static CLIHatches parsehatches(String line)
{
CLIHatches h = new CLIHatches();
List <String> values = new List <String>(line.Split(','));
if (values[0].Contains("$$HATCHES/"))
{
values[0] = values[0].Substring("$$HATCHES/".Length);
}
h.id = Convert.ToInt32(values[0]);
values.RemoveAt(0);
//Parse count.
h.numberofhatches = Convert.ToInt32(values[0]);
values.RemoveAt(0);
for (int i = 0; i < h.numberofhatches; i++)
{
CLIHatch hatch = new CLIHatch();
hatch.startx = Convert.ToInt32(values[0]);
hatch.starty = Convert.ToInt32(values[1]);
hatch.endx = Convert.ToInt32(values[2]);
hatch.endy = Convert.ToInt32(values[3]);
h.hatches.Add(hatch);
values.RemoveRange(0, 4);
}
return(h);
}
static void CreateNCFile(List <Layer> layers, string outname, double unitsmultiplier, double[] focii)
{
STEPNCLib.AptStepMaker asm = new STEPNCLib.AptStepMaker();
asm.NewProjectWithCCandWP(outname, 4, "Main");
asm.Millimeters();
int toolcount = 1;
Dictionary <double, int> focustoolmap = new Dictionary <double, int>(); //Map focus to tools.
foreach (double focus in focii) //Make tools.
{
asm.DefineTool(focus, 1, 1, 1, 1, 1, 1);
asm.SELCTLTool(toolcount);
asm.SetToolIdentifier(Convert.ToString(toolcount), Convert.ToString(toolcount));
//asm.ToolGeometry("ROD.stp", Convert.ToString(toolcount));
focustoolmap[focus] = toolcount;
toolcount++;
}
int i = 0;
foreach (Layer layer in layers)
{
asm.NestWorkplan(String.Format("Layer {0}", i));
foreach (GeomData operation in layer.operations)
{
asm.LoadTool(focustoolmap[operation.MetaData.focus]);
if (operation is CLIHatches)
{
asm.Workingstep(String.Format("Layer {0} Hatching", i));
asm.Rapid();
bool firstop = true;
CLIHatches tmp = operation as CLIHatches;
foreach (CLIHatch hatch in tmp.hatches)
{
if (firstop)
{
asm.GoToXYZ("HatchStart", hatch.startx * unitsmultiplier, hatch.starty * unitsmultiplier, layer.height * unitsmultiplier);
asm.Feedrate(operation.MetaData.speed);
asm.SpindleSpeed(operation.MetaData.power);
firstop = false;
}
else
{
asm.GoToXYZ("HatchStart", hatch.startx * unitsmultiplier, hatch.starty * unitsmultiplier, layer.height * unitsmultiplier);
}
asm.GoToXYZ("HatchEnd", hatch.endx * unitsmultiplier, hatch.endy * unitsmultiplier, layer.height * unitsmultiplier);
}
}
if (operation is Polyline)
{
asm.Workingstep(String.Format("Layer {0} Polyline", i));
bool firstop = true;
asm.Rapid();
Polyline tmp = operation as Polyline;
for (var j = 0; j < tmp.numberofpoints; j++)
{
if (firstop)
{
asm.GoToXYZ(String.Format("PolylinePt{0}", j), tmp.points[j].x * unitsmultiplier, tmp.points[j].y * unitsmultiplier, layer.height * unitsmultiplier);
asm.SpindleSpeed(operation.MetaData.power);
asm.Feedrate(operation.MetaData.speed);
firstop = false;
}
else
{
asm.GoToXYZ(String.Format("PolylinePt{0}", j), tmp.points[j].x * unitsmultiplier, tmp.points[j].y * unitsmultiplier, layer.height * unitsmultiplier);
}
}
}
}
i++;
asm.EndWorkplan();
}
asm.SaveAsModules(outname);
return;
}
