){return this.parent}findAncestors(t,n,r){var i=[];n&&this._isMatch(t)&&i.push(this);for(var o=this.parent;o;){if(o===r)return i;o._isMatch(t)&&i.push(o),o=o.parent}return i}isAncestorOf(t){return!1}findAncestor(t,n,r){return this.findAncestors(t,n,r)[0]}_isMatch(t){if(!t)return!1;if(typeof t=="function")return t(this);var n=t.replace(/ /g,"").split(","),r=n.length,i,o;for(i=0;i{try{const i=t==null?void 0:t.callback;i&&delete t.callback,Be.Util._urlToImage(this.toDataURL(t),function(o){n(o),i==null||i(o)})}catch(i){r(i)}})}toBlob(t){return new Promise((n,r)=>{try{const i=t==null?void 0:t.callback;i&&delete t.callback,this.toCanvas(t).toBlob(o=>{n(o),i==null||i(o)})}catch(i){r(i)}})}setSize(t){return this.width(t.width),this.height(t.height),this}getSize(){return{width:this.width(),height:this.height()}}getClassName(){return this.className||this.nodeType}getType(){return this.nodeType}getDragDistance(){return this.attrs.dragDistance!==void 0?this.attrs.dragDistance:this.parent?this.parent.getDragDistance():Cl.Konva.dragDistance}_off(t,n,r){var i=this.eventListeners[t],o,s,a;for(o=0;o=0;if(r&&!this.isDragging()){var i=!1;yi.DD._dragElements.forEach(o=>{this.isAncestorOf(o.node)&&(i=!0)}),i||this._createDragElement(t)}})}_dragChange(){if(this.attrs.draggable)this._listenDrag();else{this._dragCleanup();var t=this.getStage();if(!t)return;const n=yi.DD._dragElements.get(this._id),r=n&&n.dragStatus==="dragging",i=n&&n.dragStatus==="ready";r?this.stopDrag():i&&yi.DD._dragElements.delete(this._id)}}_dragCleanup(){this.off("mousedown.konva"),this.off("touchstart.konva")}isClientRectOnScreen(t={x:0,y:0}){const n=this.getStage();if(!n)return!1;const r={x:-t.x,y:-t.y,width:n.width()+2*t.x,height:n.height()+2*t.y};return Be.Util.haveIntersection(r,this.getClientRect())}static create(t,n){return Be.Util._isString(t)&&(t=JSON.parse(t)),this._createNode(t,n)}static _createNode(t,n){var r=Te.prototype.getClassName.call(t),i=t.children,o,s,a;n&&(t.attrs.container=n),Cl.Konva[r]||(Be.Util.warn('Can not find a node with class name "'+r+'". Fallback to "Shape".'),r="Shape");const l=Cl.Konva[r];if(o=new l(t.attrs),i)for(s=i.length,a=0;a0}removeChildren(){return this.getChildren().forEach(t=>{t.parent=null,t.index=0,t.remove()}),this.children=[],this._requestDraw(),this}destroyChildren(){return this.getChildren().forEach(t=>{t.parent=null,t.index=0,t.destroy()}),this.children=[],this._requestDraw(),this}add(...t){if(t.length===0)return this;if(t.length>1){for(var n=0;n0?n[0]:void 0}_generalFind(t,n){var r=[];return this._descendants(i=>{const o=i._isMatch(t);return o&&r.push(i),!!(o&&n)}),r}_descendants(t){let n=!1;const r=this.getChildren();for(const i of r){if(n=t(i),n)return!0;if(i.hasChildren()&&(n=i._descendants(t),n))return!0}return!1}toObject(){var t=v2.Node.prototype.toObject.call(this);return t.children=[],this.getChildren().forEach(n=>{t.children.push(n.toObject())}),t}isAncestorOf(t){for(var n=t.getParent();n;){if(n._id===this._id)return!0;n=n.getParent()}return!1}clone(t){var n=v2.Node.prototype.clone.call(this,t);return this.getChildren().forEach(function(r){n.add(r.clone())}),n}getAllIntersections(t){var n=[];return this.find("Shape").forEach(function(r){r.isVisible()&&r.intersects(t)&&n.push(r)}),n}_clearSelfAndDescendantCache(t){var n;super._clearSelfAndDescendantCache(t),!this.isCached()&&((n=this.children)===null||n===void 0||n.forEach(function(r){r._clearSelfAndDescendantCache(t)}))}_setChildrenIndices(){var t;(t=this.children)===null||t===void 0||t.forEach(function(n,r){n.index=r}),this._requestDraw()}drawScene(t,n){var r=this.getLayer(),i=t||r&&r.getCanvas(),o=i&&i.getContext(),s=this._getCanvasCache(),a=s&&s.scene,l=i&&i.isCache;if(!this.isVisible()&&!l)return this;if(a){o.save();var u=this.getAbsoluteTransform(n).getMatrix();o.transform(u[0],u[1],u[2],u[3],u[4],u[5]),this._drawCachedSceneCanvas(o),o.restore()}else this._drawChildren("drawScene",i,n);return this}drawHit(t,n){if(!this.shouldDrawHit(n))return this;var r=this.getLayer(),i=t||r&&r.hitCanvas,o=i&&i.getContext(),s=this._getCanvasCache(),a=s&&s.hit;if(a){o.save();var l=this.getAbsoluteTransform(n).getMatrix();o.transform(l[0],l[1],l[2],l[3],l[4],l[5]),this._drawCachedHitCanvas(o),o.restore()}else this._drawChildren("drawHit",i,n);return this}_drawChildren(t,n,r){var i,o=n&&n.getContext(),s=this.clipWidth(),a=this.clipHeight(),l=this.clipFunc(),u=s&&a||l;const c=r===this;if(u){o.save();var d=this.getAbsoluteTransform(r),f=d.getMatrix();o.transform(f[0],f[1],f[2],f[3],f[4],f[5]),o.beginPath();let b;if(l)b=l.call(this,o,this);else{var h=this.clipX(),p=this.clipY();o.rect(h,p,s,a)}o.clip.apply(o,b),f=d.copy().invert().getMatrix(),o.transform(f[0],f[1],f[2],f[3],f[4],f[5])}var m=!c&&this.globalCompositeOperation()!=="source-over"&&t==="drawScene";m&&(o.save(),o._applyGlobalCompositeOperation(this)),(i=this.children)===null||i===void 0||i.forEach(function(b){b[t](n,r)}),m&&o.restore(),u&&o.restore()}getClientRect(t){var n;t=t||{};var r=t.skipTransform,i=t.relativeTo,o,s,a,l,u={x:1/0,y:1/0,width:0,height:0},c=this;(n=this.children)===null||n===void 0||n.forEach(function(m){if(m.visible()){var b=m.getClientRect({relativeTo:c,skipShadow:t.skipShadow,skipStroke:t.skipStroke});b.width===0&&b.height===0||(o===void 0?(o=b.x,s=b.y,a=b.x+b.width,l=b.y+b.height):(o=Math.min(o,b.x),s=Math.min(s,b.y),a=Math.max(a,b.x+b.width),l=Math.max(l,b.y+b.height)))}});for(var d=this.find("Shape"),f=!1,h=0;hZ.indexOf("pointer")>=0?"pointer":Z.indexOf("touch")>=0?"touch":"mouse",U=Z=>{const z=F(Z);if(z==="pointer")return i.Konva.pointerEventsEnabled&&D.pointer;if(z==="touch")return D.touch;if(z==="mouse")return D.mouse};function V(Z={}){return(Z.clipFunc||Z.clipWidth||Z.clipHeight)&&t.Util.warn("Stage does not support clipping. Please use clip for Layers or Groups."),Z}const q="Pointer position is missing and not registered by the stage. Looks like it is outside of the stage container. You can set it manually from event: stage.setPointersPositions(event);";e.stages=[];class X extends r.Container{constructor(z){super(V(z)),this._pointerPositions=[],this._changedPointerPositions=[],this._buildDOM(),this._bindContentEvents(),e.stages.push(this),this.on("widthChange.konva heightChange.konva",this._resizeDOM),this.on("visibleChange.konva",this._checkVisibility),this.on("clipWidthChange.konva clipHeightChange.konva clipFuncChange.konva",()=>{V(this.attrs)}),this._checkVisibility()}_validateAdd(z){const W=z.getType()==="Layer",Q=z.getType()==="FastLayer";W||Q||t.Util.throw("You may only add layers to the stage.")}_checkVisibility(){if(!this.content)return;const z=this.visible()?"":"none";this.content.style.display=z}setContainer(z){if(typeof z===c){if(z.charAt(0)==="."){var W=z.slice(1);z=document.getElementsByClassName(W)[0]}else{var Q;z.charAt(0)!=="#"?Q=z:Q=z.slice(1),z=document.getElementById(Q)}if(!z)throw"Can not find container in document with id "+Q}return this._setAttr("container",z),this.content&&(this.content.parentElement&&this.content.parentElement.removeChild(this.content),z.appendChild(this.content)),this}shouldDrawHit(){return!0}clear(){var z=this.children,W=z.length,Q;for(Q=0;Q-1&&e.stages.splice(W,1),t.Util.releaseCanvas(this.bufferCanvas._canvas,this.bufferHitCanvas._canvas),this}getPointerPosition(){const z=this._pointerPositions[0]||this._changedPointerPositions[0];return z?{x:z.x,y:z.y}:(t.Util.warn(q),null)}_getPointerById(z){return this._pointerPositions.find(W=>W.id===z)}getPointersPositions(){return this._pointerPositions}getStage(){return this}getContent(){return this.content}_toKonvaCanvas(z){z=z||{},z.x=z.x||0,z.y=z.y||0,z.width=z.width||this.width(),z.height=z.height||this.height();var W=new o.SceneCanvas({width:z.width,height:z.height,pixelRatio:z.pixelRatio||1}),Q=W.getContext()._context,J=this.children;return(z.x||z.y)&&Q.translate(-1*z.x,-1*z.y),J.forEach(function(se){if(se.isVisible()){var oe=se._toKonvaCanvas(z);Q.drawImage(oe._canvas,z.x,z.y,oe.getWidth()/oe.getPixelRatio(),oe.getHeight()/oe.getPixelRatio())}}),W}getIntersection(z){if(!z)return null;var W=this.children,Q=W.length,J=Q-1,se;for(se=J;se>=0;se--){const oe=W[se].getIntersection(z);if(oe)return oe}return null}_resizeDOM(){var z=this.width(),W=this.height();this.content&&(this.content.style.width=z+d,this.content.style.height=W+d),this.bufferCanvas.setSize(z,W),this.bufferHitCanvas.setSize(z,W),this.children.forEach(Q=>{Q.setSize({width:z,height:W}),Q.draw()})}add(z,...W){if(arguments.length>1){for(var Q=0;QM&&t.Util.warn("The stage has "+J+" layers. Recommended maximum number of layers is 3-5. Adding more layers into the stage may drop the performance. Rethink your tree structure, you can use Konva.Group."),z.setSize({width:this.width(),height:this.height()}),z.draw(),i.Konva.isBrowser&&this.content.appendChild(z.canvas._canvas),this}getParent(){return null}getLayer(){return null}hasPointerCapture(z){return l.hasPointerCapture(z,this)}setPointerCapture(z){l.setPointerCapture(z,this)}releaseCapture(z){l.releaseCapture(z,this)}getLayers(){return this.children}_bindContentEvents(){i.Konva.isBrowser&&O.forEach(([z,W])=>{this.content.addEventListener(z,Q=>{this[W](Q)},{passive:!1})})}_pointerenter(z){this.setPointersPositions(z);const W=U(z.type);this._fire(W.pointerenter,{evt:z,target:this,currentTarget:this})}_pointerover(z){this.setPointersPositions(z);const W=U(z.type);this._fire(W.pointerover,{evt:z,target:this,currentTarget:this})}_getTargetShape(z){let W=this[z+"targetShape"];return W&&!W.getStage()&&(W=null),W}_pointerleave(z){const W=U(z.type),Q=F(z.type);if(W){this.setPointersPositions(z);var J=this._getTargetShape(Q),se=!s.DD.isDragging||i.Konva.hitOnDragEnabled;J&&se?(J._fireAndBubble(W.pointerout,{evt:z}),J._fireAndBubble(W.pointerleave,{evt:z}),this._fire(W.pointerleave,{evt:z,target:this,currentTarget:this}),this[Q+"targetShape"]=null):se&&(this._fire(W.pointerleave,{evt:z,target:this,currentTarget:this}),this._fire(W.pointerout,{evt:z,target:this,currentTarget:this})),this.pointerPos=void 0,this._pointerPositions=[]}}_pointerdown(z){const W=U(z.type),Q=F(z.type);if(W){this.setPointersPositions(z);var J=!1;this._changedPointerPositions.forEach(se=>{var oe=this.getIntersection(se);if(s.DD.justDragged=!1,i.Konva["_"+Q+"ListenClick"]=!0,!(oe&&oe.isListening()))return;i.Konva.capturePointerEventsEnabled&&oe.setPointerCapture(se.id),this[Q+"ClickStartShape"]=oe,oe._fireAndBubble(W.pointerdown,{evt:z,pointerId:se.id}),J=!0;const Ae=z.type.indexOf("touch")>=0;oe.preventDefault()&&z.cancelable&&Ae&&z.preventDefault()}),J||this._fire(W.pointerdown,{evt:z,target:this,currentTarget:this,pointerId:this._pointerPositions[0].id})}}_pointermove(z){const W=U(z.type),Q=F(z.type);if(!W)return;s.DD.isDragging&&s.DD.node.preventDefault()&&z.cancelable&&z.preventDefault(),this.setPointersPositions(z);var J=!s.DD.isDragging||i.Konva.hitOnDragEnabled;if(!J)return;var se={};let oe=!1;var Me=this._getTargetShape(Q);this._changedPointerPositions.forEach(Ae=>{const _e=l.getCapturedShape(Ae.id)||this.getIntersection(Ae),je=Ae.id,he={evt:z,pointerId:je};var It=Me!==_e;if(It&&Me&&(Me._fireAndBubble(W.pointerout,Object.assign({},he),_e),Me._fireAndBubble(W.pointerleave,Object.assign({},he),_e)),_e){if(se[_e._id])return;se[_e._id]=!0}_e&&_e.isListening()?(oe=!0,It&&(_e._fireAndBubble(W.pointerover,Object.assign({},he),Me),_e._fireAndBubble(W.pointerenter,Object.assign({},he),Me),this[Q+"targetShape"]=_e),_e._fireAndBubble(W.pointermove,Object.assign({},he))):Me&&(this._fire(W.pointerover,{evt:z,target:this,currentTarget:this,pointerId:je}),this[Q+"targetShape"]=null)}),oe||this._fire(W.pointermove,{evt:z,target:this,currentTarget:this,pointerId:this._changedPointerPositions[0].id})}_pointerup(z){const W=U(z.type),Q=F(z.type);if(!W)return;this.setPointersPositions(z);const J=this[Q+"ClickStartShape"],se=this[Q+"ClickEndShape"];var oe={};let Me=!1;this._changedPointerPositions.forEach(Ae=>{const _e=l.getCapturedShape(Ae.id)||this.getIntersection(Ae);if(_e){if(_e.releaseCapture(Ae.id),oe[_e._id])return;oe[_e._id]=!0}const je=Ae.id,he={evt:z,pointerId:je};let It=!1;i.Konva["_"+Q+"InDblClickWindow"]?(It=!0,clearTimeout(this[Q+"DblTimeout"])):s.DD.justDragged||(i.Konva["_"+Q+"InDblClickWindow"]=!0,clearTimeout(this[Q+"DblTimeout"])),this[Q+"DblTimeout"]=setTimeout(function(){i.Konva["_"+Q+"InDblClickWindow"]=!1},i.Konva.dblClickWindow),_e&&_e.isListening()?(Me=!0,this[Q+"ClickEndShape"]=_e,_e._fireAndBubble(W.pointerup,Object.assign({},he)),i.Konva["_"+Q+"ListenClick"]&&J&&J===_e&&(_e._fireAndBubble(W.pointerclick,Object.assign({},he)),It&&se&&se===_e&&_e._fireAndBubble(W.pointerdblclick,Object.assign({},he)))):(this[Q+"ClickEndShape"]=null,i.Konva["_"+Q+"ListenClick"]&&this._fire(W.pointerclick,{evt:z,target:this,currentTarget:this,pointerId:je}),It&&this._fire(W.pointerdblclick,{evt:z,target:this,currentTarget:this,pointerId:je}))}),Me||this._fire(W.pointerup,{evt:z,target:this,currentTarget:this,pointerId:this._changedPointerPositions[0].id}),i.Konva["_"+Q+"ListenClick"]=!1,z.cancelable&&Q!=="touch"&&z.preventDefault()}_contextmenu(z){this.setPointersPositions(z);var W=this.getIntersection(this.getPointerPosition());W&&W.isListening()?W._fireAndBubble(L,{evt:z}):this._fire(L,{evt:z,target:this,currentTarget:this})}_wheel(z){this.setPointersPositions(z);var W=this.getIntersection(this.getPointerPosition());W&&W.isListening()?W._fireAndBubble($,{evt:z}):this._fire($,{evt:z,target:this,currentTarget:this})}_pointercancel(z){this.setPointersPositions(z);const W=l.getCapturedShape(z.pointerId)||this.getIntersection(this.getPointerPosition());W&&W._fireAndBubble(S,l.createEvent(z)),l.releaseCapture(z.pointerId)}_lostpointercapture(z){l.releaseCapture(z.pointerId)}setPointersPositions(z){var W=this._getContentPosition(),Q=null,J=null;z=z||window.event,z.touches!==void 0?(this._pointerPositions=[],this._changedPointerPositions=[],Array.prototype.forEach.call(z.touches,se=>{this._pointerPositions.push({id:se.identifier,x:(se.clientX-W.left)/W.scaleX,y:(se.clientY-W.top)/W.scaleY})}),Array.prototype.forEach.call(z.changedTouches||z.touches,se=>{this._changedPointerPositions.push({id:se.identifier,x:(se.clientX-W.left)/W.scaleX,y:(se.clientY-W.top)/W.scaleY})})):(Q=(z.clientX-W.left)/W.scaleX,J=(z.clientY-W.top)/W.scaleY,this.pointerPos={x:Q,y:J},this._pointerPositions=[{x:Q,y:J,id:t.Util._getFirstPointerId(z)}],this._changedPointerPositions=[{x:Q,y:J,id:t.Util._getFirstPointerId(z)}])}_setPointerPosition(z){t.Util.warn('Method _setPointerPosition is deprecated. Use "stage.setPointersPositions(event)" instead.'),this.setPointersPositions(z)}_getContentPosition(){if(!this.content||!this.content.getBoundingClientRect)return{top:0,left:0,scaleX:1,scaleY:1};var z=this.content.getBoundingClientRect();return{top:z.top,left:z.left,scaleX:z.width/this.content.clientWidth||1,scaleY:z.height/this.content.clientHeight||1}}_buildDOM(){if(this.bufferCanvas=new o.SceneCanvas({width:this.width(),height:this.height()}),this.bufferHitCanvas=new o.HitCanvas({pixelRatio:1,width:this.width(),height:this.height()}),!!i.Konva.isBrowser){var z=this.container();if(!z)throw"Stage has no container. A container is required.";z.innerHTML="",this.content=document.createElement("div"),this.content.style.position="relative",this.content.style.userSelect="none",this.content.className="konvajs-content",this.content.setAttribute("role","presentation"),z.appendChild(this.content),this._resizeDOM()}}cache(){return t.Util.warn("Cache function is not allowed for stage. You may use cache only for layers, groups and shapes."),this}clearCache(){return this}batchDraw(){return this.getChildren().forEach(function(z){z.batchDraw()}),this}}e.Stage=X,X.prototype.nodeType=u,(0,a._registerNode)(X),n.Factory.addGetterSetter(X,"container")})(GF);var Sg={},Cn={};(function(e){Object.defineProperty(e,"__esModule",{value:!0}),e.Shape=e.shapes=void 0;const t=Le,n=Yt,r=Ne,i=Ut,o=be,s=Le,a=ei;var l="hasShadow",u="shadowRGBA",c="patternImage",d="linearGradient",f="radialGradient";let h;function p(){return h||(h=n.Util.createCanvasElement().getContext("2d"),h)}e.shapes={};function m(A){const T=this.attrs.fillRule;T?A.fill(T):A.fill()}function b(A){A.stroke()}function _(A){A.fill()}function y(A){A.stroke()}function g(){this._clearCache(l)}function v(){this._clearCache(u)}function S(){this._clearCache(c)}function w(){this._clearCache(d)}function C(){this._clearCache(f)}class x extends i.Node{constructor(T){super(T);let P;for(;P=n.Util.getRandomColor(),!(P&&!(P in e.shapes)););this.colorKey=P,e.shapes[P]=this}getContext(){return n.Util.warn("shape.getContext() method is deprecated. Please do not use it."),this.getLayer().getContext()}getCanvas(){return n.Util.warn("shape.getCanvas() method is deprecated. Please do not use it."),this.getLayer().getCanvas()}getSceneFunc(){return this.attrs.sceneFunc||this._sceneFunc}getHitFunc(){return this.attrs.hitFunc||this._hitFunc}hasShadow(){return this._getCache(l,this._hasShadow)}_hasShadow(){return this.shadowEnabled()&&this.shadowOpacity()!==0&&!!(this.shadowColor()||this.shadowBlur()||this.shadowOffsetX()||this.shadowOffsetY())}_getFillPattern(){return this._getCache(c,this.__getFillPattern)}__getFillPattern(){if(this.fillPatternImage()){var T=p();const P=T.createPattern(this.fillPatternImage(),this.fillPatternRepeat()||"repeat");if(P&&P.setTransform){const L=new n.Transform;L.translate(this.fillPatternX(),this.fillPatternY()),L.rotate(t.Konva.getAngle(this.fillPatternRotation())),L.scale(this.fillPatternScaleX(),this.fillPatternScaleY()),L.translate(-1*this.fillPatternOffsetX(),-1*this.fillPatternOffsetY());const R=L.getMatrix(),E=typeof DOMMatrix>"u"?{a:R[0],b:R[1],c:R[2],d:R[3],e:R[4],f:R[5]}:new DOMMatrix(R);P.setTransform(E)}return P}}_getLinearGradient(){return this._getCache(d,this.__getLinearGradient)}__getLinearGradient(){var T=this.fillLinearGradientColorStops();if(T){for(var P=p(),L=this.fillLinearGradientStartPoint(),R=this.fillLinearGradientEndPoint(),E=P.createLinearGradient(L.x,L.y,R.x,R.y),k=0;kthis.fillEnabled()&&!!(this.fill()||this.fillPatternImage()||this.fillLinearGradientColorStops()||this.fillRadialGradientColorStops()))}hasStroke(){return this._calculate("hasStroke",["strokeEnabled","strokeWidth","stroke","strokeLinearGradientColorStops"],()=>this.strokeEnabled()&&this.strokeWidth()&&!!(this.stroke()||this.strokeLinearGradientColorStops()))}hasHitStroke(){const T=this.hitStrokeWidth();return T==="auto"?this.hasStroke():this.strokeEnabled()&&!!T}intersects(T){var P=this.getStage(),L=P.bufferHitCanvas,R;return L.getContext().clear(),this.drawHit(L,null,!0),R=L.context.getImageData(Math.round(T.x),Math.round(T.y),1,1).data,R[3]>0}destroy(){return i.Node.prototype.destroy.call(this),delete e.shapes[this.colorKey],delete this.colorKey,this}_useBufferCanvas(T){var P;if(!this.getStage()||!((P=this.attrs.perfectDrawEnabled)!==null&&P!==void 0?P:!0))return!1;const R=T||this.hasFill(),E=this.hasStroke(),k=this.getAbsoluteOpacity()!==1;if(R&&E&&k)return!0;const N=this.hasShadow(),$=this.shadowForStrokeEnabled();return!!(R&&E&&N&&$)}setStrokeHitEnabled(T){n.Util.warn("strokeHitEnabled property is deprecated. Please use hitStrokeWidth instead."),T?this.hitStrokeWidth("auto"):this.hitStrokeWidth(0)}getStrokeHitEnabled(){return this.hitStrokeWidth()!==0}getSelfRect(){var T=this.size();return{x:this._centroid?-T.width/2:0,y:this._centroid?-T.height/2:0,width:T.width,height:T.height}}getClientRect(T={}){const P=T.skipTransform,L=T.relativeTo,R=this.getSelfRect(),k=!T.skipStroke&&this.hasStroke()&&this.strokeWidth()||0,N=R.width+k,$=R.height+k,M=!T.skipShadow&&this.hasShadow(),O=M?this.shadowOffsetX():0,D=M?this.shadowOffsetY():0,F=N+Math.abs(O),U=$+Math.abs(D),V=M&&this.shadowBlur()||0,q=F+V*2,X=U+V*2,Z={width:q,height:X,x:-(k/2+V)+Math.min(O,0)+R.x,y:-(k/2+V)+Math.min(D,0)+R.y};return P?Z:this._transformedRect(Z,L)}drawScene(T,P){var L=this.getLayer(),R=T||L.getCanvas(),E=R.getContext(),k=this._getCanvasCache(),N=this.getSceneFunc(),$=this.hasShadow(),M,O,D,F=R.isCache,U=P===this;if(!this.isVisible()&&!U)return this;if(k){E.save();var V=this.getAbsoluteTransform(P).getMatrix();return E.transform(V[0],V[1],V[2],V[3],V[4],V[5]),this._drawCachedSceneCanvas(E),E.restore(),this}if(!N)return this;if(E.save(),this._useBufferCanvas()&&!F){M=this.getStage(),O=M.bufferCanvas,D=O.getContext(),D.clear(),D.save(),D._applyLineJoin(this);var q=this.getAbsoluteTransform(P).getMatrix();D.transform(q[0],q[1],q[2],q[3],q[4],q[5]),N.call(this,D,this),D.restore();var X=O.pixelRatio;$&&E._applyShadow(this),E._applyOpacity(this),E._applyGlobalCompositeOperation(this),E.drawImage(O._canvas,0,0,O.width/X,O.height/X)}else{if(E._applyLineJoin(this),!U){var q=this.getAbsoluteTransform(P).getMatrix();E.transform(q[0],q[1],q[2],q[3],q[4],q[5]),E._applyOpacity(this),E._applyGlobalCompositeOperation(this)}$&&E._applyShadow(this),N.call(this,E,this)}return E.restore(),this}drawHit(T,P,L=!1){if(!this.shouldDrawHit(P,L))return this;var R=this.getLayer(),E=T||R.hitCanvas,k=E&&E.getContext(),N=this.hitFunc()||this.sceneFunc(),$=this._getCanvasCache(),M=$&&$.hit;if(this.colorKey||n.Util.warn("Looks like your canvas has a destroyed shape in it. Do not reuse shape after you destroyed it. If you want to reuse shape you should call remove() instead of destroy()"),M){k.save();var O=this.getAbsoluteTransform(P).getMatrix();return k.transform(O[0],O[1],O[2],O[3],O[4],O[5]),this._drawCachedHitCanvas(k),k.restore(),this}if(!N)return this;if(k.save(),k._applyLineJoin(this),!(this===P)){var F=this.getAbsoluteTransform(P).getMatrix();k.transform(F[0],F[1],F[2],F[3],F[4],F[5])}return N.call(this,k,this),k.restore(),this}drawHitFromCache(T=0){var P=this._getCanvasCache(),L=this._getCachedSceneCanvas(),R=P.hit,E=R.getContext(),k=R.getWidth(),N=R.getHeight(),$,M,O,D,F,U;E.clear(),E.drawImage(L._canvas,0,0,k,N);try{for($=E.getImageData(0,0,k,N),M=$.data,O=M.length,D=n.Util._hexToRgb(this.colorKey),F=0;FT?(M[F]=D.r,M[F+1]=D.g,M[F+2]=D.b,M[F+3]=255):M[F+3]=0;E.putImageData($,0,0)}catch(V){n.Util.error("Unable to draw hit graph from cached scene canvas. "+V.message)}return this}hasPointerCapture(T){return a.hasPointerCapture(T,this)}setPointerCapture(T){a.setPointerCapture(T,this)}releaseCapture(T){a.releaseCapture(T,this)}}e.Shape=x,x.prototype._fillFunc=m,x.prototype._strokeFunc=b,x.prototype._fillFuncHit=_,x.prototype._strokeFuncHit=y,x.prototype._centroid=!1,x.prototype.nodeType="Shape",(0,s._registerNode)(x),x.prototype.eventListeners={},x.prototype.on.call(x.prototype,"shadowColorChange.konva shadowBlurChange.konva shadowOffsetChange.konva shadowOpacityChange.konva shadowEnabledChange.konva",g),x.prototype.on.call(x.prototype,"shadowColorChange.konva shadowOpacityChange.konva shadowEnabledChange.konva",v),x.prototype.on.call(x.prototype,"fillPriorityChange.konva fillPatternImageChange.konva fillPatternRepeatChange.konva fillPatternScaleXChange.konva fillPatternScaleYChange.konva fillPatternOffsetXChange.konva fillPatternOffsetYChange.konva fillPatternXChange.konva fillPatternYChange.konva fillPatternRotationChange.konva",S),x.prototype.on.call(x.prototype,"fillPriorityChange.konva fillLinearGradientColorStopsChange.konva fillLinearGradientStartPointXChange.konva fillLinearGradientStartPointYChange.konva fillLinearGradientEndPointXChange.konva fillLinearGradientEndPointYChange.konva",w),x.prototype.on.call(x.prototype,"fillPriorityChange.konva fillRadialGradientColorStopsChange.konva fillRadialGradientStartPointXChange.konva fillRadialGradientStartPointYChange.konva fillRadialGradientEndPointXChange.konva fillRadialGradientEndPointYChange.konva fillRadialGradientStartRadiusChange.konva fillRadialGradientEndRadiusChange.konva",C),r.Factory.addGetterSetter(x,"stroke",void 0,(0,o.getStringOrGradientValidator)()),r.Factory.addGetterSetter(x,"strokeWidth",2,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(x,"fillAfterStrokeEnabled",!1),r.Factory.addGetterSetter(x,"hitStrokeWidth","auto",(0,o.getNumberOrAutoValidator)()),r.Factory.addGetterSetter(x,"strokeHitEnabled",!0,(0,o.getBooleanValidator)()),r.Factory.addGetterSetter(x,"perfectDrawEnabled",!0,(0,o.getBooleanValidator)()),r.Factory.addGetterSetter(x,"shadowForStrokeEnabled",!0,(0,o.getBooleanValidator)()),r.Factory.addGetterSetter(x,"lineJoin"),r.Factory.addGetterSetter(x,"lineCap"),r.Factory.addGetterSetter(x,"sceneFunc"),r.Factory.addGetterSetter(x,"hitFunc"),r.Factory.addGetterSetter(x,"dash"),r.Factory.addGetterSetter(x,"dashOffset",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(x,"shadowColor",void 0,(0,o.getStringValidator)()),r.Factory.addGetterSetter(x,"shadowBlur",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(x,"shadowOpacity",1,(0,o.getNumberValidator)()),r.Factory.addComponentsGetterSetter(x,"shadowOffset",["x","y"]),r.Factory.addGetterSetter(x,"shadowOffsetX",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(x,"shadowOffsetY",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(x,"fillPatternImage"),r.Factory.addGetterSetter(x,"fill",void 0,(0,o.getStringOrGradientValidator)()),r.Factory.addGetterSetter(x,"fillPatternX",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(x,"fillPatternY",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(x,"fillLinearGradientColorStops"),r.Factory.addGetterSetter(x,"strokeLinearGradientColorStops"),r.Factory.addGetterSetter(x,"fillRadialGradientStartRadius",0),r.Factory.addGetterSetter(x,"fillRadialGradientEndRadius",0),r.Factory.addGetterSetter(x,"fillRadialGradientColorStops"),r.Factory.addGetterSetter(x,"fillPatternRepeat","repeat"),r.Factory.addGetterSetter(x,"fillEnabled",!0),r.Factory.addGetterSetter(x,"strokeEnabled",!0),r.Factory.addGetterSetter(x,"shadowEnabled",!0),r.Factory.addGetterSetter(x,"dashEnabled",!0),r.Factory.addGetterSetter(x,"strokeScaleEnabled",!0),r.Factory.addGetterSetter(x,"fillPriority","color"),r.Factory.addComponentsGetterSetter(x,"fillPatternOffset",["x","y"]),r.Factory.addGetterSetter(x,"fillPatternOffsetX",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(x,"fillPatternOffsetY",0,(0,o.getNumberValidator)()),r.Factory.addComponentsGetterSetter(x,"fillPatternScale",["x","y"]),r.Factory.addGetterSetter(x,"fillPatternScaleX",1,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(x,"fillPatternScaleY",1,(0,o.getNumberValidator)()),r.Factory.addComponentsGetterSetter(x,"fillLinearGradientStartPoint",["x","y"]),r.Factory.addComponentsGetterSetter(x,"strokeLinearGradientStartPoint",["x","y"]),r.Factory.addGetterSetter(x,"fillLinearGradientStartPointX",0),r.Factory.addGetterSetter(x,"strokeLinearGradientStartPointX",0),r.Factory.addGetterSetter(x,"fillLinearGradientStartPointY",0),r.Factory.addGetterSetter(x,"strokeLinearGradientStartPointY",0),r.Factory.addComponentsGetterSetter(x,"fillLinearGradientEndPoint",["x","y"]),r.Factory.addComponentsGetterSetter(x,"strokeLinearGradientEndPoint",["x","y"]),r.Factory.addGetterSetter(x,"fillLinearGradientEndPointX",0),r.Factory.addGetterSetter(x,"strokeLinearGradientEndPointX",0),r.Factory.addGetterSetter(x,"fillLinearGradientEndPointY",0),r.Factory.addGetterSetter(x,"strokeLinearGradientEndPointY",0),r.Factory.addComponentsGetterSetter(x,"fillRadialGradientStartPoint",["x","y"]),r.Factory.addGetterSetter(x,"fillRadialGradientStartPointX",0),r.Factory.addGetterSetter(x,"fillRadialGradientStartPointY",0),r.Factory.addComponentsGetterSetter(x,"fillRadialGradientEndPoint",["x","y"]),r.Factory.addGetterSetter(x,"fillRadialGradientEndPointX",0),r.Factory.addGetterSetter(x,"fillRadialGradientEndPointY",0),r.Factory.addGetterSetter(x,"fillPatternRotation",0),r.Factory.addGetterSetter(x,"fillRule",void 0,(0,o.getStringValidator)()),r.Factory.backCompat(x,{dashArray:"dash",getDashArray:"getDash",setDashArray:"getDash",drawFunc:"sceneFunc",getDrawFunc:"getSceneFunc",setDrawFunc:"setSceneFunc",drawHitFunc:"hitFunc",getDrawHitFunc:"getHitFunc",setDrawHitFunc:"setHitFunc"})})(Cn);Object.defineProperty(Sg,"__esModule",{value:!0});Sg.Layer=void 0;const as=Yt,_2=Tu,ec=Ut,vE=Ne,X8=ao,Sye=be,wye=Cn,xye=Le;var Cye="#",Eye="beforeDraw",Tye="draw",qF=[{x:0,y:0},{x:-1,y:-1},{x:1,y:-1},{x:1,y:1},{x:-1,y:1}],Aye=qF.length;class Gd extends _2.Container{constructor(t){super(t),this.canvas=new X8.SceneCanvas,this.hitCanvas=new X8.HitCanvas({pixelRatio:1}),this._waitingForDraw=!1,this.on("visibleChange.konva",this._checkVisibility),this._checkVisibility(),this.on("imageSmoothingEnabledChange.konva",this._setSmoothEnabled),this._setSmoothEnabled()}createPNGStream(){return this.canvas._canvas.createPNGStream()}getCanvas(){return this.canvas}getNativeCanvasElement(){return this.canvas._canvas}getHitCanvas(){return this.hitCanvas}getContext(){return this.getCanvas().getContext()}clear(t){return this.getContext().clear(t),this.getHitCanvas().getContext().clear(t),this}setZIndex(t){super.setZIndex(t);var n=this.getStage();return n&&n.content&&(n.content.removeChild(this.getNativeCanvasElement()),t{this.draw(),this._waitingForDraw=!1})),this}getIntersection(t){if(!this.isListening()||!this.isVisible())return null;for(var n=1,r=!1;;){for(let i=0;i0)return{antialiased:!0};return{}}drawScene(t,n){var r=this.getLayer(),i=t||r&&r.getCanvas();return this._fire(Eye,{node:this}),this.clearBeforeDraw()&&i.getContext().clear(),_2.Container.prototype.drawScene.call(this,i,n),this._fire(Tye,{node:this}),this}drawHit(t,n){var r=this.getLayer(),i=t||r&&r.hitCanvas;return r&&r.clearBeforeDraw()&&r.getHitCanvas().getContext().clear(),_2.Container.prototype.drawHit.call(this,i,n),this}enableHitGraph(){return this.hitGraphEnabled(!0),this}disableHitGraph(){return this.hitGraphEnabled(!1),this}setHitGraphEnabled(t){as.Util.warn("hitGraphEnabled method is deprecated. Please use layer.listening() instead."),this.listening(t)}getHitGraphEnabled(t){return as.Util.warn("hitGraphEnabled method is deprecated. Please use layer.listening() instead."),this.listening()}toggleHitCanvas(){if(!(!this.parent||!this.parent.content)){var t=this.parent,n=!!this.hitCanvas._canvas.parentNode;n?t.content.removeChild(this.hitCanvas._canvas):t.content.appendChild(this.hitCanvas._canvas)}}destroy(){return as.Util.releaseCanvas(this.getNativeCanvasElement(),this.getHitCanvas()._canvas),super.destroy()}}Sg.Layer=Gd;Gd.prototype.nodeType="Layer";(0,xye._registerNode)(Gd);vE.Factory.addGetterSetter(Gd,"imageSmoothingEnabled",!0);vE.Factory.addGetterSetter(Gd,"clearBeforeDraw",!0);vE.Factory.addGetterSetter(Gd,"hitGraphEnabled",!0,(0,Sye.getBooleanValidator)());var b_={};Object.defineProperty(b_,"__esModule",{value:!0});b_.FastLayer=void 0;const kye=Yt,Pye=Sg,Oye=Le;class _E extends Pye.Layer{constructor(t){super(t),this.listening(!1),kye.Util.warn('Konva.Fast layer is deprecated. Please use "new Konva.Layer({ listening: false })" instead.')}}b_.FastLayer=_E;_E.prototype.nodeType="FastLayer";(0,Oye._registerNode)(_E);var Hd={};Object.defineProperty(Hd,"__esModule",{value:!0});Hd.Group=void 0;const Rye=Yt,Iye=Tu,Mye=Le;class bE extends Iye.Container{_validateAdd(t){var n=t.getType();n!=="Group"&&n!=="Shape"&&Rye.Util.throw("You may only add groups and shapes to groups.")}}Hd.Group=bE;bE.prototype.nodeType="Group";(0,Mye._registerNode)(bE);var Wd={};Object.defineProperty(Wd,"__esModule",{value:!0});Wd.Animation=void 0;const b2=Le,Y8=Yt;var S2=function(){return b2.glob.performance&&b2.glob.performance.now?function(){return b2.glob.performance.now()}:function(){return new Date().getTime()}}();class Ro{constructor(t,n){this.id=Ro.animIdCounter++,this.frame={time:0,timeDiff:0,lastTime:S2(),frameRate:0},this.func=t,this.setLayers(n)}setLayers(t){var n=[];return t?t.length>0?n=t:n=[t]:n=[],this.layers=n,this}getLayers(){return this.layers}addLayer(t){var n=this.layers,r=n.length,i;for(i=0;ithis.duration?this.yoyo?(this._time=this.duration,this.reverse()):this.finish():p<0?this.yoyo?(this._time=0,this.play()):this.reset():(this._time=p,this.update())}getTime(){return this._time}setPosition(p){this.prevPos=this._pos,this.propFunc(p),this._pos=p}getPosition(p){return p===void 0&&(p=this._time),this.func(p,this.begin,this._change,this.duration)}play(){this.state=a,this._startTime=this.getTimer()-this._time,this.onEnterFrame(),this.fire("onPlay")}reverse(){this.state=l,this._time=this.duration-this._time,this._startTime=this.getTimer()-this._time,this.onEnterFrame(),this.fire("onReverse")}seek(p){this.pause(),this._time=p,this.update(),this.fire("onSeek")}reset(){this.pause(),this._time=0,this.update(),this.fire("onReset")}finish(){this.pause(),this._time=this.duration,this.update(),this.fire("onFinish")}update(){this.setPosition(this.getPosition(this._time)),this.fire("onUpdate")}onEnterFrame(){var p=this.getTimer()-this._startTime;this.state===a?this.setTime(p):this.state===l&&this.setTime(this.duration-p)}pause(){this.state=s,this.fire("onPause")}getTimer(){return new Date().getTime()}}class f{constructor(p){var m=this,b=p.node,_=b._id,y,g=p.easing||e.Easings.Linear,v=!!p.yoyo,S;typeof p.duration>"u"?y=.3:p.duration===0?y=.001:y=p.duration,this.node=b,this._id=u++;var w=b.getLayer()||(b instanceof i.Konva.Stage?b.getLayers():null);w||t.Util.error("Tween constructor have `node` that is not in a layer. Please add node into layer first."),this.anim=new n.Animation(function(){m.tween.onEnterFrame()},w),this.tween=new d(S,function(C){m._tweenFunc(C)},g,0,1,y*1e3,v),this._addListeners(),f.attrs[_]||(f.attrs[_]={}),f.attrs[_][this._id]||(f.attrs[_][this._id]={}),f.tweens[_]||(f.tweens[_]={});for(S in p)o[S]===void 0&&this._addAttr(S,p[S]);this.reset(),this.onFinish=p.onFinish,this.onReset=p.onReset,this.onUpdate=p.onUpdate}_addAttr(p,m){var b=this.node,_=b._id,y,g,v,S,w,C,x,A;if(v=f.tweens[_][p],v&&delete f.attrs[_][v][p],y=b.getAttr(p),t.Util._isArray(m))if(g=[],w=Math.max(m.length,y.length),p==="points"&&m.length!==y.length&&(m.length>y.length?(x=y,y=t.Util._prepareArrayForTween(y,m,b.closed())):(C=m,m=t.Util._prepareArrayForTween(m,y,b.closed()))),p.indexOf("fill")===0)for(S=0;S{this.anim.start()},this.tween.onReverse=()=>{this.anim.start()},this.tween.onPause=()=>{this.anim.stop()},this.tween.onFinish=()=>{var p=this.node,m=f.attrs[p._id][this._id];m.points&&m.points.trueEnd&&p.setAttr("points",m.points.trueEnd),this.onFinish&&this.onFinish.call(this)},this.tween.onReset=()=>{var p=this.node,m=f.attrs[p._id][this._id];m.points&&m.points.trueStart&&p.points(m.points.trueStart),this.onReset&&this.onReset()},this.tween.onUpdate=()=>{this.onUpdate&&this.onUpdate.call(this)}}play(){return this.tween.play(),this}reverse(){return this.tween.reverse(),this}reset(){return this.tween.reset(),this}seek(p){return this.tween.seek(p*1e3),this}pause(){return this.tween.pause(),this}finish(){return this.tween.finish(),this}destroy(){var p=this.node._id,m=this._id,b=f.tweens[p],_;this.pause();for(_ in b)delete f.tweens[p][_];delete f.attrs[p][m]}}e.Tween=f,f.attrs={},f.tweens={},r.Node.prototype.to=function(h){var p=h.onFinish;h.node=this,h.onFinish=function(){this.destroy(),p&&p()};var m=new f(h);m.play()},e.Easings={BackEaseIn(h,p,m,b){var _=1.70158;return m*(h/=b)*h*((_+1)*h-_)+p},BackEaseOut(h,p,m,b){var _=1.70158;return m*((h=h/b-1)*h*((_+1)*h+_)+1)+p},BackEaseInOut(h,p,m,b){var _=1.70158;return(h/=b/2)<1?m/2*(h*h*(((_*=1.525)+1)*h-_))+p:m/2*((h-=2)*h*(((_*=1.525)+1)*h+_)+2)+p},ElasticEaseIn(h,p,m,b,_,y){var g=0;return h===0?p:(h/=b)===1?p+m:(y||(y=b*.3),!_||_0?t:n),c=s*n,d=a*(a>0?t:n),f=l*(l>0?n:t);return{x:u,y:r?-1*f:d,width:c-u,height:f-d}}}S_.Arc=Ws;Ws.prototype._centroid=!0;Ws.prototype.className="Arc";Ws.prototype._attrsAffectingSize=["innerRadius","outerRadius"];(0,Dye._registerNode)(Ws);w_.Factory.addGetterSetter(Ws,"innerRadius",0,(0,x_.getNumberValidator)());w_.Factory.addGetterSetter(Ws,"outerRadius",0,(0,x_.getNumberValidator)());w_.Factory.addGetterSetter(Ws,"angle",0,(0,x_.getNumberValidator)());w_.Factory.addGetterSetter(Ws,"clockwise",!1,(0,x_.getBooleanValidator)());var C_={},wg={};Object.defineProperty(wg,"__esModule",{value:!0});wg.Line=void 0;const E_=Ne,Lye=Cn,XF=be,$ye=Le;function Qx(e,t,n,r,i,o,s){var a=Math.sqrt(Math.pow(n-e,2)+Math.pow(r-t,2)),l=Math.sqrt(Math.pow(i-n,2)+Math.pow(o-r,2)),u=s*a/(a+l),c=s*l/(a+l),d=n-u*(i-e),f=r-u*(o-t),h=n+c*(i-e),p=r+c*(o-t);return[d,f,h,p]}function Q8(e,t){var n=e.length,r=[],i,o;for(i=2;i4){for(a=this.getTensionPoints(),l=a.length,u=o?0:4,o||t.quadraticCurveTo(a[0],a[1],a[2],a[3]);u{let u,c,d;u=l/2,c=0;for(let h=0;h<20;h++)d=u*e.tValues[20][h]+u,c+=e.cValues[20][h]*r(s,a,d);return u*c};e.getCubicArcLength=t;const n=(s,a,l)=>{l===void 0&&(l=1);const u=s[0]-2*s[1]+s[2],c=a[0]-2*a[1]+a[2],d=2*s[1]-2*s[0],f=2*a[1]-2*a[0],h=4*(u*u+c*c),p=4*(u*d+c*f),m=d*d+f*f;if(h===0)return l*Math.sqrt(Math.pow(s[2]-s[0],2)+Math.pow(a[2]-a[0],2));const b=p/(2*h),_=m/h,y=l+b,g=_-b*b,v=y*y+g>0?Math.sqrt(y*y+g):0,S=b*b+g>0?Math.sqrt(b*b+g):0,w=b+Math.sqrt(b*b+g)!==0?g*Math.log(Math.abs((y+v)/(b+S))):0;return Math.sqrt(h)/2*(y*v-b*S+w)};e.getQuadraticArcLength=n;function r(s,a,l){const u=i(1,l,s),c=i(1,l,a),d=u*u+c*c;return Math.sqrt(d)}const i=(s,a,l)=>{const u=l.length-1;let c,d;if(u===0)return 0;if(s===0){d=0;for(let f=0;f<=u;f++)d+=e.binomialCoefficients[u][f]*Math.pow(1-a,u-f)*Math.pow(a,f)*l[f];return d}else{c=new Array(u);for(let f=0;f{let u=1,c=s/a,d=(s-l(c))/a,f=0;for(;u>.001;){const h=l(c+d),p=Math.abs(s-h)/a;if(p500)break}return c};e.t2length=o})(YF);Object.defineProperty(qd,"__esModule",{value:!0});qd.Path=void 0;const Fye=Ne,Bye=Cn,zye=Le,tc=YF;class yn extends Bye.Shape{constructor(t){super(t),this.dataArray=[],this.pathLength=0,this._readDataAttribute(),this.on("dataChange.konva",function(){this._readDataAttribute()})}_readDataAttribute(){this.dataArray=yn.parsePathData(this.data()),this.pathLength=yn.getPathLength(this.dataArray)}_sceneFunc(t){var n=this.dataArray;t.beginPath();for(var r=!1,i=0;ic?u:c,b=u>c?1:u/c,_=u>c?c/u:1;t.translate(a,l),t.rotate(h),t.scale(b,_),t.arc(0,0,m,d,d+f,1-p),t.scale(1/b,1/_),t.rotate(-h),t.translate(-a,-l);break;case"z":r=!0,t.closePath();break}}!r&&!this.hasFill()?t.strokeShape(this):t.fillStrokeShape(this)}getSelfRect(){var t=[];this.dataArray.forEach(function(u){if(u.command==="A"){var c=u.points[4],d=u.points[5],f=u.points[4]+d,h=Math.PI/180;if(Math.abs(c-f)f;p-=h){const m=yn.getPointOnEllipticalArc(u.points[0],u.points[1],u.points[2],u.points[3],p,0);t.push(m.x,m.y)}else for(let p=c+h;pn[i].pathLength;)t-=n[i].pathLength,++i;if(i===o)return r=n[i-1].points.slice(-2),{x:r[0],y:r[1]};if(t<.01)return r=n[i].points.slice(0,2),{x:r[0],y:r[1]};var s=n[i],a=s.points;switch(s.command){case"L":return yn.getPointOnLine(t,s.start.x,s.start.y,a[0],a[1]);case"C":return yn.getPointOnCubicBezier((0,tc.t2length)(t,yn.getPathLength(n),m=>(0,tc.getCubicArcLength)([s.start.x,a[0],a[2],a[4]],[s.start.y,a[1],a[3],a[5]],m)),s.start.x,s.start.y,a[0],a[1],a[2],a[3],a[4],a[5]);case"Q":return yn.getPointOnQuadraticBezier((0,tc.t2length)(t,yn.getPathLength(n),m=>(0,tc.getQuadraticArcLength)([s.start.x,a[0],a[2]],[s.start.y,a[1],a[3]],m)),s.start.x,s.start.y,a[0],a[1],a[2],a[3]);case"A":var l=a[0],u=a[1],c=a[2],d=a[3],f=a[4],h=a[5],p=a[6];return f+=h*t/s.pathLength,yn.getPointOnEllipticalArc(l,u,c,d,f,p)}return null}static getPointOnLine(t,n,r,i,o,s,a){s===void 0&&(s=n),a===void 0&&(a=r);var l=(o-r)/(i-n+1e-8),u=Math.sqrt(t*t/(1+l*l));i0&&!isNaN(p[0]);){var y=null,g=[],v=l,S=u,w,C,x,A,T,P,L,R,E,k;switch(h){case"l":l+=p.shift(),u+=p.shift(),y="L",g.push(l,u);break;case"L":l=p.shift(),u=p.shift(),g.push(l,u);break;case"m":var N=p.shift(),$=p.shift();if(l+=N,u+=$,y="M",s.length>2&&s[s.length-1].command==="z"){for(var M=s.length-2;M>=0;M--)if(s[M].command==="M"){l=s[M].points[0]+N,u=s[M].points[1]+$;break}}g.push(l,u),h="l";break;case"M":l=p.shift(),u=p.shift(),y="M",g.push(l,u),h="L";break;case"h":l+=p.shift(),y="L",g.push(l,u);break;case"H":l=p.shift(),y="L",g.push(l,u);break;case"v":u+=p.shift(),y="L",g.push(l,u);break;case"V":u=p.shift(),y="L",g.push(l,u);break;case"C":g.push(p.shift(),p.shift(),p.shift(),p.shift()),l=p.shift(),u=p.shift(),g.push(l,u);break;case"c":g.push(l+p.shift(),u+p.shift(),l+p.shift(),u+p.shift()),l+=p.shift(),u+=p.shift(),y="C",g.push(l,u);break;case"S":C=l,x=u,w=s[s.length-1],w.command==="C"&&(C=l+(l-w.points[2]),x=u+(u-w.points[3])),g.push(C,x,p.shift(),p.shift()),l=p.shift(),u=p.shift(),y="C",g.push(l,u);break;case"s":C=l,x=u,w=s[s.length-1],w.command==="C"&&(C=l+(l-w.points[2]),x=u+(u-w.points[3])),g.push(C,x,l+p.shift(),u+p.shift()),l+=p.shift(),u+=p.shift(),y="C",g.push(l,u);break;case"Q":g.push(p.shift(),p.shift()),l=p.shift(),u=p.shift(),g.push(l,u);break;case"q":g.push(l+p.shift(),u+p.shift()),l+=p.shift(),u+=p.shift(),y="Q",g.push(l,u);break;case"T":C=l,x=u,w=s[s.length-1],w.command==="Q"&&(C=l+(l-w.points[0]),x=u+(u-w.points[1])),l=p.shift(),u=p.shift(),y="Q",g.push(C,x,l,u);break;case"t":C=l,x=u,w=s[s.length-1],w.command==="Q"&&(C=l+(l-w.points[0]),x=u+(u-w.points[1])),l+=p.shift(),u+=p.shift(),y="Q",g.push(C,x,l,u);break;case"A":A=p.shift(),T=p.shift(),P=p.shift(),L=p.shift(),R=p.shift(),E=l,k=u,l=p.shift(),u=p.shift(),y="A",g=this.convertEndpointToCenterParameterization(E,k,l,u,L,R,A,T,P);break;case"a":A=p.shift(),T=p.shift(),P=p.shift(),L=p.shift(),R=p.shift(),E=l,k=u,l+=p.shift(),u+=p.shift(),y="A",g=this.convertEndpointToCenterParameterization(E,k,l,u,L,R,A,T,P);break}s.push({command:y||h,points:g,start:{x:v,y:S},pathLength:this.calcLength(v,S,y||h,g)})}(h==="z"||h==="Z")&&s.push({command:"z",points:[],start:void 0,pathLength:0})}return s}static calcLength(t,n,r,i){var o,s,a,l,u=yn;switch(r){case"L":return u.getLineLength(t,n,i[0],i[1]);case"C":return(0,tc.getCubicArcLength)([t,i[0],i[2],i[4]],[n,i[1],i[3],i[5]],1);case"Q":return(0,tc.getQuadraticArcLength)([t,i[0],i[2]],[n,i[1],i[3]],1);case"A":o=0;var c=i[4],d=i[5],f=i[4]+d,h=Math.PI/180;if(Math.abs(c-f)f;l-=h)a=u.getPointOnEllipticalArc(i[0],i[1],i[2],i[3],l,0),o+=u.getLineLength(s.x,s.y,a.x,a.y),s=a;else for(l=c+h;l1&&(a*=Math.sqrt(h),l*=Math.sqrt(h));var p=Math.sqrt((a*a*(l*l)-a*a*(f*f)-l*l*(d*d))/(a*a*(f*f)+l*l*(d*d)));o===s&&(p*=-1),isNaN(p)&&(p=0);var m=p*a*f/l,b=p*-l*d/a,_=(t+r)/2+Math.cos(c)*m-Math.sin(c)*b,y=(n+i)/2+Math.sin(c)*m+Math.cos(c)*b,g=function(T){return Math.sqrt(T[0]*T[0]+T[1]*T[1])},v=function(T,P){return(T[0]*P[0]+T[1]*P[1])/(g(T)*g(P))},S=function(T,P){return(T[0]*P[1]=1&&(A=0),s===0&&A>0&&(A=A-2*Math.PI),s===1&&A<0&&(A=A+2*Math.PI),[_,y,a,l,w,A,c,s]}}qd.Path=yn;yn.prototype.className="Path";yn.prototype._attrsAffectingSize=["data"];(0,zye._registerNode)(yn);Fye.Factory.addGetterSetter(yn,"data");Object.defineProperty(C_,"__esModule",{value:!0});C_.Arrow=void 0;const T_=Ne,Uye=wg,ZF=be,jye=Le,J8=qd;class ku extends Uye.Line{_sceneFunc(t){super._sceneFunc(t);var n=Math.PI*2,r=this.points(),i=r,o=this.tension()!==0&&r.length>4;o&&(i=this.getTensionPoints());var s=this.pointerLength(),a=r.length,l,u;if(o){const f=[i[i.length-4],i[i.length-3],i[i.length-2],i[i.length-1],r[a-2],r[a-1]],h=J8.Path.calcLength(i[i.length-4],i[i.length-3],"C",f),p=J8.Path.getPointOnQuadraticBezier(Math.min(1,1-s/h),f[0],f[1],f[2],f[3],f[4],f[5]);l=r[a-2]-p.x,u=r[a-1]-p.y}else l=r[a-2]-r[a-4],u=r[a-1]-r[a-3];var c=(Math.atan2(u,l)+n)%n,d=this.pointerWidth();this.pointerAtEnding()&&(t.save(),t.beginPath(),t.translate(r[a-2],r[a-1]),t.rotate(c),t.moveTo(0,0),t.lineTo(-s,d/2),t.lineTo(-s,-d/2),t.closePath(),t.restore(),this.__fillStroke(t)),this.pointerAtBeginning()&&(t.save(),t.beginPath(),t.translate(r[0],r[1]),o?(l=(i[0]+i[2])/2-r[0],u=(i[1]+i[3])/2-r[1]):(l=r[2]-r[0],u=r[3]-r[1]),t.rotate((Math.atan2(-u,-l)+n)%n),t.moveTo(0,0),t.lineTo(-s,d/2),t.lineTo(-s,-d/2),t.closePath(),t.restore(),this.__fillStroke(t))}__fillStroke(t){var n=this.dashEnabled();n&&(this.attrs.dashEnabled=!1,t.setLineDash([])),t.fillStrokeShape(this),n&&(this.attrs.dashEnabled=!0)}getSelfRect(){const t=super.getSelfRect(),n=this.pointerWidth()/2;return{x:t.x-n,y:t.y-n,width:t.width+n*2,height:t.height+n*2}}}C_.Arrow=ku;ku.prototype.className="Arrow";(0,jye._registerNode)(ku);T_.Factory.addGetterSetter(ku,"pointerLength",10,(0,ZF.getNumberValidator)());T_.Factory.addGetterSetter(ku,"pointerWidth",10,(0,ZF.getNumberValidator)());T_.Factory.addGetterSetter(ku,"pointerAtBeginning",!1);T_.Factory.addGetterSetter(ku,"pointerAtEnding",!0);var A_={};Object.defineProperty(A_,"__esModule",{value:!0});A_.Circle=void 0;const Vye=Ne,Gye=Cn,Hye=be,Wye=Le;let Kd=class extends Gye.Shape{_sceneFunc(t){t.beginPath(),t.arc(0,0,this.attrs.radius||0,0,Math.PI*2,!1),t.closePath(),t.fillStrokeShape(this)}getWidth(){return this.radius()*2}getHeight(){return this.radius()*2}setWidth(t){this.radius()!==t/2&&this.radius(t/2)}setHeight(t){this.radius()!==t/2&&this.radius(t/2)}};A_.Circle=Kd;Kd.prototype._centroid=!0;Kd.prototype.className="Circle";Kd.prototype._attrsAffectingSize=["radius"];(0,Wye._registerNode)(Kd);Vye.Factory.addGetterSetter(Kd,"radius",0,(0,Hye.getNumberValidator)());var k_={};Object.defineProperty(k_,"__esModule",{value:!0});k_.Ellipse=void 0;const SE=Ne,qye=Cn,QF=be,Kye=Le;class cl extends qye.Shape{_sceneFunc(t){var n=this.radiusX(),r=this.radiusY();t.beginPath(),t.save(),n!==r&&t.scale(1,r/n),t.arc(0,0,n,0,Math.PI*2,!1),t.restore(),t.closePath(),t.fillStrokeShape(this)}getWidth(){return this.radiusX()*2}getHeight(){return this.radiusY()*2}setWidth(t){this.radiusX(t/2)}setHeight(t){this.radiusY(t/2)}}k_.Ellipse=cl;cl.prototype.className="Ellipse";cl.prototype._centroid=!0;cl.prototype._attrsAffectingSize=["radiusX","radiusY"];(0,Kye._registerNode)(cl);SE.Factory.addComponentsGetterSetter(cl,"radius",["x","y"]);SE.Factory.addGetterSetter(cl,"radiusX",0,(0,QF.getNumberValidator)());SE.Factory.addGetterSetter(cl,"radiusY",0,(0,QF.getNumberValidator)());var P_={};Object.defineProperty(P_,"__esModule",{value:!0});P_.Image=void 0;const w2=Yt,Pu=Ne,Xye=Cn,Yye=Le,xg=be;let Jo=class JF extends Xye.Shape{constructor(t){super(t),this.on("imageChange.konva",()=>{this._setImageLoad()}),this._setImageLoad()}_setImageLoad(){const t=this.image();t&&t.complete||t&&t.readyState===4||t&&t.addEventListener&&t.addEventListener("load",()=>{this._requestDraw()})}_useBufferCanvas(){return super._useBufferCanvas(!0)}_sceneFunc(t){const n=this.getWidth(),r=this.getHeight(),i=this.cornerRadius(),o=this.attrs.image;let s;if(o){const a=this.attrs.cropWidth,l=this.attrs.cropHeight;a&&l?s=[o,this.cropX(),this.cropY(),a,l,0,0,n,r]:s=[o,0,0,n,r]}(this.hasFill()||this.hasStroke()||i)&&(t.beginPath(),i?w2.Util.drawRoundedRectPath(t,n,r,i):t.rect(0,0,n,r),t.closePath(),t.fillStrokeShape(this)),o&&(i&&t.clip(),t.drawImage.apply(t,s))}_hitFunc(t){var n=this.width(),r=this.height(),i=this.cornerRadius();t.beginPath(),i?w2.Util.drawRoundedRectPath(t,n,r,i):t.rect(0,0,n,r),t.closePath(),t.fillStrokeShape(this)}getWidth(){var t,n;return(t=this.attrs.width)!==null&&t!==void 0?t:(n=this.image())===null||n===void 0?void 0:n.width}getHeight(){var t,n;return(t=this.attrs.height)!==null&&t!==void 0?t:(n=this.image())===null||n===void 0?void 0:n.height}static fromURL(t,n,r=null){var i=w2.Util.createImageElement();i.onload=function(){var o=new JF({image:i});n(o)},i.onerror=r,i.crossOrigin="Anonymous",i.src=t}};P_.Image=Jo;Jo.prototype.className="Image";(0,Yye._registerNode)(Jo);Pu.Factory.addGetterSetter(Jo,"cornerRadius",0,(0,xg.getNumberOrArrayOfNumbersValidator)(4));Pu.Factory.addGetterSetter(Jo,"image");Pu.Factory.addComponentsGetterSetter(Jo,"crop",["x","y","width","height"]);Pu.Factory.addGetterSetter(Jo,"cropX",0,(0,xg.getNumberValidator)());Pu.Factory.addGetterSetter(Jo,"cropY",0,(0,xg.getNumberValidator)());Pu.Factory.addGetterSetter(Jo,"cropWidth",0,(0,xg.getNumberValidator)());Pu.Factory.addGetterSetter(Jo,"cropHeight",0,(0,xg.getNumberValidator)());var Cd={};Object.defineProperty(Cd,"__esModule",{value:!0});Cd.Tag=Cd.Label=void 0;const O_=Ne,Zye=Cn,Qye=Hd,wE=be,eB=Le;var tB=["fontFamily","fontSize","fontStyle","padding","lineHeight","text","width","height","pointerDirection","pointerWidth","pointerHeight"],Jye="Change.konva",eve="none",Jx="up",eC="right",tC="down",nC="left",tve=tB.length;class xE extends Qye.Group{constructor(t){super(t),this.on("add.konva",function(n){this._addListeners(n.child),this._sync()})}getText(){return this.find("Text")[0]}getTag(){return this.find("Tag")[0]}_addListeners(t){var n=this,r,i=function(){n._sync()};for(r=0;r{n=Math.min(n,s.x),r=Math.max(r,s.x),i=Math.min(i,s.y),o=Math.max(o,s.y)}),{x:n,y:i,width:r-n,height:o-i}}getWidth(){return this.radius()*2}getHeight(){return this.radius()*2}setWidth(t){this.radius(t/2)}setHeight(t){this.radius(t/2)}}I_.RegularPolygon=Ru;Ru.prototype.className="RegularPolygon";Ru.prototype._centroid=!0;Ru.prototype._attrsAffectingSize=["radius"];(0,lve._registerNode)(Ru);nB.Factory.addGetterSetter(Ru,"radius",0,(0,rB.getNumberValidator)());nB.Factory.addGetterSetter(Ru,"sides",0,(0,rB.getNumberValidator)());var M_={};Object.defineProperty(M_,"__esModule",{value:!0});M_.Ring=void 0;const iB=Ne,uve=Cn,oB=be,cve=Le;var eP=Math.PI*2;class Iu extends uve.Shape{_sceneFunc(t){t.beginPath(),t.arc(0,0,this.innerRadius(),0,eP,!1),t.moveTo(this.outerRadius(),0),t.arc(0,0,this.outerRadius(),eP,0,!0),t.closePath(),t.fillStrokeShape(this)}getWidth(){return this.outerRadius()*2}getHeight(){return this.outerRadius()*2}setWidth(t){this.outerRadius(t/2)}setHeight(t){this.outerRadius(t/2)}}M_.Ring=Iu;Iu.prototype.className="Ring";Iu.prototype._centroid=!0;Iu.prototype._attrsAffectingSize=["innerRadius","outerRadius"];(0,cve._registerNode)(Iu);iB.Factory.addGetterSetter(Iu,"innerRadius",0,(0,oB.getNumberValidator)());iB.Factory.addGetterSetter(Iu,"outerRadius",0,(0,oB.getNumberValidator)());var N_={};Object.defineProperty(N_,"__esModule",{value:!0});N_.Sprite=void 0;const Mu=Ne,dve=Cn,fve=Wd,sB=be,hve=Le;class es extends dve.Shape{constructor(t){super(t),this._updated=!0,this.anim=new fve.Animation(()=>{var n=this._updated;return this._updated=!1,n}),this.on("animationChange.konva",function(){this.frameIndex(0)}),this.on("frameIndexChange.konva",function(){this._updated=!0}),this.on("frameRateChange.konva",function(){this.anim.isRunning()&&(clearInterval(this.interval),this._setInterval())})}_sceneFunc(t){var n=this.animation(),r=this.frameIndex(),i=r*4,o=this.animations()[n],s=this.frameOffsets(),a=o[i+0],l=o[i+1],u=o[i+2],c=o[i+3],d=this.image();if((this.hasFill()||this.hasStroke())&&(t.beginPath(),t.rect(0,0,u,c),t.closePath(),t.fillStrokeShape(this)),d)if(s){var f=s[n],h=r*2;t.drawImage(d,a,l,u,c,f[h+0],f[h+1],u,c)}else t.drawImage(d,a,l,u,c,0,0,u,c)}_hitFunc(t){var n=this.animation(),r=this.frameIndex(),i=r*4,o=this.animations()[n],s=this.frameOffsets(),a=o[i+2],l=o[i+3];if(t.beginPath(),s){var u=s[n],c=r*2;t.rect(u[c+0],u[c+1],a,l)}else t.rect(0,0,a,l);t.closePath(),t.fillShape(this)}_useBufferCanvas(){return super._useBufferCanvas(!0)}_setInterval(){var t=this;this.interval=setInterval(function(){t._updateIndex()},1e3/this.frameRate())}start(){if(!this.isRunning()){var t=this.getLayer();this.anim.setLayers(t),this._setInterval(),this.anim.start()}}stop(){this.anim.stop(),clearInterval(this.interval)}isRunning(){return this.anim.isRunning()}_updateIndex(){var t=this.frameIndex(),n=this.animation(),r=this.animations(),i=r[n],o=i.length/4;t{t=t.trim();const n=t.indexOf(" ")>=0,r=t.indexOf('"')>=0||t.indexOf("'")>=0;return n&&!r&&(t=`"${t}"`),t}).join(", ")}var Dm;function C2(){return Dm||(Dm=rC.Util.createCanvasElement().getContext(bve),Dm)}function Rve(e){e.fillText(this._partialText,this._partialTextX,this._partialTextY)}function Ive(e){e.setAttr("miterLimit",2),e.strokeText(this._partialText,this._partialTextX,this._partialTextY)}function Mve(e){return e=e||{},!e.fillLinearGradientColorStops&&!e.fillRadialGradientColorStops&&!e.fillPatternImage&&(e.fill=e.fill||"black"),e}let un=class extends mve.Shape{constructor(t){super(Mve(t)),this._partialTextX=0,this._partialTextY=0;for(var n=0;n1&&(_+=s)}}}_hitFunc(t){var n=this.getWidth(),r=this.getHeight();t.beginPath(),t.rect(0,0,n,r),t.closePath(),t.fillStrokeShape(this)}setText(t){var n=rC.Util._isString(t)?t:t==null?"":t+"";return this._setAttr(Sve,n),this}getWidth(){var t=this.attrs.width===nc||this.attrs.width===void 0;return t?this.getTextWidth()+this.padding()*2:this.attrs.width}getHeight(){var t=this.attrs.height===nc||this.attrs.height===void 0;return t?this.fontSize()*this.textArr.length*this.lineHeight()+this.padding()*2:this.attrs.height}getTextWidth(){return this.textWidth}getTextHeight(){return rC.Util.warn("text.getTextHeight() method is deprecated. Use text.height() - for full height and text.fontSize() - for one line height."),this.textHeight}measureSize(t){var n=C2(),r=this.fontSize(),i;return n.save(),n.font=this._getContextFont(),i=n.measureText(t),n.restore(),{width:i.width,height:r}}_getContextFont(){return this.fontStyle()+Nm+this.fontVariant()+Nm+(this.fontSize()+Eve)+Ove(this.fontFamily())}_addTextLine(t){this.align()===xf&&(t=t.trim());var r=this._getTextWidth(t);return this.textArr.push({text:t,width:r,lastInParagraph:!1})}_getTextWidth(t){var n=this.letterSpacing(),r=t.length;return C2().measureText(t).width+(r?n*(r-1):0)}_setTextData(){var t=this.text().split(` -`),n=+this.fontSize(),r=0,i=this.lineHeight()*n,o=this.attrs.width,s=this.attrs.height,a=o!==nc&&o!==void 0,l=s!==nc&&s!==void 0,u=this.padding(),c=o-u*2,d=s-u*2,f=0,h=this.wrap(),p=h!==rP,m=h!==kve&&p,b=this.ellipsis();this.textArr=[],C2().font=this._getContextFont();for(var _=b?this._getTextWidth(x2):0,y=0,g=t.length;yc)for(;v.length>0;){for(var w=0,C=v.length,x="",A=0;w>>1,P=v.slice(0,T+1),L=this._getTextWidth(P)+_;L<=c?(w=T+1,x=P,A=L):C=T}if(x){if(m){var R,E=v[x.length],k=E===Nm||E===tP;k&&A<=c?R=x.length:R=Math.max(x.lastIndexOf(Nm),x.lastIndexOf(tP))+1,R>0&&(w=R,x=x.slice(0,w),A=this._getTextWidth(x))}x=x.trimRight(),this._addTextLine(x),r=Math.max(r,A),f+=i;var N=this._shouldHandleEllipsis(f);if(N){this._tryToAddEllipsisToLastLine();break}if(v=v.slice(w),v=v.trimLeft(),v.length>0&&(S=this._getTextWidth(v),S<=c)){this._addTextLine(v),f+=i,r=Math.max(r,S);break}}else break}else this._addTextLine(v),f+=i,r=Math.max(r,S),this._shouldHandleEllipsis(f)&&yd)break}this.textHeight=n,this.textWidth=r}_shouldHandleEllipsis(t){var n=+this.fontSize(),r=this.lineHeight()*n,i=this.attrs.height,o=i!==nc&&i!==void 0,s=this.padding(),a=i-s*2,l=this.wrap(),u=l!==rP;return!u||o&&t+r>a}_tryToAddEllipsisToLastLine(){var t=this.attrs.width,n=t!==nc&&t!==void 0,r=this.padding(),i=t-r*2,o=this.ellipsis(),s=this.textArr[this.textArr.length-1];if(!