Data Structures
struct	orxVECTOR

Macros
#define	orxCOLOR_DECLARE(NAME, R, G, B)

Functions
static orxINLINE orxFLOAT	orxVector_2DDot (const orxVECTOR _pvOp1, const orxVECTOR _pvOp2)
static orxINLINE orxVECTOR *	orxVector_2DRotate (orxVECTOR _pvRes, const orxVECTOR _pvOp, orxFLOAT _fAngle)
static orxINLINE orxVECTOR *	orxVector_Abs (orxVECTOR _pvRes, const orxVECTOR _pvOp)
static orxINLINE orxVECTOR *	orxVector_Add (orxVECTOR _pvRes, const orxVECTOR _pvOp1, const orxVECTOR *_pvOp2)
static orxINLINE orxBOOL	orxVector_AreEqual (const orxVECTOR _pvOp1, const orxVECTOR _pvOp2)
orxDLLAPI orxVECTOR *orxFASTCALL	orxVector_Bezier (orxVECTOR _pvRes, const orxVECTOR _pvPoint1, const orxVECTOR _pvPoint2, const orxVECTOR _pvPoint3, const orxVECTOR *_pvPoint4, orxFLOAT _fT)
orxDLLAPI orxVECTOR *orxFASTCALL	orxVector_CatmullRom (orxVECTOR _pvRes, const orxVECTOR _pvPoint1, const orxVECTOR _pvPoint2, const orxVECTOR _pvPoint3, const orxVECTOR *_pvPoint4, orxFLOAT _fT)
static orxINLINE orxVECTOR *	orxVector_Clamp (orxVECTOR _pvRes, const orxVECTOR _pvOp, const orxVECTOR _pvMin, const orxVECTOR _pvMax)
static orxINLINE orxVECTOR *	orxVector_Copy (orxVECTOR _pvDst, const orxVECTOR _pvSrc)
static orxINLINE orxVECTOR *	orxVector_Cross (orxVECTOR _pvRes, const orxVECTOR _pvOp1, const orxVECTOR *_pvOp2)
static orxINLINE orxVECTOR *	orxVector_Div (orxVECTOR _pvRes, const orxVECTOR _pvOp1, const orxVECTOR *_pvOp2)
static orxINLINE orxVECTOR *	orxVector_Divf (orxVECTOR _pvRes, const orxVECTOR _pvOp1, orxFLOAT _fOp2)
static orxINLINE orxFLOAT	orxVector_Dot (const orxVECTOR _pvOp1, const orxVECTOR _pvOp2)
static orxINLINE orxVECTOR *	orxVector_Floor (orxVECTOR _pvRes, const orxVECTOR _pvOp)
static orxINLINE orxVECTOR *	orxVector_FromCartesianToSpherical (orxVECTOR _pvRes, const orxVECTOR _pvOp)
static orxINLINE orxVECTOR *	orxVector_FromSphericalToCartesian (orxVECTOR _pvRes, const orxVECTOR _pvOp)
static orxINLINE orxFLOAT	orxVector_GetDistance (const orxVECTOR _pvOp1, const orxVECTOR _pvOp2)
static orxINLINE orxFLOAT	orxVector_GetSize (const orxVECTOR *_pvOp)
static orxINLINE orxFLOAT	orxVector_GetSquareDistance (const orxVECTOR _pvOp1, const orxVECTOR _pvOp2)
static orxINLINE orxFLOAT	orxVector_GetSquareSize (const orxVECTOR *_pvOp)
static orxINLINE orxBOOL	orxVector_IsNull (const orxVECTOR *_pvOp)
static orxINLINE orxVECTOR *	orxVector_Lerp (orxVECTOR _pvRes, const orxVECTOR _pvOp1, const orxVECTOR *_pvOp2, orxFLOAT _fOp)
static orxINLINE orxVECTOR *	orxVector_Max (orxVECTOR _pvRes, const orxVECTOR _pvOp1, const orxVECTOR *_pvOp2)
static orxINLINE orxVECTOR *	orxVector_Min (orxVECTOR _pvRes, const orxVECTOR _pvOp1, const orxVECTOR *_pvOp2)
static orxINLINE orxVECTOR *	orxVector_Mod (orxVECTOR _pvRes, const orxVECTOR _pvOp1, const orxVECTOR *_pvOp2)
static orxINLINE orxVECTOR *	orxVector_Mul (orxVECTOR _pvRes, const orxVECTOR _pvOp1, const orxVECTOR *_pvOp2)
static orxINLINE orxVECTOR *	orxVector_Mulf (orxVECTOR _pvRes, const orxVECTOR _pvOp1, orxFLOAT _fOp2)
static orxINLINE orxVECTOR *	orxVector_Neg (orxVECTOR _pvRes, const orxVECTOR _pvOp)
static orxINLINE orxVECTOR *	orxVector_Normalize (orxVECTOR _pvRes, const orxVECTOR _pvOp)
static orxINLINE orxVECTOR *	orxVector_Pow (orxVECTOR _pvRes, const orxVECTOR _pvOp1, const orxVECTOR *_pvOp2)
static orxINLINE orxVECTOR *	orxVector_Rec (orxVECTOR _pvRes, const orxVECTOR _pvOp)
static orxINLINE orxVECTOR *	orxVector_Remap (orxVECTOR _pvRes, const orxVECTOR _pvA1, const orxVECTOR _pvB1, const orxVECTOR _pvA2, const orxVECTOR _pvB2, const orxVECTOR _pvV)
static orxINLINE orxVECTOR *	orxVector_Round (orxVECTOR _pvRes, const orxVECTOR _pvOp)
static orxINLINE orxVECTOR *	orxVector_Set (orxVECTOR *_pvVec, orxFLOAT _fX, orxFLOAT _fY, orxFLOAT _fZ)
static orxINLINE orxVECTOR *	orxVector_SetAll (orxVECTOR *_pvVec, orxFLOAT _fValue)
static orxINLINE orxVECTOR *	orxVector_Sub (orxVECTOR _pvRes, const orxVECTOR _pvOp1, const orxVECTOR *_pvOp2)

