#include "..\script_component.hpp" /* * Author: voiper * Draw nearby lighting and sexy flashlight beams on main map. * * Arguments: * 0: Map control * 1: Map zoom level * 2: Current map centre * 3: Light level from ace_map_fnc_determineMapLight * * Return Value: * None * * Example: * [CONTROL, 5, [5, 4, 6], []] call ace_map_fnc_simulateMapLight * * Public: No */ params ["_mapCtrl", "_mapScale", "_mapCentre", "_lightLevel"]; private _unitLight = ACE_player getVariable [QGVAR(flashlight), ["", objNull]]; _unitLight params ["_flashlight", ""]; //map width (on screen) in pixels private _screenSize = 640 * safeZoneWAbs; //resolution params (every frame in case resolution change) getResolution params ["_resX", "_resY", "_viewPortX", "_viewPortY", "", "_uiScale"]; //engine rounds the viewport ratios, when they should be fractions; this can cause problems private _realViewPortY = _resY * _uiScale; private _realViewPortX = _realViewPortY * 4/3; //textures private _fillTex = "#(rgb,8,8,3)color(0,0,0,1)"; //colour/alpha _lightLevel params ["_r", "_g", "_b", "_a"]; private _colourAlpha = (_r + _g + _b) min _a; private _shadeAlpha = _a; private _maxColour = selectMax [_r, _g, _b]; private _ambientColor = if (_maxColour == 0) then { [1, 1, 1, _colourAlpha]; } else { [_r / _maxColour, _g / _maxColour, _b / _maxColour, _colourAlpha]; }; //ambient colour fill _mapCtrl drawIcon ["#(rgb,8,8,3)color(1,1,1,1)", _ambientColor, _mapCentre, _screenSize, _screenSize, 0, "", 0]; if (_flashlight == "") then { //ambient shade fill _mapCtrl drawIcon [_fillTex, [1,1,1,_shadeAlpha], _mapCentre, _screenSize, _screenSize, 0, "", 0]; } else { private _mousePos = GVAR(mousePos); //flashlight settings private _cfg = configFile >> "CfgWeapons" >> _flashlight >> "ItemInfo" >> "FlashLight"; private _size = [_cfg >> "ACE_Flashlight_Size", "number", DEFAULT_FLASHLIGHT_SIZE] call CBA_fnc_getConfigEntry; private _flashTex = [_cfg >> "ACE_Flashlight_Beam", "text", QPATHTOF(UI\Flashlight_beam_white_ca.paa)] call CBA_fnc_getConfigEntry; private _beamSize = (safeZoneW/safeZoneWAbs) * _screenSize / _size; //after 5x zoom, it's simulated to be fixed (it actually gets bigger relative to zoom) if (_mapScale < 0.2) then {_beamSize = _beamSize / (_mapScale * (1 / 0.2))}; //assign corrective ratio to fix sub-pixel gaps/overlaps (symptom of viewport * X/Y resolution rounding) private _viewPortRatioFixY = if (_realViewPortY != _viewPortY) then { _realViewPortX / (_realViewPortY / _viewPortY * _viewPortX) } else { if (_realViewPortX != _viewPortX) then { _realViewPortX / _viewPortX } else { 1 }; }; //offset the elements private _offsetX = _mapScale * GVAR(worldSize) * (_screenSize * 2 + _beamSize); private _offsetYDown = _mapScale * GVAR(worldSize) * (_screenSize + _beamSize) * _viewPortRatioFixY; //up is bigger because of a potential exploit private _offsetYUp = _mapScale * GVAR(worldSize) * (_screenSize * 4 + _beamSize) * _viewPortRatioFixY; //draw the matrix /whoa _mapCtrl drawIcon [_flashTex, [1,1,1,_shadeAlpha], _mousePos, _beamSize, _beamSize, 0, "", 0]; //centre beam _mapCtrl drawIcon [_fillTex, [1,1,1,_shadeAlpha], [(_mousePos select 0) - _offsetX, (_mousePos select 1)], _screenSize * 2, _beamSize, 0, "", 0]; //left _mapCtrl drawIcon [_fillTex, [1,1,1,_shadeAlpha], [(_mousePos select 0) + _offsetX, (_mousePos select 1)], _screenSize * 2, _beamSize, 0, "", 0]; //right _mapCtrl drawIcon [_fillTex, [1,1,1,_shadeAlpha], [(_mousePos select 0), (_mousePos select 1) - _offsetYDown], _screenSize * 4, _screenSize, 0, "", 0]; //down _mapCtrl drawIcon [_fillTex, [1,1,1,_shadeAlpha], [(_mousePos select 0), (_mousePos select 1) + _offsetYUp], _screenSize * 4, _screenSize * 4, 0, "", 0]; //up };