| | Name | Description |
|---|
 | GetClosedSliceMesh |
GetClosedSliceMesh can be called after any Slice method is called and
returns a StandardMesh that lies on the plane.
When the closed intersection polygon cannot be created, then the HasBrokenIntersectionPolylines is set to true.
In this case this method returns null.
|
| GetIntersectionPoints |
GetIntersectionPoints can be called after any Slice method is called and
returns the 3D intersection points for the specified mesh.
|
| GetProjectedIntersectionPoints(StandardMesh, Boolean) |
GetProjectedIntersectionPoints can be called after any Slice method is called and
returns the 2D intersection points that lie on the plane.
Each intersection line is defined by two consecutive points.
|
| GetProjectedIntersectionPoints(StandardMesh, Boolean, Vector2, Vector2) |
GetProjectedIntersectionPoints can be called after any Slice method is called and
returns the 2D intersection points that lie on the plane.
Each intersection line is defined by two consecutive points.
|
| GetProjectedIntersectionPolylines(StandardMesh, Boolean) |
GetProjectedIntersectionPolylines can be called after any Slice method is called and
returns an array of 2D intersection polygon lines that lie on the plane.
The polygon is defined by connected points.
When the closed polygon cannot be created, then the HasBrokenIntersectionPolylines is set to true.
In this case you need to call GetProjectedIntersectionPoints(StandardMesh, Boolean, Vector2, Vector2),
GetProjectedIntersectionPoints(StandardMesh, Boolean) to get individual intersection lines.
|
| GetProjectedIntersectionPolylines(StandardMesh, Boolean, Vector2, Vector2) |
GetProjectedIntersectionPolylines can be called after any Slice method is called and
returns an array of 2D intersection polygon lines that lie on the plane.
The polygon is defined by connected points.
When the closed polygon cannot be created, then the HasBrokenIntersectionPolylines is set to true.
In this case you need to call GetProjectedIntersectionPoints(StandardMesh, Boolean, Vector2, Vector2),
GetProjectedIntersectionPoints(StandardMesh, Boolean) to get individual intersection lines.
|
| SliceGroupNode(GroupNode, Transform) |
Slices the specified GroupNode with the specified Plane and returns a GroupNode that is in front of the plane
(in the direction of plane's Normal vector).
If the specified GroupNode is fully in front of the plane, then the same instance of GroupNode is returned.
If the specified GroupNode is fully in back of the plane, then null is returned.
If the specified GroupNode intersects the Plane, it is sliced and new front GroupNode object is returned.
|
| SliceGroupNode(GroupNode, GroupNode, GroupNode) |
Slices the specified GroupNode with the specified Plane and creates two new GroupNode objects:
one GroupNode that is in front of the plane (in the direction of plane's Normal vector) and one GroupNode that is in the back of the plane.
If the specified GroupNode is fully in front (or in back) of the Plane, then the same instance of GroupNode is returned (the other returned GroupNode is null).
If the specified GroupNode intersects the Plane, it is sliced and new GroupNode objects are created from it.
|
| SliceGroupNode(GroupNode, Transform, GroupNode, GroupNode) |
Slices the specified GroupNode with the specified Plane and creates two new GroupNode objects:
one GroupNode that is in front of the plane (in the direction of plane's Normal vector) and one GroupNode that is in the back of the plane.
If the specified GroupNode is fully in front (or in back) of the Plane, then the same instance of GroupNode is returned (the other returned GroupNode is null).
If the specified GroupNode intersects the Plane, it is sliced and new GroupNode objects are created from it.
|
| SliceMesh(StandardMesh, Transform) |
Slices the specified StandardMesh with the specified Plane and returns a StandardMesh that is in front of the plane
(in the direction of plane's Normal vector).
If the specified StandardMesh is fully in front of the plane, then the same instance of StandardMesh is returned.
If the specified StandardMesh is fully in back of the plane, then null is returned.
If the specified StandardMesh intersects the Plane, it is sliced and new front StandardMesh object is returned.
|
| SliceMesh(StandardMesh, StandardMesh, StandardMesh) |
Slices the specified StandardMesh with the specified Plane and creates two new StandardMesh objects:
one StandardMesh that is in front of the plane (in the direction of plane's Normal vector) and one StandardMesh that is in the back of the plane.