(!s||!o)){if(n){var a=this._getTextWidth(s.text+x2)n?null:Cf.Path.getPointAtLengthOfDataArray(t,this.dataArray)}_readDataAttribute(){this.dataArray=Cf.Path.parsePathData(this.attrs.data),this.pathLength=this._getTextPathLength()}_sceneFunc(t){t.setAttr("font",this._getContextFont()),t.setAttr("textBaseline",this.textBaseline()),t.setAttr("textAlign","left"),t.save();var n=this.textDecoration(),r=this.fill(),i=this.fontSize(),o=this.glyphInfo;n==="underline"&&t.beginPath();for(var s=0;s=1){var r=n[0].p0;t.moveTo(r.x,r.y)}for(var i=0;ie+`.${gB}`).join(" "),sP="nodesRect",Uve=["widthChange","heightChange","scaleXChange","scaleYChange","skewXChange","skewYChange","rotationChange","offsetXChange","offsetYChange","transformsEnabledChange","strokeWidthChange"],jve={"top-left":-45,"top-center":0,"top-right":45,"middle-right":-90,"middle-left":90,"bottom-left":-135,"bottom-center":180,"bottom-right":135};const Vve="ontouchstart"in Wi.Konva._global;function Gve(e,t){if(e==="rotater")return"crosshair";t+=lt.Util.degToRad(jve[e]||0);var n=(lt.Util.radToDeg(t)%360+360)%360;return lt.Util._inRange(n,315+22.5,360)||lt.Util._inRange(n,0,22.5)?"ns-resize":lt.Util._inRange(n,45-22.5,45+22.5)?"nesw-resize":lt.Util._inRange(n,90-22.5,90+22.5)?"ew-resize":lt.Util._inRange(n,135-22.5,135+22.5)?"nwse-resize":lt.Util._inRange(n,180-22.5,180+22.5)?"ns-resize":lt.Util._inRange(n,225-22.5,225+22.5)?"nesw-resize":lt.Util._inRange(n,270-22.5,270+22.5)?"ew-resize":lt.Util._inRange(n,315-22.5,315+22.5)?"nwse-resize":(lt.Util.error("Transformer has unknown angle for cursor detection: "+n),"pointer")}var sv=["top-left","top-center","top-right","middle-right","middle-left","bottom-left","bottom-center","bottom-right"],aP=1e8;function Hve(e){return{x:e.x+e.width/2*Math.cos(e.rotation)+e.height/2*Math.sin(-e.rotation),y:e.y+e.height/2*Math.cos(e.rotation)+e.width/2*Math.sin(e.rotation)}}function mB(e,t,n){const r=n.x+(e.x-n.x)*Math.cos(t)-(e.y-n.y)*Math.sin(t),i=n.y+(e.x-n.x)*Math.sin(t)+(e.y-n.y)*Math.cos(t);return Object.assign(Object.assign({},e),{rotation:e.rotation+t,x:r,y:i})}function Wve(e,t){const n=Hve(e);return mB(e,t,n)}function qve(e,t,n){let r=t;for(let i=0;ii.isAncestorOf(this)?(lt.Util.error("Konva.Transformer cannot be an a child of the node you are trying to attach"),!1):!0);this._nodes=t=n,t.length===1&&this.useSingleNodeRotation()?this.rotation(t[0].getAbsoluteRotation()):this.rotation(0),this._nodes.forEach(i=>{const o=()=>{this.nodes().length===1&&this.useSingleNodeRotation()&&this.rotation(this.nodes()[0].getAbsoluteRotation()),this._resetTransformCache(),!this._transforming&&!this.isDragging()&&this.update()},s=i._attrsAffectingSize.map(a=>a+"Change."+this._getEventNamespace()).join(" ");i.on(s,o),i.on(Uve.map(a=>a+`.${this._getEventNamespace()}`).join(" "),o),i.on(`absoluteTransformChange.${this._getEventNamespace()}`,o),this._proxyDrag(i)}),this._resetTransformCache();var r=!!this.findOne(".top-left");return r&&this.update(),this}_proxyDrag(t){let n;t.on(`dragstart.${this._getEventNamespace()}`,r=>{n=t.getAbsolutePosition(),!this.isDragging()&&t!==this.findOne(".back")&&this.startDrag(r,!1)}),t.on(`dragmove.${this._getEventNamespace()}`,r=>{if(!n)return;const i=t.getAbsolutePosition(),o=i.x-n.x,s=i.y-n.y;this.nodes().forEach(a=>{if(a===t||a.isDragging())return;const l=a.getAbsolutePosition();a.setAbsolutePosition({x:l.x+o,y:l.y+s}),a.startDrag(r)}),n=null})}getNodes(){return this._nodes||[]}getActiveAnchor(){return this._movingAnchorName}detach(){this._nodes&&this._nodes.forEach(t=>{t.off("."+this._getEventNamespace())}),this._nodes=[],this._resetTransformCache()}_resetTransformCache(){this._clearCache(sP),this._clearCache("transform"),this._clearSelfAndDescendantCache("absoluteTransform")}_getNodeRect(){return this._getCache(sP,this.__getNodeRect)}__getNodeShape(t,n=this.rotation(),r){var i=t.getClientRect({skipTransform:!0,skipShadow:!0,skipStroke:this.ignoreStroke()}),o=t.getAbsoluteScale(r),s=t.getAbsolutePosition(r),a=i.x*o.x-t.offsetX()*o.x,l=i.y*o.y-t.offsetY()*o.y;const u=(Wi.Konva.getAngle(t.getAbsoluteRotation())+Math.PI*2)%(Math.PI*2),c={x:s.x+a*Math.cos(u)+l*Math.sin(-u),y:s.y+l*Math.cos(u)+a*Math.sin(u),width:i.width*o.x,height:i.height*o.y,rotation:u};return mB(c,-Wi.Konva.getAngle(n),{x:0,y:0})}__getNodeRect(){var t=this.getNode();if(!t)return{x:-aP,y:-aP,width:0,height:0,rotation:0};const n=[];this.nodes().map(u=>{const c=u.getClientRect({skipTransform:!0,skipShadow:!0,skipStroke:this.ignoreStroke()});var d=[{x:c.x,y:c.y},{x:c.x+c.width,y:c.y},{x:c.x+c.width,y:c.y+c.height},{x:c.x,y:c.y+c.height}],f=u.getAbsoluteTransform();d.forEach(function(h){var p=f.point(h);n.push(p)})});const r=new lt.Transform;r.rotate(-Wi.Konva.getAngle(this.rotation()));var i,o,s,a;n.forEach(function(u){var c=r.point(u);i===void 0&&(i=s=c.x,o=a=c.y),i=Math.min(i,c.x),o=Math.min(o,c.y),s=Math.max(s,c.x),a=Math.max(a,c.y)}),r.invert();const l=r.point({x:i,y:o});return{x:l.x,y:l.y,width:s-i,height:a-o,rotation:Wi.Konva.getAngle(this.rotation())}}getX(){return this._getNodeRect().x}getY(){return this._getNodeRect().y}getWidth(){return this._getNodeRect().width}getHeight(){return this._getNodeRect().height}_createElements(){this._createBack(),sv.forEach((function(t){this._createAnchor(t)}).bind(this)),this._createAnchor("rotater")}_createAnchor(t){var n=new Fve.Rect({stroke:"rgb(0, 161, 255)",fill:"white",strokeWidth:1,name:t+" _anchor",dragDistance:0,draggable:!0,hitStrokeWidth:Vve?10:"auto"}),r=this;n.on("mousedown touchstart",function(i){r._handleMouseDown(i)}),n.on("dragstart",i=>{n.stopDrag(),i.cancelBubble=!0}),n.on("dragend",i=>{i.cancelBubble=!0}),n.on("mouseenter",()=>{var i=Wi.Konva.getAngle(this.rotation()),o=Gve(t,i);n.getStage().content&&(n.getStage().content.style.cursor=o),this._cursorChange=!0}),n.on("mouseout",()=>{n.getStage().content&&(n.getStage().content.style.cursor=""),this._cursorChange=!1}),this.add(n)}_createBack(){var t=new $ve.Shape({name:"back",width:0,height:0,draggable:!0,sceneFunc(n){var r=this.getParent(),i=r.padding();n.beginPath(),n.rect(-i,-i,this.width()+i*2,this.height()+i*2),n.moveTo(this.width()/2,-i),r.rotateEnabled()&&n.lineTo(this.width()/2,-r.rotateAnchorOffset()*lt.Util._sign(this.height())-i),n.fillStrokeShape(this)},hitFunc:(n,r)=>{if(this.shouldOverdrawWholeArea()){var i=this.padding();n.beginPath(),n.rect(-i,-i,r.width()+i*2,r.height()+i*2),n.fillStrokeShape(r)}}});this.add(t),this._proxyDrag(t),t.on("dragstart",n=>{n.cancelBubble=!0}),t.on("dragmove",n=>{n.cancelBubble=!0}),t.on("dragend",n=>{n.cancelBubble=!0}),this.on("dragmove",n=>{this.update()})}_handleMouseDown(t){this._movingAnchorName=t.target.name().split(" ")[0];var n=this._getNodeRect(),r=n.width,i=n.height,o=Math.sqrt(Math.pow(r,2)+Math.pow(i,2));this.sin=Math.abs(i/o),this.cos=Math.abs(r/o),typeof window<"u"&&(window.addEventListener("mousemove",this._handleMouseMove),window.addEventListener("touchmove",this._handleMouseMove),window.addEventListener("mouseup",this._handleMouseUp,!0),window.addEventListener("touchend",this._handleMouseUp,!0)),this._transforming=!0;var s=t.target.getAbsolutePosition(),a=t.target.getStage().getPointerPosition();this._anchorDragOffset={x:a.x-s.x,y:a.y-s.y},this._fire("transformstart",{evt:t.evt,target:this.getNode()}),this._nodes.forEach(l=>{l._fire("transformstart",{evt:t.evt,target:l})})}_handleMouseMove(t){var n,r,i,o=this.findOne("."+this._movingAnchorName),s=o.getStage();s.setPointersPositions(t);const a=s.getPointerPosition();let l={x:a.x-this._anchorDragOffset.x,y:a.y-this._anchorDragOffset.y};const u=o.getAbsolutePosition();this.anchorDragBoundFunc()&&(l=this.anchorDragBoundFunc()(u,l,t)),o.setAbsolutePosition(l);const c=o.getAbsolutePosition();if(!(u.x===c.x&&u.y===c.y)){if(this._movingAnchorName==="rotater"){var d=this._getNodeRect();n=o.x()-d.width/2,r=-o.y()+d.height/2;let R=Math.atan2(-r,n)+Math.PI/2;d.height<0&&(R-=Math.PI);var f=Wi.Konva.getAngle(this.rotation());const E=f+R,k=Wi.Konva.getAngle(this.rotationSnapTolerance()),$=qve(this.rotationSnaps(),E,k)-d.rotation,M=Wve(d,$);this._fitNodesInto(M,t);return}var h=this.shiftBehavior(),p;h==="inverted"?p=this.keepRatio()&&!t.shiftKey:h==="none"?p=this.keepRatio():p=this.keepRatio()||t.shiftKey;var g=this.centeredScaling()||t.altKey;if(this._movingAnchorName==="top-left"){if(p){var m=g?{x:this.width()/2,y:this.height()/2}:{x:this.findOne(".bottom-right").x(),y:this.findOne(".bottom-right").y()};i=Math.sqrt(Math.pow(m.x-o.x(),2)+Math.pow(m.y-o.y(),2));var b=this.findOne(".top-left").x()>m.x?-1:1,_=this.findOne(".top-left").y()>m.y?-1:1;n=i*this.cos*b,r=i*this.sin*_,this.findOne(".top-left").x(m.x-n),this.findOne(".top-left").y(m.y-r)}}else if(this._movingAnchorName==="top-center")this.findOne(".top-left").y(o.y());else if(this._movingAnchorName==="top-right"){if(p){var m=g?{x:this.width()/2,y:this.height()/2}:{x:this.findOne(".bottom-left").x(),y:this.findOne(".bottom-left").y()};i=Math.sqrt(Math.pow(o.x()-m.x,2)+Math.pow(m.y-o.y(),2));var b=this.findOne(".top-right").x()m.y?-1:1;n=i*this.cos*b,r=i*this.sin*_,this.findOne(".top-right").x(m.x+n),this.findOne(".top-right").y(m.y-r)}var y=o.position();this.findOne(".top-left").y(y.y),this.findOne(".bottom-right").x(y.x)}else if(this._movingAnchorName==="middle-left")this.findOne(".top-left").x(o.x());else if(this._movingAnchorName==="middle-right")this.findOne(".bottom-right").x(o.x());else if(this._movingAnchorName==="bottom-left"){if(p){var m=g?{x:this.width()/2,y:this.height()/2}:{x:this.findOne(".top-right").x(),y:this.findOne(".top-right").y()};i=Math.sqrt(Math.pow(m.x-o.x(),2)+Math.pow(o.y()-m.y,2));var b=m.x{r._fire("transformend",{evt:t,target:r})}),this._movingAnchorName=null}}_fitNodesInto(t,n){var r=this._getNodeRect();const i=1;if(lt.Util._inRange(t.width,-this.padding()*2-i,i)){this.update();return}if(lt.Util._inRange(t.height,-this.padding()*2-i,i)){this.update();return}const o=this.flipEnabled();var s=new lt.Transform;if(s.rotate(Wi.Konva.getAngle(this.rotation())),this._movingAnchorName&&t.width<0&&this._movingAnchorName.indexOf("left")>=0){const d=s.point({x:-this.padding()*2,y:0});if(t.x+=d.x,t.y+=d.y,t.width+=this.padding()*2,this._movingAnchorName=this._movingAnchorName.replace("left","right"),this._anchorDragOffset.x-=d.x,this._anchorDragOffset.y-=d.y,!o){this.update();return}}else if(this._movingAnchorName&&t.width<0&&this._movingAnchorName.indexOf("right")>=0){const d=s.point({x:this.padding()*2,y:0});if(this._movingAnchorName=this._movingAnchorName.replace("right","left"),this._anchorDragOffset.x-=d.x,this._anchorDragOffset.y-=d.y,t.width+=this.padding()*2,!o){this.update();return}}if(this._movingAnchorName&&t.height<0&&this._movingAnchorName.indexOf("top")>=0){const d=s.point({x:0,y:-this.padding()*2});if(t.x+=d.x,t.y+=d.y,this._movingAnchorName=this._movingAnchorName.replace("top","bottom"),this._anchorDragOffset.x-=d.x,this._anchorDragOffset.y-=d.y,t.height+=this.padding()*2,!o){this.update();return}}else if(this._movingAnchorName&&t.height<0&&this._movingAnchorName.indexOf("bottom")>=0){const d=s.point({x:0,y:this.padding()*2});if(this._movingAnchorName=this._movingAnchorName.replace("bottom","top"),this._anchorDragOffset.x-=d.x,this._anchorDragOffset.y-=d.y,t.height+=this.padding()*2,!o){this.update();return}}if(this.boundBoxFunc()){const d=this.boundBoxFunc()(r,t);d?t=d:lt.Util.warn("boundBoxFunc returned falsy. 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nb={};Object.defineProperty(nb,"__esModule",{value:!0});nb.RGBA=void 0;const xp=Ne,rb=Ut,V1e=be,G1e=function(e){var t=e.data,n=t.length,r=this.red(),i=this.green(),o=this.blue(),s=this.alpha(),a,l;for(a=0;a255?255:e<0?0:Math.round(e)});xp.Factory.addGetterSetter(rb.Node,"green",0,function(e){return this._filterUpToDate=!1,e>255?255:e<0?0:Math.round(e)});xp.Factory.addGetterSetter(rb.Node,"blue",0,V1e.RGBComponent,xp.Factory.afterSetFilter);xp.Factory.addGetterSetter(rb.Node,"alpha",1,function(e){return this._filterUpToDate=!1,e>1?1:e<0?0:e});var ib={};Object.defineProperty(ib,"__esModule",{value:!0});ib.Sepia=void 0;const H1e=function(e){var t=e.data,n=t.length,r,i,o,s;for(r=0;r127&&(u=255-u),c>127&&(c=255-c),d>127&&(d=255-d),t[l]=u,t[l+1]=c,t[l+2]=d}while(--a)}while(--o)};ob.Solarize=W1e;var sb={};Object.defineProperty(sb,"__esModule",{value:!0});sb.Threshold=void 0;const vP=Ne,q1e=Ut,K1e=be,X1e=function(e){var t=this.threshold()*255,n=e.data,r=n.length,i;for(i=0;i{const{width:r,height:i}=t,o=document.createElement("div"),s=new Tf.Stage({container:o,width:r,height:i}),a=new Tf.Layer,l=new Tf.Layer;return a.add(new Tf.Rect({...t,fill:n?"black":"white"})),e.forEach(u=>l.add(new Tf.Line({points:u.points,stroke:n?"white":"black",strokeWidth:u.strokeWidth*2,tension:0,lineCap:"round",lineJoin:"round",shadowForStrokeEnabled:!1,globalCompositeOperation:u.tool==="brush"?"source-over":"destination-out"}))),s.add(a),s.add(l),o.remove(),s},D_e=async(e,t,n)=>new Promise((r,i)=>{const o=document.createElement("canvas");o.width=t,o.height=n;const s=o.getContext("2d"),a=new Image;if(!s){o.remove(),i("Unable to get context");return}a.onload=function(){s.drawImage(a,0,0),o.remove(),r(s.getImageData(0,0,t,n))},a.src=e}),SP=async(e,t)=>{const n=e.toDataURL(t);return await D_e(n,t.width,t.height)},RE=async(e,t,n,r,i)=>{const o=re("canvas"),s=h_(),a=P0e();if(!s||!a){o.error("Unable to find canvas / 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w=pl;const C=h?f:po.shouldUseCpuNoise,x={id:aC,nodes:{[w]:{type:"main_model_loader",id:w,is_intermediate:!0,model:o},[Qe]:{type:"clip_skip",id:Qe,is_intermediate:!0,skipped_layers:d},[ye]:{type:"compel",id:ye,is_intermediate:!0,prompt:r},[ve]:{type:"compel",id:ve,is_intermediate:!0,prompt:i},[ae]:{type:"noise",id:ae,is_intermediate:!0,use_cpu:C,width:S?y.width:b,height:S?y.height:_},[Pt]:{type:"i2l",id:Pt,is_intermediate:!0},[ge]:{type:"denoise_latents",id:ge,is_intermediate:!0,cfg_scale:s,scheduler:a,steps:l,denoising_start:1-u,denoising_end:1},[ie]:{type:"l2i",id:ie,is_intermediate:!v}},edges:[{source:{node_id:w,field:"unet"},destination:{node_id:ge,field:"unet"}},{source:{node_id:w,field:"clip"},destination:{node_id:Qe,field:"clip"}},{source:{node_id:Qe,field:"clip"},destination:{node_id:ye,field:"clip"}},{source:{node_id:Qe,field:"clip"},destination:{node_id:ve,field:"clip"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:ge,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:ge,field:"negative_conditioning"}},{source:{node_id:ae,field:"noise"},destination:{node_id:ge,field:"noise"}},{source:{node_id:Pt,field:"latents"},destination:{node_id:ge,field:"latents"}}]};return S?(x.nodes[Yc]={id:Yc,type:"img_resize",is_intermediate:!0,image:t,width:y.width,height:y.height},x.nodes[Se]={id:Se,type:"l2i",is_intermediate:!0,fp32:c==="fp32"},x.nodes[ie]={id:ie,type:"img_resize",is_intermediate:!v,width:b,height:_},x.edges.push({source:{node_id:Yc,field:"image"},destination:{node_id:Pt,field:"image"}},{source:{node_id:ge,field:"latents"},destination:{node_id:Se,field:"latents"}},{source:{node_id:Se,field:"image"},destination:{node_id:ie,field:"image"}})):(x.nodes[ie]={type:"l2i",id:ie,is_intermediate:!v,fp32:c==="fp32"},x.nodes[Pt].image=t,x.edges.push({source:{node_id:ge,field:"latents"},destination:{node_id:ie,field:"latents"}})),x.nodes[Fe]={id:Fe,type:"metadata_accumulator",generation_mode:"img2img",cfg_scale:s,width:S?y.width:b,height:S?y.height:_,positive_prompt:"",negative_prompt:i,model:o,seed:0,steps:l,rand_device:C?"cpu":"cuda",scheduler:a,vae:void 0,controlnets:[],loras:[],clip_skip:d,strength:u,init_image:t.image_name},x.edges.push({source:{node_id:Fe,field:"metadata"},destination:{node_id:ie,field:"metadata"}}),(p||m)&&(Bi(e,x,w),w=Sn),Xd(e,x,ge),zi(e,x,w),gl(e,x),$i(e,x,ge),e.system.shouldUseNSFWChecker&&Fi(e,x,ie),e.system.shouldUseWatermarker&&Ui(e,x,ie),x},ISe=(e,t,n)=>{const r=re("nodes"),{positivePrompt:i,negativePrompt:o,model:s,cfgScale:a,scheduler:l,steps:u,img2imgStrength:c,iterations:d,seed:f,shouldRandomizeSeed:h,vaePrecision:p,shouldUseNoiseSettings:m,shouldUseCpuNoise:b,maskBlur:_,maskBlurMethod:y,canvasCoherenceSteps:g,canvasCoherenceStrength:v,clipSkip:S,seamlessXAxis:w,seamlessYAxis:C}=e.generation;if(!s)throw r.error("No model found in state"),new Error("No model found in state");const{width:x,height:A}=e.canvas.boundingBoxDimensions,{scaledBoundingBoxDimensions:T,boundingBoxScaleMethod:P,shouldAutoSave:L}=e.canvas;let R=pl;const E=b,k={id:lb,nodes:{[R]:{type:"main_model_loader",id:R,is_intermediate:!0,model:s},[Qe]:{type:"clip_skip",id:Qe,is_intermediate:!0,skipped_layers:S},[ye]:{type:"compel",id:ye,is_intermediate:!0,prompt:i},[ve]:{type:"compel",id:ve,is_intermediate:!0,prompt:o},[Ke]:{type:"img_blur",id:Ke,is_intermediate:!0,radius:_,blur_type:y},[Ot]:{type:"i2l",id:Ot,is_intermediate:!0,fp32:p==="fp32"},[mt]:{type:"create_denoise_mask",id:mt,is_intermediate:!0,fp32:p==="fp32"},[ae]:{type:"noise",id:ae,use_cpu:E,is_intermediate:!0},[ge]:{type:"denoise_latents",id:ge,is_intermediate:!0,steps:u,cfg_scale:a,scheduler:l,denoising_start:1-c,denoising_end:1},[ct]:{type:"noise",id:ae,use_cpu:E,is_intermediate:!0},[cr]:{type:"add",id:cr,b:1,is_intermediate:!0},[We]:{type:"denoise_latents",id:ge,is_intermediate:!0,steps:g,cfg_scale:a,scheduler:l,denoising_start:1-v,denoising_end:1},[Se]:{type:"l2i",id:Se,is_intermediate:!0,fp32:p==="fp32"},[ie]:{type:"color_correct",id:ie,is_intermediate:!L,reference:t},[Bt]:{type:"range_of_size",id:Bt,is_intermediate:!0,size:d,step:1},[it]:{type:"iterate",id:it,is_intermediate:!0}},edges:[{source:{node_id:R,field:"unet"},destination:{node_id:ge,field:"unet"}},{source:{node_id:R,field:"clip"},destination:{node_id:Qe,field:"clip"}},{source:{node_id:Qe,field:"clip"},destination:{node_id:ye,field:"clip"}},{source:{node_id:Qe,field:"clip"},destination:{node_id:ve,field:"clip"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:ge,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:ge,field:"negative_conditioning"}},{source:{node_id:ae,field:"noise"},destination:{node_id:ge,field:"noise"}},{source:{node_id:Ot,field:"latents"},destination:{node_id:ge,field:"latents"}},{source:{node_id:Ke,field:"image"},destination:{node_id:mt,field:"mask"}},{source:{node_id:mt,field:"denoise_mask"},destination:{node_id:ge,field:"denoise_mask"}},{source:{node_id:Bt,field:"collection"},destination:{node_id:it,field:"collection"}},{source:{node_id:it,field:"item"},destination:{node_id:ae,field:"seed"}},{source:{node_id:it,field:"item"},destination:{node_id:cr,field:"a"}},{source:{node_id:cr,field:"value"},destination:{node_id:ct,field:"seed"}},{source:{node_id:R,field:"unet"},destination:{node_id:We,field:"unet"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:We,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:We,field:"negative_conditioning"}},{source:{node_id:ct,field:"noise"},destination:{node_id:We,field:"noise"}},{source:{node_id:ge,field:"latents"},destination:{node_id:We,field:"latents"}},{source:{node_id:We,field:"latents"},destination:{node_id:Se,field:"latents"}}]};if(["auto","manual"].includes(P)){const N=T.width,$=T.height;k.nodes[Cr]={type:"img_resize",id:Cr,is_intermediate:!0,width:N,height:$,image:t},k.nodes[lr]={type:"img_resize",id:lr,is_intermediate:!0,width:N,height:$,image:n},k.nodes[ur]={type:"img_resize",id:ur,is_intermediate:!0,width:x,height:A},k.nodes[dr]={type:"img_resize",id:dr,is_intermediate:!0,width:x,height:A},k.nodes[ae].width=N,k.nodes[ae].height=$,k.nodes[ct].width=N,k.nodes[ct].height=$,k.edges.push({source:{node_id:Cr,field:"image"},destination:{node_id:Ot,field:"image"}},{source:{node_id:lr,field:"image"},destination:{node_id:Ke,field:"image"}},{source:{node_id:Cr,field:"image"},destination:{node_id:mt,field:"image"}},{source:{node_id:Se,field:"image"},destination:{node_id:ur,field:"image"}},{source:{node_id:ur,field:"image"},destination:{node_id:ie,field:"image"}},{source:{node_id:Ke,field:"image"},destination:{node_id:dr,field:"image"}},{source:{node_id:dr,field:"image"},destination:{node_id:ie,field:"mask"}})}else 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N=b,$={id:ub,nodes:{[k]:{type:"main_model_loader",id:k,is_intermediate:!0,model:s},[Qe]:{type:"clip_skip",id:Qe,is_intermediate:!0,skipped_layers:C},[ye]:{type:"compel",id:ye,is_intermediate:!0,prompt:i},[ve]:{type:"compel",id:ve,is_intermediate:!0,prompt:o},[Zc]:{type:"tomask",id:Zc,is_intermediate:!0,image:t},[Mo]:{type:"mask_combine",id:Mo,is_intermediate:!0,mask2:n},[Ke]:{type:"img_blur",id:Ke,is_intermediate:!0,radius:_,blur_type:y},[Ot]:{type:"i2l",id:Ot,is_intermediate:!0,fp32:p==="fp32"},[ae]:{type:"noise",id:ae,use_cpu:N,is_intermediate:!0},[mt]:{type:"create_denoise_mask",id:mt,is_intermediate:!0,fp32:p==="fp32"},[ge]:{type:"denoise_latents",id:ge,is_intermediate:!0,steps:u,cfg_scale:a,scheduler:l,denoising_start:1-c,denoising_end:1},[ct]:{type:"noise",id:ae,use_cpu:N,is_intermediate:!0},[cr]:{type:"add",id:cr,b:1,is_intermediate:!0},[We]:{type:"denoise_latents",id:We,is_intermediate:!0,steps:g,cfg_scale:a,scheduler:l,denoising_start:1-v,denoising_end:1},[Se]:{type:"l2i",id:Se,is_intermediate:!0,fp32:p==="fp32"},[ie]:{type:"color_correct",id:ie,is_intermediate:!E},[Bt]:{type:"range_of_size",id:Bt,is_intermediate:!0,size:d,step:1},[it]:{type:"iterate",id:it,is_intermediate:!0}},edges:[{source:{node_id:k,field:"unet"},destination:{node_id:ge,field:"unet"}},{source:{node_id:k,field:"clip"},destination:{node_id:Qe,field:"clip"}},{source:{node_id:Qe,field:"clip"},destination:{node_id:ye,field:"clip"}},{source:{node_id:Qe,field:"clip"},destination:{node_id:ve,field:"clip"}},{source:{node_id:ut,field:"image"},destination:{node_id:Ot,field:"image"}},{source:{node_id:Zc,field:"image"},destination:{node_id:Mo,field:"mask1"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:ge,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:ge,field:"negative_conditioning"}},{source:{node_id:ae,field:"noise"},destination:{node_id:ge,field:"noise"}},{source:{node_id:Ot,field:"latents"},destination:{node_id:ge,field:"latents"}},{source:{node_id:Ke,field:"image"},destination:{node_id:mt,field:"mask"}},{source:{node_id:mt,field:"denoise_mask"},destination:{node_id:ge,field:"denoise_mask"}},{source:{node_id:Bt,field:"collection"},destination:{node_id:it,field:"collection"}},{source:{node_id:it,field:"item"},destination:{node_id:ae,field:"seed"}},{source:{node_id:it,field:"item"},destination:{node_id:cr,field:"a"}},{source:{node_id:cr,field:"value"},destination:{node_id:ct,field:"seed"}},{source:{node_id:k,field:"unet"},destination:{node_id:We,field:"unet"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:We,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:We,field:"negative_conditioning"}},{source:{node_id:ct,field:"noise"},destination:{node_id:We,field:"noise"}},{source:{node_id:ge,field:"latents"},destination:{node_id:We,field:"latents"}},{source:{node_id:We,field:"latents"},destination:{node_id:Se,field:"latents"}}]};if(w==="patchmatch"&&($.nodes[ut]={type:"infill_patchmatch",id:ut,is_intermediate:!0}),w==="lama"&&($.nodes[ut]={type:"infill_lama",id:ut,is_intermediate:!0}),w==="tile"&&($.nodes[ut]={type:"infill_tile",id:ut,is_intermediate:!0,tile_size:S}),["auto","manual"].includes(R)){const 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y=r||Yn,{craftedPositiveStylePrompt:g,craftedNegativeStylePrompt:v}=Du(e,!0);t.edges=t.edges.filter(S=>!(S.source.node_id===n&&["latents"].includes(S.source.field))),t.edges=t.edges.filter(S=>!(S.source.node_id===y&&["vae"].includes(S.source.field))),t.nodes[Tl]={type:"sdxl_refiner_model_loader",id:Tl,model:o},t.nodes[Fm]={type:"sdxl_refiner_compel_prompt",id:Fm,style:g,aesthetic_score:s},t.nodes[Bm]={type:"sdxl_refiner_compel_prompt",id:Bm,style:v,aesthetic_score:a},t.nodes[So]={type:"denoise_latents",id:So,cfg_scale:c,steps:l,scheduler:u,denoising_start:d,denoising_end:1},f||h?(t.nodes[eo]={id:eo,type:"seamless",seamless_x:f,seamless_y:h},t.edges.push({source:{node_id:Tl,field:"unet"},destination:{node_id:eo,field:"unet"}},{source:{node_id:Tl,field:"vae"},destination:{node_id:eo,field:"vae"}},{source:{node_id:eo,field:"unet"},destination:{node_id:So,field:"unet"}})):t.edges.push({source:{node_id:Tl,field:"unet"},destination:{node_id:So,field:"unet"}}),t.edges.push({source:{node_id:Tl,field:"clip2"},destination:{node_id:Fm,field:"clip2"}},{source:{node_id:Tl,field:"clip2"},destination:{node_id:Bm,field:"clip2"}},{source:{node_id:Fm,field:"conditioning"},destination:{node_id:So,field:"positive_conditioning"}},{source:{node_id:Bm,field:"conditioning"},destination:{node_id:So,field:"negative_conditioning"}},{source:{node_id:n,field:"latents"},destination:{node_id:So,field:"latents"}}),(t.id===mu||t.id===yu)&&(t.nodes[gs]={type:"create_denoise_mask",id:gs,is_intermediate:!0,fp32:p==="fp32"},b?t.edges.push({source:{node_id:Cr,field:"image"},destination:{node_id:gs,field:"image"}}):t.nodes[gs]={...t.nodes[gs],image:i},t.edges.push({source:{node_id:Ke,field:"image"},destination:{node_id:gs,field:"mask"}},{source:{node_id:gs,field:"denoise_mask"},destination:{node_id:So,field:"denoise_mask"}})),t.id===cb||t.id===Ep?t.edges.push({source:{node_id:So,field:"latents"},destination:{node_id:b?Se:ie,field:"latents"}}):t.edges.push({source:{node_id:So,field:"latents"},destination:{node_id:Se,field:"latents"}})},NSe=(e,t)=>{const n=re("nodes"),{positivePrompt:r,negativePrompt:i,model:o,cfgScale:s,scheduler:a,steps:l,vaePrecision:u,clipSkip:c,shouldUseCpuNoise:d,shouldUseNoiseSettings:f,seamlessXAxis:h,seamlessYAxis:p}=e.generation,{shouldUseSDXLRefiner:m,refinerStart:b,sdxlImg2ImgDenoisingStrength:_,shouldConcatSDXLStylePrompt:y}=e.sdxl,{width:g,height:v}=e.canvas.boundingBoxDimensions,{scaledBoundingBoxDimensions:S,boundingBoxScaleMethod:w,shouldAutoSave:C}=e.canvas,x=["auto","manual"].includes(w);if(!o)throw n.error("No model found in state"),new Error("No model found in state");let A=Yn;const T=f?d:po.shouldUseCpuNoise,{craftedPositiveStylePrompt:P,craftedNegativeStylePrompt:L}=Du(e,y),R={id:Ep,nodes:{[A]:{type:"sdxl_model_loader",id:A,model:o},[ye]:{type:"sdxl_compel_prompt",id:ye,prompt:r,style:P},[ve]:{type:"sdxl_compel_prompt",id:ve,prompt:i,style:L},[ae]:{type:"noise",id:ae,is_intermediate:!0,use_cpu:T,width:x?S.width:g,height:x?S.height:v},[Pt]:{type:"i2l",id:Pt,is_intermediate:!0,fp32:u==="fp32"},[ce]:{type:"denoise_latents",id:ce,is_intermediate:!0,cfg_scale:s,scheduler:a,steps:l,denoising_start:m?Math.min(b,1-_):1-_,denoising_end:m?b:1}},edges:[{source:{node_id:A,field:"unet"},destination:{node_id:ce,field:"unet"}},{source:{node_id:A,field:"clip"},destination:{node_id:ye,field:"clip"}},{source:{node_id:A,field:"clip2"},destination:{node_id:ye,field:"clip2"}},{source:{node_id:A,field:"clip"},destination:{node_id:ve,field:"clip"}},{source:{node_id:A,field:"clip2"},destination:{node_id:ve,field:"clip2"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:ce,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:ce,field:"negative_conditioning"}},{source:{node_id:ae,field:"noise"},destination:{node_id:ce,field:"noise"}},{source:{node_id:Pt,field:"latents"},destination:{node_id:ce,field:"latents"}}]};return x?(R.nodes[Yc]={id:Yc,type:"img_resize",is_intermediate:!0,image:t,width:S.width,height:S.height},R.nodes[Se]={id:Se,type:"l2i",is_intermediate:!0,fp32:u==="fp32"},R.nodes[ie]={id:ie,type:"img_resize",is_intermediate:!C,width:g,height:v},R.edges.push({source:{node_id:Yc,field:"image"},destination:{node_id:Pt,field:"image"}},{source:{node_id:ce,field:"latents"},destination:{node_id:Se,field:"latents"}},{source:{node_id:Se,field:"image"},destination:{node_id:ie,field:"image"}})):(R.nodes[ie]={type:"l2i",id:ie,is_intermediate:!C,fp32:u==="fp32"},R.nodes[Pt].image=t,R.edges.push({source:{node_id:ce,field:"latents"},destination:{node_id:ie,field:"latents"}})),R.nodes[Fe]={id:Fe,type:"metadata_accumulator",generation_mode:"img2img",cfg_scale:s,width:x?S.width:g,height:x?S.height:v,positive_prompt:"",negative_prompt:i,model:o,seed:0,steps:l,rand_device:T?"cpu":"cuda",scheduler:a,vae:void 0,controlnets:[],loras:[],clip_skip:c,strength:_,init_image:t.image_name},R.edges.push({source:{node_id:Fe,field:"metadata"},destination:{node_id:ie,field:"metadata"}}),(h||p)&&(Bi(e,R,A),A=Sn),m&&(Zd(e,R,ce,A),(h||p)&&(A=eo)),zi(e,R,A),Yd(e,R,ce,A),gl(e,R),$i(e,R,ce),e.system.shouldUseNSFWChecker&&Fi(e,R,ie),e.system.shouldUseWatermarker&&Ui(e,R,ie),R},DSe=(e,t,n)=>{const r=re("nodes"),{positivePrompt:i,negativePrompt:o,model:s,cfgScale:a,scheduler:l,steps:u,iterations:c,seed:d,shouldRandomizeSeed:f,vaePrecision:h,shouldUseNoiseSettings:p,shouldUseCpuNoise:m,maskBlur:b,maskBlurMethod:_,canvasCoherenceSteps:y,canvasCoherenceStrength:g,seamlessXAxis:v,seamlessYAxis:S}=e.generation,{sdxlImg2ImgDenoisingStrength:w,shouldUseSDXLRefiner:C,refinerStart:x,shouldConcatSDXLStylePrompt:A}=e.sdxl;if(!s)throw r.error("No model found in state"),new Error("No model found in 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N=m,{craftedPositiveStylePrompt:$,craftedNegativeStylePrompt:M}=Du(e,A),O={id:mu,nodes:{[k]:{type:"sdxl_model_loader",id:k,model:s},[ye]:{type:"sdxl_compel_prompt",id:ye,prompt:i,style:$},[ve]:{type:"sdxl_compel_prompt",id:ve,prompt:o,style:M},[Ke]:{type:"img_blur",id:Ke,is_intermediate:!0,radius:b,blur_type:_},[Ot]:{type:"i2l",id:Ot,is_intermediate:!0,fp32:h==="fp32"},[ae]:{type:"noise",id:ae,use_cpu:N,is_intermediate:!0},[mt]:{type:"create_denoise_mask",id:mt,is_intermediate:!0,fp32:h==="fp32"},[ce]:{type:"denoise_latents",id:ce,is_intermediate:!0,steps:u,cfg_scale:a,scheduler:l,denoising_start:C?Math.min(x,1-w):1-w,denoising_end:C?x:1},[ct]:{type:"noise",id:ae,use_cpu:N,is_intermediate:!0},[cr]:{type:"add",id:cr,b:1,is_intermediate:!0},[We]:{type:"denoise_latents",id:ce,is_intermediate:!0,steps:y,cfg_scale:a,scheduler:l,denoising_start:1-g,denoising_end:1},[Se]:{type:"l2i",id:Se,is_intermediate:!0,fp32:h==="fp32"},[ie]:{type:"color_correct",id:ie,is_intermediate:!E,reference:t},[Bt]:{type:"range_of_size",id:Bt,is_intermediate:!0,size:c,step:1},[it]:{type:"iterate",id:it,is_intermediate:!0}},edges:[{source:{node_id:k,field:"unet"},destination:{node_id:ce,field:"unet"}},{source:{node_id:k,field:"clip"},destination:{node_id:ye,field:"clip"}},{source:{node_id:k,field:"clip2"},destination:{node_id:ye,field:"clip2"}},{source:{node_id:k,field:"clip"},destination:{node_id:ve,field:"clip"}},{source:{node_id:k,field:"clip2"},destination:{node_id:ve,field:"clip2"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:ce,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:ce,field:"negative_conditioning"}},{source:{node_id:ae,field:"noise"},destination:{node_id:ce,field:"noise"}},{source:{node_id:Ot,field:"latents"},destination:{node_id:ce,field:"latents"}},{source:{node_id:Ke,field:"image"},destination:{node_id:mt,field:"mask"}},{source:{node_id:mt,field:"denoise_mask"},destination:{node_id:ce,field:"denoise_mask"}},{source:{node_id:Bt,field:"collection"},destination:{node_id:it,field:"collection"}},{source:{node_id:it,field:"item"},destination:{node_id:ae,field:"seed"}},{source:{node_id:it,field:"item"},destination:{node_id:cr,field:"a"}},{source:{node_id:cr,field:"value"},destination:{node_id:ct,field:"seed"}},{source:{node_id:k,field:"unet"},destination:{node_id:We,field:"unet"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:We,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:We,field:"negative_conditioning"}},{source:{node_id:ct,field:"noise"},destination:{node_id:We,field:"noise"}},{source:{node_id:ce,field:"latents"},destination:{node_id:We,field:"latents"}},{source:{node_id:We,field:"latents"},destination:{node_id:Se,field:"latents"}}]};if(["auto","manual"].includes(R)){const D=L.width,F=L.height;O.nodes[Cr]={type:"img_resize",id:Cr,is_intermediate:!0,width:D,height:F,image:t},O.nodes[lr]={type:"img_resize",id:lr,is_intermediate:!0,width:D,height:F,image:n},O.nodes[ur]={type:"img_resize",id:ur,is_intermediate:!0,width:T,height:P},O.nodes[dr]={type:"img_resize",id:dr,is_intermediate:!0,width:T,height:P},O.nodes[ae].width=D,O.nodes[ae].height=F,O.nodes[ct].width=D,O.nodes[ct].height=F,O.edges.push({source:{node_id:Cr,field:"image"},destination:{node_id:Ot,field:"image"}},{source:{node_id:lr,field:"image"},destination:{node_id:Ke,field:"image"}},{source:{node_id:Cr,field:"image"},destination:{node_id:mt,field:"image"}},{source:{node_id:Se,field:"image"},destination:{node_id:ur,field:"image"}},{source:{node_id:ur,field:"image"},destination:{node_id:ie,field:"image"}},{source:{node_id:Ke,field:"image"},destination:{node_id:dr,field:"image"}},{source:{node_id:dr,field:"image"},destination:{node_id:ie,field:"mask"}})}else O.nodes[ae].width=T,O.nodes[ae].height=P,O.nodes[ct].width=T,O.nodes[ct].height=P,O.nodes[Ot]={...O.nodes[Ot],image:t},O.nodes[Ke]={...O.nodes[Ke],image:n},O.nodes[mt]={...O.nodes[mt],image:t},O.edges.push({source:{node_id:Se,field:"image"},destination:{node_id:ie,field:"image"}},{source:{node_id:Ke,field:"image"},destination:{node_id:ie,field:"mask"}});if(f){const D={id:_n,type:"rand_int"};O.nodes[_n]=D,O.edges.push({source:{node_id:_n,field:"value"},destination:{node_id:Bt,field:"start"}})}else O.nodes[Bt].start=d;return(v||S)&&(Bi(e,O,k),k=Sn),C&&(Zd(e,O,We,k,t),(v||S)&&(k=eo)),zi(e,O,k),Yd(e,O,ce,k),$i(e,O,ce),e.system.shouldUseNSFWChecker&&Fi(e,O,ie),e.system.shouldUseWatermarker&&Ui(e,O,ie),O},LSe=(e,t,n)=>{const r=re("nodes"),{positivePrompt:i,negativePrompt:o,model:s,cfgScale:a,scheduler:l,steps:u,iterations:c,seed:d,shouldRandomizeSeed:f,vaePrecision:h,shouldUseNoiseSettings:p,shouldUseCpuNoise:m,maskBlur:b,maskBlurMethod:_,canvasCoherenceSteps:y,canvasCoherenceStrength:g,tileSize:v,infillMethod:S,seamlessXAxis:w,seamlessYAxis:C}=e.generation,{sdxlImg2ImgDenoisingStrength:x,shouldUseSDXLRefiner:A,refinerStart:T,shouldConcatSDXLStylePrompt:P}=e.sdxl;if(!s)throw r.error("No model found in state"),new Error("No model found in state");const{width:L,height:R}=e.canvas.boundingBoxDimensions,{scaledBoundingBoxDimensions:E,boundingBoxScaleMethod:k,shouldAutoSave:N}=e.canvas;let $=Yn;const M=m,{craftedPositiveStylePrompt:O,craftedNegativeStylePrompt:D}=Du(e,P),F={id:yu,nodes:{[Yn]:{type:"sdxl_model_loader",id:Yn,model:s},[ye]:{type:"sdxl_compel_prompt",id:ye,prompt:i,style:O},[ve]:{type:"sdxl_compel_prompt",id:ve,prompt:o,style:D},[Zc]:{type:"tomask",id:Zc,is_intermediate:!0,image:t},[Mo]:{type:"mask_combine",id:Mo,is_intermediate:!0,mask2:n},[Ke]:{type:"img_blur",id:Ke,is_intermediate:!0,radius:b,blur_type:_},[Ot]:{type:"i2l",id:Ot,is_intermediate:!0,fp32:h==="fp32"},[ae]:{type:"noise",id:ae,use_cpu:M,is_intermediate:!0},[mt]:{type:"create_denoise_mask",id:mt,is_intermediate:!0,fp32:h==="fp32"},[ce]:{type:"denoise_latents",id:ce,is_intermediate:!0,steps:u,cfg_scale:a,scheduler:l,denoising_start:A?Math.min(T,1-x):1-x,denoising_end:A?T:1},[ct]:{type:"noise",id:ae,use_cpu:M,is_intermediate:!0},[cr]:{type:"add",id:cr,b:1,is_intermediate:!0},[We]:{type:"denoise_latents",id:We,is_intermediate:!0,steps:y,cfg_scale:a,scheduler:l,denoising_start:1-g,denoising_end:1},[Se]:{type:"l2i",id:Se,is_intermediate:!0,fp32:h==="fp32"},[ie]:{type:"color_correct",id:ie,is_intermediate:!N},[Bt]:{type:"range_of_size",id:Bt,is_intermediate:!0,size:c,step:1},[it]:{type:"iterate",id:it,is_intermediate:!0}},edges:[{source:{node_id:Yn,field:"unet"},destination:{node_id:ce,field:"unet"}},{source:{node_id:Yn,field:"clip"},destination:{node_id:ye,field:"clip"}},{source:{node_id:Yn,field:"clip2"},destination:{node_id:ye,field:"clip2"}},{source:{node_id:Yn,field:"clip"},destination:{node_id:ve,field:"clip"}},{source:{node_id:Yn,field:"clip2"},destination:{node_id:ve,field:"clip2"}},{source:{node_id:ut,field:"image"},destination:{node_id:Ot,field:"image"}},{source:{node_id:Zc,field:"image"},destination:{node_id:Mo,field:"mask1"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:ce,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:ce,field:"negative_conditioning"}},{source:{node_id:ae,field:"noise"},destination:{node_id:ce,field:"noise"}},{source:{node_id:Ot,field:"latents"},destination:{node_id:ce,field:"latents"}},{source:{node_id:Ke,field:"image"},destination:{node_id:mt,field:"mask"}},{source:{node_id:mt,field:"denoise_mask"},destination:{node_id:ce,field:"denoise_mask"}},{source:{node_id:Bt,field:"collection"},destination:{node_id:it,field:"collection"}},{source:{node_id:it,field:"item"},destination:{node_id:ae,field:"seed"}},{source:{node_id:it,field:"item"},destination:{node_id:cr,field:"a"}},{source:{node_id:cr,field:"value"},destination:{node_id:ct,field:"seed"}},{source:{node_id:Yn,field:"unet"},destination:{node_id:We,field:"unet"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:We,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:We,field:"negative_conditioning"}},{source:{node_id:ct,field:"noise"},destination:{node_id:We,field:"noise"}},{source:{node_id:ce,field:"latents"},destination:{node_id:We,field:"latents"}},{source:{node_id:We,field:"latents"},destination:{node_id:Se,field:"latents"}}]};if(S==="patchmatch"&&(F.nodes[ut]={type:"infill_patchmatch",id:ut,is_intermediate:!0}),S==="lama"&&(F.nodes[ut]={type:"infill_lama",id:ut,is_intermediate:!0}),S==="tile"&&(F.nodes[ut]={type:"infill_tile",id:ut,is_intermediate:!0,tile_size:v}),["auto","manual"].includes(k)){const U=E.width,V=E.height;F.nodes[Cr]={type:"img_resize",id:Cr,is_intermediate:!0,width:U,height:V,image:t},F.nodes[lr]={type:"img_resize",id:lr,is_intermediate:!0,width:U,height:V},F.nodes[ur]={type:"img_resize",id:ur,is_intermediate:!0,width:L,height:R},F.nodes[wa]={type:"img_resize",id:wa,is_intermediate:!0,width:L,height:R},F.nodes[dr]={type:"img_resize",id:dr,is_intermediate:!0,width:L,height:R},F.nodes[ae].width=U,F.nodes[ae].height=V,F.nodes[ct].width=U,F.nodes[ct].height=V,F.edges.push({source:{node_id:Cr,field:"image"},destination:{node_id:ut,field:"image"}},{source:{node_id:ut,field:"image"},destination:{node_id:mt,field:"image"}},{source:{node_id:Mo,field:"image"},destination:{node_id:lr,field:"image"}},{source:{node_id:lr,field:"image"},destination:{node_id:Ke,field:"image"}},{source:{node_id:Se,field:"image"},destination:{node_id:ur,field:"image"}},{source:{node_id:lr,field:"image"},destination:{node_id:dr,field:"image"}},{source:{node_id:ut,field:"image"},destination:{node_id:wa,field:"image"}},{source:{node_id:wa,field:"image"},destination:{node_id:ie,field:"reference"}},{source:{node_id:ur,field:"image"},destination:{node_id:ie,field:"image"}},{source:{node_id:dr,field:"image"},destination:{node_id:ie,field:"mask"}})}else F.nodes[ut]={...F.nodes[ut],image:t},F.nodes[ae].width=L,F.nodes[ae].height=R,F.nodes[ct].width=L,F.nodes[ct].height=R,F.nodes[Ot]={...F.nodes[Ot],image:t},F.nodes[Ke]={...F.nodes[Ke]},F.edges.push({source:{node_id:Mo,field:"image"},destination:{node_id:Ke,field:"image"}},{source:{node_id:ut,field:"image"},destination:{node_id:mt,field:"image"}},{source:{node_id:ut,field:"image"},destination:{node_id:ie,field:"reference"}},{source:{node_id:Se,field:"image"},destination:{node_id:ie,field:"image"}},{source:{node_id:Ke,field:"image"},destination:{node_id:ie,field:"mask"}});if(f){const U={id:_n,type:"rand_int"};F.nodes[_n]=U,F.edges.push({source:{node_id:_n,field:"value"},destination:{node_id:Bt,field:"start"}})}else F.nodes[Bt].start=d;return(w||C)&&(Bi(e,F,$),$=Sn),A&&(Zd(e,F,We,$,t),(w||C)&&($=eo)),zi(e,F,$),Yd(e,F,ce,$),$i(e,F,ce),e.system.shouldUseNSFWChecker&&Fi(e,F,ie),e.system.shouldUseWatermarker&&Ui(e,F,ie),F},$Se=e=>{const t=re("nodes"),{positivePrompt:n,negativePrompt:r,model:i,cfgScale:o,scheduler:s,steps:a,vaePrecision:l,clipSkip:u,shouldUseCpuNoise:c,shouldUseNoiseSettings:d,seamlessXAxis:f,seamlessYAxis:h}=e.generation,{width:p,height:m}=e.canvas.boundingBoxDimensions,{scaledBoundingBoxDimensions:b,boundingBoxScaleMethod:_,shouldAutoSave:y}=e.canvas,g=["auto","manual"].includes(_),{shouldUseSDXLRefiner:v,refinerStart:S,shouldConcatSDXLStylePrompt:w}=e.sdxl;if(!i)throw t.error("No model found in state"),new Error("No model found in state");const C=d?c:po.shouldUseCpuNoise,x=i.model_type==="onnx";let A=x?ab:Yn;const T=x?"onnx_model_loader":"sdxl_model_loader",P=x?{type:"t2l_onnx",id:ce,is_intermediate:!0,cfg_scale:o,scheduler:s,steps:a}:{type:"denoise_latents",id:ce,is_intermediate:!0,cfg_scale:o,scheduler:s,steps:a,denoising_start:0,denoising_end:v?S:1},{craftedPositiveStylePrompt:L,craftedNegativeStylePrompt:R}=Du(e,w),E={id:cb,nodes:{[A]:{type:T,id:A,is_intermediate:!0,model:i},[ye]:{type:x?"prompt_onnx":"sdxl_compel_prompt",id:ye,is_intermediate:!0,prompt:n,style:L},[ve]:{type:x?"prompt_onnx":"sdxl_compel_prompt",id:ve,is_intermediate:!0,prompt:r,style:R},[ae]:{type:"noise",id:ae,is_intermediate:!0,width:g?b.width:p,height:g?b.height:m,use_cpu:C},[P.id]:P},edges:[{source:{node_id:A,field:"unet"},destination:{node_id:ce,field:"unet"}},{source:{node_id:A,field:"clip"},destination:{node_id:ye,field:"clip"}},{source:{node_id:A,field:"clip2"},destination:{node_id:ye,field:"clip2"}},{source:{node_id:A,field:"clip"},destination:{node_id:ve,field:"clip"}},{source:{node_id:A,field:"clip2"},destination:{node_id:ve,field:"clip2"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:ce,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:ce,field:"negative_conditioning"}},{source:{node_id:ae,field:"noise"},destination:{node_id:ce,field:"noise"}}]};return g?(E.nodes[Se]={id:Se,type:x?"l2i_onnx":"l2i",is_intermediate:!0,fp32:l==="fp32"},E.nodes[ie]={id:ie,type:"img_resize",is_intermediate:!y,width:p,height:m},E.edges.push({source:{node_id:ce,field:"latents"},destination:{node_id:Se,field:"latents"}},{source:{node_id:Se,field:"image"},destination:{node_id:ie,field:"image"}})):(E.nodes[ie]={type:x?"l2i_onnx":"l2i",id:ie,is_intermediate:!y,fp32:l==="fp32"},E.edges.push({source:{node_id:ce,field:"latents"},destination:{node_id:ie,field:"latents"}})),E.nodes[Fe]={id:Fe,type:"metadata_accumulator",generation_mode:"txt2img",cfg_scale:o,width:g?b.width:p,height:g?b.height:m,positive_prompt:"",negative_prompt:r,model:i,seed:0,steps:a,rand_device:C?"cpu":"cuda",scheduler:s,vae:void 0,controlnets:[],loras:[],clip_skip:u},E.edges.push({source:{node_id:Fe,field:"metadata"},destination:{node_id:ie,field:"metadata"}}),(f||h)&&(Bi(e,E,A),A=Sn),v&&(Zd(e,E,ce,A),(f||h)&&(A=eo)),Yd(e,E,ce,A),zi(e,E,A),gl(e,E),$i(e,E,ce),e.system.shouldUseNSFWChecker&&Fi(e,E,ie),e.system.shouldUseWatermarker&&Ui(e,E,ie),E},FSe=e=>{const t=re("nodes"),{positivePrompt:n,negativePrompt:r,model:i,cfgScale:o,scheduler:s,steps:a,vaePrecision:l,clipSkip:u,shouldUseCpuNoise:c,shouldUseNoiseSettings:d,seamlessXAxis:f,seamlessYAxis:h}=e.generation,{width:p,height:m}=e.canvas.boundingBoxDimensions,{scaledBoundingBoxDimensions:b,boundingBoxScaleMethod:_,shouldAutoSave:y}=e.canvas,g=["auto","manual"].includes(_);if(!i)throw t.error("No model found in state"),new Error("No model found in state");const v=d?c:po.shouldUseCpuNoise,S=i.model_type==="onnx";let w=S?ab:pl;const C=S?"onnx_model_loader":"main_model_loader",x=S?{type:"t2l_onnx",id:ge,is_intermediate:!0,cfg_scale:o,scheduler:s,steps:a}:{type:"denoise_latents",id:ge,is_intermediate:!0,cfg_scale:o,scheduler:s,steps:a,denoising_start:0,denoising_end:1},A={id:AB,nodes:{[w]:{type:C,id:w,is_intermediate:!0,model:i},[Qe]:{type:"clip_skip",id:Qe,is_intermediate:!0,skipped_layers:u},[ye]:{type:S?"prompt_onnx":"compel",id:ye,is_intermediate:!0,prompt:n},[ve]:{type:S?"prompt_onnx":"compel",id:ve,is_intermediate:!0,prompt:r},[ae]:{type:"noise",id:ae,is_intermediate:!0,width:g?b.width:p,height:g?b.height:m,use_cpu:v},[x.id]:x},edges:[{source:{node_id:w,field:"unet"},destination:{node_id:ge,field:"unet"}},{source:{node_id:w,field:"clip"},destination:{node_id:Qe,field:"clip"}},{source:{node_id:Qe,field:"clip"},destination:{node_id:ye,field:"clip"}},{source:{node_id:Qe,field:"clip"},destination:{node_id:ve,field:"clip"}},{source:{node_id:ye,field:"conditioning"},destination:{node_id:ge,field:"positive_conditioning"}},{source:{node_id:ve,field:"conditioning"},destination:{node_id:ge,field:"negative_conditioning"}},{source:{node_id:ae,field:"noise"},destination:{node_id:ge,field:"noise"}}]};return g?(A.nodes[Se]={id:Se,type:S?"l2i_onnx":"l2i",is_intermediate:!0,fp32:l==="fp32"},A.nodes[ie]={id:ie,type:"img_resize",is_intermediate:!y,width:p,height:m},A.edges.push({source:{node_id:ge,field:"latents"},destination:{node_id:Se,field:"latents"}},{source:{node_id:Se,field:"image"},destination:{node_id:ie,field:"image"}})):(A.nodes[ie]={type:S?"l2i_onnx":"l2i",id:ie,is_intermediate:!y,fp32:l==="fp32"},A.edges.push({source:{node_id:ge,field:"latents"},destination:{node_id:ie,field:"latents"}})),A.nodes[Fe]={id:Fe,type:"metadata_accumulator",generation_mode:"txt2img",cfg_scale:o,width:g?b.width:p,height:g?b.height:m,positive_prompt:"",negative_prompt:r,model:i,seed:0,steps:a,rand_device:v?"cpu":"cuda",scheduler:s,vae:void 0,controlnets:[],loras:[],clip_skip:u},A.edges.push({source:{node_id:Fe,field:"metadata"},destination:{node_id:ie,field:"metadata"}}),(f||h)&&(Bi(e,A,w),w=Sn),zi(e,A,w),Xd(e,A,ge,w),gl(e,A),$i(e,A,ge),e.system.shouldUseNSFWChecker&&Fi(e,A,ie),e.system.shouldUseWatermarker&&Ui(e,A,ie),A},BSe=(e,t,n,r)=>{let i;if(t==="txt2img")e.generation.model&&e.generation.model.base_model==="sdxl"?i=$Se(e):i=FSe(e);else if(t==="img2img"){if(!n)throw new Error("Missing canvas init image");e.generation.model&&e.generation.model.base_model==="sdxl"?i=NSe(e,n):i=RSe(e,n)}else if(t==="inpaint"){if(!n||!r)throw new Error("Missing canvas init and mask images");e.generation.model&&e.generation.model.base_model==="sdxl"?i=DSe(e,n,r):i=ISe(e,n,r)}else{if(!n)throw new Error("Missing canvas init image");e.generation.model&&e.generation.model.base_model==="sdxl"?i=LSe(e,n,r):i=MSe(e,n,r)}return i},zSe=()=>{le({predicate:e=>hg.match(e)&&e.payload==="unifiedCanvas",effect:async(e,{getState:t,dispatch:n,take:r})=>{const i=re("session"),o=t(),{layerState:s,boundingBoxCoordinates:a,boundingBoxDimensions:l,isMaskEnabled:u,shouldPreserveMaskedArea:c}=o.canvas,d=await RE(s,a,l,u,c);if(!d){i.error("Unable to create canvas data");return}const{baseBlob:f,baseImageData:h,maskBlob:p,maskImageData:m}=d,b=PSe(h,m);if(o.system.enableImageDebugging){const C=await PP(f),x=await PP(p);TSe([{base64:x,caption:"mask b64"},{base64:C,caption:"image b64"}])}i.debug(`Generation mode: ${b}`);let _,y;["img2img","inpaint","outpaint"].includes(b)&&(_=await n(ne.endpoints.uploadImage.initiate({file:new File([f],"canvasInitImage.png",{type:"image/png"}),image_category:"general",is_intermediate:!0})).unwrap()),["inpaint","outpaint"].includes(b)&&(y=await n(ne.endpoints.uploadImage.initiate({file:new File([p],"canvasMaskImage.png",{type:"image/png"}),image_category:"mask",is_intermediate:!0})).unwrap());const g=BSe(o,b,_,y);i.debug({graph:kt(g)},"Canvas graph built"),n(lF(g));const{requestId:v}=n(er({graph:g})),[S]=await r(C=>er.fulfilled.match(C)&&C.meta.requestId===v),w=S.payload.id;["img2img","inpaint"].includes(b)&&_&&n(ne.endpoints.changeImageSessionId.initiate({imageDTO:_,session_id:w})),["inpaint"].includes(b)&&y&&n(ne.endpoints.changeImageSessionId.initiate({imageDTO:y,session_id:w})),o.canvas.layerState.stagingArea.boundingBox||n(nne({sessionId:w,boundingBox:{...o.canvas.boundingBoxCoordinates,...o.canvas.boundingBoxDimensions}})),n(rne(w)),n(Nu())}})},USe=e=>{const t=re("nodes"),{positivePrompt:n,negativePrompt:r,model:i,cfgScale:o,scheduler:s,steps:a,initialImage:l,img2imgStrength:u,shouldFitToWidthHeight:c,width:d,height:f,clipSkip:h,shouldUseCpuNoise:p,shouldUseNoiseSettings:m,vaePrecision:b,seamlessXAxis:_,seamlessYAxis:y}=e.generation;if(!l)throw t.error("No initial image found in state"),new Error("No initial image found in state");if(!i)throw t.error("No model found in state"),new Error("No model found in state");let g=pl;const 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location<"u"&&location.port?location.port:this.secure?"443":"80"),this.transports=n.transports||["polling","websocket","webtransport"],this.writeBuffer=[],this.prevBufferLen=0,this.opts=Object.assign({path:"/engine.io",agent:!1,withCredentials:!1,upgrade:!0,timestampParam:"t",rememberUpgrade:!1,addTrailingSlash:!0,rejectUnauthorized:!0,perMessageDeflate:{threshold:1024},transportOptions:{},closeOnBeforeunload:!1},n),this.opts.path=this.opts.path.replace(/\/$/,"")+(this.opts.addTrailingSlash?"/":""),typeof this.opts.query=="string"&&(this.opts.query=x2e(this.opts.query)),this.id=null,this.upgrades=null,this.pingInterval=null,this.pingTimeout=null,this.pingTimeoutTimer=null,typeof addEventListener=="function"&&(this.opts.closeOnBeforeunload&&(this.beforeunloadEventListener=()=>{this.transport&&(this.transport.removeAllListeners(),this.transport.close())},addEventListener("beforeunload",this.beforeunloadEventListener,!1)),this.hostname!=="localhost"&&(this.offlineEventListener=()=>{this.onClose("transport close",{description:"network connection lost"})},addEventListener("offline",this.offlineEventListener,!1))),this.open()}createTransport(t){const n=Object.assign({},this.opts.query);n.EIO=zB,n.transport=t,this.id&&(n.sid=this.id);const r=Object.assign({},this.opts,{query:n,socket:this,hostname:this.hostname,secure:this.secure,port:this.port},this.opts.transportOptions[t]);return new M2e[t](r)}open(){let t;if(this.opts.rememberUpgrade&&dc.priorWebsocketSuccess&&this.transports.indexOf("websocket")!==-1)t="websocket";else if(this.transports.length===0){this.setTimeoutFn(()=>{this.emitReserved("error","No transports available")},0);return}else t=this.transports[0];this.readyState="opening";try{t=this.createTransport(t)}catch{this.transports.shift(),this.open();return}t.open(),this.setTransport(t)}setTransport(t){this.transport&&this.transport.removeAllListeners(),this.transport=t,t.on("drain",this.onDrain.bind(this)).on("packet",this.onPacket.bind(this)).on("error",this.onError.bind(this)).on("close",n=>this.onClose("transport close",n))}probe(t){let n=this.createTransport(t),r=!1;dc.priorWebsocketSuccess=!1;const i=()=>{r||(n.send([{type:"ping",data:"probe"}]),n.once("packet",d=>{if(!r)if(d.type==="pong"&&d.data==="probe"){if(this.upgrading=!0,this.emitReserved("upgrading",n),!n)return;dc.priorWebsocketSuccess=n.name==="websocket",this.transport.pause(()=>{r||this.readyState!=="closed"&&(c(),this.setTransport(n),n.send([{type:"upgrade"}]),this.emitReserved("upgrade",n),n=null,this.upgrading=!1,this.flush())})}else{const f=new Error("probe error");f.transport=n.name,this.emitReserved("upgradeError",f)}}))};function o(){r||(r=!0,c(),n.close(),n=null)}const s=d=>{const f=new Error("probe error: "+d);f.transport=n.name,o(),this.emitReserved("upgradeError",f)};function a(){s("transport closed")}function l(){s("socket closed")}function u(d){n&&d.name!==n.name&&o()}const c=()=>{n.removeListener("open",i),n.removeListener("error",s),n.removeListener("close",a),this.off("close",l),this.off("upgrading",u)};n.once("open",i),n.once("error",s),n.once("close",a),this.once("close",l),this.once("upgrading",u),this.upgrades.indexOf("webtransport")!==-1&&t!=="webtransport"?this.setTimeoutFn(()=>{r||n.open()},200):n.open()}onOpen(){if(this.readyState="open",dc.priorWebsocketSuccess=this.transport.name==="websocket",this.emitReserved("open"),this.flush(),this.readyState==="open"&&this.opts.upgrade){let t=0;const n=this.upgrades.length;for(;t{this.onClose("ping 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r=="function"&&(i=r,r=null),this.readyState==="closing"||this.readyState==="closed")return;r=r||{},r.compress=r.compress!==!1;const o={type:t,data:n,options:r};this.emitReserved("packetCreate",o),this.writeBuffer.push(o),i&&this.once("flush",i),this.flush()}close(){const t=()=>{this.onClose("forced close"),this.transport.close()},n=()=>{this.off("upgrade",n),this.off("upgradeError",n),t()},r=()=>{this.once("upgrade",n),this.once("upgradeError",n)};return(this.readyState==="opening"||this.readyState==="open")&&(this.readyState="closing",this.writeBuffer.length?this.once("drain",()=>{this.upgrading?r():t()}):this.upgrading?r():t()),this}onError(t){dc.priorWebsocketSuccess=!1,this.emitReserved("error",t),this.onClose("transport error",t)}onClose(t,n){(this.readyState==="opening"||this.readyState==="open"||this.readyState==="closing")&&(this.clearTimeoutFn(this.pingTimeoutTimer),this.transport.removeAllListeners("close"),this.transport.close(),this.transport.removeAllListeners(),typeof removeEventListener=="function"&&(removeEventListener("beforeunload",this.beforeunloadEventListener,!1),removeEventListener("offline",this.offlineEventListener,!1)),this.readyState="closed",this.id=null,this.emitReserved("close",t,n),this.writeBuffer=[],this.prevBufferLen=0)}filterUpgrades(t){const n=[];let r=0;const i=t.length;for(;rtypeof ArrayBuffer.isView=="function"?ArrayBuffer.isView(e):e.buffer instanceof ArrayBuffer,qB=Object.prototype.toString,U2e=typeof Blob=="function"||typeof Blob<"u"&&qB.call(Blob)==="[object BlobConstructor]",j2e=typeof File=="function"||typeof File<"u"&&qB.call(File)==="[object FileConstructor]";function jE(e){return B2e&&(e instanceof ArrayBuffer||z2e(e))||U2e&&e instanceof Blob||j2e&&e instanceof File}function T0(e,t){if(!e||typeof e!="object")return!1;if(Array.isArray(e)){for(let n=0,r=e.length;n=0&&e.num{delete this.acks[t];for(let s=0;s{this.io.clearTimeoutFn(o),n.apply(this,[null,...s])}}emitWithAck(t,...n){const r=this.flags.timeout!==void 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r=this.isDragging;if(this.cancel(),!r)return;const{velocity:i}=n;this.startAnimation(i);const{onDragEnd:o}=this.getProps();o&&St.update(()=>o(t,n))}cancel(){this.isDragging=!1;const{projection:t,animationState:n}=this.visualElement;t&&(t.isAnimationBlocked=!1),this.panSession&&this.panSession.end(),this.panSession=void 0;const{dragPropagation:r}=this.getProps();!r&&this.openGlobalLock&&(this.openGlobalLock(),this.openGlobalLock=null),n&&n.setActive("whileDrag",!1)}updateAxis(t,n,r){const{drag:i}=this.getProps();if(!r||!Xm(t,i,this.currentDirection))return;const o=this.getAxisMotionValue(t);let s=this.originPoint[t]+r[t];this.constraints&&this.constraints[t]&&(s=vEe(s,this.constraints[t],this.elastic[t])),o.set(s)}resolveConstraints(){const{dragConstraints:t,dragElastic:n}=this.getProps(),{layout:r}=this.visualElement.projection||{},i=this.constraints;t&&Ac(t)?this.constraints||(this.constraints=this.resolveRefConstraints()):t&&r?this.constraints=_Ee(r.layoutBox,t):this.constraints=!1,this.elastic=xEe(n),i!