public static string GotoPoint(float x1, float y1, float x2, float y2, float layer_height, float line_thickness, float flow_rate, float filament_diameter, ref float E)
{
var extrusion = GCodeGeneration.CalculateExtrusion(x1, y1, x2, y2, layer_height, line_thickness, flow_rate, filament_diameter);
E += extrusion;
return(PrinterCompatibleString.Format("G0 X{0} Y{1} E{2}", x2, y2, E));
}
public static List <string> CreateXSpeedTest(PrinterProfile profile)
{
var x = profile.PrinterSizeConstants.printBedSize.x;
return(new List <string>()
{
"G91", PrinterCompatibleString.Format("G0 X{0} F{1}", x, 3000f), PrinterCompatibleString.Format("G0 X-{0}", (object)x), PrinterCompatibleString.Format("G0 X{0}", (object)x), PrinterCompatibleString.Format("G0 X-{0}", (object)x), PrinterCompatibleString.Format("G0 X{0}", (object)x), PrinterCompatibleString.Format("G0 X-{0}", (object)x)
});
}
private void MoveToPoint(CatScreenTab.ProbeLocation location, bool bMoveUp = true)
{
PrinterObject selectedPrinter = spooler_connection.SelectedPrinter;
if (selectedPrinter == null || !selectedPrinter.Connected)
{
return;
}
var compensationPreprocessor = new BedCompensationPreprocessor();
compensationPreprocessor.UpdateConfigurations(GetCalibrationSettingsFromOptions(selectedPrinter.Info), selectedPrinter.MyPrinterProfile.PrinterSizeConstants);
Vector vector;
switch (location)
{
case CatScreenTab.ProbeLocation.Center:
vector = compensationPreprocessor.Center;
break;
case CatScreenTab.ProbeLocation.FrontLeft:
vector = compensationPreprocessor.FrontLeft;
break;
case CatScreenTab.ProbeLocation.FrontRight:
vector = compensationPreprocessor.FrontRight;
break;
case CatScreenTab.ProbeLocation.BackLeft:
vector = compensationPreprocessor.BackLeft;
break;
case CatScreenTab.ProbeLocation.BackRight:
vector = compensationPreprocessor.BackRight;
break;
default:
return;
}
vector.z = 0.1f + compensationPreprocessor.GetHeightAdjustmentRequired(vector.x, vector.y) + compensationPreprocessor.entire_z_height_offset;
m_lastProbeLocation = location;
var stringList = new List <string>
{
"M1012",
"G90"
};
if (bMoveUp)
{
stringList.Add("G0 Z2");
}
stringList.Add(PrinterCompatibleString.Format("G0 X{0} Y{1} F3000", vector.x, vector.y));
stringList.Add(PrinterCompatibleString.Format("G0 Z{0} F100", (object)vector.z));
stringList.Add("M1011");
selectedPrinter.SendCommandAutoLock(false, true, new AsyncCallback(AutoLockCallBack), selectedPrinter, stringList.ToArray());
}
public static List <string> CreateYSpeedTest(PrinterProfile profile)
{
var y = profile.PrinterSizeConstants.printBedSize.y;
return(new List <string>()
{
"G91", PrinterCompatibleString.Format("G0 Y{0} F{1}", y, 3000f), PrinterCompatibleString.Format("G0 Y-{0}", (object)y), PrinterCompatibleString.Format("G0 Y{0}", (object)y), PrinterCompatibleString.Format("G0 Y-{0}", (object)y), PrinterCompatibleString.Format("G0 Y{0}", (object)y), PrinterCompatibleString.Format("G0 Y-{0}", (object)y)
});
}
public static List <string> FastRecenter(PrinterProfile profile)
{
var x = profile.PrinterSizeConstants.printBedSize.x;
var y = profile.PrinterSizeConstants.printBedSize.y;
return(new List <string>()
{
"G91", PrinterCompatibleString.Format("G0 Y{0} F{1}", y, 3000f), PrinterCompatibleString.Format("G0 X{0} F{1}", x, 3000f), PrinterCompatibleString.Format("G0 Y-{0} X-{1}", (float)((double)y / 2.0), (float)((double)x / 2.0))