Variables
orxDLLAPI const orxVECTOR	orxVECTOR_0
orxDLLAPI const orxVECTOR	orxVECTOR_1
orxDLLAPI const orxVECTOR	orxVECTOR_X
orxDLLAPI const orxVECTOR	orxVECTOR_Y
orxDLLAPI const orxVECTOR	orxVECTOR_Z

Detailed Description

Vector module Module that handles vectors and basic structures based on them

Macro Definition Documentation

◆ orxCOLOR_DECLARE

#define orxCOLOR_DECLARE	(	NAME,
		R,
		G,
		B )

Value:

extern orxDLLAPI const orxVECTOR orxVECTOR_##NAME;

orxDLLAPI

#define orxDLLAPI

Definition orxDecl.h:381

orxVECTOR

Definition orxVector.h:65

Definition at line 991 of file orxVector.h.

Function Documentation

◆ orxVector_2DDot()

orxINLINE orxFLOAT orxVector_2DDot	(	const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Gets 2D dot product of two vectors

Parameters

[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: 2D dot product

Definition at line 915 of file orxVector.h.

◆ orxVector_2DRotate()

orxINLINE orxVECTOR * orxVector_2DRotate	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp,
		orxFLOAT	_fAngle )

static

Rotates a 2D vector (along Z-axis)

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp	Vector to rotate
[in]	_fAngle	Angle of rotation (radians)

Returns: Rotated vector

Definition at line 665 of file orxVector.h.

◆ orxVector_Abs()

orxINLINE orxVECTOR * orxVector_Abs	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp )

static

Gets the absolute value of a vector and stores it in another one

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp	Input value

Returns: Resulting vector (Abs(Op))

Definition at line 452 of file orxVector.h.

◆ orxVector_Add()

orxINLINE orxVECTOR * orxVector_Add	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Adds vectors and stores result in a third one

Parameters

[out]	_pvRes	Vector where to store the result (can be one of the two operands)
[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: Resulting vector (Op1 + Op2)

Definition at line 154 of file orxVector.h.

◆ orxVector_AreEqual()

orxINLINE orxBOOL orxVector_AreEqual	(	const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Are vectors equal?

Parameters

[in]	_pvOp1	First vector to compare
[in]	_pvOp2	Second vector to compare

Returns: orxTRUE if both vectors are equal, orxFALSE otherwise

Definition at line 734 of file orxVector.h.

