Public Member Functions
	ColliderChunk (MeshArc bottom, MeshArc top, int nSidesTotal, int nArcs, int nColliders, int subdivIdx)

MeshCollider	CreateColliderGO (GameObject parent, string name, int layer)

Mesh	GenerateColliderMesh (bool triangulate, Vector3 offset)

Protected Member Functions
void	TriangulateColliderMesh (MeshPoint[] pts, List< int > tris)

Constructor & Destructor Documentation

ProceduralFairings.ColliderChunk.ColliderChunk	(	MeshArc	bottom,
		MeshArc	top,
		int	nSidesTotal,
		int	nArcs,
		int	nColliders,
		int	subdivIdx
	)

inline

< if there isn't enough left to subtend another arc, extend to the last edge

< add an extra edge, because nsides refers to faces, so edges+1

< two outer sub-arcs, plus 4 inner corners

Member Function Documentation

MeshCollider ProceduralFairings.ColliderChunk.CreateColliderGO	(	GameObject	parent,
		string	name,
		int	layer
	)

inline

Mesh ProceduralFairings.ColliderChunk.GenerateColliderMesh	(	bool	triangulate,
		Vector3	offset
	)

inline

void ProceduralFairings.ColliderChunk.TriangulateColliderMesh	(	MeshPoint[]	pts,
		List< int >	tris
	)

inlineprotected

< triangulate side panels

< hopefully we shouldn't need to triangulate the top and bottom faces, given this is supposed to be a convex mesh

MeshCollider ProceduralFairings.ColliderChunk.collider

The documentation for this class was generated from the following file: