int GetXmlIcon(XMLElement* xe)
{
int nChildNum = xe->GetChildrenNum();
for (int i=0; i<nChildNum; ++i)
{
XMLElement* ch = xe->GetChildren()[i];
char n[128];
ch->GetElementName(n);
if (strcmp(n, "icon") ==0)
{
char szBuiltin[128];
ch->FindVariableZ("BUILTIN")->GetValue(szBuiltin, 1);
if (strcmp(szBuiltin, "flag")==0)
{
return TEXT_ICON_TODO;
}
else if (strcmp(szBuiltin, "button_ok")==0)
{
return TEXT_ICON_DONE;
}
else if (strcmp(szBuiltin, "button_cancel")==0)
{
return TEXT_ICON_CROSS;
}
else if (strcmp(szBuiltin, "bookmark")==0)
{
return TEXT_ICON_STAR;
}
else if (strcmp(szBuiltin, "help")==0)
{
return TEXT_ICON_QUESTION;
}
else if (strcmp(szBuiltin, "messagebox_warning")==0)
{
return TEXT_ICON_WARNING;
}
else if (strcmp(szBuiltin, "idea")==0)
{
return TEXT_ICON_IDEA;
}
else
{
return TEXT_ICON_PLAINTEXT;
}
}
}
return TEXT_ICON_PLAINTEXT;
}
void ProcessController::LoadXML(XMLElement *e)
{
XMLElement *x = e->FindElementZ("ProcessController", true);
XMLVariable* y;
y=x->FindVariableZ("RaftSize", true, "1.33");
if(y) RaftSize = y->GetValueFloat();
y=x->FindVariableZ("RaftBaseLayerCount", true, "1");
if(y) RaftBaseLayerCount = y->GetValueInt();
y=x->FindVariableZ("RaftMaterialPrDistanceRatio", true, "1.7");
if(y) RaftMaterialPrDistanceRatio = y->GetValueFloat();
y=x->FindVariableZ("RaftRotation", true, "90");
if(y) RaftRotation = y->GetValueFloat();
y=x->FindVariableZ("RaftBaseDistance", true, "2.5");
if(y) RaftBaseDistance = y->GetValueFloat();
y=x->FindVariableZ("RaftBaseThickness", true, "1");
if(y) RaftBaseThickness = y->GetValueFloat();
y=x->FindVariableZ("RaftBaseTemperature", true, "190");
if(y) RaftBaseTemperature = y->GetValueFloat();
y=x->FindVariableZ("RaftInterfaceLayerCount", true, "2");
if(y) RaftInterfaceLayerCount = y->GetValueInt();
y=x->FindVariableZ("RaftInterfaceMaterialPrDistanceRatio", true, "1");
if(y) RaftInterfaceMaterialPrDistanceRatio = y->GetValueFloat();
y=x->FindVariableZ("RaftRotationPrLayer", true, "90");
if(y) RaftRotationPrLayer = y->GetValueFloat();
y=x->FindVariableZ("RaftInterfaceDistance", true, "2");
if(y) RaftInterfaceDistance = y->GetValueFloat();
y=x->FindVariableZ("RaftInterfaceThickness", true, "1");
if(y) RaftInterfaceThickness = y->GetValueFloat();
y=x->FindVariableZ("RaftInterfaceTemperature", true, "190");
if(y) RaftInterfaceTemperature = y->GetValueFloat();
// GCode parameters
char buffer[10000];
memset(buffer,0,10000);
x->FindVariableZ("GCodeStartText", true, "; GCode generated by RepSnapper by Kulitorum\nG21 ;metric is good!\nG90 ;absolute positioning\nT0 ;select new extruder\nG28 ;go home\nG92 E0 ;set extruder home\nM104 S73.0 ;set temperature\nG1 X20 Y20 F500 ;Move away from 0.0, so we use the same reset (in the layer code) for each layer\n\n")->GetValue(buffer);
GCodeStartText = string(buffer);
memset(buffer,0,10000);
x->FindVariableZ("GCodeLayerText", true, "M106 ;cooler on \nG1 F2000;\nG1 X-250 E0 F2000.0 ;horizontal move\nG1 X-249.9 ;horizontal move\nG1 X-250.0 E0 F50.0 ;horizontal move\nG92 X0 ;set x 0\nG1 F2000;\nG1 Y-250 E0 F2000.0 ;horizontal move\nG1 Y-249.9 E0 F200 ;horizontal move\nG1 Y-250.0 F50.0 ;horizontal move\nG92 Y0 ;set y 0\nG1 F500;\nG1 X20 E20 F500 ;Shield\nG1 X0 E20 F500 ;Shield\nT0 ;select new extruder\nG92 E0 ;zero the extruded length\n")->GetValue(buffer);
GCodeLayerText = string(buffer);
memset(buffer,0,10000);
x->FindVariableZ("GCodeEndText", true, "M107 ;cooler off\nG1 X0 Y0 E0 F2000.0 ;feed for start of next move\nM104 S0.0 ;Heater off\n")->GetValue(buffer);
GCodeEndText = string(buffer);
memset(buffer,0,10000);
x->FindVariableZ("Notes", true, "")->GetValue(buffer);
Notes = string(buffer);
memset(buffer,0,10000);
x->FindVariableZ("m_sPortName", true, "COM5")->GetValue(buffer);
m_sPortName = string(buffer);
y=x->FindVariableZ("GCodeDrawStart", true, "0");
if(y) GCodeDrawStart = y->GetValueFloat();
y=x->FindVariableZ("GCodeDrawEnd", true, "1");
if(y) GCodeDrawEnd = y->GetValueFloat();
y=x->FindVariableZ("MinPrintSpeedXY", true, "400");
if(y) MinPrintSpeedXY = y->GetValueFloat();
y=x->FindVariableZ("MaxPrintSpeedXY", true, "1500");
if(y) MaxPrintSpeedXY = y->GetValueFloat();
y=x->FindVariableZ("MinPrintSpeedZ", true, "50");
if(y) MinPrintSpeedZ = y->GetValueFloat();
y=x->FindVariableZ("MaxPrintSpeedZ", true, "150");
if(y) MaxPrintSpeedZ = y->GetValueFloat();
y=x->FindVariableZ("DistanceToReachFullSpeed", true, "3");
if(y) DistanceToReachFullSpeed = y->GetValueFloat();
y=x->FindVariableZ("extrusionFactor", true, "1");
if(y) extrusionFactor = y->GetValueFloat();
// Printer parameters
y=x->FindVariableZ("m_fVolume.x", true, "200");
if(y) m_fVolume.x = y->GetValueFloat();
y=x->FindVariableZ("m_fVolume.y", true, "200");
if(y) m_fVolume.y = y->GetValueFloat();
y=x->FindVariableZ("m_fVolume.z", true, "140");
if(y) m_fVolume.z = y->GetValueFloat();
y=x->FindVariableZ("PrintMargin.x", true, "10");
if(y) PrintMargin.x = y->GetValueFloat();
y=x->FindVariableZ("PrintMargin.y", true, "10");
if(y) PrintMargin.y = y->GetValueFloat();
y=x->FindVariableZ("PrintMargin.z", true, "0");
if(y) PrintMargin.z = y->GetValueFloat();
y=x->FindVariableZ("ExtrudedMaterialWidth", true, "0.7");
if(y) ExtrudedMaterialWidth = y->GetValueFloat();
// STL parameters
y=x->FindVariableZ("LayerThickness", true, "0.4");
if(y) LayerThickness = y->GetValueFloat();
y=x->FindVariableZ("CuttingPlaneValue", true, "0.5");
if(y) CuttingPlaneValue = y->GetValueFloat();
// CuttingPlane
y=x->FindVariableZ("InfillDistance", true, "2");
if(y) InfillDistance = y->GetValueFloat();
y=x->FindVariableZ("InfillRotation", true, "90");
if(y) InfillRotation = y->GetValueFloat();
y=x->FindVariableZ("InfillRotationPrLayer", true, "90");
if(y) InfillRotationPrLayer = y->GetValueFloat();
y=x->FindVariableZ("ShellOnly", true, "0");
if(y) ShellOnly = y->GetValueFloat();
y=x->FindVariableZ("ShellCount", true, "1");
if(y) ShellCount = y->GetValueFloat();
y=x->FindVariableZ("EnableAcceleration", true, "1");
if(y) EnableAcceleration = (bool)y->GetValueInt();
y=x->FindVariableZ("UseIncrementalEcode", true, "0");
if(y) UseIncrementalEcode= (bool)y->GetValueInt();
y=x->FindVariableZ("Use3DGcode", true, "0");
if(y) Use3DGcode= (bool)y->GetValueInt();
y=x->FindVariableZ("FileLogginEnabled", true, "1");
if(y) FileLogginEnabled= (bool)y->GetValueInt();
y=x->FindVariableZ("TempReadingEnabled", true, "1");
if(y) TempReadingEnabled= (bool)y->GetValueInt();
y=x->FindVariableZ("ClearLogfilesWhenPrintStarts", true, "1");
if(y) ClearLogfilesWhenPrintStarts= (bool)y->GetValueInt();
// GUI... ?
y=x->FindVariableZ("DisplayEndpoints", true, "0");
if(y) DisplayEndpoints = (bool)y->GetValueInt();
y=x->FindVariableZ("DisplayNormals", true, "0");
if(y) DisplayNormals = (bool)y->GetValueInt();
y=x->FindVariableZ("DisplayWireframe", true, "0");
if(y) DisplayWireframe = (bool)y->GetValueInt();
y=x->FindVariableZ("DisplayWireframeShaded", true, "1");
if(y) DisplayWireframeShaded = (bool)y->GetValueInt();
y=x->FindVariableZ("DisplayPolygons", true, "1");
if(y) DisplayPolygons = (bool)y->GetValueInt();
y=x->FindVariableZ("DisplayAllLayers", true, "0");
if(y) DisplayAllLayers = (bool)y->GetValueInt();
y=x->FindVariableZ("DisplayinFill", true, "1");
if(y) DisplayinFill = (bool)y->GetValueInt();
y=x->FindVariableZ("DisplayDebuginFill", true, "0");
if(y) DisplayDebuginFill = (bool)y->GetValueInt();
y=x->FindVariableZ("DisplayDebug", true, "0");
if(y) DisplayDebug = (bool)y->GetValueInt();
y=x->FindVariableZ("DisplayCuttingPlane", true, "0");
if(y) DisplayCuttingPlane =(bool)y->GetValueInt();
y=x->FindVariableZ("DrawVertexNumbers", true, "0");
if(y) DrawVertexNumbers = (bool)y->GetValueInt();
y=x->FindVariableZ("DrawLineNumbers", true, "0");
if(y) DrawLineNumbers = (bool)y->GetValueInt();
y=x->FindVariableZ("PolygonVal", true, "0.5");
if(y) PolygonVal = y->GetValueFloat();
y=x->FindVariableZ("PolygonSat", true, "1");
if(y) PolygonSat = y->GetValueFloat();
y=x->FindVariableZ("PolygonHue", true, "0.54");
if(y) PolygonHue = y->GetValueFloat();
y=x->FindVariableZ("WireframeVal", true, "1");
if(y) WireframeVal = y->GetValueFloat();
y=x->FindVariableZ("WireframeSat", true, "1");
if(y) WireframeSat = y->GetValueFloat();
y=x->FindVariableZ("WireframeHue", true, "0.08");
if(y) WireframeHue = y->GetValueFloat();
y=x->FindVariableZ("NormalsSat", true, "1");
if(y) NormalsSat = y->GetValueFloat();
y=x->FindVariableZ("NormalsVal", true, "1");
if(y) NormalsVal = y->GetValueFloat();
y=x->FindVariableZ("NormalsHue", true, "0.23");
if(y) NormalsHue = y->GetValueFloat();
y=x->FindVariableZ("EndpointsSat", true, "1");
if(y) EndpointsSat = y->GetValueFloat();
y=x->FindVariableZ("EndpointsVal", true, "1");
if(y) EndpointsVal = y->GetValueFloat();
y=x->FindVariableZ("EndpointsHue", true, "0.45");
if(y) EndpointsHue = y->GetValueFloat();
y=x->FindVariableZ("GCodeExtrudeHue", true, "0.18");
if(y) GCodeExtrudeHue = y->GetValueFloat();
y=x->FindVariableZ("GCodeExtrudeSat", true, "1");
if(y) GCodeExtrudeSat = y->GetValueFloat();
y=x->FindVariableZ("GCodeExtrudeVal", true, "1");
if(y) GCodeExtrudeVal = y->GetValueFloat();
y=x->FindVariableZ("GCodeMoveHue", true, "1");
if(y) GCodeMoveHue = y->GetValueFloat();
y=x->FindVariableZ("GCodeMoveSat", true, "0.95");
if(y) GCodeMoveSat = y->GetValueFloat();
y=x->FindVariableZ("GCodeMoveVal", true, "1");
if(y) GCodeMoveVal = y->GetValueFloat();
y=x->FindVariableZ("Highlight", true, "0.7");
if(y) Highlight = y->GetValueFloat();
y=x->FindVariableZ("NormalsLength", true, "10");
if(y) NormalsLength = y->GetValueFloat();
y=x->FindVariableZ("EndPointSize", true, "8");
if(y) EndPointSize = y->GetValueFloat();
y=x->FindVariableZ("TempUpdateSpeed", true, "3");
if(y) TempUpdateSpeed = y->GetValueFloat();
y=x->FindVariableZ("DisplayGCode", true, "1");
if(y) DisplayGCode = (bool)y->GetValueInt();
y=x->FindVariableZ("LuminanceShowsSpeed", true, "1");
if(y) LuminanceShowsSpeed = (bool)y->GetValueInt();
y=x->FindVariableZ("RaftEnable", true, "1");
if(y) RaftEnable = (bool)y->GetValueInt();
y=x->FindVariableZ("ApronEnable", true, "0");
if(y) ApronEnable = (bool)y->GetValueInt();
y=x->FindVariableZ("ApronPreview", true, "1");
if(y) ApronPreview = (bool)y->GetValueInt();
y=x->FindVariableZ("ApronSize", true, "1.33");
if(y) ApronSize = (bool)y->GetValueFloat();
y=x->FindVariableZ("ApronHeight", true, "7");
if(y) ApronHeight = (bool)y->GetValueFloat();
y=x->FindVariableZ("ApronCoverageX", true, "60");
if(y) ApronCoverageX = (bool)y->GetValueFloat();
y=x->FindVariableZ("ApronCoverageY", true, "60");
if(y) ApronCoverageY = (bool)y->GetValueFloat();
y=x->FindVariableZ("ApronDistanceToObject", true, "0.5");
if(y) ApronDistanceToObject = (bool)y->GetValueFloat();
y=x->FindVariableZ("ApronInfillDistance", true, "2");
if(y) ApronInfillDistance = (bool)y->GetValueFloat();
y=x->FindVariableZ("ShrinkNice", true, "0");
if(y) m_ShrinkQuality = (bool)y->GetValueInt() ? SHRINK_NICE : SHRINK_FAST;
/*
ImageProcessingSettings();
UserCurve[0] = UserCurve[1] = 0.0f;
UserCurve[2] = UserCurve[3] = 0.250f;
UserCurve[4] = UserCurve[5] = 0.50f;
UserCurve[6] = UserCurve[7] = 0.750f;
UserCurve[8] = UserCurve[9] = 1.0f;
XMLElement *x = e->FindElementZ("RED_ProcessingSettings", true);
Detail = R3DSDK::ImageDetail::ImageDetailHigh;
OLPFCompensation = R3DSDK::ImageOLPFCompensation::ImageOLPFCompHigh;
Denoise = R3DSDK::ImageDenoise::ImageDenoiseMaximum;
XMLVariable* y;
char buffer[100];
memset(buffer,0,100);
x->FindVariableZ("GammaCurve", true, "None")->GetValue(buffer);
string GammaC(buffer);
for(uint i=0;i<ImageProcessingLimits::GammaCurveCount;i++)
{
string ThisCurveName(ImageProcessingLimits::GammaCurveLabels[i]);
if(GammaC == ThisCurveName)
GammaCurve = ImageProcessingLimits::GammaCurveMap[i];
}
memset(buffer,0,100);
x->FindVariableZ("ColorSpace", true, "None")->GetValue(buffer);
string ColSp(buffer);
for(uint i=0;i<ImageProcessingLimits::ColorSpaceCount;i++)
{
string ThisCurveName(ImageProcessingLimits::ColorSpaceLabels[i]);
if(ColSp == ThisCurveName)
ColorSpace = ImageProcessingLimits::ColorSpaceMap[i];
}
y=x->FindVariableZ("ISO", false, "320");
if(y)
ISO = y->GetValueInt();
y=x->FindVariableZ("Kelvin", false, "3200");
if(y)
Kelvin = y->GetValueFloat();
y = x->FindVariableZ("Tint", false, "0");
if(y)
Tint = y->GetValueFloat();
y = x->FindVariableZ("ExposureCompensation", false, "0");
if(y)
ExposureCompensation =y->GetValueFloat();
y = x->FindVariableZ("GainRed", false, "1");
if(y)
GainRed = y->GetValueFloat();
