public void UpdateConfigurations(Calibration calibration, PrinterSizeProfile sizeprofile, bool bUseSpecialPrintTestPoints)
{
entire_z_height_offset = calibration.ENTIRE_Z_HEIGHT_OFFSET;
corner_height_back_right = calibration.CORNER_HEIGHT_BACK_RIGHT + calibration.CORNER_HEIGHT_BACK_RIGHT_OFFSET;
corner_height_back_left = calibration.CORNER_HEIGHT_BACK_LEFT + calibration.CORNER_HEIGHT_BACK_LEFT_OFFSET;
corner_height_front_left = calibration.CORNER_HEIGHT_FRONT_LEFT + calibration.CORNER_HEIGHT_FRONT_LEFT_OFFSET;
corner_height_front_right = calibration.CORNER_HEIGHT_FRONT_RIGHT + calibration.CORNER_HEIGHT_FRONT_RIGHT_OFFSET;
g32_version = calibration.G32_VERSION;
RectCoordinates rectCoordinates = !bUseSpecialPrintTestPoints || !sizeprofile.G32ProbePoints.ContainsKey(byte.MaxValue) ? (!sizeprofile.G32ProbePoints.ContainsKey(g32_version) ? sizeprofile.G32ProbePoints.First <KeyValuePair <int, RectCoordinates> >().Value : sizeprofile.G32ProbePoints[g32_version]) : sizeprofile.G32ProbePoints[byte.MaxValue];
backRight = new Vector(rectCoordinates.right, rectCoordinates.back, corner_height_back_right);
backLeft = new Vector(rectCoordinates.left, rectCoordinates.back, corner_height_back_left);
frontLeft = new Vector(rectCoordinates.left, rectCoordinates.front, corner_height_front_left);
frontRight = new Vector(rectCoordinates.right, rectCoordinates.front, corner_height_front_right);
center = new Vector(sizeprofile.HomeLocation.x, sizeprofile.HomeLocation.y, 0.0f);
}
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);
}
public void SizeFromPrinterProfile(PrinterSizeProfile sizeProfile)
{
PrinterModelCaseType = sizeProfile.case_type;
M3D.Model.Utils.Vector3 ext = PrinterModel.ShellModel.Ext;
PrinterTypeAdjustments.Scale.X = sizeProfile.shell_size.x / ext.X;
PrinterTypeAdjustments.Scale.Y = sizeProfile.shell_size.y / ext.Y;
PrinterTypeAdjustments.Scale.Z = sizeProfile.shell_size.z / ext.X;
PrinterTransformation.Translation.Z = PrinterModel.ZOffset;
ObjectToPrinterSpace.Translation.X = sizeProfile.printBedSize.x / -2f;
ObjectToPrinterSpace.Translation.Y = sizeProfile.printBedSize.y / -2f;
ObjectToPrinterSpace.Translation.Z = (float)(sizeProfile.shell_size.z / -2.0 + sizeProfile.fluff_height * (double)PrinterTypeAdjustments.Scale.Z);
GridSizeAdjustments.Scale.X = sizeProfile.printBedSize.x / 100f;
GridSizeAdjustments.Scale.Y = sizeProfile.printBedSize.y / 100f;
PrinterBedWidth = sizeProfile.printBedSize.x;
PrinterBedLength = sizeProfile.printBedSize.y;
SetPrintableExts(sizeProfile.printBedSize.x, sizeProfile.printBedSize.y, 110f);
PrinterCenter = new M3D.Model.Utils.Vector3(sizeProfile.HomeLocation.x, sizeProfile.HomeLocation.y, 0.0f);
var num = PrinterModel.GUICaseSize / sizeProfile.shell_size.z;
PrinterTransformation.Scale = new M3D.Model.Utils.Vector3(num, num, num);
PrinterBoundsConst = sizeProfile;
CreateBoundsGeometry(ObjectToPrinterSpace);
}
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());
}
}
public void UpdateConfigurations(Calibration calibration, PrinterSizeProfile sizeprofile)
{
UpdateConfigurations(calibration, sizeprofile, false);
}
