MeshAdapterTransforms Namespace Reference

Typedefs
using	FFrame3d = UE::Geometry::FFrame3d

Functions
template<class TriangleMeshType >
void	Translate (TriangleMeshType &Mesh, const FVector3d &Translation)
template<class TriangleMeshType >
void	WorldToFrameCoords (TriangleMeshType &Mesh, const FFrame3d &Frame)
template<class TriangleMeshType >
void	FrameCoordsToWorld (TriangleMeshType &Mesh, const FFrame3d &Frame)
template<class TriangleMeshType >
void	ApplyTransform (TriangleMeshType &Mesh, const FTransformSRT3d &Transform)
template<class TriangleMeshType >
void	ApplyTransformInverse (TriangleMeshType &Mesh, const FTransformSRT3d &Transform)
template<class TriangleMeshType >
void	ApplyTransform (TriangleMeshType &Mesh, TFunctionRef< FVector3d(const FVector3d &)> PositionTransform, TFunctionRef< FVector3f(const FVector3f &)> NormalTransform)

Detailed Description

A variant of DynamicMesh module's MeshTransforms that is generalized for MeshAdapter-based meshes Unlike a lot of MeshAdapter-based functions, most of these require Set* and *Normal functions to exist on the Adapter Specifically, these apply to any mesh class that implements GetVertex, SetVertex, GetNormal, SetNormal, IsVertex, IsNormal, MaxVertexID, MaxNormalID

Note that unlike a lot of MeshAdapter things, FDynamicMesh3 will need to be wrapped by an adapter too for anything that changes normals, because the FDynamicMesh3 interface for normals a little too involved to make it the access pattern for the adapter. For now, will leave the FDynamicMesh3 specific version inside the DynamicMesh module (TODO: consider reworking it to just create a tiny shim and call these functions?)

Typedef Documentation

FFrame3d

using MeshAdapterTransforms::FFrame3d = typedef UE::Geometry::FFrame3d

Function Documentation

ApplyTransform() [1/2]

template<class TriangleMeshType >

void MeshAdapterTransforms::ApplyTransform	(	TriangleMeshType &	Mesh,
		const FTransformSRT3d &	Transform
	)

Apply given Transform to a Mesh. Modifies Vertex Positions and Normals, and any Per-Triangle Normal Overlays

ApplyTransform() [2/2]

template<class TriangleMeshType >

void MeshAdapterTransforms::ApplyTransform	(	TriangleMeshType &	Mesh,
		TFunctionRef< FVector3d(const FVector3d &)>	PositionTransform,
		TFunctionRef< FVector3f(const FVector3f &)>	NormalTransform
	)

Apply given Transform to a Mesh. Modifies Vertex Positions and Normals, and any Per-Triangle Normal Overlays

ApplyTransformInverse()

template<class TriangleMeshType >

void MeshAdapterTransforms::ApplyTransformInverse	(	TriangleMeshType &	Mesh,
		const FTransformSRT3d &	Transform
	)

Apply inverse of given Transform to a Mesh. Modifies Vertex Positions and Normals, and any Per-Triangle Normal Overlays

FrameCoordsToWorld()

template<class TriangleMeshType >

void MeshAdapterTransforms::FrameCoordsToWorld	(	TriangleMeshType &	Mesh,
		const FFrame3d &	Frame
	)

Transform Mesh out of local coordinates of Frame

Translate()

template<class TriangleMeshType >

void MeshAdapterTransforms::Translate	(	TriangleMeshType &	Mesh,
		const FVector3d &	Translation
	)

Apply Translation to vertex positions of Mesh. Does not modify any other attributes.

WorldToFrameCoords()

template<class TriangleMeshType >

void MeshAdapterTransforms::WorldToFrameCoords	(	TriangleMeshType &	Mesh,
		const FFrame3d &	Frame
	)

Transform Mesh into local coordinates of Frame