y = x->FindVariableZ("GainGreen", false, "1");
if(y)
GainGreen = y->GetValueFloat();
y = x->FindVariableZ("GainBlue", false, "1");
if(y)
GainBlue = y->GetValueFloat();
y = x->FindVariableZ("Saturation", false, "1");
if(y)
Saturation = y->GetValueFloat();
y = x->FindVariableZ("Contrast", false, "1");
if(y)
Contrast = y->GetValueFloat();
y = x->FindVariableZ("Brightness", false, "1");
if(y)
Brightness = y->GetValueFloat();
y = x->FindVariableZ("DRX", false, "0");
if(y)
DRX = y->GetValueFloat();
y = x->FindVariableZ("CustomPDLogGamma", false, "0");
if(y)
CustomPDLogGamma = y->GetValueFloat();
y = x->FindVariableZ("UserCurve0", false, "0.00");
if(y)
UserCurve[0] = y->GetValueFloat();
y = x->FindVariableZ("UserCurve1", false, "0.00");
if(y)
UserCurve[1] = y->GetValueFloat();
y = x->FindVariableZ("UserCurve2", false, "0.25");
if(y)
UserCurve[2] = y->GetValueFloat();
y = x->FindVariableZ("UserCurve3", false, "0.25");
if(y)
UserCurve[3] = y->GetValueFloat();
y = x->FindVariableZ("UserCurve4", false, "0.50");
if(y)
UserCurve[4] = y->GetValueFloat();
y = x->FindVariableZ("UserCurve5", false, "0.50");
if(y)
UserCurve[5] = y->GetValueFloat();
y = x->FindVariableZ("UserCurve6", false, "0.75");
if(y)
UserCurve[6] = y->GetValueFloat();
y = x->FindVariableZ("UserCurve7", false, "0.75");
if(y)
UserCurve[7] = y->GetValueFloat();
y = x->FindVariableZ("UserCurve8", false, "1.00");
if(y)
UserCurve[8] = y->GetValueFloat();
y = x->FindVariableZ("UserCurve9", false, "1.00");
if(y)
UserCurve[9] = y->GetValueFloat(); */
}
void ProcessController::SaveXML(XMLElement *e)
{
XMLElement *x = e->FindElementZ("ProcessController", true);
// Raft parameters
x->FindVariableZ("RaftSize", true, "1.7")->SetValueFloat(RaftSize);
x->FindVariableZ("RaftBaseLayerCount", true, "1")->SetValueInt(RaftBaseLayerCount);
x->FindVariableZ("RaftMaterialPrDistanceRatio", true, "1.7")->SetValueFloat(RaftMaterialPrDistanceRatio);
x->FindVariableZ("RaftRotation", true, "90")->SetValueFloat(RaftRotation);
x->FindVariableZ("RaftBaseDistance", true, "2.5")->SetValueFloat(RaftBaseDistance);
x->FindVariableZ("RaftBaseThickness", true, "1.7")->SetValueFloat(RaftBaseThickness);
x->FindVariableZ("RaftBaseTemperature", true, "190")->SetValueFloat(RaftBaseTemperature);
x->FindVariableZ("RaftInterfaceLayerCount", true, "1")->SetValueInt(RaftInterfaceLayerCount);
x->FindVariableZ("RaftInterfaceMaterialPrDistanceRatio", true, "1")->SetValueFloat(RaftInterfaceMaterialPrDistanceRatio);
x->FindVariableZ("RaftRotationPrLayer", true, "90")->SetValueFloat(RaftRotationPrLayer);
x->FindVariableZ("RaftInterfaceDistance", true, "2")->SetValueFloat(RaftInterfaceDistance);
x->FindVariableZ("RaftInterfaceThickness", true, "1")->SetValueFloat(RaftInterfaceThickness);
x->FindVariableZ("RaftInterfaceTemperature", true, "190")->SetValueFloat(RaftInterfaceTemperature);
// GCode parameters
x->FindVariableZ("GCodeStartText", true,"[Empty]")->SetValue(GCodeStartText.c_str());
