Inheritance diagram for DD::Image::Mesh:

Public Member Functions
const char *	Class () const override

	Mesh (int columns, int rows, bool wrapU=false, bool wrapV=false, MeshSubdivisionMethod subd=QUADS)

	Mesh (const Mesh &)

Primitive *	duplicate () const override

int	columns () const

int	rows () const

bool	wrapU () const

bool	wrapV () const

MeshSubdivisionMethod	subd_method () const

void	subd_method (MeshSubdivisionMethod v)

int	vertex_index (int x, int y) const

unsigned	point_index (int x, int y) const

int	add_points (PointList *, int plane=PLANE_ZX)

void	remap_points (PointList *, int plane=PLANE_ZX, float sx=1.0f, float sy=1.0f) const

void	create_point_uvs (Attribute *, float scaleU=1.0f, float scaleV=1.0f) const

void	create_point_uvs (Attribute *attrib, float minU, float minV, float maxU, float maxV) const

void	create_point_normals (Attribute *, const Vector3 &N) const

bool	IntersectsRay (const Ray &ray, int n, const PointList pointList, CollisionResult result) const override
	Test for the intersection of this primitive with a given ray. More...

void	validate (PrimitiveContext *) override

Vector3	vertex_normal (unsigned v, const PointList *) const override

Vector3	get_face_normal (int n, const PointList *points) const override

void	tessellateFace (int faceIndex, Scene scene, PrimitiveContext ptx, VertexContext *vtx) const override

void	tessellate (Scene scene, PrimitiveContext ptx) const override

unsigned	faces () const override

Vector3	face_average_center (int n, const PointList *) const override

unsigned	face_vertices (int n) const override

void	get_face_vertices (int n, unsigned *array) const override

void	draw_wireframe (ViewerContext , PrimitiveContext , Primitive *prev_prim=nullptr) const override

void	draw_solid (ViewerContext , PrimitiveContext , Primitive *prev_prim=nullptr) const override

void	draw_solid_face (int n, ViewerContext , PrimitiveContext ) const override

void	draw_primitive_normal (ViewerContext , PrimitiveContext ) const override
	Draw poly's normal.

void	print_info () const override

PrimitiveType	getPrimitiveType () const override

Public Member Functions inherited from DD::Image::PolygonPrimitive
	PolygonPrimitive (unsigned vertices=0)

void	tessellate (Scene , PrimitiveContext ) const override

Public Member Functions inherited from DD::Image::Primitive
virtual void	vertex_shader (int v, Scene , PrimitiveContext , VArray &out, const Vector3 *normal=nullptr) const

virtual void	vertex_shader (int v, Scene , PrimitiveContext , VertexContext &, VArray &out, const Vector3 *normal=nullptr) const

	Primitive (unsigned vertices=0)

	Primitive (const Primitive &)

virtual	~Primitive ()

void	getDataArray (int n, ViewerContext ctx, PrimitiveContext ptx, std::vector< Vector3 > &pntArray, std::vector< Vector3 > &normalArray, std::vector< Vector4 > &uvOrColArray, bool &validUV) const

const unsigned &	vertex (unsigned v) const

unsigned &	vertex (unsigned v)

unsigned	vertices () const

void	offset_point_indices (int offset)

unsigned	vertex_offset () const

void	build_index_array (unsigned *indices, unsigned primitive, unsigned vertex) const

unsigned	add_vertex (unsigned point_index)

unsigned	add_vertices (unsigned num)

virtual Vector3	average_center (const PointList *) const
	Returns the xyz center average of the primitive. More...

virtual Vector3	average_center_and_bounds (int f, const PointList *points, Vector3 &min, Vector3 &max) const

virtual Box3	get_bbox (const GeoInfo *info) const

virtual Vector3	get_geometric_normal (int v, const PointList *points) const

virtual int	get_vertex_faces (int v, std::vector< int > &faces) const

virtual bool	faceUsesVertex (unsigned int faceIdx, unsigned int vertIdx) const

Iop *	material () const

Iop *	renderingShader (const GeoInfo *info) const

const Vector3 &	normal () const

virtual void	draw_primitive_num (ViewerContext , PrimitiveContext ) const

virtual void	draw_vertex_num (ViewerContext , PrimitiveContext ) const

virtual void	draw_vertex_normals (ViewerContext , PrimitiveContext ) const

virtual void	draw_vertex_uvs (ViewerContext , PrimitiveContext ) const

void *	operator new (size_t size)

void	operator delete (void *mem)

void *	operator new[] (size_t size)

void	operator delete[] (void *mem)

Static Public Member Functions
static int	mesh_index (int x, int y, int w)

Static Public Member Functions inherited from DD::Image::Primitive
static void	draw_normal (const Vector3 &p, const Vector3 &n, ViewerContext , PrimitiveContext )

Protected Member Functions
void	copy (const Mesh *)

Protected Member Functions inherited from DD::Image::Primitive
void	draw_wireframe_vertex (int v, ViewerContext , PrimitiveContext ) const

void	draw_solid_vertex (int v, ViewerContext , PrimitiveContext ) const

void	copy (const Primitive *)

bool	PolyIntersectsRay (const Ray &ray, int n, const PointList pointList, CollisionResult result) const

Protected Attributes
int	columns_

int	rows_
	Number of rows and columns.

bool	wrapU_

bool	wrapV_
	Whether mesh wraps around - only one can be true.