==this.constraints&&r&&this.constraints&&!this.hasMutatedConstraints&&Co(o=>{this.getAxisMotionValue(o)&&(this.constraints[o]=wEe(r.layoutBox[o],this.constraints[o]))})}resolveRefConstraints(){const{dragConstraints:t,onMeasureDragConstraints:n}=this.getProps();if(!t||!Ac(t))return!1;const r=t.current,{projection:i}=this.visualElement;if(!i||!i.layout)return!1;const o=PEe(r,i.root,this.visualElement.getTransformPagePoint());let s=bEe(i.layout.layoutBox,o);if(n){const a=n(CEe(s));this.hasMutatedConstraints=!!a,a&&(s=CU(a))}return s}startAnimation(t){const{drag:n,dragMomentum:r,dragElastic:i,dragTransition:o,dragSnapToOrigin:s,onDragTransitionEnd:a}=this.getProps(),l=this.constraints||{},u=Co(c=>{if(!Xm(c,n,this.currentDirection))return;let d=l&&l[c]||{};s&&(d={min:0,max:0});const f=i?200:1e6,h=i?40:1e7,p={type:"inertia",velocity:r?t[c]:0,bounceStiffness:f,bounceDamping:h,timeConstant:750,restDelta:1,restSpeed:10,...o,...d};return this.startAxisValueAnimation(c,p)});return Promise.all(u).then(a)}startAxisValueAnimation(t,n){const r=this.getAxisMotionValue(t);return r.start(v4(t,r,0,n))}stopAnimation(){Co(t=>this.getAxisMotionValue(t).stop())}getAxisMotionValue(t){const n="_drag"+t.toUpperCase(),r=this.visualElement.getProps(),i=r[n];return i||this.visualElement.getValue(t,(r.initial?r.initial[t]:void 0)||0)}snapToCursor(t){Co(n=>{const{drag:r}=this.getProps();if(!Xm(n,r,this.currentDirection))return;const{projection:i}=this.visualElement,o=this.getAxisMotionValue(n);if(i&&i.layout){const{min:s,max:a}=i.layout.layoutBox[n];o.set(t[n]-qt(s,a,.5))}})}scalePositionWithinConstraints(){if(!this.visualElement.current)return;const{drag:t,dragConstraints:n}=this.getProps(),{projection:r}=this.visualElement;if(!Ac(n)||!r||!this.constraints)return;this.stopAnimation();const i={x:0,y:0};Co(s=>{const a=this.getAxisMotionValue(s);if(a){const l=a.get();i[s]=SEe({min:l,max:l},this.constraints[s])}});const{transformTemplate:o}=this.visualElement.getProps();this.visualElement.current.style.transform=o?o({},""):"none",r.root&&r.root.updateScroll(),r.updateLayout(),this.resolveConstraints(),Co(s=>{if(!Xm(s,t,null))return;const a=this.getAxisMotionValue(s),{min:l,max:u}=this.constraints[s];a.set(qt(l,u,i[s]))})}addListeners(){if(!this.visualElement.current)return;OEe.set(this.visualElement,this);const t=this.visualElement.current,n=Ps(t,"pointerdown",l=>{const{drag:u,dragListener:c=!0}=this.getProps();u&&c&&this.start(l)}),r=()=>{const{dragConstraints:l}=this.getProps();Ac(l)&&(this.constraints=this.resolveRefConstraints())},{projection:i}=this.visualElement,o=i.addEventListener("measure",r);i&&!i.layout&&(i.root&&i.root.updateScroll(),i.updateLayout()),r();const s=Cs(window,"resize",()=>this.scalePositionWithinConstraints()),a=i.addEventListener("didUpdate",({delta:l,hasLayoutChanged:u})=>{this.isDragging&&u&&(Co(c=>{const d=this.getAxisMotionValue(c);d&&(this.originPoint[c]+=l[c].translate,d.set(d.get()+l[c].translate))}),this.visualElement.render())});return()=>{s(),n(),o(),a&&a()}}getProps(){const t=this.visualElement.getProps(),{drag:n=!1,dragDirectionLock:r=!1,dragPropagation:i=!1,dragConstraints:o=!1,dragElastic:s=RC,dragMomentum:a=!0}=t;return{...t,drag:n,dragDirectionLock:r,dragPropagation:i,dragConstraints:o,dragElastic:s,dragMomentum:a}}}function Xm(e,t,n){return(t===!0||t===e)&&(n===null||n===e)}function IEe(e,t=10){let n=null;return Math.abs(e.y)>t?n="y":Math.abs(e.x)>t&&(n="x"),n}class MEe extends yl{constructor(t){super(t),this.removeGroupControls=tn,this.removeListeners=tn,this.controls=new REe(t)}mount(){const{dragControls:t}=this.node.getProps();t&&(this.removeGroupControls=t.subscribe(this.controls)),this.removeListeners=this.controls.addListeners()||tn}unmount(){this.removeGroupControls(),this.removeListeners()}}const BO=e=>(t,n)=>{e&&St.update(()=>e(t,n))};class NEe extends yl{constructor(){super(...arguments),this.removePointerDownListener=tn}onPointerDown(t){this.session=new wU(t,this.createPanHandlers(),{transformPagePoint:this.node.getTransformPagePoint()})}createPanHandlers(){const{onPanSessionStart:t,onPanStart:n,onPan:r,onPanEnd:i}=this.node.getProps();return{onSessionStart:BO(t),onStart:BO(n),onMove:r,onEnd:(o,s)=>{delete this.session,i&&St.update(()=>i(o,s))}}}mount(){this.removePointerDownListener=Ps(this.node.current,"pointerdown",t=>this.onPointerDown(t))}update(){this.session&&this.session.updateHandlers(this.createPanHandlers())}unmount(){this.removePointerDownListener(),this.session&&this.session.end()}}function DEe(){const e=I.useContext(Tg);if(e===null)return[!0,null];const{isPresent:t,onExitComplete:n,register:r}=e,i=I.useId();return I.useEffect(()=>r(i),[]),!t&&n?[!1,()=>n&&n(i)]:[!0]}function H9e(){return LEe(I.useContext(Tg))}function LEe(e){return e===null?!0:e.isPresent}const N0={hasAnimatedSinceResize:!0,hasEverUpdated:!1};function zO(e,t){return t.max===t.min?0:e/(t.max-t.min)*100}const Rf={correct:(e,t)=>{if(!t.target)return e;if(typeof e=="string")if(Ce.test(e))e=parseFloat(e);else return e;const n=zO(e,t.target.x),r=zO(e,t.target.y);return`${n}% ${r}%`}},$Ee={correct:(e,{treeScale:t,projectionDelta:n})=>{const r=e,i=Ja.parse(e);if(i.length>5)return r;const o=Ja.createTransformer(e),s=typeof i[0]!="number"?1:0,a=n.x.scale*t.x,l=n.y.scale*t.y;i[0+s]/=a,i[1+s]/=l;const u=qt(a,l,.5);return typeof i[2+s]=="number"&&(i[2+s]/=u),typeof i[3+s]=="number"&&(i[3+s]/=u),o(i)}};class FEe extends dt.Component{componentDidMount(){const{visualElement:t,layoutGroup:n,switchLayoutGroup:r,layoutId:i}=this.props,{projection:o}=t;GCe(BEe),o&&(n.group&&n.group.add(o),r&&r.register&&i&&r.register(o),o.root.didUpdate(),o.addEventListener("animationComplete",()=>{this.safeToRemove()}),o.setOptions({...o.options,onExitComplete:()=>this.safeToRemove()})),N0.hasEverUpdated=!0}getSnapshotBeforeUpdate(t){const{layoutDependency:n,visualElement:r,drag:i,isPresent:o}=this.props,s=r.projection;return s&&(s.isPresent=o,i||t.layoutDependency!==n||n===void 0?s.willUpdate():this.safeToRemove(),t.isPresent!==o&&(o?s.promote():s.relegate()||St.postRender(()=>{const a=s.getStack();(!a||!a.members.length)&&this.safeToRemove()}))),null}componentDidUpdate(){const{projection:t}=this.props.visualElement;t&&(t.root.didUpdate(),queueMicrotask(()=>{!t.currentAnimation&&t.isLead()&&this.safeToRemove()}))}componentWillUnmount(){const{visualElement:t,layoutGroup:n,switchLayoutGroup:r}=this.props,{projection:i}=t;i&&(i.scheduleCheckAfterUnmount(),n&&n.group&&n.group.remove(i),r&&r.deregister&&r.deregister(i))}safeToRemove(){const{safeToRemove:t}=this.props;t&&t()}render(){return null}}function kU(e){const[t,n]=DEe(),r=I.useContext(i4);return dt.createElement(FEe,{...e,layoutGroup:r,switchLayoutGroup:I.useContext(xz),isPresent:t,safeToRemove:n})}const BEe={borderRadius:{...Rf,applyTo:["borderTopLeftRadius","borderTopRightRadius","borderBottomLeftRadius","borderBottomRightRadius"]},borderTopLeftRadius:Rf,borderTopRightRadius:Rf,borderBottomLeftRadius:Rf,borderBottomRightRadius:Rf,boxShadow:$Ee},PU=["TopLeft","TopRight","BottomLeft","BottomRight"],zEe=PU.length,UO=e=>typeof e=="string"?parseFloat(e):e,jO=e=>typeof e=="number"||Ce.test(e);function UEe(e,t,n,r,i,o){i?(e.opacity=qt(0,n.opacity!==void 0?n.opacity:1,jEe(r)),e.opacityExit=qt(t.opacity!==void 0?t.opacity:1,0,VEe(r))):o&&(e.opacity=qt(t.opacity!==void 0?t.opacity:1,n.opacity!==void 0?n.opacity:1,r));for(let s=0;srt?1:n(Ip(e,t,r))}function GO(e,t){e.min=t.min,e.max=t.max}function _i(e,t){GO(e.x,t.x),GO(e.y,t.y)}function HO(e,t,n,r,i){return e-=t,e=Sv(e,1/n,r),i!==void 0&&(e=Sv(e,1/i,r)),e}function GEe(e,t=0,n=1,r=.5,i,o=e,s=e){if(Ho.test(t)&&(t=parseFloat(t),t=qt(s.min,s.max,t/100)-s.min),typeof t!="number")return;let a=qt(o.min,o.max,r);e===o&&(a-=t),e.min=HO(e.min,t,n,a,i),e.max=HO(e.max,t,n,a,i)}function WO(e,t,[n,r,i],o,s){GEe(e,t[n],t[r],t[i],t.scale,o,s)}const HEe=["x","scaleX","originX"],WEe=["y","scaleY","originY"];function qO(e,t,n,r){WO(e.x,t,HEe,n?n.x:void 0,r?r.x:void 0),WO(e.y,t,WEe,n?n.y:void 0,r?r.y:void 0)}function KO(e){return e.translate===0&&e.scale===1}function RU(e){return KO(e.x)&&KO(e.y)}function qEe(e,t){return e.x.min===t.x.min&&e.x.max===t.x.max&&e.y.min===t.y.min&&e.y.max===t.y.max}function IU(e,t){return Math.round(e.x.min)===Math.round(t.x.min)&&Math.round(e.x.max)===Math.round(t.x.max)&&Math.round(e.y.min)===Math.round(t.y.min)&&Math.round(e.y.max)===Math.round(t.y.max)}function XO(e){return li(e.x)/li(e.y)}class KEe{constructor(){this.members=[]}add(t){_4(this.members,t),t.scheduleRender()}remove(t){if(b4(this.members,t),t===this.prevLead&&(this.prevLead=void 0),t===this.lead){const n=this.members[this.members.length-1];n&&this.promote(n)}}relegate(t){const n=this.members.findIndex(i=>t===i);if(n===0)return!1;let r;for(let i=n;i>=0;i--){const o=this.members[i];if(o.isPresent!==!1){r=o;break}}return r?(this.promote(r),!0):!1}promote(t,n){const r=this.lead;if(t!==r&&(this.prevLead=r,this.lead=t,t.show(),r)){r.instance&&r.scheduleRender(),t.scheduleRender(),t.resumeFrom=r,n&&(t.resumeFrom.preserveOpacity=!0),r.snapshot&&(t.snapshot=r.snapshot,t.snapshot.latestValues=r.animationValues||r.latestValues),t.root&&t.root.isUpdating&&(t.isLayoutDirty=!0);const{crossfade:i}=t.options;i===!1&&r.hide()}}exitAnimationComplete(){this.members.forEach(t=>{const{options:n,resumingFrom:r}=t;n.onExitComplete&&n.onExitComplete(),r&&r.options.onExitComplete&&r.options.onExitComplete()})}scheduleRender(){this.members.forEach(t=>{t.instance&&t.scheduleRender(!1)})}removeLeadSnapshot(){this.lead&&this.lead.snapshot&&(this.lead.snapshot=void 0)}}function YO(e,t,n){let r="";const i=e.x.translate/t.x,o=e.y.translate/t.y;if((i||o)&&(r=`translate3d(${i}px, ${o}px, 0) 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Ml={type:"projectionFrame",totalNodes:0,resolvedTargetDeltas:0,recalculatedProjection:0};function MU({attachResizeListener:e,defaultParent:t,measureScroll:n,checkIsScrollRoot:r,resetTransform:i}){return class{constructor(s={},a=t==null?void 0:t()){this.id=t4e++,this.animationId=0,this.children=new Set,this.options={},this.isTreeAnimating=!1,this.isAnimationBlocked=!1,this.isLayoutDirty=!1,this.isProjectionDirty=!1,this.isSharedProjectionDirty=!1,this.isTransformDirty=!1,this.updateManuallyBlocked=!1,this.updateBlockedByResize=!1,this.isUpdating=!1,this.isSVG=!1,this.needsReset=!1,this.shouldResetTransform=!1,this.treeScale={x:1,y:1},this.eventHandlers=new Map,this.hasTreeAnimated=!1,this.updateScheduled=!1,this.checkUpdateFailed=()=>{this.isUpdating&&(this.isUpdating=!1,this.clearAllSnapshots())},this.updateProjection=()=>{Ml.totalNodes=Ml.resolvedTargetDeltas=Ml.recalculatedProjection=0,this.nodes.forEach(i4e),this.nodes.forEach(u4e),this.nodes.forEach(c4e),this.nodes.forEach(o4e),QEe(Ml)},this.hasProjected=!1,this.isVisible=!0,this.animationProgress=0,this.sharedNodes=new Map,this.latestValues=s,this.root=a?a.root||a:this,this.path=a?[...a.path,a]:[],this.parent=a,this.depth=a?a.depth+1:0;for(let l=0;lthis.root.updateBlockedByResize=!1;e(s,()=>{this.root.updateBlockedByResize=!0,d&&d(),d=ZEe(f,250),N0.hasAnimatedSinceResize&&(N0.hasAnimatedSinceResize=!1,this.nodes.forEach(eR))})}l&&this.root.registerSharedNode(l,this),this.options.animate!==!1&&c&&(l||u)&&this.addEventListener("didUpdate",({delta:d,hasLayoutChanged:f,hasRelativeTargetChanged:h,layout:p})=>{if(this.isTreeAnimationBlocked()){this.target=void 0,this.relativeTarget=void 0;return}const m=this.options.transition||c.getDefaultTransition()||g4e,{onLayoutAnimationStart:b,onLayoutAnimationComplete:_}=c.getProps(),y=!this.targetLayout||!IU(this.targetLayout,p)||h,g=!f&&h;if(this.options.layoutRoot||this.resumeFrom&&this.resumeFrom.instance||g||f&&(y||!this.currentAnimation)){this.resumeFrom&&(this.resumingFrom=this.resumeFrom,this.resumingFrom.resumingFrom=void 0),this.setAnimationOrigin(d,g);const v={...yU(m,"layout"),onPlay:b,onComplete:_};(c.shouldReduceMotion||this.options.layoutRoot)&&(v.delay=0,v.type=!1),this.startAnimation(v)}else f||eR(this),this.isLead()&&this.options.onExitComplete&&this.options.onExitComplete();this.targetLayout=p})}unmount(){this.options.layoutId&&this.willUpdate(),this.root.nodes.remove(this);const s=this.getStack();s&&s.remove(this),this.parent&&this.parent.children.delete(this),this.instance=void 0,zs(this.updateProjection)}blockUpdate(){this.updateManuallyBlocked=!0}unblockUpdate(){this.updateManuallyBlocked=!1}isUpdateBlocked(){return this.updateManuallyBlocked||this.updateBlockedByResize}isTreeAnimationBlocked(){return this.isAnimationBlocked||this.parent&&this.parent.isTreeAnimationBlocked()||!1}startUpdate(){this.isUpdateBlocked()||(this.isUpdating=!0,this.nodes&&this.nodes.forEach(d4e),this.animationId++)}getTransformTemplate(){const{visualElement:s}=this.options;return s&&s.getProps().transformTemplate}willUpdate(s=!0){if(this.root.hasTreeAnimated=!0,this.root.isUpdateBlocked()){this.options.onExitComplete&&this.options.onExitComplete();return}if(!this.root.isUpdating&&this.root.startUpdate(),this.isLayoutDirty)return;this.isLayoutDirty=!0;for(let c=0;cthis.update()))}clearAllSnapshots(){this.nodes.forEach(s4e),this.sharedNodes.forEach(f4e)}scheduleUpdateProjection(){St.preRender(this.updateProjection,!1,!0)}scheduleCheckAfterUnmount(){St.postRender(()=>{this.isLayoutDirty?this.root.didUpdate():this.root.checkUpdateFailed()})}updateSnapshot(){this.snapshot||!this.instance||(this.snapshot=this.measure())}updateLayout(){if(!this.instance||(this.updateScroll(),!(this.options.alwaysMeasureLayout&&this.isLead())&&!this.isLayoutDirty))return;if(this.resumeFrom&&!this.resumeFrom.instance)for(let l=0;l{const S=v/1e3;tR(d.x,s.x,S),tR(d.y,s.y,S),this.setTargetDelta(d),this.relativeTarget&&this.relativeTargetOrigin&&this.layout&&this.relativeParent&&this.relativeParent.layout&&(dh(f,this.layout.layoutBox,this.relativeParent.layout.layoutBox),h4e(this.relativeTarget,this.relativeTargetOrigin,f,S),g&&qEe(this.relativeTarget,g)&&(this.isProjectionDirty=!1),g||(g=fn()),_i(g,this.relativeTarget)),m&&(this.animationValues=c,UEe(c,u,this.latestValues,S,y,_)),this.root.scheduleUpdateProjection(),this.scheduleRender(),this.animationProgress=S},this.mixTargetDelta(this.options.layoutRoot?1e3:0)}startAnimation(s){this.notifyListeners("animationStart"),this.currentAnimation&&this.currentAnimation.stop(),this.resumingFrom&&this.resumingFrom.currentAnimation&&this.resumingFrom.currentAnimation.stop(),this.pendingAnimation&&(zs(this.pendingAnimation),this.pendingAnimation=void 0),this.pendingAnimation=St.update(()=>{N0.hasAnimatedSinceResize=!0,this.currentAnimation=e4e(0,QO,{...s,onUpdate:a=>{this.mixTargetDelta(a),s.onUpdate&&s.onUpdate(a)},onComplete:()=>{s.onComplete&&s.onComplete(),this.completeAnimation()}}),this.resumingFrom&&(this.resumingFrom.currentAnimation=this.currentAnimation),this.pendingAnimation=void 0})}completeAnimation(){this.resumingFrom&&(this.resumingFrom.currentAnimation=void 0,this.resumingFrom.preserveOpacity=void 0);const s=this.getStack();s&&s.exitAnimationComplete(),this.resumingFrom=this.currentAnimation=this.animationValues=void 0,this.notifyListeners("animationComplete")}finishAnimation(){this.currentAnimation&&(this.mixTargetDelta&&this.mixTargetDelta(QO),this.currentAnimation.stop()),this.completeAnimation()}applyTransformsToTarget(){const s=this.getLead();let{targetWithTransforms:a,target:l,layout:u,latestValues:c}=s;if(!(!a||!l||!u)){if(this!==s&&this.layout&&u&&NU(this.options.animationType,this.layout.layoutBox,u.layoutBox)){l=this.target||fn();const d=li(this.layout.layoutBox.x);l.x.min=s.target.x.min,l.x.max=l.x.min+d;const f=li(this.layout.layoutBox.y);l.y.min=s.target.y.min,l.y.max=l.y.min+f}_i(a,l),Oc(a,c),ch(this.projectionDeltaWithTransform,this.layoutCorrected,a,c)}}registerSharedNode(s,a){this.sharedNodes.has(s)||this.sharedNodes.set(s,new KEe),this.sharedNodes.get(s).add(a);const u=a.options.initialPromotionConfig;a.promote({transition:u?u.transition:void 0,preserveFollowOpacity:u&&u.shouldPreserveFollowOpacity?u.shouldPreserveFollowOpacity(a):void 0})}isLead(){const s=this.getStack();return s?s.lead===this:!0}getLead(){var s;const{layoutId:a}=this.options;return a?((s=this.getStack())===null||s===void 0?void 0:s.lead)||this:this}getPrevLead(){var s;const{layoutId:a}=this.options;return a?(s=this.getStack())===null||s===void 0?void 0:s.prevLead:void 0}getStack(){const{layoutId:s}=this.options;if(s)return this.root.sharedNodes.get(s)}promote({needsReset:s,transition:a,preserveFollowOpacity:l}={}){const u=this.getStack();u&&u.promote(this,l),s&&(this.projectionDelta=void 0,this.needsReset=!0),a&&this.setOptions({transition:a})}relegate(){const s=this.getStack();return s?s.relegate(this):!1}resetRotation(){const{visualElement:s}=this.options;if(!s)return;let a=!1;const{latestValues:l}=s;if((l.rotate||l.rotateX||l.rotateY||l.rotateZ)&&(a=!0),!a)return;const u={};for(let c=0;c{var a;return(a=s.currentAnimation)===null||a===void 0?void 0:a.stop()}),this.root.nodes.forEach(JO),this.root.sharedNodes.clear()}}}function n4e(e){e.updateLayout()}function r4e(e){var t;const n=((t=e.resumeFrom)===null||t===void 0?void 0:t.snapshot)||e.snapshot;if(e.isLead()&&e.layout&&n&&e.hasListeners("didUpdate")){const{layoutBox:r,measuredBox:i}=e.layout,{animationType:o}=e.options,s=n.source!==e.layout.source;o==="size"?Co(d=>{const f=s?n.measuredBox[d]:n.layoutBox[d],h=li(f);f.min=r[d].min,f.max=f.min+h}):NU(o,n.layoutBox,r)&&Co(d=>{const f=s?n.measuredBox[d]:n.layoutBox[d],h=li(r[d]);f.max=f.min+h,e.relativeTarget&&!e.currentAnimation&&(e.isProjectionDirty=!0,e.relativeTarget[d].max=e.relativeTarget[d].min+h)});const a=Pc();ch(a,r,n.layoutBox);const l=Pc();s?ch(l,e.applyTransform(i,!0),n.measuredBox):ch(l,r,n.layoutBox);const u=!RU(a);let c=!1;if(!e.resumeFrom){const d=e.getClosestProjectingParent();if(d&&!d.resumeFrom){const{snapshot:f,layout:h}=d;if(f&&h){const p=fn();dh(p,n.layoutBox,f.layoutBox);const m=fn();dh(m,r,h.layoutBox),IU(p,m)||(c=!0),d.options.layoutRoot&&(e.relativeTarget=m,e.relativeTargetOrigin=p,e.relativeParent=d)}}}e.notifyListeners("didUpdate",{layout:r,snapshot:n,delta:l,layoutDelta:a,hasLayoutChanged:u,hasRelativeTargetChanged:c})}else if(e.isLead()){const{onExitComplete:r}=e.options;r&&r()}e.options.transition=void 0}function i4e(e){Ml.totalNodes++,e.parent&&(e.isProjecting()||(e.isProjectionDirty=e.parent.isProjectionDirty),e.isSharedProjectionDirty||(e.isSharedProjectionDirty=!!(e.isProjectionDirty||e.parent.isProjectionDirty||e.parent.isSharedProjectionDirty)),e.isTransformDirty||(e.isTransformDirty=e.parent.isTransformDirty))}function o4e(e){e.isProjectionDirty=e.isSharedProjectionDirty=e.isTransformDirty=!1}function s4e(e){e.clearSnapshot()}function JO(e){e.clearMeasurements()}function a4e(e){e.isLayoutDirty=!1}function l4e(e){const{visualElement:t}=e.options;t&&t.getProps().onBeforeLayoutMeasure&&t.notify("BeforeLayoutMeasure"),e.resetTransform()}function eR(e){e.finishAnimation(),e.targetDelta=e.relativeTarget=e.target=void 0,e.isProjectionDirty=!0}function u4e(e){e.resolveTargetDelta()}function c4e(e){e.calcProjection()}function d4e(e){e.resetRotation()}function f4e(e){e.removeLeadSnapshot()}function tR(e,t,n){e.translate=qt(t.translate,0,n),e.scale=qt(t.scale,1,n),e.origin=t.origin,e.originPoint=t.originPoint}function nR(e,t,n,r){e.min=qt(t.min,n.min,r),e.max=qt(t.max,n.max,r)}function h4e(e,t,n,r){nR(e.x,t.x,n.x,r),nR(e.y,t.y,n.y,r)}function p4e(e){return e.animationValues&&e.animationValues.opacityExit!==void 0}const g4e={duration:.45,ease:[.4,0,.1,1]},rR=e=>typeof navigator<"u"&&navigator.userAgent.toLowerCase().includes(e),iR=rR("applewebkit/")&&!rR("chrome/")?Math.round:tn;function oR(e){e.min=iR(e.min),e.max=iR(e.max)}function m4e(e){oR(e.x),oR(e.y)}function NU(e,t,n){return e==="position"||e==="preserve-aspect"&&!OC(XO(t),XO(n),.2)}const 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i!==e&&o6e(i,o)&&n.push(i),i6e(i,o)?n:r(i.parentNode)}return e?r(e):n}function tj(e){const[t]=A4(e,1);return t??null}function X2(e){return!Cb||!e?null:ef(e)?e:C4(e)?E4(e)||e===tf(e).scrollingElement?window:Rg(e)?e:null:null}function nj(e){return ef(e)?e.scrollX:e.scrollLeft}function rj(e){return ef(e)?e.scrollY:e.scrollTop}function VC(e){return{x:nj(e),y:rj(e)}}var Nn;(function(e){e[e.Forward=1]="Forward",e[e.Backward=-1]="Backward"})(Nn||(Nn={}));function ij(e){return!Cb||!e?!1:e===document.scrollingElement}function oj(e){const t={x:0,y:0},n=ij(e)?{height:window.innerHeight,width:window.innerWidth}:{height:e.clientHeight,width:e.clientWidth},r={x:e.scrollWidth-n.width,y:e.scrollHeight-n.height},i=e.scrollTop<=t.y,o=e.scrollLeft<=t.x,s=e.scrollTop>=r.y,a=e.scrollLeft>=r.x;return{isTop:i,isLeft:o,isBottom:s,isRight:a,maxScroll:r,minScroll:t}}const s6e={x:.2,y:.2};function a6e(e,t,n,r,i){let{top:o,left:s,right:a,bottom:l}=n;r===void 0&&(r=10),i===void 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0&&(t=Mg),!e)return;const{top:n,left:r,bottom:i,right:o}=t(e);tj(e)&&(i<=0||o<=0||n>=window.innerHeight||r>=window.innerWidth)&&e.scrollIntoView({block:"center",inline:"center"})}const d6e=[["x",["left","right"],u6e],["y",["top","bottom"],c6e]];class k4{constructor(t,n){this.rect=void 0,this.width=void 0,this.height=void 0,this.top=void 0,this.bottom=void 0,this.right=void 0,this.left=void 0;const r=A4(n),i=sj(r);this.rect={...t},this.width=t.width,this.height=t.height;for(const[o,s,a]of d6e)for(const l of s)Object.defineProperty(this,l,{get:()=>{const u=a(r),c=i[o]-u;return this.rect[l]+c},enumerable:!0});Object.defineProperty(this,"rect",{enumerable:!1})}}class fh{constructor(t){this.target=void 0,this.listeners=[],this.removeAll=()=>{this.listeners.forEach(n=>{var r;return(r=this.target)==null?void 0:r.removeEventListener(...n)})},this.target=t}add(t,n,r){var i;(i=this.target)==null||i.addEventListener(t,n,r),this.listeners.push([t,n,r])}}function f6e(e){const{EventTarget:t}=Ir(e);return e instanceof t?e:tf(e)}function Y2(e,t){const n=Math.abs(e.x),r=Math.abs(e.y);return typeof t=="number"?Math.sqrt(n**2+r**2)>t:"x"in t&&"y"in t?n>t.x&&r>t.y:"x"in t?n>t.x:"y"in t?r>t.y:!1}var Si;(function(e){e.Click="click",e.DragStart="dragstart",e.Keydown="keydown",e.ContextMenu="contextmenu",e.Resize="resize",e.SelectionChange="selectionchange",e.VisibilityChange="visibilitychange"})(Si||(Si={}));function _R(e){e.preventDefault()}function h6e(e){e.stopPropagation()}var _t;(function(e){e.Space="Space",e.Down="ArrowDown",e.Right="ArrowRight",e.Left="ArrowLeft",e.Up="ArrowUp",e.Esc="Escape",e.Enter="Enter"})(_t||(_t={}));const lj={start:[_t.Space,_t.Enter],cancel:[_t.Esc],end:[_t.Space,_t.Enter]},p6e=(e,t)=>{let{currentCoordinates:n}=t;switch(e.code){case _t.Right:return{...n,x:n.x+25};case _t.Left:return{...n,x:n.x-25};case _t.Down:return{...n,y:n.y+25};case _t.Up:return{...n,y:n.y-25}}};class uj{constructor(t){this.props=void 0,this.autoScrollEnabled=!1,this.referenceCoordinates=void 0,this.listeners=void 0,this.windowListeners=void 0,this.props=t;const{event:{target:n}}=t;this.props=t,this.listeners=new fh(tf(n)),this.windowListeners=new fh(Ir(n)),this.handleKeyDown=this.handleKeyDown.bind(this),this.handleCancel=this.handleCancel.bind(this),this.attach()}attach(){this.handleStart(),this.windowListeners.add(Si.Resize,this.handleCancel),this.windowListeners.add(Si.VisibilityChange,this.handleCancel),setTimeout(()=>this.listeners.add(Si.Keydown,this.handleKeyDown))}handleStart(){const{activeNode:t,onStart:n}=this.props,r=t.node.current;r&&aj(r),n(ho)}handleKeyDown(t){if(T4(t)){const{active:n,context:r,options:i}=this.props,{keyboardCodes:o=lj,coordinateGetter:s=p6e,scrollBehavior:a="smooth"}=i,{code:l}=t;if(o.end.includes(l)){this.handleEnd(t);return}if(o.cancel.includes(l)){this.handleCancel(t);return}const{collisionRect:u}=r.current,c=u?{x:u.left,y:u.top}:ho;this.referenceCoordinates||(this.referenceCoordinates=c);const d=s(t,{active:n,context:r.current,currentCoordinates:c});if(d){const f=Av(d,c),h={x:0,y:0},{scrollableAncestors:p}=r.current;for(const m of p){const b=t.code,{isTop:_,isRight:y,isLeft:g,isBottom:v,maxScroll:S,minScroll:w}=oj(m),C=l6e(m),x={x:Math.min(b===_t.Right?C.right-C.width/2:C.right,Math.max(b===_t.Right?C.left:C.left+C.width/2,d.x)),y:Math.min(b===_t.Down?C.bottom-C.height/2:C.bottom,Math.max(b===_t.Down?C.top:C.top+C.height/2,d.y))},A=b===_t.Right&&!y||b===_t.Left&&!g,T=b===_t.Down&&!v||b===_t.Up&&!_;if(A&&x.x!==d.x){const P=m.scrollLeft+f.x,L=b===_t.Right&&P<=S.x||b===_t.Left&&P>=w.x;if(L&&!f.y){m.scrollTo({left:P,behavior:a});return}L?h.x=m.scrollLeft-P:h.x=b===_t.Right?m.scrollLeft-S.x:m.scrollLeft-w.x,h.x&&m.scrollBy({left:-h.x,behavior:a});break}else if(T&&x.y!==d.y){const P=m.scrollTop+f.y,L=b===_t.Down&&P<=S.y||b===_t.Up&&P>=w.y;if(L&&!f.x){m.scrollTo({top:P,behavior:a});return}L?h.y=m.scrollTop-P:h.y=b===_t.Down?m.scrollTop-S.y:m.scrollTop-w.y,h.y&&m.scrollBy({top:-h.y,behavior:a});break}}this.handleMove(t,ed(Av(d,this.referenceCoordinates),h))}}}handleMove(t,n){const{onMove:r}=this.props;t.preventDefault(),r(n)}handleEnd(t){const{onEnd:n}=this.props;t.preventDefault(),this.detach(),n()}handleCancel(t){const{onCancel:n}=this.props;t.preventDefault(),this.detach(),n()}detach(){this.listeners.removeAll(),this.windowListeners.removeAll()}}uj.activators=[{eventName:"onKeyDown",handler:(e,t,n)=>{let{keyboardCodes:r=lj,onActivation:i}=t,{active:o}=n;const{code:s}=e.nativeEvent;if(r.start.includes(s)){const a=o.activatorNode.current;return a&&e.target!==a?!1:(e.preventDefault(),i==null||i({event:e.nativeEvent}),!0)}return!1}}];function bR(e){return!!(e&&"distance"in e)}function SR(e){return!!(e&&"delay"in e)}class P4{constructor(t,n,r){var i;r===void 0&&(r=f6e(t.event.target)),this.props=void 0,this.events=void 0,this.autoScrollEnabled=!0,this.document=void 0,this.activated=!1,this.initialCoordinates=void 0,this.timeoutId=null,this.listeners=void 0,this.documentListeners=void 0,this.windowListeners=void 0,this.props=t,this.events=n;const{event:o}=t,{target:s}=o;this.props=t,this.events=n,this.document=tf(s),this.documentListeners=new fh(this.document),this.listeners=new fh(r),this.windowListeners=new fh(Ir(s)),this.initialCoordinates=(i=Lp(o))!=null?i:ho,this.handleStart=this.handleStart.bind(this),this.handleMove=this.handleMove.bind(this),this.handleEnd=this.handleEnd.bind(this),this.handleCancel=this.handleCancel.bind(this),this.handleKeydown=this.handleKeydown.bind(this),this.removeTextSelection=this.removeTextSelection.bind(this),this.attach()}attach(){const{events:t,props:{options:{activationConstraint:n}}}=this;if(this.listeners.add(t.move.name,this.handleMove,{passive:!1}),this.listeners.add(t.end.name,this.handleEnd),this.windowListeners.add(Si.Resize,this.handleCancel),this.windowListeners.add(Si.DragStart,_R),this.windowListeners.add(Si.VisibilityChange,this.handleCancel),this.windowListeners.add(Si.ContextMenu,_R),this.documentListeners.add(Si.Keydown,this.handleKeydown),n){if(bR(n))return;if(SR(n)){this.timeoutId=setTimeout(this.handleStart,n.delay);return}}this.handleStart()}detach(){this.listeners.removeAll(),this.windowListeners.removeAll(),setTimeout(this.documentListeners.removeAll,50),this.timeoutId!==null&&(clearTimeout(this.timeoutId),this.timeoutId=null)}handleStart(){const{initialCoordinates:t}=this,{onStart:n}=this.props;t&&(this.activated=!0,this.documentListeners.add(Si.Click,h6e,{capture:!0}),this.removeTextSelection(),this.documentListeners.add(Si.SelectionChange,this.removeTextSelection),n(t))}handleMove(t){var n;const{activated:r,initialCoordinates:i,props:o}=this,{onMove:s,options:{activationConstraint:a}}=o;if(!i)return;const l=(n=Lp(t))!=null?n:ho,u=Av(i,l);if(!r&&a){if(SR(a))return Y2(u,a.tolerance)?this.handleCancel():void 0;if(bR(a))return a.tolerance!=null&&Y2(u,a.tolerance)?this.handleCancel():Y2(u,a.distance)?this.handleStart():void 0}t.cancelable&&t.preventDefault(),s(l)}handleEnd(){const{onEnd:t}=this.props;this.detach(),t()}handleCancel(){const{onCancel:t}=this.props;this.detach(),t()}handleKeydown(t){t.code===_t.Esc&&this.handleCancel()}removeTextSelection(){var t;(t=this.document.getSelection())==null||t.removeAllRanges()}}const g6e={move:{name:"pointermove"},end:{name:"pointerup"}};class cj extends P4{constructor(t){const{event:n}=t,r=tf(n.target);super(t,g6e,r)}}cj.activators=[{eventName:"onPointerDown",handler:(e,t)=>{let{nativeEvent:n}=e,{onActivation:r}=t;return!n.isPrimary||n.button!==0?!1:(r==null||r({event:n}),!0)}}];const m6e={move:{name:"mousemove"},end:{name:"mouseup"}};var GC;(function(e){e[e.RightClick=2]="RightClick"})(GC||(GC={}));class dj extends P4{constructor(t){super(t,m6e,tf(t.event.target))}}dj.activators=[{eventName:"onMouseDown",handler:(e,t)=>{let{nativeEvent:n}=e,{onActivation:r}=t;return n.button===GC.RightClick?!1:(r==null||r({event:n}),!0)}}];const Z2={move:{name:"touchmove"},end:{name:"touchend"}};class fj extends P4{constructor(t){super(t,Z2)}static setup(){return window.addEventListener(Z2.move.name,t,{capture:!1,passive:!1}),function(){window.removeEventListener(Z2.move.name,t)};function t(){}}}fj.activators=[{eventName:"onTouchStart",handler:(e,t)=>{let{nativeEvent:n}=e,{onActivation:r}=t;const{touches:i}=n;return i.length>1?!1:(r==null||r({event:n}),!0)}}];var hh;(function(e){e[e.Pointer=0]="Pointer",e[e.DraggableRect=1]="DraggableRect"})(hh||(hh={}));var Pv;(function(e){e[e.TreeOrder=0]="TreeOrder",e[e.ReversedTreeOrder=1]="ReversedTreeOrder"})(Pv||(Pv={}));function y6e(e){let{acceleration:t,activator:n=hh.Pointer,canScroll:r,draggingRect:i,enabled:o,interval:s=5,order:a=Pv.TreeOrder,pointerCoordinates:l,scrollableAncestors:u,scrollableAncestorRects:c,delta:d,threshold:f}=e;const h=_6e({delta:d,disabled:!o}),[p,m]=ATe(),b=I.useRef({x:0,y:0}),_=I.useRef({x:0,y:0}),y=I.useMemo(()=>{switch(n){case hh.Pointer:return l?{top:l.y,bottom:l.y,left:l.x,right:l.x}:null;case hh.DraggableRect:return i}},[n,i,l]),g=I.useRef(null),v=I.useCallback(()=>{const w=g.current;if(!w)return;const C=b.current.x*_.current.x,x=b.current.y*_.current.y;w.scrollBy(C,x)},[]),S=I.useMemo(()=>a===Pv.TreeOrder?[...u].reverse():u,[a,u]);I.useEffect(()=>{if(!o||!u.length||!y){m();return}for(const w of S){if((r==null?void 0:r(w))===!1)continue;const C=u.indexOf(w),x=c[C];if(!x)continue;const{direction:A,speed:T}=a6e(w,x,y,t,f);for(const P of["x","y"])h[P][A[P]]||(T[P]=0,A[P]=0);if(T.x>0||T.y>0){m(),g.current=w,p(v,s),b.current=T,_.current=A;return}}b.current={x:0,y:0},_.current={x:0,y:0},m()},[t,v,r,m,o,s,JSON.stringify(y),JSON.stringify(h),p,u,S,c,JSON.stringify(f)])}const v6e={x:{[Nn.Backward]:!1,[Nn.Forward]:!1},y:{[Nn.Backward]:!1,[Nn.Forward]:!1}};function _6e(e){let{delta:t,disabled:n}=e;const r=Tv(t);return Ig(i=>{if(n||!r||!i)return v6e;const o={x:Math.sign(t.x-r.x),y:Math.sign(t.y-r.y)};return{x:{[Nn.Backward]:i.x[Nn.Backward]||o.x===-1,[Nn.Forward]:i.x[Nn.Forward]||o.x===1},y:{[Nn.Backward]:i.y[Nn.Backward]||o.y===-1,[Nn.Forward]:i.y[Nn.Forward]||o.y===1}}},[n,t,r])}function b6e(e,t){const n=t!==null?e.get(t):void 0,r=n?n.node.current:null;return Ig(i=>{var o;return t===null?null:(o=r??i)!=null?o:null},[r,t])}function S6e(e,t){return I.useMemo(()=>e.reduce((n,r)=>{const{sensor:i}=r,o=i.activators.map(s=>({eventName:s.eventName,handler:t(s.handler,r)}));return[...n,...o]},[]),[e,t])}var Fp;(function(e){e[e.Always=0]="Always",e[e.BeforeDragging=1]="BeforeDragging",e[e.WhileDragging=2]="WhileDragging"})(Fp||(Fp={}));var HC;(function(e){e.Optimized="optimized"})(HC||(HC={}));const wR=new Map;function w6e(e,t){let{dragging:n,dependencies:r,config:i}=t;const[o,s]=I.useState(null),{frequency:a,measure:l,strategy:u}=i,c=I.useRef(e),d=b(),f=Dp(d),h=I.useCallback(function(_){_===void 0&&(_=[]),!f.current&&s(y=>y===null?_:y.concat(_.filter(g=>!y.includes(g))))},[f]),p=I.useRef(null),m=Ig(_=>{if(d&&!n)return wR;if(!_||_===wR||c.current!==e||o!=null){const y=new Map;for(let g of e){if(!g)continue;if(o&&o.length>0&&!o.includes(g.id)&&g.rect.current){y.set(g.id,g.rect.current);continue}const v=g.node.current,S=v?new k4(l(v),v):null;g.rect.current=S,S&&y.set(g.id,S)}return y}return _},[e,o,n,d,l]);return I.useEffect(()=>{c.current=e},[e]),I.useEffect(()=>{d||h()},[n,d]),I.useEffect(()=>{o&&o.length>0&&s(null)},[JSON.stringify(o)]),I.useEffect(()=>{d||typeof 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0&&(t=Mg);const[n]=e,r=hj(n?Ir(n):null),[i,o]=I.useReducer(a,Q2),s=Ab({callback:o});return e.length>0&&i===Q2&&o(),Yo(()=>{e.length?e.forEach(l=>s==null?void 0:s.observe(l)):(s==null||s.disconnect(),o())},[e]),i;function a(){return e.length?e.map(l=>ij(l)?r:new k4(t(l),l)):Q2}}function pj(e){if(!e)return null;if(e.children.length>1)return e;const t=e.children[0];return Rg(t)?t:e}function I6e(e){let{measure:t}=e;const[n,r]=I.useState(null),i=I.useCallback(u=>{for(const{target:c}of u)if(Rg(c)){r(d=>{const f=t(c);return d?{...d,width:f.width,height:f.height}:f});break}},[t]),o=Ab({callback:i}),s=I.useCallback(u=>{const c=pj(u);o==null||o.disconnect(),c&&(o==null||o.observe(c)),r(c?t(c):null)},[t,o]),[a,l]=Ev(s);return I.useMemo(()=>({nodeRef:a,rect:n,setRef:l}),[n,a,l])}const M6e=[{sensor:cj,options:{}},{sensor:uj,options:{}}],N6e={current:{}},D0={draggable:{measure:vR},droppable:{measure:vR,strategy:Fp.WhileDragging,frequency:HC.Optimized},dragOverlay:{measure:Mg}};class ph extends 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jn({active:E.current,activeNode:nr,event:yr,options:Tn,context:oe,onStart(vr){const Vn=E.current;if(Vn==null)return;const ns=x.get(Vn);if(!ns)return;const{onDragStart:Ks}=O.current,Xs={active:{id:Vn,data:ns.data,rect:L}};Zi.unstable_batchedUpdates(()=>{Ks==null||Ks(Xs),S(ua.Initializing),_({type:bn.DragStart,initialCoordinates:vr,active:Vn}),y({type:"onDragStart",event:Xs})})},onMove(vr){_({type:bn.DragMove,coordinates:vr})},onEnd:vo(bn.DragEnd),onCancel:vo(bn.DragCancel)});Zi.unstable_batchedUpdates(()=>{N(Nr),M(jt.nativeEvent)});function vo(vr){return async function(){const{active:ns,collisions:Ks,over:Xs,scrollAdjustedTranslate:Fu}=oe.current;let rs=null;if(ns&&Fu){const{cancelDrop:_r}=O.current;rs={activatorEvent:yr,active:ns,collisions:Ks,delta:Fu,over:Xs},vr===bn.DragEnd&&typeof _r=="function"&&await Promise.resolve(_r(rs))&&(vr=bn.DragCancel)}E.current=null,Zi.unstable_batchedUpdates(()=>{_({type:vr}),S(ua.Uninitialized),Kr(null),N(null),M(null);const 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yr={active:pt,activatorEvent:jn,collisions:Tn,delta:{x:tr.x,y:tr.y},over:nr};Zi.unstable_batchedUpdates(()=>{jt==null||jt(yr),y({type:"onDragMove",event:yr})})},[tr.x,tr.y]),I.useEffect(()=>{const{active:jt,activatorEvent:pt,collisions:jn,droppableContainers:Tn,scrollAdjustedTranslate:nr}=oe.current;if(!jt||E.current==null||!pt||!nr)return;const{onDragOver:yr}=O.current,Nr=Tn.get(Qt),vo=Nr&&Nr.rect.current?{id:Nr.id,rect:Nr.rect.current,data:Nr.data,disabled:Nr.disabled}:null,vr={active:jt,activatorEvent:pt,collisions:jn,delta:{x:nr.x,y:nr.y},over:vo};Zi.unstable_batchedUpdates(()=>{Kr(vo),yr==null||yr(vr),y({type:"onDragOver",event:vr})})},[Qt]),Yo(()=>{oe.current={activatorEvent:$,active:R,activeNode:Z,collisionRect:zn,collisions:mr,droppableRects:V,draggableNodes:x,draggingNode:_e,draggingNodeRect:je,droppableContainers:T,over:xt,scrollableAncestors:Zt,scrollAdjustedTranslate:tr},L.current={initial:je,translated:zn}},[R,Z,mr,zn,x,_e,je,V,T,xt,Zt,tr]),y6e({...W,delta:A,draggingRect:zn,pointerCoordinates:cn,scrollableAncestors:Zt,scrollableAncestorRects:wt});const vl=I.useMemo(()=>({active:R,activeNode:Z,activeNodeRect:J,activatorEvent:$,collisions:mr,containerNodeRect:se,dragOverlay:Ae,draggableNodes:x,droppableContainers:T,droppableRects:V,over:xt,measureDroppableContainers:q,scrollableAncestors:Zt,scrollableAncestorRects:wt,measuringConfiguration:U,measuringScheduled:X,windowRect:Bn}),[R,Z,J,$,mr,se,Ae,x,T,V,xt,q,Zt,wt,U,X,Bn]),yo=I.useMemo(()=>({activatorEvent:$,activators:Gi,active:R,activeNodeRect:J,ariaDescribedById:{draggable:D},dispatch:_,draggableNodes:x,over:xt,measureDroppableContainers:q}),[$,Gi,R,J,_,D,x,xt,q]);return dt.createElement(QU.Provider,{value:g},dt.createElement(Ng.Provider,{value:yo},dt.createElement(mj.Provider,{value:vl},dt.createElement(kb.Provider,{value:Vi},u)),dt.createElement(F6e,{disabled:(a==null?void 0:a.restoreFocus)===!1})),dt.createElement(zTe,{...a,hiddenTextDescribedById:D}));function _l(){const jt=(k==null?void 0:k.autoScrollEnabled)===!1,pt=typeof l=="object"?l.enabled===!1:l===!1,jn=w&&!jt&&!pt;return 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Expected ${Ut.joinValues(e.options)}, received '${e.received}'`;break;case ce.invalid_arguments:n="Invalid function arguments";break;case ce.invalid_return_type:n="Invalid function return type";break;case ce.invalid_date:n="Invalid date";break;case ce.invalid_string:typeof e.validation=="object"?"includes"in e.validation?(n=`Invalid input: must include "${e.validation.includes}"`,typeof e.validation.position=="number"&&(n=`${n} at one or more positions greater than or equal to ${e.validation.position}`)):"startsWith"in e.validation?n=`Invalid input: must start with "${e.validation.startsWith}"`:"endsWith"in e.validation?n=`Invalid input: must end with "${e.validation.endsWith}"`:Ut.assertNever(e.validation):e.validation!=="regex"?n=`Invalid ${e.validation}`:n="Invalid";break;case ce.too_small:e.type==="array"?n=`Array must contain ${e.exact?"exactly":e.inclusive?"at least":"more than"} ${e.minimum} element(s)`:e.type==="string"?n=`String must contain ${e.exact?"exactly":e.inclusive?"at 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r=[];for(const i of n){if(i.status==="aborted")return ct;i.status==="dirty"&&t.dirty(),r.push(i.value)}return{status:t.value,value:r}}static async mergeObjectAsync(t,n){const r=[];for(const i of n)r.push({key:await i.key,value:await i.value});return Fi.mergeObjectSync(t,r)}static mergeObjectSync(t,n){const r={};for(const i of n){const{key:o,value:s}=i;if(o.status==="aborted"||s.status==="aborted")return ct;o.status==="dirty"&&t.dirty(),s.status==="dirty"&&t.dirty(),o.value!=="__proto__"&&(typeof s.value<"u"||i.alwaysSet)&&(r[o.value]=s.value)}return{status:t.value,value:r}}}const ct=Object.freeze({status:"aborted"}),Q7=e=>({status:"dirty",value:e}),Xi=e=>({status:"valid",value:e}),uC=e=>e.status==="aborted",cC=e=>e.status==="dirty",ig=e=>e.status==="valid",Nv=e=>typeof Promise<"u"&&e instanceof Promise;var Ze;(function(e){e.errToObj=t=>typeof t=="string"?{message:t}:t||{},e.toString=t=>typeof t=="string"?t:t==null?void 0:t.message})(Ze||(Ze={}));class 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bt{constructor(t){this.spa=this.safeParseAsync,this._def=t,this.parse=this.parse.bind(this),this.safeParse=this.safeParse.bind(this),this.parseAsync=this.parseAsync.bind(this),this.safeParseAsync=this.safeParseAsync.bind(this),this.spa=this.spa.bind(this),this.refine=this.refine.bind(this),this.refinement=this.refinement.bind(this),this.superRefine=this.superRefine.bind(this),this.optional=this.optional.bind(this),this.nullable=this.nullable.bind(this),this.nullish=this.nullish.bind(this),this.array=this.array.bind(this),this.promise=this.promise.bind(this),this.or=this.or.bind(this),this.and=this.and.bind(this),this.transform=this.transform.bind(this),this.brand=this.brand.bind(this),this.default=this.default.bind(this),this.catch=this.catch.bind(this),this.describe=this.describe.bind(this),this.pipe=this.pipe.bind(this),this.readonly=this.readonly.bind(this),this.isNullable=this.isNullable.bind(this),this.isOptional=this.isOptional.bind(this)}get description(){return this._def.description}_getType(t){return Nl(t.data)}_getOrReturnCtx(t,n){return n||{common:t.parent.common,data:t.data,parsedType:Nl(t.data),schemaErrorMap:this._def.errorMap,path:t.path,parent:t.parent}}_processInputParams(t){return{status:new Fi,ctx:{common:t.parent.common,data:t.data,parsedType:Nl(t.data),schemaErrorMap:this._def.errorMap,path:t.path,parent:t.parent}}}_parseSync(t){const n=this._parse(t);if(Nv(n))throw new Error("Synchronous parse encountered promise.");return n}_parseAsync(t){const n=this._parse(t);return Promise.resolve(n)}parse(t,n){const r=this.safeParse(t,n);if(r.success)return r.data;throw r.error}safeParse(t,n){var r;const i={common:{issues:[],async:(r=n==null?void 0:n.async)!==null&&r!==void 0?r:!1,contextualErrorMap:n==null?void 0:n.errorMap},path:(n==null?void 0:n.path)||[],schemaErrorMap:this._def.errorMap,parent:null,data:t,parsedType:Nl(t)},o=this._parseSync({data:t,path:i.path,parent:i});return Uk(i,o)}async parseAsync(t,n){const r=await this.safeParseAsync(t,n);if(r.success)return r.data;throw r.error}async safeParseAsync(t,n){const r={common:{issues:[],contextualErrorMap:n==null?void 0:n.errorMap,async:!0},path:(n==null?void 0:n.path)||[],schemaErrorMap:this._def.errorMap,parent:null,data:t,parsedType:Nl(t)},i=this._parse({data:t,path:r.path,parent:r}),o=await(Nv(i)?i:Promise.resolve(i));return Uk(r,o)}refine(t,n){const r=i=>typeof n=="string"||typeof n>"u"?{message:n}:typeof n=="function"?n(i):n;return this._refinement((i,o)=>{const s=t(i),a=()=>o.addIssue({code:ce.custom,...r(i)});return typeof Promise<"u"&&s instanceof Promise?s.then(l=>l?!0:(a(),!1)):s?!0:(a(),!1)})}refinement(t,n){return this._refinement((r,i)=>t(r)?!0:(i.addIssue(typeof n=="function"?n(r,i):n),!1))}_refinement(t){return new Ds({schema:this,typeName:nt.ZodEffects,effect:{type:"refinement",refinement:t}})}superRefine(t){return this._refinement(t)}optional(){return Ka.create(this,this._def)}nullable(){return Ec.create(this,this._def)}nullish(){return this.nullable().optional()}array(){return Os.create(this,this._def)}promise(){return Rf.create(this,this._def)}or(t){return lg.create([this,t],this._def)}and(t){return ug.create(this,t,this._def)}transform(t){return new Ds({...gt(this._def),schema:this,typeName:nt.ZodEffects,effect:{type:"transform",transform:t}})}default(t){const n=typeof t=="function"?t:()=>t;return new pg({...gt(this._def),innerType:this,defaultValue:n,typeName:nt.ZodDefault})}brand(){return new Z7({typeName:nt.ZodBranded,type:this,...gt(this._def)})}catch(t){const n=typeof t=="function"?t:()=>t;return new Fv({...gt(this._def),innerType:this,catchValue:n,typeName:nt.ZodCatch})}describe(t){const n=this.constructor;return new n({...this._def,description:t})}pipe(t){return bm.create(this,t)}readonly(){return zv.create(this)}isOptional(){return this.safeParse(void 0).success}isNullable(){return this.safeParse(null).success}}const nte=/^c[^\s-]{8,}$/i,rte=/^[a-z][a-z0-9]*$/,ite=/[0-9A-HJKMNP-TV-Z]{26}/,ote=/^[0-9a-fA-F]{8}\b-[0-9a-fA-F]{4}\b-[0-9a-fA-F]{4}\b-[0-9a-fA-F]{4}\b-[0-9a-fA-F]{12}$/i,ste=/^([A-Z0-9_+-]+\.?)*[A-Z0-9_+-]@([A-Z0-9][A-Z0-9\-]*\.)+[A-Z]{2,}$/i,ate=/^(\p{Extended_Pictographic}|\p{Emoji_Component})+$/u,lte=/^(((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2}))\.){3}((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2}))$/,ute=/^(([a-f0-9]{1,4}:){7}|::([a-f0-9]{1,4}:){0,6}|([a-f0-9]{1,4}:){1}:([a-f0-9]{1,4}:){0,5}|([a-f0-9]{1,4}:){2}:([a-f0-9]{1,4}:){0,4}|([a-f0-9]{1,4}:){3}:([a-f0-9]{1,4}:){0,3}|([a-f0-9]{1,4}:){4}:([a-f0-9]{1,4}:){0,2}|([a-f0-9]{1,4}:){5}:([a-f0-9]{1,4}:){0,1})([a-f0-9]{1,4}|(((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2}))\.){3}((25[0-5])|(2[0-4][0-9])|(1[0-9]{2})|([0-9]{1,2})))$/,cte=e=>e.precision?e.offset?new RegExp(`^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}\\.\\d{${e.precision}}(([+-]\\d{2}(:?\\d{2})?)|Z)$`):new RegExp(`^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}\\.\\d{${e.precision}}Z$`):e.precision===0?e.offset?new RegExp("^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}(([+-]\\d{2}(:?\\d{2})?)|Z)$"):new RegExp("^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}Z$"):e.offset?new RegExp("^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}(\\.\\d+)?(([+-]\\d{2}(:?\\d{2})?)|Z)$"):new RegExp("^\\d{4}-\\d{2}-\\d{2}T\\d{2}:\\d{2}:\\d{2}(\\.\\d+)?Z$");function dte(e,t){return!!((t==="v4"||!t)&<e.test(e)||(t==="v6"||!t)&&ute.test(e))}class Ts extends bt{constructor(){super(...arguments),this._regex=(t,n,r)=>this.refinement(i=>t.test(i),{validation:n,code:ce.invalid_string,...Ze.errToObj(r)}),this.nonempty=t=>this.min(1,Ze.errToObj(t)),this.trim=()=>new Ts({...this._def,checks:[...this._def.checks,{kind:"trim"}]}),this.toLowerCase=()=>new Ts({...this._def,checks:[...this._def.checks,{kind:"toLowerCase"}]}),this.toUpperCase=()=>new Ts({...this._def,checks:[...this._def.checks,{kind:"toUpperCase"}]})}_parse(t){if(this._def.coerce&&(t.data=String(t.data)),this._getType(t)!==ke.string){const o=this._getOrReturnCtx(t);return Pe(o,{code:ce.invalid_type,expected:ke.string,received:o.parsedType}),ct}const r=new Fi;let i;for(const o of this._def.checks)if(o.kind==="min")t.data.lengtho.value&&(i=this._getOrReturnCtx(t,i),Pe(i,{code:ce.too_big,maximum:o.value,type:"string",inclusive:!0,exact:!1,message:o.message}),r.dirty());else if(o.kind==="length"){const s=t.data.length>o.value,a=t.data.length"u"?null:t==null?void 0:t.precision,offset:(n=t==null?void 0:t.offset)!==null&&n!==void 0?n:!1,...Ze.errToObj(t==null?void 0:t.message)})}regex(t,n){return this._addCheck({kind:"regex",regex:t,...Ze.errToObj(n)})}includes(t,n){return this._addCheck({kind:"includes",value:t,position:n==null?void 0:n.position,...Ze.errToObj(n==null?void 0:n.message)})}startsWith(t,n){return this._addCheck({kind:"startsWith",value:t,...Ze.errToObj(n)})}endsWith(t,n){return this._addCheck({kind:"endsWith",value:t,...Ze.errToObj(n)})}min(t,n){return this._addCheck({kind:"min",value:t,...Ze.errToObj(n)})}max(t,n){return this._addCheck({kind:"max",value:t,...Ze.errToObj(n)})}length(t,n){return this._addCheck({kind:"length",value:t,...Ze.errToObj(n)})}get isDatetime(){return!!this._def.checks.find(t=>t.kind==="datetime")}get isEmail(){return!!this._def.checks.find(t=>t.kind==="email")}get isURL(){return!!this._def.checks.find(t=>t.kind==="url")}get isEmoji(){return!!this._def.checks.find(t=>t.kind==="emoji")}get isUUID(){return!!this._def.checks.find(t=>t.kind==="uuid")}get isCUID(){return!!this._def.checks.find(t=>t.kind==="cuid")}get isCUID2(){return!!this._def.checks.find(t=>t.kind==="cuid2")}get isULID(){return!!this._def.checks.find(t=>t.kind==="ulid")}get isIP(){return!!this._def.checks.find(t=>t.kind==="ip")}get minLength(){let t=null;for(const n of this._def.checks)n.kind==="min"&&(t===null||n.value>t)&&(t=n.value);return t}get maxLength(){let t=null;for(const n of this._def.checks)n.kind==="max"&&(t===null||n.value{var t;return new Ts({checks:[],typeName:nt.ZodString,coerce:(t=e==null?void 0:e.coerce)!==null&&t!==void 0?t:!1,...gt(e)})};function fte(e,t){const n=(e.toString().split(".")[1]||"").length,r=(t.toString().split(".")[1]||"").length,i=n>r?n:r,o=parseInt(e.toFixed(i).replace(".","")),s=parseInt(t.toFixed(i).replace(".",""));return o%s/Math.pow(10,i)}class du extends bt{constructor(){super(...arguments),this.min=this.gte,this.max=this.lte,this.step=this.multipleOf}_parse(t){if(this._def.coerce&&(t.data=Number(t.data)),this._getType(t)!==ke.number){const o=this._getOrReturnCtx(t);return Pe(o,{code:ce.invalid_type,expected:ke.number,received:o.parsedType}),ct}let r;const i=new Fi;for(const o of this._def.checks)o.kind==="int"?Ut.isInteger(t.data)||(r=this._getOrReturnCtx(t,r),Pe(r,{code:ce.invalid_type,expected:"integer",received:"float",message:o.message}),i.dirty()):o.kind==="min"?(o.inclusive?t.datao.value:t.data>=o.value)&&(r=this._getOrReturnCtx(t,r),Pe(r,{code:ce.too_big,maximum:o.value,type:"number",inclusive:o.inclusive,exact:!1,message:o.message}),i.dirty()):o.kind==="multipleOf"?fte(t.data,o.value)!==0&&(r=this._getOrReturnCtx(t,r),Pe(r,{code:ce.not_multiple_of,multipleOf:o.value,message:o.message}),i.dirty()):o.kind==="finite"?Number.isFinite(t.data)||(r=this._getOrReturnCtx(t,r),Pe(r,{code:ce.not_finite,message:o.message}),i.dirty()):Ut.assertNever(o);return{status:i.value,value:t.data}}gte(t,n){return this.setLimit("min",t,!0,Ze.toString(n))}gt(t,n){return this.setLimit("min",t,!1,Ze.toString(n))}lte(t,n){return this.setLimit("max",t,!0,Ze.toString(n))}lt(t,n){return this.setLimit("max",t,!1,Ze.toString(n))}setLimit(t,n,r,i){return new du({...this._def,checks:[...this._def.checks,{kind:t,value:n,inclusive:r,message:Ze.toString(i)}]})}_addCheck(t){return new du({...this._def,checks:[...this._def.checks,t]})}int(t){return this._addCheck({kind:"int",message:Ze.toString(t)})}positive(t){return this._addCheck({kind:"min",value:0,inclusive:!1,message:Ze.toString(t)})}negative(t){return this._addCheck({kind:"max",value:0,inclusive:!1,message:Ze.toString(t)})}nonpositive(t){return this._addCheck({kind:"max",value:0,inclusive:!0,message:Ze.toString(t)})}nonnegative(t){return this._addCheck({kind:"min",value:0,inclusive:!0,message:Ze.toString(t)})}multipleOf(t,n){return this._addCheck({kind:"multipleOf",value:t,message:Ze.toString(n)})}finite(t){return this._addCheck({kind:"finite",message:Ze.toString(t)})}safe(t){return this._addCheck({kind:"min",inclusive:!0,value:Number.MIN_SAFE_INTEGER,message:Ze.toString(t)})._addCheck({kind:"max",inclusive:!0,value:Number.MAX_SAFE_INTEGER,message:Ze.toString(t)})}get minValue(){let t=null;for(const n of this._def.checks)n.kind==="min"&&(t===null||n.value>t)&&(t=n.value);return t}get maxValue(){let t=null;for(const n of this._def.checks)n.kind==="max"&&(t===null||n.valuet.kind==="int"||t.kind==="multipleOf"&&Ut.isInteger(t.value))}get isFinite(){let t=null,n=null;for(const r of this._def.checks){if(r.kind==="finite"||r.kind==="int"||r.kind==="multipleOf")return!0;r.kind==="min"?(n===null||r.value>n)&&(n=r.value):r.kind==="max"&&(t===null||r.valuenew du({checks:[],typeName:nt.ZodNumber,coerce:(e==null?void 0:e.coerce)||!1,...gt(e)});class fu extends bt{constructor(){super(...arguments),this.min=this.gte,this.max=this.lte}_parse(t){if(this._def.coerce&&(t.data=BigInt(t.data)),this._getType(t)!==ke.bigint){const o=this._getOrReturnCtx(t);return Pe(o,{code:ce.invalid_type,expected:ke.bigint,received:o.parsedType}),ct}let r;const i=new Fi;for(const o of this._def.checks)o.kind==="min"?(o.inclusive?t.datao.value:t.data>=o.value)&&(r=this._getOrReturnCtx(t,r),Pe(r,{code:ce.too_big,type:"bigint",maximum:o.value,inclusive:o.inclusive,message:o.message}),i.dirty()):o.kind==="multipleOf"?t.data%o.value!==BigInt(0)&&(r=this._getOrReturnCtx(t,r),Pe(r,{code:ce.not_multiple_of,multipleOf:o.value,message:o.message}),i.dirty()):Ut.assertNever(o);return{status:i.value,value:t.data}}gte(t,n){return this.setLimit("min",t,!0,Ze.toString(n))}gt(t,n){return this.setLimit("min",t,!1,Ze.toString(n))}lte(t,n){return this.setLimit("max",t,!0,Ze.toString(n))}lt(t,n){return this.setLimit("max",t,!1,Ze.toString(n))}setLimit(t,n,r,i){return new fu({...this._def,checks:[...this._def.checks,{kind:t,value:n,inclusive:r,message:Ze.toString(i)}]})}_addCheck(t){return new fu({...this._def,checks:[...this._def.checks,t]})}positive(t){return this._addCheck({kind:"min",value:BigInt(0),inclusive:!1,message:Ze.toString(t)})}negative(t){return this._addCheck({kind:"max",value:BigInt(0),inclusive:!1,message:Ze.toString(t)})}nonpositive(t){return this._addCheck({kind:"max",value:BigInt(0),inclusive:!0,message:Ze.toString(t)})}nonnegative(t){return this._addCheck({kind:"min",value:BigInt(0),inclusive:!0,message:Ze.toString(t)})}multipleOf(t,n){return this._addCheck({kind:"multipleOf",value:t,message:Ze.toString(n)})}get minValue(){let t=null;for(const n of this._def.checks)n.kind==="min"&&(t===null||n.value>t)&&(t=n.value);return t}get maxValue(){let t=null;for(const n of this._def.checks)n.kind==="max"&&(t===null||n.value{var t;return new fu({checks:[],typeName:nt.ZodBigInt,coerce:(t=e==null?void 0:e.coerce)!==null&&t!==void 0?t:!1,...gt(e)})};class og extends bt{_parse(t){if(this._def.coerce&&(t.data=!!t.data),this._getType(t)!==ke.boolean){const r=this._getOrReturnCtx(t);return Pe(r,{code:ce.invalid_type,expected:ke.boolean,received:r.parsedType}),ct}return Xi(t.data)}}og.create=e=>new og({typeName:nt.ZodBoolean,coerce:(e==null?void 0:e.coerce)||!1,...gt(e)});class xc extends bt{_parse(t){if(this._def.coerce&&(t.data=new Date(t.data)),this._getType(t)!==ke.date){const o=this._getOrReturnCtx(t);return Pe(o,{code:ce.invalid_type,expected:ke.date,received:o.parsedType}),ct}if(isNaN(t.data.getTime())){const o=this._getOrReturnCtx(t);return Pe(o,{code:ce.invalid_date}),ct}const r=new Fi;let i;for(const o of this._def.checks)o.kind==="min"?t.data.getTime()o.value&&(i=this._getOrReturnCtx(t,i),Pe(i,{code:ce.too_big,message:o.message,inclusive:!0,exact:!1,maximum:o.value,type:"date"}),r.dirty()):Ut.assertNever(o);return{status:r.value,value:new Date(t.data.getTime())}}_addCheck(t){return new xc({...this._def,checks:[...this._def.checks,t]})}min(t,n){return this._addCheck({kind:"min",value:t.getTime(),message:Ze.toString(n)})}max(t,n){return this._addCheck({kind:"max",value:t.getTime(),message:Ze.toString(n)})}get minDate(){let t=null;for(const n of this._def.checks)n.kind==="min"&&(t===null||n.value>t)&&(t=n.value);return t!=null?new Date(t):null}get maxDate(){let t=null;for(const n of this._def.checks)n.kind==="max"&&(t===null||n.valuenew xc({checks:[],coerce:(e==null?void 0:e.coerce)||!1,typeName:nt.ZodDate,...gt(e)});class Dv extends bt{_parse(t){if(this._getType(t)!==ke.symbol){const r=this._getOrReturnCtx(t);return Pe(r,{code:ce.invalid_type,expected:ke.symbol,received:r.parsedType}),ct}return Xi(t.data)}}Dv.create=e=>new Dv({typeName:nt.ZodSymbol,...gt(e)});class sg extends bt{_parse(t){if(this._getType(t)!==ke.undefined){const r=this._getOrReturnCtx(t);return Pe(r,{code:ce.invalid_type,expected:ke.undefined,received:r.parsedType}),ct}return Xi(t.data)}}sg.create=e=>new sg({typeName:nt.ZodUndefined,...gt(e)});class ag extends bt{_parse(t){if(this._getType(t)!==ke.null){const r=this._getOrReturnCtx(t);return Pe(r,{code:ce.invalid_type,expected:ke.null,received:r.parsedType}),ct}return Xi(t.data)}}ag.create=e=>new ag({typeName:nt.ZodNull,...gt(e)});class Pf extends bt{constructor(){super(...arguments),this._any=!0}_parse(t){return Xi(t.data)}}Pf.create=e=>new Pf({typeName:nt.ZodAny,...gt(e)});class hc extends bt{constructor(){super(...arguments),this._unknown=!0}_parse(t){return Xi(t.data)}}hc.create=e=>new hc({typeName:nt.ZodUnknown,...gt(e)});class ol extends bt{_parse(t){const n=this._getOrReturnCtx(t);return Pe(n,{code:ce.invalid_type,expected:ke.never,received:n.parsedType}),ct}}ol.create=e=>new ol({typeName:nt.ZodNever,...gt(e)});class Lv extends bt{_parse(t){if(this._getType(t)!==ke.undefined){const r=this._getOrReturnCtx(t);return Pe(r,{code:ce.invalid_type,expected:ke.void,received:r.parsedType}),ct}return Xi(t.data)}}Lv.create=e=>new Lv({typeName:nt.ZodVoid,...gt(e)});class Os extends bt{_parse(t){const{ctx:n,status:r}=this._processInputParams(t),i=this._def;if(n.parsedType!==ke.array)return Pe(n,{code:ce.invalid_type,expected:ke.array,received:n.parsedType}),ct;if(i.exactLength!==null){const s=n.data.length>i.exactLength.value,a=n.data.lengthi.maxLength.value&&(Pe(n,{code:ce.too_big,maximum:i.maxLength.value,type:"array",inclusive:!0,exact:!1,message:i.maxLength.message}),r.dirty()),n.common.async)return Promise.all([...n.data].map((s,a)=>i.type._parseAsync(new pa(n,s,n.path,a)))).then(s=>Fi.mergeArray(r,s));const o=[...n.data].map((s,a)=>i.type._parseSync(new pa(n,s,n.path,a)));return Fi.mergeArray(r,o)}get element(){return this._def.type}min(t,n){return new Os({...this._def,minLength:{value:t,message:Ze.toString(n)}})}max(t,n){return new Os({...this._def,maxLength:{value:t,message:Ze.toString(n)}})}length(t,n){return new Os({...this._def,exactLength:{value:t,message:Ze.toString(n)}})}nonempty(t){return this.min(1,t)}}Os.create=(e,t)=>new Os({type:e,minLength:null,maxLength:null,exactLength:null,typeName:nt.ZodArray,...gt(t)});function wd(e){if(e instanceof Zn){const t={};for(const n in e.shape){const r=e.shape[n];t[n]=Ka.create(wd(r))}return new Zn({...e._def,shape:()=>t})}else return e instanceof Os?new Os({...e._def,type:wd(e.element)}):e instanceof Ka?Ka.create(wd(e.unwrap())):e instanceof Ec?Ec.create(wd(e.unwrap())):e instanceof ga?ga.create(e.items.map(t=>wd(t))):e}class Zn extends bt{constructor(){super(...arguments),this._cached=null,this.nonstrict=this.passthrough,this.augment=this.extend}_getCached(){if(this._cached!==null)return this._cached;const t=this._def.shape(),n=Ut.objectKeys(t);return this._cached={shape:t,keys:n}}_parse(t){if(this._getType(t)!==ke.object){const u=this._getOrReturnCtx(t);return Pe(u,{code:ce.invalid_type,expected:ke.object,received:u.parsedType}),ct}const{status:r,ctx:i}=this._processInputParams(t),{shape:o,keys:s}=this._getCached(),a=[];if(!(this._def.catchall instanceof ol&&this._def.unknownKeys==="strip"))for(const u in i.data)s.includes(u)||a.push(u);const l=[];for(const u of s){const c=o[u],d=i.data[u];l.push({key:{status:"valid",value:u},value:c._parse(new pa(i,d,i.path,u)),alwaysSet:u in i.data})}if(this._def.catchall instanceof ol){const u=this._def.unknownKeys;if(u==="passthrough")for(const c of a)l.push({key:{status:"valid",value:c},value:{status:"valid",value:i.data[c]}});else if(u==="strict")a.length>0&&(Pe(i,{code:ce.unrecognized_keys,keys:a}),r.dirty());else if(u!=="strip")throw new Error("Internal ZodObject error: invalid unknownKeys value.")}else{const u=this._def.catchall;for(const c of a){const d=i.data[c];l.push({key:{status:"valid",value:c},value:u._parse(new pa(i,d,i.path,c)),alwaysSet:c in i.data})}}return i.common.async?Promise.resolve().then(async()=>{const u=[];for(const c of l){const d=await c.key;u.push({key:d,value:await c.value,alwaysSet:c.alwaysSet})}return u}).then(u=>Fi.mergeObjectSync(r,u)):Fi.mergeObjectSync(r,l)}get shape(){return this._def.shape()}strict(t){return Ze.errToObj,new Zn({...this._def,unknownKeys:"strict",...t!==void 0?{errorMap:(n,r)=>{var i,o,s,a;const l=(s=(o=(i=this._def).errorMap)===null||o===void 0?void 0:o.call(i,n,r).message)!==null&&s!==void 0?s:r.defaultError;return n.code==="unrecognized_keys"?{message:(a=Ze.errToObj(t).message)!==null&&a!==void 0?a:l}:{message:l}}}:{}})}strip(){return new Zn({...this._def,unknownKeys:"strip"})}passthrough(){return new Zn({...this._def,unknownKeys:"passthrough"})}extend(t){return new Zn({...this._def,shape:()=>({...this._def.shape(),...t})})}merge(t){return new Zn({unknownKeys:t._def.unknownKeys,catchall:t._def.catchall,shape:()=>({...this._def.shape(),...t._def.shape()}),typeName:nt.ZodObject})}setKey(t,n){return this.augment({[t]:n})}catchall(t){return new Zn({...this._def,catchall:t})}pick(t){const n={};return Ut.objectKeys(t).forEach(r=>{t[r]&&this.shape[r]&&(n[r]=this.shape[r])}),new Zn({...this._def,shape:()=>n})}omit(t){const n={};return Ut.objectKeys(this.shape).forEach(r=>{t[r]||(n[r]=this.shape[r])}),new Zn({...this._def,shape:()=>n})}deepPartial(){return wd(this)}partial(t){const n={};return Ut.objectKeys(this.shape).forEach(r=>{const i=this.shape[r];t&&!t[r]?n[r]=i:n[r]=i.optional()}),new Zn({...this._def,shape:()=>n})}required(t){const n={};return Ut.objectKeys(this.shape).forEach(r=>{if(t&&!t[r])n[r]=this.shape[r];else{let o=this.shape[r];for(;o instanceof Ka;)o=o._def.innerType;n[r]=o}}),new Zn({...this._def,shape:()=>n})}keyof(){return Y7(Ut.objectKeys(this.shape))}}Zn.create=(e,t)=>new Zn({shape:()=>e,unknownKeys:"strip",catchall:ol.create(),typeName:nt.ZodObject,...gt(t)});Zn.strictCreate=(e,t)=>new Zn({shape:()=>e,unknownKeys:"strict",catchall:ol.create(),typeName:nt.ZodObject,...gt(t)});Zn.lazycreate=(e,t)=>new Zn({shape:e,unknownKeys:"strip",catchall:ol.create(),typeName:nt.ZodObject,...gt(t)});class lg extends bt{_parse(t){const{ctx:n}=this._processInputParams(t),r=this._def.options;function i(o){for(const a of o)if(a.result.status==="valid")return a.result;for(const a of o)if(a.result.status==="dirty")return n.common.issues.push(...a.ctx.common.issues),a.result;const s=o.map(a=>new Rs(a.ctx.common.issues));return Pe(n,{code:ce.invalid_union,unionErrors:s}),ct}if(n.common.async)return Promise.all(r.map(async o=>{const s={...n,common:{...n.common,issues:[]},parent:null};return{result:await o._parseAsync({data:n.data,path:n.path,parent:s}),ctx:s}})).then(i);{let o;const s=[];for(const l of r){const u={...n,common:{...n.common,issues:[]},parent:null},c=l._parseSync({data:n.data,path:n.path,parent:u});if(c.status==="valid")return c;c.status==="dirty"&&!o&&(o={result:c,ctx:u}),u.common.issues.length&&s.push(u.common.issues)}if(o)return n.common.issues.push(...o.ctx.common.issues),o.result;const a=s.map(l=>new Rs(l));return Pe(n,{code:ce.invalid_union,unionErrors:a}),ct}}get options(){return this._def.options}}lg.create=(e,t)=>new lg({options:e,typeName:nt.ZodUnion,...gt(t)});const k0=e=>e instanceof dg?k0(e.schema):e instanceof Ds?k0(e.innerType()):e instanceof fg?[e.value]:e instanceof hu?e.options:e instanceof hg?Object.keys(e.enum):e instanceof pg?k0(e._def.innerType):e instanceof sg?[void 0]:e instanceof ag?[null]:null;class P_ extends bt{_parse(t){const{ctx:n}=this._processInputParams(t);if(n.parsedType!==ke.object)return Pe(n,{code:ce.invalid_type,expected:ke.object,received:n.parsedType}),ct;const r=this.discriminator,i=n.data[r],o=this.optionsMap.get(i);return o?n.common.async?o._parseAsync({data:n.data,path:n.path,parent:n}):o._parseSync({data:n.data,path:n.path,parent:n}):(Pe(n,{code:ce.invalid_union_discriminator,options:Array.from(this.optionsMap.keys()),path:[r]}),ct)}get discriminator(){return this._def.discriminator}get options(){return this._def.options}get optionsMap(){return this._def.optionsMap}static create(t,n,r){const i=new Map;for(const o of n){const s=k0(o.shape[t]);if(!s)throw new Error(`A discriminator value for key \`${t}\` could not be extracted from all schema options`);for(const a of s){if(i.has(a))throw new Error(`Discriminator property ${String(t)} has duplicate value ${String(a)}`);i.set(a,o)}}return new P_({typeName:nt.ZodDiscriminatedUnion,discriminator:t,options:n,optionsMap:i,...gt(r)})}}function dC(e,t){const n=Nl(e),r=Nl(t);if(e===t)return{valid:!0,data:e};if(n===ke.object&&r===ke.object){const i=Ut.objectKeys(t),o=Ut.objectKeys(e).filter(a=>i.indexOf(a)!==-1),s={...e,...t};for(const a of o){const l=dC(e[a],t[a]);if(!l.valid)return{valid:!1};s[a]=l.data}return{valid:!0,data:s}}else if(n===ke.array&&r===ke.array){if(e.length!==t.length)return{valid:!1};const i=[];for(let o=0;o{if(uC(o)||uC(s))return ct;const a=dC(o.value,s.value);return a.valid?((cC(o)||cC(s))&&n.dirty(),{status:n.value,value:a.data}):(Pe(r,{code:ce.invalid_intersection_types}),ct)};return r.common.async?Promise.all([this._def.left._parseAsync({data:r.data,path:r.path,parent:r}),this._def.right._parseAsync({data:r.data,path:r.path,parent:r})]).then(([o,s])=>i(o,s)):i(this._def.left._parseSync({data:r.data,path:r.path,parent:r}),this._def.right._parseSync({data:r.data,path:r.path,parent:r}))}}ug.create=(e,t,n)=>new ug({left:e,right:t,typeName:nt.ZodIntersection,...gt(n)});class ga extends bt{_parse(t){const{status:n,ctx:r}=this._processInputParams(t);if(r.parsedType!==ke.array)return Pe(r,{code:ce.invalid_type,expected:ke.array,received:r.parsedType}),ct;if(r.data.lengththis._def.items.length&&(Pe(r,{code:ce.too_big,maximum:this._def.items.length,inclusive:!0,exact:!1,type:"array"}),n.dirty());const o=[...r.data].map((s,a)=>{const l=this._def.items[a]||this._def.rest;return l?l._parse(new pa(r,s,r.path,a)):null}).filter(s=>!!s);return r.common.async?Promise.all(o).then(s=>Fi.mergeArray(n,s)):Fi.mergeArray(n,o)}get items(){return this._def.items}rest(t){return new ga({...this._def,rest:t})}}ga.create=(e,t)=>{if(!Array.isArray(e))throw new Error("You must pass an array of schemas to z.tuple([ ... ])");return new ga({items:e,typeName:nt.ZodTuple,rest:null,...gt(t)})};class cg extends bt{get keySchema(){return this._def.keyType}get valueSchema(){return this._def.valueType}_parse(t){const{status:n,ctx:r}=this._processInputParams(t);if(r.parsedType!==ke.object)return Pe(r,{code:ce.invalid_type,expected:ke.object,received:r.parsedType}),ct;const i=[],o=this._def.keyType,s=this._def.valueType;for(const a in r.data)i.push({key:o._parse(new pa(r,a,r.path,a)),value:s._parse(new pa(r,r.data[a],r.path,a))});return r.common.async?Fi.mergeObjectAsync(n,i):Fi.mergeObjectSync(n,i)}get element(){return this._def.valueType}static create(t,n,r){return n instanceof bt?new cg({keyType:t,valueType:n,typeName:nt.ZodRecord,...gt(r)}):new cg({keyType:Ts.create(),valueType:t,typeName:nt.ZodRecord,...gt(n)})}}class $v extends bt{get keySchema(){return this._def.keyType}get valueSchema(){return this._def.valueType}_parse(t){const{status:n,ctx:r}=this._processInputParams(t);if(r.parsedType!==ke.map)return Pe(r,{code:ce.invalid_type,expected:ke.map,received:r.parsedType}),ct;const i=this._def.keyType,o=this._def.valueType,s=[...r.data.entries()].map(([a,l],u)=>({key:i._parse(new pa(r,a,r.path,[u,"key"])),value:o._parse(new pa(r,l,r.path,[u,"value"]))}));if(r.common.async){const a=new Map;return Promise.resolve().then(async()=>{for(const l of s){const u=await l.key,c=await l.value;if(u.status==="aborted"||c.status==="aborted")return ct;(u.status==="dirty"||c.status==="dirty")&&n.dirty(),a.set(u.value,c.value)}return{status:n.value,value:a}})}else{const a=new Map;for(const l of s){const u=l.key,c=l.value;if(u.status==="aborted"||c.status==="aborted")return ct;(u.status==="dirty"||c.status==="dirty")&&n.dirty(),a.set(u.value,c.value)}return{status:n.value,value:a}}}}$v.create=(e,t,n)=>new $v({valueType:t,keyType:e,typeName:nt.ZodMap,...gt(n)});class Cc extends bt{_parse(t){const{status:n,ctx:r}=this._processInputParams(t);if(r.parsedType!==ke.set)return Pe(r,{code:ce.invalid_type,expected:ke.set,received:r.parsedType}),ct;const i=this._def;i.minSize!==null&&r.data.sizei.maxSize.value&&(Pe(r,{code:ce.too_big,maximum:i.maxSize.value,type:"set",inclusive:!0,exact:!1,message:i.maxSize.message}),n.dirty());const o=this._def.valueType;function s(l){const u=new Set;for(const c of l){if(c.status==="aborted")return ct;c.status==="dirty"&&n.dirty(),u.add(c.value)}return{status:n.value,value:u}}const a=[...r.data.values()].map((l,u)=>o._parse(new pa(r,l,r.path,u)));return r.common.async?Promise.all(a).then(l=>s(l)):s(a)}min(t,n){return new Cc({...this._def,minSize:{value:t,message:Ze.toString(n)}})}max(t,n){return new Cc({...this._def,maxSize:{value:t,message:Ze.toString(n)}})}size(t,n){return this.min(t,n).max(t,n)}nonempty(t){return this.min(1,t)}}Cc.create=(e,t)=>new Cc({valueType:e,minSize:null,maxSize:null,typeName:nt.ZodSet,...gt(t)});class of extends bt{constructor(){super(...arguments),this.validate=this.implement}_parse(t){const{ctx:n}=this._processInputParams(t);if(n.parsedType!==ke.function)return Pe(n,{code:ce.invalid_type,expected:ke.function,received:n.parsedType}),ct;function r(a,l){return Mv({data:a,path:n.path,errorMaps:[n.common.contextualErrorMap,n.schemaErrorMap,Iv(),rg].filter(u=>!!u),issueData:{code:ce.invalid_arguments,argumentsError:l}})}function i(a,l){return Mv({data:a,path:n.path,errorMaps:[n.common.contextualErrorMap,n.schemaErrorMap,Iv(),rg].filter(u=>!!u),issueData:{code:ce.invalid_return_type,returnTypeError:l}})}const o={errorMap:n.common.contextualErrorMap},s=n.data;if(this._def.returns instanceof Rf){const a=this;return Xi(async function(...l){const u=new Rs([]),c=await a._def.args.parseAsync(l,o).catch(h=>{throw u.addIssue(r(l,h)),u}),d=await Reflect.apply(s,this,c);return await a._def.returns._def.type.parseAsync(d,o).catch(h=>{throw u.addIssue(i(d,h)),u})})}else{const a=this;return Xi(function(...l){const u=a._def.args.safeParse(l,o);if(!u.success)throw new Rs([r(l,u.error)]);const c=Reflect.apply(s,this,u.data),d=a._def.returns.safeParse(c,o);if(!d.success)throw new Rs([i(c,d.error)]);return d.data})}}parameters(){return this._def.args}returnType(){return this._def.returns}args(...t){return new of({...this._def,args:ga.create(t).rest(hc.create())})}returns(t){return new of({...this._def,returns:t})}implement(t){return this.parse(t)}strictImplement(t){return this.parse(t)}static create(t,n,r){return new of({args:t||ga.create([]).rest(hc.create()),returns:n||hc.create(),typeName:nt.ZodFunction,...gt(r)})}}class dg extends bt{get schema(){return this._def.getter()}_parse(t){const{ctx:n}=this._processInputParams(t);return this._def.getter()._parse({data:n.data,path:n.path,parent:n})}}dg.create=(e,t)=>new dg({getter:e,typeName:nt.ZodLazy,...gt(t)});class fg extends bt{_parse(t){if(t.data!==this._def.value){const n=this._getOrReturnCtx(t);return Pe(n,{received:n.data,code:ce.invalid_literal,expected:this._def.value}),ct}return{status:"valid",value:t.data}}get value(){return this._def.value}}fg.create=(e,t)=>new fg({value:e,typeName:nt.ZodLiteral,...gt(t)});function Y7(e,t){return new hu({values:e,typeName:nt.ZodEnum,...gt(t)})}class hu extends bt{_parse(t){if(typeof t.data!="string"){const n=this._getOrReturnCtx(t),r=this._def.values;return Pe(n,{expected:Ut.joinValues(r),received:n.parsedType,code:ce.invalid_type}),ct}if(this._def.values.indexOf(t.data)===-1){const n=this._getOrReturnCtx(t),r=this._def.values;return Pe(n,{received:n.data,code:ce.invalid_enum_value,options:r}),ct}return Xi(t.data)}get options(){return this._def.values}get enum(){const t={};for(const n of this._def.values)t[n]=n;return t}get Values(){const t={};for(const n of this._def.values)t[n]=n;return t}get Enum(){const t={};for(const n of this._def.values)t[n]=n;return t}extract(t){return hu.create(t)}exclude(t){return hu.create(this.options.filter(n=>!t.includes(n)))}}hu.create=Y7;class hg extends bt{_parse(t){const n=Ut.getValidEnumValues(this._def.values),r=this._getOrReturnCtx(t);if(r.parsedType!==ke.string&&r.parsedType!==ke.number){const i=Ut.objectValues(n);return Pe(r,{expected:Ut.joinValues(i),received:r.parsedType,code:ce.invalid_type}),ct}if(n.indexOf(t.data)===-1){const i=Ut.objectValues(n);return Pe(r,{received:r.data,code:ce.invalid_enum_value,options:i}),ct}return Xi(t.data)}get enum(){return this._def.values}}hg.create=(e,t)=>new hg({values:e,typeName:nt.ZodNativeEnum,...gt(t)});class Rf extends bt{unwrap(){return this._def.type}_parse(t){const{ctx:n}=this._processInputParams(t);if(n.parsedType!==ke.promise&&n.common.async===!1)return Pe(n,{code:ce.invalid_type,expected:ke.promise,received:n.parsedType}),ct;const r=n.parsedType===ke.promise?n.data:Promise.resolve(n.data);return Xi(r.then(i=>this._def.type.parseAsync(i,{path:n.path,errorMap:n.common.contextualErrorMap})))}}Rf.create=(e,t)=>new Rf({type:e,typeName:nt.ZodPromise,...gt(t)});class Ds extends bt{innerType(){return this._def.schema}sourceType(){return this._def.schema._def.typeName===nt.ZodEffects?this._def.schema.sourceType():this._def.schema}_parse(t){const{status:n,ctx:r}=this._processInputParams(t),i=this._def.effect||null,o={addIssue:s=>{Pe(r,s),s.fatal?n.abort():n.dirty()},get path(){return r.path}};if(o.addIssue=o.addIssue.bind(o),i.type==="preprocess"){const s=i.transform(r.data,o);return r.common.issues.length?{status:"dirty",value:r.data}:r.common.async?Promise.resolve(s).then(a=>this._def.schema._parseAsync({data:a,path:r.path,parent:r})):this._def.schema._parseSync({data:s,path:r.path,parent:r})}if(i.type==="refinement"){const s=a=>{const l=i.refinement(a,o);if(r.common.async)return Promise.resolve(l);if(l instanceof Promise)throw new Error("Async refinement encountered during synchronous parse operation. Use .parseAsync instead.");return a};if(r.common.async===!1){const a=this._def.schema._parseSync({data:r.data,path:r.path,parent:r});return a.status==="aborted"?ct:(a.status==="dirty"&&n.dirty(),s(a.value),{status:n.value,value:a.value})}else return this._def.schema._parseAsync({data:r.data,path:r.path,parent:r}).then(a=>a.status==="aborted"?ct:(a.status==="dirty"&&n.dirty(),s(a.value).then(()=>({status:n.value,value:a.value}))))}if(i.type==="transform")if(r.common.async===!1){const s=this._def.schema._parseSync({data:r.data,path:r.path,parent:r});if(!ig(s))return s;const a=i.transform(s.value,o);if(a instanceof Promise)throw new Error("Asynchronous transform encountered during synchronous parse operation. Use .parseAsync instead.");return{status:n.value,value:a}}else return this._def.schema._parseAsync({data:r.data,path:r.path,parent:r}).then(s=>ig(s)?Promise.resolve(i.transform(s.value,o)).then(a=>({status:n.value,value:a})):s);Ut.assertNever(i)}}Ds.create=(e,t,n)=>new Ds({schema:e,typeName:nt.ZodEffects,effect:t,...gt(n)});Ds.createWithPreprocess=(e,t,n)=>new Ds({schema:t,effect:{type:"preprocess",transform:e},typeName:nt.ZodEffects,...gt(n)});class Ka extends bt{_parse(t){return this._getType(t)===ke.undefined?Xi(void 0):this._def.innerType._parse(t)}unwrap(){return this._def.innerType}}Ka.create=(e,t)=>new Ka({innerType:e,typeName:nt.ZodOptional,...gt(t)});class Ec extends bt{_parse(t){return this._getType(t)===ke.null?Xi(null):this._def.innerType._parse(t)}unwrap(){return this._def.innerType}}Ec.create=(e,t)=>new Ec({innerType:e,typeName:nt.ZodNullable,...gt(t)});class pg extends bt{_parse(t){const{ctx:n}=this._processInputParams(t);let r=n.data;return n.parsedType===ke.undefined&&(r=this._def.defaultValue()),this._def.innerType._parse({data:r,path:n.path,parent:n})}removeDefault(){return this._def.innerType}}pg.create=(e,t)=>new pg({innerType:e,typeName:nt.ZodDefault,defaultValue:typeof t.default=="function"?t.default:()=>t.default,...gt(t)});class Fv extends bt{_parse(t){const{ctx:n}=this._processInputParams(t),r={...n,common:{...n.common,issues:[]}},i=this._def.innerType._parse({data:r.data,path:r.path,parent:{...r}});return Nv(i)?i.then(o=>({status:"valid",value:o.status==="valid"?o.value:this._def.catchValue({get error(){return new Rs(r.common.issues)},input:r.data})})):{status:"valid",value:i.status==="valid"?i.value:this._def.catchValue({get error(){return new Rs(r.common.issues)},input:r.data})}}removeCatch(){return this._def.innerType}}Fv.create=(e,t)=>new Fv({innerType:e,typeName:nt.ZodCatch,catchValue:typeof t.catch=="function"?t.catch:()=>t.catch,...gt(t)});class Bv extends bt{_parse(t){if(this._getType(t)!==ke.nan){const r=this._getOrReturnCtx(t);return Pe(r,{code:ce.invalid_type,expected:ke.nan,received:r.parsedType}),ct}return{status:"valid",value:t.data}}}Bv.create=e=>new Bv({typeName:nt.ZodNaN,...gt(e)});const hte=Symbol("zod_brand");class Z7 extends bt{_parse(t){const{ctx:n}=this._processInputParams(t),r=n.data;return this._def.type._parse({data:r,path:n.path,parent:n})}unwrap(){return this._def.type}}class bm extends bt{_parse(t){const{status:n,ctx:r}=this._processInputParams(t);if(r.common.async)return(async()=>{const o=await this._def.in._parseAsync({data:r.data,path:r.path,parent:r});return o.status==="aborted"?ct:o.status==="dirty"?(n.dirty(),Q7(o.value)):this._def.out._parseAsync({data:o.value,path:r.path,parent:r})})();{const i=this._def.in._parseSync({data:r.data,path:r.path,parent:r});return i.status==="aborted"?ct:i.status==="dirty"?(n.dirty(),{status:"dirty",value:i.value}):this._def.out._parseSync({data:i.value,path:r.path,parent:r})}}static create(t,n){return new bm({in:t,out:n,typeName:nt.ZodPipeline})}}class zv extends bt{_parse(t){const n=this._def.innerType._parse(t);return ig(n)&&(n.value=Object.freeze(n.value)),n}}zv.create=(e,t)=>new zv({innerType:e,typeName:nt.ZodReadonly,...gt(t)});const J7=(e,t={},n)=>e?Pf.create().superRefine((r,i)=>{var o,s;if(!e(r)){const a=typeof t=="function"?t(r):typeof t=="string"?{message:t}:t,l=(s=(o=a.fatal)!==null&&o!==void 0?o:n)!==null&&s!==void 0?s:!0,u=typeof a=="string"?{message:a}:a;i.addIssue({code:"custom",...u,fatal:l})}}):Pf.create(),pte={object:Zn.lazycreate};var nt;(function(e){e.ZodString="ZodString",e.ZodNumber="ZodNumber",e.ZodNaN="ZodNaN",e.ZodBigInt="ZodBigInt",e.ZodBoolean="ZodBoolean",e.ZodDate="ZodDate",e.ZodSymbol="ZodSymbol",e.ZodUndefined="ZodUndefined",e.ZodNull="ZodNull",e.ZodAny="ZodAny",e.ZodUnknown="ZodUnknown",e.ZodNever="ZodNever",e.ZodVoid="ZodVoid",e.ZodArray="ZodArray",e.ZodObject="ZodObject",e.ZodUnion="ZodUnion",e.ZodDiscriminatedUnion="ZodDiscriminatedUnion",e.ZodIntersection="ZodIntersection",e.ZodTuple="ZodTuple",e.ZodRecord="ZodRecord",e.ZodMap="ZodMap",e.ZodSet="ZodSet",e.ZodFunction="ZodFunction",e.ZodLazy="ZodLazy",e.ZodLiteral="ZodLiteral",e.ZodEnum="ZodEnum",e.ZodEffects="ZodEffects",e.ZodNativeEnum="ZodNativeEnum",e.ZodOptional="ZodOptional",e.ZodNullable="ZodNullable",e.ZodDefault="ZodDefault",e.ZodCatch="ZodCatch",e.ZodPromise="ZodPromise",e.ZodBranded="ZodBranded",e.ZodPipeline="ZodPipeline",e.ZodReadonly="ZodReadonly"})(nt||(nt={}));const gte=(e,t={message:`Input not instance of ${e.name}`})=>J7(n=>n instanceof e,t),eD=Ts.create,tD=du.create,mte=Bv.create,yte=fu.create,nD=og.create,vte=xc.create,_te=Dv.create,bte=sg.create,Ste=ag.create,wte=Pf.create,xte=hc.create,Cte=ol.create,Ete=Lv.create,Tte=Os.create,Ate=Zn.create,kte=Zn.strictCreate,Pte=lg.create,Rte=P_.create,Ote=ug.create,Ite=ga.create,Mte=cg.create,Nte=$v.create,Dte=Cc.create,Lte=of.create,$te=dg.create,Fte=fg.create,Bte=hu.create,zte=hg.create,Ute=Rf.create,jk=Ds.create,jte=Ka.create,Vte=Ec.create,Gte=Ds.createWithPreprocess,Hte=bm.create,qte=()=>eD().optional(),Wte=()=>tD().optional(),Kte=()=>nD().optional(),Xte={string:e=>Ts.create({...e,coerce:!0}),number:e=>du.create({...e,coerce:!0}),boolean:e=>og.create({...e,coerce:!0}),bigint:e=>fu.create({...e,coerce:!0}),date:e=>xc.create({...e,coerce:!0})},Qte=ct;var z=Object.freeze({__proto__:null,defaultErrorMap:rg,setErrorMap:ete,getErrorMap:Iv,makeIssue:Mv,EMPTY_PATH:tte,addIssueToContext:Pe,ParseStatus:Fi,INVALID:ct,DIRTY:Q7,OK:Xi,isAborted:uC,isDirty:cC,isValid:ig,isAsync:Nv,get util(){return Ut},get objectUtil(){return lC},ZodParsedType:ke,getParsedType:Nl,ZodType:bt,ZodString:Ts,ZodNumber:du,ZodBigInt:fu,ZodBoolean:og,ZodDate:xc,ZodSymbol:Dv,ZodUndefined:sg,ZodNull:ag,ZodAny:Pf,ZodUnknown:hc,ZodNever:ol,ZodVoid:Lv,ZodArray:Os,ZodObject:Zn,ZodUnion:lg,ZodDiscriminatedUnion:P_,ZodIntersection:ug,ZodTuple:ga,ZodRecord:cg,ZodMap:$v,ZodSet:Cc,ZodFunction:of,ZodLazy:dg,ZodLiteral:fg,ZodEnum:hu,ZodNativeEnum:hg,ZodPromise:Rf,ZodEffects:Ds,ZodTransformer:Ds,ZodOptional:Ka,ZodNullable:Ec,ZodDefault:pg,ZodCatch:Fv,ZodNaN:Bv,BRAND:hte,ZodBranded:Z7,ZodPipeline:bm,ZodReadonly:zv,custom:J7,Schema:bt,ZodSchema:bt,late:pte,get ZodFirstPartyTypeKind(){return nt},coerce:Xte,any:wte,array:Tte,bigint:yte,boolean:nD,date:vte,discriminatedUnion:Rte,effect:jk,enum:Bte,function:Lte,instanceof:gte,intersection:Ote,lazy:$te,literal:Fte,map:Nte,nan:mte,nativeEnum:zte,never:Cte,null:Ste,nullable:Vte,number:tD,object:Ate,oboolean:Kte,onumber:Wte,optional:jte,ostring:qte,pipeline:Hte,preprocess:Gte,promise:Ute,record:Mte,set:Dte,strictObject:kte,string:eD,symbol:_te,transformer:jk,tuple:Ite,undefined:bte,union:Pte,unknown:xte,void:Ete,NEVER:Qte,ZodIssueCode:ce,quotelessJson:Jee,ZodError:Rs});const Yte=z.string(),Q6e=e=>Yte.safeParse(e).success,Zte=z.string(),Y6e=e=>Zte.safeParse(e).success,Jte=z.string(),Z6e=e=>Jte.safeParse(e).success,ene=z.string(),J6e=e=>ene.safeParse(e).success,tne=z.number().int().min(1),ePe=e=>tne.safeParse(e).success,nne=z.number().min(1),tPe=e=>nne.safeParse(e).success,rD=z.enum(["euler","deis","ddim","ddpm","dpmpp_2s","dpmpp_2m","dpmpp_2m_sde","dpmpp_sde","heun","kdpm_2","lms","pndm","unipc","euler_k","dpmpp_2s_k","dpmpp_2m_k","dpmpp_2m_sde_k","dpmpp_sde_k","heun_k","lms_k","euler_a","kdpm_2_a"]),nPe=e=>rD.safeParse(e).success,rPe={euler:"Euler",deis:"DEIS",ddim:"DDIM",ddpm:"DDPM",dpmpp_sde:"DPM++ SDE",dpmpp_2s:"DPM++ 2S",dpmpp_2m:"DPM++ 2M",dpmpp_2m_sde:"DPM++ 2M SDE",heun:"Heun",kdpm_2:"KDPM 2",lms:"LMS",pndm:"PNDM",unipc:"UniPC",euler_k:"Euler Karras",dpmpp_sde_k:"DPM++ SDE Karras",dpmpp_2s_k:"DPM++ 2S Karras",dpmpp_2m_k:"DPM++ 2M Karras",dpmpp_2m_sde_k:"DPM++ 2M SDE Karras",heun_k:"Heun Karras",lms_k:"LMS Karras",euler_a:"Euler Ancestral",kdpm_2_a:"KDPM 2 Ancestral"},rne=z.number().int().min(0).max(Zee),iPe=e=>rne.safeParse(e).success,ine=z.number().multipleOf(8).min(64),oPe=e=>ine.safeParse(e).success,one=z.number().multipleOf(8).min(64),sPe=e=>one.safeParse(e).success,eh=z.enum(["sd-1","sd-2","sdxl","sdxl-refiner"]),R_=z.object({model_name:z.string().min(1),base_model:eh,model_type:z.literal("main")}),aPe=e=>R_.safeParse(e).success,gE=z.object({model_name:z.string().min(1),base_model:z.literal("sdxl-refiner"),model_type:z.literal("main")}),lPe=e=>gE.safeParse(e).success,iD=z.object({model_name:z.string().min(1),base_model:eh,model_type:z.literal("onnx")}),Sm=z.union([R_,iD]),sne=z.object({model_name:z.string().min(1),base_model:eh}),uPe=z.object({model_name:z.string().min(1),base_model:eh}),cPe=z.object({model_name:z.string().min(1),base_model:eh}),ane=z.number().min(0).max(1),dPe=e=>ane.safeParse(e).success;z.enum(["fp16","fp32"]);const lne=z.number().min(1).max(10),fPe=e=>lne.safeParse(e).success,une=z.number().min(1).max(10),hPe=e=>une.safeParse(e).success,cne=z.number().min(0).max(1),pPe=e=>cne.safeParse(e).success;z.enum(["box","gaussian"]);z.enum(["unmasked","mask","edge"]);const $s={cfgScale:7.5,height:512,img2imgStrength:.75,infillMethod:"patchmatch",iterations:1,perlin:0,positivePrompt:"",negativePrompt:"",scheduler:"euler",maskBlur:16,maskBlurMethod:"box",canvasCoherenceMode:"edge",canvasCoherenceSteps:20,canvasCoherenceStrength:.3,seed:0,seedWeights:"",shouldFitToWidthHeight:!0,shouldGenerateVariations:!1,shouldRandomizeSeed:!0,shouldUseNoiseSettings:!1,steps:50,threshold:0,infillTileSize:32,infillPatchmatchDownscaleSize:1,variationAmount:.1,width:512,shouldUseSymmetry:!1,horizontalSymmetrySteps:0,verticalSymmetrySteps:0,model:null,vae:null,vaePrecision:"fp32",seamlessXAxis:!1,seamlessYAxis:!1,clipSkip:0,shouldUseCpuNoise:!0,shouldShowAdvancedOptions:!1,aspectRatio:null,shouldLockAspectRatio:!1},dne=$s,oD=er({name:"generation",initialState:dne,reducers:{setPositivePrompt:(e,t)=>{e.positivePrompt=t.payload},setNegativePrompt:(e,t)=>{e.negativePrompt=t.payload},setIterations:(e,t)=>{e.iterations=t.payload},setSteps:(e,t)=>{e.steps=t.payload},clampSymmetrySteps:e=>{e.horizontalSymmetrySteps=Bl(e.horizontalSymmetrySteps,0,e.steps),e.verticalSymmetrySteps=Bl(e.verticalSymmetrySteps,0,e.steps)},setCfgScale:(e,t)=>{e.cfgScale=t.payload},setThreshold:(e,t)=>{e.threshold=t.payload},setPerlin:(e,t)=>{e.perlin=t.payload},setHeight:(e,t)=>{e.height=t.payload},setWidth:(e,t)=>{e.width=t.payload},toggleSize:e=>{const[t,n]=[e.width,e.height];e.width=n,e.height=t},setScheduler:(e,t)=>{e.scheduler=t.payload},setSeed:(e,t)=>{e.seed=t.payload,e.shouldRandomizeSeed=!1},setImg2imgStrength:(e,t)=>{e.img2imgStrength=t.payload},setSeamlessXAxis:(e,t)=>{e.seamlessXAxis=t.payload},setSeamlessYAxis:(e,t)=>{e.seamlessYAxis=t.payload},setShouldFitToWidthHeight:(e,t)=>{e.shouldFitToWidthHeight=t.payload},resetSeed:e=>{e.seed=-1},setShouldGenerateVariations:(e,t)=>{e.shouldGenerateVariations=t.payload},setVariationAmount:(e,t)=>{e.variationAmount=t.payload},setSeedWeights:(e,t)=>{e.seedWeights=t.payload,e.shouldGenerateVariations=!0,e.variationAmount=0},resetParametersState:e=>({...e,...$s}),setShouldRandomizeSeed:(e,t)=>{e.shouldRandomizeSeed=t.payload},clearInitialImage:e=>{e.initialImage=void 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version"},Cm={Z_NO_FLUSH:0,Z_PARTIAL_FLUSH:1,Z_SYNC_FLUSH:2,Z_FULL_FLUSH:3,Z_FINISH:4,Z_BLOCK:5,Z_TREES:6,Z_OK:0,Z_STREAM_END:1,Z_NEED_DICT:2,Z_ERRNO:-1,Z_STREAM_ERROR:-2,Z_DATA_ERROR:-3,Z_MEM_ERROR:-4,Z_BUF_ERROR:-5,Z_NO_COMPRESSION:0,Z_BEST_SPEED:1,Z_BEST_COMPRESSION:9,Z_DEFAULT_COMPRESSION:-1,Z_FILTERED:1,Z_HUFFMAN_ONLY:2,Z_RLE:3,Z_FIXED:4,Z_DEFAULT_STRATEGY:0,Z_BINARY:0,Z_TEXT:1,Z_UNKNOWN:2,Z_DEFLATED:8};const{_tr_init:Aie,_tr_stored_block:gC,_tr_flush_block:kie,_tr_tally:Jl,_tr_align:Pie}=wie,{Z_NO_FLUSH:eu,Z_PARTIAL_FLUSH:Rie,Z_FULL_FLUSH:Oie,Z_FINISH:Xo,Z_BLOCK:r6,Z_OK:gi,Z_STREAM_END:i6,Z_STREAM_ERROR:la,Z_DATA_ERROR:Iie,Z_BUF_ERROR:L2,Z_DEFAULT_COMPRESSION:Mie,Z_FILTERED:Nie,Z_HUFFMAN_ONLY:Ey,Z_RLE:Die,Z_FIXED:Lie,Z_DEFAULT_STRATEGY:$ie,Z_UNKNOWN:Fie,Z_DEFLATED:M_}=Cm,Bie=9,zie=15,Uie=8,jie=29,Vie=256,mC=Vie+1+jie,Gie=30,Hie=19,qie=2*mC+1,Wie=15,Mt=3,jl=258,ua=jl+Mt+1,Kie=32,Nf=42,xE=57,yC=69,vC=73,_C=91,bC=103,rc=113,Zh=666,Hi=1,ih=2,Tc=3,oh=4,Xie=3,ic=(e,t)=>(e.msg=Mf[t],t),o6=e=>e*2-(e>4?9:0),Dl=e=>{let t=e.length;for(;--t>=0;)e[t]=0},Qie=e=>{let t,n,r,i=e.w_size;t=e.hash_size,r=t;do n=e.head[--r],e.head[r]=n>=i?n-i:0;while(--t);t=i,r=t;do n=e.prev[--r],e.prev[r]=n>=i?n-i:0;while(--t)};let Yie=(e,t,n)=>(t<{const t=e.state;let n=t.pending;n>e.avail_out&&(n=e.avail_out),n!==0&&(e.output.set(t.pending_buf.subarray(t.pending_out,t.pending_out+n),e.next_out),e.next_out+=n,t.pending_out+=n,e.total_out+=n,e.avail_out-=n,t.pending-=n,t.pending===0&&(t.pending_out=0))},Ao=(e,t)=>{kie(e,e.block_start>=0?e.block_start:-1,e.strstart-e.block_start,t),e.block_start=e.strstart,So(e.strm)},Xt=(e,t)=>{e.pending_buf[e.pending++]=t},Rh=(e,t)=>{e.pending_buf[e.pending++]=t>>>8&255,e.pending_buf[e.pending++]=t&255},SC=(e,t,n,r)=>{let i=e.avail_in;return i>r&&(i=r),i===0?0:(e.avail_in-=i,t.set(e.input.subarray(e.next_in,e.next_in+i),n),e.state.wrap===1?e.adler=xg(e.adler,t,i,n):e.state.wrap===2&&(e.adler=Qr(e.adler,t,i,n)),e.next_in+=i,e.total_in+=i,i)},UD=(e,t)=>{let n=e.max_chain_length,r=e.strstart,i,o,s=e.prev_length,a=e.nice_match;const l=e.strstart>e.w_size-ua?e.strstart-(e.w_size-ua):0,u=e.window,c=e.w_mask,d=e.prev,f=e.strstart+jl;let h=u[r+s-1],p=u[r+s];e.prev_length>=e.good_match&&(n>>=2),a>e.lookahead&&(a=e.lookahead);do if(i=t,!(u[i+s]!==p||u[i+s-1]!==h||u[i]!==u[r]||u[++i]!==u[r+1])){r+=2,i++;do;while(u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&u[++r]===u[++i]&&rs){if(e.match_start=t,s=o,o>=a)break;h=u[r+s-1],p=u[r+s]}}while((t=d[t&c])>l&&--n!==0);return s<=e.lookahead?s:e.lookahead},Df=e=>{const t=e.w_size;let n,r,i;do{if(r=e.window_size-e.lookahead-e.strstart,e.strstart>=t+(t-ua)&&(e.window.set(e.window.subarray(t,t+t-r),0),e.match_start-=t,e.strstart-=t,e.block_start-=t,e.insert>e.strstart&&(e.insert=e.strstart),Qie(e),r+=t),e.strm.avail_in===0)break;if(n=SC(e.strm,e.window,e.strstart+e.lookahead,r),e.lookahead+=n,e.lookahead+e.insert>=Mt)for(i=e.strstart-e.insert,e.ins_h=e.window[i],e.ins_h=tu(e,e.ins_h,e.window[i+1]);e.insert&&(e.ins_h=tu(e,e.ins_h,e.window[i+Mt-1]),e.prev[i&e.w_mask]=e.head[e.ins_h],e.head[e.ins_h]=i,i++,e.insert--,!(e.lookahead+e.insert{let n=e.pending_buf_size-5>e.w_size?e.w_size:e.pending_buf_size-5,r,i,o,s=0,a=e.strm.avail_in;do{if(r=65535,o=e.bi_valid+42>>3,e.strm.avail_outi+e.strm.avail_in&&(r=i+e.strm.avail_in),r>o&&(r=o),r>8,e.pending_buf[e.pending-2]=~r,e.pending_buf[e.pending-1]=~r>>8,So(e.strm),i&&(i>r&&(i=r),e.strm.output.set(e.window.subarray(e.block_start,e.block_start+i),e.strm.next_out),e.strm.next_out+=i,e.strm.avail_out-=i,e.strm.total_out+=i,e.block_start+=i,r-=i),r&&(SC(e.strm,e.strm.output,e.strm.next_out,r),e.strm.next_out+=r,e.strm.avail_out-=r,e.strm.total_out+=r)}while(s===0);return a-=e.strm.avail_in,a&&(a>=e.w_size?(e.matches=2,e.window.set(e.strm.input.subarray(e.strm.next_in-e.w_size,e.strm.next_in),0),e.strstart=e.w_size,e.insert=e.strstart):(e.window_size-e.strstart<=a&&(e.strstart-=e.w_size,e.window.set(e.window.subarray(e.w_size,e.w_size+e.strstart),0),e.matches<2&&e.matches++,e.insert>e.strstart&&(e.insert=e.strstart)),e.window.set(e.strm.input.subarray(e.strm.next_in-a,e.strm.next_in),e.strstart),e.strstart+=a,e.insert+=a>e.w_size-e.insert?e.w_size-e.insert:a),e.block_start=e.strstart),e.high_watero&&e.block_start>=e.w_size&&(e.block_start-=e.w_size,e.strstart-=e.w_size,e.window.set(e.window.subarray(e.w_size,e.w_size+e.strstart),0),e.matches<2&&e.matches++,o+=e.w_size,e.insert>e.strstart&&(e.insert=e.strstart)),o>e.strm.avail_in&&(o=e.strm.avail_in),o&&(SC(e.strm,e.window,e.strstart,o),e.strstart+=o,e.insert+=o>e.w_size-e.insert?e.w_size-e.insert:o),e.high_water>3,o=e.pending_buf_size-o>65535?65535:e.pending_buf_size-o,n=o>e.w_size?e.w_size:o,i=e.strstart-e.block_start,(i>=n||(i||t===Xo)&&t!==eu&&e.strm.avail_in===0&&i<=o)&&(r=i>o?o:i,s=t===Xo&&e.strm.avail_in===0&&r===i?1:0,gC(e,e.block_start,r,s),e.block_start+=r,So(e.strm)),s?Tc:Hi)},$2=(e,t)=>{let n,r;for(;;){if(e.lookahead=Mt&&(e.ins_h=tu(e,e.ins_h,e.window[e.strstart+Mt-1]),n=e.prev[e.strstart&e.w_mask]=e.head[e.ins_h],e.head[e.ins_h]=e.strstart),n!==0&&e.strstart-n<=e.w_size-ua&&(e.match_length=UD(e,n)),e.match_length>=Mt)if(r=Jl(e,e.strstart-e.match_start,e.match_length-Mt),e.lookahead-=e.match_length,e.match_length<=e.max_lazy_match&&e.lookahead>=Mt){e.match_length--;do e.strstart++,e.ins_h=tu(e,e.ins_h,e.window[e.strstart+Mt-1]),n=e.prev[e.strstart&e.w_mask]=e.head[e.ins_h],e.head[e.ins_h]=e.strstart;while(--e.match_length!==0);e.strstart++}else e.strstart+=e.match_length,e.match_length=0,e.ins_h=e.window[e.strstart],e.ins_h=tu(e,e.ins_h,e.window[e.strstart+1]);else r=Jl(e,0,e.window[e.strstart]),e.lookahead--,e.strstart++;if(r&&(Ao(e,!1),e.strm.avail_out===0))return Hi}return e.insert=e.strstart{let n,r,i;for(;;){if(e.lookahead=Mt&&(e.ins_h=tu(e,e.ins_h,e.window[e.strstart+Mt-1]),n=e.prev[e.strstart&e.w_mask]=e.head[e.ins_h],e.head[e.ins_h]=e.strstart),e.prev_length=e.match_length,e.prev_match=e.match_start,e.match_length=Mt-1,n!==0&&e.prev_length4096)&&(e.match_length=Mt-1)),e.prev_length>=Mt&&e.match_length<=e.prev_length){i=e.strstart+e.lookahead-Mt,r=Jl(e,e.strstart-1-e.prev_match,e.prev_length-Mt),e.lookahead-=e.prev_length-1,e.prev_length-=2;do++e.strstart<=i&&(e.ins_h=tu(e,e.ins_h,e.window[e.strstart+Mt-1]),n=e.prev[e.strstart&e.w_mask]=e.head[e.ins_h],e.head[e.ins_h]=e.strstart);while(--e.prev_length!==0);if(e.match_available=0,e.match_length=Mt-1,e.strstart++,r&&(Ao(e,!1),e.strm.avail_out===0))return Hi}else if(e.match_available){if(r=Jl(e,0,e.window[e.strstart-1]),r&&Ao(e,!1),e.strstart++,e.lookahead--,e.strm.avail_out===0)return Hi}else e.match_available=1,e.strstart++,e.lookahead--}return e.match_available&&(r=Jl(e,0,e.window[e.strstart-1]),e.match_available=0),e.insert=e.strstart{let n,r,i,o;const s=e.window;for(;;){if(e.lookahead<=jl){if(Df(e),e.lookahead<=jl&&t===eu)return Hi;if(e.lookahead===0)break}if(e.match_length=0,e.lookahead>=Mt&&e.strstart>0&&(i=e.strstart-1,r=s[i],r===s[++i]&&r===s[++i]&&r===s[++i])){o=e.strstart+jl;do;while(r===s[++i]&&r===s[++i]&&r===s[++i]&&r===s[++i]&&r===s[++i]&&r===s[++i]&&r===s[++i]&&r===s[++i]&&ie.lookahead&&(e.match_length=e.lookahead)}if(e.match_length>=Mt?(n=Jl(e,1,e.match_length-Mt),e.lookahead-=e.match_length,e.strstart+=e.match_length,e.match_length=0):(n=Jl(e,0,e.window[e.strstart]),e.lookahead--,e.strstart++),n&&(Ao(e,!1),e.strm.avail_out===0))return Hi}return e.insert=0,t===Xo?(Ao(e,!0),e.strm.avail_out===0?Tc:oh):e.sym_next&&(Ao(e,!1),e.strm.avail_out===0)?Hi:ih},Jie=(e,t)=>{let n;for(;;){if(e.lookahead===0&&(Df(e),e.lookahead===0)){if(t===eu)return Hi;break}if(e.match_length=0,n=Jl(e,0,e.window[e.strstart]),e.lookahead--,e.strstart++,n&&(Ao(e,!1),e.strm.avail_out===0))return Hi}return e.insert=0,t===Xo?(Ao(e,!0),e.strm.avail_out===0?Tc:oh):e.sym_next&&(Ao(e,!1),e.strm.avail_out===0)?Hi:ih};function js(e,t,n,r,i){this.good_length=e,this.max_lazy=t,this.nice_length=n,this.max_chain=r,this.func=i}const Jh=[new js(0,0,0,0,jD),new js(4,4,8,4,$2),new js(4,5,16,8,$2),new js(4,6,32,32,$2),new js(4,4,16,16,sd),new js(8,16,32,32,sd),new js(8,16,128,128,sd),new js(8,32,128,256,sd),new js(32,128,258,1024,sd),new js(32,258,258,4096,sd)],eoe=e=>{e.window_size=2*e.w_size,Dl(e.head),e.max_lazy_match=Jh[e.level].max_lazy,e.good_match=Jh[e.level].good_length,e.nice_match=Jh[e.level].nice_length,e.max_chain_length=Jh[e.level].max_chain,e.strstart=0,e.block_start=0,e.lookahead=0,e.insert=0,e.match_length=e.prev_length=Mt-1,e.match_available=0,e.ins_h=0};function toe(){this.strm=null,this.status=0,this.pending_buf=null,this.pending_buf_size=0,this.pending_out=0,this.pending=0,this.wrap=0,this.gzhead=null,this.gzindex=0,this.method=M_,this.last_flush=-1,this.w_size=0,this.w_bits=0,this.w_mask=0,this.window=null,this.window_size=0,this.prev=null,this.head=null,this.ins_h=0,this.hash_size=0,this.hash_bits=0,this.hash_mask=0,this.hash_shift=0,this.block_start=0,this.match_length=0,this.prev_match=0,this.match_available=0,this.strstart=0,this.match_start=0,this.lookahead=0,this.prev_length=0,this.max_chain_length=0,this.max_lazy_match=0,this.level=0,this.strategy=0,this.good_match=0,this.nice_match=0,this.dyn_ltree=new Uint16Array(qie*2),this.dyn_dtree=new Uint16Array((2*Gie+1)*2),this.bl_tree=new Uint16Array((2*Hie+1)*2),Dl(this.dyn_ltree),Dl(this.dyn_dtree),Dl(this.bl_tree),this.l_desc=null,this.d_desc=null,this.bl_desc=null,this.bl_count=new Uint16Array(Wie+1),this.heap=new Uint16Array(2*mC+1),Dl(this.heap),this.heap_len=0,this.heap_max=0,this.depth=new Uint16Array(2*mC+1),Dl(this.depth),this.sym_buf=0,this.lit_bufsize=0,this.sym_next=0,this.sym_end=0,this.opt_len=0,this.static_len=0,this.matches=0,this.insert=0,this.bi_buf=0,this.bi_valid=0}const Em=e=>{if(!e)return 1;const t=e.state;return!t||t.strm!==e||t.status!==Nf&&t.status!==xE&&t.status!==yC&&t.status!==vC&&t.status!==_C&&t.status!==bC&&t.status!==rc&&t.status!==Zh?1:0},VD=e=>{if(Em(e))return ic(e,la);e.total_in=e.total_out=0,e.data_type=Fie;const t=e.state;return t.pending=0,t.pending_out=0,t.wrap<0&&(t.wrap=-t.wrap),t.status=t.wrap===2?xE:t.wrap?Nf:rc,e.adler=t.wrap===2?0:1,t.last_flush=-2,Aie(t),gi},GD=e=>{const t=VD(e);return t===gi&&eoe(e.state),t},noe=(e,t)=>Em(e)||e.state.wrap!==2?la:(e.state.gzhead=t,gi),HD=(e,t,n,r,i,o)=>{if(!e)return la;let s=1;if(t===Mie&&(t=6),r<0?(s=0,r=-r):r>15&&(s=2,r-=16),i<1||i>Bie||n!==M_||r<8||r>15||t<0||t>9||o<0||o>Lie||r===8&&s!==1)return ic(e,la);r===8&&(r=9);const a=new toe;return e.state=a,a.strm=e,a.status=Nf,a.wrap=s,a.gzhead=null,a.w_bits=r,a.w_size=1<HD(e,t,M_,zie,Uie,$ie),ioe=(e,t)=>{if(Em(e)||t>r6||t<0)return e?ic(e,la):la;const n=e.state;if(!e.output||e.avail_in!==0&&!e.input||n.status===Zh&&t!==Xo)return ic(e,e.avail_out===0?L2:la);const r=n.last_flush;if(n.last_flush=t,n.pending!==0){if(So(e),e.avail_out===0)return n.last_flush=-1,gi}else if(e.avail_in===0&&o6(t)<=o6(r)&&t!==Xo)return ic(e,L2);if(n.status===Zh&&e.avail_in!==0)return ic(e,L2);if(n.status===Nf&&n.wrap===0&&(n.status=rc),n.status===Nf){let i=M_+(n.w_bits-8<<4)<<8,o=-1;if(n.strategy>=Ey||n.level<2?o=0:n.level<6?o=1:n.level===6?o=2:o=3,i|=o<<6,n.strstart!==0&&(i|=Kie),i+=31-i%31,Rh(n,i),n.strstart!==0&&(Rh(n,e.adler>>>16),Rh(n,e.adler&65535)),e.adler=1,n.status=rc,So(e),n.pending!==0)return n.last_flush=-1,gi}if(n.status===xE){if(e.adler=0,Xt(n,31),Xt(n,139),Xt(n,8),n.gzhead)Xt(n,(n.gzhead.text?1:0)+(n.gzhead.hcrc?2:0)+(n.gzhead.extra?4:0)+(n.gzhead.name?8:0)+(n.gzhead.comment?16:0)),Xt(n,n.gzhead.time&255),Xt(n,n.gzhead.time>>8&255),Xt(n,n.gzhead.time>>16&255),Xt(n,n.gzhead.time>>24&255),Xt(n,n.level===9?2:n.strategy>=Ey||n.level<2?4:0),Xt(n,n.gzhead.os&255),n.gzhead.extra&&n.gzhead.extra.length&&(Xt(n,n.gzhead.extra.length&255),Xt(n,n.gzhead.extra.length>>8&255)),n.gzhead.hcrc&&(e.adler=Qr(e.adler,n.pending_buf,n.pending,0)),n.gzindex=0,n.status=yC;else if(Xt(n,0),Xt(n,0),Xt(n,0),Xt(n,0),Xt(n,0),Xt(n,n.level===9?2:n.strategy>=Ey||n.level<2?4:0),Xt(n,Xie),n.status=rc,So(e),n.pending!==0)return n.last_flush=-1,gi}if(n.status===yC){if(n.gzhead.extra){let i=n.pending,o=(n.gzhead.extra.length&65535)-n.gzindex;for(;n.pending+o>n.pending_buf_size;){let a=n.pending_buf_size-n.pending;if(n.pending_buf.set(n.gzhead.extra.subarray(n.gzindex,n.gzindex+a),n.pending),n.pending=n.pending_buf_size,n.gzhead.hcrc&&n.pending>i&&(e.adler=Qr(e.adler,n.pending_buf,n.pending-i,i)),n.gzindex+=a,So(e),n.pending!==0)return n.last_flush=-1,gi;i=0,o-=a}let s=new Uint8Array(n.gzhead.extra);n.pending_buf.set(s.subarray(n.gzindex,n.gzindex+o),n.pending),n.pending+=o,n.gzhead.hcrc&&n.pending>i&&(e.adler=Qr(e.adler,n.pending_buf,n.pending-i,i)),n.gzindex=0}n.status=vC}if(n.status===vC){if(n.gzhead.name){let i=n.pending,o;do{if(n.pending===n.pending_buf_size){if(n.gzhead.hcrc&&n.pending>i&&(e.adler=Qr(e.adler,n.pending_buf,n.pending-i,i)),So(e),n.pending!==0)return n.last_flush=-1,gi;i=0}n.gzindexi&&(e.adler=Qr(e.adler,n.pending_buf,n.pending-i,i)),n.gzindex=0}n.status=_C}if(n.status===_C){if(n.gzhead.comment){let i=n.pending,o;do{if(n.pending===n.pending_buf_size){if(n.gzhead.hcrc&&n.pending>i&&(e.adler=Qr(e.adler,n.pending_buf,n.pending-i,i)),So(e),n.pending!==0)return n.last_flush=-1,gi;i=0}n.gzindexi&&(e.adler=Qr(e.adler,n.pending_buf,n.pending-i,i))}n.status=bC}if(n.status===bC){if(n.gzhead.hcrc){if(n.pending+2>n.pending_buf_size&&(So(e),n.pending!==0))return n.last_flush=-1,gi;Xt(n,e.adler&255),Xt(n,e.adler>>8&255),e.adler=0}if(n.status=rc,So(e),n.pending!==0)return n.last_flush=-1,gi}if(e.avail_in!==0||n.lookahead!==0||t!==eu&&n.status!==Zh){let i=n.level===0?jD(n,t):n.strategy===Ey?Jie(n,t):n.strategy===Die?Zie(n,t):Jh[n.level].func(n,t);if((i===Tc||i===oh)&&(n.status=Zh),i===Hi||i===Tc)return e.avail_out===0&&(n.last_flush=-1),gi;if(i===ih&&(t===Rie?Pie(n):t!==r6&&(gC(n,0,0,!1),t===Oie&&(Dl(n.head),n.lookahead===0&&(n.strstart=0,n.block_start=0,n.insert=0))),So(e),e.avail_out===0))return n.last_flush=-1,gi}return t!==Xo?gi:n.wrap<=0?i6:(n.wrap===2?(Xt(n,e.adler&255),Xt(n,e.adler>>8&255),Xt(n,e.adler>>16&255),Xt(n,e.adler>>24&255),Xt(n,e.total_in&255),Xt(n,e.total_in>>8&255),Xt(n,e.total_in>>16&255),Xt(n,e.total_in>>24&255)):(Rh(n,e.adler>>>16),Rh(n,e.adler&65535)),So(e),n.wrap>0&&(n.wrap=-n.wrap),n.pending!==0?gi:i6)},ooe=e=>{if(Em(e))return la;const t=e.state.status;return e.state=null,t===rc?ic(e,Iie):gi},soe=(e,t)=>{let n=t.length;if(Em(e))return la;const r=e.state,i=r.wrap;if(i===2||i===1&&r.status!==Nf||r.lookahead)return la;if(i===1&&(e.adler=xg(e.adler,t,n,0)),r.wrap=0,n>=r.w_size){i===0&&(Dl(r.head),r.strstart=0,r.block_start=0,r.insert=0);let l=new Uint8Array(r.w_size);l.set(t.subarray(n-r.w_size,n),0),t=l,n=r.w_size}const o=e.avail_in,s=e.next_in,a=e.input;for(e.avail_in=n,e.next_in=0,e.input=t,Df(r);r.lookahead>=Mt;){let l=r.strstart,u=r.lookahead-(Mt-1);do 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n<0||n===0?t:n+Cg[e[n]]>t?n:t},Eg={string2buf:_oe,buf2string:Soe,utf8border:woe};function xoe(){this.input=null,this.next_in=0,this.avail_in=0,this.total_in=0,this.output=null,this.next_out=0,this.avail_out=0,this.total_out=0,this.msg="",this.state=null,this.data_type=2,this.adler=0}var WD=xoe;const KD=Object.prototype.toString,{Z_NO_FLUSH:Coe,Z_SYNC_FLUSH:Eoe,Z_FULL_FLUSH:Toe,Z_FINISH:Aoe,Z_OK:qv,Z_STREAM_END:koe,Z_DEFAULT_COMPRESSION:Poe,Z_DEFAULT_STRATEGY:Roe,Z_DEFLATED:Ooe}=Cm;function CE(e){this.options=N_.assign({level:Poe,method:Ooe,chunkSize:16384,windowBits:15,memLevel:8,strategy:Roe},e||{});let t=this.options;t.raw&&t.windowBits>0?t.windowBits=-t.windowBits:t.gzip&&t.windowBits>0&&t.windowBits<16&&(t.windowBits+=16),this.err=0,this.msg="",this.ended=!1,this.chunks=[],this.strm=new WD,this.strm.avail_out=0;let n=_p.deflateInit2(this.strm,t.level,t.method,t.windowBits,t.memLevel,t.strategy);if(n!==qv)throw new Error(Mf[n]);if(t.header&&_p.deflateSetHeader(this.strm,t.header),t.dictionary){let r;if(typeof t.dictionary=="string"?r=Eg.string2buf(t.dictionary):KD.call(t.dictionary)==="[object ArrayBuffer]"?r=new Uint8Array(t.dictionary):r=t.dictionary,n=_p.deflateSetDictionary(this.strm,r),n!==qv)throw new Error(Mf[n]);this._dict_set=!0}}CE.prototype.push=function(e,t){const n=this.strm,r=this.options.chunkSize;let i,o;if(this.ended)return!1;for(t===~~t?o=t:o=t===!0?Aoe:Coe,typeof e=="string"?n.input=Eg.string2buf(e):KD.call(e)==="[object ArrayBuffer]"?n.input=new Uint8Array(e):n.input=e,n.next_in=0,n.avail_in=n.input.length;;){if(n.avail_out===0&&(n.output=new Uint8Array(r),n.next_out=0,n.avail_out=r),(o===Eoe||o===Toe)&&n.avail_out<=6){this.onData(n.output.subarray(0,n.next_out)),n.avail_out=0;continue}if(i=_p.deflate(n,o),i===koe)return 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1;for(;;){N=u-m,s[c]+1=A?(C=L[s[c]-A],P=E[s[c]-A]):(C=32+64,P=0),g=1<>m)+y]=N<<24|C<<16|P|0;while(y!==0);for(g=1<>=1;if(g!==0?(v&=g-1,v+=g):v=0,c++,--T[u]===0){if(u===f)break;u=t[n+s[c]]}if(u>h&&(v&w)!==S){for(m===0&&(m=h),x+=d,p=u-m,b=1<s6||e===u6&&_>a6)return 1;S=v&w,i[S]=h<<24|p<<16|x-o|0}}return v!==0&&(i[x+v]=u-m<<24|64<<16|0),a.bits=h,0};var bp=Foe;const Boe=0,XD=1,QD=2,{Z_FINISH:c6,Z_BLOCK:zoe,Z_TREES:Ay,Z_OK:Ac,Z_STREAM_END:Uoe,Z_NEED_DICT:joe,Z_STREAM_ERROR:rs,Z_DATA_ERROR:YD,Z_MEM_ERROR:ZD,Z_BUF_ERROR:Voe,Z_DEFLATED:d6}=Cm,D_=16180,f6=16181,h6=16182,p6=16183,g6=16184,m6=16185,y6=16186,v6=16187,_6=16188,b6=16189,Wv=16190,Aa=16191,B2=16192,S6=16193,z2=16194,w6=16195,x6=16196,C6=16197,E6=16198,ky=16199,Py=16200,T6=16201,A6=16202,k6=16203,P6=16204,R6=16205,U2=16206,O6=16207,I6=16208,Vn=16209,JD=16210,eL=16211,Goe=852,Hoe=592,qoe=15,Woe=qoe,M6=e=>(e>>>24&255)+(e>>>8&65280)+((e&65280)<<8)+((e&255)<<24);function Koe(){this.strm=null,this.mode=0,this.last=!1,this.wrap=0,this.havedict=!1,this.flags=0,this.dmax=0,this.check=0,this.total=0,this.head=null,this.wbits=0,this.wsize=0,this.whave=0,this.wnext=0,this.window=null,this.hold=0,this.bits=0,this.length=0,this.offset=0,this.extra=0,this.lencode=null,this.distcode=null,this.lenbits=0,this.distbits=0,this.ncode=0,this.nlen=0,this.ndist=0,this.have=0,this.next=null,this.lens=new Uint16Array(320),this.work=new Uint16Array(288),this.lendyn=null,this.distdyn=null,this.sane=0,this.back=0,this.was=0}const Uc=e=>{if(!e)return 1;const t=e.state;return!t||t.strm!==e||t.modeeL?1:0},tL=e=>{if(Uc(e))return rs;const t=e.state;return e.total_in=e.total_out=t.total=0,e.msg="",t.wrap&&(e.adler=t.wrap&1),t.mode=D_,t.last=0,t.havedict=0,t.flags=-1,t.dmax=32768,t.head=null,t.hold=0,t.bits=0,t.lencode=t.lendyn=new Int32Array(Goe),t.distcode=t.distdyn=new Int32Array(Hoe),t.sane=1,t.back=-1,Ac},nL=e=>{if(Uc(e))return rs;const t=e.state;return t.wsize=0,t.whave=0,t.wnext=0,tL(e)},rL=(e,t)=>{let n;if(Uc(e))return rs;const r=e.state;return t<0?(n=0,t=-t):(n=(t>>4)+5,t<48&&(t&=15)),t&&(t<8||t>15)?rs:(r.window!==null&&r.wbits!==t&&(r.window=null),r.wrap=n,r.wbits=t,nL(e))},iL=(e,t)=>{if(!e)return rs;const n=new Koe;e.state=n,n.strm=e,n.window=null,n.mode=D_;const r=rL(e,t);return r!==Ac&&(e.state=null),r},Xoe=e=>iL(e,Woe);let N6=!0,j2,V2;const Qoe=e=>{if(N6){j2=new Int32Array(512),V2=new Int32Array(32);let t=0;for(;t<144;)e.lens[t++]=8;for(;t<256;)e.lens[t++]=9;for(;t<280;)e.lens[t++]=7;for(;t<288;)e.lens[t++]=8;for(bp(XD,e.lens,0,288,j2,0,e.work,{bits:9}),t=0;t<32;)e.lens[t++]=5;bp(QD,e.lens,0,32,V2,0,e.work,{bits:5}),N6=!1}e.lencode=j2,e.lenbits=9,e.distcode=V2,e.distbits=5},oL=(e,t,n,r)=>{let i;const o=e.state;return o.window===null&&(o.wsize=1<=o.wsize?(o.window.set(t.subarray(n-o.wsize,n),0),o.wnext=0,o.whave=o.wsize):(i=o.wsize-o.wnext,i>r&&(i=r),o.window.set(t.subarray(n-r,n-r+i),o.wnext),r-=i,r?(o.window.set(t.subarray(n-r,n),0),o.wnext=r,o.whave=o.wsize):(o.wnext+=i,o.wnext===o.wsize&&(o.wnext=0),o.whave{let n,r,i,o,s,a,l,u,c,d,f,h,p,m,b=0,_,v,g,y,S,w,x,E;const A=new Uint8Array(4);let T,k;const L=new Uint8Array([16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15]);if(Uc(e)||!e.output||!e.input&&e.avail_in!==0)return rs;n=e.state,n.mode===Aa&&(n.mode=B2),s=e.next_out,i=e.output,l=e.avail_out,o=e.next_in,r=e.input,a=e.avail_in,u=n.hold,c=n.bits,d=a,f=l,E=Ac;e:for(;;)switch(n.mode){case D_:if(n.wrap===0){n.mode=B2;break}for(;c<16;){if(a===0)break e;a--,u+=r[o++]<>>8&255,n.check=Qr(n.check,A,2,0),u=0,c=0,n.mode=f6;break}if(n.head&&(n.head.done=!1),!(n.wrap&1)||(((u&255)<<8)+(u>>8))%31){e.msg="incorrect header check",n.mode=Vn;break}if((u&15)!==d6){e.msg="unknown compression 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i=t.map(l=>({item:l,type:"add"})),o=e.nodes.map(l=>({id:l.data.id,type:"select",selected:!1})),s=r.map(l=>({item:l,type:"add"})),a=e.edges.map(l=>({id:l.id,type:"select",selected:!1}));e.nodes=Ku(i.concat(o),e.nodes),e.edges=Bu(s.concat(a),e.edges),t.forEach(l=>{e.nodeExecutionStates[l.id]={nodeId:l.id,...hw}})},addNodePopoverOpened:e=>{e.isAddNodePopoverOpen=!0},addNodePopoverClosed:e=>{e.isAddNodePopoverOpen=!1},addNodePopoverToggled:e=>{e.isAddNodePopoverOpen=!e.isAddNodePopoverOpen},selectionModeChanged:(e,t)=>{e.selectionMode=t.payload?mu.Full:mu.Partial}},extraReducers:e=>{e.addCase(Lg.pending,t=>{t.isReady=!1}),e.addCase(UE,(t,n)=>{const{source_node_id:r}=n.payload.data,i=t.nodeExecutionStates[r];i&&(i.status=La.IN_PROGRESS)}),e.addCase(VE,(t,n)=>{const{source_node_id:r,result:i}=n.payload.data,o=t.nodeExecutionStates[r];o&&(o.status=La.COMPLETED,o.progress!==null&&(o.progress=1),o.outputs.push(i))}),e.addCase(xb,(t,n)=>{const{source_node_id:r}=n.payload.data,i=t.nodeExecutionStates[r];i&&(i.status=La.FAILED,i.error=n.payload.data.error,i.progress=null,i.progressImage=null)}),e.addCase(GE,(t,n)=>{const{source_node_id:r,step:i,total_steps:o,progress_image:s}=n.payload.data,a=t.nodeExecutionStates[r];a&&(a.status=La.IN_PROGRESS,a.progress=(i+1)/o,a.progressImage=s??null)}),e.addCase(nh.fulfilled,t=>{ns(t.nodeExecutionStates,n=>{n.status=La.PENDING,n.error=null,n.progress=null,n.progressImage=null,n.outputs=[]})}),e.addCase(Au.fulfilled,t=>{aee(t.nodeExecutionStates,n=>{n.status===La.IN_PROGRESS&&(n.status=La.PENDING)})})}}),{nodesChanged:ROe,edgesChanged:OOe,nodeAdded:IOe,nodesDeleted:MOe,connectionMade:NOe,connectionStarted:DOe,connectionEnded:LOe,shouldShowFieldTypeLegendChanged:$Oe,shouldShowMinimapPanelChanged:FOe,nodeTemplatesBuilt:vB,nodeEditorReset:Fme,imageCollectionFieldValueChanged:BOe,fieldStringValueChanged:zOe,fieldNumberValueChanged:UOe,fieldBooleanValueChanged:jOe,fieldImageValueChanged:Rb,fieldColorValueChanged:VOe,fieldMainModelValueChanged:GOe,fieldVaeModelValueChanged:HOe,fieldLoRAModelValueChanged:qOe,fieldEnumModelValueChanged:WOe,fieldControlNetModelValueChanged:KOe,fieldRefinerModelValueChanged:XOe,fieldSchedulerValueChanged:QOe,nodeIsOpenChanged:YOe,nodeLabelChanged:ZOe,nodeNotesChanged:JOe,edgesDeleted:eIe,shouldValidateGraphChanged:tIe,shouldAnimateEdgesChanged:nIe,nodeOpacityChanged:rIe,shouldSnapToGridChanged:iIe,shouldColorEdgesChanged:oIe,selectedNodesChanged:sIe,selectedEdgesChanged:aIe,workflowNameChanged:lIe,workflowDescriptionChanged:uIe,workflowTagsChanged:cIe,workflowAuthorChanged:dIe,workflowNotesChanged:fIe,workflowVersionChanged:hIe,workflowContactChanged:pIe,workflowLoaded:Bme,notesNodeValueChanged:gIe,workflowExposedFieldAdded:zme,workflowExposedFieldRemoved:mIe,fieldLabelChanged:yIe,viewportChanged:vIe,mouseOverFieldChanged:_Ie,selectionCopied:bIe,selectionPasted:SIe,selectedAll:wIe,addNodePopoverOpened:xIe,addNodePopoverClosed:CIe,addNodePopoverToggled:EIe,selectionModeChanged:TIe,nodeEmbedWorkflowChanged:AIe,nodeIsIntermediateChanged:kIe,mouseOverNodeChanged:PIe,nodeExclusivelySelected:RIe}=yB.actions,Ume=yB.reducer,_B={esrganModelName:"RealESRGAN_x4plus.pth"},bB=er({name:"postprocessing",initialState:_B,reducers:{esrganModelNameChanged:(e,t)=>{e.esrganModelName=t.payload}}}),{esrganModelNameChanged:OIe}=bB.actions,jme=bB.reducer,Vme={positiveStylePrompt:"",negativeStylePrompt:"",shouldConcatSDXLStylePrompt:!0,shouldUseSDXLRefiner:!1,sdxlImg2ImgDenoisingStrength:.7,refinerModel:null,refinerSteps:20,refinerCFGScale:7.5,refinerScheduler:"euler",refinerPositiveAestheticScore:6,refinerNegativeAestheticScore:2.5,refinerStart:.8},SB=er({name:"sdxl",initialState:Vme,reducers:{setPositiveStylePromptSDXL:(e,t)=>{e.positiveStylePrompt=t.payload},setNegativeStylePromptSDXL:(e,t)=>{e.negativeStylePrompt=t.payload},setShouldConcatSDXLStylePrompt:(e,t)=>{e.shouldConcatSDXLStylePrompt=t.payload},setShouldUseSDXLRefiner:(e,t)=>{e.shouldUseSDXLRefiner=t.payload},setSDXLImg2ImgDenoisingStrength:(e,t)=>{e.sdxlImg2ImgDenoisingStrength=t.payload},refinerModelChanged:(e,t)=>{e.refinerModel=t.payload},setRefinerSteps:(e,t)=>{e.refinerSteps=t.payload},setRefinerCFGScale:(e,t)=>{e.refinerCFGScale=t.payload},setRefinerScheduler:(e,t)=>{e.refinerScheduler=t.payload},setRefinerPositiveAestheticScore:(e,t)=>{e.refinerPositiveAestheticScore=t.payload},setRefinerNegativeAestheticScore:(e,t)=>{e.refinerNegativeAestheticScore=t.payload},setRefinerStart:(e,t)=>{e.refinerStart=t.payload}}}),{setPositiveStylePromptSDXL:IIe,setNegativeStylePromptSDXL:MIe,setShouldConcatSDXLStylePrompt:NIe,setShouldUseSDXLRefiner:Gme,setSDXLImg2ImgDenoisingStrength:DIe,refinerModelChanged:g8,setRefinerSteps:LIe,setRefinerCFGScale:$Ie,setRefinerScheduler:FIe,setRefinerPositiveAestheticScore:BIe,setRefinerNegativeAestheticScore:zIe,setRefinerStart:UIe}=SB.actions,Hme=SB.reducer,Lm=Me("app/userInvoked"),qme={type:"logger",log(e){this.output("log",e)},warn(e){this.output("warn",e)},error(e){this.output("error",e)},output(e,t){console&&console[e]&&console[e].apply(console,t)}};class m1{constructor(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};this.init(t,n)}init(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};this.prefix=n.prefix||"i18next:",this.logger=t||qme,this.options=n,this.debug=n.debug}log(){for(var t=arguments.length,n=new Array(t),r=0;r{this.observers[r]=this.observers[r]||[],this.observers[r].push(n)}),this}off(t,n){if(this.observers[t]){if(!n){delete this.observers[t];return}this.observers[t]=this.observers[t].filter(r=>r!==n)}}emit(t){for(var n=arguments.length,r=new Array(n>1?n-1:0),i=1;i{s(...r)}),this.observers["*"]&&[].concat(this.observers["*"]).forEach(s=>{s.apply(s,[t,...r])})}}function $h(){let e,t;const n=new Promise((r,i)=>{e=r,t=i});return n.resolve=e,n.reject=t,n}function m8(e){return e==null?"":""+e}function Wme(e,t,n){e.forEach(r=>{t[r]&&(n[r]=t[r])})}function dT(e,t,n){function r(s){return s&&s.indexOf("###")>-1?s.replace(/###/g,"."):s}function i(){return!e||typeof e=="string"}const o=typeof 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0&&(this.options.keySeparator="."),this.options.ignoreJSONStructure===void 0&&(this.options.ignoreJSONStructure=!0)}addNamespaces(t){this.options.ns.indexOf(t)<0&&this.options.ns.push(t)}removeNamespaces(t){const n=this.options.ns.indexOf(t);n>-1&&this.options.ns.splice(n,1)}getResource(t,n,r){let i=arguments.length>3&&arguments[3]!==void 0?arguments[3]:{};const o=i.keySeparator!==void 0?i.keySeparator:this.options.keySeparator,s=i.ignoreJSONStructure!==void 0?i.ignoreJSONStructure:this.options.ignoreJSONStructure;let a=[t,n];r&&typeof r!="string"&&(a=a.concat(r)),r&&typeof r=="string"&&(a=a.concat(o?r.split(o):r)),t.indexOf(".")>-1&&(a=t.split("."));const l=y1(this.data,a);return l||!s||typeof r!="string"?l:v1(this.data&&this.data[t]&&this.data[t][n],r,o)}addResource(t,n,r,i){let o=arguments.length>4&&arguments[4]!==void 0?arguments[4]:{silent:!1};const s=o.keySeparator!==void 0?o.keySeparator:this.options.keySeparator;let a=[t,n];r&&(a=a.concat(s?r.split(s):r)),t.indexOf(".")>-1&&(a=t.split("."),i=n,n=a[1]),this.addNamespaces(n),y8(this.data,a,i),o.silent||this.emit("added",t,n,r,i)}addResources(t,n,r){let i=arguments.length>3&&arguments[3]!==void 0?arguments[3]:{silent:!1};for(const o in r)(typeof r[o]=="string"||Object.prototype.toString.apply(r[o])==="[object Array]")&&this.addResource(t,n,o,r[o],{silent:!0});i.silent||this.emit("added",t,n,r)}addResourceBundle(t,n,r,i,o){let s=arguments.length>5&&arguments[5]!==void 0?arguments[5]:{silent:!1},a=[t,n];t.indexOf(".")>-1&&(a=t.split("."),i=r,r=n,n=a[1]),this.addNamespaces(n);let l=y1(this.data,a)||{};i?wB(l,r,o):l={...l,...r},y8(this.data,a,l),s.silent||this.emit("added",t,n,r)}removeResourceBundle(t,n){this.hasResourceBundle(t,n)&&delete this.data[t][n],this.removeNamespaces(n),this.emit("removed",t,n)}hasResourceBundle(t,n){return this.getResource(t,n)!==void 0}getResourceBundle(t,n){return n||(n=this.options.defaultNS),this.options.compatibilityAPI==="v1"?{...this.getResource(t,n)}:this.getResource(t,n)}getDataByLanguage(t){return this.data[t]}hasLanguageSomeTranslations(t){const n=this.getDataByLanguage(t);return!!(n&&Object.keys(n)||[]).find(i=>n[i]&&Object.keys(n[i]).length>0)}toJSON(){return this.data}}var xB={processors:{},addPostProcessor(e){this.processors[e.name]=e},handle(e,t,n,r,i){return e.forEach(o=>{this.processors[o]&&(t=this.processors[o].process(t,n,r,i))}),t}};const _8={};class b1 extends Ob{constructor(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};super(),Wme(["resourceStore","languageUtils","pluralResolver","interpolator","backendConnector","i18nFormat","utils"],t,this),this.options=n,this.options.keySeparator===void 0&&(this.options.keySeparator="."),this.logger=na.create("translator")}changeLanguage(t){t&&(this.language=t)}exists(t){let n=arguments.length>1&&arguments[1]!==void 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Array]")){if(!n.returnObjects&&!this.options.returnObjects){this.options.returnedObjectHandler||this.logger.warn("accessing an object - but returnObjects options is not enabled!");const y=this.options.returnedObjectHandler?this.options.returnedObjectHandler(h,f,{...n,ns:a}):`key '${s} (${this.language})' returned an object instead of string.`;return i?(d.res=y,d):y}if(o){const y=m==="[object Array]",S=y?[]:{},w=y?p:h;for(const x in f)if(Object.prototype.hasOwnProperty.call(f,x)){const E=`${w}${o}${x}`;S[x]=this.translate(E,{...n,joinArrays:!1,ns:a}),S[x]===E&&(S[x]=f[x])}f=S}}else if(v&&typeof _=="string"&&m==="[object Array]")f=f.join(_),f&&(f=this.extendTranslation(f,t,n,r));else{let y=!1,S=!1;const w=n.count!==void 0&&typeof n.count!="string",x=b1.hasDefaultValue(n),E=w?this.pluralResolver.getSuffix(u,n.count,n):"",A=n.ordinal&&w?this.pluralResolver.getSuffix(u,n.count,{ordinal:!1}):"",T=n[`defaultValue${E}`]||n[`defaultValue${A}`]||n.defaultValue;!this.isValidLookup(f)&&x&&(y=!0,f=T),this.isValidLookup(f)||(S=!0,f=s);const L=(n.missingKeyNoValueFallbackToKey||this.options.missingKeyNoValueFallbackToKey)&&S?void 0:f,N=x&&T!==f&&this.options.updateMissing;if(S||y||N){if(this.logger.log(N?"updateKey":"missingKey",u,l,s,N?T:f),o){const B=this.resolve(s,{...n,keySeparator:!1});B&&B.res&&this.logger.warn("Seems the loaded translations were in flat JSON format instead of nested. Either set keySeparator: false on init or make sure your translations are published in nested format.")}let C=[];const P=this.languageUtils.getFallbackCodes(this.options.fallbackLng,n.lng||this.language);if(this.options.saveMissingTo==="fallback"&&P&&P[0])for(let B=0;B{const I=x&&O!==f?O:L;this.options.missingKeyHandler?this.options.missingKeyHandler(B,l,R,I,N,n):this.backendConnector&&this.backendConnector.saveMissing&&this.backendConnector.saveMissing(B,l,R,I,N,n),this.emit("missingKey",B,l,R,f)};this.options.saveMissing&&(this.options.saveMissingPlurals&&w?C.forEach(B=>{this.pluralResolver.getSuffixes(B,n).forEach(R=>{D([B],s+R,n[`defaultValue${R}`]||T)})}):D(C,s,T))}f=this.extendTranslation(f,t,n,d,r),S&&f===s&&this.options.appendNamespaceToMissingKey&&(f=`${l}:${s}`),(S||y)&&this.options.parseMissingKeyHandler&&(this.options.compatibilityAPI!=="v1"?f=this.options.parseMissingKeyHandler(this.options.appendNamespaceToMissingKey?`${l}:${s}`:s,y?f:void 0):f=this.options.parseMissingKeyHandler(f))}return i?(d.res=f,d):f}extendTranslation(t,n,r,i,o){var s=this;if(this.i18nFormat&&this.i18nFormat.parse)t=this.i18nFormat.parse(t,{...this.options.interpolation.defaultVariables,...r},i.usedLng,i.usedNS,i.usedKey,{resolved:i});else if(!r.skipInterpolation){r.interpolation&&this.interpolator.init({...r,interpolation:{...this.options.interpolation,...r.interpolation}});const u=typeof t=="string"&&(r&&r.interpolation&&r.interpolation.skipOnVariables!==void 0?r.interpolation.skipOnVariables:this.options.interpolation.skipOnVariables);let c;if(u){const f=t.match(this.interpolator.nestingRegexp);c=f&&f.length}let d=r.replace&&typeof r.replace!="string"?r.replace:r;if(this.options.interpolation.defaultVariables&&(d={...this.options.interpolation.defaultVariables,...d}),t=this.interpolator.interpolate(t,d,r.lng||this.language,r),u){const f=t.match(this.interpolator.nestingRegexp),h=f&&f.length;c1&&arguments[1]!==void 0?arguments[1]:{},r,i,o,s,a;return typeof t=="string"&&(t=[t]),t.forEach(l=>{if(this.isValidLookup(r))return;const u=this.extractFromKey(l,n),c=u.key;i=c;let d=u.namespaces;this.options.fallbackNS&&(d=d.concat(this.options.fallbackNS));const f=n.count!==void 0&&typeof n.count!="string",h=f&&!n.ordinal&&n.count===0&&this.pluralResolver.shouldUseIntlApi(),p=n.context!==void 0&&(typeof n.context=="string"||typeof n.context=="number")&&n.context!=="",m=n.lngs?n.lngs:this.languageUtils.toResolveHierarchy(n.lng||this.language,n.fallbackLng);d.forEach(b=>{this.isValidLookup(r)||(a=b,!_8[`${m[0]}-${b}`]&&this.utils&&this.utils.hasLoadedNamespace&&!this.utils.hasLoadedNamespace(a)&&(_8[`${m[0]}-${b}`]=!0,this.logger.warn(`key "${i}" for languages "${m.join(", ")}" won't get resolved as namespace "${a}" was not yet loaded`,"This means something IS WRONG in your setup. You access the t function before i18next.init / i18next.loadNamespace / i18next.changeLanguage was done. Wait for the callback or Promise to resolve before accessing it!!!")),m.forEach(_=>{if(this.isValidLookup(r))return;s=_;const v=[c];if(this.i18nFormat&&this.i18nFormat.addLookupKeys)this.i18nFormat.addLookupKeys(v,c,_,b,n);else{let y;f&&(y=this.pluralResolver.getSuffix(_,n.count,n));const S=`${this.options.pluralSeparator}zero`,w=`${this.options.pluralSeparator}ordinal${this.options.pluralSeparator}`;if(f&&(v.push(c+y),n.ordinal&&y.indexOf(w)===0&&v.push(c+y.replace(w,this.options.pluralSeparator)),h&&v.push(c+S)),p){const x=`${c}${this.options.contextSeparator}${n.context}`;v.push(x),f&&(v.push(x+y),n.ordinal&&y.indexOf(w)===0&&v.push(x+y.replace(w,this.options.pluralSeparator)),h&&v.push(x+S))}}let g;for(;g=v.pop();)this.isValidLookup(r)||(o=g,r=this.getResource(_,b,g,n))}))})}),{res:r,usedKey:i,exactUsedKey:o,usedLng:s,usedNS:a}}isValidLookup(t){return t!==void 0&&!(!this.options.returnNull&&t===null)&&!(!this.options.returnEmptyString&&t==="")}getResource(t,n,r){let i=arguments.length>3&&arguments[3]!==void 0?arguments[3]:{};return this.i18nFormat&&this.i18nFormat.getResource?this.i18nFormat.getResource(t,n,r,i):this.resourceStore.getResource(t,n,r,i)}static hasDefaultValue(t){const n="defaultValue";for(const r in t)if(Object.prototype.hasOwnProperty.call(t,r)&&n===r.substring(0,n.length)&&t[r]!==void 0)return!0;return!1}}function pw(e){return e.charAt(0).toUpperCase()+e.slice(1)}class b8{constructor(t){this.options=t,this.supportedLngs=this.options.supportedLngs||!1,this.logger=na.create("languageUtils")}getScriptPartFromCode(t){if(t=_1(t),!t||t.indexOf("-")<0)return null;const n=t.split("-");return n.length===2||(n.pop(),n[n.length-1].toLowerCase()==="x")?null:this.formatLanguageCode(n.join("-"))}getLanguagePartFromCode(t){if(t=_1(t),!t||t.indexOf("-")<0)return t;const n=t.split("-");return this.formatLanguageCode(n[0])}formatLanguageCode(t){if(typeof t=="string"&&t.indexOf("-")>-1){const n=["hans","hant","latn","cyrl","cans","mong","arab"];let r=t.split("-");return this.options.lowerCaseLng?r=r.map(i=>i.toLowerCase()):r.length===2?(r[0]=r[0].toLowerCase(),r[1]=r[1].toUpperCase(),n.indexOf(r[1].toLowerCase())>-1&&(r[1]=pw(r[1].toLowerCase()))):r.length===3&&(r[0]=r[0].toLowerCase(),r[1].length===2&&(r[1]=r[1].toUpperCase()),r[0]!=="sgn"&&r[2].length===2&&(r[2]=r[2].toUpperCase()),n.indexOf(r[1].toLowerCase())>-1&&(r[1]=pw(r[1].toLowerCase())),n.indexOf(r[2].toLowerCase())>-1&&(r[2]=pw(r[2].toLowerCase()))),r.join("-")}return this.options.cleanCode||this.options.lowerCaseLng?t.toLowerCase():t}isSupportedCode(t){return(this.options.load==="languageOnly"||this.options.nonExplicitSupportedLngs)&&(t=this.getLanguagePartFromCode(t)),!this.supportedLngs||!this.supportedLngs.length||this.supportedLngs.indexOf(t)>-1}getBestMatchFromCodes(t){if(!t)return null;let n;return t.forEach(r=>{if(n)return;const i=this.formatLanguageCode(r);(!this.options.supportedLngs||this.isSupportedCode(i))&&(n=i)}),!n&&this.options.supportedLngs&&t.forEach(r=>{if(n)return;const i=this.getLanguagePartFromCode(r);if(this.isSupportedCode(i))return n=i;n=this.options.supportedLngs.find(o=>{if(o===i)return o;if(!(o.indexOf("-")<0&&i.indexOf("-")<0)&&o.indexOf(i)===0)return o})}),n||(n=this.getFallbackCodes(this.options.fallbackLng)[0]),n}getFallbackCodes(t,n){if(!t)return[];if(typeof t=="function"&&(t=t(n)),typeof t=="string"&&(t=[t]),Object.prototype.toString.apply(t)==="[object Array]")return t;if(!n)return t.default||[];let r=t[n];return r||(r=t[this.getScriptPartFromCode(n)]),r||(r=t[this.formatLanguageCode(n)]),r||(r=t[this.getLanguagePartFromCode(n)]),r||(r=t.default),r||[]}toResolveHierarchy(t,n){const r=this.getFallbackCodes(n||this.options.fallbackLng||[],t),i=[],o=s=>{s&&(this.isSupportedCode(s)?i.push(s):this.logger.warn(`rejecting language code not found in supportedLngs: ${s}`))};return typeof t=="string"&&(t.indexOf("-")>-1||t.indexOf("_")>-1)?(this.options.load!=="languageOnly"&&o(this.formatLanguageCode(t)),this.options.load!=="languageOnly"&&this.options.load!=="currentOnly"&&o(this.getScriptPartFromCode(t)),this.options.load!=="currentOnly"&&o(this.getLanguagePartFromCode(t))):typeof t=="string"&&o(this.formatLanguageCode(t)),r.forEach(s=>{i.indexOf(s)<0&&o(this.formatLanguageCode(s))}),i}}let eye=[{lngs:["ach","ak","am","arn","br","fil","gun","ln","mfe","mg","mi","oc","pt","pt-BR","tg","tl","ti","tr","uz","wa"],nr:[1,2],fc:1},{lngs:["af","an","ast","az","bg","bn","ca","da","de","dev","el","en","eo","es","et","eu","fi","fo","fur","fy","gl","gu","ha","hi","hu","hy","ia","it","kk","kn","ku","lb","mai","ml","mn","mr","nah","nap","nb","ne","nl","nn","no","nso","pa","pap","pms","ps","pt-PT","rm","sco","se","si","so","son","sq","sv","sw","ta","te","tk","ur","yo"],nr:[1,2],fc:2},{lngs:["ay","bo","cgg","fa","ht","id","ja","jbo","ka","km","ko","ky","lo","ms","sah","su","th","tt","ug","vi","wo","zh"],nr:[1],fc:3},{lngs:["be","bs","cnr","dz","hr","ru","sr","uk"],nr:[1,2,5],fc:4},{lngs:["ar"],nr:[0,1,2,3,11,100],fc:5},{lngs:["cs","sk"],nr:[1,2,5],fc:6},{lngs:["csb","pl"],nr:[1,2,5],fc:7},{lngs:["cy"],nr:[1,2,3,8],fc:8},{lngs:["fr"],nr:[1,2],fc:9},{lngs:["ga"],nr:[1,2,3,7,11],fc:10},{lngs:["gd"],nr:[1,2,3,20],fc:11},{lngs:["is"],nr:[1,2],fc:12},{lngs:["jv"],nr:[0,1],fc:13},{lngs:["kw"],nr:[1,2,3,4],fc:14},{lngs:["lt"],nr:[1,2,10],fc:15},{lngs:["lv"],nr:[1,2,0],fc:16},{lngs:["mk"],nr:[1,2],fc:17},{lngs:["mnk"],nr:[0,1,2],fc:18},{lngs:["mt"],nr:[1,2,11,20],fc:19},{lngs:["or"],nr:[2,1],fc:2},{lngs:["ro"],nr:[1,2,20],fc:20},{lngs:["sl"],nr:[5,1,2,3],fc:21},{lngs:["he","iw"],nr:[1,2,20,21],fc:22}],tye={1:function(e){return+(e>1)},2:function(e){return+(e!=1)},3:function(e){return 0},4:function(e){return e%10==1&&e%100!=11?0:e%10>=2&&e%10<=4&&(e%100<10||e%100>=20)?1:2},5:function(e){return e==0?0:e==1?1:e==2?2:e%100>=3&&e%100<=10?3:e%100>=11?4:5},6:function(e){return e==1?0:e>=2&&e<=4?1:2},7:function(e){return e==1?0:e%10>=2&&e%10<=4&&(e%100<10||e%100>=20)?1:2},8:function(e){return e==1?0:e==2?1:e!=8&&e!=11?2:3},9:function(e){return+(e>=2)},10:function(e){return e==1?0:e==2?1:e<7?2:e<11?3:4},11:function(e){return e==1||e==11?0:e==2||e==12?1:e>2&&e<20?2:3},12:function(e){return+(e%10!=1||e%100==11)},13:function(e){return+(e!==0)},14:function(e){return e==1?0:e==2?1:e==3?2:3},15:function(e){return e%10==1&&e%100!=11?0:e%10>=2&&(e%100<10||e%100>=20)?1:2},16:function(e){return e%10==1&&e%100!=11?0:e!==0?1:2},17:function(e){return e==1||e%10==1&&e%100!=11?0:1},18:function(e){return e==0?0:e==1?1:2},19:function(e){return e==1?0:e==0||e%100>1&&e%100<11?1:e%100>10&&e%100<20?2:3},20:function(e){return e==1?0:e==0||e%100>0&&e%100<20?1:2},21:function(e){return e%100==1?1:e%100==2?2:e%100==3||e%100==4?3:0},22:function(e){return e==1?0:e==2?1:(e<0||e>10)&&e%10==0?2:3}};const nye=["v1","v2","v3"],rye=["v4"],S8={zero:0,one:1,two:2,few:3,many:4,other:5};function iye(){const e={};return eye.forEach(t=>{t.lngs.forEach(n=>{e[n]={numbers:t.nr,plurals:tye[t.fc]}})}),e}class oye{constructor(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};this.languageUtils=t,this.options=n,this.logger=na.create("pluralResolver"),(!this.options.compatibilityJSON||rye.includes(this.options.compatibilityJSON))&&(typeof Intl>"u"||!Intl.PluralRules)&&(this.options.compatibilityJSON="v3",this.logger.error("Your environment seems not to be Intl API compatible, use an Intl.PluralRules polyfill. Will fallback to the compatibilityJSON v3 format handling.")),this.rules=iye()}addRule(t,n){this.rules[t]=n}getRule(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};if(this.shouldUseIntlApi())try{return new Intl.PluralRules(_1(t),{type:n.ordinal?"ordinal":"cardinal"})}catch{return}return this.rules[t]||this.rules[this.languageUtils.getLanguagePartFromCode(t)]}needsPlural(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};const r=this.getRule(t,n);return this.shouldUseIntlApi()?r&&r.resolvedOptions().pluralCategories.length>1:r&&r.numbers.length>1}getPluralFormsOfKey(t,n){let r=arguments.length>2&&arguments[2]!==void 0?arguments[2]:{};return this.getSuffixes(t,r).map(i=>`${n}${i}`)}getSuffixes(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};const r=this.getRule(t,n);return r?this.shouldUseIntlApi()?r.resolvedOptions().pluralCategories.sort((i,o)=>S8[i]-S8[o]).map(i=>`${this.options.prepend}${n.ordinal?`ordinal${this.options.prepend}`:""}${i}`):r.numbers.map(i=>this.getSuffix(t,i,n)):[]}getSuffix(t,n){let r=arguments.length>2&&arguments[2]!==void 0?arguments[2]:{};const i=this.getRule(t,r);return i?this.shouldUseIntlApi()?`${this.options.prepend}${r.ordinal?`ordinal${this.options.prepend}`:""}${i.select(n)}`:this.getSuffixRetroCompatible(i,n):(this.logger.warn(`no plural rule found for: ${t}`),"")}getSuffixRetroCompatible(t,n){const r=t.noAbs?t.plurals(n):t.plurals(Math.abs(n));let i=t.numbers[r];this.options.simplifyPluralSuffix&&t.numbers.length===2&&t.numbers[0]===1&&(i===2?i="plural":i===1&&(i=""));const o=()=>this.options.prepend&&i.toString()?this.options.prepend+i.toString():i.toString();return this.options.compatibilityJSON==="v1"?i===1?"":typeof i=="number"?`_plural_${i.toString()}`:o():this.options.compatibilityJSON==="v2"||this.options.simplifyPluralSuffix&&t.numbers.length===2&&t.numbers[0]===1?o():this.options.prepend&&r.toString()?this.options.prepend+r.toString():r.toString()}shouldUseIntlApi(){return!nye.includes(this.options.compatibilityJSON)}}function w8(e,t,n){let r=arguments.length>3&&arguments[3]!==void 0?arguments[3]:".",i=arguments.length>4&&arguments[4]!==void 0?arguments[4]:!0,o=Xme(e,t,n);return!o&&i&&typeof n=="string"&&(o=v1(e,n,r),o===void 0&&(o=v1(t,n,r))),o}class sye{constructor(){let t=arguments.length>0&&arguments[0]!==void 0?arguments[0]:{};this.logger=na.create("interpolator"),this.options=t,this.format=t.interpolation&&t.interpolation.format||(n=>n),this.init(t)}init(){let t=arguments.length>0&&arguments[0]!==void 0?arguments[0]:{};t.interpolation||(t.interpolation={escapeValue:!0});const n=t.interpolation;this.escape=n.escape!==void 0?n.escape:Yme,this.escapeValue=n.escapeValue!==void 0?n.escapeValue:!0,this.useRawValueToEscape=n.useRawValueToEscape!==void 0?n.useRawValueToEscape:!1,this.prefix=n.prefix?hd(n.prefix):n.prefixEscaped||"{{",this.suffix=n.suffix?hd(n.suffix):n.suffixEscaped||"}}",this.formatSeparator=n.formatSeparator?n.formatSeparator:n.formatSeparator||",",this.unescapePrefix=n.unescapeSuffix?"":n.unescapePrefix||"-",this.unescapeSuffix=this.unescapePrefix?"":n.unescapeSuffix||"",this.nestingPrefix=n.nestingPrefix?hd(n.nestingPrefix):n.nestingPrefixEscaped||hd("$t("),this.nestingSuffix=n.nestingSuffix?hd(n.nestingSuffix):n.nestingSuffixEscaped||hd(")"),this.nestingOptionsSeparator=n.nestingOptionsSeparator?n.nestingOptionsSeparator:n.nestingOptionsSeparator||",",this.maxReplaces=n.maxReplaces?n.maxReplaces:1e3,this.alwaysFormat=n.alwaysFormat!==void 0?n.alwaysFormat:!1,this.resetRegExp()}reset(){this.options&&this.init(this.options)}resetRegExp(){const t=`${this.prefix}(.+?)${this.suffix}`;this.regexp=new RegExp(t,"g");const n=`${this.prefix}${this.unescapePrefix}(.+?)${this.unescapeSuffix}${this.suffix}`;this.regexpUnescape=new RegExp(n,"g");const r=`${this.nestingPrefix}(.+?)${this.nestingSuffix}`;this.nestingRegexp=new RegExp(r,"g")}interpolate(t,n,r,i){let o,s,a;const l=this.options&&this.options.interpolation&&this.options.interpolation.defaultVariables||{};function u(p){return p.replace(/\$/g,"$$$$")}const c=p=>{if(p.indexOf(this.formatSeparator)<0){const v=w8(n,l,p,this.options.keySeparator,this.options.ignoreJSONStructure);return this.alwaysFormat?this.format(v,void 0,r,{...i,...n,interpolationkey:p}):v}const m=p.split(this.formatSeparator),b=m.shift().trim(),_=m.join(this.formatSeparator).trim();return this.format(w8(n,l,b,this.options.keySeparator,this.options.ignoreJSONStructure),_,r,{...i,...n,interpolationkey:b})};this.resetRegExp();const d=i&&i.missingInterpolationHandler||this.options.missingInterpolationHandler,f=i&&i.interpolation&&i.interpolation.skipOnVariables!==void 0?i.interpolation.skipOnVariables:this.options.interpolation.skipOnVariables;return[{regex:this.regexpUnescape,safeValue:p=>u(p)},{regex:this.regexp,safeValue:p=>this.escapeValue?u(this.escape(p)):u(p)}].forEach(p=>{for(a=0;o=p.regex.exec(t);){const m=o[1].trim();if(s=c(m),s===void 0)if(typeof d=="function"){const _=d(t,o,i);s=typeof _=="string"?_:""}else if(i&&Object.prototype.hasOwnProperty.call(i,m))s="";else if(f){s=o[0];continue}else this.logger.warn(`missed to pass in variable ${m} for interpolating ${t}`),s="";else typeof s!="string"&&!this.useRawValueToEscape&&(s=m8(s));const b=p.safeValue(s);if(t=t.replace(o[0],b),f?(p.regex.lastIndex+=s.length,p.regex.lastIndex-=o[0].length):p.regex.lastIndex=0,a++,a>=this.maxReplaces)break}}),t}nest(t,n){let r=arguments.length>2&&arguments[2]!==void 0?arguments[2]:{},i,o,s;function a(l,u){const c=this.nestingOptionsSeparator;if(l.indexOf(c)<0)return l;const d=l.split(new RegExp(`${c}[ ]*{`));let f=`{${d[1]}`;l=d[0],f=this.interpolate(f,s);const h=f.match(/'/g),p=f.match(/"/g);(h&&h.length%2===0&&!p||p.length%2!==0)&&(f=f.replace(/'/g,'"'));try{s=JSON.parse(f),u&&(s={...u,...s})}catch(m){return this.logger.warn(`failed parsing options string in nesting for key ${l}`,m),`${l}${c}${f}`}return delete s.defaultValue,l}for(;i=this.nestingRegexp.exec(t);){let l=[];s={...r},s=s.replace&&typeof s.replace!="string"?s.replace:s,s.applyPostProcessor=!1,delete s.defaultValue;let u=!1;if(i[0].indexOf(this.formatSeparator)!==-1&&!/{.*}/.test(i[1])){const c=i[1].split(this.formatSeparator).map(d=>d.trim());i[1]=c.shift(),l=c,u=!0}if(o=n(a.call(this,i[1].trim(),s),s),o&&i[0]===t&&typeof o!="string")return o;typeof o!="string"&&(o=m8(o)),o||(this.logger.warn(`missed to resolve ${i[1]} for nesting ${t}`),o=""),u&&(o=l.reduce((c,d)=>this.format(c,d,r.lng,{...r,interpolationkey:i[1].trim()}),o.trim())),t=t.replace(i[0],o),this.regexp.lastIndex=0}return t}}function aye(e){let t=e.toLowerCase().trim();const n={};if(e.indexOf("(")>-1){const r=e.split("(");t=r[0].toLowerCase().trim();const i=r[1].substring(0,r[1].length-1);t==="currency"&&i.indexOf(":")<0?n.currency||(n.currency=i.trim()):t==="relativetime"&&i.indexOf(":")<0?n.range||(n.range=i.trim()):i.split(";").forEach(s=>{if(!s)return;const[a,...l]=s.split(":"),u=l.join(":").trim().replace(/^'+|'+$/g,"");n[a.trim()]||(n[a.trim()]=u),u==="false"&&(n[a.trim()]=!1),u==="true"&&(n[a.trim()]=!0),isNaN(u)||(n[a.trim()]=parseInt(u,10))})}return{formatName:t,formatOptions:n}}function pd(e){const t={};return function(r,i,o){const s=i+JSON.stringify(o);let a=t[s];return a||(a=e(_1(i),o),t[s]=a),a(r)}}class lye{constructor(){let t=arguments.length>0&&arguments[0]!==void 0?arguments[0]:{};this.logger=na.create("formatter"),this.options=t,this.formats={number:pd((n,r)=>{const i=new Intl.NumberFormat(n,{...r});return o=>i.format(o)}),currency:pd((n,r)=>{const i=new Intl.NumberFormat(n,{...r,style:"currency"});return o=>i.format(o)}),datetime:pd((n,r)=>{const i=new Intl.DateTimeFormat(n,{...r});return o=>i.format(o)}),relativetime:pd((n,r)=>{const i=new Intl.RelativeTimeFormat(n,{...r});return o=>i.format(o,r.range||"day")}),list:pd((n,r)=>{const i=new Intl.ListFormat(n,{...r});return o=>i.format(o)})},this.init(t)}init(t){const r=(arguments.length>1&&arguments[1]!==void 0?arguments[1]:{interpolation:{}}).interpolation;this.formatSeparator=r.formatSeparator?r.formatSeparator:r.formatSeparator||","}add(t,n){this.formats[t.toLowerCase().trim()]=n}addCached(t,n){this.formats[t.toLowerCase().trim()]=pd(n)}format(t,n,r){let i=arguments.length>3&&arguments[3]!==void 0?arguments[3]:{};return n.split(this.formatSeparator).reduce((a,l)=>{const{formatName:u,formatOptions:c}=aye(l);if(this.formats[u]){let d=a;try{const f=i&&i.formatParams&&i.formatParams[i.interpolationkey]||{},h=f.locale||f.lng||i.locale||i.lng||r;d=this.formats[u](a,h,{...c,...i,...f})}catch(f){this.logger.warn(f)}return d}else 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Will not load resources."),i&&i();typeof t=="string"&&(t=this.languageUtils.toResolveHierarchy(t)),typeof n=="string"&&(n=[n]);const o=this.queueLoad(t,n,r,i);if(!o.toLoad.length)return o.pending.length||i(),null;o.toLoad.forEach(s=>{this.loadOne(s)})}load(t,n,r){this.prepareLoading(t,n,{},r)}reload(t,n,r){this.prepareLoading(t,n,{reload:!0},r)}loadOne(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:"";const r=t.split("|"),i=r[0],o=r[1];this.read(i,o,"read",void 0,void 0,(s,a)=>{s&&this.logger.warn(`${n}loading namespace ${o} for language ${i} failed`,s),!s&&a&&this.logger.log(`${n}loaded namespace ${o} for language ${i}`,a),this.loaded(t,s,a)})}saveMissing(t,n,r,i,o){let s=arguments.length>5&&arguments[5]!==void 0?arguments[5]:{},a=arguments.length>6&&arguments[6]!==void 0?arguments[6]:()=>{};if(this.services.utils&&this.services.utils.hasLoadedNamespace&&!this.services.utils.hasLoadedNamespace(n)){this.logger.warn(`did not save key "${r}" as the namespace "${n}" was not yet loaded`,"This means something IS WRONG in your setup. You access the t function before i18next.init / i18next.loadNamespace / i18next.changeLanguage was done. Wait for the callback or Promise to resolve before accessing it!!!");return}if(!(r==null||r==="")){if(this.backend&&this.backend.create){const l={...s,isUpdate:o},u=this.backend.create.bind(this.backend);if(u.length<6)try{let c;u.length===5?c=u(t,n,r,i,l):c=u(t,n,r,i),c&&typeof c.then=="function"?c.then(d=>a(null,d)).catch(a):a(null,c)}catch(c){a(c)}else u(t,n,r,i,a,l)}!t||!t[0]||this.store.addResource(t[0],n,r,i)}}}function x8(){return{debug:!1,initImmediate:!0,ns:["translation"],defaultNS:["translation"],fallbackLng:["dev"],fallbackNS:!1,supportedLngs:!1,nonExplicitSupportedLngs:!1,load:"all",preload:!1,simplifyPluralSuffix:!0,keySeparator:".",nsSeparator:":",pluralSeparator:"_",contextSeparator:"_",partialBundledLanguages:!1,saveMissing:!1,updateMissing:!1,saveMissingTo:"fallback",saveMissingPlurals:!0,missingKeyHandler:!1,missingInterpolationHandler:!1,postProcess:!1,postProcessPassResolved:!1,returnNull:!1,returnEmptyString:!0,returnObjects:!1,joinArrays:!1,returnedObjectHandler:!1,parseMissingKeyHandler:!1,appendNamespaceToMissingKey:!1,appendNamespaceToCIMode:!1,overloadTranslationOptionHandler:function(t){let n={};if(typeof t[1]=="object"&&(n=t[1]),typeof t[1]=="string"&&(n.defaultValue=t[1]),typeof t[2]=="string"&&(n.tDescription=t[2]),typeof t[2]=="object"||typeof t[3]=="object"){const r=t[3]||t[2];Object.keys(r).forEach(i=>{n[i]=r[i]})}return n},interpolation:{escapeValue:!0,format:(e,t,n,r)=>e,prefix:"{{",suffix:"}}",formatSeparator:",",unescapePrefix:"-",nestingPrefix:"$t(",nestingSuffix:")",nestingOptionsSeparator:",",maxReplaces:1e3,skipOnVariables:!0}}}function C8(e){return typeof e.ns=="string"&&(e.ns=[e.ns]),typeof e.fallbackLng=="string"&&(e.fallbackLng=[e.fallbackLng]),typeof e.fallbackNS=="string"&&(e.fallbackNS=[e.fallbackNS]),e.supportedLngs&&e.supportedLngs.indexOf("cimode")<0&&(e.supportedLngs=e.supportedLngs.concat(["cimode"])),e}function Hy(){}function dye(e){Object.getOwnPropertyNames(Object.getPrototypeOf(e)).forEach(n=>{typeof e[n]=="function"&&(e[n]=e[n].bind(e))})}class $g extends Ob{constructor(){let t=arguments.length>0&&arguments[0]!==void 0?arguments[0]:{},n=arguments.length>1?arguments[1]:void 0;if(super(),this.options=C8(t),this.services={},this.logger=na,this.modules={external:[]},dye(this),n&&!this.isInitialized&&!t.isClone){if(!this.options.initImmediate)return this.init(t,n),this;setTimeout(()=>{this.init(t,n)},0)}}init(){var t=this;let n=arguments.length>0&&arguments[0]!==void 0?arguments[0]:{},r=arguments.length>1?arguments[1]:void 0;typeof n=="function"&&(r=n,n={}),!n.defaultNS&&n.defaultNS!==!1&&n.ns&&(typeof n.ns=="string"?n.defaultNS=n.ns:n.ns.indexOf("translation")<0&&(n.defaultNS=n.ns[0]));const i=x8();this.options={...i,...this.options,...C8(n)},this.options.compatibilityAPI!=="v1"&&(this.options.interpolation={...i.interpolation,...this.options.interpolation}),n.keySeparator!==void 0&&(this.options.userDefinedKeySeparator=n.keySeparator),n.nsSeparator!==void 0&&(this.options.userDefinedNsSeparator=n.nsSeparator);function o(c){return c?typeof c=="function"?new c:c:null}if(!this.options.isClone){this.modules.logger?na.init(o(this.modules.logger),this.options):na.init(null,this.options);let c;this.modules.formatter?c=this.modules.formatter:typeof Intl<"u"&&(c=lye);const d=new b8(this.options);this.store=new v8(this.options.resources,this.options);const f=this.services;f.logger=na,f.resourceStore=this.store,f.languageUtils=d,f.pluralResolver=new oye(d,{prepend:this.options.pluralSeparator,compatibilityJSON:this.options.compatibilityJSON,simplifyPluralSuffix:this.options.simplifyPluralSuffix}),c&&(!this.options.interpolation.format||this.options.interpolation.format===i.interpolation.format)&&(f.formatter=o(c),f.formatter.init(f,this.options),this.options.interpolation.format=f.formatter.format.bind(f.formatter)),f.interpolator=new sye(this.options),f.utils={hasLoadedNamespace:this.hasLoadedNamespace.bind(this)},f.backendConnector=new cye(o(this.modules.backend),f.resourceStore,f,this.options),f.backendConnector.on("*",function(h){for(var p=arguments.length,m=new Array(p>1?p-1:0),b=1;b1?p-1:0),b=1;b{h.init&&h.init(this)})}if(this.format=this.options.interpolation.format,r||(r=Hy),this.options.fallbackLng&&!this.services.languageDetector&&!this.options.lng){const c=this.services.languageUtils.getFallbackCodes(this.options.fallbackLng);c.length>0&&c[0]!=="dev"&&(this.options.lng=c[0])}!this.services.languageDetector&&!this.options.lng&&this.logger.warn("init: no languageDetector is used and no lng is defined"),["getResource","hasResourceBundle","getResourceBundle","getDataByLanguage"].forEach(c=>{this[c]=function(){return t.store[c](...arguments)}}),["addResource","addResources","addResourceBundle","removeResourceBundle"].forEach(c=>{this[c]=function(){return t.store[c](...arguments),t}});const l=$h(),u=()=>{const c=(d,f)=>{this.isInitialized&&!this.initializedStoreOnce&&this.logger.warn("init: i18next is already initialized. 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Please check the object you are passing to i18next.use()");if(!t.type)throw new Error("You are passing a wrong module! Please check the object you are passing to i18next.use()");return t.type==="backend"&&(this.modules.backend=t),(t.type==="logger"||t.log&&t.warn&&t.error)&&(this.modules.logger=t),t.type==="languageDetector"&&(this.modules.languageDetector=t),t.type==="i18nFormat"&&(this.modules.i18nFormat=t),t.type==="postProcessor"&&xB.addPostProcessor(t),t.type==="formatter"&&(this.modules.formatter=t),t.type==="3rdParty"&&this.modules.external.push(t),this}setResolvedLanguage(t){if(!(!t||!this.languages)&&!(["cimode","dev"].indexOf(t)>-1))for(let n=0;n-1)&&this.store.hasLanguageSomeTranslations(r)){this.resolvedLanguage=r;break}}}changeLanguage(t,n){var r=this;this.isLanguageChangingTo=t;const i=$h();this.emit("languageChanging",t);const o=l=>{this.language=l,this.languages=this.services.languageUtils.toResolveHierarchy(l),this.resolvedLanguage=void 0,this.setResolvedLanguage(l)},s=(l,u)=>{u?(o(u),this.translator.changeLanguage(u),this.isLanguageChangingTo=void 0,this.emit("languageChanged",u),this.logger.log("languageChanged",u)):this.isLanguageChangingTo=void 0,i.resolve(function(){return r.t(...arguments)}),n&&n(l,function(){return r.t(...arguments)})},a=l=>{!t&&!l&&this.services.languageDetector&&(l=[]);const u=typeof l=="string"?l:this.services.languageUtils.getBestMatchFromCodes(l);u&&(this.language||o(u),this.translator.language||this.translator.changeLanguage(u),this.services.languageDetector&&this.services.languageDetector.cacheUserLanguage&&this.services.languageDetector.cacheUserLanguage(u)),this.loadResources(u,c=>{s(c,u)})};return!t&&this.services.languageDetector&&!this.services.languageDetector.async?a(this.services.languageDetector.detect()):!t&&this.services.languageDetector&&this.services.languageDetector.async?this.services.languageDetector.detect.length===0?this.services.languageDetector.detect().then(a):this.services.languageDetector.detect(a):a(t),i}getFixedT(t,n,r){var i=this;const o=function(s,a){let l;if(typeof a!="object"){for(var u=arguments.length,c=new Array(u>2?u-2:0),d=2;d`${l.keyPrefix}${f}${p}`):h=l.keyPrefix?`${l.keyPrefix}${f}${s}`:s,i.t(h,l)};return typeof t=="string"?o.lng=t:o.lngs=t,o.ns=n,o.keyPrefix=r,o}t(){return this.translator&&this.translator.translate(...arguments)}exists(){return this.translator&&this.translator.exists(...arguments)}setDefaultNamespace(t){this.options.defaultNS=t}hasLoadedNamespace(t){let n=arguments.length>1&&arguments[1]!==void 0?arguments[1]:{};if(!this.isInitialized)return this.logger.warn("hasLoadedNamespace: i18next was not initialized",this.languages),!1;if(!this.languages||!this.languages.length)return this.logger.warn("hasLoadedNamespace: i18n.languages were undefined or empty",this.languages),!1;const r=n.lng||this.resolvedLanguage||this.languages[0],i=this.options?this.options.fallbackLng:!1,o=this.languages[this.languages.length-1];if(r.toLowerCase()==="cimode")return!0;const s=(a,l)=>{const u=this.services.backendConnector.state[`${a}|${l}`];return u===-1||u===2};if(n.precheck){const a=n.precheck(this,s);if(a!==void 0)return a}return!!(this.hasResourceBundle(r,t)||!this.services.backendConnector.backend||this.options.resources&&!this.options.partialBundledLanguages||s(r,t)&&(!i||s(o,t)))}loadNamespaces(t,n){const r=$h();return this.options.ns?(typeof t=="string"&&(t=[t]),t.forEach(i=>{this.options.ns.indexOf(i)<0&&this.options.ns.push(i)}),this.loadResources(i=>{r.resolve(),n&&n(i)}),r):(n&&n(),Promise.resolve())}loadLanguages(t,n){const r=$h();typeof t=="string"&&(t=[t]);const i=this.options.preload||[],o=t.filter(s=>i.indexOf(s)<0);return o.length?(this.options.preload=i.concat(o),this.loadResources(s=>{r.resolve(),n&&n(s)}),r):(n&&n(),Promise.resolve())}dir(t){if(t||(t=this.resolvedLanguage||(this.languages&&this.languages.length>0?this.languages[0]:this.language)),!t)return"rtl";const 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Use ""'+l+'" instead.')}o.prototype[a]=f,o.prototype[c]=f,o.prototype[d]=f})},afterSetFilter(){this._filterUpToDate=!1}}})(xt);var Is={},Xa={};Object.defineProperty(Xa,"__esModule",{value:!0});Xa.HitContext=Xa.SceneContext=Xa.Context=void 0;const HB=ir,q0e=Et;function W0e(e){var t=[],n=e.length,r=HB.Util,i,o;for(i=0;itypeof c=="number"?Math.floor(c):c)),o+=K0e+u.join(N8)+X0e)):(o+=a.property,t||(o+=eve+a.val)),o+=Z0e;return o}clearTrace(){this.traceArr=[]}_trace(t){var n=this.traceArr,r;n.push(t),r=n.length,r>=nve&&n.shift()}reset(){var t=this.getCanvas().getPixelRatio();this.setTransform(1*t,0,0,1*t,0,0)}getCanvas(){return this.canvas}clear(t){var n=this.getCanvas();t?this.clearRect(t.x||0,t.y||0,t.width||0,t.height||0):this.clearRect(0,0,n.getWidth()/n.pixelRatio,n.getHeight()/n.pixelRatio)}_applyLineCap(t){const n=t.attrs.lineCap;n&&this.setAttr("lineCap",n)}_applyOpacity(t){var n=t.getAbsoluteOpacity();n!==1&&this.setAttr("globalAlpha",n)}_applyLineJoin(t){const n=t.attrs.lineJoin;n&&this.setAttr("lineJoin",n)}setAttr(t,n){this._context[t]=n}arc(t,n,r,i,o,s){this._context.arc(t,n,r,i,o,s)}arcTo(t,n,r,i,o){this._context.arcTo(t,n,r,i,o)}beginPath(){this._context.beginPath()}bezierCurveTo(t,n,r,i,o,s){this._context.bezierCurveTo(t,n,r,i,o,s)}clearRect(t,n,r,i){this._context.clearRect(t,n,r,i)}clip(...t){this._context.clip.apply(this._context,t)}closePath(){this._context.closePath()}createImageData(t,n){var r=arguments;if(r.length===2)return this._context.createImageData(t,n);if(r.length===1)return this._context.createImageData(t)}createLinearGradient(t,n,r,i){return this._context.createLinearGradient(t,n,r,i)}createPattern(t,n){return this._context.createPattern(t,n)}createRadialGradient(t,n,r,i,o,s){return this._context.createRadialGradient(t,n,r,i,o,s)}drawImage(t,n,r,i,o,s,a,l,u){var c=arguments,d=this._context;c.length===3?d.drawImage(t,n,r):c.length===5?d.drawImage(t,n,r,i,o):c.length===9&&d.drawImage(t,n,r,i,o,s,a,l,u)}ellipse(t,n,r,i,o,s,a,l){this._context.ellipse(t,n,r,i,o,s,a,l)}isPointInPath(t,n,r,i){return r?this._context.isPointInPath(r,t,n,i):this._context.isPointInPath(t,n,i)}fill(...t){this._context.fill.apply(this._context,t)}fillRect(t,n,r,i){this._context.fillRect(t,n,r,i)}strokeRect(t,n,r,i){this._context.strokeRect(t,n,r,i)}fillText(t,n,r,i){i?this._context.fillText(t,n,r,i):this._context.fillText(t,n,r)}measureText(t){return this._context.measureText(t)}getImageData(t,n,r,i){return this._context.getImageData(t,n,r,i)}lineTo(t,n){this._context.lineTo(t,n)}moveTo(t,n){this._context.moveTo(t,n)}rect(t,n,r,i){this._context.rect(t,n,r,i)}putImageData(t,n,r){this._context.putImageData(t,n,r)}quadraticCurveTo(t,n,r,i){this._context.quadraticCurveTo(t,n,r,i)}restore(){this._context.restore()}rotate(t){this._context.rotate(t)}save(){this._context.save()}scale(t,n){this._context.scale(t,n)}setLineDash(t){this._context.setLineDash?this._context.setLineDash(t):"mozDash"in this._context?this._context.mozDash=t:"webkitLineDash"in this._context&&(this._context.webkitLineDash=t)}getLineDash(){return this._context.getLineDash()}setTransform(t,n,r,i,o,s){this._context.setTransform(t,n,r,i,o,s)}stroke(t){t?this._context.stroke(t):this._context.stroke()}strokeText(t,n,r,i){this._context.strokeText(t,n,r,i)}transform(t,n,r,i,o,s){this._context.transform(t,n,r,i,o,s)}translate(t,n){this._context.translate(t,n)}_enableTrace(){var t=this,n=D8.length,r=this.setAttr,i,o,s=function(a){var l=t[a],u;t[a]=function(){return o=W0e(Array.prototype.slice.call(arguments,0)),u=l.apply(t,arguments),t._trace({method:a,args:o}),u}};for(i=0;i{i.dragStatus==="dragging"&&(r=!0)}),r},justDragged:!1,get node(){var r;return e.DD._dragElements.forEach(i=>{r=i.node}),r},_dragElements:new Map,_drag(r){const i=[];e.DD._dragElements.forEach((o,s)=>{const{node:a}=o,l=a.getStage();l.setPointersPositions(r),o.pointerId===void 0&&(o.pointerId=n.Util._getFirstPointerId(r));const u=l._changedPointerPositions.find(f=>f.id===o.pointerId);if(u){if(o.dragStatus!=="dragging"){var c=a.dragDistance(),d=Math.max(Math.abs(u.x-o.startPointerPos.x),Math.abs(u.y-o.startPointerPos.y));if(d{o.fire("dragmove",{type:"dragmove",target:o,evt:r},!0)})},_endDragBefore(r){const i=[];e.DD._dragElements.forEach(o=>{const{node:s}=o,a=s.getStage();if(r&&a.setPointersPositions(r),!a._changedPointerPositions.find(c=>c.id===o.pointerId))return;(o.dragStatus==="dragging"||o.dragStatus==="stopped")&&(e.DD.justDragged=!0,t.Konva._mouseListenClick=!1,t.Konva._touchListenClick=!1,t.Konva._pointerListenClick=!1,o.dragStatus="stopped");const u=o.node.getLayer()||o.node instanceof t.Konva.Stage&&o.node;u&&i.indexOf(u)===-1&&i.push(u)}),i.forEach(o=>{o.draw()})},_endDragAfter(r){e.DD._dragElements.forEach((i,o)=>{i.dragStatus==="stopped"&&i.node.fire("dragend",{type:"dragend",target:i.node,evt:r},!0),i.dragStatus!=="dragging"&&e.DD._dragElements.delete(o)})}},t.Konva.isBrowser&&(window.addEventListener("mouseup",e.DD._endDragBefore,!0),window.addEventListener("touchend",e.DD._endDragBefore,!0),window.addEventListener("mousemove",e.DD._drag),window.addEventListener("touchmove",e.DD._drag),window.addEventListener("mouseup",e.DD._endDragAfter,!1),window.addEventListener("touchend",e.DD._endDragAfter,!1))})(Fb);Object.defineProperty(Kn,"__esModule",{value:!0});Kn.Node=void 0;const Pt=ir,$m=xt,Wy=Is,zu=Et,Uo=Fb,yr=He;var F0="absoluteOpacity",Ky="allEventListeners",Na="absoluteTransform",L8="absoluteScale",Uu="canvas",cve="Change",dve="children",fve="konva",QC="listening",$8="mouseenter",F8="mouseleave",B8="set",z8="Shape",B0=" ",U8="stage",Cl="transform",hve="Stage",YC="visible",pve=["xChange.konva","yChange.konva","scaleXChange.konva","scaleYChange.konva","skewXChange.konva","skewYChange.konva","rotationChange.konva","offsetXChange.konva","offsetYChange.konva","transformsEnabledChange.konva"].join(B0);let gve=1;class at{constructor(t){this._id=gve++,this.eventListeners={},this.attrs={},this.index=0,this._allEventListeners=null,this.parent=null,this._cache=new Map,this._attachedDepsListeners=new Map,this._lastPos=null,this._batchingTransformChange=!1,this._needClearTransformCache=!1,this._filterUpToDate=!1,this._isUnderCache=!1,this._dragEventId=null,this._shouldFireChangeEvents=!1,this.setAttrs(t),this._shouldFireChangeEvents=!0}hasChildren(){return!1}_clearCache(t){(t===Cl||t===Na)&&this._cache.get(t)?this._cache.get(t).dirty=!0:t?this._cache.delete(t):this._cache.clear()}_getCache(t,n){var r=this._cache.get(t),i=t===Cl||t===Na,o=r===void 0||i&&r.dirty===!0;return o&&(r=n.call(this),this._cache.set(t,r)),r}_calculate(t,n,r){if(!this._attachedDepsListeners.get(t)){const i=n.map(o=>o+"Change.konva").join(B0);this.on(i,()=>{this._clearCache(t)}),this._attachedDepsListeners.set(t,!0)}return this._getCache(t,r)}_getCanvasCache(){return this._cache.get(Uu)}_clearSelfAndDescendantCache(t){this._clearCache(t),t===Na&&this.fire("absoluteTransformChange")}clearCache(){if(this._cache.has(Uu)){const{scene:t,filter:n,hit:r}=this._cache.get(Uu);Pt.Util.releaseCanvas(t,n,r),this._cache.delete(Uu)}return this._clearSelfAndDescendantCache(),this._requestDraw(),this}cache(t){var n=t||{},r={};(n.x===void 0||n.y===void 0||n.width===void 0||n.height===void 0)&&(r=this.getClientRect({skipTransform:!0,relativeTo:this.getParent()}));var i=Math.ceil(n.width||r.width),o=Math.ceil(n.height||r.height),s=n.pixelRatio,a=n.x===void 0?Math.floor(r.x):n.x,l=n.y===void 0?Math.floor(r.y):n.y,u=n.offset||0,c=n.drawBorder||!1,d=n.hitCanvasPixelRatio||1;if(!i||!o){Pt.Util.error("Can not cache the node. Width or height of the node equals 0. Caching is skipped.");return}i+=u*2+1,o+=u*2+1,a-=u,l-=u;var f=new Wy.SceneCanvas({pixelRatio:s,width:i,height:o}),h=new Wy.SceneCanvas({pixelRatio:s,width:0,height:0,willReadFrequently:!0}),p=new Wy.HitCanvas({pixelRatio:d,width:i,height:o}),m=f.getContext(),b=p.getContext();return p.isCache=!0,f.isCache=!0,this._cache.delete(Uu),this._filterUpToDate=!1,n.imageSmoothingEnabled===!1&&(f.getContext()._context.imageSmoothingEnabled=!1,h.getContext()._context.imageSmoothingEnabled=!1),m.save(),b.save(),m.translate(-a,-l),b.translate(-a,-l),this._isUnderCache=!0,this._clearSelfAndDescendantCache(F0),this._clearSelfAndDescendantCache(L8),this.drawScene(f,this),this.drawHit(p,this),this._isUnderCache=!1,m.restore(),b.restore(),c&&(m.save(),m.beginPath(),m.rect(0,0,i,o),m.closePath(),m.setAttr("strokeStyle","red"),m.setAttr("lineWidth",5),m.stroke(),m.restore()),this._cache.set(Uu,{scene:f,filter:h,hit:p,x:a,y:l}),this._requestDraw(),this}isCached(){return this._cache.has(Uu)}getClientRect(t){throw new Error('abstract "getClientRect" method call')}_transformedRect(t,n){var r=[{x:t.x,y:t.y},{x:t.x+t.width,y:t.y},{x:t.x+t.width,y:t.y+t.height},{x:t.x,y:t.y+t.height}],i,o,s,a,l=this.getAbsoluteTransform(n);return r.forEach(function(u){var c=l.point(u);i===void 0&&(i=s=c.x,o=a=c.y),i=Math.min(i,c.x),o=Math.min(o,c.y),s=Math.max(s,c.x),a=Math.max(a,c.y)}),{x:i,y:o,width:s-i,height:a-o}}_drawCachedSceneCanvas(t){t.save(),t._applyOpacity(this),t._applyGlobalCompositeOperation(this);const n=this._getCanvasCache();t.translate(n.x,n.y);var r=this._getCachedSceneCanvas(),i=r.pixelRatio;t.drawImage(r._canvas,0,0,r.width/i,r.height/i),t.restore()}_drawCachedHitCanvas(t){var n=this._getCanvasCache(),r=n.hit;t.save(),t.translate(n.x,n.y),t.drawImage(r._canvas,0,0,r.width/r.pixelRatio,r.height/r.pixelRatio),t.restore()}_getCachedSceneCanvas(){var t=this.filters(),n=this._getCanvasCache(),r=n.scene,i=n.filter,o=i.getContext(),s,a,l,u;if(t){if(!this._filterUpToDate){var c=r.pixelRatio;i.setSize(r.width/r.pixelRatio,r.height/r.pixelRatio);try{for(s=t.length,o.clear(),o.drawImage(r._canvas,0,0,r.getWidth()/c,r.getHeight()/c),a=o.getImageData(0,0,i.getWidth(),i.getHeight()),l=0;l{var n,r;if(!t)return this;for(n in t)n!==dve&&(r=B8+Pt.Util._capitalize(n),Pt.Util._isFunction(this[r])?this[r](t[n]):this._setAttr(n,t[n]))}),this}isListening(){return this._getCache(QC,this._isListening)}_isListening(t){if(!this.listening())return!1;const r=this.getParent();return r&&r!==t&&this!==t?r._isListening(t):!0}isVisible(){return this._getCache(YC,this._isVisible)}_isVisible(t){if(!this.visible())return!1;const r=this.getParent();return r&&r!==t&&this!==t?r._isVisible(t):!0}shouldDrawHit(t,n=!1){if(t)return this._isVisible(t)&&this._isListening(t);var r=this.getLayer(),i=!1;Uo.DD._dragElements.forEach(s=>{s.dragStatus==="dragging"&&(s.node.nodeType==="Stage"||s.node.getLayer()===r)&&(i=!0)});var o=!n&&!zu.Konva.hitOnDragEnabled&&i;return this.isListening()&&this.isVisible()&&!o}show(){return this.visible(!0),this}hide(){return this.visible(!1),this}getZIndex(){return this.index||0}getAbsoluteZIndex(){var t=this.getDepth(),n=this,r=0,i,o,s,a;function l(u){for(i=[],o=u.length,s=0;s0&&i[0].getDepth()<=t&&l(i)}return n.nodeType!==hve&&l(n.getStage().getChildren()),r}getDepth(){for(var t=0,n=this.parent;n;)t++,n=n.parent;return t}_batchTransformChanges(t){this._batchingTransformChange=!0,t(),this._batchingTransformChange=!1,this._needClearTransformCache&&(this._clearCache(Cl),this._clearSelfAndDescendantCache(Na)),this._needClearTransformCache=!1}setPosition(t){return this._batchTransformChanges(()=>{this.x(t.x),this.y(t.y)}),this}getPosition(){return{x:this.x(),y:this.y()}}getRelativePointerPosition(){if(!this.getStage())return null;var t=this.getStage().getPointerPosition();if(!t)return null;var n=this.getAbsoluteTransform().copy();return n.invert(),n.point(t)}getAbsolutePosition(t){let n=!1,r=this.parent;for(;r;){if(r.isCached()){n=!0;break}r=r.parent}n&&!t&&(t=!0);var i=this.getAbsoluteTransform(t).getMatrix(),o=new Pt.Transform,s=this.offset();return o.m=i.slice(),o.translate(s.x,s.y),o.getTranslation()}setAbsolutePosition(t){var n=this._clearTransform();this.attrs.x=n.x,this.attrs.y=n.y,delete n.x,delete n.y,this._clearCache(Cl);var r=this._getAbsoluteTransform().copy();return r.invert(),r.translate(t.x,t.y),t={x:this.attrs.x+r.getTranslation().x,y:this.attrs.y+r.getTranslation().y},this._setTransform(n),this.setPosition({x:t.x,y:t.y}),this._clearCache(Cl),this._clearSelfAndDescendantCache(Na),this}_setTransform(t){var n;for(n in t)this.attrs[n]=t[n]}_clearTransform(){var t={x:this.x(),y:this.y(),rotation:this.rotation(),scaleX:this.scaleX(),scaleY:this.scaleY(),offsetX:this.offsetX(),offsetY:this.offsetY(),skewX:this.skewX(),skewY:this.skewY()};return this.attrs.x=0,this.attrs.y=0,this.attrs.rotation=0,this.attrs.scaleX=1,this.attrs.scaleY=1,this.attrs.offsetX=0,this.attrs.offsetY=0,this.attrs.skewX=0,this.attrs.skewY=0,t}move(t){var n=t.x,r=t.y,i=this.x(),o=this.y();return n!==void 0&&(i+=n),r!==void 0&&(o+=r),this.setPosition({x:i,y:o}),this}_eachAncestorReverse(t,n){var r=[],i=this.getParent(),o,s;if(!(n&&n._id===this._id)){for(r.unshift(this);i&&(!n||i._id!==n._id);)r.unshift(i),i=i.parent;for(o=r.length,s=0;s0?(this.parent.children.splice(t,1),this.parent.children.splice(t-1,0,this),this.parent._setChildrenIndices(),!0):!1}moveToBottom(){if(!this.parent)return Pt.Util.warn("Node has no parent. moveToBottom function is ignored."),!1;var t=this.index;return t>0?(this.parent.children.splice(t,1),this.parent.children.unshift(this),this.parent._setChildrenIndices(),!0):!1}setZIndex(t){if(!this.parent)return Pt.Util.warn("Node has no parent. zIndex parameter is ignored."),this;(t<0||t>=this.parent.children.length)&&Pt.Util.warn("Unexpected value "+t+" for zIndex property. zIndex is just index of a node in children of its parent. Expected value is from 0 to "+(this.parent.children.length-1)+".");var n=this.index;return this.parent.children.splice(n,1),this.parent.children.splice(t,0,this),this.parent._setChildrenIndices(),this}getAbsoluteOpacity(){return this._getCache(F0,this._getAbsoluteOpacity)}_getAbsoluteOpacity(){var t=this.opacity(),n=this.getParent();return n&&!n._isUnderCache&&(t*=n.getAbsoluteOpacity()),t}moveTo(t){return this.getParent()!==t&&(this._remove(),t.add(this)),this}toObject(){var t={},n=this.getAttrs(),r,i,o,s,a;t.attrs={};for(r in n)i=n[r],a=Pt.Util.isObject(i)&&!Pt.Util._isPlainObject(i)&&!Pt.Util._isArray(i),!a&&(o=typeof this[r]=="function"&&this[r],delete n[r],s=o?o.call(this):null,n[r]=i,s!==i&&(t.attrs[r]=i));return t.className=this.getClassName(),Pt.Util._prepareToStringify(t)}toJSON(){return JSON.stringify(this.toObject())}getParent(){return this.parent}findAncestors(t,n,r){var i=[];n&&this._isMatch(t)&&i.push(this);for(var o=this.parent;o;){if(o===r)return i;o._isMatch(t)&&i.push(o),o=o.parent}return i}isAncestorOf(t){return!1}findAncestor(t,n,r){return this.findAncestors(t,n,r)[0]}_isMatch(t){if(!t)return!1;if(typeof t=="function")return t(this);var n=t.replace(/ /g,"").split(","),r=n.length,i,o;for(i=0;i{try{const i=t==null?void 0:t.callback;i&&delete t.callback,Pt.Util._urlToImage(this.toDataURL(t),function(o){n(o),i==null||i(o)})}catch(i){r(i)}})}toBlob(t){return new Promise((n,r)=>{try{const i=t==null?void 0:t.callback;i&&delete t.callback,this.toCanvas(t).toBlob(o=>{n(o),i==null||i(o)})}catch(i){r(i)}})}setSize(t){return this.width(t.width),this.height(t.height),this}getSize(){return{width:this.width(),height:this.height()}}getClassName(){return this.className||this.nodeType}getType(){return this.nodeType}getDragDistance(){return this.attrs.dragDistance!==void 0?this.attrs.dragDistance:this.parent?this.parent.getDragDistance():zu.Konva.dragDistance}_off(t,n,r){var i=this.eventListeners[t],o,s,a;for(o=0;o=0;if(r&&!this.isDragging()){var i=!1;Uo.DD._dragElements.forEach(o=>{this.isAncestorOf(o.node)&&(i=!0)}),i||this._createDragElement(t)}})}_dragChange(){if(this.attrs.draggable)this._listenDrag();else{this._dragCleanup();var t=this.getStage();if(!t)return;const n=Uo.DD._dragElements.get(this._id),r=n&&n.dragStatus==="dragging",i=n&&n.dragStatus==="ready";r?this.stopDrag():i&&Uo.DD._dragElements.delete(this._id)}}_dragCleanup(){this.off("mousedown.konva"),this.off("touchstart.konva")}isClientRectOnScreen(t={x:0,y:0}){const n=this.getStage();if(!n)return!1;const r={x:-t.x,y:-t.y,width:n.width()+2*t.x,height:n.height()+2*t.y};return Pt.Util.haveIntersection(r,this.getClientRect())}static create(t,n){return Pt.Util._isString(t)&&(t=JSON.parse(t)),this._createNode(t,n)}static _createNode(t,n){var r=at.prototype.getClassName.call(t),i=t.children,o,s,a;n&&(t.attrs.container=n),zu.Konva[r]||(Pt.Util.warn('Can not find a node with class name "'+r+'". Fallback to "Shape".'),r="Shape");const l=zu.Konva[r];if(o=new l(t.attrs),i)for(s=i.length,a=0;a0}removeChildren(){return this.getChildren().forEach(t=>{t.parent=null,t.index=0,t.remove()}),this.children=[],this._requestDraw(),this}destroyChildren(){return this.getChildren().forEach(t=>{t.parent=null,t.index=0,t.destroy()}),this.children=[],this._requestDraw(),this}add(...t){if(t.length===0)return this;if(t.length>1){for(var n=0;n0?n[0]:void 0}_generalFind(t,n){var r=[];return this._descendants(i=>{const o=i._isMatch(t);return o&&r.push(i),!!(o&&n)}),r}_descendants(t){let n=!1;const r=this.getChildren();for(const i of r){if(n=t(i),n)return!0;if(i.hasChildren()&&(n=i._descendants(t),n))return!0}return!1}toObject(){var t=vw.Node.prototype.toObject.call(this);return t.children=[],this.getChildren().forEach(n=>{t.children.push(n.toObject())}),t}isAncestorOf(t){for(var n=t.getParent();n;){if(n._id===this._id)return!0;n=n.getParent()}return!1}clone(t){var n=vw.Node.prototype.clone.call(this,t);return this.getChildren().forEach(function(r){n.add(r.clone())}),n}getAllIntersections(t){var n=[];return this.find("Shape").forEach(function(r){r.isVisible()&&r.intersects(t)&&n.push(r)}),n}_clearSelfAndDescendantCache(t){var n;super._clearSelfAndDescendantCache(t),!this.isCached()&&((n=this.children)===null||n===void 0||n.forEach(function(r){r._clearSelfAndDescendantCache(t)}))}_setChildrenIndices(){var t;(t=this.children)===null||t===void 0||t.forEach(function(n,r){n.index=r}),this._requestDraw()}drawScene(t,n){var r=this.getLayer(),i=t||r&&r.getCanvas(),o=i&&i.getContext(),s=this._getCanvasCache(),a=s&&s.scene,l=i&&i.isCache;if(!this.isVisible()&&!l)return this;if(a){o.save();var u=this.getAbsoluteTransform(n).getMatrix();o.transform(u[0],u[1],u[2],u[3],u[4],u[5]),this._drawCachedSceneCanvas(o),o.restore()}else this._drawChildren("drawScene",i,n);return this}drawHit(t,n){if(!this.shouldDrawHit(n))return this;var r=this.getLayer(),i=t||r&&r.hitCanvas,o=i&&i.getContext(),s=this._getCanvasCache(),a=s&&s.hit;if(a){o.save();var l=this.getAbsoluteTransform(n).getMatrix();o.transform(l[0],l[1],l[2],l[3],l[4],l[5]),this._drawCachedHitCanvas(o),o.restore()}else this._drawChildren("drawHit",i,n);return this}_drawChildren(t,n,r){var i,o=n&&n.getContext(),s=this.clipWidth(),a=this.clipHeight(),l=this.clipFunc(),u=s&&a||l;const c=r===this;if(u){o.save();var d=this.getAbsoluteTransform(r),f=d.getMatrix();o.transform(f[0],f[1],f[2],f[3],f[4],f[5]),o.beginPath();let b;if(l)b=l.call(this,o,this);else{var h=this.clipX(),p=this.clipY();o.rect(h,p,s,a)}o.clip.apply(o,b),f=d.copy().invert().getMatrix(),o.transform(f[0],f[1],f[2],f[3],f[4],f[5])}var m=!c&&this.globalCompositeOperation()!=="source-over"&&t==="drawScene";m&&(o.save(),o._applyGlobalCompositeOperation(this)),(i=this.children)===null||i===void 0||i.forEach(function(b){b[t](n,r)}),m&&o.restore(),u&&o.restore()}getClientRect(t){var n;t=t||{};var r=t.skipTransform,i=t.relativeTo,o,s,a,l,u={x:1/0,y:1/0,width:0,height:0},c=this;(n=this.children)===null||n===void 0||n.forEach(function(m){if(m.visible()){var b=m.getClientRect({relativeTo:c,skipShadow:t.skipShadow,skipStroke:t.skipStroke});b.width===0&&b.height===0||(o===void 0?(o=b.x,s=b.y,a=b.x+b.width,l=b.y+b.height):(o=Math.min(o,b.x),s=Math.min(s,b.y),a=Math.max(a,b.x+b.width),l=Math.max(l,b.y+b.height)))}});for(var d=this.find("Shape"),f=!1,h=0;hQ.indexOf("pointer")>=0?"pointer":Q.indexOf("touch")>=0?"touch":"mouse",U=Q=>{const j=F(Q);if(j==="pointer")return i.Konva.pointerEventsEnabled&&I.pointer;if(j==="touch")return I.touch;if(j==="mouse")return I.mouse};function V(Q={}){return(Q.clipFunc||Q.clipWidth||Q.clipHeight)&&t.Util.warn("Stage does not support clipping. Please use clip for Layers or Groups."),Q}const H="Pointer position is missing and not registered by the stage. Looks like it is outside of the stage container. You can set it manually from event: stage.setPointersPositions(event);";e.stages=[];class Y extends r.Container{constructor(j){super(V(j)),this._pointerPositions=[],this._changedPointerPositions=[],this._buildDOM(),this._bindContentEvents(),e.stages.push(this),this.on("widthChange.konva heightChange.konva",this._resizeDOM),this.on("visibleChange.konva",this._checkVisibility),this.on("clipWidthChange.konva clipHeightChange.konva clipFuncChange.konva",()=>{V(this.attrs)}),this._checkVisibility()}_validateAdd(j){const K=j.getType()==="Layer",ee=j.getType()==="FastLayer";K||ee||t.Util.throw("You may only add layers to the stage.")}_checkVisibility(){if(!this.content)return;const j=this.visible()?"":"none";this.content.style.display=j}setContainer(j){if(typeof j===c){if(j.charAt(0)==="."){var K=j.slice(1);j=document.getElementsByClassName(K)[0]}else{var ee;j.charAt(0)!=="#"?ee=j:ee=j.slice(1),j=document.getElementById(ee)}if(!j)throw"Can not find container in document with id "+ee}return this._setAttr("container",j),this.content&&(this.content.parentElement&&this.content.parentElement.removeChild(this.content),j.appendChild(this.content)),this}shouldDrawHit(){return!0}clear(){var j=this.children,K=j.length,ee;for(ee=0;ee-1&&e.stages.splice(K,1),t.Util.releaseCanvas(this.bufferCanvas._canvas,this.bufferHitCanvas._canvas),this}getPointerPosition(){const j=this._pointerPositions[0]||this._changedPointerPositions[0];return j?{x:j.x,y:j.y}:(t.Util.warn(H),null)}_getPointerById(j){return this._pointerPositions.find(K=>K.id===j)}getPointersPositions(){return this._pointerPositions}getStage(){return this}getContent(){return this.content}_toKonvaCanvas(j){j=j||{},j.x=j.x||0,j.y=j.y||0,j.width=j.width||this.width(),j.height=j.height||this.height();var K=new o.SceneCanvas({width:j.width,height:j.height,pixelRatio:j.pixelRatio||1}),ee=K.getContext()._context,ie=this.children;return(j.x||j.y)&&ee.translate(-1*j.x,-1*j.y),ie.forEach(function(ge){if(ge.isVisible()){var ae=ge._toKonvaCanvas(j);ee.drawImage(ae._canvas,j.x,j.y,ae.getWidth()/ae.getPixelRatio(),ae.getHeight()/ae.getPixelRatio())}}),K}getIntersection(j){if(!j)return null;var K=this.children,ee=K.length,ie=ee-1,ge;for(ge=ie;ge>=0;ge--){const ae=K[ge].getIntersection(j);if(ae)return ae}return null}_resizeDOM(){var j=this.width(),K=this.height();this.content&&(this.content.style.width=j+d,this.content.style.height=K+d),this.bufferCanvas.setSize(j,K),this.bufferHitCanvas.setSize(j,K),this.children.forEach(ee=>{ee.setSize({width:j,height:K}),ee.draw()})}add(j,...K){if(arguments.length>1){for(var ee=0;eeR&&t.Util.warn("The stage has "+ie+" layers. Recommended maximum number of layers is 3-5. Adding more layers into the stage may drop the performance. Rethink your tree structure, you can use Konva.Group."),j.setSize({width:this.width(),height:this.height()}),j.draw(),i.Konva.isBrowser&&this.content.appendChild(j.canvas._canvas),this}getParent(){return null}getLayer(){return null}hasPointerCapture(j){return l.hasPointerCapture(j,this)}setPointerCapture(j){l.setPointerCapture(j,this)}releaseCapture(j){l.releaseCapture(j,this)}getLayers(){return this.children}_bindContentEvents(){i.Konva.isBrowser&&O.forEach(([j,K])=>{this.content.addEventListener(j,ee=>{this[K](ee)},{passive:!1})})}_pointerenter(j){this.setPointersPositions(j);const K=U(j.type);this._fire(K.pointerenter,{evt:j,target:this,currentTarget:this})}_pointerover(j){this.setPointersPositions(j);const K=U(j.type);this._fire(K.pointerover,{evt:j,target:this,currentTarget:this})}_getTargetShape(j){let K=this[j+"targetShape"];return K&&!K.getStage()&&(K=null),K}_pointerleave(j){const K=U(j.type),ee=F(j.type);if(K){this.setPointersPositions(j);var ie=this._getTargetShape(ee),ge=!s.DD.isDragging||i.Konva.hitOnDragEnabled;ie&&ge?(ie._fireAndBubble(K.pointerout,{evt:j}),ie._fireAndBubble(K.pointerleave,{evt:j}),this._fire(K.pointerleave,{evt:j,target:this,currentTarget:this}),this[ee+"targetShape"]=null):ge&&(this._fire(K.pointerleave,{evt:j,target:this,currentTarget:this}),this._fire(K.pointerout,{evt:j,target:this,currentTarget:this})),this.pointerPos=void 0,this._pointerPositions=[]}}_pointerdown(j){const K=U(j.type),ee=F(j.type);if(K){this.setPointersPositions(j);var ie=!1;this._changedPointerPositions.forEach(ge=>{var ae=this.getIntersection(ge);if(s.DD.justDragged=!1,i.Konva["_"+ee+"ListenClick"]=!0,!(ae&&ae.isListening()))return;i.Konva.capturePointerEventsEnabled&&ae.setPointerCapture(ge.id),this[ee+"ClickStartShape"]=ae,ae._fireAndBubble(K.pointerdown,{evt:j,pointerId:ge.id}),ie=!0;const et=j.type.indexOf("touch")>=0;ae.preventDefault()&&j.cancelable&&et&&j.preventDefault()}),ie||this._fire(K.pointerdown,{evt:j,target:this,currentTarget:this,pointerId:this._pointerPositions[0].id})}}_pointermove(j){const K=U(j.type),ee=F(j.type);if(!K)return;s.DD.isDragging&&s.DD.node.preventDefault()&&j.cancelable&&j.preventDefault(),this.setPointersPositions(j);var ie=!s.DD.isDragging||i.Konva.hitOnDragEnabled;if(!ie)return;var ge={};let ae=!1;var dt=this._getTargetShape(ee);this._changedPointerPositions.forEach(et=>{const Ne=l.getCapturedShape(et.id)||this.getIntersection(et),lt=et.id,Te={evt:j,pointerId:lt};var Gt=dt!==Ne;if(Gt&&dt&&(dt._fireAndBubble(K.pointerout,Object.assign({},Te),Ne),dt._fireAndBubble(K.pointerleave,Object.assign({},Te),Ne)),Ne){if(ge[Ne._id])return;ge[Ne._id]=!0}Ne&&Ne.isListening()?(ae=!0,Gt&&(Ne._fireAndBubble(K.pointerover,Object.assign({},Te),dt),Ne._fireAndBubble(K.pointerenter,Object.assign({},Te),dt),this[ee+"targetShape"]=Ne),Ne._fireAndBubble(K.pointermove,Object.assign({},Te))):dt&&(this._fire(K.pointerover,{evt:j,target:this,currentTarget:this,pointerId:lt}),this[ee+"targetShape"]=null)}),ae||this._fire(K.pointermove,{evt:j,target:this,currentTarget:this,pointerId:this._changedPointerPositions[0].id})}_pointerup(j){const K=U(j.type),ee=F(j.type);if(!K)return;this.setPointersPositions(j);const ie=this[ee+"ClickStartShape"],ge=this[ee+"ClickEndShape"];var ae={};let dt=!1;this._changedPointerPositions.forEach(et=>{const Ne=l.getCapturedShape(et.id)||this.getIntersection(et);if(Ne){if(Ne.releaseCapture(et.id),ae[Ne._id])return;ae[Ne._id]=!0}const lt=et.id,Te={evt:j,pointerId:lt};let Gt=!1;i.Konva["_"+ee+"InDblClickWindow"]?(Gt=!0,clearTimeout(this[ee+"DblTimeout"])):s.DD.justDragged||(i.Konva["_"+ee+"InDblClickWindow"]=!0,clearTimeout(this[ee+"DblTimeout"])),this[ee+"DblTimeout"]=setTimeout(function(){i.Konva["_"+ee+"InDblClickWindow"]=!1},i.Konva.dblClickWindow),Ne&&Ne.isListening()?(dt=!0,this[ee+"ClickEndShape"]=Ne,Ne._fireAndBubble(K.pointerup,Object.assign({},Te)),i.Konva["_"+ee+"ListenClick"]&&ie&&ie===Ne&&(Ne._fireAndBubble(K.pointerclick,Object.assign({},Te)),Gt&&ge&&ge===Ne&&Ne._fireAndBubble(K.pointerdblclick,Object.assign({},Te)))):(this[ee+"ClickEndShape"]=null,i.Konva["_"+ee+"ListenClick"]&&this._fire(K.pointerclick,{evt:j,target:this,currentTarget:this,pointerId:lt}),Gt&&this._fire(K.pointerdblclick,{evt:j,target:this,currentTarget:this,pointerId:lt}))}),dt||this._fire(K.pointerup,{evt:j,target:this,currentTarget:this,pointerId:this._changedPointerPositions[0].id}),i.Konva["_"+ee+"ListenClick"]=!1,j.cancelable&&ee!=="touch"&&j.preventDefault()}_contextmenu(j){this.setPointersPositions(j);var K=this.getIntersection(this.getPointerPosition());K&&K.isListening()?K._fireAndBubble(L,{evt:j}):this._fire(L,{evt:j,target:this,currentTarget:this})}_wheel(j){this.setPointersPositions(j);var K=this.getIntersection(this.getPointerPosition());K&&K.isListening()?K._fireAndBubble(B,{evt:j}):this._fire(B,{evt:j,target:this,currentTarget:this})}_pointercancel(j){this.setPointersPositions(j);const K=l.getCapturedShape(j.pointerId)||this.getIntersection(this.getPointerPosition());K&&K._fireAndBubble(S,l.createEvent(j)),l.releaseCapture(j.pointerId)}_lostpointercapture(j){l.releaseCapture(j.pointerId)}setPointersPositions(j){var K=this._getContentPosition(),ee=null,ie=null;j=j||window.event,j.touches!==void 0?(this._pointerPositions=[],this._changedPointerPositions=[],Array.prototype.forEach.call(j.touches,ge=>{this._pointerPositions.push({id:ge.identifier,x:(ge.clientX-K.left)/K.scaleX,y:(ge.clientY-K.top)/K.scaleY})}),Array.prototype.forEach.call(j.changedTouches||j.touches,ge=>{this._changedPointerPositions.push({id:ge.identifier,x:(ge.clientX-K.left)/K.scaleX,y:(ge.clientY-K.top)/K.scaleY})})):(ee=(j.clientX-K.left)/K.scaleX,ie=(j.clientY-K.top)/K.scaleY,this.pointerPos={x:ee,y:ie},this._pointerPositions=[{x:ee,y:ie,id:t.Util._getFirstPointerId(j)}],this._changedPointerPositions=[{x:ee,y:ie,id:t.Util._getFirstPointerId(j)}])}_setPointerPosition(j){t.Util.warn('Method _setPointerPosition is deprecated. Use "stage.setPointersPositions(event)" instead.'),this.setPointersPositions(j)}_getContentPosition(){if(!this.content||!this.content.getBoundingClientRect)return{top:0,left:0,scaleX:1,scaleY:1};var j=this.content.getBoundingClientRect();return{top:j.top,left:j.left,scaleX:j.width/this.content.clientWidth||1,scaleY:j.height/this.content.clientHeight||1}}_buildDOM(){if(this.bufferCanvas=new o.SceneCanvas({width:this.width(),height:this.height()}),this.bufferHitCanvas=new o.HitCanvas({pixelRatio:1,width:this.width(),height:this.height()}),!!i.Konva.isBrowser){var j=this.container();if(!j)throw"Stage has no container. A container is required.";j.innerHTML="",this.content=document.createElement("div"),this.content.style.position="relative",this.content.style.userSelect="none",this.content.className="konvajs-content",this.content.setAttribute("role","presentation"),j.appendChild(this.content),this._resizeDOM()}}cache(){return t.Util.warn("Cache function is not allowed for stage. You may use cache only for layers, groups and shapes."),this}clearCache(){return this}batchDraw(){return this.getChildren().forEach(function(j){j.batchDraw()}),this}}e.Stage=Y,Y.prototype.nodeType=u,(0,a._registerNode)(Y),n.Factory.addGetterSetter(Y,"container")})(KB);var Fm={},zr={};(function(e){Object.defineProperty(e,"__esModule",{value:!0}),e.Shape=e.shapes=void 0;const t=Et,n=ir,r=xt,i=Kn,o=He,s=Et,a=Eo;var l="hasShadow",u="shadowRGBA",c="patternImage",d="linearGradient",f="radialGradient";let h;function p(){return h||(h=n.Util.createCanvasElement().getContext("2d"),h)}e.shapes={};function m(A){const T=this.attrs.fillRule;T?A.fill(T):A.fill()}function b(A){A.stroke()}function _(A){A.fill()}function v(A){A.stroke()}function g(){this._clearCache(l)}function y(){this._clearCache(u)}function S(){this._clearCache(c)}function w(){this._clearCache(d)}function x(){this._clearCache(f)}class E extends i.Node{constructor(T){super(T);let k;for(;k=n.Util.getRandomColor(),!(k&&!(k in e.shapes)););this.colorKey=k,e.shapes[k]=this}getContext(){return n.Util.warn("shape.getContext() method is deprecated. Please do not use it."),this.getLayer().getContext()}getCanvas(){return n.Util.warn("shape.getCanvas() method is deprecated. Please do not use it."),this.getLayer().getCanvas()}getSceneFunc(){return this.attrs.sceneFunc||this._sceneFunc}getHitFunc(){return this.attrs.hitFunc||this._hitFunc}hasShadow(){return this._getCache(l,this._hasShadow)}_hasShadow(){return this.shadowEnabled()&&this.shadowOpacity()!==0&&!!(this.shadowColor()||this.shadowBlur()||this.shadowOffsetX()||this.shadowOffsetY())}_getFillPattern(){return this._getCache(c,this.__getFillPattern)}__getFillPattern(){if(this.fillPatternImage()){var T=p();const k=T.createPattern(this.fillPatternImage(),this.fillPatternRepeat()||"repeat");if(k&&k.setTransform){const L=new n.Transform;L.translate(this.fillPatternX(),this.fillPatternY()),L.rotate(t.Konva.getAngle(this.fillPatternRotation())),L.scale(this.fillPatternScaleX(),this.fillPatternScaleY()),L.translate(-1*this.fillPatternOffsetX(),-1*this.fillPatternOffsetY());const N=L.getMatrix(),C=typeof DOMMatrix>"u"?{a:N[0],b:N[1],c:N[2],d:N[3],e:N[4],f:N[5]}:new DOMMatrix(N);k.setTransform(C)}return k}}_getLinearGradient(){return this._getCache(d,this.__getLinearGradient)}__getLinearGradient(){var T=this.fillLinearGradientColorStops();if(T){for(var k=p(),L=this.fillLinearGradientStartPoint(),N=this.fillLinearGradientEndPoint(),C=k.createLinearGradient(L.x,L.y,N.x,N.y),P=0;Pthis.fillEnabled()&&!!(this.fill()||this.fillPatternImage()||this.fillLinearGradientColorStops()||this.fillRadialGradientColorStops()))}hasStroke(){return this._calculate("hasStroke",["strokeEnabled","strokeWidth","stroke","strokeLinearGradientColorStops"],()=>this.strokeEnabled()&&this.strokeWidth()&&!!(this.stroke()||this.strokeLinearGradientColorStops()))}hasHitStroke(){const T=this.hitStrokeWidth();return T==="auto"?this.hasStroke():this.strokeEnabled()&&!!T}intersects(T){var k=this.getStage(),L=k.bufferHitCanvas,N;return L.getContext().clear(),this.drawHit(L,null,!0),N=L.context.getImageData(Math.round(T.x),Math.round(T.y),1,1).data,N[3]>0}destroy(){return i.Node.prototype.destroy.call(this),delete e.shapes[this.colorKey],delete this.colorKey,this}_useBufferCanvas(T){var k;if(!this.getStage()||!((k=this.attrs.perfectDrawEnabled)!==null&&k!==void 0?k:!0))return!1;const N=T||this.hasFill(),C=this.hasStroke(),P=this.getAbsoluteOpacity()!==1;if(N&&C&&P)return!0;const D=this.hasShadow(),B=this.shadowForStrokeEnabled();return!!(N&&C&&D&&B)}setStrokeHitEnabled(T){n.Util.warn("strokeHitEnabled property is deprecated. Please use hitStrokeWidth instead."),T?this.hitStrokeWidth("auto"):this.hitStrokeWidth(0)}getStrokeHitEnabled(){return this.hitStrokeWidth()!==0}getSelfRect(){var T=this.size();return{x:this._centroid?-T.width/2:0,y:this._centroid?-T.height/2:0,width:T.width,height:T.height}}getClientRect(T={}){const k=T.skipTransform,L=T.relativeTo,N=this.getSelfRect(),P=!T.skipStroke&&this.hasStroke()&&this.strokeWidth()||0,D=N.width+P,B=N.height+P,R=!T.skipShadow&&this.hasShadow(),O=R?this.shadowOffsetX():0,I=R?this.shadowOffsetY():0,F=D+Math.abs(O),U=B+Math.abs(I),V=R&&this.shadowBlur()||0,H=F+V*2,Y=U+V*2,Q={width:H,height:Y,x:-(P/2+V)+Math.min(O,0)+N.x,y:-(P/2+V)+Math.min(I,0)+N.y};return k?Q:this._transformedRect(Q,L)}drawScene(T,k){var L=this.getLayer(),N=T||L.getCanvas(),C=N.getContext(),P=this._getCanvasCache(),D=this.getSceneFunc(),B=this.hasShadow(),R,O,I,F=N.isCache,U=k===this;if(!this.isVisible()&&!U)return this;if(P){C.save();var V=this.getAbsoluteTransform(k).getMatrix();return C.transform(V[0],V[1],V[2],V[3],V[4],V[5]),this._drawCachedSceneCanvas(C),C.restore(),this}if(!D)return this;if(C.save(),this._useBufferCanvas()&&!F){R=this.getStage(),O=R.bufferCanvas,I=O.getContext(),I.clear(),I.save(),I._applyLineJoin(this);var H=this.getAbsoluteTransform(k).getMatrix();I.transform(H[0],H[1],H[2],H[3],H[4],H[5]),D.call(this,I,this),I.restore();var Y=O.pixelRatio;B&&C._applyShadow(this),C._applyOpacity(this),C._applyGlobalCompositeOperation(this),C.drawImage(O._canvas,0,0,O.width/Y,O.height/Y)}else{if(C._applyLineJoin(this),!U){var H=this.getAbsoluteTransform(k).getMatrix();C.transform(H[0],H[1],H[2],H[3],H[4],H[5]),C._applyOpacity(this),C._applyGlobalCompositeOperation(this)}B&&C._applyShadow(this),D.call(this,C,this)}return C.restore(),this}drawHit(T,k,L=!1){if(!this.shouldDrawHit(k,L))return this;var N=this.getLayer(),C=T||N.hitCanvas,P=C&&C.getContext(),D=this.hitFunc()||this.sceneFunc(),B=this._getCanvasCache(),R=B&&B.hit;if(this.colorKey||n.Util.warn("Looks like your canvas has a destroyed shape in it. Do not reuse shape after you destroyed it. If you want to reuse shape you should call remove() instead of destroy()"),R){P.save();var O=this.getAbsoluteTransform(k).getMatrix();return P.transform(O[0],O[1],O[2],O[3],O[4],O[5]),this._drawCachedHitCanvas(P),P.restore(),this}if(!D)return this;if(P.save(),P._applyLineJoin(this),!(this===k)){var F=this.getAbsoluteTransform(k).getMatrix();P.transform(F[0],F[1],F[2],F[3],F[4],F[5])}return D.call(this,P,this),P.restore(),this}drawHitFromCache(T=0){var k=this._getCanvasCache(),L=this._getCachedSceneCanvas(),N=k.hit,C=N.getContext(),P=N.getWidth(),D=N.getHeight(),B,R,O,I,F,U;C.clear(),C.drawImage(L._canvas,0,0,P,D);try{for(B=C.getImageData(0,0,P,D),R=B.data,O=R.length,I=n.Util._hexToRgb(this.colorKey),F=0;FT?(R[F]=I.r,R[F+1]=I.g,R[F+2]=I.b,R[F+3]=255):R[F+3]=0;C.putImageData(B,0,0)}catch(V){n.Util.error("Unable to draw hit graph from cached scene canvas. "+V.message)}return this}hasPointerCapture(T){return a.hasPointerCapture(T,this)}setPointerCapture(T){a.setPointerCapture(T,this)}releaseCapture(T){a.releaseCapture(T,this)}}e.Shape=E,E.prototype._fillFunc=m,E.prototype._strokeFunc=b,E.prototype._fillFuncHit=_,E.prototype._strokeFuncHit=v,E.prototype._centroid=!1,E.prototype.nodeType="Shape",(0,s._registerNode)(E),E.prototype.eventListeners={},E.prototype.on.call(E.prototype,"shadowColorChange.konva shadowBlurChange.konva shadowOffsetChange.konva shadowOpacityChange.konva shadowEnabledChange.konva",g),E.prototype.on.call(E.prototype,"shadowColorChange.konva shadowOpacityChange.konva shadowEnabledChange.konva",y),E.prototype.on.call(E.prototype,"fillPriorityChange.konva fillPatternImageChange.konva fillPatternRepeatChange.konva fillPatternScaleXChange.konva fillPatternScaleYChange.konva fillPatternOffsetXChange.konva fillPatternOffsetYChange.konva fillPatternXChange.konva fillPatternYChange.konva fillPatternRotationChange.konva",S),E.prototype.on.call(E.prototype,"fillPriorityChange.konva fillLinearGradientColorStopsChange.konva fillLinearGradientStartPointXChange.konva fillLinearGradientStartPointYChange.konva fillLinearGradientEndPointXChange.konva fillLinearGradientEndPointYChange.konva",w),E.prototype.on.call(E.prototype,"fillPriorityChange.konva fillRadialGradientColorStopsChange.konva fillRadialGradientStartPointXChange.konva fillRadialGradientStartPointYChange.konva fillRadialGradientEndPointXChange.konva fillRadialGradientEndPointYChange.konva fillRadialGradientStartRadiusChange.konva fillRadialGradientEndRadiusChange.konva",x),r.Factory.addGetterSetter(E,"stroke",void 0,(0,o.getStringOrGradientValidator)()),r.Factory.addGetterSetter(E,"strokeWidth",2,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(E,"fillAfterStrokeEnabled",!1),r.Factory.addGetterSetter(E,"hitStrokeWidth","auto",(0,o.getNumberOrAutoValidator)()),r.Factory.addGetterSetter(E,"strokeHitEnabled",!0,(0,o.getBooleanValidator)()),r.Factory.addGetterSetter(E,"perfectDrawEnabled",!0,(0,o.getBooleanValidator)()),r.Factory.addGetterSetter(E,"shadowForStrokeEnabled",!0,(0,o.getBooleanValidator)()),r.Factory.addGetterSetter(E,"lineJoin"),r.Factory.addGetterSetter(E,"lineCap"),r.Factory.addGetterSetter(E,"sceneFunc"),r.Factory.addGetterSetter(E,"hitFunc"),r.Factory.addGetterSetter(E,"dash"),r.Factory.addGetterSetter(E,"dashOffset",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(E,"shadowColor",void 0,(0,o.getStringValidator)()),r.Factory.addGetterSetter(E,"shadowBlur",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(E,"shadowOpacity",1,(0,o.getNumberValidator)()),r.Factory.addComponentsGetterSetter(E,"shadowOffset",["x","y"]),r.Factory.addGetterSetter(E,"shadowOffsetX",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(E,"shadowOffsetY",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(E,"fillPatternImage"),r.Factory.addGetterSetter(E,"fill",void 0,(0,o.getStringOrGradientValidator)()),r.Factory.addGetterSetter(E,"fillPatternX",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(E,"fillPatternY",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(E,"fillLinearGradientColorStops"),r.Factory.addGetterSetter(E,"strokeLinearGradientColorStops"),r.Factory.addGetterSetter(E,"fillRadialGradientStartRadius",0),r.Factory.addGetterSetter(E,"fillRadialGradientEndRadius",0),r.Factory.addGetterSetter(E,"fillRadialGradientColorStops"),r.Factory.addGetterSetter(E,"fillPatternRepeat","repeat"),r.Factory.addGetterSetter(E,"fillEnabled",!0),r.Factory.addGetterSetter(E,"strokeEnabled",!0),r.Factory.addGetterSetter(E,"shadowEnabled",!0),r.Factory.addGetterSetter(E,"dashEnabled",!0),r.Factory.addGetterSetter(E,"strokeScaleEnabled",!0),r.Factory.addGetterSetter(E,"fillPriority","color"),r.Factory.addComponentsGetterSetter(E,"fillPatternOffset",["x","y"]),r.Factory.addGetterSetter(E,"fillPatternOffsetX",0,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(E,"fillPatternOffsetY",0,(0,o.getNumberValidator)()),r.Factory.addComponentsGetterSetter(E,"fillPatternScale",["x","y"]),r.Factory.addGetterSetter(E,"fillPatternScaleX",1,(0,o.getNumberValidator)()),r.Factory.addGetterSetter(E,"fillPatternScaleY",1,(0,o.getNumberValidator)()),r.Factory.addComponentsGetterSetter(E,"fillLinearGradientStartPoint",["x","y"]),r.Factory.addComponentsGetterSetter(E,"strokeLinearGradientStartPoint",["x","y"]),r.Factory.addGetterSetter(E,"fillLinearGradientStartPointX",0),r.Factory.addGetterSetter(E,"strokeLinearGradientStartPointX",0),r.Factory.addGetterSetter(E,"fillLinearGradientStartPointY",0),r.Factory.addGetterSetter(E,"strokeLinearGradientStartPointY",0),r.Factory.addComponentsGetterSetter(E,"fillLinearGradientEndPoint",["x","y"]),r.Factory.addComponentsGetterSetter(E,"strokeLinearGradientEndPoint",["x","y"]),r.Factory.addGetterSetter(E,"fillLinearGradientEndPointX",0),r.Factory.addGetterSetter(E,"strokeLinearGradientEndPointX",0),r.Factory.addGetterSetter(E,"fillLinearGradientEndPointY",0),r.Factory.addGetterSetter(E,"strokeLinearGradientEndPointY",0),r.Factory.addComponentsGetterSetter(E,"fillRadialGradientStartPoint",["x","y"]),r.Factory.addGetterSetter(E,"fillRadialGradientStartPointX",0),r.Factory.addGetterSetter(E,"fillRadialGradientStartPointY",0),r.Factory.addComponentsGetterSetter(E,"fillRadialGradientEndPoint",["x","y"]),r.Factory.addGetterSetter(E,"fillRadialGradientEndPointX",0),r.Factory.addGetterSetter(E,"fillRadialGradientEndPointY",0),r.Factory.addGetterSetter(E,"fillPatternRotation",0),r.Factory.addGetterSetter(E,"fillRule",void 0,(0,o.getStringValidator)()),r.Factory.backCompat(E,{dashArray:"dash",getDashArray:"getDash",setDashArray:"getDash",drawFunc:"sceneFunc",getDrawFunc:"getSceneFunc",setDrawFunc:"setSceneFunc",drawHitFunc:"hitFunc",getDrawHitFunc:"getHitFunc",setDrawHitFunc:"setHitFunc"})})(zr);Object.defineProperty(Fm,"__esModule",{value:!0});Fm.Layer=void 0;const Ra=ir,_w=Vc,gd=Kn,vT=xt,j8=Is,bve=He,Sve=zr,wve=Et;var xve="#",Cve="beforeDraw",Eve="draw",YB=[{x:0,y:0},{x:-1,y:-1},{x:1,y:-1},{x:1,y:1},{x:-1,y:1}],Tve=YB.length;class ah extends _w.Container{constructor(t){super(t),this.canvas=new j8.SceneCanvas,this.hitCanvas=new j8.HitCanvas({pixelRatio:1}),this._waitingForDraw=!1,this.on("visibleChange.konva",this._checkVisibility),this._checkVisibility(),this.on("imageSmoothingEnabledChange.konva",this._setSmoothEnabled),this._setSmoothEnabled()}createPNGStream(){return this.canvas._canvas.createPNGStream()}getCanvas(){return this.canvas}getNativeCanvasElement(){return this.canvas._canvas}getHitCanvas(){return this.hitCanvas}getContext(){return this.getCanvas().getContext()}clear(t){return this.getContext().clear(t),this.getHitCanvas().getContext().clear(t),this}setZIndex(t){super.setZIndex(t);var n=this.getStage();return n&&n.content&&(n.content.removeChild(this.getNativeCanvasElement()),t{this.draw(),this._waitingForDraw=!1})),this}getIntersection(t){if(!this.isListening()||!this.isVisible())return null;for(var n=1,r=!1;;){for(let i=0;i0)return{antialiased:!0};return{}}drawScene(t,n){var r=this.getLayer(),i=t||r&&r.getCanvas();return this._fire(Cve,{node:this}),this.clearBeforeDraw()&&i.getContext().clear(),_w.Container.prototype.drawScene.call(this,i,n),this._fire(Eve,{node:this}),this}drawHit(t,n){var r=this.getLayer(),i=t||r&&r.hitCanvas;return r&&r.clearBeforeDraw()&&r.getHitCanvas().getContext().clear(),_w.Container.prototype.drawHit.call(this,i,n),this}enableHitGraph(){return this.hitGraphEnabled(!0),this}disableHitGraph(){return this.hitGraphEnabled(!1),this}setHitGraphEnabled(t){Ra.Util.warn("hitGraphEnabled method is deprecated. Please use layer.listening() instead."),this.listening(t)}getHitGraphEnabled(t){return Ra.Util.warn("hitGraphEnabled method is deprecated. Please use layer.listening() instead."),this.listening()}toggleHitCanvas(){if(!(!this.parent||!this.parent.content)){var t=this.parent,n=!!this.hitCanvas._canvas.parentNode;n?t.content.removeChild(this.hitCanvas._canvas):t.content.appendChild(this.hitCanvas._canvas)}}destroy(){return Ra.Util.releaseCanvas(this.getNativeCanvasElement(),this.getHitCanvas()._canvas),super.destroy()}}Fm.Layer=ah;ah.prototype.nodeType="Layer";(0,wve._registerNode)(ah);vT.Factory.addGetterSetter(ah,"imageSmoothingEnabled",!0);vT.Factory.addGetterSetter(ah,"clearBeforeDraw",!0);vT.Factory.addGetterSetter(ah,"hitGraphEnabled",!0,(0,bve.getBooleanValidator)());var zb={};Object.defineProperty(zb,"__esModule",{value:!0});zb.FastLayer=void 0;const Ave=ir,kve=Fm,Pve=Et;class _T extends kve.Layer{constructor(t){super(t),this.listening(!1),Ave.Util.warn('Konva.Fast layer is deprecated. Please use "new Konva.Layer({ listening: false })" instead.')}}zb.FastLayer=_T;_T.prototype.nodeType="FastLayer";(0,Pve._registerNode)(_T);var lh={};Object.defineProperty(lh,"__esModule",{value:!0});lh.Group=void 0;const Rve=ir,Ove=Vc,Ive=Et;class bT extends Ove.Container{_validateAdd(t){var n=t.getType();n!=="Group"&&n!=="Shape"&&Rve.Util.throw("You may only add groups and shapes to groups.")}}lh.Group=bT;bT.prototype.nodeType="Group";(0,Ive._registerNode)(bT);var uh={};Object.defineProperty(uh,"__esModule",{value:!0});uh.Animation=void 0;const bw=Et,V8=ir;var Sw=function(){return bw.glob.performance&&bw.glob.performance.now?function(){return bw.glob.performance.now()}:function(){return new Date().getTime()}}();class Js{constructor(t,n){this.id=Js.animIdCounter++,this.frame={time:0,timeDiff:0,lastTime:Sw(),frameRate:0},this.func=t,this.setLayers(n)}setLayers(t){var n=[];return t?t.length>0?n=t:n=[t]:n=[],this.layers=n,this}getLayers(){return this.layers}addLayer(t){var n=this.layers,r=n.length,i;for(i=0;ithis.duration?this.yoyo?(this._time=this.duration,this.reverse()):this.finish():p<0?this.yoyo?(this._time=0,this.play()):this.reset():(this._time=p,this.update())}getTime(){return this._time}setPosition(p){this.prevPos=this._pos,this.propFunc(p),this._pos=p}getPosition(p){return p===void 0&&(p=this._time),this.func(p,this.begin,this._change,this.duration)}play(){this.state=a,this._startTime=this.getTimer()-this._time,this.onEnterFrame(),this.fire("onPlay")}reverse(){this.state=l,this._time=this.duration-this._time,this._startTime=this.getTimer()-this._time,this.onEnterFrame(),this.fire("onReverse")}seek(p){this.pause(),this._time=p,this.update(),this.fire("onSeek")}reset(){this.pause(),this._time=0,this.update(),this.fire("onReset")}finish(){this.pause(),this._time=this.duration,this.update(),this.fire("onFinish")}update(){this.setPosition(this.getPosition(this._time)),this.fire("onUpdate")}onEnterFrame(){var p=this.getTimer()-this._startTime;this.state===a?this.setTime(p):this.state===l&&this.setTime(this.duration-p)}pause(){this.state=s,this.fire("onPause")}getTimer(){return new Date().getTime()}}class f{constructor(p){var m=this,b=p.node,_=b._id,v,g=p.easing||e.Easings.Linear,y=!!p.yoyo,S;typeof p.duration>"u"?v=.3:p.duration===0?v=.001:v=p.duration,this.node=b,this._id=u++;var w=b.getLayer()||(b instanceof i.Konva.Stage?b.getLayers():null);w||t.Util.error("Tween constructor have `node` that is not in a layer. Please add node into layer first."),this.anim=new n.Animation(function(){m.tween.onEnterFrame()},w),this.tween=new d(S,function(x){m._tweenFunc(x)},g,0,1,v*1e3,y),this._addListeners(),f.attrs[_]||(f.attrs[_]={}),f.attrs[_][this._id]||(f.attrs[_][this._id]={}),f.tweens[_]||(f.tweens[_]={});for(S in p)o[S]===void 0&&this._addAttr(S,p[S]);this.reset(),this.onFinish=p.onFinish,this.onReset=p.onReset,this.onUpdate=p.onUpdate}_addAttr(p,m){var b=this.node,_=b._id,v,g,y,S,w,x,E,A;if(y=f.tweens[_][p],y&&delete f.attrs[_][y][p],v=b.getAttr(p),t.Util._isArray(m))if(g=[],w=Math.max(m.length,v.length),p==="points"&&m.length!==v.length&&(m.length>v.length?(E=v,v=t.Util._prepareArrayForTween(v,m,b.closed())):(x=m,m=t.Util._prepareArrayForTween(m,v,b.closed()))),p.indexOf("fill")===0)for(S=0;S{this.anim.start()},this.tween.onReverse=()=>{this.anim.start()},this.tween.onPause=()=>{this.anim.stop()},this.tween.onFinish=()=>{var p=this.node,m=f.attrs[p._id][this._id];m.points&&m.points.trueEnd&&p.setAttr("points",m.points.trueEnd),this.onFinish&&this.onFinish.call(this)},this.tween.onReset=()=>{var p=this.node,m=f.attrs[p._id][this._id];m.points&&m.points.trueStart&&p.points(m.points.trueStart),this.onReset&&this.onReset()},this.tween.onUpdate=()=>{this.onUpdate&&this.onUpdate.call(this)}}play(){return this.tween.play(),this}reverse(){return this.tween.reverse(),this}reset(){return this.tween.reset(),this}seek(p){return this.tween.seek(p*1e3),this}pause(){return this.tween.pause(),this}finish(){return this.tween.finish(),this}destroy(){var p=this.node._id,m=this._id,b=f.tweens[p],_;this.pause();for(_ in b)delete f.tweens[p][_];delete f.attrs[p][m]}}e.Tween=f,f.attrs={},f.tweens={},r.Node.prototype.to=function(h){var p=h.onFinish;h.node=this,h.onFinish=function(){this.destroy(),p&&p()};var m=new f(h);m.play()},e.Easings={BackEaseIn(h,p,m,b){var _=1.70158;return m*(h/=b)*h*((_+1)*h-_)+p},BackEaseOut(h,p,m,b){var _=1.70158;return m*((h=h/b-1)*h*((_+1)*h+_)+1)+p},BackEaseInOut(h,p,m,b){var _=1.70158;return(h/=b/2)<1?m/2*(h*h*(((_*=1.525)+1)*h-_))+p:m/2*((h-=2)*h*(((_*=1.525)+1)*h+_)+2)+p},ElasticEaseIn(h,p,m,b,_,v){var g=0;return h===0?p:(h/=b)===1?p+m:(v||(v=b*.3),!_||_0?t:n),c=s*n,d=a*(a>0?t:n),f=l*(l>0?n:t);return{x:u,y:r?-1*f:d,width:c-u,height:f-d}}}Ub.Arc=pl;pl.prototype._centroid=!0;pl.prototype.className="Arc";pl.prototype._attrsAffectingSize=["innerRadius","outerRadius"];(0,Nve._registerNode)(pl);jb.Factory.addGetterSetter(pl,"innerRadius",0,(0,Vb.getNumberValidator)());jb.Factory.addGetterSetter(pl,"outerRadius",0,(0,Vb.getNumberValidator)());jb.Factory.addGetterSetter(pl,"angle",0,(0,Vb.getNumberValidator)());jb.Factory.addGetterSetter(pl,"clockwise",!1,(0,Vb.getBooleanValidator)());var Gb={},Bm={};Object.defineProperty(Bm,"__esModule",{value:!0});Bm.Line=void 0;const Hb=xt,Dve=zr,JB=He,Lve=Et;function ZC(e,t,n,r,i,o,s){var a=Math.sqrt(Math.pow(n-e,2)+Math.pow(r-t,2)),l=Math.sqrt(Math.pow(i-n,2)+Math.pow(o-r,2)),u=s*a/(a+l),c=s*l/(a+l),d=n-u*(i-e),f=r-u*(o-t),h=n+c*(i-e),p=r+c*(o-t);return[d,f,h,p]}function H8(e,t){var n=e.length,r=[],i,o;for(i=2;i4){for(a=this.getTensionPoints(),l=a.length,u=o?0:4,o||t.quadraticCurveTo(a[0],a[1],a[2],a[3]);u{let u,c,d;u=l/2,c=0;for(let h=0;h<20;h++)d=u*e.tValues[20][h]+u,c+=e.cValues[20][h]*r(s,a,d);return u*c};e.getCubicArcLength=t;const n=(s,a,l)=>{l===void 0&&(l=1);const u=s[0]-2*s[1]+s[2],c=a[0]-2*a[1]+a[2],d=2*s[1]-2*s[0],f=2*a[1]-2*a[0],h=4*(u*u+c*c),p=4*(u*d+c*f),m=d*d+f*f;if(h===0)return l*Math.sqrt(Math.pow(s[2]-s[0],2)+Math.pow(a[2]-a[0],2));const b=p/(2*h),_=m/h,v=l+b,g=_-b*b,y=v*v+g>0?Math.sqrt(v*v+g):0,S=b*b+g>0?Math.sqrt(b*b+g):0,w=b+Math.sqrt(b*b+g)!==0?g*Math.log(Math.abs((v+y)/(b+S))):0;return Math.sqrt(h)/2*(v*y-b*S+w)};e.getQuadraticArcLength=n;function r(s,a,l){const u=i(1,l,s),c=i(1,l,a),d=u*u+c*c;return Math.sqrt(d)}const i=(s,a,l)=>{const u=l.length-1;let c,d;if(u===0)return 0;if(s===0){d=0;for(let f=0;f<=u;f++)d+=e.binomialCoefficients[u][f]*Math.pow(1-a,u-f)*Math.pow(a,f)*l[f];return d}else{c=new Array(u);for(let f=0;f{let u=1,c=s/a,d=(s-l(c))/a,f=0;for(;u>.001;){const h=l(c+d),p=Math.abs(s-h)/a;if(p500)break}return c};e.t2length=o})(ez);Object.defineProperty(ch,"__esModule",{value:!0});ch.Path=void 0;const $ve=xt,Fve=zr,Bve=Et,md=ez;class Mr extends Fve.Shape{constructor(t){super(t),this.dataArray=[],this.pathLength=0,this._readDataAttribute(),this.on("dataChange.konva",function(){this._readDataAttribute()})}_readDataAttribute(){this.dataArray=Mr.parsePathData(this.data()),this.pathLength=Mr.getPathLength(this.dataArray)}_sceneFunc(t){var n=this.dataArray;t.beginPath();for(var r=!1,i=0;ic?u:c,b=u>c?1:u/c,_=u>c?c/u:1;t.translate(a,l),t.rotate(h),t.scale(b,_),t.arc(0,0,m,d,d+f,1-p),t.scale(1/b,1/_),t.rotate(-h),t.translate(-a,-l);break;case"z":r=!0,t.closePath();break}}!r&&!this.hasFill()?t.strokeShape(this):t.fillStrokeShape(this)}getSelfRect(){var t=[];this.dataArray.forEach(function(u){if(u.command==="A"){var c=u.points[4],d=u.points[5],f=u.points[4]+d,h=Math.PI/180;if(Math.abs(c-f)f;p-=h){const m=Mr.getPointOnEllipticalArc(u.points[0],u.points[1],u.points[2],u.points[3],p,0);t.push(m.x,m.y)}else for(let p=c+h;pn[i].pathLength;)t-=n[i].pathLength,++i;if(i===o)return r=n[i-1].points.slice(-2),{x:r[0],y:r[1]};if(t<.01)return r=n[i].points.slice(0,2),{x:r[0],y:r[1]};var s=n[i],a=s.points;switch(s.command){case"L":return Mr.getPointOnLine(t,s.start.x,s.start.y,a[0],a[1]);case"C":return Mr.getPointOnCubicBezier((0,md.t2length)(t,Mr.getPathLength(n),m=>(0,md.getCubicArcLength)([s.start.x,a[0],a[2],a[4]],[s.start.y,a[1],a[3],a[5]],m)),s.start.x,s.start.y,a[0],a[1],a[2],a[3],a[4],a[5]);case"Q":return Mr.getPointOnQuadraticBezier((0,md.t2length)(t,Mr.getPathLength(n),m=>(0,md.getQuadraticArcLength)([s.start.x,a[0],a[2]],[s.start.y,a[1],a[3]],m)),s.start.x,s.start.y,a[0],a[1],a[2],a[3]);case"A":var l=a[0],u=a[1],c=a[2],d=a[3],f=a[4],h=a[5],p=a[6];return f+=h*t/s.pathLength,Mr.getPointOnEllipticalArc(l,u,c,d,f,p)}return null}static getPointOnLine(t,n,r,i,o,s,a){s===void 0&&(s=n),a===void 0&&(a=r);var l=(o-r)/(i-n+1e-8),u=Math.sqrt(t*t/(1+l*l));i0&&!isNaN(p[0]);){var v=null,g=[],y=l,S=u,w,x,E,A,T,k,L,N,C,P;switch(h){case"l":l+=p.shift(),u+=p.shift(),v="L",g.push(l,u);break;case"L":l=p.shift(),u=p.shift(),g.push(l,u);break;case"m":var D=p.shift(),B=p.shift();if(l+=D,u+=B,v="M",s.length>2&&s[s.length-1].command==="z"){for(var R=s.length-2;R>=0;R--)if(s[R].command==="M"){l=s[R].points[0]+D,u=s[R].points[1]+B;break}}g.push(l,u),h="l";break;case"M":l=p.shift(),u=p.shift(),v="M",g.push(l,u),h="L";break;case"h":l+=p.shift(),v="L",g.push(l,u);break;case"H":l=p.shift(),v="L",g.push(l,u);break;case"v":u+=p.shift(),v="L",g.push(l,u);break;case"V":u=p.shift(),v="L",g.push(l,u);break;case"C":g.push(p.shift(),p.shift(),p.shift(),p.shift()),l=p.shift(),u=p.shift(),g.push(l,u);break;case"c":g.push(l+p.shift(),u+p.shift(),l+p.shift(),u+p.shift()),l+=p.shift(),u+=p.shift(),v="C",g.push(l,u);break;case"S":x=l,E=u,w=s[s.length-1],w.command==="C"&&(x=l+(l-w.points[2]),E=u+(u-w.points[3])),g.push(x,E,p.shift(),p.shift()),l=p.shift(),u=p.shift(),v="C",g.push(l,u);break;case"s":x=l,E=u,w=s[s.length-1],w.command==="C"&&(x=l+(l-w.points[2]),E=u+(u-w.points[3])),g.push(x,E,l+p.shift(),u+p.shift()),l+=p.shift(),u+=p.shift(),v="C",g.push(l,u);break;case"Q":g.push(p.shift(),p.shift()),l=p.shift(),u=p.shift(),g.push(l,u);break;case"q":g.push(l+p.shift(),u+p.shift()),l+=p.shift(),u+=p.shift(),v="Q",g.push(l,u);break;case"T":x=l,E=u,w=s[s.length-1],w.command==="Q"&&(x=l+(l-w.points[0]),E=u+(u-w.points[1])),l=p.shift(),u=p.shift(),v="Q",g.push(x,E,l,u);break;case"t":x=l,E=u,w=s[s.length-1],w.command==="Q"&&(x=l+(l-w.points[0]),E=u+(u-w.points[1])),l+=p.shift(),u+=p.shift(),v="Q",g.push(x,E,l,u);break;case"A":A=p.shift(),T=p.shift(),k=p.shift(),L=p.shift(),N=p.shift(),C=l,P=u,l=p.shift(),u=p.shift(),v="A",g=this.convertEndpointToCenterParameterization(C,P,l,u,L,N,A,T,k);break;case"a":A=p.shift(),T=p.shift(),k=p.shift(),L=p.shift(),N=p.shift(),C=l,P=u,l+=p.shift(),u+=p.shift(),v="A",g=this.convertEndpointToCenterParameterization(C,P,l,u,L,N,A,T,k);break}s.push({command:v||h,points:g,start:{x:y,y:S},pathLength:this.calcLength(y,S,v||h,g)})}(h==="z"||h==="Z")&&s.push({command:"z",points:[],start:void 0,pathLength:0})}return s}static calcLength(t,n,r,i){var o,s,a,l,u=Mr;switch(r){case"L":return u.getLineLength(t,n,i[0],i[1]);case"C":return(0,md.getCubicArcLength)([t,i[0],i[2],i[4]],[n,i[1],i[3],i[5]],1);case"Q":return(0,md.getQuadraticArcLength)([t,i[0],i[2]],[n,i[1],i[3]],1);case"A":o=0;var c=i[4],d=i[5],f=i[4]+d,h=Math.PI/180;if(Math.abs(c-f)f;l-=h)a=u.getPointOnEllipticalArc(i[0],i[1],i[2],i[3],l,0),o+=u.getLineLength(s.x,s.y,a.x,a.y),s=a;else for(l=c+h;l1&&(a*=Math.sqrt(h),l*=Math.sqrt(h));var p=Math.sqrt((a*a*(l*l)-a*a*(f*f)-l*l*(d*d))/(a*a*(f*f)+l*l*(d*d)));o===s&&(p*=-1),isNaN(p)&&(p=0);var m=p*a*f/l,b=p*-l*d/a,_=(t+r)/2+Math.cos(c)*m-Math.sin(c)*b,v=(n+i)/2+Math.sin(c)*m+Math.cos(c)*b,g=function(T){return Math.sqrt(T[0]*T[0]+T[1]*T[1])},y=function(T,k){return(T[0]*k[0]+T[1]*k[1])/(g(T)*g(k))},S=function(T,k){return(T[0]*k[1]=1&&(A=0),s===0&&A>0&&(A=A-2*Math.PI),s===1&&A<0&&(A=A+2*Math.PI),[_,v,a,l,w,A,c,s]}}ch.Path=Mr;Mr.prototype.className="Path";Mr.prototype._attrsAffectingSize=["data"];(0,Bve._registerNode)(Mr);$ve.Factory.addGetterSetter(Mr,"data");Object.defineProperty(Gb,"__esModule",{value:!0});Gb.Arrow=void 0;const qb=xt,zve=Bm,tz=He,Uve=Et,q8=ch;class Hc extends zve.Line{_sceneFunc(t){super._sceneFunc(t);var n=Math.PI*2,r=this.points(),i=r,o=this.tension()!==0&&r.length>4;o&&(i=this.getTensionPoints());var s=this.pointerLength(),a=r.length,l,u;if(o){const f=[i[i.length-4],i[i.length-3],i[i.length-2],i[i.length-1],r[a-2],r[a-1]],h=q8.Path.calcLength(i[i.length-4],i[i.length-3],"C",f),p=q8.Path.getPointOnQuadraticBezier(Math.min(1,1-s/h),f[0],f[1],f[2],f[3],f[4],f[5]);l=r[a-2]-p.x,u=r[a-1]-p.y}else l=r[a-2]-r[a-4],u=r[a-1]-r[a-3];var c=(Math.atan2(u,l)+n)%n,d=this.pointerWidth();this.pointerAtEnding()&&(t.save(),t.beginPath(),t.translate(r[a-2],r[a-1]),t.rotate(c),t.moveTo(0,0),t.lineTo(-s,d/2),t.lineTo(-s,-d/2),t.closePath(),t.restore(),this.__fillStroke(t)),this.pointerAtBeginning()&&(t.save(),t.beginPath(),t.translate(r[0],r[1]),o?(l=(i[0]+i[2])/2-r[0],u=(i[1]+i[3])/2-r[1]):(l=r[2]-r[0],u=r[3]-r[1]),t.rotate((Math.atan2(-u,-l)+n)%n),t.moveTo(0,0),t.lineTo(-s,d/2),t.lineTo(-s,-d/2),t.closePath(),t.restore(),this.__fillStroke(t))}__fillStroke(t){var n=this.dashEnabled();n&&(this.attrs.dashEnabled=!1,t.setLineDash([])),t.fillStrokeShape(this),n&&(this.attrs.dashEnabled=!0)}getSelfRect(){const t=super.getSelfRect(),n=this.pointerWidth()/2;return{x:t.x-n,y:t.y-n,width:t.width+n*2,height:t.height+n*2}}}Gb.Arrow=Hc;Hc.prototype.className="Arrow";(0,Uve._registerNode)(Hc);qb.Factory.addGetterSetter(Hc,"pointerLength",10,(0,tz.getNumberValidator)());qb.Factory.addGetterSetter(Hc,"pointerWidth",10,(0,tz.getNumberValidator)());qb.Factory.addGetterSetter(Hc,"pointerAtBeginning",!1);qb.Factory.addGetterSetter(Hc,"pointerAtEnding",!0);var Wb={};Object.defineProperty(Wb,"__esModule",{value:!0});Wb.Circle=void 0;const jve=xt,Vve=zr,Gve=He,Hve=Et;let dh=class extends Vve.Shape{_sceneFunc(t){t.beginPath(),t.arc(0,0,this.attrs.radius||0,0,Math.PI*2,!1),t.closePath(),t.fillStrokeShape(this)}getWidth(){return this.radius()*2}getHeight(){return this.radius()*2}setWidth(t){this.radius()!==t/2&&this.radius(t/2)}setHeight(t){this.radius()!==t/2&&this.radius(t/2)}};Wb.Circle=dh;dh.prototype._centroid=!0;dh.prototype.className="Circle";dh.prototype._attrsAffectingSize=["radius"];(0,Hve._registerNode)(dh);jve.Factory.addGetterSetter(dh,"radius",0,(0,Gve.getNumberValidator)());var Kb={};Object.defineProperty(Kb,"__esModule",{value:!0});Kb.Ellipse=void 0;const ST=xt,qve=zr,nz=He,Wve=Et;class Ru extends qve.Shape{_sceneFunc(t){var n=this.radiusX(),r=this.radiusY();t.beginPath(),t.save(),n!==r&&t.scale(1,r/n),t.arc(0,0,n,0,Math.PI*2,!1),t.restore(),t.closePath(),t.fillStrokeShape(this)}getWidth(){return this.radiusX()*2}getHeight(){return this.radiusY()*2}setWidth(t){this.radiusX(t/2)}setHeight(t){this.radiusY(t/2)}}Kb.Ellipse=Ru;Ru.prototype.className="Ellipse";Ru.prototype._centroid=!0;Ru.prototype._attrsAffectingSize=["radiusX","radiusY"];(0,Wve._registerNode)(Ru);ST.Factory.addComponentsGetterSetter(Ru,"radius",["x","y"]);ST.Factory.addGetterSetter(Ru,"radiusX",0,(0,nz.getNumberValidator)());ST.Factory.addGetterSetter(Ru,"radiusY",0,(0,nz.getNumberValidator)());var Xb={};Object.defineProperty(Xb,"__esModule",{value:!0});Xb.Image=void 0;const ww=ir,qc=xt,Kve=zr,Xve=Et,zm=He;let wa=class rz extends Kve.Shape{constructor(t){super(t),this.on("imageChange.konva",()=>{this._setImageLoad()}),this._setImageLoad()}_setImageLoad(){const t=this.image();t&&t.complete||t&&t.readyState===4||t&&t.addEventListener&&t.addEventListener("load",()=>{this._requestDraw()})}_useBufferCanvas(){return super._useBufferCanvas(!0)}_sceneFunc(t){const n=this.getWidth(),r=this.getHeight(),i=this.cornerRadius(),o=this.attrs.image;let s;if(o){const a=this.attrs.cropWidth,l=this.attrs.cropHeight;a&&l?s=[o,this.cropX(),this.cropY(),a,l,0,0,n,r]:s=[o,0,0,n,r]}(this.hasFill()||this.hasStroke()||i)&&(t.beginPath(),i?ww.Util.drawRoundedRectPath(t,n,r,i):t.rect(0,0,n,r),t.closePath(),t.fillStrokeShape(this)),o&&(i&&t.clip(),t.drawImage.apply(t,s))}_hitFunc(t){var n=this.width(),r=this.height(),i=this.cornerRadius();t.beginPath(),i?ww.Util.drawRoundedRectPath(t,n,r,i):t.rect(0,0,n,r),t.closePath(),t.fillStrokeShape(this)}getWidth(){var t,n;return(t=this.attrs.width)!==null&&t!==void 0?t:(n=this.image())===null||n===void 0?void 0:n.width}getHeight(){var t,n;return(t=this.attrs.height)!==null&&t!==void 0?t:(n=this.image())===null||n===void 0?void 0:n.height}static fromURL(t,n,r=null){var i=ww.Util.createImageElement();i.onload=function(){var o=new rz({image:i});n(o)},i.onerror=r,i.crossOrigin="Anonymous",i.src=t}};Xb.Image=wa;wa.prototype.className="Image";(0,Xve._registerNode)(wa);qc.Factory.addGetterSetter(wa,"cornerRadius",0,(0,zm.getNumberOrArrayOfNumbersValidator)(4));qc.Factory.addGetterSetter(wa,"image");qc.Factory.addComponentsGetterSetter(wa,"crop",["x","y","width","height"]);qc.Factory.addGetterSetter(wa,"cropX",0,(0,zm.getNumberValidator)());qc.Factory.addGetterSetter(wa,"cropY",0,(0,zm.getNumberValidator)());qc.Factory.addGetterSetter(wa,"cropWidth",0,(0,zm.getNumberValidator)());qc.Factory.addGetterSetter(wa,"cropHeight",0,(0,zm.getNumberValidator)());var Uf={};Object.defineProperty(Uf,"__esModule",{value:!0});Uf.Tag=Uf.Label=void 0;const Qb=xt,Qve=zr,Yve=lh,wT=He,iz=Et;var oz=["fontFamily","fontSize","fontStyle","padding","lineHeight","text","width","height","pointerDirection","pointerWidth","pointerHeight"],Zve="Change.konva",Jve="none",JC="up",e3="right",t3="down",n3="left",e1e=oz.length;class xT extends Yve.Group{constructor(t){super(t),this.on("add.konva",function(n){this._addListeners(n.child),this._sync()})}getText(){return this.find("Text")[0]}getTag(){return this.find("Tag")[0]}_addListeners(t){var n=this,r,i=function(){n._sync()};for(r=0;r{n=Math.min(n,s.x),r=Math.max(r,s.x),i=Math.min(i,s.y),o=Math.max(o,s.y)}),{x:n,y:i,width:r-n,height:o-i}}getWidth(){return this.radius()*2}getHeight(){return this.radius()*2}setWidth(t){this.radius(t/2)}setHeight(t){this.radius(t/2)}}Zb.RegularPolygon=Kc;Kc.prototype.className="RegularPolygon";Kc.prototype._centroid=!0;Kc.prototype._attrsAffectingSize=["radius"];(0,a1e._registerNode)(Kc);sz.Factory.addGetterSetter(Kc,"radius",0,(0,az.getNumberValidator)());sz.Factory.addGetterSetter(Kc,"sides",0,(0,az.getNumberValidator)());var Jb={};Object.defineProperty(Jb,"__esModule",{value:!0});Jb.Ring=void 0;const lz=xt,l1e=zr,uz=He,u1e=Et;var W8=Math.PI*2;class Xc extends l1e.Shape{_sceneFunc(t){t.beginPath(),t.arc(0,0,this.innerRadius(),0,W8,!1),t.moveTo(this.outerRadius(),0),t.arc(0,0,this.outerRadius(),W8,0,!0),t.closePath(),t.fillStrokeShape(this)}getWidth(){return this.outerRadius()*2}getHeight(){return this.outerRadius()*2}setWidth(t){this.outerRadius(t/2)}setHeight(t){this.outerRadius(t/2)}}Jb.Ring=Xc;Xc.prototype.className="Ring";Xc.prototype._centroid=!0;Xc.prototype._attrsAffectingSize=["innerRadius","outerRadius"];(0,u1e._registerNode)(Xc);lz.Factory.addGetterSetter(Xc,"innerRadius",0,(0,uz.getNumberValidator)());lz.Factory.addGetterSetter(Xc,"outerRadius",0,(0,uz.getNumberValidator)());var eS={};Object.defineProperty(eS,"__esModule",{value:!0});eS.Sprite=void 0;const Qc=xt,c1e=zr,d1e=uh,cz=He,f1e=Et;class xa extends c1e.Shape{constructor(t){super(t),this._updated=!0,this.anim=new d1e.Animation(()=>{var n=this._updated;return this._updated=!1,n}),this.on("animationChange.konva",function(){this.frameIndex(0)}),this.on("frameIndexChange.konva",function(){this._updated=!0}),this.on("frameRateChange.konva",function(){this.anim.isRunning()&&(clearInterval(this.interval),this._setInterval())})}_sceneFunc(t){var n=this.animation(),r=this.frameIndex(),i=r*4,o=this.animations()[n],s=this.frameOffsets(),a=o[i+0],l=o[i+1],u=o[i+2],c=o[i+3],d=this.image();if((this.hasFill()||this.hasStroke())&&(t.beginPath(),t.rect(0,0,u,c),t.closePath(),t.fillStrokeShape(this)),d)if(s){var f=s[n],h=r*2;t.drawImage(d,a,l,u,c,f[h+0],f[h+1],u,c)}else t.drawImage(d,a,l,u,c,0,0,u,c)}_hitFunc(t){var n=this.animation(),r=this.frameIndex(),i=r*4,o=this.animations()[n],s=this.frameOffsets(),a=o[i+2],l=o[i+3];if(t.beginPath(),s){var u=s[n],c=r*2;t.rect(u[c+0],u[c+1],a,l)}else t.rect(0,0,a,l);t.closePath(),t.fillShape(this)}_useBufferCanvas(){return super._useBufferCanvas(!0)}_setInterval(){var t=this;this.interval=setInterval(function(){t._updateIndex()},1e3/this.frameRate())}start(){if(!this.isRunning()){var t=this.getLayer();this.anim.setLayers(t),this._setInterval(),this.anim.start()}}stop(){this.anim.stop(),clearInterval(this.interval)}isRunning(){return this.anim.isRunning()}_updateIndex(){var t=this.frameIndex(),n=this.animation(),r=this.animations(),i=r[n],o=i.length/4;t{t=t.trim();const n=t.indexOf(" ")>=0,r=t.indexOf('"')>=0||t.indexOf("'")>=0;return n&&!r&&(t=`"${t}"`),t}).join(", ")}var Qy;function Cw(){return Qy||(Qy=r3.Util.createCanvasElement().getContext(_1e),Qy)}function R1e(e){e.fillText(this._partialText,this._partialTextX,this._partialTextY)}function O1e(e){e.setAttr("miterLimit",2),e.strokeText(this._partialText,this._partialTextX,this._partialTextY)}function I1e(e){return e=e||{},!e.fillLinearGradientColorStops&&!e.fillRadialGradientColorStops&&!e.fillPatternImage&&(e.fill=e.fill||"black"),e}let vr=class extends g1e.Shape{constructor(t){super(I1e(t)),this._partialTextX=0,this._partialTextY=0;for(var n=0;n1&&(_+=s)}}}_hitFunc(t){var n=this.getWidth(),r=this.getHeight();t.beginPath(),t.rect(0,0,n,r),t.closePath(),t.fillStrokeShape(this)}setText(t){var n=r3.Util._isString(t)?t:t==null?"":t+"";return this._setAttr(b1e,n),this}getWidth(){var t=this.attrs.width===yd||this.attrs.width===void 0;return t?this.getTextWidth()+this.padding()*2:this.attrs.width}getHeight(){var t=this.attrs.height===yd||this.attrs.height===void 0;return t?this.fontSize()*this.textArr.length*this.lineHeight()+this.padding()*2:this.attrs.height}getTextWidth(){return this.textWidth}getTextHeight(){return r3.Util.warn("text.getTextHeight() method is deprecated. Use text.height() - for full height and text.fontSize() - for one line height."),this.textHeight}measureSize(t){var n=Cw(),r=this.fontSize(),i;return n.save(),n.font=this._getContextFont(),i=n.measureText(t),n.restore(),{width:i.width,height:r}}_getContextFont(){return this.fontStyle()+Xy+this.fontVariant()+Xy+(this.fontSize()+C1e)+P1e(this.fontFamily())}_addTextLine(t){this.align()===Fh&&(t=t.trim());var r=this._getTextWidth(t);return this.textArr.push({text:t,width:r,lastInParagraph:!1})}_getTextWidth(t){var n=this.letterSpacing(),r=t.length;return Cw().measureText(t).width+(r?n*(r-1):0)}_setTextData(){var t=this.text().split(` +`),n=+this.fontSize(),r=0,i=this.lineHeight()*n,o=this.attrs.width,s=this.attrs.height,a=o!==yd&&o!==void 0,l=s!==yd&&s!==void 0,u=this.padding(),c=o-u*2,d=s-u*2,f=0,h=this.wrap(),p=h!==Q8,m=h!==A1e&&p,b=this.ellipsis();this.textArr=[],Cw().font=this._getContextFont();for(var _=b?this._getTextWidth(xw):0,v=0,g=t.length;vc)for(;y.length>0;){for(var w=0,x=y.length,E="",A=0;w>>1,k=y.slice(0,T+1),L=this._getTextWidth(k)+_;L<=c?(w=T+1,E=k,A=L):x=T}if(E){if(m){var N,C=y[E.length],P=C===Xy||C===K8;P&&A<=c?N=E.length:N=Math.max(E.lastIndexOf(Xy),E.lastIndexOf(K8))+1,N>0&&(w=N,E=E.slice(0,w),A=this._getTextWidth(E))}E=E.trimRight(),this._addTextLine(E),r=Math.max(r,A),f+=i;var D=this._shouldHandleEllipsis(f);if(D){this._tryToAddEllipsisToLastLine();break}if(y=y.slice(w),y=y.trimLeft(),y.length>0&&(S=this._getTextWidth(y),S<=c)){this._addTextLine(y),f+=i,r=Math.max(r,S);break}}else break}else this._addTextLine(y),f+=i,r=Math.max(r,S),this._shouldHandleEllipsis(f)&&vd)break}this.textHeight=n,this.textWidth=r}_shouldHandleEllipsis(t){var n=+this.fontSize(),r=this.lineHeight()*n,i=this.attrs.height,o=i!==yd&&i!==void 0,s=this.padding(),a=i-s*2,l=this.wrap(),u=l!==Q8;return!u||o&&t+r>a}_tryToAddEllipsisToLastLine(){var t=this.attrs.width,n=t!==yd&&t!==void 0,r=this.padding(),i=t-r*2,o=this.ellipsis(),s=this.textArr[this.textArr.length-1];if(!(!s||!o)){if(n){var a=this._getTextWidth(s.text+xw)n?null:Bh.Path.getPointAtLengthOfDataArray(t,this.dataArray)}_readDataAttribute(){this.dataArray=Bh.Path.parsePathData(this.attrs.data),this.pathLength=this._getTextPathLength()}_sceneFunc(t){t.setAttr("font",this._getContextFont()),t.setAttr("textBaseline",this.textBaseline()),t.setAttr("textAlign","left"),t.save();var n=this.textDecoration(),r=this.fill(),i=this.fontSize(),o=this.glyphInfo;n==="underline"&&t.beginPath();for(var s=0;s=1){var r=n[0].p0;t.moveTo(r.x,r.y)}for(var i=0;ie+`.${_z}`).join(" "),J8="nodesRect",z1e=["widthChange","heightChange","scaleXChange","scaleYChange","skewXChange","skewYChange","rotationChange","offsetXChange","offsetYChange","transformsEnabledChange","strokeWidthChange"],U1e={"top-left":-45,"top-center":0,"top-right":45,"middle-right":-90,"middle-left":90,"bottom-left":-135,"bottom-center":180,"bottom-right":135};const j1e="ontouchstart"in ms.Konva._global;function V1e(e,t){if(e==="rotater")return"crosshair";t+=hn.Util.degToRad(U1e[e]||0);var n=(hn.Util.radToDeg(t)%360+360)%360;return hn.Util._inRange(n,315+22.5,360)||hn.Util._inRange(n,0,22.5)?"ns-resize":hn.Util._inRange(n,45-22.5,45+22.5)?"nesw-resize":hn.Util._inRange(n,90-22.5,90+22.5)?"ew-resize":hn.Util._inRange(n,135-22.5,135+22.5)?"nwse-resize":hn.Util._inRange(n,180-22.5,180+22.5)?"ns-resize":hn.Util._inRange(n,225-22.5,225+22.5)?"nesw-resize":hn.Util._inRange(n,270-22.5,270+22.5)?"ew-resize":hn.Util._inRange(n,315-22.5,315+22.5)?"nwse-resize":(hn.Util.error("Transformer has unknown angle for cursor detection: "+n),"pointer")}var C1=["top-left","top-center","top-right","middle-right","middle-left","bottom-left","bottom-center","bottom-right"],eR=1e8;function G1e(e){return{x:e.x+e.width/2*Math.cos(e.rotation)+e.height/2*Math.sin(-e.rotation),y:e.y+e.height/2*Math.cos(e.rotation)+e.width/2*Math.sin(e.rotation)}}function bz(e,t,n){const r=n.x+(e.x-n.x)*Math.cos(t)-(e.y-n.y)*Math.sin(t),i=n.y+(e.x-n.x)*Math.sin(t)+(e.y-n.y)*Math.cos(t);return Object.assign(Object.assign({},e),{rotation:e.rotation+t,x:r,y:i})}function H1e(e,t){const n=G1e(e);return bz(e,t,n)}function q1e(e,t,n){let r=t;for(let i=0;ii.isAncestorOf(this)?(hn.Util.error("Konva.Transformer cannot be an a child of the node you are trying to attach"),!1):!0);this._nodes=t=n,t.length===1&&this.useSingleNodeRotation()?this.rotation(t[0].getAbsoluteRotation()):this.rotation(0),this._nodes.forEach(i=>{const o=()=>{this.nodes().length===1&&this.useSingleNodeRotation()&&this.rotation(this.nodes()[0].getAbsoluteRotation()),this._resetTransformCache(),!this._transforming&&!this.isDragging()&&this.update()},s=i._attrsAffectingSize.map(a=>a+"Change."+this._getEventNamespace()).join(" ");i.on(s,o),i.on(z1e.map(a=>a+`.${this._getEventNamespace()}`).join(" "),o),i.on(`absoluteTransformChange.${this._getEventNamespace()}`,o),this._proxyDrag(i)}),this._resetTransformCache();var r=!!this.findOne(".top-left");return r&&this.update(),this}_proxyDrag(t){let n;t.on(`dragstart.${this._getEventNamespace()}`,r=>{n=t.getAbsolutePosition(),!this.isDragging()&&t!==this.findOne(".back")&&this.startDrag(r,!1)}),t.on(`dragmove.${this._getEventNamespace()}`,r=>{if(!n)return;const i=t.getAbsolutePosition(),o=i.x-n.x,s=i.y-n.y;this.nodes().forEach(a=>{if(a===t||a.isDragging())return;const l=a.getAbsolutePosition();a.setAbsolutePosition({x:l.x+o,y:l.y+s}),a.startDrag(r)}),n=null})}getNodes(){return this._nodes||[]}getActiveAnchor(){return this._movingAnchorName}detach(){this._nodes&&this._nodes.forEach(t=>{t.off("."+this._getEventNamespace())}),this._nodes=[],this._resetTransformCache()}_resetTransformCache(){this._clearCache(J8),this._clearCache("transform"),this._clearSelfAndDescendantCache("absoluteTransform")}_getNodeRect(){return this._getCache(J8,this.__getNodeRect)}__getNodeShape(t,n=this.rotation(),r){var i=t.getClientRect({skipTransform:!0,skipShadow:!0,skipStroke:this.ignoreStroke()}),o=t.getAbsoluteScale(r),s=t.getAbsolutePosition(r),a=i.x*o.x-t.offsetX()*o.x,l=i.y*o.y-t.offsetY()*o.y;const u=(ms.Konva.getAngle(t.getAbsoluteRotation())+Math.PI*2)%(Math.PI*2),c={x:s.x+a*Math.cos(u)+l*Math.sin(-u),y:s.y+l*Math.cos(u)+a*Math.sin(u),width:i.width*o.x,height:i.height*o.y,rotation:u};return bz(c,-ms.Konva.getAngle(n),{x:0,y:0})}__getNodeRect(){var t=this.getNode();if(!t)return{x:-eR,y:-eR,width:0,height:0,rotation:0};const n=[];this.nodes().map(u=>{const c=u.getClientRect({skipTransform:!0,skipShadow:!0,skipStroke:this.ignoreStroke()});var d=[{x:c.x,y:c.y},{x:c.x+c.width,y:c.y},{x:c.x+c.width,y:c.y+c.height},{x:c.x,y:c.y+c.height}],f=u.getAbsoluteTransform();d.forEach(function(h){var p=f.point(h);n.push(p)})});const r=new hn.Transform;r.rotate(-ms.Konva.getAngle(this.rotation()));var i,o,s,a;n.forEach(function(u){var c=r.point(u);i===void 0&&(i=s=c.x,o=a=c.y),i=Math.min(i,c.x),o=Math.min(o,c.y),s=Math.max(s,c.x),a=Math.max(a,c.y)}),r.invert();const l=r.point({x:i,y:o});return{x:l.x,y:l.y,width:s-i,height:a-o,rotation:ms.Konva.getAngle(this.rotation())}}getX(){return this._getNodeRect().x}getY(){return this._getNodeRect().y}getWidth(){return this._getNodeRect().width}getHeight(){return this._getNodeRect().height}_createElements(){this._createBack(),C1.forEach((function(t){this._createAnchor(t)}).bind(this)),this._createAnchor("rotater")}_createAnchor(t){var n=new $1e.Rect({stroke:"rgb(0, 161, 255)",fill:"white",strokeWidth:1,name:t+" _anchor",dragDistance:0,draggable:!0,hitStrokeWidth:j1e?10:"auto"}),r=this;n.on("mousedown touchstart",function(i){r._handleMouseDown(i)}),n.on("dragstart",i=>{n.stopDrag(),i.cancelBubble=!0}),n.on("dragend",i=>{i.cancelBubble=!0}),n.on("mouseenter",()=>{var i=ms.Konva.getAngle(this.rotation()),o=V1e(t,i);n.getStage().content&&(n.getStage().content.style.cursor=o),this._cursorChange=!0}),n.on("mouseout",()=>{n.getStage().content&&(n.getStage().content.style.cursor=""),this._cursorChange=!1}),this.add(n)}_createBack(){var t=new L1e.Shape({name:"back",width:0,height:0,draggable:!0,sceneFunc(n){var r=this.getParent(),i=r.padding();n.beginPath(),n.rect(-i,-i,this.width()+i*2,this.height()+i*2),n.moveTo(this.width()/2,-i),r.rotateEnabled()&&n.lineTo(this.width()/2,-r.rotateAnchorOffset()*hn.Util._sign(this.height())-i),n.fillStrokeShape(this)},hitFunc:(n,r)=>{if(this.shouldOverdrawWholeArea()){var i=this.padding();n.beginPath(),n.rect(-i,-i,r.width()+i*2,r.height()+i*2),n.fillStrokeShape(r)}}});this.add(t),this._proxyDrag(t),t.on("dragstart",n=>{n.cancelBubble=!0}),t.on("dragmove",n=>{n.cancelBubble=!0}),t.on("dragend",n=>{n.cancelBubble=!0}),this.on("dragmove",n=>{this.update()})}_handleMouseDown(t){this._movingAnchorName=t.target.name().split(" ")[0];var n=this._getNodeRect(),r=n.width,i=n.height,o=Math.sqrt(Math.pow(r,2)+Math.pow(i,2));this.sin=Math.abs(i/o),this.cos=Math.abs(r/o),typeof window<"u"&&(window.addEventListener("mousemove",this._handleMouseMove),window.addEventListener("touchmove",this._handleMouseMove),window.addEventListener("mouseup",this._handleMouseUp,!0),window.addEventListener("touchend",this._handleMouseUp,!0)),this._transforming=!0;var s=t.target.getAbsolutePosition(),a=t.target.getStage().getPointerPosition();this._anchorDragOffset={x:a.x-s.x,y:a.y-s.y},this._fire("transformstart",{evt:t.evt,target:this.getNode()}),this._nodes.forEach(l=>{l._fire("transformstart",{evt:t.evt,target:l})})}_handleMouseMove(t){var n,r,i,o=this.findOne("."