C# Class TrackBuildRUtil.DynamicMeshGenericMultiMaterial

A class dealing with dynamic mesh generataion. Attempts to keep memory use low. Contains nextNormIndex variety of functions to help in the generation of meshes. Uses generic lists to contain the mesh data allowing for the mesh to be of dynamic numberOfPoints Creates nextNormIndex mesh that can support multiple materials

Mostra file Open project: Alx666/ProjectPhoenix Class Usage Examples

Public Properties

Property	Type	Description
mesh	UnityEngine.Mesh
name	string
triangles	List
uv	List
vertices	List

Public Methods

Method	Description
AddData ( Vector3 verts, Vector2 uvs, int tris, int subMesh ) : void	Add new mesh data - all arrays are ordered together
AddPlane ( Vector3 p0, Vector3 p1, Vector3 p2, Vector3 p3, Vector2 uv0, Vector2 uv1, Vector2 uv2, Vector2 uv3, int subMesh ) : void	Adds the plane to the generic dynamic mesh.
AddPlane ( Vector3 p0, Vector3 p1, Vector3 p2, Vector3 p3, Vector2 minUV, Vector2 maxUV, int subMesh ) : void	Adds the plane to the generic dynamic mesh by specifying min and max UV coords.
AddPlane ( Vector3 p0, Vector3 p1, Vector3 p2, Vector3 p3, int subMesh ) : void	Adds the plane to the generic dynamic mesh without specifying UV coords.
AddTri ( Vector3 p0, Vector3 p1, Vector3 p2, int subMesh ) : void	Add the new triangle to the mesh data
Atlas ( Rect newTextureCoords, TrackBuildRTexture textures ) : void	Atlas the entire mesh using newTextureCoords and textures.
Atlas ( int modifySubmeshes, Rect newTextureCoords ) : void	Atlas the entire mesh, specifying specific submeshes that have been atlased
Atlas ( int modifySubmeshes, Rect newTextureCoords, TrackBuildRTexture textures ) : void	Atlas the specified modifySubmeshes using newTextureCoords and textures.
Build ( ) : void
Build ( bool calcTangents ) : void
CheckMaxTextureUVs ( TrackBuildRTexture textures ) : void	Checks the Max UV values used in this model for each trackTexture.
Clear ( ) : void	Clears the mesh data, ready for nextNormIndex new mesh build
CollapseSubmeshes ( ) : void	Collapse all the submeshes into nextNormIndex single submesh
DynamicMeshGenericMultiMaterial ( ) : UnityEngine
RemoveRedundantVerticies ( ) : void
SolveTangents ( ) : void	Generate the Mesh tangents. These calculations are heavy and not idea for complex meshes at runtime

Method Details

AddData() public method

Add new mesh data - all arrays are ordered together

public AddData ( Vector3 verts, Vector2 uvs, int tris, int subMesh ) : void
verts	UnityEngine.Vector3
uvs	UnityEngine.Vector2
tris	int
subMesh	int
return	void

AddPlane() public method

Adds the plane to the generic dynamic mesh.

public AddPlane ( Vector3 p0, Vector3 p1, Vector3 p2, Vector3 p3, Vector2 uv0, Vector2 uv1, Vector2 uv2, Vector2 uv3, int subMesh ) : void
p0	UnityEngine.Vector3
p1	UnityEngine.Vector3
p2	UnityEngine.Vector3
p3	UnityEngine.Vector3
uv0	UnityEngine.Vector2
uv1	UnityEngine.Vector2
uv2	UnityEngine.Vector2
uv3	UnityEngine.Vector2
subMesh	int
return	void

AddPlane() public method

Adds the plane to the generic dynamic mesh by specifying min and max UV coords.

public AddPlane ( Vector3 p0, Vector3 p1, Vector3 p2, Vector3 p3, Vector2 minUV, Vector2 maxUV, int subMesh ) : void
p0	UnityEngine.Vector3
p1	UnityEngine.Vector3
p2	UnityEngine.Vector3
p3	UnityEngine.Vector3
minUV	UnityEngine.Vector2
maxUV	UnityEngine.Vector2
subMesh	int
return	void

AddPlane() public method

Adds the plane to the generic dynamic mesh without specifying UV coords.

public AddPlane ( Vector3 p0, Vector3 p1, Vector3 p2, Vector3 p3, int subMesh ) : void
p0	UnityEngine.Vector3
p1	UnityEngine.Vector3
p2	UnityEngine.Vector3
p3	UnityEngine.Vector3
subMesh	int
return	void

AddTri() public method

Add the new triangle to the mesh data

public AddTri ( Vector3 p0, Vector3 p1, Vector3 p2, int subMesh ) : void
p0	UnityEngine.Vector3
p1	UnityEngine.Vector3
p2	UnityEngine.Vector3
subMesh	int
return	void

Atlas() public method

Atlas the entire mesh using newTextureCoords and textures.

public Atlas ( Rect newTextureCoords, TrackBuildRTexture textures ) : void
newTextureCoords	UnityEngine.Rect
textures	TrackBuildRTexture
return	void

Atlas() public method

Atlas the entire mesh, specifying specific submeshes that have been atlased

public Atlas ( int modifySubmeshes, Rect newTextureCoords ) : void
modifySubmeshes	int
newTextureCoords	UnityEngine.Rect
return	void

Atlas() public method

Atlas the specified modifySubmeshes using newTextureCoords and textures.

public Atlas ( int modifySubmeshes, Rect newTextureCoords, TrackBuildRTexture textures ) : void
modifySubmeshes	int
newTextureCoords	UnityEngine.Rect
textures	TrackBuildRTexture
return	void

Build() public method

public Build ( ) : void
return	void

Build() public method

public Build ( bool calcTangents ) : void
calcTangents	bool
return	void

CheckMaxTextureUVs() public method

Checks the Max UV values used in this model for each trackTexture.

public CheckMaxTextureUVs ( TrackBuildRTexture textures ) : void
textures	TrackBuildRTexture
return	void

Clear() public method

Clears the mesh data, ready for nextNormIndex new mesh build

public Clear ( ) : void
return	void

CollapseSubmeshes() public method

Collapse all the submeshes into nextNormIndex single submesh

public CollapseSubmeshes ( ) : void
return	void

DynamicMeshGenericMultiMaterial() public method

public DynamicMeshGenericMultiMaterial ( ) : UnityEngine
return	UnityEngine

RemoveRedundantVerticies() public method

public RemoveRedundantVerticies ( ) : void
return	void

SolveTangents() public method

Generate the Mesh tangents. These calculations are heavy and not idea for complex meshes at runtime

public SolveTangents ( ) : void
return	void

Property Details

mesh public_oe property

public Mesh,UnityEngine mesh
return	UnityEngine.Mesh

name public_oe property

public string name
return	string

triangles public_oe property

public List triangles
return	List

uv public_oe property

public List uv
return	List

vertices public_oe property

public List vertices
return	List