x->FindVariableZ("GCodeLayerText", true,"[Empty]")->SetValue(GCodeLayerText.c_str());
x->FindVariableZ("GCodeEndText", true,"[Empty]")->SetValue(GCodeEndText.c_str());
x->FindVariableZ("Notes", true,"[Empty]")->SetValue(Notes.c_str());
x->FindVariableZ("m_sPortName", true,"COM5")->SetValue(m_sPortName.c_str());
x->FindVariableZ("GCodeDrawStart", true, "190")->SetValueFloat(GCodeDrawStart);
x->FindVariableZ("GCodeDrawEnd", true, "190")->SetValueFloat(GCodeDrawEnd);
x->FindVariableZ("ShellOnly", true, "0.66")->SetValueInt((int)ShellOnly);
x->FindVariableZ("ShellCount", true, "0.66")->SetValueInt(ShellCount);
// Printer parameters
x->FindVariableZ("MinPrintSpeedXY", true, "400")->SetValueFloat(MinPrintSpeedXY);
x->FindVariableZ("MaxPrintSpeedXY", true, "1500")->SetValueFloat(MaxPrintSpeedXY);
x->FindVariableZ("MinPrintSpeedZ", true, "50")->SetValueFloat(MinPrintSpeedZ);
x->FindVariableZ("MaxPrintSpeedZ", true, "150")->SetValueFloat(MaxPrintSpeedZ);
// x->FindVariableZ("accelerationSteps", true, "3")->SetValueInt(accelerationSteps);
x->FindVariableZ("DistanceToReachFullSpeed", true, "5")->SetValueFloat(DistanceToReachFullSpeed);
// x->FindVariableZ("UseFirmwareAcceleration", true, "5")->SetValueInt(UseFirmwareAcceleration);
x->FindVariableZ("extrusionFactor", true, "0.66")->SetValueFloat(extrusionFactor);
x->FindVariableZ("EnableAcceleration", true, "0.66")->SetValueInt((int)EnableAcceleration);
x->FindVariableZ("UseIncrementalEcode", true, "1")->SetValueInt((int)UseIncrementalEcode);
x->FindVariableZ("Use3DGcode", true, "0")->SetValueInt((int)Use3DGcode);
x->FindVariableZ("FileLogginEnabled", true, "1")->SetValueInt((int)FileLogginEnabled);
x->FindVariableZ("TempReadingEnabled", true, "1")->SetValueInt((int)TempReadingEnabled);
x->FindVariableZ("ClearLogfilesWhenPrintStarts", true, "1")->SetValueInt((int)ClearLogfilesWhenPrintStarts);
x->FindVariableZ("m_fVolume.x", true, "200")->SetValueFloat(m_fVolume.x);
x->FindVariableZ("m_fVolume.y", true, "200")->SetValueFloat(m_fVolume.y);
x->FindVariableZ("m_fVolume.z", true, "140")->SetValueFloat(m_fVolume.z);
x->FindVariableZ("PrintMargin.x", true, "10")->SetValueFloat(PrintMargin.x);
x->FindVariableZ("PrintMargin.y", true, "10")->SetValueFloat(PrintMargin.y);
x->FindVariableZ("PrintMargin.z", true, "0")->SetValueFloat(PrintMargin.z);
x->FindVariableZ("extrusionFactor", true, "1")->SetValueFloat(extrusionFactor);
x->FindVariableZ("ExtrudedMaterialWidth", true, "0.66")->SetValueFloat(ExtrudedMaterialWidth);
x->FindVariableZ("LayerThickness", true, "0.4")->SetValueFloat(LayerThickness);
// CuttingPlane parameters
x->FindVariableZ("InfillDistance", true, "2")->SetValueFloat(InfillDistance);
x->FindVariableZ("InfillRotation", true, "90")->SetValueFloat(InfillRotation);
x->FindVariableZ("InfillRotationPrLayer", true, "90")->SetValueFloat(InfillRotationPrLayer);
x->FindVariableZ("PolygonOpasity", true, "0.66")->SetValueFloat(PolygonOpasity);