+this._movingAnchorName),s=o.getStage();s.setPointersPositions(t);const a=s.getPointerPosition();let l={x:a.x-this._anchorDragOffset.x,y:a.y-this._anchorDragOffset.y};const u=o.getAbsolutePosition();this.anchorDragBoundFunc()&&(l=this.anchorDragBoundFunc()(u,l,t)),o.setAbsolutePosition(l);const c=o.getAbsolutePosition();if(!(u.x===c.x&&u.y===c.y)){if(this._movingAnchorName==="rotater"){var d=this._getNodeRect();n=o.x()-d.width/2,r=-o.y()+d.height/2;let N=Math.atan2(-r,n)+Math.PI/2;d.height<0&&(N-=Math.PI);var f=ms.Konva.getAngle(this.rotation());const C=f+N,P=ms.Konva.getAngle(this.rotationSnapTolerance()),B=q1e(this.rotationSnaps(),C,P)-d.rotation,R=H1e(d,B);this._fitNodesInto(R,t);return}var h=this.shiftBehavior(),p;h==="inverted"?p=this.keepRatio()&&!t.shiftKey:h==="none"?p=this.keepRatio():p=this.keepRatio()||t.shiftKey;var g=this.centeredScaling()||t.altKey;if(this._movingAnchorName==="top-left"){if(p){var m=g?{x:this.width()/2,y:this.height()/2}:{x:this.findOne(".bottom-right").x(),y:this.findOne(".bottom-right").y()};i=Math.sqrt(Math.pow(m.x-o.x(),2)+Math.pow(m.y-o.y(),2));var b=this.findOne(".top-left").x()>m.x?-1:1,_=this.findOne(".top-left").y()>m.y?-1:1;n=i*this.cos*b,r=i*this.sin*_,this.findOne(".top-left").x(m.x-n),this.findOne(".top-left").y(m.y-r)}}else if(this._movingAnchorName==="top-center")this.findOne(".top-left").y(o.y());else if(this._movingAnchorName==="top-right"){if(p){var m=g?{x:this.width()/2,y:this.height()/2}:{x:this.findOne(".bottom-left").x(),y:this.findOne(".bottom-left").y()};i=Math.sqrt(Math.pow(o.x()-m.x,2)+Math.pow(m.y-o.y(),2));var b=this.findOne(".top-right").x()m.y?-1:1;n=i*this.cos*b,r=i*this.sin*_,this.findOne(".top-right").x(m.x+n),this.findOne(".top-right").y(m.y-r)}var v=o.position();this.findOne(".top-left").y(v.y),this.findOne(".bottom-right").x(v.x)}else if(this._movingAnchorName==="middle-left")this.findOne(".top-left").x(o.x());else if(this._movingAnchorName==="middle-right")this.findOne(".bottom-right").x(o.x());else if(this._movingAnchorName==="bottom-left"){if(p){var m=g?{x:this.width()/2,y:this.height()/2}:{x:this.findOne(".top-right").x(),y:this.findOne(".top-right").y()};i=Math.sqrt(Math.pow(m.x-o.x(),2)+Math.pow(o.y()-m.y,2));var b=m.x{r._fire("transformend",{evt:t,target:r})}),this._movingAnchorName=null}}_fitNodesInto(t,n){var r=this._getNodeRect();const i=1;if(hn.Util._inRange(t.width,-this.padding()*2-i,i)){this.update();return}if(hn.Util._inRange(t.height,-this.padding()*2-i,i)){this.update();return}const o=this.flipEnabled();var s=new hn.Transform;if(s.rotate(ms.Konva.getAngle(this.rotation())),this._movingAnchorName&&t.width<0&&this._movingAnchorName.indexOf("left")>=0){const d=s.point({x:-this.padding()*2,y:0});if(t.x+=d.x,t.y+=d.y,t.width+=this.padding()*2,this._movingAnchorName=this._movingAnchorName.replace("left","right"),this._anchorDragOffset.x-=d.x,this._anchorDragOffset.y-=d.y,!o){this.update();return}}else if(this._movingAnchorName&&t.width<0&&this._movingAnchorName.indexOf("right")>=0){const d=s.point({x:this.padding()*2,y:0});if(this._movingAnchorName=this._movingAnchorName.replace("right","left"),this._anchorDragOffset.x-=d.x,this._anchorDragOffset.y-=d.y,t.width+=this.padding()*2,!o){this.update();return}}if(this._movingAnchorName&&t.height<0&&this._movingAnchorName.indexOf("top")>=0){const d=s.point({x:0,y:-this.padding()*2});if(t.x+=d.x,t.y+=d.y,this._movingAnchorName=this._movingAnchorName.replace("top","bottom"),this._anchorDragOffset.x-=d.x,this._anchorDragOffset.y-=d.y,t.height+=this.padding()*2,!o){this.update();return}}else if(this._movingAnchorName&&t.height<0&&this._movingAnchorName.indexOf("bottom")>=0){const d=s.point({x:0,y:this.padding()*2});if(this._movingAnchorName=this._movingAnchorName.replace("bottom","top"),this._anchorDragOffset.x-=d.x,this._anchorDragOffset.y-=d.y,t.height+=this.padding()*2,!o){this.update();return}}if(this.boundBoxFunc()){const d=this.boundBoxFunc()(r,t);d?t=d:hn.Util.warn("boundBoxFunc returned falsy. You should return new bound rect from it!")}const a=1e7,l=new hn.Transform;l.translate(r.x,r.y),l.rotate(r.rotation),l.scale(r.width/a,r.height/a);const u=new hn.Transform;u.translate(t.x,t.y),u.rotate(t.rotation),u.scale(t.width/a,t.height/a);const c=u.multiply(l.invert());this._nodes.forEach(d=>{var f;const h=d.getParent().getAbsoluteTransform(),p=d.getTransform().copy();p.translate(d.offsetX(),d.offsetY());const m=new hn.Transform;m.multiply(h.copy().invert()).multiply(c).multiply(h).multiply(p);const b=m.decompose();d.setAttrs(b),this._fire("transform",{evt:n,target:d}),d._fire("transform",{evt:n,target:d}),(f=d.getLayer())===null||f===void 0||f.batchDraw()}),this.rotation(hn.Util._getRotation(t.rotation)),this._resetTransformCache(),this.update(),this.getLayer().batchDraw()}forceUpdate(){this._resetTransformCache(),this.update()}_batchChangeChild(t,n){this.findOne(t).setAttrs(n)}update(){var t,n=this._getNodeRect();this.rotation(hn.Util._getRotation(n.rotation));var r=n.width,i=n.height,o=this.enabledAnchors(),s=this.resizeEnabled(),a=this.padding(),l=this.anchorSize();const u=this.find("._anchor");u.forEach(d=>{d.setAttrs({width:l,height:l,offsetX:l/2,offsetY:l/2,stroke:this.anchorStroke(),strokeWidth:this.anchorStrokeWidth(),fill:this.anchorFill(),cornerRadius:this.anchorCornerRadius()})}),this._batchChangeChild(".top-left",{x:0,y:0,offsetX:l/2+a,offsetY:l/2+a,visible:s&&o.indexOf("top-left")>=0}),this._batchChangeChild(".top-center",{x:r/2,y:0,offsetY:l/2+a,visible:s&&o.indexOf("top-center")>=0}),this._batchChangeChild(".top-right",{x:r,y:0,offsetX:l/2-a,offsetY:l/2+a,visible:s&&o.indexOf("top-right")>=0}),this._batchChangeChild(".middle-left",{x:0,y:i/2,offsetX:l/2+a,visible:s&&o.indexOf("middle-left")>=0}),this._batchChangeChild(".middle-right",{x:r,y:i/2,offsetX:l/2-a,visible:s&&o.indexOf("middle-right")>=0}),this._batchChangeChild(".bottom-left",{x:0,y:i,offsetX:l/2+a,offsetY:l/2-a,visible:s&&o.indexOf("bottom-left")>=0}),this._batchChangeChild(".bottom-center",{x:r/2,y:i,offsetY:l/2-a,visible:s&&o.indexOf("bottom-center")>=0}),this._batchChangeChild(".bottom-right",{x:r,y:i,offsetX:l/2-a,offsetY:l/2-a,visible:s&&o.indexOf("bottom-right")>=0}),this._batchChangeChild(".rotater",{x:r/2,y:-this.rotateAnchorOffset()*hn.Util._sign(i)-a,visible:this.rotateEnabled()}),this._batchChangeChild(".back",{width:r,height:i,visible:this.borderEnabled(),stroke:this.borderStroke(),strokeWidth:this.borderStrokeWidth(),dash:this.borderDash(),x:0,y:0});const c=this.anchorStyleFunc();c&&u.forEach(d=>{c(d)}),(t=this.getLayer())===null||t===void 0||t.batchDraw()}isTransforming(){return this._transforming}stopTransform(){if(this._transforming){this._removeEvents();var t=this.findOne("."+this._movingAnchorName);t&&t.stopDrag()}}destroy(){return this.getStage()&&this._cursorChange&&this.getStage().content&&(this.getStage().content.style.cursor=""),Z8.Group.prototype.destroy.call(this),this.detach(),this._removeEvents(),this}toObject(){return Y8.Node.prototype.toObject.call(this)}clone(t){var n=Y8.Node.prototype.clone.call(this,t);return n}getClientRect(){return this.nodes().length>0?super.getClientRect():{x:0,y:0,width:0,height:0}}}rS.Transformer=Vt;function W1e(e){return e instanceof Array||hn.Util.warn("enabledAnchors value should be an array"),e instanceof Array&&e.forEach(function(t){C1.indexOf(t)===-1&&hn.Util.warn("Unknown anchor name: "+t+". 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t_e(e,t){var n=e.data,r=e.width,i=e.height,o,s,a,l,u,c,d,f,h,p,m,b,_,v,g,y,S,w,x,E,A,T,k,L,N=t+t+1,C=r-1,P=i-1,D=t+1,B=D*(D+1)/2,R=new nR,O=null,I=R,F=null,U=null,V=J1e[t],H=e_e[t];for(a=1;a>H,k!==0?(k=255/k,n[c]=(f*V>>H)*k,n[c+1]=(h*V>>H)*k,n[c+2]=(p*V>>H)*k):n[c]=n[c+1]=n[c+2]=0,f-=b,h-=_,p-=v,m-=g,b-=F.r,_-=F.g,v-=F.b,g-=F.a,l=d+((l=o+t+1)>H,k>0?(k=255/k,n[l]=(f*V>>H)*k,n[l+1]=(h*V>>H)*k,n[l+2]=(p*V>>H)*k):n[l]=n[l+1]=n[l+2]=0,f-=b,h-=_,p-=v,m-=g,b-=F.r,_-=F.g,v-=F.b,g-=F.a,l=o+((l=s+D)0&&t_e(t,n)};sS.Blur=n_e;tR.Factory.addGetterSetter(Y1e.Node,"blurRadius",0,(0,Z1e.getNumberValidator)(),tR.Factory.afterSetFilter);var aS={};Object.defineProperty(aS,"__esModule",{value:!0});aS.Brighten=void 0;const rR=xt,r_e=Kn,i_e=He,o_e=function(e){var t=this.brightness()*255,n=e.data,r=n.length,i;for(i=0;i255?255:i,o=o<0?0:o>255?255:o,s=s<0?0:s>255?255:s,n[a]=i,n[a+1]=o,n[a+2]=s};lS.Contrast=l_e;iR.Factory.addGetterSetter(s_e.Node,"contrast",0,(0,a_e.getNumberValidator)(),iR.Factory.afterSetFilter);var uS={};Object.defineProperty(uS,"__esModule",{value:!0});uS.Emboss=void 0;const yu=xt,cS=Kn,u_e=ir,wz=He,c_e=function(e){var t=this.embossStrength()*10,n=this.embossWhiteLevel()*255,r=this.embossDirection(),i=this.embossBlend(),o=0,s=0,a=e.data,l=e.width,u=e.height,c=l*4,d=u;switch(r){case"top-left":o=-1,s=-1;break;case"top":o=-1,s=0;break;case"top-right":o=-1,s=1;break;case"right":o=0,s=1;break;case"bottom-right":o=1,s=1;break;case"bottom":o=1,s=0;break;case"bottom-left":o=1,s=-1;break;case"left":o=0,s=-1;break;default:u_e.Util.error("Unknown emboss direction: "+r)}do{var f=(d-1)*c,h=o;d+h<1&&(h=0),d+h>u&&(h=0);var p=(d-1+h)*l*4,m=l;do{var b=f+(m-1)*4,_=s;m+_<1&&(_=0),m+_>l&&(_=0);var 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t=e.data,n=t.length,r=t[0],i=r,o,s=t[1],a=s,l,u=t[2],c=u,d,f,h=this.enhance();if(h!==0){for(f=0;fi&&(i=o),l=t[f+1],la&&(a=l),d=t[f+2],dc&&(c=d);i===r&&(i=255,r=0),a===s&&(a=255,s=0),c===u&&(c=255,u=0);var p,m,b,_,v,g,y,S,w;for(h>0?(m=i+h*(255-i),b=r-h*(r-0),v=a+h*(255-a),g=s-h*(s-0),S=c+h*(255-c),w=u-h*(u-0)):(p=(i+r)*.5,m=i+h*(i-p),b=r+h*(r-p),_=(a+s)*.5,v=a+h*(a-_),g=s+h*(s-_),y=(c+u)*.5,S=c+h*(c-y),w=u+h*(u-y)),f=0;f_?b:_;var v=s,g=o,y,S,w=360/g*Math.PI/180,x,E;for(S=0;Sg?v:g;var y=s,S=o,w,x,E=n.polarRotation||0,A,T;for(c=0;ct&&(y=g,S=0,w=-1),i=0;i=0&&h=0&&p=0&&h=0&&p=255*4?255:0}return s}function k_e(e,t,n){for(var r=[.1111111111111111,.1111111111111111,.1111111111111111,.1111111111111111,.1111111111111111,.1111111111111111,.1111111111111111,.1111111111111111,.1111111111111111],i=Math.round(Math.sqrt(r.length)),o=Math.floor(i/2),s=[],a=0;a=0&&h=0&&p=n))for(o=m;o=r||(s=(n*o+i)*4,a+=y[s+0],l+=y[s+1],u+=y[s+2],c+=y[s+3],g+=1);for(a=a/g,l=l/g,u=u/g,c=c/g,i=h;i=n))for(o=m;o=r||(s=(n*o+i)*4,y[s+0]=a,y[s+1]=l,y[s+2]=u,y[s+3]=c)}};_S.Pixelate=L_e;uR.Factory.addGetterSetter(N_e.Node,"pixelSize",8,(0,D_e.getNumberValidator)(),uR.Factory.afterSetFilter);var bS={};Object.defineProperty(bS,"__esModule",{value:!0});bS.Posterize=void 0;const cR=xt,$_e=Kn,F_e=He,B_e=function(e){var t=Math.round(this.levels()*254)+1,n=e.data,r=n.length,i=255/t,o;for(o=0;o255?255:e<0?0:Math.round(e)});T1.Factory.addGetterSetter(RT.Node,"green",0,function(e){return this._filterUpToDate=!1,e>255?255:e<0?0:Math.round(e)});T1.Factory.addGetterSetter(RT.Node,"blue",0,z_e.RGBComponent,T1.Factory.afterSetFilter);var wS={};Object.defineProperty(wS,"__esModule",{value:!0});wS.RGBA=void 0;const zg=xt,xS=Kn,j_e=He,V_e=function(e){var t=e.data,n=t.length,r=this.red(),i=this.green(),o=this.blue(),s=this.alpha(),a,l;for(a=0;a255?255:e<0?0:Math.round(e)});zg.Factory.addGetterSetter(xS.Node,"green",0,function(e){return this._filterUpToDate=!1,e>255?255:e<0?0:Math.round(e)});zg.Factory.addGetterSetter(xS.Node,"blue",0,j_e.RGBComponent,zg.Factory.afterSetFilter);zg.Factory.addGetterSetter(xS.Node,"alpha",1,function(e){return this._filterUpToDate=!1,e>1?1:e<0?0:e});var CS={};Object.defineProperty(CS,"__esModule",{value:!0});CS.Sepia=void 0;const G_e=function(e){var t=e.data,n=t.length,r,i,o,s;for(r=0;r127&&(u=255-u),c>127&&(c=255-c),d>127&&(d=255-d),t[l]=u,t[l+1]=c,t[l+2]=d}while(--a)}while(--o)};ES.Solarize=H_e;var TS={};Object.defineProperty(TS,"__esModule",{value:!0});TS.Threshold=void 0;const dR=xt,q_e=Kn,W_e=He,K_e=function(e){var t=this.threshold()*255,n=e.data,r=n.length,i;for(i=0;i{const{width:r,height:i}=t,o=document.createElement("div"),s=new Uh.Stage({container:o,width:r,height:i}),a=new Uh.Layer,l=new Uh.Layer;return a.add(new Uh.Rect({...t,fill:n?"black":"white"})),e.forEach(u=>l.add(new Uh.Line({points:u.points,stroke:n?"white":"black",strokeWidth:u.strokeWidth*2,tension:0,lineCap:"round",lineJoin:"round",shadowForStrokeEnabled:!1,globalCompositeOperation:u.tool==="brush"?"source-over":"destination-out"}))),s.add(a),s.add(l),o.remove(),s},Nbe=async(e,t,n)=>new Promise((r,i)=>{const o=document.createElement("canvas");o.width=t,o.height=n;const s=o.getContext("2d"),a=new Image;if(!s){o.remove(),i("Unable to get context");return}a.onload=function(){s.drawImage(a,0,0),o.remove(),r(s.getImageData(0,0,t,n))},a.src=e}),pR=async(e,t)=>{const n=e.toDataURL(t);return await Nbe(n,t.width,t.height)},OT=async(e,t,n,r,i)=>{const o=pe("canvas"),s=Mb(),a=k0e();if(!s||!a){o.error("Unable to find canvas / 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O=b,I={id:PS,nodes:{[R]:{type:"main_model_loader",id:R,is_intermediate:!0,model:s},[jt]:{type:"clip_skip",id:jt,is_intermediate:!0,skipped_layers:E},[Be]:{type:"compel",id:Be,is_intermediate:!0,prompt:i},[Ve]:{type:"compel",id:Ve,is_intermediate:!0,prompt:o},[hf]:{type:"tomask",id:hf,is_intermediate:!0,image:t},[mi]:{type:"mask_combine",id:mi,is_intermediate:!0,mask2:n},[Bn]:{type:"i2l",id:Bn,is_intermediate:!0,fp32:D},[we]:{type:"noise",id:we,use_cpu:O,is_intermediate:!0},[Ln]:{type:"create_denoise_mask",id:Ln,is_intermediate:!0,fp32:D},[Fe]:{type:"denoise_latents",id:Fe,is_intermediate:!0,steps:u,cfg_scale:a,scheduler:l,denoising_start:1-c,denoising_end:1},[gn]:{type:"noise",id:we,use_cpu:O,is_intermediate:!0},[Ni]:{type:"add",id:Ni,b:1,is_intermediate:!0},[mt]:{type:"denoise_latents",id:mt,is_intermediate:!0,steps:g,cfg_scale:a,scheduler:l,denoising_start:1-y,denoising_end:1},[qe]:{type:"l2i",id:qe,is_intermediate:!0,fp32:D},[me]:{type:"color_correct",id:me,is_intermediate:!P},[Wn]:{type:"range_of_size",id:Wn,is_intermediate:!0,size:d,step:1},[rn]:{type:"iterate",id:rn,is_intermediate:!0}},edges:[{source:{node_id:R,field:"unet"},destination:{node_id:Fe,field:"unet"}},{source:{node_id:R,field:"clip"},destination:{node_id:jt,field:"clip"}},{source:{node_id:jt,field:"clip"},destination:{node_id:Be,field:"clip"}},{source:{node_id:jt,field:"clip"},destination:{node_id:Ve,field:"clip"}},{source:{node_id:Bt,field:"image"},destination:{node_id:Bn,field:"image"}},{source:{node_id:hf,field:"image"},destination:{node_id:mi,field:"mask1"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:Fe,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:Fe,field:"negative_conditioning"}},{source:{node_id:we,field:"noise"},destination:{node_id:Fe,field:"noise"}},{source:{node_id:Bn,field:"latents"},destination:{node_id:Fe,field:"latents"}},{source:{node_id:B?$n:mi,field:"image"},destination:{node_id:Ln,field:"mask"}},{source:{node_id:Ln,field:"denoise_mask"},destination:{node_id:Fe,field:"denoise_mask"}},{source:{node_id:Wn,field:"collection"},destination:{node_id:rn,field:"collection"}},{source:{node_id:rn,field:"item"},destination:{node_id:we,field:"seed"}},{source:{node_id:rn,field:"item"},destination:{node_id:Ni,field:"a"}},{source:{node_id:Ni,field:"value"},destination:{node_id:gn,field:"seed"}},{source:{node_id:R,field:"unet"},destination:{node_id:mt,field:"unet"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:mt,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:mt,field:"negative_conditioning"}},{source:{node_id:gn,field:"noise"},destination:{node_id:mt,field:"noise"}},{source:{node_id:Fe,field:"latents"},destination:{node_id:mt,field:"latents"}},{source:{node_id:Bt,field:"image"},destination:{node_id:Ln,field:"image"}},{source:{node_id:mt,field:"latents"},destination:{node_id:qe,field:"latents"}}]};if(x==="patchmatch"&&(I.nodes[Bt]={type:"infill_patchmatch",id:Bt,is_intermediate:!0,downscale:w}),x==="lama"&&(I.nodes[Bt]={type:"infill_lama",id:Bt,is_intermediate:!0}),x==="cv2"&&(I.nodes[Bt]={type:"infill_cv2",id:Bt,is_intermediate:!0}),x==="tile"&&(I.nodes[Bt]={type:"infill_tile",id:Bt,is_intermediate:!0,tile_size:S}),B){const F=N.width,U=N.height;I.nodes[vi]={type:"img_resize",id:vi,is_intermediate:!0,width:F,height:U,image:t},I.nodes[$n]={type:"img_resize",id:$n,is_intermediate:!0,width:F,height:U},I.nodes[Mi]={type:"img_resize",id:Mi,is_intermediate:!0,width:k,height:L},I.nodes[Vl]={type:"img_resize",id:Vl,is_intermediate:!0,width:k,height:L},I.nodes[Di]={type:"img_resize",id:Di,is_intermediate:!0,width:k,height:L},I.nodes[we].width=F,I.nodes[we].height=U,I.nodes[gn].width=F,I.nodes[gn].height=U,I.edges.push({source:{node_id:vi,field:"image"},destination:{node_id:Bt,field:"image"}},{source:{node_id:mi,field:"image"},destination:{node_id:$n,field:"image"}},{source:{node_id:qe,field:"image"},destination:{node_id:Mi,field:"image"}},{source:{node_id:$n,field:"image"},destination:{node_id:Di,field:"image"}},{source:{node_id:Bt,field:"image"},destination:{node_id:Vl,field:"image"}},{source:{node_id:Vl,field:"image"},destination:{node_id:me,field:"reference"}},{source:{node_id:Mi,field:"image"},destination:{node_id:me,field:"image"}},{source:{node_id:Di,field:"image"},destination:{node_id:me,field:"mask"}})}else 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F={id:Dr,type:"rand_int"};I.nodes[Dr]=F,I.edges.push({source:{node_id:Dr,field:"value"},destination:{node_id:Wn,field:"start"}})}else I.nodes[Wn].start=f;return(A||T)&&(us(e,I,R),R=$r),cs(e,I,R),fh(e,I,Fe,R),as(e,I,Fe),e.system.shouldUseNSFWChecker&&ls(e,I,me),e.system.shouldUseWatermarker&&ds(e,I,me),I},hh=(e,t,n,r=Oi)=>{const{loras:i}=e.lora,o=k_(i),s=t.nodes[At],a=r;let l=r;[$r,$a].includes(r)&&(l=Oi),o>0&&(t.edges=t.edges.filter(d=>!(d.source.node_id===a&&["unet"].includes(d.source.field))&&!(d.source.node_id===l&&["clip"].includes(d.source.field))&&!(d.source.node_id===l&&["clip2"].includes(d.source.field))));let 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g=r||Oi,{craftedPositiveStylePrompt:y,craftedNegativeStylePrompt:S}=Zc(e,!0);t.edges=t.edges.filter(w=>!(w.source.node_id===n&&["latents"].includes(w.source.field))),t.edges=t.edges.filter(w=>!(w.source.node_id===g&&["vae"].includes(w.source.field))),t.nodes[ju]={type:"sdxl_refiner_model_loader",id:ju,model:o},t.nodes[Jy]={type:"sdxl_refiner_compel_prompt",id:Jy,style:y,aesthetic_score:s},t.nodes[e0]={type:"sdxl_refiner_compel_prompt",id:e0,style:S,aesthetic_score:a},t.nodes[Gs]={type:"denoise_latents",id:Gs,cfg_scale:c,steps:l,scheduler:u,denoising_start:d,denoising_end:1},f||h?(t.nodes[Es]={id:Es,type:"seamless",seamless_x:f,seamless_y:h},t.edges.push({source:{node_id:ju,field:"unet"},destination:{node_id:Es,field:"unet"}},{source:{node_id:ju,field:"vae"},destination:{node_id:Es,field:"vae"}},{source:{node_id:Es,field:"unet"},destination:{node_id:Gs,field:"unet"}})):t.edges.push({source:{node_id:ju,field:"unet"},destination:{node_id:Gs,field:"unet"}}),t.edges.push({source:{node_id:ju,field:"clip2"},destination:{node_id:Jy,field:"clip2"}},{source:{node_id:ju,field:"clip2"},destination:{node_id:e0,field:"clip2"}},{source:{node_id:Jy,field:"conditioning"},destination:{node_id:Gs,field:"positive_conditioning"}},{source:{node_id:e0,field:"conditioning"},destination:{node_id:Gs,field:"negative_conditioning"}},{source:{node_id:n,field:"latents"},destination:{node_id:Gs,field:"latents"}}),(t.id===Mc||t.id===Nc)&&(t.nodes[$a]={type:"create_denoise_mask",id:$a,is_intermediate:!0,fp32:b},_?t.edges.push({source:{node_id:vi,field:"image"},destination:{node_id:$a,field:"image"}}):t.nodes[$a]={...t.nodes[$a],image:i},t.edges.push({source:{node_id:_?$n:mi,field:"image"},destination:{node_id:$a,field:"mask"}},{source:{node_id:$a,field:"denoise_mask"},destination:{node_id:Gs,field:"denoise_mask"}})),t.id===RS||t.id===jg?t.edges.push({source:{node_id:Gs,field:"latents"},destination:{node_id:_?qe:me,field:"latents"}}):t.edges.push({source:{node_id:Gs,field:"latents"},destination:{node_id:qe,field:"latents"}})},Y2e=(e,t)=>{const n=pe("nodes"),{positivePrompt:r,negativePrompt:i,model:o,cfgScale:s,scheduler:a,steps:l,vaePrecision:u,clipSkip:c,shouldUseCpuNoise:d,shouldUseNoiseSettings:f,seamlessXAxis:h,seamlessYAxis:p}=e.generation,{shouldUseSDXLRefiner:m,refinerStart:b,sdxlImg2ImgDenoisingStrength:_,shouldConcatSDXLStylePrompt:v}=e.sdxl,{width:g,height:y}=e.canvas.boundingBoxDimensions,{scaledBoundingBoxDimensions:S,boundingBoxScaleMethod:w,shouldAutoSave:x}=e.canvas,E=u==="fp32",A=["auto","manual"].includes(w);if(!o)throw n.error("No model found in state"),new Error("No model found in state");let T=Oi;const k=f?d:$s.shouldUseCpuNoise,{craftedPositiveStylePrompt:L,craftedNegativeStylePrompt:N}=Zc(e,v),C={id:jg,nodes:{[T]:{type:"sdxl_model_loader",id:T,model:o},[Be]:{type:"sdxl_compel_prompt",id:Be,prompt:r,style:L},[Ve]:{type:"sdxl_compel_prompt",id:Ve,prompt:i,style:N},[we]:{type:"noise",id:we,is_intermediate:!0,use_cpu:k,width:A?S.width:g,height:A?S.height:y},[Dn]:{type:"i2l",id:Dn,is_intermediate:!0,fp32:E},[Re]:{type:"denoise_latents",id:Re,is_intermediate:!0,cfg_scale:s,scheduler:a,steps:l,denoising_start:m?Math.min(b,1-_):1-_,denoising_end:m?b:1}},edges:[{source:{node_id:T,field:"unet"},destination:{node_id:Re,field:"unet"}},{source:{node_id:T,field:"clip"},destination:{node_id:Be,field:"clip"}},{source:{node_id:T,field:"clip2"},destination:{node_id:Be,field:"clip2"}},{source:{node_id:T,field:"clip"},destination:{node_id:Ve,field:"clip"}},{source:{node_id:T,field:"clip2"},destination:{node_id:Ve,field:"clip2"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:Re,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:Re,field:"negative_conditioning"}},{source:{node_id:we,field:"noise"},destination:{node_id:Re,field:"noise"}},{source:{node_id:Dn,field:"latents"},destination:{node_id:Re,field:"latents"}}]};return A?(C.nodes[ff]={id:ff,type:"img_resize",is_intermediate:!0,image:t,width:S.width,height:S.height},C.nodes[qe]={id:qe,type:"l2i",is_intermediate:!0,fp32:E},C.nodes[me]={id:me,type:"img_resize",is_intermediate:!x,width:g,height:y},C.edges.push({source:{node_id:ff,field:"image"},destination:{node_id:Dn,field:"image"}},{source:{node_id:Re,field:"latents"},destination:{node_id:qe,field:"latents"}},{source:{node_id:qe,field:"image"},destination:{node_id:me,field:"image"}})):(C.nodes[me]={type:"l2i",id:me,is_intermediate:!x,fp32:E},C.nodes[Dn].image=t,C.edges.push({source:{node_id:Re,field:"latents"},destination:{node_id:me,field:"latents"}})),C.nodes[At]={id:At,type:"metadata_accumulator",generation_mode:"img2img",cfg_scale:s,width:A?S.width:g,height:A?S.height:y,positive_prompt:"",negative_prompt:i,model:o,seed:0,steps:l,rand_device:k?"cpu":"cuda",scheduler:a,vae:void 0,controlnets:[],loras:[],clip_skip:c,strength:_,init_image:t.image_name},C.edges.push({source:{node_id:At,field:"metadata"},destination:{node_id:me,field:"metadata"}}),(h||p)&&(us(e,C,T),T=$r),m&&(ph(e,C,Re,T),(h||p)&&(T=Es)),cs(e,C,T),hh(e,C,Re,T),Du(e,C),as(e,C,Re),e.system.shouldUseNSFWChecker&&ls(e,C,me),e.system.shouldUseWatermarker&&ds(e,C,me),C},Z2e=(e,t,n)=>{const r=pe("nodes"),{positivePrompt:i,negativePrompt:o,model:s,cfgScale:a,scheduler:l,steps:u,iterations:c,seed:d,shouldRandomizeSeed:f,vaePrecision:h,shouldUseNoiseSettings:p,shouldUseCpuNoise:m,maskBlur:b,maskBlurMethod:_,canvasCoherenceMode:v,canvasCoherenceSteps:g,canvasCoherenceStrength:y,seamlessXAxis:S,seamlessYAxis:w}=e.generation,{sdxlImg2ImgDenoisingStrength:x,shouldUseSDXLRefiner:E,refinerStart:A,shouldConcatSDXLStylePrompt:T}=e.sdxl;if(!s)throw r.error("No model found in state"),new Error("No model found in state");const{width:k,height:L}=e.canvas.boundingBoxDimensions,{scaledBoundingBoxDimensions:N,boundingBoxScaleMethod:C,shouldAutoSave:P}=e.canvas,D=h==="fp32",B=["auto","manual"].includes(C);let R=Oi;const O=m,{craftedPositiveStylePrompt:I,craftedNegativeStylePrompt:F}=Zc(e,T),U={id:Mc,nodes:{[R]:{type:"sdxl_model_loader",id:R,model:s},[Be]:{type:"sdxl_compel_prompt",id:Be,prompt:i,style:I},[Ve]:{type:"sdxl_compel_prompt",id:Ve,prompt:o,style:F},[Ri]:{type:"img_blur",id:Ri,is_intermediate:!0,radius:b,blur_type:_},[Bn]:{type:"i2l",id:Bn,is_intermediate:!0,fp32:D},[we]:{type:"noise",id:we,use_cpu:O,is_intermediate:!0},[Ln]:{type:"create_denoise_mask",id:Ln,is_intermediate:!0,fp32:D},[Re]:{type:"denoise_latents",id:Re,is_intermediate:!0,steps:u,cfg_scale:a,scheduler:l,denoising_start:E?Math.min(A,1-x):1-x,denoising_end:E?A:1},[gn]:{type:"noise",id:we,use_cpu:O,is_intermediate:!0},[Ni]:{type:"add",id:Ni,b:1,is_intermediate:!0},[mt]:{type:"denoise_latents",id:mt,is_intermediate:!0,steps:g,cfg_scale:a,scheduler:l,denoising_start:1-y,denoising_end:1},[qe]:{type:"l2i",id:qe,is_intermediate:!0,fp32:D},[me]:{type:"color_correct",id:me,is_intermediate:!P,reference:t},[Wn]:{type:"range_of_size",id:Wn,is_intermediate:!0,size:c,step:1},[rn]:{type:"iterate",id:rn,is_intermediate:!0}},edges:[{source:{node_id:R,field:"unet"},destination:{node_id:Re,field:"unet"}},{source:{node_id:R,field:"clip"},destination:{node_id:Be,field:"clip"}},{source:{node_id:R,field:"clip2"},destination:{node_id:Be,field:"clip2"}},{source:{node_id:R,field:"clip"},destination:{node_id:Ve,field:"clip"}},{source:{node_id:R,field:"clip2"},destination:{node_id:Ve,field:"clip2"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:Re,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:Re,field:"negative_conditioning"}},{source:{node_id:we,field:"noise"},destination:{node_id:Re,field:"noise"}},{source:{node_id:Bn,field:"latents"},destination:{node_id:Re,field:"latents"}},{source:{node_id:Ri,field:"image"},destination:{node_id:Ln,field:"mask"}},{source:{node_id:Ln,field:"denoise_mask"},destination:{node_id:Re,field:"denoise_mask"}},{source:{node_id:Wn,field:"collection"},destination:{node_id:rn,field:"collection"}},{source:{node_id:rn,field:"item"},destination:{node_id:we,field:"seed"}},{source:{node_id:rn,field:"item"},destination:{node_id:Ni,field:"a"}},{source:{node_id:Ni,field:"value"},destination:{node_id:gn,field:"seed"}},{source:{node_id:R,field:"unet"},destination:{node_id:mt,field:"unet"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:mt,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:mt,field:"negative_conditioning"}},{source:{node_id:gn,field:"noise"},destination:{node_id:mt,field:"noise"}},{source:{node_id:Re,field:"latents"},destination:{node_id:mt,field:"latents"}},{source:{node_id:mt,field:"latents"},destination:{node_id:qe,field:"latents"}}]};if(B){const V=N.width,H=N.height;U.nodes[vi]={type:"img_resize",id:vi,is_intermediate:!0,width:V,height:H,image:t},U.nodes[$n]={type:"img_resize",id:$n,is_intermediate:!0,width:V,height:H,image:n},U.nodes[Mi]={type:"img_resize",id:Mi,is_intermediate:!0,width:k,height:L},U.nodes[Di]={type:"img_resize",id:Di,is_intermediate:!0,width:k,height:L},U.nodes[we].width=V,U.nodes[we].height=H,U.nodes[gn].width=V,U.nodes[gn].height=H,U.edges.push({source:{node_id:vi,field:"image"},destination:{node_id:Bn,field:"image"}},{source:{node_id:$n,field:"image"},destination:{node_id:Ri,field:"image"}},{source:{node_id:vi,field:"image"},destination:{node_id:Ln,field:"image"}},{source:{node_id:qe,field:"image"},destination:{node_id:Mi,field:"image"}},{source:{node_id:Mi,field:"image"},destination:{node_id:me,field:"image"}},{source:{node_id:Ri,field:"image"},destination:{node_id:Di,field:"image"}},{source:{node_id:Di,field:"image"},destination:{node_id:me,field:"mask"}})}else U.nodes[we].width=k,U.nodes[we].height=L,U.nodes[gn].width=k,U.nodes[gn].height=L,U.nodes[Bn]={...U.nodes[Bn],image:t},U.nodes[Ri]={...U.nodes[Ri],image:n},U.nodes[Ln]={...U.nodes[Ln],image:t},U.edges.push({source:{node_id:qe,field:"image"},destination:{node_id:me,field:"image"}},{source:{node_id:Ri,field:"image"},destination:{node_id:me,field:"mask"}});if(v!=="unmasked"&&(U.nodes[Nt]={type:"create_denoise_mask",id:Nt,is_intermediate:!0,fp32:D},B?U.edges.push({source:{node_id:vi,field:"image"},destination:{node_id:Nt,field:"image"}}):U.nodes[Nt]={...U.nodes[Nt],image:t},v==="mask"&&(B?U.edges.push({source:{node_id:$n,field:"image"},destination:{node_id:Nt,field:"mask"}}):U.nodes[Nt]={...U.nodes[Nt],mask:n}),v==="edge"&&(U.nodes[lr]={type:"mask_edge",id:lr,is_intermediate:!0,edge_blur:b,edge_size:b*2,low_threshold:100,high_threshold:200},B?U.edges.push({source:{node_id:$n,field:"image"},destination:{node_id:lr,field:"image"}}):U.nodes[lr]={...U.nodes[lr],image:n},U.edges.push({source:{node_id:lr,field:"image"},destination:{node_id:Nt,field:"mask"}})),U.edges.push({source:{node_id:Nt,field:"denoise_mask"},destination:{node_id:mt,field:"denoise_mask"}})),f){const V={id:Dr,type:"rand_int"};U.nodes[Dr]=V,U.edges.push({source:{node_id:Dr,field:"value"},destination:{node_id:Wn,field:"start"}})}else U.nodes[Wn].start=d;return(S||w)&&(us(e,U,R),R=$r),E&&(ph(e,U,mt,R,t),(S||w)&&(R=Es)),cs(e,U,R),hh(e,U,Re,R),as(e,U,Re),e.system.shouldUseNSFWChecker&&ls(e,U,me),e.system.shouldUseWatermarker&&ds(e,U,me),U},J2e=(e,t,n)=>{const r=pe("nodes"),{positivePrompt:i,negativePrompt:o,model:s,cfgScale:a,scheduler:l,steps:u,iterations:c,seed:d,shouldRandomizeSeed:f,vaePrecision:h,shouldUseNoiseSettings:p,shouldUseCpuNoise:m,maskBlur:b,canvasCoherenceMode:_,canvasCoherenceSteps:v,canvasCoherenceStrength:g,infillTileSize:y,infillPatchmatchDownscaleSize:S,infillMethod:w,seamlessXAxis:x,seamlessYAxis:E}=e.generation,{sdxlImg2ImgDenoisingStrength:A,shouldUseSDXLRefiner:T,refinerStart:k,shouldConcatSDXLStylePrompt:L}=e.sdxl;if(!s)throw r.error("No model found in state"),new Error("No model found in state");const{width:N,height:C}=e.canvas.boundingBoxDimensions,{scaledBoundingBoxDimensions:P,boundingBoxScaleMethod:D,shouldAutoSave:B}=e.canvas,R=h==="fp32",O=["auto","manual"].includes(D);let I=Oi;const F=m,{craftedPositiveStylePrompt:U,craftedNegativeStylePrompt:V}=Zc(e,L),H={id:Nc,nodes:{[Oi]:{type:"sdxl_model_loader",id:Oi,model:s},[Be]:{type:"sdxl_compel_prompt",id:Be,prompt:i,style:U},[Ve]:{type:"sdxl_compel_prompt",id:Ve,prompt:o,style:V},[hf]:{type:"tomask",id:hf,is_intermediate:!0,image:t},[mi]:{type:"mask_combine",id:mi,is_intermediate:!0,mask2:n},[Bn]:{type:"i2l",id:Bn,is_intermediate:!0,fp32:R},[we]:{type:"noise",id:we,use_cpu:F,is_intermediate:!0},[Ln]:{type:"create_denoise_mask",id:Ln,is_intermediate:!0,fp32:R},[Re]:{type:"denoise_latents",id:Re,is_intermediate:!0,steps:u,cfg_scale:a,scheduler:l,denoising_start:T?Math.min(k,1-A):1-A,denoising_end:T?k:1},[gn]:{type:"noise",id:we,use_cpu:F,is_intermediate:!0},[Ni]:{type:"add",id:Ni,b:1,is_intermediate:!0},[mt]:{type:"denoise_latents",id:mt,is_intermediate:!0,steps:v,cfg_scale:a,scheduler:l,denoising_start:1-g,denoising_end:1},[qe]:{type:"l2i",id:qe,is_intermediate:!0,fp32:R},[me]:{type:"color_correct",id:me,is_intermediate:!B},[Wn]:{type:"range_of_size",id:Wn,is_intermediate:!0,size:c,step:1},[rn]:{type:"iterate",id:rn,is_intermediate:!0}},edges:[{source:{node_id:Oi,field:"unet"},destination:{node_id:Re,field:"unet"}},{source:{node_id:Oi,field:"clip"},destination:{node_id:Be,field:"clip"}},{source:{node_id:Oi,field:"clip2"},destination:{node_id:Be,field:"clip2"}},{source:{node_id:Oi,field:"clip"},destination:{node_id:Ve,field:"clip"}},{source:{node_id:Oi,field:"clip2"},destination:{node_id:Ve,field:"clip2"}},{source:{node_id:Bt,field:"image"},destination:{node_id:Bn,field:"image"}},{source:{node_id:hf,field:"image"},destination:{node_id:mi,field:"mask1"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:Re,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:Re,field:"negative_conditioning"}},{source:{node_id:we,field:"noise"},destination:{node_id:Re,field:"noise"}},{source:{node_id:Bn,field:"latents"},destination:{node_id:Re,field:"latents"}},{source:{node_id:O?$n:mi,field:"image"},destination:{node_id:Ln,field:"mask"}},{source:{node_id:Ln,field:"denoise_mask"},destination:{node_id:Re,field:"denoise_mask"}},{source:{node_id:Wn,field:"collection"},destination:{node_id:rn,field:"collection"}},{source:{node_id:rn,field:"item"},destination:{node_id:we,field:"seed"}},{source:{node_id:rn,field:"item"},destination:{node_id:Ni,field:"a"}},{source:{node_id:Ni,field:"value"},destination:{node_id:gn,field:"seed"}},{source:{node_id:I,field:"unet"},destination:{node_id:mt,field:"unet"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:mt,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:mt,field:"negative_conditioning"}},{source:{node_id:gn,field:"noise"},destination:{node_id:mt,field:"noise"}},{source:{node_id:Re,field:"latents"},destination:{node_id:mt,field:"latents"}},{source:{node_id:Bt,field:"image"},destination:{node_id:Ln,field:"image"}},{source:{node_id:mt,field:"latents"},destination:{node_id:qe,field:"latents"}}]};if(w==="patchmatch"&&(H.nodes[Bt]={type:"infill_patchmatch",id:Bt,is_intermediate:!0,downscale:S}),w==="lama"&&(H.nodes[Bt]={type:"infill_lama",id:Bt,is_intermediate:!0}),w==="cv2"&&(H.nodes[Bt]={type:"infill_cv2",id:Bt,is_intermediate:!0}),w==="tile"&&(H.nodes[Bt]={type:"infill_tile",id:Bt,is_intermediate:!0,tile_size:y}),O){const Y=P.width,Q=P.height;H.nodes[vi]={type:"img_resize",id:vi,is_intermediate:!0,width:Y,height:Q,image:t},H.nodes[$n]={type:"img_resize",id:$n,is_intermediate:!0,width:Y,height:Q},H.nodes[Mi]={type:"img_resize",id:Mi,is_intermediate:!0,width:N,height:C},H.nodes[Vl]={type:"img_resize",id:Vl,is_intermediate:!0,width:N,height:C},H.nodes[Di]={type:"img_resize",id:Di,is_intermediate:!0,width:N,height:C},H.nodes[we].width=Y,H.nodes[we].height=Q,H.nodes[gn].width=Y,H.nodes[gn].height=Q,H.edges.push({source:{node_id:vi,field:"image"},destination:{node_id:Bt,field:"image"}},{source:{node_id:mi,field:"image"},destination:{node_id:$n,field:"image"}},{source:{node_id:qe,field:"image"},destination:{node_id:Mi,field:"image"}},{source:{node_id:$n,field:"image"},destination:{node_id:Di,field:"image"}},{source:{node_id:Bt,field:"image"},destination:{node_id:Vl,field:"image"}},{source:{node_id:Vl,field:"image"},destination:{node_id:me,field:"reference"}},{source:{node_id:Mi,field:"image"},destination:{node_id:me,field:"image"}},{source:{node_id:Di,field:"image"},destination:{node_id:me,field:"mask"}})}else H.nodes[Bt]={...H.nodes[Bt],image:t},H.nodes[we].width=N,H.nodes[we].height=C,H.nodes[gn].width=N,H.nodes[gn].height=C,H.nodes[Bn]={...H.nodes[Bn],image:t},H.edges.push({source:{node_id:Bt,field:"image"},destination:{node_id:me,field:"reference"}},{source:{node_id:qe,field:"image"},destination:{node_id:me,field:"image"}},{source:{node_id:mi,field:"image"},destination:{node_id:me,field:"mask"}});if(_!=="unmasked"&&(H.nodes[Nt]={type:"create_denoise_mask",id:Nt,is_intermediate:!0,fp32:R},H.edges.push({source:{node_id:Bt,field:"image"},destination:{node_id:Nt,field:"image"}}),_==="mask"&&(O?H.edges.push({source:{node_id:$n,field:"image"},destination:{node_id:Nt,field:"mask"}}):H.edges.push({source:{node_id:mi,field:"image"},destination:{node_id:Nt,field:"mask"}})),_==="edge"&&(H.nodes[lr]={type:"mask_edge",id:lr,is_intermediate:!0,edge_blur:b,edge_size:b*2,low_threshold:100,high_threshold:200},O?H.edges.push({source:{node_id:$n,field:"image"},destination:{node_id:lr,field:"image"}}):H.edges.push({source:{node_id:mi,field:"image"},destination:{node_id:lr,field:"image"}}),H.edges.push({source:{node_id:lr,field:"image"},destination:{node_id:Nt,field:"mask"}})),H.edges.push({source:{node_id:Nt,field:"denoise_mask"},destination:{node_id:mt,field:"denoise_mask"}})),f){const Y={id:Dr,type:"rand_int"};H.nodes[Dr]=Y,H.edges.push({source:{node_id:Dr,field:"value"},destination:{node_id:Wn,field:"start"}})}else H.nodes[Wn].start=d;return(x||E)&&(us(e,H,I),I=$r),T&&(ph(e,H,mt,I,t),(x||E)&&(I=Es)),cs(e,H,I),hh(e,H,Re,I),as(e,H,Re),e.system.shouldUseNSFWChecker&&ls(e,H,me),e.system.shouldUseWatermarker&&ds(e,H,me),H},ewe=e=>{const t=pe("nodes"),{positivePrompt:n,negativePrompt:r,model:i,cfgScale:o,scheduler:s,steps:a,vaePrecision:l,clipSkip:u,shouldUseCpuNoise:c,shouldUseNoiseSettings:d,seamlessXAxis:f,seamlessYAxis:h}=e.generation,{width:p,height:m}=e.canvas.boundingBoxDimensions,{scaledBoundingBoxDimensions:b,boundingBoxScaleMethod:_,shouldAutoSave:v}=e.canvas,g=l==="fp32",y=["auto","manual"].includes(_),{shouldUseSDXLRefiner:S,refinerStart:w,shouldConcatSDXLStylePrompt:x}=e.sdxl;if(!i)throw t.error("No model found in state"),new Error("No model found in state");const E=d?c:$s.shouldUseCpuNoise,A=i.model_type==="onnx";let T=A?AS:Oi;const k=A?"onnx_model_loader":"sdxl_model_loader",L=A?{type:"t2l_onnx",id:Re,is_intermediate:!0,cfg_scale:o,scheduler:s,steps:a}:{type:"denoise_latents",id:Re,is_intermediate:!0,cfg_scale:o,scheduler:s,steps:a,denoising_start:0,denoising_end:S?w:1},{craftedPositiveStylePrompt:N,craftedNegativeStylePrompt:C}=Zc(e,x),P={id:RS,nodes:{[T]:{type:k,id:T,is_intermediate:!0,model:i},[Be]:{type:A?"prompt_onnx":"sdxl_compel_prompt",id:Be,is_intermediate:!0,prompt:n,style:N},[Ve]:{type:A?"prompt_onnx":"sdxl_compel_prompt",id:Ve,is_intermediate:!0,prompt:r,style:C},[we]:{type:"noise",id:we,is_intermediate:!0,width:y?b.width:p,height:y?b.height:m,use_cpu:E},[L.id]:L},edges:[{source:{node_id:T,field:"unet"},destination:{node_id:Re,field:"unet"}},{source:{node_id:T,field:"clip"},destination:{node_id:Be,field:"clip"}},{source:{node_id:T,field:"clip2"},destination:{node_id:Be,field:"clip2"}},{source:{node_id:T,field:"clip"},destination:{node_id:Ve,field:"clip"}},{source:{node_id:T,field:"clip2"},destination:{node_id:Ve,field:"clip2"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:Re,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:Re,field:"negative_conditioning"}},{source:{node_id:we,field:"noise"},destination:{node_id:Re,field:"noise"}}]};return y?(P.nodes[qe]={id:qe,type:A?"l2i_onnx":"l2i",is_intermediate:!0,fp32:g},P.nodes[me]={id:me,type:"img_resize",is_intermediate:!v,width:p,height:m},P.edges.push({source:{node_id:Re,field:"latents"},destination:{node_id:qe,field:"latents"}},{source:{node_id:qe,field:"image"},destination:{node_id:me,field:"image"}})):(P.nodes[me]={type:A?"l2i_onnx":"l2i",id:me,is_intermediate:!v,fp32:g},P.edges.push({source:{node_id:Re,field:"latents"},destination:{node_id:me,field:"latents"}})),P.nodes[At]={id:At,type:"metadata_accumulator",generation_mode:"txt2img",cfg_scale:o,width:y?b.width:p,height:y?b.height:m,positive_prompt:"",negative_prompt:r,model:i,seed:0,steps:a,rand_device:E?"cpu":"cuda",scheduler:s,vae:void 0,controlnets:[],loras:[],clip_skip:u},P.edges.push({source:{node_id:At,field:"metadata"},destination:{node_id:me,field:"metadata"}}),(f||h)&&(us(e,P,T),T=$r),S&&(ph(e,P,Re,T),(f||h)&&(T=Es)),hh(e,P,Re,T),cs(e,P,T),Du(e,P),as(e,P,Re),e.system.shouldUseNSFWChecker&&ls(e,P,me),e.system.shouldUseWatermarker&&ds(e,P,me),P},twe=e=>{const t=pe("nodes"),{positivePrompt:n,negativePrompt:r,model:i,cfgScale:o,scheduler:s,steps:a,vaePrecision:l,clipSkip:u,shouldUseCpuNoise:c,shouldUseNoiseSettings:d,seamlessXAxis:f,seamlessYAxis:h}=e.generation,{width:p,height:m}=e.canvas.boundingBoxDimensions,{scaledBoundingBoxDimensions:b,boundingBoxScaleMethod:_,shouldAutoSave:v}=e.canvas,g=l==="fp32",y=["auto","manual"].includes(_);if(!i)throw t.error("No model found in state"),new Error("No model found in state");const S=d?c:$s.shouldUseCpuNoise,w=i.model_type==="onnx";let x=w?AS:Nu;const E=w?"onnx_model_loader":"main_model_loader",A=w?{type:"t2l_onnx",id:Fe,is_intermediate:!0,cfg_scale:o,scheduler:s,steps:a}:{type:"denoise_latents",id:Fe,is_intermediate:!0,cfg_scale:o,scheduler:s,steps:a,denoising_start:0,denoising_end:1},T={id:Iz,nodes:{[x]:{type:E,id:x,is_intermediate:!0,model:i},[jt]:{type:"clip_skip",id:jt,is_intermediate:!0,skipped_layers:u},[Be]:{type:w?"prompt_onnx":"compel",id:Be,is_intermediate:!0,prompt:n},[Ve]:{type:w?"prompt_onnx":"compel",id:Ve,is_intermediate:!0,prompt:r},[we]:{type:"noise",id:we,is_intermediate:!0,width:y?b.width:p,height:y?b.height:m,use_cpu:S},[A.id]:A},edges:[{source:{node_id:x,field:"unet"},destination:{node_id:Fe,field:"unet"}},{source:{node_id:x,field:"clip"},destination:{node_id:jt,field:"clip"}},{source:{node_id:jt,field:"clip"},destination:{node_id:Be,field:"clip"}},{source:{node_id:jt,field:"clip"},destination:{node_id:Ve,field:"clip"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:Fe,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:Fe,field:"negative_conditioning"}},{source:{node_id:we,field:"noise"},destination:{node_id:Fe,field:"noise"}}]};return y?(T.nodes[qe]={id:qe,type:w?"l2i_onnx":"l2i",is_intermediate:!0,fp32:g},T.nodes[me]={id:me,type:"img_resize",is_intermediate:!v,width:p,height:m},T.edges.push({source:{node_id:Fe,field:"latents"},destination:{node_id:qe,field:"latents"}},{source:{node_id:qe,field:"image"},destination:{node_id:me,field:"image"}})):(T.nodes[me]={type:w?"l2i_onnx":"l2i",id:me,is_intermediate:!v,fp32:g},T.edges.push({source:{node_id:Fe,field:"latents"},destination:{node_id:me,field:"latents"}})),T.nodes[At]={id:At,type:"metadata_accumulator",generation_mode:"txt2img",cfg_scale:o,width:y?b.width:p,height:y?b.height:m,positive_prompt:"",negative_prompt:r,model:i,seed:0,steps:a,rand_device:S?"cpu":"cuda",scheduler:s,vae:void 0,controlnets:[],loras:[],clip_skip:u},T.edges.push({source:{node_id:At,field:"metadata"},destination:{node_id:me,field:"metadata"}}),(f||h)&&(us(e,T,x),x=$r),cs(e,T,x),fh(e,T,Fe,x),Du(e,T),as(e,T,Fe),e.system.shouldUseNSFWChecker&&ls(e,T,me),e.system.shouldUseWatermarker&&ds(e,T,me),T},nwe=(e,t,n,r)=>{let i;if(t==="txt2img")e.generation.model&&e.generation.model.base_model==="sdxl"?i=ewe(e):i=twe(e);else if(t==="img2img"){if(!n)throw new Error("Missing canvas init image");e.generation.model&&e.generation.model.base_model==="sdxl"?i=Y2e(e,n):i=K2e(e,n)}else if(t==="inpaint"){if(!n||!r)throw new Error("Missing canvas init and mask images");e.generation.model&&e.generation.model.base_model==="sdxl"?i=Z2e(e,n,r):i=X2e(e,n,r)}else{if(!n)throw new Error("Missing canvas init image");e.generation.model&&e.generation.model.base_model==="sdxl"?i=J2e(e,n,r):i=Q2e(e,n,r)}return i},rwe=()=>{xe({predicate:e=>Lm.match(e)&&e.payload==="unifiedCanvas",effect:async(e,{getState:t,dispatch:n,take:r})=>{const i=pe("session"),o=t(),{layerState:s,boundingBoxCoordinates:a,boundingBoxDimensions:l,isMaskEnabled:u,shouldPreserveMaskedArea:c}=o.canvas,d=await OT(s,a,l,u,c);if(!d){i.error("Unable to create canvas data");return}const{baseBlob:f,baseImageData:h,maskBlob:p,maskImageData:m}=d,b=q2e(h,m);if(o.system.enableImageDebugging){const x=await wR(f),E=await wR(p);V2e([{base64:E,caption:"mask b64"},{base64:x,caption:"image b64"}])}i.debug(`Generation mode: ${b}`);let _,v;["img2img","inpaint","outpaint"].includes(b)&&(_=await n(he.endpoints.uploadImage.initiate({file:new File([f],"canvasInitImage.png",{type:"image/png"}),image_category:"general",is_intermediate:!0})).unwrap()),["inpaint","outpaint"].includes(b)&&(v=await n(he.endpoints.uploadImage.initiate({file:new File([p],"canvasMaskImage.png",{type:"image/png"}),image_category:"mask",is_intermediate:!0})).unwrap());const g=nwe(o,b,_,v);i.debug({graph:pn(g)},"Canvas graph built"),n(BB(g));const{requestId:y}=n(Si({graph:g})),[S]=await r(x=>Si.fulfilled.match(x)&&x.meta.requestId===y),w=S.payload.id;["img2img","inpaint"].includes(b)&&_&&n(he.endpoints.changeImageSessionId.initiate({imageDTO:_,session_id:w})),["inpaint"].includes(b)&&v&&n(he.endpoints.changeImageSessionId.initiate({imageDTO:v,session_id:w})),o.canvas.layerState.stagingArea.boundingBox||n($ne({sessionId:w,boundingBox:{...o.canvas.boundingBoxCoordinates,...o.canvas.boundingBoxDimensions}})),n(Fne(w)),n(Yc())}})},iwe=e=>{const t=pe("nodes"),{positivePrompt:n,negativePrompt:r,model:i,cfgScale:o,scheduler:s,steps:a,initialImage:l,img2imgStrength:u,shouldFitToWidthHeight:c,width:d,height:f,clipSkip:h,shouldUseCpuNoise:p,shouldUseNoiseSettings:m,vaePrecision:b,seamlessXAxis:_,seamlessYAxis:v}=e.generation;if(!l)throw t.error("No initial image found in state"),new Error("No initial image found in state");if(!i)throw t.error("No model found in state"),new Error("No model found in state");const g=b==="fp32";let y=Nu;const S=m?p:$s.shouldUseCpuNoise,w={id:s3,nodes:{[y]:{type:"main_model_loader",id:y,model:i},[jt]:{type:"clip_skip",id:jt,skipped_layers:h},[Be]:{type:"compel",id:Be,prompt:n},[Ve]:{type:"compel",id:Ve,prompt:r},[we]:{type:"noise",id:we,use_cpu:S},[qe]:{type:"l2i",id:qe,fp32:g},[Fe]:{type:"denoise_latents",id:Fe,cfg_scale:o,scheduler:s,steps:a,denoising_start:1-u,denoising_end:1},[Dn]:{type:"i2l",id:Dn,fp32:g}},edges:[{source:{node_id:y,field:"unet"},destination:{node_id:Fe,field:"unet"}},{source:{node_id:y,field:"clip"},destination:{node_id:jt,field:"clip"}},{source:{node_id:jt,field:"clip"},destination:{node_id:Be,field:"clip"}},{source:{node_id:jt,field:"clip"},destination:{node_id:Ve,field:"clip"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:Fe,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:Fe,field:"negative_conditioning"}},{source:{node_id:we,field:"noise"},destination:{node_id:Fe,field:"noise"}},{source:{node_id:Dn,field:"latents"},destination:{node_id:Fe,field:"latents"}},{source:{node_id:Fe,field:"latents"},destination:{node_id:qe,field:"latents"}}]};if(c&&(l.width!==d||l.height!==f)){const x={id:ea,type:"img_resize",image:{image_name:l.imageName},is_intermediate:!0,width:d,height:f};w.nodes[ea]=x,w.edges.push({source:{node_id:ea,field:"image"},destination:{node_id:Dn,field:"image"}}),w.edges.push({source:{node_id:ea,field:"width"},destination:{node_id:we,field:"width"}}),w.edges.push({source:{node_id:ea,field:"height"},destination:{node_id:we,field:"height"}})}else w.nodes[Dn].image={image_name:l.imageName},w.edges.push({source:{node_id:Dn,field:"width"},destination:{node_id:we,field:"width"}}),w.edges.push({source:{node_id:Dn,field:"height"},destination:{node_id:we,field:"height"}});return w.nodes[At]={id:At,type:"metadata_accumulator",generation_mode:"img2img",cfg_scale:o,height:f,width:d,positive_prompt:"",negative_prompt:r,model:i,seed:0,steps:a,rand_device:S?"cpu":"cuda",scheduler:s,vae:void 0,controlnets:[],loras:[],clip_skip:h,strength:u,init_image:l.imageName},w.edges.push({source:{node_id:At,field:"metadata"},destination:{node_id:qe,field:"metadata"}}),(_||v)&&(us(e,w,y),y=$r),cs(e,w,y),fh(e,w,Fe,y),Du(e,w),as(e,w,Fe),e.system.shouldUseNSFWChecker&&ls(e,w),e.system.shouldUseWatermarker&&ds(e,w),w},owe=e=>{const t=pe("nodes"),{positivePrompt:n,negativePrompt:r,model:i,cfgScale:o,scheduler:s,steps:a,initialImage:l,shouldFitToWidthHeight:u,width:c,height:d,clipSkip:f,shouldUseCpuNoise:h,shouldUseNoiseSettings:p,vaePrecision:m,seamlessXAxis:b,seamlessYAxis:_}=e.generation,{positiveStylePrompt:v,negativeStylePrompt:g,shouldConcatSDXLStylePrompt:y,shouldUseSDXLRefiner:S,refinerStart:w,sdxlImg2ImgDenoisingStrength:x}=e.sdxl;if(!l)throw t.error("No initial image found in state"),new Error("No initial image found in state");if(!i)throw t.error("No model found in state"),new Error("No model found in state");const E=m==="fp32";let A=Oi;const T=p?h:$s.shouldUseCpuNoise,{craftedPositiveStylePrompt:k,craftedNegativeStylePrompt:L}=Zc(e,y),N={id:A1,nodes:{[A]:{type:"sdxl_model_loader",id:A,model:i},[Be]:{type:"sdxl_compel_prompt",id:Be,prompt:n,style:k},[Ve]:{type:"sdxl_compel_prompt",id:Ve,prompt:r,style:L},[we]:{type:"noise",id:we,use_cpu:T},[qe]:{type:"l2i",id:qe,fp32:E},[Re]:{type:"denoise_latents",id:Re,cfg_scale:o,scheduler:s,steps:a,denoising_start:S?Math.min(w,1-x):1-x,denoising_end:S?w:1},[Dn]:{type:"i2l",id:Dn,fp32:E}},edges:[{source:{node_id:A,field:"unet"},destination:{node_id:Re,field:"unet"}},{source:{node_id:A,field:"clip"},destination:{node_id:Be,field:"clip"}},{source:{node_id:A,field:"clip2"},destination:{node_id:Be,field:"clip2"}},{source:{node_id:A,field:"clip"},destination:{node_id:Ve,field:"clip"}},{source:{node_id:A,field:"clip2"},destination:{node_id:Ve,field:"clip2"}},{source:{node_id:Be,field:"conditioning"},destination:{node_id:Re,field:"positive_conditioning"}},{source:{node_id:Ve,field:"conditioning"},destination:{node_id:Re,field:"negative_conditioning"}},{source:{node_id:we,field:"noise"},destination:{node_id:Re,field:"noise"}},{source:{node_id:Dn,field:"latents"},destination:{node_id:Re,field:"latents"}},{source:{node_id:Re,field:"latents"},destination:{node_id:qe,field:"latents"}}]};if(u&&(l.width!==c||l.height!==d)){const C={id:ea,type:"img_resize",image:{image_name:l.imageName},is_intermediate:!0,width:c,height:d};N.nodes[ea]=C,N.edges.push({source:{node_id:ea,field:"image"},destination:{node_id:Dn,field:"image"}}),N.edges.push({source:{node_id:ea,field:"width"},destination:{node_id:we,field:"width"}}),N.edges.push({source:{node_id:ea,field:"height"},destination:{node_id:we,field:"height"}})}else N.nodes[Dn].image={image_name:l.imageName},N.edges.push({source:{node_id:Dn,field:"width"},destination:{node_id:we,field:"width"}}),N.edges.push({source:{node_id:Dn,field:"height"},destination:{node_id:we,field:"height"}});return N.nodes[At]={id:At,type:"metadata_accumulator",generation_mode:"sdxl_img2img",cfg_scale:o,height:d,width:c,positive_prompt:"",negative_prompt:r,model:i,seed:0,steps:a,rand_device:T?"cpu":"cuda",scheduler:s,vae:void 0,controlnets:[],loras:[],clip_skip:f,strength:x,init_image:l.imageName,positive_style_prompt:v,negative_style_prompt:g},N.edges.push({source:{node_id:At,field:"metadata"},destination:{node_id:qe,field:"metadata"}}),(b||_)&&(us(e,N,A),A=$r),S&&(ph(e,N,Re),(b||_)&&(A=Es)),cs(e,N,A),hh(e,N,Re,A),as(e,N,Re),Du(e,N),e.system.shouldUseNSFWChecker&&ls(e,N),e.system.shouldUseWatermarker&&ds(e,N),N},swe=()=>{xe({predicate:e=>Lm.match(e)&&e.payload==="img2img",effect:async(e,{getState:t,dispatch:n,take:r})=>{const i=pe("session"),o=t(),s=o.generation.model;let a;s&&s.base_model==="sdxl"?a=owe(o):a=iwe(o),n(FB(a)),i.debug({graph:pn(a)},"Image to Image graph built"),n(Si({graph:a})),await r(Si.fulfilled.match),n(Yc())}})},awe=/[$_\p{ID_Start}][$\u200c\u200d\p{ID_Continue}]*/u;function lwe(e){return e.length===1?e[0].toString():e.reduce((t,n)=>{if(typeof n=="number")return t+"["+n.toString()+"]";if(n.includes('"'))return t+'["'+uwe(n)+'"]';if(!awe.test(n))return t+'["'+n+'"]';const r=t.length===0?"":".";return t+r+n},"")}function uwe(e){return e.replace(/"/g,'\\"')}function cwe(e){return e.length!==0}const dwe=99,Mz="; ",Nz=", or ",LT="Validation error",Dz=": ";class Lz extends Error{constructor(n,r=[]){super(n);XS(this,"details");XS(this,"name");this.details=r,this.name="ZodValidationError"}toString(){return this.message}}function $T(e,t,n){if(e.code==="invalid_union")return e.unionErrors.reduce((r,i)=>{const o=i.issues.map(s=>$T(s,t,n)).join(t);return r.includes(o)||r.push(o),r},[]).join(n);if(cwe(e.path)){if(e.path.length===1){const r=e.path[0];if(typeof r=="number")return`${e.message} at index ${r}`}return`${e.message} at "${lwe(e.path)}"`}return e.message}function $z(e,t,n){return t!==null?e.length>0?[t,e].join(n):t:e.length>0?e:LT}function Y9e(e,t={}){const{issueSeparator:n=Mz,unionSeparator:r=Nz,prefixSeparator:i=Dz,prefix:o=LT}=t,s=$T(e,n,r),a=$z(s,o,i);return new Lz(a,[e])}function 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this.emitReserved("error",i)}this.ws.binaryType=this.socket.binaryType,this.addEventListeners()}addEventListeners(){this.ws.onopen=()=>{this.opts.autoUnref&&this.ws._socket.unref(),this.onOpen()},this.ws.onclose=t=>this.onClose({description:"websocket connection closed",context:t}),this.ws.onmessage=t=>this.onData(t.data),this.ws.onerror=t=>this.onError("websocket error",t)}write(t){this.writable=!1;for(let n=0;n{const s={};try{DR&&this.ws.send(o)}catch{}i&&UT(()=>{this.writable=!0,this.emitReserved("drain")},this.setTimeoutFn)})}}doClose(){typeof this.ws<"u"&&(this.ws.close(),this.ws=null)}uri(){const t=this.opts.secure?"wss":"ws",n=this.query||{};return this.opts.timestampRequests&&(n[this.opts.timestampParam]=Wz()),this.supportsBinary||(n.b64=1),this.createUri(t,n)}check(){return!!i0}}class rxe extends zT{get name(){return"webtransport"}doOpen(){typeof WebTransport=="function"&&(this.transport=new WebTransport(this.createUri("https"),this.opts.transportOptions[this.name]),this.transport.closed.then(()=>{this.onClose()}).catch(t=>{this.onError("webtransport error",t)}),this.transport.ready.then(()=>{this.transport.createBidirectionalStream().then(t=>{const n=zwe(Number.MAX_SAFE_INTEGER,this.socket.binaryType),r=t.readable.pipeThrough(n).getReader(),i=Bwe();i.readable.pipeTo(t.writable),this.writer=i.writable.getWriter();const o=()=>{r.read().then(({done:a,value:l})=>{a||(this.onPacket(l),o())}).catch(a=>{})};o();const s={type:"open"};this.query.sid&&(s.data=`{"sid":"${this.query.sid}"}`),this.writer.write(s).then(()=>this.onOpen())})}))}write(t){this.writable=!1;for(let n=0;n{i&&UT(()=>{this.writable=!0,this.emitReserved("drain")},this.setTimeoutFn)})}}doClose(){var t;(t=this.transport)===null||t===void 0||t.close()}}const ixe={websocket:nxe,webtransport:rxe,polling:exe},oxe=/^(?:(?![^:@\/?#]+:[^:@\/]*@)(http|https|ws|wss):\/\/)?((?:(([^:@\/?#]*)(?::([^:@\/?#]*))?)?@)?((?:[a-f0-9]{0,4}:){2,7}[a-f0-9]{0,4}|[^:\/?#]*)(?::(\d*))?)(((\/(?:[^?#](?![^?#\/]*\.[^?#\/.]+(?:[?#]|$)))*\/?)?([^?#\/]*))(?:\?([^#]*))?(?:#(.*))?)/,sxe=["source","protocol","authority","userInfo","user","password","host","port","relative","path","directory","file","query","anchor"];function c3(e){const t=e,n=e.indexOf("["),r=e.indexOf("]");n!=-1&&r!=-1&&(e=e.substring(0,n)+e.substring(n,r).replace(/:/g,";")+e.substring(r,e.length));let i=oxe.exec(e||""),o={},s=14;for(;s--;)o[sxe[s]]=i[s]||"";return n!=-1&&r!=-1&&(o.source=t,o.host=o.host.substring(1,o.host.length-1).replace(/;/g,":"),o.authority=o.authority.replace("[","").replace("]","").replace(/;/g,":"),o.ipv6uri=!0),o.pathNames=axe(o,o.path),o.queryKey=lxe(o,o.query),o}function axe(e,t){const n=/\/{2,9}/g,r=t.replace(n,"/").split("/");return(t.slice(0,1)=="/"||t.length===0)&&r.splice(0,1),t.slice(-1)=="/"&&r.splice(r.length-1,1),r}function lxe(e,t){const n={};return t.replace(/(?:^|&)([^&=]*)=?