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Support for non heated beds

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#319
Entering a bed temp value of zero removes bed heating gcode.
This commit is contained in:
lawgicau
2021-07-13 10:06:08 +10:00
parent 959f18642b
commit a0bcac3765
2 changed files with 41 additions and 15 deletions
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10
calibration.html
View File

@ -205,7 +205,7 @@
<h4>Temperatures</h4> <h4>Temperatures</h4>
<p>For the hot end and bed respectively, typical PLA temperatures are 200 and 60, PETG 235 and 80, ABS 250 and 100, TPU 230 and 5 (effectively off).</p> <p>For the hot end and bed respectively, typical PLA temperatures are 200 and 60, PETG 235 and 80, ABS 250 and 100, TPU 230 and 5 (effectively off).</p>
<label>Hot end temperature (deg C): <input type="number" name="hotendtemp" value="200" min="160" max="450"></label> <label>Hot end temperature (deg C): <input type="number" name="hotendtemp" value="200" min="160" max="450"></label>
<label>Bed temperature (deg C): <input type="number" name="bedtemp" value="60" min="5" max="150"></label><br /> <label>Bed temperature (deg C): <input type="number" name="bedtemp" value="60" min="0" max="150"></label> (use 0 for a non heated bed)<br />
<h4>Part Cooling Fan</h4> <h4>Part Cooling Fan</h4>
<p>Part cooling fans typically don't activate until layer 2. Since this print is only one layer thick, part cooling is not applicable.</p> <p>Part cooling fans typically don't activate until layer 2. Since this print is only one layer thick, part cooling is not applicable.</p>
<h4>Auto Bed Levelling</h4> <h4>Auto Bed Levelling</h4>
@ -286,7 +286,7 @@
<h4>Temperatures</h4> <h4>Temperatures</h4>
<p>For the hot end and bed respectively, typical PLA temperatures are 200 and 60, PETG 235 and 80, ABS 250 and 100, TPU 230 and 5 (effectively off).</p> <p>For the hot end and bed respectively, typical PLA temperatures are 200 and 60, PETG 235 and 80, ABS 250 and 100, TPU 230 and 5 (effectively off).</p>
<label>Hot end temperature (deg C): <input type="number" name="hotendtemp" value="200" min="160" max="450"></label> <label>Hot end temperature (deg C): <input type="number" name="hotendtemp" value="200" min="160" max="450"></label>
<label>Bed temperature (deg C): <input type="number" name="bedtemp" value="60" min="5" max="150"></label><br /> <label>Bed temperature (deg C): <input type="number" name="bedtemp" value="60" min="0" max="150"></label> (use 0 for a non heated bed)<br />
<h4>Part Cooling Fan</h4> <h4>Part Cooling Fan</h4>
<p>Printing with PLA typically has the part cooling fan come on from layer 2. Alter this default behaviour here. A zero speed value disables the fan apart from bridging.</p> <p>Printing with PLA typically has the part cooling fan come on from layer 2. Alter this default behaviour here. A zero speed value disables the fan apart from bridging.</p>
<label>Part cooling fan speed:</label> <input type="number" name="fanSpeed" value="100" min="0" max="100" step="5"> % </label><label for="fanLayer">starting on: </label> <label>Part cooling fan speed:</label> <input type="number" name="fanSpeed" value="100" min="0" max="100" step="5"> % </label><label for="fanLayer">starting on: </label>
@ -739,7 +739,7 @@
<h4>Temperatures</h4> <h4>Temperatures</h4>
<p>For the hot end and bed respectively, typical PLA temperatures are 200 and 60, PETG 235 and 80, ABS 250 and 100, TPU 230 and 5 (effectively off).</p> <p>For the hot end and bed respectively, typical PLA temperatures are 200 and 60, PETG 235 and 80, ABS 250 and 100, TPU 230 and 5 (effectively off).</p>
