C# Class Universe.Physics.ConvexDecompositionDotNet.CTri

Datei anzeigen Open project: Virtual-Universe/Virtual-Universe Class Usage Examples

Public Properties

Property	Type	Description
mC1	float
mC2	float
mC3	float
mConcavity	float
mI1	int
mI2	int
mI3	int
mNear1	float3
mNear2	float3
mNear3	float3
mNormal	float3
mP1	float3
mP2	float3
mP3	float3
mPlaneD	float
mProcessed	int

Public Methods

Method	Description
CTri ( float3 p1, float3 p2, float3 p3, int i1, int i2, int i3 ) : System
Concave ( float3 p, float &distance, float3 &n ) : bool
Facing ( CTri t ) : float
addTri ( int indices, int i1, int i2, int i3, int &tcount ) : void
addWeighted ( List list ) : void
area ( ) : float
clip ( float3 start, float3 &end ) : bool
getVolume ( ) : float
hasIndex ( int i ) : bool
planeDistance ( float3 p ) : float
raySect ( float3 p, float3 dir, float3 &sect ) : float
samePlane ( CTri t ) : bool
sharesEdge ( CTri t ) : bool

Private Methods

Method	Description
DistToPt ( float3 p, float4 plane ) : float
intersect ( float3 p1, float3 p2, float3 &split, float4 plane ) : void
lineIntersectsTriangle ( float3 rayStart, float3 rayEnd, float3 p1, float3 p2, float3 p3, float3 &sect ) : bool
rayIntersectsTriangle ( float3 p, float3 d, float3 v0, float3 v1, float3 v2, float &t ) : bool

Method Details

CTri() public method

public CTri ( float3 p1, float3 p2, float3 p3, int i1, int i2, int i3 ) : System
p1	float3
p2	float3
p3	float3
i1	int
i2	int
i3	int
return	System

Concave() public method

public Concave ( float3 p, float &distance, float3 &n ) : bool
p	float3
distance	float
n	float3
return	bool

Facing() public method

public Facing ( CTri t ) : float
t	CTri
return	float

addTri() public method

public addTri ( int indices, int i1, int i2, int i3, int &tcount ) : void
indices	int
i1	int
i2	int
i3	int
tcount	int
return	void

addWeighted() public method

public addWeighted ( List list ) : void
list	List
return	void

area() public method

public area ( ) : float
return	float

clip() public method

public clip ( float3 start, float3 &end ) : bool
start	float3
end	float3
return	bool

getVolume() public method

public getVolume ( ) : float
return	float

hasIndex() public method

public hasIndex ( int i ) : bool
i	int
return	bool

planeDistance() public method

public planeDistance ( float3 p ) : float
p	float3
return	float

raySect() public method

public raySect ( float3 p, float3 dir, float3 &sect ) : float
p	float3
dir	float3
sect	float3
return	float

samePlane() public method

public samePlane ( CTri t ) : bool
t	CTri
return	bool

sharesEdge() public method

public sharesEdge ( CTri t ) : bool
t	CTri
return	bool

Property Details

mC1 public_oe property

public float mC1
return	float

mC2 public_oe property

public float mC2
return	float

mC3 public_oe property

public float mC3
return	float

mConcavity public_oe property

public float mConcavity
return	float

mI1 public_oe property

public int mI1
return	int

mI2 public_oe property

public int mI2
return	int

mI3 public_oe property

public int mI3
return	int

mNear1 public_oe property

public float3 mNear1
return	float3

mNear2 public_oe property

public float3 mNear2
return	float3

mNear3 public_oe property

public float3 mNear3
return	float3

mNormal public_oe property

public float3 mNormal
return	float3

mP1 public_oe property

public float3 mP1
return	float3

mP2 public_oe property

public float3 mP2
return	float3

mP3 public_oe property

public float3 mP3
return	float3

mPlaneD public_oe property

public float mPlaneD
return	float

mProcessed public_oe property

public int mProcessed
return	int