◆ orxVector_Bezier()

orxDLLAPI orxVECTOR *orxFASTCALL orxVector_Bezier	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvPoint1,
		const orxVECTOR *	_pvPoint2,
		const orxVECTOR *	_pvPoint3,
		const orxVECTOR *	_pvPoint4,
		orxFLOAT	_fT )

extern

Computes an interpolated point on a cubic Bezier curve segment for a given parameter

Parameters

[out]	_pvRes	Vector where to store the result
[in]	_pvPoint1	First point for this curve segment
[in]	_pvPoint2	First control point for this curve segment
[in]	_pvPoint3	Second control point for this curve segment
[in]	_pvPoint4	Last point for this curve segment
[in]	_fT	Interpolation parameter in [0.0, 1.0]

Returns: Interpolated point on the cubic Bezier curve segment

◆ orxVector_CatmullRom()

orxDLLAPI orxVECTOR *orxFASTCALL orxVector_CatmullRom	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvPoint1,
		const orxVECTOR *	_pvPoint2,
		const orxVECTOR *	_pvPoint3,
		const orxVECTOR *	_pvPoint4,
		orxFLOAT	_fT )

extern

Computes an interpolated point on a Catmull-Rom curve segment for a given parameter

Parameters

[out]	_pvRes	Vector where to store the result
[in]	_pvPoint1	First control point for this curve segment
[in]	_pvPoint2	Second control point for this curve segment
[in]	_pvPoint3	Third control point for this curve segment
[in]	_pvPoint4	Fourth control point for this curve segment
[in]	_fT	Interpolation parameter in [0.0, 1.0]

Returns: Interpolated point on the Catmull-Rom curve segment

◆ orxVector_Clamp()

orxINLINE orxVECTOR * orxVector_Clamp	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp,
		const orxVECTOR *	_pvMin,
		const orxVECTOR *	_pvMax )

static

Clamps a vector between two others

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp	Vector to clamp
[in]	_pvMin	Minimum boundary
[in]	_pvMax	Maximum boundary

Returns: Resulting vector CLAMP(Op, MIN, MAX)

Definition at line 430 of file orxVector.h.

◆ orxVector_Copy()

orxINLINE orxVECTOR * orxVector_Copy	(	orxVECTOR *	_pvDst,
		const orxVECTOR *	_pvSrc )

static

Copies a vector onto another one

Parameters

[in]	_pvDst	Vector to copy to (destination)
[in]	_pvSrc	Vector to copy from (source)

Returns: Destination vector

Definition at line 135 of file orxVector.h.

◆ orxVector_Cross()

orxINLINE orxVECTOR * orxVector_Cross	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Gets cross product of two vectors

Parameters

[out]	_pvRes	Vector where to store the result
[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: Cross product orxVECTOR / orxNULL

Definition at line 936 of file orxVector.h.

◆ orxVector_Div()

orxINLINE orxVECTOR * orxVector_Div	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Divides a vector by another vector and stores result in a third one

Parameters

[out]	_pvRes	Vector where to store the result (can be one of the two operands)
[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: Resulting vector (Op1 / Op2)

Definition at line 268 of file orxVector.h.

◆ orxVector_Divf()

orxINLINE orxVECTOR * orxVector_Divf	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		orxFLOAT	_fOp2 )

static

Divides a vector by an orxFLOAT and stores result in another one

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp1	First operand
[in]	_fOp2	Second operand

Returns: Resulting vector

Definition at line 241 of file orxVector.h.

◆ orxVector_Dot()

orxINLINE orxFLOAT orxVector_Dot	(	const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Gets dot product of two vectors

Parameters

[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: Dot product

Definition at line 895 of file orxVector.h.

◆ orxVector_Floor()

orxINLINE orxVECTOR * orxVector_Floor	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp )

static

Gets floored vector and stores the result in another one

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp	Input value

Returns: Resulting vector Floor(Op)

Definition at line 512 of file orxVector.h.

◆ orxVector_FromCartesianToSpherical()

orxINLINE orxVECTOR * orxVector_FromCartesianToSpherical	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp )

static

Transforms a cartesian vector into a spherical one

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp	Vector to transform

Returns: Transformed vector

Definition at line 754 of file orxVector.h.

◆ orxVector_FromSphericalToCartesian()

orxINLINE orxVECTOR * orxVector_FromSphericalToCartesian	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp )

static

Transforms a spherical vector into a cartesian one

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp	Vector to transform

Returns: Transformed vector

Definition at line 848 of file orxVector.h.

◆ orxVector_GetDistance()

orxINLINE orxFLOAT orxVector_GetDistance	(	const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Gets distance between 2 positions

Parameters

[in]	_pvOp1	First position
[in]	_pvOp2	Second position

Returns: Distance

Definition at line 612 of file orxVector.h.

◆ orxVector_GetSize()

orxINLINE orxFLOAT orxVector_GetSize ( const orxVECTOR * _pvOp )

static

Gets vector size

Parameters

[in] _pvOp Input vector

Returns: Vector's size

Definition at line 569 of file orxVector.h.

◆ orxVector_GetSquareDistance()

orxINLINE orxFLOAT orxVector_GetSquareDistance	(	const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Gets squared distance between 2 positions

Parameters

[in]	_pvOp1	First position
[in]	_pvOp2	Second position

Returns: Squared distance

Definition at line 588 of file orxVector.h.

◆ orxVector_GetSquareSize()

orxINLINE orxFLOAT orxVector_GetSquareSize ( const orxVECTOR * _pvOp )

static

Gets vector squared size

Parameters

[in] _pvOp Input vector

Returns: Vector's squared size

Definition at line 551 of file orxVector.h.

◆ orxVector_IsNull()

orxINLINE orxBOOL orxVector_IsNull ( const orxVECTOR * _pvOp )

static

Is vector null?

Parameters

[in] _pvOp Vector to test

Returns: orxTRUE if vector's null, orxFALSE otherwise

Definition at line 715 of file orxVector.h.

◆ orxVector_Lerp()

orxINLINE orxVECTOR * orxVector_Lerp	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2,
		orxFLOAT	_fOp )

static

Lerps from one vector to another one using a coefficient

Parameters

[out]	_pvRes	Vector where to store the result (can be one of the two operands)
[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand
[in]	_fOp	Lerp coefficient parameter

Returns: Resulting vector

Definition at line 335 of file orxVector.h.

◆ orxVector_Max()

orxINLINE orxVECTOR * orxVector_Max	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Gets maximum between two vectors

Parameters

[out]	_pvRes	Vector where to store the result (can be one of the two operands)
[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: Resulting vector MAX(Op1, Op2)

Definition at line 407 of file orxVector.h.

◆ orxVector_Min()

orxINLINE orxVECTOR * orxVector_Min	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Gets minimum between two vectors

Parameters

[out]	_pvRes	Vector where to store the result (can be one of the two operands)
[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: Resulting vector MIN(Op1, Op2)

Definition at line 385 of file orxVector.h.

◆ orxVector_Mod()

orxINLINE orxVECTOR * orxVector_Mod	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Gets the modulo of a vector by another vector and stores result in a third one

Parameters

[out]	_pvRes	Vector where to store the result (can be one of the two operands)
[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: Resulting vector (Op1 / Op2)

Definition at line 290 of file orxVector.h.

◆ orxVector_Mul()

orxINLINE orxVECTOR * orxVector_Mul	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Multiplies a vector by another vector and stores result in a third one

Parameters

[out]	_pvRes	Vector where to store the result (can be one of the two operands)
[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: Resulting vector (Op1 * Op2)

Definition at line 219 of file orxVector.h.

◆ orxVector_Mulf()

orxINLINE orxVECTOR * orxVector_Mulf	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		orxFLOAT	_fOp2 )

static

Multiplies a vector by an orxFLOAT and stores result in another one

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp1	First operand
[in]	_fOp2	Second operand

Returns: Resulting vector

Definition at line 198 of file orxVector.h.

◆ orxVector_Neg()

orxINLINE orxVECTOR * orxVector_Neg	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp )

static

Negates a vector and stores result in another one

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp	Vector to negates

Returns: Resulting vector (-Op)

Definition at line 472 of file orxVector.h.

◆ orxVector_Normalize()

orxINLINE orxVECTOR * orxVector_Normalize	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp )

static

Normalizes a vector

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp	Vector to normalize

Returns: Normalized vector

Definition at line 636 of file orxVector.h.

◆ orxVector_Pow()

orxINLINE orxVECTOR * orxVector_Pow	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Gets the power of a vector by another vector and stores result in a third one

Parameters

[out]	_pvRes	Vector where to store the result (can be one of the two operands)
[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: Resulting vector (Op1 / Op2)

Definition at line 312 of file orxVector.h.

◆ orxVector_Rec()

orxINLINE orxVECTOR * orxVector_Rec	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp )

static

Gets reciprocal (1.0 /) vector and stores the result in another one

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp	Input value

Returns: Resulting vector (1 / Op)

Definition at line 492 of file orxVector.h.