// GUI parameters
x->FindVariableZ("CuttingPlaneValue", true, "0.66")->SetValueFloat(CuttingPlaneValue);
x->FindVariableZ("Examine", true, "0.66")->SetValueFloat(Examine);
x->FindVariableZ("DisplayEndpoints", true, "0")->SetValueInt((int)DisplayEndpoints);
x->FindVariableZ("DisplayNormals", true, "0")->SetValueInt((int)DisplayNormals);
x->FindVariableZ("DisplayWireframe", true, "0")->SetValueInt((int)DisplayWireframe);
x->FindVariableZ("DisplayWireframeShaded", true, "1")->SetValueInt((int)DisplayWireframeShaded);
x->FindVariableZ("DisplayPolygons", true, "1")->SetValueInt((int)DisplayPolygons);
x->FindVariableZ("DisplayAllLayers", true, "0")->SetValueInt((int)DisplayAllLayers);
x->FindVariableZ("DisplayinFill", true, "1")->SetValueInt((int)DisplayinFill);
x->FindVariableZ("DisplayDebuginFill", true, "0")->SetValueInt((int)DisplayDebuginFill);
x->FindVariableZ("DisplayDebug", true, "0")->SetValueInt((int)DisplayDebug);
x->FindVariableZ("DisplayCuttingPlane", true, "0")->SetValueInt((int)DisplayCuttingPlane);
x->FindVariableZ("DrawVertexNumbers", true, "0")->SetValueInt((int)DrawVertexNumbers);
x->FindVariableZ("DrawLineNumbers", true, "0")->SetValueInt((int)DrawLineNumbers);
x->FindVariableZ("PolygonVal", true, "0.5")->SetValueFloat(PolygonVal);
x->FindVariableZ("PolygonSat", true, "1")->SetValueFloat(PolygonSat);
x->FindVariableZ("PolygonHue", true, "0.2")->SetValueFloat(PolygonHue);
x->FindVariableZ("WireframeVal", true, "0.5")->SetValueFloat(WireframeVal);
x->FindVariableZ("WireframeSat", true, "1")->SetValueFloat(WireframeSat);
x->FindVariableZ("WireframeHue", true, "0.3")->SetValueFloat(WireframeHue);
x->FindVariableZ("NormalsSat", true, "0.5")->SetValueFloat(NormalsSat);
x->FindVariableZ("NormalsVal", true, "1")->SetValueFloat(NormalsVal);
x->FindVariableZ("NormalsHue", true, "0.4")->SetValueFloat(NormalsHue);
x->FindVariableZ("EndpointsSat", true, "1")->SetValueFloat(EndpointsSat);
x->FindVariableZ("EndpointsVal", true, "0.5")->SetValueFloat(EndpointsVal);
x->FindVariableZ("EndpointsHue", true, "0.5")->SetValueFloat(EndpointsHue);
x->FindVariableZ("GCodeExtrudeHue", true, "0.6")->SetValueFloat(GCodeExtrudeHue);
x->FindVariableZ("GCodeExtrudeSat", true, "1")->SetValueFloat(GCodeExtrudeSat);
x->FindVariableZ("GCodeExtrudeVal", true, "0.5")->SetValueFloat(GCodeExtrudeVal);
x->FindVariableZ("GCodeMoveHue", true, "0.7")->SetValueFloat(GCodeMoveHue);
x->FindVariableZ("GCodeMoveSat", true, "1")->SetValueFloat(GCodeMoveSat);
x->FindVariableZ("GCodeMoveVal", true, "0.5")->SetValueFloat(GCodeMoveVal);
x->FindVariableZ("Highlight", true, "0.4")->SetValueFloat(Highlight);
x->FindVariableZ("NormalsLength", true, "10")->SetValueFloat(NormalsLength);
x->FindVariableZ("EndPointSize", true, "8")->SetValueFloat(EndPointSize);
x->FindVariableZ("TempUpdateSpeed", true,"3")->SetValueFloat(TempUpdateSpeed);
x->FindVariableZ("DisplayGCode", true, "1")->SetValueFloat(DisplayGCode);