});
}
private void MovePrinterAxis(PrinterObject selected_printer, EditBoxWidget amountEditBox, string axis, string errorString, float speed)
{
var text = amountEditBox.Text;
if (!PrinterCompatibleString.VerifyNumber(text))
{
messagebox.AddMessageToQueue(errorString);
}
else
{
var floatCurrentCulture = PrinterCompatibleString.ToFloatCurrentCulture(text);
selected_printer.SendCommandAutoLockRelease(new AsyncCallback(selected_printer.ShowLockError), selected_printer, "G91", PrinterCompatibleString.Format("G0 {0}{1} F{2}", axis, floatCurrentCulture, speed));
}
}
public bool Pause(out List <string> pause_gcode, FilamentSpool spool)
{
pause_gcode = null;
AbstractJob jobImplementation = MyJobImplementation;
if (jobImplementation == null || jobImplementation.Status == JobStatus.Paused || IsSavingToSD)
{
return(false);
}
job_timer.Stop();
var flag = jobImplementation.Pause(out pause_gcode, spool);
if (flag)
{
if (pause_gcode == null)
{
pause_gcode = new List <string>();
}
var num1 = 90f;
var num2 = 1800f;
Vector2D cornerPositionBoxTop = m_oParentFirmwareController.MyPrinterProfile.PrinterSizeConstants.BackCornerPositionBoxTop;
string str;
if (m_oParentFirmwareController.CurrentPrinterInfo.extruder.Temperature > 0.0)
{
m_fRetractionAtPause = !(null != spool) || spool.filament_type == FilamentSpool.TypeEnum.NoFilament ? 10f : FilamentProfile.CreateFilamentProfile(spool, (PrinterProfile)m_oParentFirmwareController.MyPrinterProfile).preprocessor.initialPrint.PrimeAmount;
str = PrinterCompatibleString.Format("G0 Z{0} F{1} E-{2}", 8f, num1, m_fRetractionAtPause);
}
else
{
m_fRetractionAtPause = 0.0f;
str = PrinterCompatibleString.Format("G0 Z{0} F{1}", 8f, num1);
}
pause_gcode.AddRange(new string[7]
{
"G4 S0",
"M114",
"G91",
str,
"G90",
PrinterCompatibleString.Format("G0 X{0} Y{1} F{2}", (object)cornerPositionBoxTop.x, (object)cornerPositionBoxTop.y, (object)num2),
"M104 S0"
});
m_oParentFirmwareController.OnGotUpdatedPosition += new ScriptCallback(OnReceivedUpdatedPosition);
m_bUpdatedDataReceivedAfterPause = false;
}
return(flag);
}
public static List <string> CreatePrintTestBorder(float x1, float y1, float x2, float y2, float flow_rate, float temperature, float filament_diameter)
{
var stringList = new List <string>();
var num1 = 0.0f;
stringList.Add("M106");
stringList.Add(PrinterCompatibleString.Format("M109 S{0}", (object)temperature));
stringList.Add(PrinterCompatibleString.Format(";ideal temp:{0}", (object)temperature));
stringList.Add("G90");
stringList.Add(PrinterCompatibleString.Format("G0 X{0} Y{1} Z0.15 F900", x1, y1));
var num2 = num1 + 6f;
stringList.Add(PrinterCompatibleString.Format("G0 Z0.4 E{0}", (object)num2));
stringList.Add("G4 S10");
var E1 = num2 + 0.3f;
stringList.Add(PrinterCompatibleString.Format("G0 E{0}", (object)E1));
stringList.Add(GCodeGeneration.GotoPoint(x1, y1, x2, y1, 0.4f, 2.15f, 1f, filament_diameter, ref E1));
stringList.Add("G4 S10");
var E2 = E1 + 0.3f;
stringList.Add(PrinterCompatibleString.Format("G0 E{0}", (object)E2));
stringList.Add(GCodeGeneration.GotoPoint(x2, y1, x2, y2, 0.4f, 2.15f, 1f, filament_diameter, ref E2));
stringList.Add("G4 S10");
var E3 = E2 + 0.3f;
