public void ResumeRunning()
{
// Set the current 2d context into the local service
WorkItem.Services.Get <IContextService>().Current2DContext = context2d;
// Show the 2D View
WorkItem.Workspaces[Naro.Sketcher.Constants.WorkspaceNames.DrawingAreaWorkspace].Show(attachedView);
view2d.Update();
view2d.HasBeenMoved();
view2d.MustBeResized(OCV2d_TypeOfWindowResizingEffect.V2d_TOWRE_ENLARGE_SPACE);
// Clear the drawing area
context2d.EraseAll(true, true);
// Reactivate the grid
viewer2d.ActivateGrid(OCAspect_GridType.Aspect_GT_Rectangular, OCAspect_GridDrawMode.Aspect_GDM_Lines);
// Build the projection of the 3D to 2D
Project3DModel();
// Reset the working plane input
OCTopoDS_Shape topoShape = WorkItem.Services.Get <ILocalContextService>().CurrentSelectedShape;
workingPlaneInput.AddWorkingPlane(GeomUtils.ExtractAxis(topoShape));
}
void InitializeInputs()
{
// Build the inputs and pipes
inputFactory = new InputFactory();
var viewInput = new View2dInput(view2d, viewer2d);
inputFactory.Register(viewInput);
mouseInput = new MouseEventsInput();
inputFactory.Register(mouseInput);
var mousePipe = new OCCMouseEventsPipe(view2d, viewer2d);
inputFactory.RegisterPipe(mouseInput.Name, mousePipe);
inputFactory.Register(mousePipe);
var solverDrawerPipe = new SolverDrawerPipe(context2d, view2d, _solver, _solverDrawer);
inputFactory.RegisterPipe(mousePipe.Name, solverDrawerPipe);
inputFactory.Register(solverDrawerPipe);
_editDetectionPipe = new EditDetectionPipe(context2d, view2d, _solver);
inputFactory.RegisterPipe(solverDrawerPipe.Name, _editDetectionPipe);
inputFactory.Register(_editDetectionPipe);
_editDetectionPipe.ActivateActionHandler += new ActionActivatedEventHandler(EditDetectionPipe_ActivateActionHandler);
var docInput = new DocumentInput(WorkItem.Services.Get <ILocalContextService>().CurrentOcafDocument);
inputFactory.Register(docInput);
var contextInput = new Context2dInput(context2d);
inputFactory.Register(contextInput);
OCTopoDS_Shape topoShape = WorkItem.Services.Get <ILocalContextService>().CurrentSelectedShape;
workingPlaneInput = new WorkingPlaneInput(GeomUtils.ExtractAxis(topoShape));
inputFactory.Register(workingPlaneInput);
}
public void Project3DModel()
{
OCTopoDS_Shape topoShape = WorkItem.Services.Get <ILocalContextService>().CurrentSelectedShape;
if (topoShape == null)
{
return;
}
// Project the selected 3d object in the 2D plane
// Make the projector
bool isPerspective = WorkItem.Services.Get <ILocalContextService>().IsPerspective;
OCgp_Pnt viewPoint = WorkItem.Services.Get <ILocalContextService>().ViewPointPosition;
OCgp_Vec highPointVector = WorkItem.Services.Get <ILocalContextService>().HighPointVector;
OCgp_Ax2 ax2 = GeomUtils.ExtractAxis(topoShape);
OCgp_Dir direction;
if (ax2 != null)
{
direction = ax2.Direction();
}
else
{
direction = new OCgp_Dir(0, 1, 0);
}
// Use as projection vector the direction of the plane of the selected shape
OCPrs3d_Projector aPrs3dProjector = new OCPrs3d_Projector(isPerspective, 1, direction.X(), direction.Y(), direction.Z(),
viewPoint.X(), viewPoint.Y(), viewPoint.Z(), highPointVector.X(), highPointVector.Y(), highPointVector.Z());
// Display the 2D projection shape
OCAIS2D_ProjShape projShape = new OCAIS2D_ProjShape(aPrs3dProjector.Projector(), 3, false, true);
projShape.Add(topoShape);
context2d.Display(projShape, true);
}
public RectangularHandle()
{
_handleTopoShape = new OCBRepPrimAPI_MakeBox(new OCgp_Pnt(0, 0, 0), boxEdge, boxEdge, boxEdge).Shape();
}