MeshSubdivisionMethod	subd_method_
	What method to subdivide the mesh.

Protected Attributes inherited from DD::Image::Primitive
std::vector< unsigned, STL3DAllocator< unsigned > >	vertex_
	Point indices.

unsigned	vertex_offset_
	Vertex attribute starting index.

Vector3	normal_
	Normal determined from vertex positions.

Iop *	material_
	Material assignment.

Detailed Description

A 2-dimensional mesh of m*n vertices.

Member Function Documentation

void Mesh::copy ( const Mesh * b )

protected

Destructive copy.

References DD::Image::Primitive::copy(), rows_, subd_method_, and wrapV_.

Primitive * Mesh::duplicate ( ) const

overridevirtual

Copy this Mesh into a new one, and return a pointer to it. Vertex data is duplicated, point indices are unchanged.

Implements DD::Image::Primitive.

int Mesh::add_points	(	PointList *	points,
		int	plane = `PLANE_ZX`
	)

Add the points for the mesh to the GeoInfo's PointList. This is a convenience function.

References rows_, and DD::Image::Primitive::vertex_.

void Mesh::create_point_uvs	(	Attribute *	attrib,
		float	scaleU = `1.0f`,
		float	scaleV = `1.0f`
	)		const

Add uvs to the points. U/V will map 0->1. This is a convenience function.

References DD::Image::Attribute::resize(), rows_, DD::Image::Vector4::set(), and DD::Image::VECTOR4_ATTRIB.

void Mesh::create_point_uvs	(	Attribute *	attrib,
		float	minU,
		float	minV,
		float	maxU,
		float	maxV
	)		const

Add uvs to the points. U/V will map (minU, minV) -> (maxU, maxV). This is a convenience function.

References DD::Image::Attribute::resize(), rows_, DD::Image::Vector4::set(), and DD::Image::VECTOR4_ATTRIB.

void Mesh::create_point_normals	(	Attribute *	attrib,
		const Vector3 &	N
	)		const

Add normal N to each point. This is a convenience function.

References DD::Image::NORMAL_ATTRIB, DD::Image::Attribute::resize(), and rows_.

bool DD::Image::Mesh::IntersectsRay	(	const Ray &	ray,
		int	n,
		const PointList *	pointList,
		CollisionResult *	result
	)		const

inlineoverridevirtual

Test for the intersection of this primitive with a given ray.

If a collision is detected, information is returned in the collision result

Reimplemented from DD::Image::Primitive.

References DD::Image::Primitive::PolyIntersectsRay().

void Mesh::validate ( PrimitiveContext * ptx )

overridevirtual

If Normal attribute doesn't exist, create it from the constituent faces.

Reimplemented from DD::Image::Primitive.

References DD::Image::Vector3::fast_normalize(), DD::Image::Primitive::normal_, rows_, DD::Image::Vector3::set(), subd_method_, and DD::Image::Primitive::validate().

Vector3 Mesh::vertex_normal	(	unsigned	v,
		const PointList *	points
	)		const

overridevirtual

Return a normal that best represents the normal at point's location on the mesh surface.

Reimplemented from DD::Image::Primitive.

References DD::Image::Vector3::normalize(), rows_, and subd_method_.

Vector3 Mesh::get_face_normal	(	int	n,
		const PointList *	points
	)		const

overridevirtual

Returns the normal for face.

Reimplemented from DD::Image::Primitive.

References get_face_vertices(), and DD::Image::Vector3::normalize().

void Mesh::tessellateFace	(	int	faceIndex,
		Scene *	scene,
		PrimitiveContext *	ptx,
		VertexContext *	vtx
	)		const

overridevirtual

Subdivide a single face of the mesh into triangles and add them to the rendering pipeline.

Reimplemented from DD::Image::PolygonPrimitive.

References DD::Image::Scene::add_render_primitive(), DD::Image::PrimitiveContext::face_vertices_, get_face_vertices(), and DD::Image::Primitive::vertex_shader().

Vector3 Mesh::face_average_center	(	int	n,
		const PointList *	points
	)		const

overridevirtual

Return the subface's average local-space center.

Reimplemented from DD::Image::Primitive.

References get_face_vertices().

void Mesh::get_face_vertices	(	int	n,
		unsigned *	array
	)		const

overridevirtual

Fill the pre-allocated array with vertices constituting the sub face.

Reimplemented from DD::Image::Primitive.

Referenced by face_average_center(), get_face_normal(), and tessellateFace().

void Mesh::draw_solid_face	(	int	n,
		ViewerContext *	ctx,
		PrimitiveContext *	ptx
	)		const

overridevirtual

Draw the specified face as a filled quad.

Reimplemented from DD::Image::Primitive.

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Member Function Documentation