EggCompositePrimitive

from panda3d.egg import EggCompositePrimitive

class EggCompositePrimitive

Bases: EggPrimitive

The base class for primitives such as triangle strips and triangle fans, which include several component triangles, each of which might have its own color and/or normal.

Inheritance diagram

__init__(*args, **kwargs)

assign()

C++ Interface: assign(const EggCompositePrimitive self, const EggCompositePrimitive copy)

/**

*/

components

getClassType()

C++ Interface: get_class_type()

getComponent()

C++ Interface: get_component(const EggCompositePrimitive self, int i) get_component(EggCompositePrimitive self, int i)

/**

• Returns the attributes for the nth component triangle.

*/

/**

• Returns the attributes for the nth component triangle.

*/

getComponents()

getNumComponents()

C++ Interface: get_num_components(EggCompositePrimitive self)

/**

• Returns the number of individual component triangles within the composite.

• Each one of these might have a different set of attributes.

*/

get_class_type()

C++ Interface: get_class_type()

get_component()

C++ Interface: get_component(const EggCompositePrimitive self, int i) get_component(EggCompositePrimitive self, int i)

/**

• Returns the attributes for the nth component triangle.

*/

/**

• Returns the attributes for the nth component triangle.

*/

get_components()

get_num_components()

C++ Interface: get_num_components(EggCompositePrimitive self)

/**

• Returns the number of individual component triangles within the composite.

• Each one of these might have a different set of attributes.

*/

setComponent()

C++ Interface: set_component(const EggCompositePrimitive self, int i, const EggAttributes attrib)

/**

• Changes the attributes for the nth component triangle.

*/

set_component()

C++ Interface: set_component(const EggCompositePrimitive self, int i, const EggAttributes attrib)

/**

• Changes the attributes for the nth component triangle.

*/

triangulateInPlace()

C++ Interface: triangulate_in_place(const EggCompositePrimitive self)

/**

• Subdivides the composite primitive into triangles and adds those triangles

• to the parent group node in place of the original primitive. Returns a

• pointer to the original primitive, which is likely about to be destructed.

• If convex_also is true, both concave and convex polygons will be subdivided

• into triangles; otherwise, only concave polygons will be subdivided, and

• convex polygons will be copied unchanged into the container.

*/

triangulateInto()

C++ Interface: triangulate_into(EggCompositePrimitive self, EggGroupNode container)

/**

• Subdivides the composite primitive into triangles and adds those triangles

• to the indicated container. Does not remove the primitive from its

• existing parent or modify it in any way.

• Returns true if the triangulation is successful, or false if there was some

• error (in which case the container may contain some partial triangulation).

*/

triangulate_in_place()

C++ Interface: triangulate_in_place(const EggCompositePrimitive self)

/**

• Subdivides the composite primitive into triangles and adds those triangles

• to the parent group node in place of the original primitive. Returns a

• pointer to the original primitive, which is likely about to be destructed.

• If convex_also is true, both concave and convex polygons will be subdivided

• into triangles; otherwise, only concave polygons will be subdivided, and

• convex polygons will be copied unchanged into the container.

*/

triangulate_into()

C++ Interface: triangulate_into(EggCompositePrimitive self, EggGroupNode container)

/**

• Subdivides the composite primitive into triangles and adds those triangles

• to the indicated container. Does not remove the primitive from its

• existing parent or modify it in any way.

• Returns true if the triangulation is successful, or false if there was some

• error (in which case the container may contain some partial triangulation).

*/