◆ orxVector_Remap()

orxINLINE orxVECTOR * orxVector_Remap	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvA1,
		const orxVECTOR *	_pvB1,
		const orxVECTOR *	_pvA2,
		const orxVECTOR *	_pvB2,
		const orxVECTOR *	_pvV )

static

Remaps a vector value from one interval to another one

Parameters

[out]	_pvRes	Vector where to store the result (can be any of the other operands)
[in]	_pvA1	First interval's low boundary
[in]	_pvB1	First interval's high boundary
[in]	_pvA2	Second interval's low boundary
[in]	_pvB2	Second interval's high boundary
[in]	_pvV	Value to remap from the first interval to the second one

Returns: Resulting vector

Definition at line 360 of file orxVector.h.

◆ orxVector_Round()

orxINLINE orxVECTOR * orxVector_Round	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp )

static

Gets rounded vector and stores the result in another one

Parameters

[out]	_pvRes	Vector where to store the result (can be the operand)
[in]	_pvOp	Input value

Returns: Resulting vector Round(Op)

Definition at line 532 of file orxVector.h.

◆ orxVector_Set()

orxINLINE orxVECTOR * orxVector_Set	(	orxVECTOR *	_pvVec,
		orxFLOAT	_fX,
		orxFLOAT	_fY,
		orxFLOAT	_fZ )

static

Sets vector XYZ values (also work for other coordinate system)

Parameters

[in]	_pvVec	Concerned vector
[in]	_fX	First coordinate value
[in]	_fY	Second coordinate value
[in]	_fZ	Third coordinate value

Returns: Vector

Definition at line 105 of file orxVector.h.

◆ orxVector_SetAll()

orxINLINE orxVECTOR * orxVector_SetAll	(	orxVECTOR *	_pvVec,
		orxFLOAT	_fValue )

static

Sets all the vector coordinates with the given value

Parameters

[in]	_pvVec	Concerned vector
[in]	_fValue	Value to set

Returns: Vector

Definition at line 124 of file orxVector.h.

◆ orxVector_Sub()

orxINLINE orxVECTOR * orxVector_Sub	(	orxVECTOR *	_pvRes,
		const orxVECTOR *	_pvOp1,
		const orxVECTOR *	_pvOp2 )

static

Substracts vectors and stores result in a third one

Parameters

[out]	_pvRes	Vector where to store the result (can be one of the two operands)
[in]	_pvOp1	First operand
[in]	_pvOp2	Second operand

Returns: Resulting vector (Op1 - Op2)

Definition at line 176 of file orxVector.h.

Variable Documentation

◆ orxVECTOR_0

orxDLLAPI const orxVECTOR orxVECTOR_0

extern

Null vector

◆ orxVECTOR_1

orxDLLAPI const orxVECTOR orxVECTOR_1

extern

Vector filled with 1s

◆ orxVECTOR_X

orxDLLAPI const orxVECTOR orxVECTOR_X

extern

X-Axis unit vector

◆ orxVECTOR_Y

orxDLLAPI const orxVECTOR orxVECTOR_Y

extern

Y-Axis unit vector

◆ orxVECTOR_Z

orxDLLAPI const orxVECTOR orxVECTOR_Z

extern

Z-Axis unit vector

Data Structures

Macros

Functions

Variables

Detailed Description

Macro Definition Documentation

◆ orxCOLOR_DECLARE

Function Documentation

◆ orxVector_2DDot()

◆ orxVector_2DRotate()

◆ orxVector_Abs()

◆ orxVector_Add()

◆ orxVector_AreEqual()

◆ orxVector_Bezier()

◆ orxVector_CatmullRom()

◆ orxVector_Clamp()

◆ orxVector_Copy()

◆ orxVector_Cross()

◆ orxVector_Div()

◆ orxVector_Divf()

◆ orxVector_Dot()

◆ orxVector_Floor()

◆ orxVector_FromCartesianToSpherical()

◆ orxVector_FromSphericalToCartesian()

◆ orxVector_GetDistance()

◆ orxVector_GetSize()

◆ orxVector_GetSquareDistance()

◆ orxVector_GetSquareSize()

◆ orxVector_IsNull()

◆ orxVector_Lerp()

◆ orxVector_Max()

◆ orxVector_Min()

◆ orxVector_Mod()

◆ orxVector_Mul()

◆ orxVector_Mulf()

◆ orxVector_Neg()

◆ orxVector_Normalize()

◆ orxVector_Pow()

◆ orxVector_Rec()

◆ orxVector_Remap()

◆ orxVector_Round()

◆ orxVector_Set()

◆ orxVector_SetAll()

◆ orxVector_Sub()

Variable Documentation

◆ orxVECTOR_0

◆ orxVECTOR_1

◆ orxVECTOR_X

◆ orxVECTOR_Y

◆ orxVECTOR_Z