stringList.Add(PrinterCompatibleString.Format("G0 E{0}", (object)E3));
stringList.Add(GCodeGeneration.GotoPoint(x2, y2, x1, y2, 0.4f, 2.15f, 1f, filament_diameter, ref E3));
stringList.Add("G4 S10");
var E4 = E3 + 0.3f;
stringList.Add(PrinterCompatibleString.Format("G0 E{0}", (object)E4));
stringList.Add(GCodeGeneration.GotoPoint(x1, y2, x1, y1, 0.4f, 2.15f, 1f, filament_diameter, ref E4));
stringList.Add("G4 S10");
var num3 = E4 + 0.3f;
stringList.Add(PrinterCompatibleString.Format("G0 E{0}", (object)num3));
var num4 = num3 + 1.5169f;
stringList.Add(PrinterCompatibleString.Format("G0 X{0} Y{1} Z0.4 E{2}", (float)((double)x1 - 1.5), (float)((double)y1 - 1.0), num4));
var num5 = num4 + 5.3093f;
stringList.Add(PrinterCompatibleString.Format("G0 X{0} Y{1} Z2.4 E{2} F1800", (float)((double)x1 - 3.0), (float)((double)y1 - 2.5), num5));
var num6 = num5 - 3f;
stringList.Add(PrinterCompatibleString.Format("G0 E{0}", (object)num6));
stringList.Add("G0 X4 Y12.5 Z25 F1800");
return(stringList);
}
public static List <string> GenerateEndGCode(JobDetails jobdetails, InternalPrinterProfile printerProfile, bool retract)
{
var stringList = new List <string>();
InitialPrintPreProcessorData initialPrint = jobdetails.jobParams.preprocessor.initialPrint;
PrinterSizeProfile printerSizeConstants = printerProfile.PrinterSizeConstants;
stringList.Add("G91");
if (retract)
{
var primeAmount = (float)initialPrint.PrimeAmount;
var num1 = (float)Math.Round(0.25 * primeAmount);
var num2 = primeAmount - num1;
var num3 = 1800f;
stringList.Add(PrinterCompatibleString.Format("G0 X5 Y5 E{1} F{0}", num3, (float)-(double)num1));
var num4 = 360f;
stringList.Add(PrinterCompatibleString.Format("G0 E{1} F{0}", num4, (float)-(double)num2));
}
stringList.Add("M104 S0");
if (printerProfile.AccessoriesConstants.HeatedBedConstants.HasBuiltinHeatedBed && jobdetails.jobParams.options.use_heated_bed)
{
stringList.Add("M140 S0");
}
if (jobdetails.bounds.max.z > (double)printerSizeConstants.BoxTopLimitZ)
{
BoundingBox bounds = printerSizeConstants.WarningRegion.bounds_list[printerSizeConstants.WarningRegion.bounds_list.Count - 1];
if (jobdetails.bounds.max.z + 1.0 < bounds.max.z)
{
var num = 90f;
stringList.Add(PrinterCompatibleString.Format("G0 Z1 F{0}", (object)num));
}
var num1 = 1800f;
stringList.Add("G90");
stringList.Add(PrinterCompatibleString.Format("G0 X{0} Y{1} F{2}", printerSizeConstants.BackCornerPositionBoxTop.x, printerSizeConstants.BackCornerPositionBoxTop.y, num1));
}
else
{
var num1 = 90f;
stringList.Add(PrinterCompatibleString.Format("G0 Z3 F{0}", (object)num1));
stringList.Add("G90");
var num2 = 1800f;
stringList.Add(PrinterCompatibleString.Format("G0 X{0} Y{1} F{2}", printerSizeConstants.BackCornerPosition.x, printerSizeConstants.BackCornerPosition.y, num2));
}
stringList.Add("M18");
return(stringList);
}
private static List <string> CreateSkipTestInternal(float max, int stride, char param)
{
var stringList = new List <string>();
var num1 = (int)(max / (double)Math.Abs(stride));
var num2 = stride < 0 ? 1 : -1;
stringList.Add("G91");
for (var index1 = 0; index1 < 1; ++index1)
{
stringList.Add("G4 S1");
stringList.Add(PrinterCompatibleString.Format("G0 {0}{1} F{2}", param, (float)((double)max * (double)num2), 3000f));
for (var index2 = 0; index2 < num1; ++index2)
