protected override void _GenerateToolpathsWorker()
{
try
{
base.reset_toolpaths();
if (base.ToolDiameter.Cached == 0)
{
Logger.err("tool diameter is zero");
base.MachineOpStatus = MachineOpStatus.Errors;
return;
}
if (_cut_width.Cached != 0 && _cut_width.Cached < base.ToolDiameter.Cached * 1.05)
{
Logger.err("cut width is too small");
base.MachineOpStatus = MachineOpStatus.Errors;
return;
}
if (_stepover.Cached == 0 || _stepover.Cached > 1)
{
Logger.err("stepover should be > 0 and <= 1");
base.MachineOpStatus = MachineOpStatus.Errors;
return;
}
// XXX: is it needed ?
base.UpdateGeometryExtrema(base._CADFile);
base._CADFile.MachiningOptions.UpdateGeometryExtrema(base._CADFile);
ShapeList shapes = new ShapeList();
shapes.ApplyTransformations = true;
shapes.AddEntities(base._CADFile, base.PrimitiveIds);
shapes = shapes.DetectRegions();
List <Sliced_path> trajectories = new List <Sliced_path>();
bool is_inside = _cut_side.Cached == InsideOutsideOptions.Inside;
Point2F startpoint = (Point2F)base.StartPoint.Cached;
foreach (ShapeListItem shape in shapes)
{
if (trajectories.Count != 0)
{
startpoint = lastpt(trajectories);
}
if (shape.Shape is Polyline)
{
trajectories.AddRange(gen_profile((Polyline)shape.Shape, is_inside, startpoint));
}
else if (shape.Shape is CamBam.CAD.Region)
{
trajectories.AddRange(gen_profile((CamBam.CAD.Region)shape.Shape, is_inside, startpoint));
}
}
if (trajectories.Count == 0)
{
return;
}
base.insert_toolpaths(trajectories);
if (base.MachineOpStatus == MachineOpStatus.Unknown)
{
base.MachineOpStatus = MachineOpStatus.OK;
}
}
catch (Exception ex)
{
base.MachineOpStatus = MachineOpStatus.Errors;
ThisApplication.HandleException(ex);
}
finally
{
base._GenerateToolpathsFinal();
}
}
protected override void _GenerateToolpathsWorker()
{
try
{
base.reset_toolpaths();
if (base.ToolDiameter.Cached == 0)
{
Logger.err("tool diameter is zero");
base.MachineOpStatus = MachineOpStatus.Errors;
return;
}
if (_stepover.Cached == 0 || _stepover.Cached > 1)
{
Logger.err("stepover should be > 0 and <= 1");
base.MachineOpStatus = MachineOpStatus.Errors;
return;
}
// XXX: is it needed ?
base.UpdateGeometryExtrema(base._CADFile);
base._CADFile.MachiningOptions.UpdateGeometryExtrema(base._CADFile);
ShapeList shapes = new ShapeList();
shapes.ApplyTransformations = true;
shapes.AddEntities(base._CADFile, base.PrimitiveIds);
shapes = shapes.DetectRegions();
bool found_opened_polylines = false;
for (int i = shapes.Count - 1; i >= 0; i--)
{
if (shapes[i].Shape is Polyline && !((Polyline)shapes[i].Shape).Closed)
{
found_opened_polylines = true;
shapes.RemoveAt(i);
}
}
if (found_opened_polylines)
{
Logger.warn("ignoring open polylines");
base.MachineOpStatus = MachineOpStatus.Warnings;
}
List <Sliced_path> trajectories = new List <Sliced_path>();
foreach (ShapeListItem shape in shapes)
{
Sliced_path traj = gen_pocket(shape);
if (traj != null)
{
trajectories.Add(traj);
}
}
if (trajectories.Count == 0)
{
return;
}
base.insert_toolpaths(trajectories);
if (base.MachineOpStatus == MachineOpStatus.Unknown)
{
base.MachineOpStatus = MachineOpStatus.OK;
}
}
catch (Exception ex)
{
base.MachineOpStatus = MachineOpStatus.Errors;
ThisApplication.HandleException(ex);
}
finally
{
base._GenerateToolpathsFinal();
}
}