<label>Hot end temperature (deg C): <input type="number" name="hotendtemp" value="200" min="160" max="450"></label> <label>Hot end temperature (deg C): <input type="number" name="hotendtemp" value="200" min="160" max="450"></label>
<label>Bed temperature (deg C): <input type="number" name="bedtemp" value="60" min="5" max="150"></label><br /> <label>Bed temperature (deg C): <input type="number" name="bedtemp" value="60" min="0" max="150"></label> (use 0 for a non heated bed)<br />
<h4>Part Cooling Fan</h4> <h4>Part Cooling Fan</h4>
<p>Printing with PLA typically has the part cooling fan come on from layer 2. Alter this default behaviour here. A zero speed value disables the fan apart from bridging.</p> <p>Printing with PLA typically has the part cooling fan come on from layer 2. Alter this default behaviour here. A zero speed value disables the fan apart from bridging.</p>
<label>Part cooling fan speed:</label> <input type="number" name="fanSpeed" value="100" min="0" max="100" step="5"> % </label><label for="fanLayer">starting on: </label> <label>Part cooling fan speed:</label> <input type="number" name="fanSpeed" value="100" min="0" max="100" step="5"> % </label><label for="fanLayer">starting on: </label>
@ -897,7 +897,7 @@
<label>Bed Y dimension (mm): <input type="number" name="bedy" value="100" min="100" max="600" step="1"></label><br /></span> <label>Bed Y dimension (mm): <input type="number" name="bedy" value="100" min="100" max="600" step="1"></label><br /></span>
<h4>Bed Temperature</h4> <h4>Bed Temperature</h4>
<p>For the bed, typical PLA temperature is 60, PETG 80, ABS 100, and TPU 5 (effectively off).</p> <p>For the bed, typical PLA temperature is 60, PETG 80, ABS 100, and TPU 5 (effectively off).</p>
<label>Bed temperature (deg C): <input type="number" name="bedtemp" value="60" min="5" max="150"></label><br /> <label>Bed temperature (deg C): <input type="number" name="bedtemp" value="60" min="0" max="150"></label> (use 0 for a non heated bed)<br />
<h4>Part Cooling Fan</h4> <h4>Part Cooling Fan</h4>
<p>Printing with PLA typically has the part cooling fan come on from layer 2. Alter this default behaviour here. A zero speed value disables the fan apart from bridging.</p> <p>Printing with PLA typically has the part cooling fan come on from layer 2. Alter this default behaviour here. A zero speed value disables the fan apart from bridging.</p>
<label>Part cooling fan speed:</label> <input type="number" name="fanSpeed" value="100" min="0" max="100" step="5"> % </label><label for="fanLayer">starting on: </label> <label>Part cooling fan speed:</label> <input type="number" name="fanSpeed" value="100" min="0" max="100" step="5"> % </label><label for="fanLayer">starting on: </label>
@ -1098,7 +1098,7 @@
<h4>Temperatures</h4> <h4>Temperatures</h4>
<p>For the hot end and bed respectively, typical PLA temperatures are 200 and 60, PETG 235 and 80, ABS 250 and 100, TPU 230 and 5 (effectively off).</p> <p>For the hot end and bed respectively, typical PLA temperatures are 200 and 60, PETG 235 and 80, ABS 250 and 100, TPU 230 and 5 (effectively off).</p>
<label>Hot end temperature (deg C): <input type="number" name="hotendtemp" value="200" min="160" max="450"></label> <label>Hot end temperature (deg C): <input type="number" name="hotendtemp" value="200" min="160" max="450"></label>
<label>Bed temperature (deg C): <input type="number" name="bedtemp" value="60" min="5" max="150"></label><br /> <label>Bed temperature (deg C): <input type="number" name="bedtemp" value="60" min="0" max="150"></label> (use 0 for a non heated bed)<br />
<h4>Part Cooling Fan</h4> <h4>Part Cooling Fan</h4>
<p>Printing with PLA typically has the part cooling fan come on from layer 2. Alter this default behaviour here. A zero speed value disables the fan apart from bridging.</p> <p>Printing with PLA typically has the part cooling fan come on from layer 2. Alter this default behaviour here. A zero speed value disables the fan apart from bridging.</p>
<label>Part cooling fan speed:</label> <input type="number" name="fanSpeed" value="100" min="0" max="100" step="5"> % </label><label for="fanLayer">starting on: </label> <label>Part cooling fan speed:</label> <input type="number" name="fanSpeed" value="100" min="0" max="100" step="5"> % </label><label for="fanLayer">starting on: </label>

46
js/gcodeprocessing.js
View File

@ -157,8 +157,14 @@ function processFirstlayer(){
offsets[8] = bedX - xy - margin; offsets[8] = bedX - xy - margin;
offsets[9] = bedY - xy - margin; offsets[9] = bedY - xy - margin;
} }
firstlayerStart = firstlayerStart.replace(/M140 S60/g, "M140 S"+bedTemp+" ; custom bed temp"); if(bedTemp == 0){
firstlayerStart = firstlayerStart.replace(/M190 S60/g, "M190 S"+bedTemp+" ; custom bed temp"); firstlayerStart = firstlayerStart.replace(/M140 S60/g, "; no heated bed");
firstlayerStart = firstlayerStart.replace(/M190 S60/g, "; no heated bed");
} else {
firstlayerStart = firstlayerStart.replace(/M140 S60/g, "M140 S"+bedTemp+" ; custom bed temp");
firstlayerStart = firstlayerStart.replace(/M190 S60/g, "M190 S"+bedTemp+" ; custom bed temp");
}
if(abl != 4){ if(abl != 4){
firstlayerStart = firstlayerStart.replace(/M104 S210 T0/g, "M104 S"+hotendTemp+" T0 ; custom hot end temp"); firstlayerStart = firstlayerStart.replace(/M104 S210 T0/g, "M104 S"+hotendTemp+" T0 ; custom hot end temp");
firstlayerStart = firstlayerStart.replace(/M109 S210 T0/g, "M109 S"+hotendTemp+" T0 ; custom hot end temp"); firstlayerStart = firstlayerStart.replace(/M109 S210 T0/g, "M109 S"+hotendTemp+" T0 ; custom hot end temp");
@ -264,8 +270,13 @@ function processBaseline(){
break; break;
} }
baseline = baseline.replace(/M106 S3/g, "M106 S"+fanSpeed+"; custom fan "+fanSpeed+"%"); baseline = baseline.replace(/M106 S3/g, "M106 S"+fanSpeed+"; custom fan "+fanSpeed+"%");
baseline = baseline.replace(/M140 S60/g, "M140 S"+bedTemp+" ; custom bed temp"); if(bedTemp == 0){
baseline = baseline.replace(/M190 S60/g, "M190 S"+bedTemp+" ; custom bed temp"); baseline = baseline.replace(/M140 S60/g, "; no heated bed");
baseline = baseline.replace(/M190 S60/g, "; no heated bed");
} else {
baseline = baseline.replace(/M140 S60/g, "M140 S"+bedTemp+" ; custom bed temp");
baseline = baseline.replace(/M190 S60/g, "M190 S"+bedTemp+" ; custom bed temp");
}
if(abl != 4){ if(abl != 4){
baseline = baseline.replace(/M104 S210 T0/g, "M104 S"+hotendTemp+" T0 ; custom hot end temp"); baseline = baseline.replace(/M104 S210 T0/g, "M104 S"+hotendTemp+" T0 ; custom hot end temp");
baseline = baseline.replace(/M109 S210 T0/g, "M109 S"+hotendTemp+" T0 ; custom hot end temp"); baseline = baseline.replace(/M109 S210 T0/g, "M109 S"+hotendTemp+" T0 ; custom hot end temp");
@ -417,8 +428,13 @@ function processRetraction(){
break; break;
} }
retraction = retraction.replace(/M106 S3/g, "M106 S"+fanSpeed+"; custom fan "+fanSpeed+"%"); retraction = retraction.replace(/M106 S3/g, "M106 S"+fanSpeed+"; custom fan "+fanSpeed+"%");