{
stringList.Add("G4 S1");
stringList.Add(PrinterCompatibleString.Format("G0 {0}{1}", param, stride));
}
}
return(stringList);
}
public JobController.Result Resume(out List <string> resume_gcode, FilamentSpool spool)
{
resume_gcode = null;
AbstractJob jobImplementation = MyJobImplementation;
if (jobImplementation == null)
{
return(JobController.Result.FAILED_Create);
}
JobController.Result result = jobImplementation.Resume(out List <string> resume_gcode1, spool);
if (result == JobController.Result.Success)
{
var num1 = !(null != spool) || spool.filament_type == FilamentSpool.TypeEnum.NoFilament ? byte.MaxValue : FilamentProfile.CreateFilamentProfile(spool, m_oParentFirmwareController.MyPrinterProfile).preprocessor.initialPrint.StartingFanValue;
var num2 = 90f;
resume_gcode = new List <string>()
{
PrinterCompatibleString.Format("M106 S{0}", (object)num1),
PrinterCompatibleString.Format("M109 S{0}", (object)spool.filament_temperature)
};
if (m_bUpdatedDataReceivedAfterPause)
{
resume_gcode.Add("G90");
resume_gcode.Add(PrinterCompatibleString.Format("G0 X{0} Y{1} F{2}", m_v3DeExtruderLocationAtPause.pos.x, m_v3DeExtruderLocationAtPause.pos.y, num2));
resume_gcode.Add(PrinterCompatibleString.Format("G0 Z{0} F{1}", m_v3DeExtruderLocationAtPause.pos.z, num2));
resume_gcode.Add(PrinterCompatibleString.Format("G92 E{0}", (object)(float)(m_v3DeExtruderLocationAtPause.e - (double)m_fRetractionAtPause)));
}
if (resume_gcode1 != null && resume_gcode1.Count > 0)
{
resume_gcode.AddRange(resume_gcode1);
}
job_timer.Start();
}
return(result);
}
public void basicControlsFrameButtonCallback(ButtonWidget button)
{
PrinterObject selectedPrinter = spooler_connection.SelectedPrinter;
if (selectedPrinter == null || !selectedPrinter.IsConnected())
{
return;
}
switch (button.ID)
{
case 1000:
var num = (int)selectedPrinter.SendEmergencyStop(null, null);
break;
case 1001:
MovePrinterAxis(selectedPrinter, (EditBoxWidget)FindChildElement(1016), "Z-", "The Z Value is not a number. Please correct and try again.", 90f);
break;
case 1002:
MovePrinterAxis(selectedPrinter, (EditBoxWidget)FindChildElement(1016), "Z", "The Z Value is not a number. Please correct and try again.", 90f);
break;
case 1003:
MovePrinterAxis(selectedPrinter, (EditBoxWidget)FindChildElement(1017), "X-", "The X Value is not a number. Please correct and try again.", 3000f);
break;
case 1004:
MovePrinterAxis(selectedPrinter, (EditBoxWidget)FindChildElement(1017), "X", "The X Value is not a number. Please correct and try again.", 3000f);
break;
case 1005:
MovePrinterAxis(selectedPrinter, (EditBoxWidget)FindChildElement(1018), "Y-", "The Y Value is not a number. Please correct and try again.", 3000f);
break;
case 1006:
MovePrinterAxis(selectedPrinter, (EditBoxWidget)FindChildElement(1018), "Y", "The Y Value is not a number. Please correct and try again.", 3000f);
break;
case 1007:
MovePrinterAxis(selectedPrinter, (EditBoxWidget)FindChildElement(1019), "E-", "The E Value is not a number. Please correct and try again.", 345f);
break;
case 1008:
MovePrinterAxis(selectedPrinter, (EditBoxWidget)FindChildElement(1019), "E", "The E Value is not a number. Please correct and try again.", 345f);
break;
case 1010:
