C# Class SharpQuake.Mathlib

Quake math functions

Mostra file Open project: Memorix101/SharpQuake Class Usage Examples

Public Methods

Method	Description
AngleMod ( double a ) : float	anglemod()
AngleVectors ( Vector3 &angles, Vector3 &forward, Vector3 &right, Vector3 &up ) : void	AngleVectors
BoxOnPlaneSide ( Vector3 &emins, Vector3 &emaxs, mplane_t p ) : int
BoxOnPlaneSide ( v3f &emins, v3f &emaxs, mplane_t p ) : int
CheckNaN ( v3f &v, float defValue ) : bool
Clamp ( v3f &src, Vector3 &min, Vector3 &max, v3f &dest ) : void
Comp ( Vector3 &a, int index ) : float
Comp ( v3f &a, int index ) : float
Copy ( Vector3 &src, v3f &dest ) : void
Copy ( v3f &src, Vector3 &dest ) : void
CorrectAngles180 ( Vector3 &a ) : void
DotProduct ( Vector3 &a, Vector4 &b ) : float
DotProduct ( v3f &a, v3f &b ) : float
Length ( v3f &v ) : float
LengthXY ( v3f &v ) : float
Normalize ( Vector3 &v ) : float
Normalize ( v3f &v ) : float
RotatePointAroundVector ( Vector3 &dst, Vector3 &dir, Vector3 &point, float degrees ) : void
SetComp ( Vector3 &dest, int index, float value ) : void
VectorAdd ( v3f &a, v3f &b, v3f &c ) : void
VectorMA ( v3f &a, float scale, v3f &b, v3f &c ) : void	c = a + b * scale;
VectorScale ( v3f &a, float scale, v3f &b ) : void
VectorSubtract ( v3f &a, v3f &b, v3f &c ) : void

Private Methods

Method	Description
_BoxOnPlaneSide ( Vector3 &emins, Vector3 &emaxs, mplane_t p ) : int

Method Details

AngleMod() public static method

anglemod()

public static AngleMod ( double a ) : float
a	double
return	float

AngleVectors() public static method

AngleVectors

public static AngleVectors ( Vector3 &angles, Vector3 &forward, Vector3 &right, Vector3 &up ) : void
angles	Vector3
forward	Vector3
right	Vector3
up	Vector3
return	void

BoxOnPlaneSide() public static method

public static BoxOnPlaneSide ( Vector3 &emins, Vector3 &emaxs, mplane_t p ) : int
emins	Vector3
emaxs	Vector3
p	mplane_t
return	int

BoxOnPlaneSide() public static method

public static BoxOnPlaneSide ( v3f &emins, v3f &emaxs, mplane_t p ) : int
emins	v3f
emaxs	v3f
p	mplane_t
return	int

CheckNaN() public static method

public static CheckNaN ( v3f &v, float defValue ) : bool
v	v3f
defValue	float
return	bool

Clamp() public static method

public static Clamp ( v3f &src, Vector3 &min, Vector3 &max, v3f &dest ) : void
src	v3f
min	Vector3
max	Vector3
dest	v3f
return	void

Comp() public static method

public static Comp ( Vector3 &a, int index ) : float
a	Vector3
index	int
return	float

Comp() public static method

public static Comp ( v3f &a, int index ) : float
a	v3f
index	int
return	float

Copy() public static method

public static Copy ( Vector3 &src, v3f &dest ) : void
src	Vector3
dest	v3f
return	void

Copy() public static method

public static Copy ( v3f &src, Vector3 &dest ) : void
src	v3f
dest	Vector3
return	void

CorrectAngles180() public static method

public static CorrectAngles180 ( Vector3 &a ) : void
a	Vector3
return	void

DotProduct() public static method

public static DotProduct ( Vector3 &a, Vector4 &b ) : float
a	Vector3
b	Vector4
return	float

DotProduct() public static method

public static DotProduct ( v3f &a, v3f &b ) : float
a	v3f
b	v3f
return	float

Length() public static method

public static Length ( v3f &v ) : float
v	v3f
return	float

LengthXY() public static method

public static LengthXY ( v3f &v ) : float
v	v3f
return	float

Normalize() public static method

public static Normalize ( Vector3 &v ) : float
v	Vector3
return	float

Normalize() public static method

public static Normalize ( v3f &v ) : float
v	v3f
return	float

RotatePointAroundVector() public static method

public static RotatePointAroundVector ( Vector3 &dst, Vector3 &dir, Vector3 &point, float degrees ) : void
dst	Vector3
dir	Vector3
point	Vector3
degrees	float
return	void

SetComp() public static method

public static SetComp ( Vector3 &dest, int index, float value ) : void
dest	Vector3
index	int
value	float
return	void

VectorAdd() public static method

public static VectorAdd ( v3f &a, v3f &b, v3f &c ) : void
a	v3f
b	v3f
c	v3f
return	void

VectorMA() public static method

c = a + b * scale;

public static VectorMA ( v3f &a, float scale, v3f &b, v3f &c ) : void
a	v3f
scale	float
b	v3f
c	v3f
return	void

VectorScale() public static method

public static VectorScale ( v3f &a, float scale, v3f &b ) : void
a	v3f
scale	float
b	v3f
return	void

VectorSubtract() public static method

public static VectorSubtract ( v3f &a, v3f &b, v3f &c ) : void
a	v3f
b	v3f
c	v3f
return	void