MeshUtility

: Object

Dreamteck.MeshUtility, Dreamteck.Utilities 0x0010 (16 B) inherited 0x0010 Dreamteck.Utilities.dll

0x00x0010

Members 2

Show inherited members

Offset	Size	Name	Type	Flags	Default
	0x08	tan1	Vector3[]	PrivateStatic	—
	0x08	tan2	Vector3[]	PrivateStatic	—

Functions 21

Signature	Flags	Native	Params
int[] GeneratePlaneTriangles(int x, int z, bool flip, int startTriangleIndex, int startVertex)	PublicStatic	—	0x08
int[] GeneratePlaneTriangles(ref int[]& triangles, int x, int z, bool flip, int startTriangleIndex, int startVertex, bool reallocateArray)	PublicStatic	—	0x08
void CalculateTangents(TS_Mesh mesh)	PublicStatic	—	0x08
void MakeDoublesided(Mesh input)	PublicStatic	—	0x08
void MakeDoublesided(TS_Mesh input)	PublicStatic	—	0x08
void MakeDoublesidedHalf(TS_Mesh input)	PublicStatic	—	0x08
void TransformMesh(TS_Mesh input, const Matrix4x4& matrix)	PublicStatic	—	0x40
void TransformMesh(Mesh input, const Matrix4x4& matrix)	PublicStatic	—	0x40
void TransformVertices(const Vector3[]& vertices, const Matrix4x4& matrix)	PublicStatic	—	0x40
void TransformNormals(const Vector3[]& normals, const Matrix4x4& matrix)	PublicStatic	—	0x40
string ToOBJString(Mesh mesh, const Material[]& materials)	PublicStatic	—	0x08
Mesh Copy(Mesh input)	PublicStatic	—	0x08
void Triangulate(const Vector2[]& points, ref int[]& output)	PublicStatic	—	0x08
void FlipTriangles(ref int[]& triangles)	PublicStatic	—	0x08
void FlipFaces(TS_Mesh input)	PublicStatic	—	0x08
void BreakMesh(Mesh input, bool keepNormals)	PublicStatic	—	0x08
float Area(const Vector2[]& points, int maxCount)	PrivateStatic	—	0x08
bool Snip(const Vector2[]& points, int u, int v, int w, int n, const int[]& V)	PrivateStatic	—	0x08
bool InsideTriangle(const Vector2& A, const Vector2& B, const Vector2& C, const Vector2& P)	PrivateStatic	—	0x08
void .ctor()	Public+1 flags	—	0x00
void .cctor()	PrivateStatic+1 flags	—	0x00

// Dreamteck.MeshUtility, Dreamteck.Utilities
// size 0x0010 (16), inherited 0x0010
class MeshUtility : public Object
{
public:
    Vector3[] tan1;                                    // 0x0000(0x08) Private Static
    Vector3[] tan2;                                    // 0x0008(0x08) Private Static

    int[] GeneratePlaneTriangles(int x, int z, bool flip, int startTriangleIndex, int startVertex); [Public Static]
    int[] GeneratePlaneTriangles(ref int[] triangles, int x, int z, bool flip, int startTriangleIndex, int startVertex, bool reallocateArray); [Public Static]
    void CalculateTangents(TS_Mesh mesh); [Public Static]
    void MakeDoublesided(Mesh input); [Public Static]
    void MakeDoublesided(TS_Mesh input); [Public Static]
    void MakeDoublesidedHalf(TS_Mesh input); [Public Static]
    void TransformMesh(TS_Mesh input, Matrix4x4 matrix); [Public Static]
    void TransformMesh(Mesh input, Matrix4x4 matrix); [Public Static]
    void TransformVertices(Vector3[] vertices, Matrix4x4 matrix); [Public Static]
    void TransformNormals(Vector3[] normals, Matrix4x4 matrix); [Public Static]
    string ToOBJString(Mesh mesh, Material[] materials); [Public Static]
    Mesh Copy(Mesh input); [Public Static]
    void Triangulate(Vector2[] points, ref int[] output); [Public Static]
    void FlipTriangles(ref int[] triangles); [Public Static]
    void FlipFaces(TS_Mesh input); [Public Static]
    void BreakMesh(Mesh input, bool keepNormals); [Public Static]
    float Area(Vector2[] points, int maxCount); [Private Static]
    bool Snip(Vector2[] points, int u, int v, int w, int n, int[] V); [Private Static]
    bool InsideTriangle(Vector2 A, Vector2 B, Vector2 C, Vector2 P); [Private Static]
    void .ctor(); [Public SpecialName]
    void .cctor(); [Private Static SpecialName]
};