selectedPrinter.SendCommandAutoLockRelease(new AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, "M17");
break;
case 1011:
selectedPrinter.SendCommandAutoLockRelease(new AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, "M18");
break;
case 1012:
selectedPrinter.SendCommandAutoLockRelease(new AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, "M106 S255");
break;
case 1013:
selectedPrinter.SendCommandAutoLockRelease(new AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, "M106 S0");
break;
case 1014:
FilamentSpool currentFilament = selectedPrinter.GetCurrentFilament();
if (currentFilament == null)
{
messagebox.AddMessageToQueue("Sorry, but you must insert filament first.");
break;
}
var filamentTemperature = currentFilament.filament_temperature;
selectedPrinter.SendCommandAutoLockRelease(new AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, PrinterCompatibleString.Format("M109 S{0}", (object)filamentTemperature));
break;
case 1015:
selectedPrinter.SendCommandAutoLockRelease(new AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, "M104 S0");
break;
}
}
public void MyButtonCallback(ButtonWidget button)
{
PrinterObject selectedPrinter = spooler_connection.SelectedPrinter;
if (selectedPrinter == null || !selectedPrinter.IsConnected())
{
return;
}
switch (button.ID)
{
case 1000:
var num1 = (int)selectedPrinter.SendEmergencyStop(null, null);
break;
case 1014:
FilamentSpool currentFilament = selectedPrinter.GetCurrentFilament();
if (currentFilament == null)
{
messagebox.AddMessageToQueue("Sorry, but you must insert filament first.");
break;
}
var num2 = FilamentConstants.Temperature.BedDefault(currentFilament.filament_type);
selectedPrinter.SendCommandAutoLockRelease(new AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, PrinterCompatibleString.Format("M190 S{0}", (object)num2));
break;
case 1015:
selectedPrinter.SendCommandAutoLockRelease(new AsyncCallback(selectedPrinter.ShowLockError), selectedPrinter, "M140 S0");
break;
}
}
private void ProcessGCode_AddStartGCode(GCodeFileReader input_reader, GCodeFileWriter output_writer, JobOptions jobOptions, Calibration calibration, InternalPrinterProfile printerProfile, InitialPrintPreProcessorData initial_print_settings)
{
var num = 0;
if (jobOptions.use_heated_bed && printerProfile.AccessoriesConstants.HeatedBedConstants.HasBuiltinHeatedBed)
{
num = initial_print_settings.BedTemperature;
}
output_writer.Write(new GCode("M106 S1"));
if (0 < num)
{
output_writer.Write(new GCode("M18"));
output_writer.Write(new GCode("M104 S0"));
output_writer.Write(new GCode(PrinterCompatibleString.Format("M140 S{0}", (object)num)));
for (var index = 0; index < 8; ++index)
{
output_writer.Write(new GCode("G4 S15"));
}
output_writer.Write(new GCode("M140 S0"));
}
output_writer.Write(new GCode("M17"));
output_writer.Write(new GCode("G4 S1"));
if (0 < num)
{
output_writer.Write(new GCode(PrinterCompatibleString.Format("M104 S{0}", (object)175)));
}
else
{
output_writer.Write(new GCode(PrinterCompatibleString.Format("M104 S{0}", (object)initial_print_settings.StartingTemp)));
}
output_writer.Write(new GCode("G90"));
output_writer.Write(new GCode(PrinterCompatibleString.Format("G0 Z5 F{0}", (object)(float)(printerProfile.SpeedLimitConstants.DEFAULT_FEEDRATE_Z * 60.0))));
if (0 < num)
{