If the specified StandardMesh is fully in front (or in back) of the Plane, then the same instance of StandardMesh is returned (the other returned StandardMesh is null).
If the specified StandardMesh intersects the Plane, it is sliced and new StandardMesh objects are created from it.
|
| SliceMesh(StandardMesh, Transform, StandardMesh, StandardMesh) |
Slices the specified StandardMesh with the specified Plane and creates two new StandardMesh objects:
one StandardMesh that is in front of the plane (in the direction of plane's Normal vector) and one StandardMesh that is in the back of the plane.
If the specified StandardMesh is fully in front (or in back) of the Plane, then the same instance of StandardMesh is returned (the other returned StandardMesh is null).
If the specified StandardMesh intersects the Plane, it is sliced and new StandardMesh objects are created from it.
|
| SliceModelNode(ModelNode, Transform) |
Slices the specified ModelNode with the specified Plane and returns a ModelNode that is in front of the plane
(in the direction of plane's Normal vector).
If the specified ModelNode is fully in front of the plane, then the same instance of ModelNode is returned.
If the specified ModelNode is fully in back of the plane, then null is returned.
If the specified ModelNode intersects the Plane, it is sliced and new front ModelNode object is returned.
|
| SliceModelNode(ModelNode, MeshModelNode, MeshModelNode) |
Slices the specified ModelNode with the specified Plane and creates two new ModelNode objects:
one ModelNode that is in front of the plane (in the direction of plane's Normal vector) and one ModelNode that is in the back of the plane.
If the specified ModelNode is fully in front (or in back) of the Plane, then the same instance of ModelNode is returned (the other returned ModelNode is null).
If the specified ModelNode intersects the Plane, it is sliced and new ModelNode objects are created from it.
|
| SliceModelNode(ModelNode, Transform, MeshModelNode, MeshModelNode) |
Slices the specified ModelNode with the specified Plane and creates two new ModelNode objects:
one ModelNode that is in front of the plane (in the direction of plane's Normal vector) and one ModelNode that is in the back of the plane.
If the specified ModelNode is fully in front (or in back) of the Plane, then the same instance of ModelNode is returned (the other returned ModelNode is null).
If the specified ModelNode intersects the Plane, it is sliced and new ModelNode objects are created from it.
|
| SlicePolygon |
Slices the polygon specified with polygonPositions with this Plane and adds the positions that are in front of the plane to the frontPositions list
and positions in the back of the plane to the backPositions list.
|
| SliceSceneNode(SceneNode, Transform) |
Slices the specified SceneNode with the specified Plane and returns a SceneNode that is in front of the plane
(in the direction of plane's Normal vector).
If the specified SceneNode is fully in front of the plane, then the same instance of SceneNode is returned.
If the specified SceneNode is fully in back of the plane, then null is returned.
If the specified SceneNode intersects the Plane, it is sliced and new front SceneNode object is returned.
|
| SliceSceneNode(SceneNode, SceneNode, SceneNode) |
Slices the specified SceneNode with the specified Plane and creates two new SceneNode objects:
one SceneNode that is in front of the plane (in the direction of plane's Normal vector) and one SceneNode that is in the back of the plane.
If the specified SceneNode is fully in front (or in back) of the Plane, then the same instance of SceneNode is returned (the other returned SceneNode is null).
If the specified SceneNode intersects the Plane, it is sliced and new SceneNode objects are created from it.
|
| SliceSceneNode(SceneNode, Transform, SceneNode, SceneNode) |
Slices the specified SceneNode with the specified Plane and creates two new SceneNode objects:
one SceneNode that is in front of the plane (in the direction of plane's Normal vector) and one SceneNode that is in the back of the plane.
If the specified SceneNode is fully in front (or in back) of the Plane, then the same instance of SceneNode is returned (the other returned SceneNode is null).
If the specified SceneNode intersects the Plane, it is sliced and new SceneNode objects are created from it.
|
| SliceTriangle |
Slices the triangle specified with p1, p2 and p3 with this Plane and adds the positions that are in front of the plane to the frontPositions list
and positions in the back of the plane to the backPositions list.
When triangulate is true, this method creates 4 triangles; when triangulate is false, this method creates 1 triangle and 1 four-sided polygon.
|
| TransformPlane |
Transforms the Plane that is used by this Slicer.
|
Methods