retraction = retraction.replace(/M140 S60/g, "M140 S"+bedTemp+" ; custom bed temp"); if(bedTemp == 0){
retraction = retraction.replace(/M190 S60/g, "M190 S"+bedTemp+" ; custom bed temp"); retraction = retraction.replace(/M140 S60/g, "; no heated bed");
retraction = retraction.replace(/M190 S60/g, "; no heated bed");
} else {
retraction = retraction.replace(/M140 S60/g, "M140 S"+bedTemp+" ; custom bed temp");
retraction = retraction.replace(/M190 S60/g, "M190 S"+bedTemp+" ; custom bed temp");
}
if(abl != 4){ if(abl != 4){
retraction = retraction.replace(/M104 S210 T0/g, "M104 S"+hotendTemp+" T0 ; custom hot end temp"); retraction = retraction.replace(/M104 S210 T0/g, "M104 S"+hotendTemp+" T0 ; custom hot end temp");
retraction = retraction.replace(/M109 S210 T0/g, "M109 S"+hotendTemp+" T0 ; custom hot end temp"); retraction = retraction.replace(/M109 S210 T0/g, "M109 S"+hotendTemp+" T0 ; custom hot end temp");
@ -605,8 +621,13 @@ function processTemperature(){
if(abl == 5){ if(abl == 5){
temperature = temperature.replace(/;G29 ; probe ABL/, "G29 L1 ; Load the mesh stored in slot 1\nG29 J ; Probe 3 points to tilt mesh"); temperature = temperature.replace(/;G29 ; probe ABL/, "G29 L1 ; Load the mesh stored in slot 1\nG29 J ; Probe 3 points to tilt mesh");
} }
temperature = temperature.replace(/M140 S60/, "M140 S"+bedTemp+" ; custom bed temp"); if(bedTemp == 0){
temperature = temperature.replace(/M190 S60/, "M190 S"+bedTemp+" ; custom bed temp"); temperature = temperature.replace(/M140 S60/g, "; no heated bed");
temperature = temperature.replace(/M190 S60/g, "; no heated bed");
} else {
temperature = temperature.replace(/M140 S60/g, "M140 S"+bedTemp+" ; custom bed temp");
temperature = temperature.replace(/M190 S60/g, "M190 S"+bedTemp+" ; custom bed temp");
}
temperature = temperature.replace(/;retract1\nG1 Z[0-9\.]+ F1200/g, ";retract1\n;zhop1"); temperature = temperature.replace(/;retract1\nG1 Z[0-9\.]+ F1200/g, ";retract1\n;zhop1");
if(zhop > 0){ if(zhop > 0){
temperature = temperature.replace(/;zhop1/g, "G91;\nG1 Z"+zhop+" F1200 ; custom z hop\nG90;"); temperature = temperature.replace(/;zhop1/g, "G91;\nG1 Z"+zhop+" F1200 ; custom z hop\nG90;");
@ -745,8 +766,13 @@ function processAcceleration(){
break; break;
} }
acceleration = acceleration.replace(/M106 S3/g, "M106 S"+fanSpeed+"; custom fan "+fanSpeed+"%"); acceleration = acceleration.replace(/M106 S3/g, "M106 S"+fanSpeed+"; custom fan "+fanSpeed+"%");
acceleration = acceleration.replace(/M140 S60/g, "M140 S"+bedTemp+" ; custom bed temp"); if(bedTemp == 0){
acceleration = acceleration.replace(/M190 S60/g, "M190 S"+bedTemp+" ; custom bed temp"); acceleration = acceleration.replace(/M140 S60/g, "; no heated bed");
acceleration = acceleration.replace(/M190 S60/g, "; no heated bed");
} else {
acceleration = acceleration.replace(/M140 S60/g, "M140 S"+bedTemp+" ; custom bed temp");
acceleration = acceleration.replace(/M190 S60/g, "M190 S"+bedTemp+" ; custom bed temp");
}
if(abl != 4){ if(abl != 4){
acceleration = acceleration.replace(/M104 S210 T0/g, "M104 S"+hotendTemp+" T0 ; custom hot end temp"); acceleration = acceleration.replace(/M104 S210 T0/g, "M104 S"+hotendTemp+" T0 ; custom hot end temp");
acceleration = acceleration.replace(/M109 S210 T0/g, "M109 S"+hotendTemp+" T0 ; custom hot end temp"); acceleration = acceleration.replace(/M109 S210 T0/g, "M109 S"+hotendTemp+" T0 ; custom hot end temp");