private void Mesh_OnTransformModified(SceneObject so)
{
CC.InvalidateSlicing();
slice_gizmo_valid = false;
// set dirty flag on scene
CCActions.SetCurrentSceneModified();
}
void setting_modified(bool invalidate_slicing, bool invalidate_paths)
{
if (invalidate_slicing)
{
CC.InvalidateSlicing();
}
else if (invalidate_paths)
{
CC.InvalidateToolPaths();
}
bValueModified = true;
OnSettingModified?.Invoke(this);
}
private void Mesh_OnMeshModified(DMeshSO so)
{
CC.InvalidateSlicing();
if (so is PrintMeshSO)
{
update_mesh_material(so as PrintMeshSO);
}
slice_gizmo_valid = false;
// set dirty flag on scene
CCActions.SetCurrentSceneModified();
}
void setting_modified(bool invalidate_slicing, bool invalidate_paths)
{
WriteToCurrentSettings(); // [RMS] need to do this so that settings are reflected in
// slicer. To avoid, we need to know to grab from CC.ObjSettings instead...
if (invalidate_slicing)
{
CC.InvalidateSlicing();
}
else if (invalidate_paths)
{
CC.InvalidateToolPaths();
}
bValueModified = true;
OnSettingModified?.Invoke(this);
}
public void InvalidateSlicing()
{
cancel_active_compute();
lock (data_lock) {
SlicerMeshes = null;
SliceSet = null;
SliceStackValid = false;
}
discard_slice_polylines();
CC.InvalidateToolPaths();
if (SlicingInvalidatedEvent != null)
{
SlicingInvalidatedEvent();
}
}
void update_pos(Vector3f pos, double time)
{
Frame3f f = PrintHeadSO.GetLocalFrame(CoordSpace.SceneCoords);
f.Origin = pos + PrintHeadOffset * Vector3f.AxisY;
PrintHeadSO.SetLocalFrame(f, CoordSpace.SceneCoords);
Vector3f worldNozzlePt = PrintHeadSO.GetScene().ToWorldP(f.Origin);
Vector3f worldPathPt = PrintHeadSO.GetScene().ToWorldP(pos);
LaserGO.SetStart(worldNozzlePt);
LaserGO.SetEnd(worldPathPt);
if (emitting)
{
CC.SetLayerFromZ(pos.y);
}
update_heat_display(pos, time);
}