x->FindVariableZ("LuminanceShowsSpeed", true, "1")->SetValueFloat(LuminanceShowsSpeed);
x->FindVariableZ("RaftEnable", true, "1")->SetValueFloat(RaftEnable);
x->FindVariableZ("ApronEnable", true, "1")->SetValueFloat(ApronEnable);
x->FindVariableZ("ApronPreview", true, "1")->SetValueFloat(ApronPreview);
x->FindVariableZ("ApronSize", true, "1")->SetValueFloat(ApronSize);
x->FindVariableZ("ApronHeight", true, "1")->SetValueFloat(ApronHeight);
x->FindVariableZ("ApronCoverageX", true, "1")->SetValueFloat(ApronCoverageX);
x->FindVariableZ("ApronCoverageY", true, "1")->SetValueFloat(ApronCoverageY);
x->FindVariableZ("ApronDistanceToObject", true, "1")->SetValueFloat(ApronDistanceToObject);
x->FindVariableZ("ApronInfillDistance", true, "1")->SetValueFloat(ApronInfillDistance);
x->FindVariableZ("ShrinkFast", true, "1")->SetValueInt(m_ShrinkQuality == SHRINK_FAST);
x->FindVariableZ("ShrinkNice", true, "1")->SetValueInt(m_ShrinkQuality == SHRINK_NICE);
x->FindVariableZ("ApronInfillDistance", true, "1")->SetValueFloat(ApronInfillDistance);
/*
XMLElement *x = e->FindElementZ("RED_ProcessingSettings", true);
char text[200];
sprintf(text,"%s",ImageProcessingLimits::GammaCurveLabels[(int)GammaCurve]);
x->FindVariableZ("GammaCurve", true,text)->SetValue(text);
sprintf(text,"%s",ImageProcessingLimits::ColorSpaceLabels[(int)ColorSpace]);
x->FindVariableZ("ColorSpace", true,text)->SetValue(text);
x->FindVariableZ("ISO", true, "320")->SetValueInt((int)ISO);
x->FindVariableZ("Kelvin", true, "3200")->SetValueFloat(Kelvin);
x->FindVariableZ("Tint", true, "0")->SetValueFloat(Tint);
x->FindVariableZ("ExposureCompensation", true, "0")->SetValueFloat(ExposureCompensation);
x->FindVariableZ("GainRed", true, "1")->SetValueFloat(GainRed);
x->FindVariableZ("GainGreen", true, "1")->SetValueFloat(GainGreen);
x->FindVariableZ("GainBlue", true, "1")->SetValueFloat(GainBlue);
x->FindVariableZ("Saturation", true, "1")->SetValueFloat(Saturation);
x->FindVariableZ("Contrast", true, "1")->SetValueFloat(Contrast);
x->FindVariableZ("Brightness", true, "1")->SetValueFloat(Brightness);
x->FindVariableZ("DRX", true, "0")->SetValueFloat(DRX);
x->FindVariableZ("CustomPDLogGamma", true, "0")->SetValueFloat(CustomPDLogGamma);
x->FindVariableZ("UserCurve0", true, "0.00")->SetValueFloat(UserCurve[0]);
x->FindVariableZ("UserCurve1", true, "0.00")->SetValueFloat(UserCurve[1]);
x->FindVariableZ("UserCurve2", true, "0.25")->SetValueFloat(UserCurve[2]);
x->FindVariableZ("UserCurve3", true, "0.25")->SetValueFloat(UserCurve[3]);
x->FindVariableZ("UserCurve4", true, "0.50")->SetValueFloat(UserCurve[4]);
x->FindVariableZ("UserCurve5", true, "0.50")->SetValueFloat(UserCurve[5]);
x->FindVariableZ("UserCurve6", true, "0.75")->SetValueFloat(UserCurve[6]);
x->FindVariableZ("UserCurve7", true, "0.75")->SetValueFloat(UserCurve[7]);
x->FindVariableZ("UserCurve8", true, "1.00")->SetValueFloat(UserCurve[8]);
x->FindVariableZ("UserCurve9", true, "1.00")->SetValueFloat(UserCurve[9]);
*/
}