output_writer.Write(new GCode("M18"));
output_writer.Write(new GCode(PrinterCompatibleString.Format("M109 S{0}", (object)175)));
output_writer.Write(new GCode("G4 S5"));
output_writer.Write(new GCode(PrinterCompatibleString.Format("M104 S{0}", (object)130)));
output_writer.Write(new GCode(PrinterCompatibleString.Format("M140 S{0}", (object)num)));
for (var index = 0; index < 8; ++index)
{
output_writer.Write(new GCode("G4 S15"));
}
output_writer.Write(new GCode(PrinterCompatibleString.Format("M104 S{0}", (object)initial_print_settings.StartingTemp)));
for (var index = 0; index < 3; ++index)
{
output_writer.Write(new GCode("G4 S15"));
}
output_writer.Write(new GCode("M17"));
for (var index = 0; index < 1; ++index)
{
output_writer.Write(new GCode("G4 S15"));
}
}
output_writer.Write(new GCode("G28"));
if (0 < num)
{
output_writer.Write(new GCode(PrinterCompatibleString.Format("M190 S{0}", (object)num)));
}
output_writer.Write(new GCode("M106 S1"));
output_writer.Write(new GCode("G90"));
output_writer.Write(new GCode(PrinterCompatibleString.Format("M109 S{0}", (object)initial_print_settings.StartingTemp)));
if (initial_print_settings.StartingTempStabilizationDelay != 0)
{
output_writer.Write(new GCode(PrinterCompatibleString.Format("G4 S{0}", (object)initial_print_settings.StartingTempStabilizationDelay)));
}
if (jobOptions.use_fan_preprocessor && initial_print_settings.StartingFanValue != 0)
{
output_writer.Write(new GCode(PrinterCompatibleString.Format("M106 S{0}", (object)initial_print_settings.StartingFanValue)));
}
output_writer.Write(new GCode(PrinterCompatibleString.Format("G0 F{0}", (object)1800)));
output_writer.Write(new GCode("; can extrude"));
}
private void CleanNozzleAfterRetraction(IAsyncCallResult ar)
{
var asyncState = (PrinterObject)ar.AsyncState;
switch (ar.CallResult)
{
case CommandResult.Success:
case CommandResult.Success_LockReleased:
case CommandResult.Success_LockAcquired:
var num = (int)asyncState.SendManualGCode(new AsyncCallback(GotoCleanNozzlePageAfterCommand), asyncState, "G91", PrinterCompatibleString.Format("G0 E-{0}", (object)asyncState.MyFilamentProfile.preprocessor.initialPrint.PrimeAmount), "G90");
return;
case CommandResult.Failed_PrinterAlreadyLocked:
messagebox.AddMessageToQueue("Unable to connect to the printer because it is already in use.");
break;
default:
messagebox.AddMessageToQueue("There was an error connecting to the printer. Please try again.");
break;
}
MainWindow.ResetToStartup();
}
public override void OnActivate(Mangage3DInkStageDetails details)
{
base.OnActivate(details);
text_main.Text = "";
text_main.Text = CurrentDetails.current_spool.filament_type != FilamentSpool.TypeEnum.CAM ? "Please wait. \n\nRemove filament is extruding a small amount of filament first to prevent clogs." : "Please wait. \n\nRemove filament is extruding a small amount of filament first to prevent clogs.\n\nWarning: Chameleon Ink may appear white when heated and exiting nozzle.";
PrinterObject selectedPrinter = MainWindow.GetSelectedPrinter();
if (selectedPrinter == null)
{
return;
}
if (CurrentDetails.current_spool == null)
{
MainWindow.ResetToStartup();
}
else
{