([^&]*)/g,function(r,i,o){i&&(n[i]=o)}),n}let Qz=class Td extends kr{constructor(t,n={}){super(),this.binaryType=txe,this.writeBuffer=[],t&&typeof t=="object"&&(n=t,t=null),t?(t=c3(t),n.hostname=t.host,n.secure=t.protocol==="https"||t.protocol==="wss",n.port=t.port,t.query&&(n.query=t.query)):n.host&&(n.hostname=c3(n.host).host),OS(this,n),this.secure=n.secure!=null?n.secure:typeof location<"u"&&location.protocol==="https:",n.hostname&&!n.port&&(n.port=this.secure?"443":"80"),this.hostname=n.hostname||(typeof location<"u"?location.hostname:"localhost"),this.port=n.port||(typeof location<"u"&&location.port?location.port:this.secure?"443":"80"),this.transports=n.transports||["polling","websocket","webtransport"],this.writeBuffer=[],this.prevBufferLen=0,this.opts=Object.assign({path:"/engine.io",agent:!1,withCredentials:!1,upgrade:!0,timestampParam:"t",rememberUpgrade:!1,addTrailingSlash:!0,rejectUnauthorized:!0,perMessageDeflate:{threshold:1024},transportOptions:{},closeOnBeforeunload:!1},n),this.opts.path=this.opts.path.replace(/\/$/,"")+(this.opts.addTrailingSlash?"/":""),typeof this.opts.query=="string"&&(this.opts.query=Kwe(this.opts.query)),this.id=null,this.upgrades=null,this.pingInterval=null,this.pingTimeout=null,this.pingTimeoutTimer=null,typeof addEventListener=="function"&&(this.opts.closeOnBeforeunload&&(this.beforeunloadEventListener=()=>{this.transport&&(this.transport.removeAllListeners(),this.transport.close())},addEventListener("beforeunload",this.beforeunloadEventListener,!1)),this.hostname!=="localhost"&&(this.offlineEventListener=()=>{this.onClose("transport close",{description:"network connection lost"})},addEventListener("offline",this.offlineEventListener,!1))),this.open()}createTransport(t){const n=Object.assign({},this.opts.query);n.EIO=Gz,n.transport=t,this.id&&(n.sid=this.id);const r=Object.assign({},this.opts,{query:n,socket:this,hostname:this.hostname,secure:this.secure,port:this.port},this.opts.transportOptions[t]);return new ixe[t](r)}open(){let t;if(this.opts.rememberUpgrade&&Td.priorWebsocketSuccess&&this.transports.indexOf("websocket")!==-1)t="websocket";else if(this.transports.length===0){this.setTimeoutFn(()=>{this.emitReserved("error","No transports available")},0);return}else t=this.transports[0];this.readyState="opening";try{t=this.createTransport(t)}catch{this.transports.shift(),this.open();return}t.open(),this.setTransport(t)}setTransport(t){this.transport&&this.transport.removeAllListeners(),this.transport=t,t.on("drain",this.onDrain.bind(this)).on("packet",this.onPacket.bind(this)).on("error",this.onError.bind(this)).on("close",n=>this.onClose("transport close",n))}probe(t){let n=this.createTransport(t),r=!1;Td.priorWebsocketSuccess=!1;const i=()=>{r||(n.send([{type:"ping",data:"probe"}]),n.once("packet",d=>{if(!r)if(d.type==="pong"&&d.data==="probe"){if(this.upgrading=!0,this.emitReserved("upgrading",n),!n)return;Td.priorWebsocketSuccess=n.name==="websocket",this.transport.pause(()=>{r||this.readyState!=="closed"&&(c(),this.setTransport(n),n.send([{type:"upgrade"}]),this.emitReserved("upgrade",n),n=null,this.upgrading=!1,this.flush())})}else{const f=new Error("probe error");f.transport=n.name,this.emitReserved("upgradeError",f)}}))};function o(){r||(r=!0,c(),n.close(),n=null)}const s=d=>{const f=new Error("probe error: "+d);f.transport=n.name,o(),this.emitReserved("upgradeError",f)};function a(){s("transport closed")}function l(){s("socket closed")}function u(d){n&&d.name!==n.name&&o()}const c=()=>{n.removeListener("open",i),n.removeListener("error",s),n.removeListener("close",a),this.off("close",l),this.off("upgrading",u)};n.once("open",i),n.once("error",s),n.once("close",a),this.once("close",l),this.once("upgrading",u),this.upgrades.indexOf("webtransport")!==-1&&t!=="webtransport"?this.setTimeoutFn(()=>{r||n.open()},200):n.open()}onOpen(){if(this.readyState="open",Td.priorWebsocketSuccess=this.transport.name==="websocket",this.emitReserved("open"),this.flush(),this.readyState==="open"&&this.opts.upgrade){let t=0;const n=this.upgrades.length;for(;t{this.onClose("ping timeout")},this.pingInterval+this.pingTimeout),this.opts.autoUnref&&this.pingTimeoutTimer.unref()}onDrain(){this.writeBuffer.splice(0,this.prevBufferLen),this.prevBufferLen=0,this.writeBuffer.length===0?this.emitReserved("drain"):this.flush()}flush(){if(this.readyState!=="closed"&&this.transport.writable&&!this.upgrading&&this.writeBuffer.length){const t=this.getWritablePackets();this.transport.send(t),this.prevBufferLen=t.length,this.emitReserved("flush")}}getWritablePackets(){if(!(this.maxPayload&&this.transport.name==="polling"&&this.writeBuffer.length>1))return this.writeBuffer;let n=1;for(let r=0;r0&&n>this.maxPayload)return this.writeBuffer.slice(0,r);n+=2}return this.writeBuffer}write(t,n,r){return this.sendPacket("message",t,n,r),this}send(t,n,r){return this.sendPacket("message",t,n,r),this}sendPacket(t,n,r,i){if(typeof n=="function"&&(i=n,n=void 0),typeof r=="function"&&(i=r,r=null),this.readyState==="closing"||this.readyState==="closed")return;r=r||{},r.compress=r.compress!==!1;const o={type:t,data:n,options:r};this.emitReserved("packetCreate",o),this.writeBuffer.push(o),i&&this.once("flush",i),this.flush()}close(){const t=()=>{this.onClose("forced close"),this.transport.close()},n=()=>{this.off("upgrade",n),this.off("upgradeError",n),t()},r=()=>{this.once("upgrade",n),this.once("upgradeError",n)};return(this.readyState==="opening"||this.readyState==="open")&&(this.readyState="closing",this.writeBuffer.length?this.once("drain",()=>{this.upgrading?r():t()}):this.upgrading?r():t()),this}onError(t){Td.priorWebsocketSuccess=!1,this.emitReserved("error",t),this.onClose("transport error",t)}onClose(t,n){(this.readyState==="opening"||this.readyState==="open"||this.readyState==="closing")&&(this.clearTimeoutFn(this.pingTimeoutTimer),this.transport.removeAllListeners("close"),this.transport.close(),this.transport.removeAllListeners(),typeof removeEventListener=="function"&&(removeEventListener("beforeunload",this.beforeunloadEventListener,!1),removeEventListener("offline",this.offlineEventListener,!1)),this.readyState="closed",this.id=null,this.emitReserved("close",t,n),this.writeBuffer=[],this.prevBufferLen=0)}filterUpgrades(t){const n=[];let r=0;const i=t.length;for(;rtypeof ArrayBuffer.isView=="function"?ArrayBuffer.isView(e):e.buffer instanceof ArrayBuffer,Yz=Object.prototype.toString,fxe=typeof Blob=="function"||typeof Blob<"u"&&Yz.call(Blob)==="[object BlobConstructor]",hxe=typeof File=="function"||typeof File<"u"&&Yz.call(File)==="[object FileConstructor]";function jT(e){return cxe&&(e instanceof ArrayBuffer||dxe(e))||fxe&&e instanceof Blob||hxe&&e instanceof File}function j0(e,t){if(!e||typeof e!="object")return!1;if(Array.isArray(e)){for(let n=0,r=e.length;n=0&&e.num{delete this.acks[t];for(let s=0;s{this.io.clearTimeoutFn(o),n.apply(this,[null,...s])}}emitWithAck(t,...n){const r=this.flags.timeout!==void 0||this._opts.ackTimeout!==void 0;return new Promise((i,o)=>{n.push((s,a)=>r?s?o(s):i(a):i(s)),this.emit(t,...n)})}_addToQueue(t){let n;typeof t[t.length-1]=="function"&&(n=t.pop());const r={id:this._queueSeq++,tryCount:0,pending:!1,args:t,flags:Object.assign({fromQueue:!0},this.flags)};t.push((i,...o)=>r!==this._queue[0]?void 0:(i!==null?r.tryCount>this._opts.retries&&(this._queue.shift(),n&&n(i)):(this._queue.shift(),n&&n(null,...o)),r.pending=!1,this._drainQueue())),this._queue.push(r),this._drainQueue()}_drainQueue(t=!1){if(!this.connected||this._queue.length===0)return;const n=this._queue[0];n.pending&&!t||(n.pending=!0,n.tryCount++,this.flags=n.flags,this.emit.apply(this,n.args))}packet(t){t.nsp=this.nsp,this.io._packet(t)}onopen(){typeof this.auth=="function"?this.auth(t=>{this._sendConnectPacket(t)}):this._sendConnectPacket(this.auth)}_sendConnectPacket(t){this.packet({type:It.CONNECT,data:this._pid?Object.assign({pid:this._pid,offset:this._lastOffset},t):t})}onerror(t){this.connected||this.emitReserved("connect_error",t)}onclose(t,n){this.connected=!1,delete this.id,this.emitReserved("disconnect",t,n)}onpacket(t){if(t.nsp===this.nsp)switch(t.type){case It.CONNECT:t.data&&t.data.sid?this.onconnect(t.data.sid,t.data.pid):this.emitReserved("connect_error",new Error("It seems you are trying to reach a Socket.IO server in v2.x with a v3.x client, but they are not compatible (more information here: https://socket.io/docs/v3/migrating-from-2-x-to-3-0/)"));break;case It.EVENT:case It.BINARY_EVENT:this.onevent(t);break;case It.ACK:case It.BINARY_ACK:this.onack(t);break;case It.DISCONNECT:this.ondisconnect();break;case It.CONNECT_ERROR:this.destroy();const r=new Error(t.data.message);r.data=t.data.data,this.emitReserved("connect_error",r);break}}onevent(t){const n=t.data||[];t.id!=null&&n.push(this.ack(t.id)),this.connected?this.emitEvent(n):this.receiveBuffer.push(Object.freeze(n))}emitEvent(t){if(this._anyListeners&&this._anyListeners.length){const n=this._anyListeners.slice();for(const r of n)r.apply(this,t)}super.emit.apply(this,t),this._pid&&t.length&&typeof t[t.length-1]=="string"&&(this._lastOffset=t[t.length-1])}ack(t){const n=this;let r=!1;return function(...i){r||(r=!0,n.packet({type:It.ACK,id:t,data:i}))}}onack(t){const n=this.acks[t.id];typeof n=="function"&&(n.apply(this,t.data),delete this.acks[t.id])}onconnect(t,n){this.id=t,this.recovered=n&&this._pid===n,this._pid=n,this.connected=!0,this.emitBuffered(),this.emitReserved("connect"),this._drainQueue(!0)}emitBuffered(){this.receiveBuffer.forEach(t=>this.emitEvent(t)),this.receiveBuffer=[],this.sendBuffer.forEach(t=>{this.notifyOutgoingListeners(t),this.packet(t)}),this.sendBuffer=[]}ondisconnect(){this.destroy(),this.onclose("io server disconnect")}destroy(){this.subs&&(this.subs.forEach(t=>t()),this.subs=void 0),this.io._destroy(this)}disconnect(){return this.connected&&this.packet({type:It.DISCONNECT}),this.destroy(),this.connected&&this.onclose("io client disconnect"),this}close(){return this.disconnect()}compress(t){return this.flags.compress=t,this}get volatile(){return this.flags.volatile=!0,this}timeout(t){return this.flags.timeout=t,this}onAny(t){return this._anyListeners=this._anyListeners||[],this._anyListeners.push(t),this}prependAny(t){return this._anyListeners=this._anyListeners||[],this._anyListeners.unshift(t),this}offAny(t){if(!this._anyListeners)return this;if(t){const n=this._anyListeners;for(let r=0;r0&&e.jitter<=1?e.jitter:0,this.attempts=0}gh.prototype.duration=function(){var e=this.ms*Math.pow(this.factor,this.attempts++);if(this.jitter){var t=Math.random(),n=Math.floor(t*this.jitter*e);e=Math.floor(t*10)&1?e+n:e-n}return Math.min(e,this.max)|0};gh.prototype.reset=function(){this.attempts=0};gh.prototype.setMin=function(e){this.ms=e};gh.prototype.setMax=function(e){this.max=e};gh.prototype.setJitter=function(e){this.jitter=e};class h3 extends kr{constructor(t,n){var r;super(),this.nsps={},this.subs=[],t&&typeof t=="object"&&(n=t,t=void 0),n=n||{},n.path=n.path||"/socket.io",this.opts=n,OS(this,n),this.reconnection(n.reconnection!==!1),this.reconnectionAttempts(n.reconnectionAttempts||1/0),this.reconnectionDelay(n.reconnectionDelay||1e3),this.reconnectionDelayMax(n.reconnectionDelayMax||5e3),this.randomizationFactor((r=n.randomizationFactor)!==null&&r!==void 0?r:.5),this.backoff=new gh({min:this.reconnectionDelay(),max:this.reconnectionDelayMax(),jitter:this.randomizationFactor()}),this.timeout(n.timeout==null?2e4:n.timeout),this._readyState="closed",this.uri=t;const i=n.parser||bxe;this.encoder=new i.Encoder,this.decoder=new i.Decoder,this._autoConnect=n.autoConnect!==!1,this._autoConnect&&this.open()}reconnection(t){return arguments.length?(this._reconnection=!!t,this):this._reconnection}reconnectionAttempts(t){return t===void 0?this._reconnectionAttempts:(this._reconnectionAttempts=t,this)}reconnectionDelay(t){var n;return t===void 0?this._reconnectionDelay:(this._reconnectionDelay=t,(n=this.backoff)===null||n===void 0||n.setMin(t),this)}randomizationFactor(t){var n;return t===void 0?this._randomizationFactor:(this._randomizationFactor=t,(n=this.backoff)===null||n===void 0||n.setJitter(t),this)}reconnectionDelayMax(t){var n;return t===void 0?this._reconnectionDelayMax:(this._reconnectionDelayMax=t,(n=this.backoff)===null||n===void 0||n.setMax(t),this)}timeout(t){return arguments.length?(this._timeout=t,this):this._timeout}maybeReconnectOnOpen(){!this._reconnecting&&this._reconnection&&this.backoff.attempts===0&&this.reconnect()}open(t){if(~this._readyState.indexOf("open"))return this;this.engine=new Qz(this.uri,this.opts);const n=this.engine,r=this;this._readyState="opening",this.skipReconnect=!1;const i=_s(n,"open",function(){r.onopen(),t&&t()}),o=a=>{this.cleanup(),this._readyState="closed",this.emitReserved("error",a),t?t(a):this.maybeReconnectOnOpen()},s=_s(n,"error",o);if(this._timeout!==!1){const a=this._timeout,l=this.setTimeoutFn(()=>{i(),o(new Error("timeout")),n.close()},a);this.opts.autoUnref&&l.unref(),this.subs.push(()=>{this.clearTimeoutFn(l)})}return this.subs.push(i),this.subs.push(s),this}connect(t){return this.open(t)}onopen(){this.cleanup(),this._readyState="open",this.emitReserved("open");const t=this.engine;this.subs.push(_s(t,"ping",this.onping.bind(this)),_s(t,"data",this.ondata.bind(this)),_s(t,"error",this.onerror.bind(this)),_s(t,"close",this.onclose.bind(this)),_s(this.decoder,"decoded",this.ondecoded.bind(this)))}onping(){this.emitReserved("ping")}ondata(t){try{this.decoder.add(t)}catch(n){this.onclose("parse error",n)}}ondecoded(t){UT(()=>{this.emitReserved("packet",t)},this.setTimeoutFn)}onerror(t){this.emitReserved("error",t)}socket(t,n){let r=this.nsps[t];return r?this._autoConnect&&!r.active&&r.connect():(r=new Zz(this,t,n),this.nsps[t]=r),r}_destroy(t){const n=Object.keys(this.nsps);for(const r of n)if(this.nsps[r].active)return;this._close()}_packet(t){const n=this.encoder.encode(t);for(let r=0;rt()),this.subs.length=0,this.decoder.destroy()}_close(){this.skipReconnect=!0,this._reconnecting=!1,this.onclose("forced close"),this.engine&&this.engine.close()}disconnect(){return this._close()}onclose(t,n){this.cleanup(),this.backoff.reset(),this._readyState="closed",this.emitReserved("close",t,n),this._reconnection&&!this.skipReconnect&&this.reconnect()}reconnect(){if(this._reconnecting||this.skipReconnect)return this;const t=this;if(this.backoff.attempts>=this._reconnectionAttempts)this.backoff.reset(),this.emitReserved("reconnect_failed"),this._reconnecting=!1;else{const n=this.backoff.duration();this._reconnecting=!0;const 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n=this.members.findIndex(i=>t===i);if(n===0)return!1;let r;for(let i=n;i>=0;i--){const o=this.members[i];if(o.isPresent!==!1){r=o;break}}return r?(this.promote(r),!0):!1}promote(t,n){const r=this.lead;if(t!==r&&(this.prevLead=r,this.lead=t,t.show(),r)){r.instance&&r.scheduleRender(),t.scheduleRender(),t.resumeFrom=r,n&&(t.resumeFrom.preserveOpacity=!0),r.snapshot&&(t.snapshot=r.snapshot,t.snapshot.latestValues=r.animationValues||r.latestValues),t.root&&t.root.isUpdating&&(t.isLayoutDirty=!0);const{crossfade:i}=t.options;i===!1&&r.hide()}}exitAnimationComplete(){this.members.forEach(t=>{const{options:n,resumingFrom:r}=t;n.onExitComplete&&n.onExitComplete(),r&&r.options.onExitComplete&&r.options.onExitComplete()})}scheduleRender(){this.members.forEach(t=>{t.instance&&t.scheduleRender(!1)})}removeLeadSnapshot(){this.lead&&this.lead.snapshot&&(this.lead.snapshot=void 0)}}function WO(e,t,n){let r="";const i=e.x.translate/t.x,o=e.y.translate/t.y;if((i||o)&&(r=`translate3d(${i}px, ${o}px, 0) 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Qu={type:"projectionFrame",totalNodes:0,resolvedTargetDeltas:0,recalculatedProjection:0};function $j({attachResizeListener:e,defaultParent:t,measureScroll:n,checkIsScrollRoot:r,resetTransform:i}){return class{constructor(s={},a=t==null?void 0:t()){this.id=T4e++,this.animationId=0,this.children=new Set,this.options={},this.isTreeAnimating=!1,this.isAnimationBlocked=!1,this.isLayoutDirty=!1,this.isProjectionDirty=!1,this.isSharedProjectionDirty=!1,this.isTransformDirty=!1,this.updateManuallyBlocked=!1,this.updateBlockedByResize=!1,this.isUpdating=!1,this.isSVG=!1,this.needsReset=!1,this.shouldResetTransform=!1,this.treeScale={x:1,y:1},this.eventHandlers=new Map,this.hasTreeAnimated=!1,this.updateScheduled=!1,this.checkUpdateFailed=()=>{this.isUpdating&&(this.isUpdating=!1,this.clearAllSnapshots())},this.updateProjection=()=>{Qu.totalNodes=Qu.resolvedTargetDeltas=Qu.recalculatedProjection=0,this.nodes.forEach(P4e),this.nodes.forEach(N4e),this.nodes.forEach(D4e),this.nodes.forEach(R4e),x4e(Qu)},this.hasProjected=!1,this.isVisible=!0,this.animationProgress=0,this.sharedNodes=new Map,this.latestValues=s,this.root=a?a.root||a:this,this.path=a?[...a.path,a]:[],this.parent=a,this.depth=a?a.depth+1:0;for(let l=0;lthis.root.updateBlockedByResize=!1;e(s,()=>{this.root.updateBlockedByResize=!0,d&&d(),d=w4e(f,250),Q0.hasAnimatedSinceResize&&(Q0.hasAnimatedSinceResize=!1,this.nodes.forEach(YO))})}l&&this.root.registerSharedNode(l,this),this.options.animate!==!1&&c&&(l||u)&&this.addEventListener("didUpdate",({delta:d,hasLayoutChanged:f,hasRelativeTargetChanged:h,layout:p})=>{if(this.isTreeAnimationBlocked()){this.target=void 0,this.relativeTarget=void 0;return}const m=this.options.transition||c.getDefaultTransition()||z4e,{onLayoutAnimationStart:b,onLayoutAnimationComplete:_}=c.getProps(),v=!this.targetLayout||!Lj(this.targetLayout,p)||h,g=!f&&h;if(this.options.layoutRoot||this.resumeFrom&&this.resumeFrom.instance||g||f&&(v||!this.currentAnimation)){this.resumeFrom&&(this.resumingFrom=this.resumeFrom,this.resumingFrom.resumingFrom=void 0),this.setAnimationOrigin(d,g);const y={...Sj(m,"layout"),onPlay:b,onComplete:_};(c.shouldReduceMotion||this.options.layoutRoot)&&(y.delay=0,y.type=!1),this.startAnimation(y)}else f||YO(this),this.isLead()&&this.options.onExitComplete&&this.options.onExitComplete();this.targetLayout=p})}unmount(){this.options.layoutId&&this.willUpdate(),this.root.nodes.remove(this);const s=this.getStack();s&&s.remove(this),this.parent&&this.parent.children.delete(this),this.instance=void 0,ll(this.updateProjection)}blockUpdate(){this.updateManuallyBlocked=!0}unblockUpdate(){this.updateManuallyBlocked=!1}isUpdateBlocked(){return this.updateManuallyBlocked||this.updateBlockedByResize}isTreeAnimationBlocked(){return this.isAnimationBlocked||this.parent&&this.parent.isTreeAnimationBlocked()||!1}startUpdate(){this.isUpdateBlocked()||(this.isUpdating=!0,this.nodes&&this.nodes.forEach(L4e),this.animationId++)}getTransformTemplate(){const{visualElement:s}=this.options;return s&&s.getProps().transformTemplate}willUpdate(s=!0){if(this.root.hasTreeAnimated=!0,this.root.isUpdateBlocked()){this.options.onExitComplete&&this.options.onExitComplete();return}if(!this.root.isUpdating&&this.root.startUpdate(),this.isLayoutDirty)return;this.isLayoutDirty=!0;for(let c=0;cthis.update()))}clearAllSnapshots(){this.nodes.forEach(O4e),this.sharedNodes.forEach($4e)}scheduleUpdateProjection(){En.preRender(this.updateProjection,!1,!0)}scheduleCheckAfterUnmount(){En.postRender(()=>{this.isLayoutDirty?this.root.didUpdate():this.root.checkUpdateFailed()})}updateSnapshot(){this.snapshot||!this.instance||(this.snapshot=this.measure())}updateLayout(){if(!this.instance||(this.updateScroll(),!(this.options.alwaysMeasureLayout&&this.isLead())&&!this.isLayoutDirty))return;if(this.resumeFrom&&!this.resumeFrom.instance)for(let l=0;l{const S=y/1e3;ZO(d.x,s.x,S),ZO(d.y,s.y,S),this.setTargetDelta(d),this.relativeTarget&&this.relativeTargetOrigin&&this.layout&&this.relativeParent&&this.relativeParent.layout&&(Tp(f,this.layout.layoutBox,this.relativeParent.layout.layoutBox),F4e(this.relativeTarget,this.relativeTargetOrigin,f,S),g&&v4e(this.relativeTarget,g)&&(this.isProjectionDirty=!1),g||(g=Er()),Vo(g,this.relativeTarget)),m&&(this.animationValues=c,f4e(c,u,this.latestValues,S,v,_)),this.root.scheduleUpdateProjection(),this.scheduleRender(),this.animationProgress=S},this.mixTargetDelta(this.options.layoutRoot?1e3:0)}startAnimation(s){this.notifyListeners("animationStart"),this.currentAnimation&&this.currentAnimation.stop(),this.resumingFrom&&this.resumingFrom.currentAnimation&&this.resumingFrom.currentAnimation.stop(),this.pendingAnimation&&(ll(this.pendingAnimation),this.pendingAnimation=void 0),this.pendingAnimation=En.update(()=>{Q0.hasAnimatedSinceResize=!0,this.currentAnimation=E4e(0,XO,{...s,onUpdate:a=>{this.mixTargetDelta(a),s.onUpdate&&s.onUpdate(a)},onComplete:()=>{s.onComplete&&s.onComplete(),this.completeAnimation()}}),this.resumingFrom&&(this.resumingFrom.currentAnimation=this.currentAnimation),this.pendingAnimation=void 0})}completeAnimation(){this.resumingFrom&&(this.resumingFrom.currentAnimation=void 0,this.resumingFrom.preserveOpacity=void 0);const s=this.getStack();s&&s.exitAnimationComplete(),this.resumingFrom=this.currentAnimation=this.animationValues=void 0,this.notifyListeners("animationComplete")}finishAnimation(){this.currentAnimation&&(this.mixTargetDelta&&this.mixTargetDelta(XO),this.currentAnimation.stop()),this.completeAnimation()}applyTransformsToTarget(){const s=this.getLead();let{targetWithTransforms:a,target:l,layout:u,latestValues:c}=s;if(!(!a||!l||!u)){if(this!==s&&this.layout&&u&&Fj(this.options.animationType,this.layout.layoutBox,u.layoutBox)){l=this.target||Er();const d=No(this.layout.layoutBox.x);l.x.min=s.target.x.min,l.x.max=l.x.min+d;const f=No(this.layout.layoutBox.y);l.y.min=s.target.y.min,l.y.max=l.y.min+f}Vo(a,l),Hd(a,c),Ep(this.projectionDeltaWithTransform,this.layoutCorrected,a,c)}}registerSharedNode(s,a){this.sharedNodes.has(s)||this.sharedNodes.set(s,new _4e),this.sharedNodes.get(s).add(a);const u=a.options.initialPromotionConfig;a.promote({transition:u?u.transition:void 0,preserveFollowOpacity:u&&u.shouldPreserveFollowOpacity?u.shouldPreserveFollowOpacity(a):void 0})}isLead(){const s=this.getStack();return s?s.lead===this:!0}getLead(){var s;const{layoutId:a}=this.options;return a?((s=this.getStack())===null||s===void 0?void 0:s.lead)||this:this}getPrevLead(){var s;const{layoutId:a}=this.options;return a?(s=this.getStack())===null||s===void 0?void 0:s.prevLead:void 0}getStack(){const{layoutId:s}=this.options;if(s)return this.root.sharedNodes.get(s)}promote({needsReset:s,transition:a,preserveFollowOpacity:l}={}){const u=this.getStack();u&&u.promote(this,l),s&&(this.projectionDelta=void 0,this.needsReset=!0),a&&this.setOptions({transition:a})}relegate(){const s=this.getStack();return s?s.relegate(this):!1}resetRotation(){const{visualElement:s}=this.options;if(!s)return;let a=!1;const{latestValues:l}=s;if((l.rotate||l.rotateX||l.rotateY||l.rotateZ)&&(a=!0),!a)return;const u={};for(let c=0;c{var a;return(a=s.currentAnimation)===null||a===void 0?void 0:a.stop()}),this.root.nodes.forEach(QO),this.root.sharedNodes.clear()}}}function A4e(e){e.updateLayout()}function k4e(e){var t;const n=((t=e.resumeFrom)===null||t===void 0?void 0:t.snapshot)||e.snapshot;if(e.isLead()&&e.layout&&n&&e.hasListeners("didUpdate")){const{layoutBox:r,measuredBox:i}=e.layout,{animationType:o}=e.options,s=n.source!==e.layout.source;o==="size"?Ws(d=>{const f=s?n.measuredBox[d]:n.layoutBox[d],h=No(f);f.min=r[d].min,f.max=f.min+h}):Fj(o,n.layoutBox,r)&&Ws(d=>{const f=s?n.measuredBox[d]:n.layoutBox[d],h=No(r[d]);f.max=f.min+h,e.relativeTarget&&!e.currentAnimation&&(e.isProjectionDirty=!0,e.relativeTarget[d].max=e.relativeTarget[d].min+h)});const a=Gd();Ep(a,r,n.layoutBox);const l=Gd();s?Ep(l,e.applyTransform(i,!0),n.measuredBox):Ep(l,r,n.layoutBox);const u=!Dj(a);let c=!1;if(!e.resumeFrom){const d=e.getClosestProjectingParent();if(d&&!d.resumeFrom){const{snapshot:f,layout:h}=d;if(f&&h){const p=Er();Tp(p,n.layoutBox,f.layoutBox);const m=Er();Tp(m,r,h.layoutBox),Lj(p,m)||(c=!0),d.options.layoutRoot&&(e.relativeTarget=m,e.relativeTargetOrigin=p,e.relativeParent=d)}}}e.notifyListeners("didUpdate",{layout:r,snapshot:n,delta:l,layoutDelta:a,hasLayoutChanged:u,hasRelativeTargetChanged:c})}else if(e.isLead()){const{onExitComplete:r}=e.options;r&&r()}e.options.transition=void 0}function P4e(e){Qu.totalNodes++,e.parent&&(e.isProjecting()||(e.isProjectionDirty=e.parent.isProjectionDirty),e.isSharedProjectionDirty||(e.isSharedProjectionDirty=!!(e.isProjectionDirty||e.parent.isProjectionDirty||e.parent.isSharedProjectionDirty)),e.isTransformDirty||(e.isTransformDirty=e.parent.isTransformDirty))}function R4e(e){e.isProjectionDirty=e.isSharedProjectionDirty=e.isTransformDirty=!1}function O4e(e){e.clearSnapshot()}function QO(e){e.clearMeasurements()}function I4e(e){e.isLayoutDirty=!1}function M4e(e){const{visualElement:t}=e.options;t&&t.getProps().onBeforeLayoutMeasure&&t.notify("BeforeLayoutMeasure"),e.resetTransform()}function YO(e){e.finishAnimation(),e.targetDelta=e.relativeTarget=e.target=void 0,e.isProjectionDirty=!0}function N4e(e){e.resolveTargetDelta()}function D4e(e){e.calcProjection()}function L4e(e){e.resetRotation()}function $4e(e){e.removeLeadSnapshot()}function ZO(e,t,n){e.translate=tr(t.translate,0,n),e.scale=tr(t.scale,1,n),e.origin=t.origin,e.originPoint=t.originPoint}function JO(e,t,n,r){e.min=tr(t.min,n.min,r),e.max=tr(t.max,n.max,r)}function F4e(e,t,n,r){JO(e.x,t.x,n.x,r),JO(e.y,t.y,n.y,r)}function B4e(e){return e.animationValues&&e.animationValues.opacityExit!==void 0}const z4e={duration:.45,ease:[.4,0,.1,1]},eI=e=>typeof navigator<"u"&&navigator.userAgent.toLowerCase().includes(e),tI=eI("applewebkit/")&&!eI("chrome/")?Math.round:ur;function nI(e){e.min=tI(e.min),e.max=tI(e.max)}function U4e(e){nI(e.x),nI(e.y)}function Fj(e,t,n){return e==="position"||e==="preserve-aspect"&&!R3(qO(t),qO(n),.2)}const j4e=$j({attachResizeListener:(e,t)=>qa(e,"resize",t),measureScroll:()=>({x:document.documentElement.scrollLeft||document.body.scrollLeft,y:document.documentElement.scrollTop||document.body.scrollTop}),checkIsScrollRoot:()=>!0}),Hw={current:void 0},Bj=$j({measureScroll:e=>({x:e.scrollLeft,y:e.scrollTop}),defaultParent:()=>{if(!Hw.current){const e=new j4e({});e.mount(window),e.setOptions({layoutScroll:!0}),Hw.current=e}return Hw.current},resetTransform:(e,t)=>{e.style.transform=t!==void 0?t:"none"},checkIsScrollRoot:e=>window.getComputedStyle(e).position==="fixed"}),V4e={pan:{Feature:o4e},drag:{Feature:i4e,ProjectionNode:Bj,MeasureLayout:Ij}},G4e=/var\((--[a-zA-Z0-9-_]+),? ?([a-zA-Z0-9 ()%#.,-]+)?\)/;function H4e(e){const t=G4e.exec(e);if(!t)return[,];const[,n,r]=t;return[n,r]}function N3(e,t,n=1){const[r,i]=H4e(e);if(!r)return;const o=window.getComputedStyle(t).getPropertyValue(r);if(o){const s=o.trim();return wj(s)?parseFloat(s):s}else return x3(i)?N3(i,t,n+1):i}function q4e(e,{...t},n){const r=e.current;if(!(r instanceof Element))return{target:t,transitionEnd:n};n&&(n={...n}),e.values.forEach(i=>{const o=i.get();if(!x3(o))return;const s=N3(o,r);s&&i.set(s)});for(const i in t){const o=t[i];if(!x3(o))continue;const s=N3(o,r);s&&(t[i]=s,n||(n={}),n[i]===void 0&&(n[i]=o))}return{target:t,transitionEnd:n}}const W4e=new Set(["width","height","top","left","right","bottom","x","y","translateX","translateY"]),zj=e=>W4e.has(e),K4e=e=>Object.keys(e).some(zj),rI=e=>e===ed||e===tt,iI=(e,t)=>parseFloat(e.split(", ")[t]),oI=(e,t)=>(n,{transform:r})=>{if(r==="none"||!r)return 0;const i=r.match(/^matrix3d\((.+)\)$/);if(i)return iI(i[1],t);{const o=r.match(/^matrix\((.+)\)$/);return o?iI(o[1],e):0}},X4e=new Set(["x","y","z"]),Q4e=Gm.filter(e=>!X4e.has(e));function Y4e(e){const t=[];return Q4e.forEach(n=>{const r=e.getValue(n);r!==void 0&&(t.push([n,r.get()]),r.set(n.startsWith("scale")?1:0))}),t.length&&e.render(),t}const qf={width:({x:e},{paddingLeft:t="0",paddingRight:n="0"})=>e.max-e.min-parseFloat(t)-parseFloat(n),height:({y:e},{paddingTop:t="0",paddingBottom:n="0"})=>e.max-e.min-parseFloat(t)-parseFloat(n),top:(e,{top:t})=>parseFloat(t),left:(e,{left:t})=>parseFloat(t),bottom:({y:e},{top:t})=>parseFloat(t)+(e.max-e.min),right:({x:e},{left:t})=>parseFloat(t)+(e.max-e.min),x:oI(4,13),y:oI(5,14)};qf.translateX=qf.x;qf.translateY=qf.y;const Z4e=(e,t,n)=>{const r=t.measureViewportBox(),i=t.current,o=getComputedStyle(i),{display:s}=o,a={};s==="none"&&t.setStaticValue("display",e.display||"block"),n.forEach(u=>{a[u]=qf[u](r,o)}),t.render();const l=t.measureViewportBox();return n.forEach(u=>{const c=t.getValue(u);c&&c.jump(a[u]),e[u]=qf[u](l,o)}),e},J4e=(e,t,n={},r={})=>{t={...t},r={...r};const i=Object.keys(t).filter(zj);let o=[],s=!1;const a=[];if(i.forEach(l=>{const u=e.getValue(l);if(!e.hasValue(l))return;let c=n[l],d=Hh(c);const f=t[l];let h;if(N1(f)){const p=f.length,m=f[0]===null?1:0;c=f[m],d=Hh(c);for(let b=m;b=0?window.pageYOffset:null,u=Z4e(t,e,a);return o.length&&o.forEach(([c,d])=>{e.getValue(c).set(d)}),e.render(),FS&&l!==null&&window.scrollTo({top:l}),{target:u,transitionEnd:r}}else return{target:t,transitionEnd:r}};function eAe(e,t,n,r){return K4e(t)?J4e(e,t,n,r):{target:t,transitionEnd:r}}const tAe=(e,t,n,r)=>{const i=q4e(e,t,r);return t=i.target,r=i.transitionEnd,eAe(e,t,n,r)},D3={current:null},Uj={current:!1};function nAe(){if(Uj.current=!0,!!FS)if(window.matchMedia){const e=window.matchMedia("(prefers-reduced-motion)"),t=()=>D3.current=e.matches;e.addListener(t),t()}else D3.current=!1}function rAe(e,t,n){const{willChange:r}=t;for(const i in t){const o=t[i],s=n[i];if(yo(o))e.addValue(i,o),F1(r)&&r.add(i);else if(yo(s))e.addValue(i,Hf(o,{owner:e})),F1(r)&&r.remove(i);else if(s!==o)if(e.hasValue(i)){const a=e.getValue(i);!a.hasAnimated&&a.set(o)}else{const a=e.getStaticValue(i);e.addValue(i,Hf(a!==void 0?a:o,{owner:e}))}}for(const i in n)t[i]===void 0&&e.removeValue(i);return t}const sI=new WeakMap,jj=Object.keys(Kg),iAe=jj.length,aI=["AnimationStart","AnimationComplete","Update","BeforeLayoutMeasure","LayoutMeasure","LayoutAnimationStart","LayoutAnimationComplete"],oAe=r4.length;class sAe{constructor({parent:t,props:n,presenceContext:r,reducedMotionConfig:i,visualState:o},s={}){this.current=null,this.children=new Set,this.isVariantNode=!1,this.isControllingVariants=!1,this.shouldReduceMotion=null,this.values=new Map,this.features={},this.valueSubscriptions=new Map,this.prevMotionValues={},this.events={},this.propEventSubscriptions={},this.notifyUpdate=()=>this.notify("Update",this.latestValues),this.render=()=>{this.current&&(this.triggerBuild(),this.renderInstance(this.current,this.renderState,this.props.style,this.projection))},this.scheduleRender=()=>En.render(this.render,!1,!0);const{latestValues:a,renderState:l}=o;this.latestValues=a,this.baseTarget={...a},this.initialValues=n.initial?{...a}:{},this.renderState=l,this.parent=t,this.props=n,this.presenceContext=r,this.depth=t?t.depth+1:0,this.reducedMotionConfig=i,this.options=s,this.isControllingVariants=zS(n),this.isVariantNode=TU(n),this.isVariantNode&&(this.variantChildren=new Set),this.manuallyAnimateOnMount=!!(t&&t.current);const{willChange:u,...c}=this.scrapeMotionValuesFromProps(n,{});for(const d in c){const f=c[d];a[d]!==void 0&&yo(f)&&(f.set(a[d],!1),F1(u)&&u.add(d))}}scrapeMotionValuesFromProps(t,n){return{}}mount(t){this.current=t,sI.set(t,this),this.projection&&!this.projection.instance&&this.projection.mount(t),this.parent&&this.isVariantNode&&!this.isControllingVariants&&(this.removeFromVariantTree=this.parent.addVariantChild(this)),this.values.forEach((n,r)=>this.bindToMotionValue(r,n)),Uj.current||nAe(),this.shouldReduceMotion=this.reducedMotionConfig==="never"?!1:this.reducedMotionConfig==="always"?!0:D3.current,this.parent&&this.parent.children.add(this),this.update(this.props,this.presenceContext)}unmount(){sI.delete(this.current),this.projection&&this.projection.unmount(),ll(this.notifyUpdate),ll(this.render),this.valueSubscriptions.forEach(t=>t()),this.removeFromVariantTree&&this.removeFromVariantTree(),this.parent&&this.parent.children.delete(this);for(const t in this.events)this.events[t].clear();for(const t in 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0&&(t=Qm),!e)return;const{top:n,left:r,bottom:i,right:o}=t(e);oV(e)&&(i<=0||o<=0||n>=window.innerHeight||r>=window.innerWidth)&&e.scrollIntoView({block:"center",inline:"center"})}const Lke=[["x",["left","right"],Nke],["y",["top","bottom"],Dke]];class k4{constructor(t,n){this.rect=void 0,this.width=void 0,this.height=void 0,this.top=void 0,this.bottom=void 0,this.right=void 0,this.left=void 0;const r=A4(n),i=cV(r);this.rect={...t},this.width=t.width,this.height=t.height;for(const[o,s,a]of Lke)for(const l of s)Object.defineProperty(this,l,{get:()=>{const u=a(r),c=i[o]-u;return this.rect[l]+c},enumerable:!0});Object.defineProperty(this,"rect",{enumerable:!1})}}class Ap{constructor(t){this.target=void 0,this.listeners=[],this.removeAll=()=>{this.listeners.forEach(n=>{var r;return(r=this.target)==null?void 0:r.removeEventListener(...n)})},this.target=t}add(t,n,r){var i;(i=this.target)==null||i.addEventListener(t,n,r),this.listeners.push([t,n,r])}}function $ke(e){const{EventTarget:t}=Ji(e);return e instanceof t?e:vh(e)}function Xw(e,t){const n=Math.abs(e.x),r=Math.abs(e.y);return typeof t=="number"?Math.sqrt(n**2+r**2)>t:"x"in t&&"y"in t?n>t.x&&r>t.y:"x"in t?n>t.x:"y"in t?r>t.y:!1}var Ho;(function(e){e.Click="click",e.DragStart="dragstart",e.Keydown="keydown",e.ContextMenu="contextmenu",e.Resize="resize",e.SelectionChange="selectionchange",e.VisibilityChange="visibilitychange"})(Ho||(Ho={}));function mI(e){e.preventDefault()}function Fke(e){e.stopPropagation()}var xn;(function(e){e.Space="Space",e.Down="ArrowDown",e.Right="ArrowRight",e.Left="ArrowLeft",e.Up="ArrowUp",e.Esc="Escape",e.Enter="Enter"})(xn||(xn={}));const fV={start:[xn.Space,xn.Enter],cancel:[xn.Esc],end:[xn.Space,xn.Enter]},Bke=(e,t)=>{let{currentCoordinates:n}=t;switch(e.code){case xn.Right:return{...n,x:n.x+25};case xn.Left:return{...n,x:n.x-25};case xn.Down:return{...n,y:n.y+25};case xn.Up:return{...n,y:n.y-25}}};class hV{constructor(t){this.props=void 0,this.autoScrollEnabled=!1,this.referenceCoordinates=void 0,this.listeners=void 0,this.windowListeners=void 0,this.props=t;const{event:{target:n}}=t;this.props=t,this.listeners=new Ap(vh(n)),this.windowListeners=new Ap(Ji(n)),this.handleKeyDown=this.handleKeyDown.bind(this),this.handleCancel=this.handleCancel.bind(this),this.attach()}attach(){this.handleStart(),this.windowListeners.add(Ho.Resize,this.handleCancel),this.windowListeners.add(Ho.VisibilityChange,this.handleCancel),setTimeout(()=>this.listeners.add(Ho.Keydown,this.handleKeyDown))}handleStart(){const{activeNode:t,onStart:n}=this.props,r=t.node.current;r&&dV(r),n(Ls)}handleKeyDown(t){if(T4(t)){const{active:n,context:r,options:i}=this.props,{keyboardCodes:o=fV,coordinateGetter:s=Bke,scrollBehavior:a="smooth"}=i,{code:l}=t;if(o.end.includes(l)){this.handleEnd(t);return}if(o.cancel.includes(l)){this.handleCancel(t);return}const{collisionRect:u}=r.current,c=u?{x:u.left,y:u.top}:Ls;this.referenceCoordinates||(this.referenceCoordinates=c);const d=s(t,{active:n,context:r.current,currentCoordinates:c});if(d){const f=H1(d,c),h={x:0,y:0},{scrollableAncestors:p}=r.current;for(const m of p){const b=t.code,{isTop:_,isRight:v,isLeft:g,isBottom:y,maxScroll:S,minScroll:w}=uV(m),x=Mke(m),E={x:Math.min(b===xn.Right?x.right-x.width/2:x.right,Math.max(b===xn.Right?x.left:x.left+x.width/2,d.x)),y:Math.min(b===xn.Down?x.bottom-x.height/2:x.bottom,Math.max(b===xn.Down?x.top:x.top+x.height/2,d.y))},A=b===xn.Right&&!v||b===xn.Left&&!g,T=b===xn.Down&&!y||b===xn.Up&&!_;if(A&&E.x!==d.x){const k=m.scrollLeft+f.x,L=b===xn.Right&&k<=S.x||b===xn.Left&&k>=w.x;if(L&&!f.y){m.scrollTo({left:k,behavior:a});return}L?h.x=m.scrollLeft-k:h.x=b===xn.Right?m.scrollLeft-S.x:m.scrollLeft-w.x,h.x&&m.scrollBy({left:-h.x,behavior:a});break}else if(T&&E.y!==d.y){const k=m.scrollTop+f.y,L=b===xn.Down&&k<=S.y||b===xn.Up&&k>=w.y;if(L&&!f.x){m.scrollTo({top:k,behavior:a});return}L?h.y=m.scrollTop-k:h.y=b===xn.Down?m.scrollTop-S.y:m.scrollTop-w.y,h.y&&m.scrollBy({top:-h.y,behavior:a});break}}this.handleMove(t,mf(H1(d,this.referenceCoordinates),h))}}}handleMove(t,n){const{onMove:r}=this.props;t.preventDefault(),r(n)}handleEnd(t){const{onEnd:n}=this.props;t.preventDefault(),this.detach(),n()}handleCancel(t){const{onCancel:n}=this.props;t.preventDefault(),this.detach(),n()}detach(){this.listeners.removeAll(),this.windowListeners.removeAll()}}hV.activators=[{eventName:"onKeyDown",handler:(e,t,n)=>{let{keyboardCodes:r=fV,onActivation:i}=t,{active:o}=n;const{code:s}=e.nativeEvent;if(r.start.includes(s)){const a=o.activatorNode.current;return a&&e.target!==a?!1:(e.preventDefault(),i==null||i({event:e.nativeEvent}),!0)}return!1}}];function yI(e){return!!(e&&"distance"in e)}function vI(e){return!!(e&&"delay"in e)}class P4{constructor(t,n,r){var i;r===void 0&&(r=$ke(t.event.target)),this.props=void 0,this.events=void 0,this.autoScrollEnabled=!0,this.document=void 0,this.activated=!1,this.initialCoordinates=void 0,this.timeoutId=null,this.listeners=void 0,this.documentListeners=void 0,this.windowListeners=void 0,this.props=t,this.events=n;const{event:o}=t,{target:s}=o;this.props=t,this.events=n,this.document=vh(s),this.documentListeners=new Ap(this.document),this.listeners=new Ap(r),this.windowListeners=new Ap(Ji(s)),this.initialCoordinates=(i=Jg(o))!=null?i:Ls,this.handleStart=this.handleStart.bind(this),this.handleMove=this.handleMove.bind(this),this.handleEnd=this.handleEnd.bind(this),this.handleCancel=this.handleCancel.bind(this),this.handleKeydown=this.handleKeydown.bind(this),this.removeTextSelection=this.removeTextSelection.bind(this),this.attach()}attach(){const{events:t,props:{options:{activationConstraint:n}}}=this;if(this.listeners.add(t.move.name,this.handleMove,{passive:!1}),this.listeners.add(t.end.name,this.handleEnd),this.windowListeners.add(Ho.Resize,this.handleCancel),this.windowListeners.add(Ho.DragStart,mI),this.windowListeners.add(Ho.VisibilityChange,this.handleCancel),this.windowListeners.add(Ho.ContextMenu,mI),this.documentListeners.add(Ho.Keydown,this.handleKeydown),n){if(yI(n))return;if(vI(n)){this.timeoutId=setTimeout(this.handleStart,n.delay);return}}this.handleStart()}detach(){this.listeners.removeAll(),this.windowListeners.removeAll(),setTimeout(this.documentListeners.removeAll,50),this.timeoutId!==null&&(clearTimeout(this.timeoutId),this.timeoutId=null)}handleStart(){const{initialCoordinates:t}=this,{onStart:n}=this.props;t&&(this.activated=!0,this.documentListeners.add(Ho.Click,Fke,{capture:!0}),this.removeTextSelection(),this.documentListeners.add(Ho.SelectionChange,this.removeTextSelection),n(t))}handleMove(t){var n;const{activated:r,initialCoordinates:i,props:o}=this,{onMove:s,options:{activationConstraint:a}}=o;if(!i)return;const l=(n=Jg(t))!=null?n:Ls,u=H1(i,l);if(!r&&a){if(vI(a))return Xw(u,a.tolerance)?this.handleCancel():void 0;if(yI(a))return a.tolerance!=null&&Xw(u,a.tolerance)?this.handleCancel():Xw(u,a.distance)?this.handleStart():void 0}t.cancelable&&t.preventDefault(),s(l)}handleEnd(){const{onEnd:t}=this.props;this.detach(),t()}handleCancel(){const{onCancel:t}=this.props;this.detach(),t()}handleKeydown(t){t.code===xn.Esc&&this.handleCancel()}removeTextSelection(){var t;(t=this.document.getSelection())==null||t.removeAllRanges()}}const zke={move:{name:"pointermove"},end:{name:"pointerup"}};class pV extends P4{constructor(t){const{event:n}=t,r=vh(n.target);super(t,zke,r)}}pV.activators=[{eventName:"onPointerDown",handler:(e,t)=>{let{nativeEvent:n}=e,{onActivation:r}=t;return!n.isPrimary||n.button!==0?!1:(r==null||r({event:n}),!0)}}];const Uke={move:{name:"mousemove"},end:{name:"mouseup"}};var G3;(function(e){e[e.RightClick=2]="RightClick"})(G3||(G3={}));class gV extends P4{constructor(t){super(t,Uke,vh(t.event.target))}}gV.activators=[{eventName:"onMouseDown",handler:(e,t)=>{let{nativeEvent:n}=e,{onActivation:r}=t;return n.button===G3.RightClick?!1:(r==null||r({event:n}),!0)}}];const Qw={move:{name:"touchmove"},end:{name:"touchend"}};class mV extends P4{constructor(t){super(t,Qw)}static setup(){return window.addEventListener(Qw.move.name,t,{capture:!1,passive:!1}),function(){window.removeEventListener(Qw.move.name,t)};function t(){}}}mV.activators=[{eventName:"onTouchStart",handler:(e,t)=>{let{nativeEvent:n}=e,{onActivation:r}=t;const{touches:i}=n;return i.length>1?!1:(r==null||r({event:n}),!0)}}];var kp;(function(e){e[e.Pointer=0]="Pointer",e[e.DraggableRect=1]="DraggableRect"})(kp||(kp={}));var W1;(function(e){e[e.TreeOrder=0]="TreeOrder",e[e.ReversedTreeOrder=1]="ReversedTreeOrder"})(W1||(W1={}));function jke(e){let{acceleration:t,activator:n=kp.Pointer,canScroll:r,draggingRect:i,enabled:o,interval:s=5,order:a=W1.TreeOrder,pointerCoordinates:l,scrollableAncestors:u,scrollableAncestorRects:c,delta:d,threshold:f}=e;const h=Gke({delta:d,disabled:!o}),[p,m]=ZAe(),b=M.useRef({x:0,y:0}),_=M.useRef({x:0,y:0}),v=M.useMemo(()=>{switch(n){case kp.Pointer:return l?{top:l.y,bottom:l.y,left:l.x,right:l.x}:null;case kp.DraggableRect:return i}},[n,i,l]),g=M.useRef(null),y=M.useCallback(()=>{const w=g.current;if(!w)return;const x=b.current.x*_.current.x,E=b.current.y*_.current.y;w.scrollBy(x,E)},[]),S=M.useMemo(()=>a===W1.TreeOrder?[...u].reverse():u,[a,u]);M.useEffect(()=>{if(!o||!u.length||!v){m();return}for(const w of S){if((r==null?void 0:r(w))===!1)continue;const x=u.indexOf(w),E=c[x];if(!E)continue;const{direction:A,speed:T}=Ike(w,E,v,t,f);for(const k of["x","y"])h[k][A[k]]||(T[k]=0,A[k]=0);if(T.x>0||T.y>0){m(),g.current=w,p(y,s),b.current=T,_.current=A;return}}b.current={x:0,y:0},_.current={x:0,y:0},m()},[t,y,r,m,o,s,JSON.stringify(v),JSON.stringify(h),p,u,S,c,JSON.stringify(f)])}const Vke={x:{[Jr.Backward]:!1,[Jr.Forward]:!1},y:{[Jr.Backward]:!1,[Jr.Forward]:!1}};function Gke(e){let{delta:t,disabled:n}=e;const r=G1(t);return Xm(i=>{if(n||!r||!i)return Vke;const o={x:Math.sign(t.x-r.x),y:Math.sign(t.y-r.y)};return{x:{[Jr.Backward]:i.x[Jr.Backward]||o.x===-1,[Jr.Forward]:i.x[Jr.Forward]||o.x===1},y:{[Jr.Backward]:i.y[Jr.Backward]||o.y===-1,[Jr.Forward]:i.y[Jr.Forward]||o.y===1}}},[n,t,r])}function Hke(e,t){const n=t!==null?e.get(t):void 0,r=n?n.node.current:null;return Xm(i=>{var o;return t===null?null:(o=r??i)!=null?o:null},[r,t])}function qke(e,t){return M.useMemo(()=>e.reduce((n,r)=>{const{sensor:i}=r,o=i.activators.map(s=>({eventName:s.eventName,handler:t(s.handler,r)}));return[...n,...o]},[]),[e,t])}var tm;(function(e){e[e.Always=0]="Always",e[e.BeforeDragging=1]="BeforeDragging",e[e.WhileDragging=2]="WhileDragging"})(tm||(tm={}));var H3;(function(e){e.Optimized="optimized"})(H3||(H3={}));const _I=new Map;function Wke(e,t){let{dragging:n,dependencies:r,config:i}=t;const[o,s]=M.useState(null),{frequency:a,measure:l,strategy:u}=i,c=M.useRef(e),d=b(),f=Zg(d),h=M.useCallback(function(_){_===void 0&&(_=[]),!f.current&&s(v=>v===null?_:v.concat(_.filter(g=>!v.includes(g))))},[f]),p=M.useRef(null),m=Xm(_=>{if(d&&!n)return _I;if(!_||_===_I||c.current!==e||o!=null){const v=new Map;for(let g of e){if(!g)continue;if(o&&o.length>0&&!o.includes(g.id)&&g.rect.current){v.set(g.id,g.rect.current);continue}const y=g.node.current,S=y?new k4(l(y),y):null;g.rect.current=S,S&&v.set(g.id,S)}return v}return _},[e,o,n,d,l]);return M.useEffect(()=>{c.current=e},[e]),M.useEffect(()=>{d||h()},[n,d]),M.useEffect(()=>{o&&o.length>0&&s(null)},[JSON.stringify(o)]),M.useEffect(()=>{d||typeof a!="number"||p.current!==null||(p.current=setTimeout(()=>{h(),p.current=null},a))},[a,d,h,...r]),{droppableRects:m,measureDroppableContainers:h,measuringScheduled:o!=null};function b(){switch(u){case tm.Always:return!1;case tm.BeforeDragging:return n;default:return!n}}}function R4(e,t){return Xm(n=>e?n||(typeof t=="function"?t(e):e):null,[t,e])}function Kke(e,t){return R4(e,t)}function Xke(e){let{callback:t,disabled:n}=e;const r=HS(t),i=M.useMemo(()=>{if(n||typeof window>"u"||typeof window.MutationObserver>"u")return;const{MutationObserver:o}=window;return new o(r)},[r,n]);return M.useEffect(()=>()=>i==null?void 0:i.disconnect(),[i]),i}function WS(e){let{callback:t,disabled:n}=e;const r=HS(t),i=M.useMemo(()=>{if(n||typeof window>"u"||typeof window.ResizeObserver>"u")return;const{ResizeObserver:o}=window;return new o(r)},[n]);return M.useEffect(()=>()=>i==null?void 0:i.disconnect(),[i]),i}function Qke(e){return new k4(Qm(e),e)}function bI(e,t,n){t===void 0&&(t=Qke);const[r,i]=M.useReducer(a,null),o=Xke({callback(l){if(e)for(const u of l){const{type:c,target:d}=u;if(c==="childList"&&d instanceof HTMLElement&&d.contains(e)){i();break}}}}),s=WS({callback:i});return va(()=>{i(),e?(s==null||s.observe(e),o==null||o.observe(document.body,{childList:!0,subtree:!0})):(s==null||s.disconnect(),o==null||o.disconnect())},[e]),r;function a(l){if(!e)return null;if(e.isConnected===!1){var u;return(u=l??n)!=null?u:null}const c=t(e);return JSON.stringify(l)===JSON.stringify(c)?l:c}}function Yke(e){const t=R4(e);return rV(e,t)}const SI=[];function Zke(e){const t=M.useRef(e),n=Xm(r=>e?r&&r!==SI&&e&&t.current&&e.parentNode===t.current.parentNode?r:A4(e):SI,[e]);return M.useEffect(()=>{t.current=e},[e]),n}function Jke(e){const[t,n]=M.useState(null),r=M.useRef(e),i=M.useCallback(o=>{const s=Kw(o.target);s&&n(a=>a?(a.set(s,V3(s)),new Map(a)):null)},[]);return M.useEffect(()=>{const o=r.current;if(e!==o){s(o);const a=e.map(l=>{const u=Kw(l);return u?(u.addEventListener("scroll",i,{passive:!0}),[u,V3(u)]):null}).filter(l=>l!=null);n(a.length?new Map(a):null),r.current=e}return()=>{s(e),s(o)};function s(a){a.forEach(l=>{const u=Kw(l);u==null||u.removeEventListener("scroll",i)})}},[i,e]),M.useMemo(()=>e.length?t?Array.from(t.values()).reduce((o,s)=>mf(o,s),Ls):cV(e):Ls,[e,t])}function wI(e,t){t===void 0&&(t=[]);const n=M.useRef(null);return M.useEffect(()=>{n.current=null},t),M.useEffect(()=>{const r=e!==Ls;r&&!n.current&&(n.current=e),!r&&n.current&&(n.current=null)},[e]),n.current?H1(e,n.current):Ls}function e6e(e){M.useEffect(()=>{if(!GS)return;const t=e.map(n=>{let{sensor:r}=n;return r.setup==null?void 0:r.setup()});return()=>{for(const n of t)n==null||n()}},e.map(t=>{let{sensor:n}=t;return n}))}function t6e(e,t){return M.useMemo(()=>e.reduce((n,r)=>{let{eventName:i,handler:o}=r;return n[i]=s=>{o(s,t)},n},{}),[e,t])}function yV(e){return M.useMemo(()=>e?kke(e):null,[e])}const Yw=[];function n6e(e,t){t===void 0&&(t=Qm);const[n]=e,r=yV(n?Ji(n):null),[i,o]=M.useReducer(a,Yw),s=WS({callback:o});return e.length>0&&i===Yw&&o(),va(()=>{e.length?e.forEach(l=>s==null?void 0:s.observe(l)):(s==null||s.disconnect(),o())},[e]),i;function a(){return e.length?e.map(l=>lV(l)?r:new k4(t(l),l)):Yw}}function vV(e){if(!e)return null;if(e.children.length>1)return e;const t=e.children[0];return Km(t)?t:e}function r6e(e){let{measure:t}=e;const[n,r]=M.useState(null),i=M.useCallback(u=>{for(const{target:c}of u)if(Km(c)){r(d=>{const f=t(c);return d?{...d,width:f.width,height:f.height}:f});break}},[t]),o=WS({callback:i}),s=M.useCallback(u=>{const c=vV(u);o==null||o.disconnect(),c&&(o==null||o.observe(c)),r(c?t(c):null)},[t,o]),[a,l]=V1(s);return M.useMemo(()=>({nodeRef:a,rect:n,setRef:l}),[n,a,l])}const i6e=[{sensor:pV,options:{}},{sensor:hV,options:{}}],o6e={current:{}},Y0={draggable:{measure:gI},droppable:{measure:gI,strategy:tm.WhileDragging,frequency:H3.Optimized},dragOverlay:{measure:Qm}};class Pp extends Map{get(t){var n;return t!=null&&(n=super.get(t))!=null?n:void 0}toArray(){return Array.from(this.values())}getEnabled(){return this.toArray().filter(t=>{let{disabled:n}=t;return!n})}getNodeFor(t){var n,r;return(n=(r=this.get(t))==null?void 0:r.node.current)!=null?n:void 0}}const s6e={activatorEvent:null,active:null,activeNode:null,activeNodeRect:null,collisions:null,containerNodeRect:null,draggableNodes:new Map,droppableRects:new Map,droppableContainers:new Pp,over:null,dragOverlay:{nodeRef:{current:null},rect:null,setRef:q1},scrollableAncestors:[],scrollableAncestorRects:[],measuringConfiguration:Y0,measureDroppableContainers:q1,windowRect:null,measuringScheduled:!1},_V={activatorEvent:null,activators:[],active:null,activeNodeRect:null,ariaDescribedById:{draggable:""},dispatch:q1,draggableNodes:new Map,over:null,measureDroppableContainers:q1},Ym=M.createContext(_V),bV=M.createContext(s6e);function a6e(){return{draggable:{active:null,initialCoordinates:{x:0,y:0},nodes:new 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Or({active:C.current,activeNode:xr,event:Gr,options:wr,context:ae,onStart(oi){const Ir=C.current;if(Ir==null)return;const hs=E.get(Ir);if(!hs)return;const{onDragStart:zs}=O.current,si={active:{id:Ir,data:hs.data,rect:L}};ws.unstable_batchedUpdates(()=>{zs==null||zs(si),S(Ol.Initializing),_({type:Lr.DragStart,initialCoordinates:oi,active:Ir}),v({type:"onDragStart",event:si})})},onMove(oi){_({type:Lr.DragMove,coordinates:oi})},onEnd:no(Lr.DragEnd),onCancel:no(Lr.DragCancel)});ws.unstable_batchedUpdates(()=>{D(xi),R(Pn.nativeEvent)});function no(oi){return async function(){const{active:hs,collisions:zs,over:si,scrollAdjustedTranslate:ml}=ae.current;let Fo=null;if(hs&&ml){const{cancelDrop:Hr}=O.current;Fo={activatorEvent:Gr,active:hs,collisions:zs,delta:ml,over:si},oi===Lr.DragEnd&&typeof Hr=="function"&&await Promise.resolve(Hr(Fo))&&(oi=Lr.DragCancel)}C.current=null,ws.unstable_batchedUpdates(()=>{_({type:oi}),S(Ol.Uninitialized),wi(null),D(null),R(null);const 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Ca=M.useMemo(()=>({active:N,activeNode:Q,activeNodeRect:ie,activatorEvent:B,collisions:Vr,containerNodeRect:ge,dragOverlay:et,draggableNodes:E,droppableContainers:T,droppableRects:V,over:un,measureDroppableContainers:H,scrollableAncestors:Tn,scrollableAncestorRects:vn,measuringConfiguration:U,measuringScheduled:Y,windowRect:_r}),[N,Q,ie,B,Vr,ge,et,E,T,V,un,H,Tn,vn,U,Y,_r]),vo=M.useMemo(()=>({activatorEvent:B,activators:to,active:N,activeNodeRect:ie,ariaDescribedById:{draggable:I},dispatch:_,draggableNodes:E,over:un,measureDroppableContainers:H}),[B,to,N,ie,_,I,E,un,H]);return mn.createElement(nV.Provider,{value:g},mn.createElement(Ym.Provider,{value:vo},mn.createElement(bV.Provider,{value:Ca},mn.createElement(KS.Provider,{value:zi},u)),mn.createElement(u6e,{disabled:(a==null?void 0:a.restoreFocus)===!1})),mn.createElement(dke,{...a,hiddenTextDescribedById:I}));function Ea(){const Pn=(P==null?void 0:P.autoScrollEnabled)===!1,qt=typeof 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M.useContext(bV)}const m6e="Droppable",y6e={timeout:25};function SMe(e){let{data:t,disabled:n=!1,id:r,resizeObserverConfig:i}=e;const o=qS(m6e),{active:s,dispatch:a,over:l,measureDroppableContainers:u}=M.useContext(Ym),c=M.useRef({disabled:n}),d=M.useRef(!1),f=M.useRef(null),h=M.useRef(null),{disabled:p,updateMeasurementsFor:m,timeout:b}={...y6e,...i},_=Zg(m??r),v=M.useCallback(()=>{if(!d.current){d.current=!0;return}h.current!=null&&clearTimeout(h.current),h.current=setTimeout(()=>{u(Array.isArray(_.current)?_.current:[_.current]),h.current=null},b)},[b]),g=WS({callback:v,disabled:p||!s}),y=M.useCallback((E,A)=>{g&&(A&&(g.unobserve(A),d.current=!1),E&&g.observe(E))},[g]),[S,w]=V1(y),x=Zg(t);return 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S6e={position:"fixed",touchAction:"none"},w6e=e=>T4(e)?"transform 250ms ease":void 0,x6e=M.forwardRef((e,t)=>{let{as:n,activatorEvent:r,adjustScale:i,children:o,className:s,rect:a,style:l,transform:u,transition:c=w6e}=e;if(!a)return null;const d=i?u:{...u,scaleX:1,scaleY:1},f={...S6e,width:a.width,height:a.height,top:a.top,left:a.left,transform:em.Transform.toString(d),transformOrigin:i&&r?pke(r,a):void 0,transition:typeof c=="function"?c(r):c,...l};return mn.createElement(n,{className:s,style:f,ref:t},o)}),C6e=e=>t=>{let{active:n,dragOverlay:r}=t;const i={},{styles:o,className:s}=e;if(o!=null&&o.active)for(const[a,l]of Object.entries(o.active))l!==void 0&&(i[a]=n.node.style.getPropertyValue(a),n.node.style.setProperty(a,l));if(o!=null&&o.dragOverlay)for(const[a,l]of Object.entries(o.dragOverlay))l!==void 0&&r.node.style.setProperty(a,l);return s!=null&&s.active&&n.node.classList.add(s.active),s!=null&&s.dragOverlay&&r.node.classList.add(s.dragOverlay),function(){for(const[l,u]of 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as F,Vr as G,Zr as H,L as I,Fr as J,Hr as K,Wr as L,Dr as M,Mr as N,nn as O,G as P,Or as Q,zr as R,Rr as S,Ye as T,sn as U,cn as V,mn as W,Er as X,M as a,ct as b,an as c,ne as d,un as e,fn as f,He as g,dn as h,Cr as i,W as j,Le as k,pn as l,gn as m,P as n,tn as o,rn as p,Br as q,E as r,Yr as s,en as t,ln as u,qr as v,Lr as w,Xr as x,Jr as y,Kr as z}; diff --git a/invokeai/frontend/web/dist/index.html b/invokeai/frontend/web/dist/index.html index 42b2bcdd8c..13647eec4b 100644 --- a/invokeai/frontend/web/dist/index.html +++ b/invokeai/frontend/web/dist/index.html @@ -12,7 +12,7 @@ margin: 0; } - + diff --git a/invokeai/frontend/web/dist/locales/en.json b/invokeai/frontend/web/dist/locales/en.json index 32144749bd..125554fc40 100644 --- a/invokeai/frontend/web/dist/locales/en.json +++ b/invokeai/frontend/web/dist/locales/en.json @@ -511,6 +511,7 @@ "maskBlur": "Blur", "maskBlurMethod": "Blur Method", "coherencePassHeader": "Coherence Pass", + "coherenceMode": "Mode", "coherenceSteps": "Steps", "coherenceStrength": "Strength", "seamLowThreshold": "Low", @@ -520,6 +521,7 @@ "scaledHeight": "Scaled H", "infillMethod": "Infill Method", "tileSize": "Tile Size", + "patchmatchDownScaleSize": "Downscale", "boundingBoxHeader": "Bounding Box", "seamCorrectionHeader": "Seam Correction", "infillScalingHeader": "Infill and Scaling", From d3a94e58534a56dcf591057128a76a08c517129c Mon Sep 17 00:00:00 2001 From: Millun Atluri Date: Fri, 8 Sep 2023 15:27:22 +1000 Subject: [PATCH 74/84] Update release version to 3.1.1rc1 --- invokeai/version/invokeai_version.py | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/invokeai/version/invokeai_version.py b/invokeai/version/invokeai_version.py index f5f41e567e..60bb910ed6 100644 --- a/invokeai/version/invokeai_version.py +++ b/invokeai/version/invokeai_version.py @@ -1 +1 @@ -__version__ = "3.1.0" +__version__ = "3.1.1rc1" From 47ea71d9bd8d5ae8457694523349f5d7da20238f Mon Sep 17 00:00:00 2001 From: vedant-3010 Date: Fri, 8 Sep 2023 00:30:49 +0530 Subject: [PATCH 75/84] fixed quick links responsiveness --- docs/index.md | 6 ++++-- 1 file changed, 4 insertions(+), 2 deletions(-) diff --git a/docs/index.md b/docs/index.md index a317f4590e..1190ea7caa 100644 --- a/docs/index.md +++ b/docs/index.md @@ -15,7 +15,8 @@ title: Home