Class RecastMeshGathererBurst

void CollectColliderMeshes ()

void CollectRecastMeshObjs ()

Find all relevant RecastMeshObj components and create ExtraMeshes for them.

void CollectSceneMeshes ()

void CollectTerrainMeshes (

bool	rasterizeTrees
float	desiredChunkSize

)

MeshCollection Finalize ()

RecastMeshGathererBurst (

Bounds	bounds
int	terrainSampleSize
LayerMask	mask
List<string>	tagMask
float	colliderRasterizeDetail

)

int AddMeshBuffers (

NativeArray<Vector3>	vertices
NativeArray<int>	triangles

)

int AddMeshBuffers (

Vector3[]	vertices
int[]	triangles

)

void AddNewMesh (

Renderer	renderer
Mesh	mesh
int	area
bool	solid=false
bool	areaIsTag=false

)

bool anyNonReadableMesh

Bounds bounds

int[] BoxColliderTris = { 0, 1, 2, 0, 2, 3, 6, 5, 4, 7, 6, 4, 0, 5, 1, 0, 4, 5, 1, 6, 2, 1, 5, 6, 2, 7, 3, 2, 6, 7, 3, 4, 0, 3, 7, 4 }

Box Collider triangle indices can be reused for multiple instances.

Vector3[] BoxColliderVerts = { new Vector3(-1, -1, -1), new Vector3(1, -1, -1), new Vector3(1, -1, 1), new Vector3(-1, -1, 1), new Vector3(-1, 1, -1), new Vector3(1, 1, -1), new Vector3(1, 1, 1), new Vector3(-1, 1, 1), }

Box Collider vertices can be reused for multiple instances.

Dictionary<MeshCacheItem, int> cachedMeshes = new Dictionary<MeshCacheItem, int>()

Dictionary<GameObject,TreeInfo> cachedTreePrefabs = new Dictionary<GameObject, TreeInfo>()

unsafe void CalculateBounds (

float3 *	vertices
int	numVertices
ref float4x4	localToWorldMatrix
out Bounds	bounds

)

unsafe delegate void CalculateBoundsDelegate (

float3 *	vertices
int	numVertices
ref float4x4	localToWorldMatrix
out Bounds	bounds

)

static unsafeCalculateBoundsDelegate CalculateBoundsInvoke = BurstCompiler.CompileFunctionPointer<CalculateBoundsDelegate>(CalculateBounds).Invoke

int CeilDivision (

int	lhs
int	rhs

)

Returns ceil(lhs/rhs), i.e lhs/rhs rounded up.

void CollectTreeMeshes (

Terrain

terrain

)

float colliderRasterizeDetail

GatheredMesh GenerateHeightmapChunk (

float	heights
bool	holes
Vector3	sampleSize
Vector3	offset
int	x0
int	z0
int	width
int	depth
int	stride

)

Generates a terrain chunk mesh.

void GenerateTerrainChunks (

Terrain	terrain
Bounds	bounds
float	desiredChunkSize

)

GatheredMesh? GetColliderMesh (

Collider

col

)

Rasterizes a collider to a mesh.

This will pass the col.transform.localToWorldMatrix to the other overload of this function.

GatheredMesh? GetColliderMesh (

MeshCollider	collider
Matrix4x4	localToWorldMatrix

)

GatheredMesh? GetColliderMesh (

Collider	col
Matrix4x4	localToWorldMatrix

)

Rasterizes a collider to a mesh assuming it's vertices should be multiplied with the matrix.

Note that the bounds of the returned RasterizationMesh is based on collider.bounds. So you might want to call myExtraMesh.RecalculateBounds on the returned mesh to recalculate it if the collider.bounds would not give the correct value.

LayerMask mask

List<Mesh> meshData

List<GatheredMesh> meshes

bool MeshFilterShouldBeIncluded (

MeshFilter

filter

)

MeshType

GatheredMesh RasterizeBoxCollider (

BoxCollider	collider
Matrix4x4	localToWorldMatrix

)

GatheredMesh RasterizeCapsuleCollider (

float	radius
float	height
Bounds	bounds
Matrix4x4	localToWorldMatrix

)

int RecastAreaFromRecastMeshObj (

RecastMeshObj

obj

)

bool ShouldIncludeCollider (

Collider

collider

)

List<string> tagMask

int terrainSampleSize

List<NativeArray<int>> triangleBuffers

List<NativeArray<Vector3>> vertexBuffers