var num = (int)selectedPrinter.SendManualGCode(new AsyncCallback(MainWindow.GotoPageAfterOperation), new Manage3DInkMainWindow.PageAfterLockDetails(selectedPrinter, Manage3DInkMainWindow.PageID.Page2_RetractingFilament, CurrentDetails), "G4 S5", "G91", PrinterCompatibleString.Format("G0 E{0} F{1}", 50f, 90.0));
}
}
private bool ProcessGCode_HelperLayerComments(GCodeFileReader input_reader, GCodeFileWriter output_writer, JobDetails jobdetails, InternalPrinterProfile printerProfile, InitialPrintPreProcessorData initial_print_settings)
{
var flag1 = false;
var num1 = 0;
var num2 = 0;
var flag2 = false;
var flag3 = false;
var flag4 = false;
var flag5 = false;
var useFanPreprocessor = jobdetails.jobParams.options.use_fan_preprocessor;
GCode nextLine;
while ((nextLine = input_reader.GetNextLine(false)) != null)
{
if (nextLine.orig.StartsWith(";LAYER:"))
{
if (nextLine.ToString().ToLower().Contains(";layer:-"))
{
flag5 = true;
}
flag1 = true;
flag2 = true;
}
else if (nextLine.HasZ & flag3 && !flag1)
{
output_writer.Write(new GCode(";LAYER:" + num1++));
flag2 = true;
}
else if (nextLine.HasG)
{
if (nextLine.G == 90)
{
flag3 = true;
}
else if (nextLine.G == 91)
{
flag3 = false;
}
}
if (!(nextLine.orig.ToLower() == "t0") && nextLine.orig.ToLower().IndexOf(" t0 ") <= -1 && (!nextLine.hasM || nextLine.M != 104 && nextLine.M != 109) && (!useFanPreprocessor || !nextLine.hasM || nextLine.M != 106 && nextLine.M != 107))
{
var flag6 = false;
if (nextLine.orig.StartsWith(";LAYER:"))
{
output_writer.Write(nextLine);
flag6 = true;
}
if (flag2)
{
int num3;
switch (num2)
{
case 0:
var layerTemperature = (float)initial_print_settings.FirstRaftLayerTemperature;
output_writer.Write(new GCode("M109 S" + layerTemperature.ToString()));
output_writer.Write(new GCode("G90"));
BoundingBox bounds = printerProfile.PrinterSizeConstants.WarningRegion.bounds_list[0];
output_writer.Write(new GCode(PrinterCompatibleString.Format("G0 X{0} Y{1} Z0.5 F3600", (float)((double)bounds.max.x - 1.0), (float)(((double)bounds.min.y + (double)bounds.max.y) / 2.0 + 10.0))));
output_writer.Write(new GCode("G91 ;Go relative"));
output_writer.Write(new GCode(PrinterCompatibleString.Format("G0 E{0} F{1} ;prime the nozzle", initial_print_settings.PrimeAmount, 72f)));
output_writer.Write(new GCode("G4 S0"));
output_writer.Write(new GCode("G92 E0 ;reset E"));
output_writer.Write(new GCode("G90 ;Go absolute"));
goto label_22;
case 1:
num3 = initial_print_settings.SecondRaftResetTemp ? 1 : 0;
break;
default:
num3 = 0;
break;
}
var num4 = flag5 ? 1 : 0;
if ((num3 & num4) != 0)
{
var filamentTemperature = (float)jobdetails.jobParams.filament_temperature;
output_writer.Write(new GCode(";Reset to the ideal temperature"));
output_writer.Write(new GCode("M104 S" + filamentTemperature.ToString()));
flag4 = true;
}
label_22:
++num2;
flag2 = false;
}
if (!flag4 && (flag5 && nextLine.ToString().ToLower() == ";layer:0" || !flag5 && num2 > 2 || num2 > 4))
{
var filamentTemperature = (float)jobdetails.jobParams.filament_temperature;
output_writer.Write(new GCode(";Reset to the ideal temperature"));
output_writer.Write(new GCode("M104 S" + filamentTemperature.ToString()));
flag4 = true;
}
if (!flag6)
{
output_writer.Write(nextLine);
}
}
}
return(true);
}
private void RaiseExtruder(IAsyncCallResult ar)
{
var asyncState = ar.AsyncState as PrinterObject;
if (asyncState == null)
{
MainWindow.ResetToStartup();
}
if (ar.CallResult != CommandResult.Success)
{
messagebox.AddMessageToQueue("There was a problem sending commands to the printer. Please try again.");
MainWindow.ResetToStartup();
}
else if (!asyncState.Info.extruder.Z_Valid)
{
messagebox.AddMessageToQueue("Sorry. The extruder can't move to a safe position for heating because the Z location has not be calibrated.", PopupMessageBox.MessageBoxButtons.OK);
MainWindow.ResetToStartup();
}
else
{
var fastestPossible = asyncState.MyPrinterProfile.SpeedLimitConstants.FastestPossible;
PrinterSizeProfile printerSizeConstants = asyncState.MyPrinterProfile.PrinterSizeConstants;
var num1 = asyncState.Info.extruder.ishomed == Trilean.True ? 1 : 0;
var num2 = asyncState.Info.extruder.position.pos.z;
var stringList = new List <string>();
if (num1 == 0)
{
if (num2 > (double)printerSizeConstants.BoxTopLimitZ)
{
stringList.Add("G90");
stringList.Add(PrinterCompatibleString.Format("G0 Z{0} F{1}", printerSizeConstants.BoxTopLimitZ, fastestPossible));
num2 = printerSizeConstants.BoxTopLimitZ;
}
stringList.Add("G28");
stringList.Add("M114");
}
Manage3DInkMainWindow.PageID nextPage;
if (CurrentDetails.current_spool.filament_location == FilamentSpool.Location.Internal)
{
var boxTopLimitZ = printerSizeConstants.BoxTopLimitZ;
stringList.Add("G90");
stringList.Add(PrinterCompatibleString.Format("G0 X{0} Y{1} F{2} Z{3}", printerSizeConstants.BackCornerPosition.x, printerSizeConstants.BackCornerPosition.y, fastestPossible, boxTopLimitZ));
nextPage = CurrentDetails.mode != Manage3DInkMainWindow.Mode.RemoveFilament ? Manage3DInkMainWindow.PageID.Page14_InternalSpoolInstructions : Manage3DInkMainWindow.PageID.Page16_RemoveInternalSpoolInstructions;
}
else
{
var num3 = num2 > 15.0 ? num2 : 15f;
float x;
float y;
if (asyncState.IsPausedorPausing)
{
if (num3 > (double)printerSizeConstants.BoxTopLimitZ)
{
x = printerSizeConstants.BackCornerPositionBoxTop.x;
y = printerSizeConstants.BackCornerPositionBoxTop.y;
}
else
{
x = printerSizeConstants.BackCornerPosition.x;
y = printerSizeConstants.BackCornerPosition.y;
}
}
else
{
x = printerSizeConstants.HomeLocation.x;
y = printerSizeConstants.HomeLocation.y;
}
stringList.Add("G90");
stringList.Add(PrinterCompatibleString.Format("G0 X{0} Y{1} F{2} Z{3}", x, y, fastestPossible, num3));
nextPage = Manage3DInkMainWindow.PageID.Page1_HeatingNozzle;
}
var num4 = (int)asyncState.SendManualGCode(new M3D.Spooling.Client.AsyncCallback(MainWindow.GotoPageAfterOperation), new Manage3DInkMainWindow.PageAfterLockDetails(asyncState, nextPage, CurrentDetails), stringList.ToArray());
}
}
private void DoNextRetractionStep(IAsyncCallResult ar)
{
if (ar.CallResult != CommandResult.Success)
{
MainWindow.ResetToStartup();
}
else
{
var asyncState = ar.AsyncState as FilamentRetractingFilament.RetractionProcessData;
var num1 = asyncState.amount_retracted / 80f;
asyncState.progressBar.PercentComplete = num1;
if (asyncState.amount_retracted == 80.0)
{
MainWindow.ActivateFrame(Manage3DInkMainWindow.PageID.Page3_HasRetractedFilament, CurrentDetails);
}
else
{
asyncState.amount_retracted += 10;
var num2 = (int)asyncState.printer.SendManualGCode(new AsyncCallback(DoNextRetractionStep), asyncState, PrinterCompatibleString.Format("G0 F450 E-{0}", (object)asyncState.amount_retracted));
}
}
}