public SupportPolyGenerator(SupportStorage storage, int currentZHeight_um)
{
this.supportStorage = storage;
this.generateInternalSupport = storage.generateInternalSupport;
if (!storage.generated)
{
return;
}
supportedAngleFromHorizon = Math.PI / 2 - (storage.endAngleDegrees / 180.0 * Math.PI + 0.01);
this.supportZDistance_um = storage.supportLayerHeight_um * storage.supportZGapLayers;
this.interfaceZDistance_um = storage.supportLayerHeight_um * storage.supportInterfaceLayers;
done = new bool[storage.gridWidth * storage.gridHeight];
for (int y = 1; y < storage.gridHeight; y++)
{
for (int x = 1; x < storage.gridWidth; x++)
{
if (!done[x + y * storage.gridWidth])
{
if (needSupportAt(new IntPoint(x, y), currentZHeight_um))
{
lazyFill(supportPolygons, new IntPoint(x, y), currentZHeight_um, needSupportAt);
}
else if (needInterfaceAt(new IntPoint(x, y), currentZHeight_um))
{
//lazyFill(supportPolygons, new IntPoint(x, y), z, needInterfaceAt);
lazyFill(interfacePolygons, new IntPoint(x, y), currentZHeight_um, needInterfaceAt);
}
}
}
}
supportPolygons = supportPolygons.Offset(storage.supportXYDistance_um);
interfacePolygons = interfacePolygons.Offset(storage.supportXYDistance_um);
}
public SupportPolyGenerator(SupportStorage storage, int z)
{
this.supportStorage = storage;
this.generateInternalSupport = storage.generateInternalSupport;
if (!storage.generated)
{
return;
}
cosAngle = Math.Cos((double)(storage.endAngle) / 180.0 * Math.PI) - 0.01;
this.supportZDistance_um = storage.supportZDistance_um;
this.interfaceZDistance_um = storage.interfaceLayers * supportZDistance_um;
done = new bool[storage.gridWidth * storage.gridHeight];
for (int y = 1; y < storage.gridHeight; y++)
{
for (int x = 1; x < storage.gridWidth; x++)
{
if (!done[x + y * storage.gridWidth])
{
if (needSupportAt(new IntPoint(x, y), z))
{
lazyFill(supportPolygons, new IntPoint(x, y), z, needSupportAt);
}
else if (needInterfaceAt(new IntPoint(x, y), z))
{
//lazyFill(supportPolygons, new IntPoint(x, y), z, needInterfaceAt);
lazyFill(interfacePolygons, new IntPoint(x, y), z, needInterfaceAt);
}
}
}
}
supportPolygons = supportPolygons.Offset(storage.supportXYDistance_um);
interfacePolygons = interfacePolygons.Offset(storage.supportXYDistance_um);
}
public SupportPolyGenerator(SupportStorage storage, int currentZHeight_um)
{
this.supportStorage = storage;
this.generateInternalSupport = storage.generateInternalSupport;
if (!storage.generated)
{
return;
}
supportedAngleFromHorizon = Math.PI / 2 - (storage.endAngleDegrees / 180.0 * Math.PI + 0.01);
this.supportZDistance_um = storage.supportLayerHeight_um * storage.supportZGapLayers;
this.interfaceZDistance_um = storage.supportLayerHeight_um * storage.supportInterfaceLayers;
done = new bool[storage.gridWidth * storage.gridHeight];
for (int y = 1; y < storage.gridHeight; y++)
{
for (int x = 1; x < storage.gridWidth; x++)
{
if (!done[x + y * storage.gridWidth])
{
if (needSupportAt(new IntPoint(x, y), currentZHeight_um))
{
lazyFill(supportPolygons, new IntPoint(x, y), currentZHeight_um, needSupportAt);
}
else if (needInterfaceAt(new IntPoint(x, y), currentZHeight_um))
{
//lazyFill(supportPolygons, new IntPoint(x, y), z, needInterfaceAt);
lazyFill(interfacePolygons, new IntPoint(x, y), currentZHeight_um, needInterfaceAt);
}
}
}
}
supportPolygons = supportPolygons.Offset(storage.supportXYDistance_um);
interfacePolygons = interfacePolygons.Offset(storage.supportXYDistance_um);
}
