vector.h File Reference

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Data Structures
struct	Vec3
struct	Vec2
struct	Vec3Padding
struct	Vec3_u16
struct	Vec3_u8
struct	Vec2_u16
struct	Vec2_u8
struct	Angle
struct	Angle_u16
struct	SpyroHeadAngle
struct	CameraAngle
struct	Angle_u8
struct	MATRIX3BY3

Functions
void	Vec3Subtract (Vec3 *destVector, Vec3 *a, Vec3 *b)
void	Vec3Scale (Vec3 *result, Vec3 *vector, int multiplier)
void	Vec3ScaleDownByPowerOfTwo (Vec3 *vector, unsigned int pot)
void	Vec3ScaleDownBy4 (Vec3_u16 result, Vec3 *source)
void	Vec3ScaleByFractionPowerOfTwo (Vec3 *param_1, int numerator, unsigned int denominatorExponent)
void	Vec3ScaleByFraction (Vec3 *param_1, int denominator, int numerator)
unsigned int	Vec3CalculateLengthE (Vec3 *vector, bool flag3D)
void	Vec3ApplyRotationMatrix (int *rotationMatrix, unsigned int *inputVector, int *outputVector)
void	MatrixTranspose (unsigned int *dest, unsigned int *src)
void	Vec3Swap (int *param_1, int *param_2)

Function Documentation

MatrixTranspose()

void MatrixTranspose	(	uint *	outputMatrix,
		uint *	inputMatrix
	)

Parameters

uint*	outputMatrix
uint*	inputMatrix

Note

Definition at line 68 of file vector.c.

Vec3ApplyRotationMatrix()

void Vec3ApplyRotationMatrix	(	int *	rotationMatrix,
		unsigned int *	inputVector,
		int *	outputVector
	)

Vec3CalculateLengthE()

unsigned int Vec3CalculateLengthE	(	Vec3 *	vector,
		bool	flag3D
	)

Vec3Scale()

void Vec3Scale	(	Vec3 *	result,
		Vec3 *	vector,
		int	multiplier
	)

Vec3ScaleByFraction()

void Vec3ScaleByFraction	(	Vec3 *	param_1,
		int	denominator,
		int	numerator
	)

Vec3ScaleByFractionPowerOfTwo()

void Vec3ScaleByFractionPowerOfTwo	(	Vec3 *	param_1,
		int	numerator,
		unsigned int	denominatorExponent
	)

Vec3ScaleDownBy4()

void Vec3ScaleDownBy4	(	Vec3_u16	result,
		Vec3 *	source
	)

Vec3ScaleDownByPowerOfTwo()

void Vec3ScaleDownByPowerOfTwo	(	Vec3 *	vector,
		unsigned int	pot
	)

Vec3Subtract()

void Vec3Subtract	(	Vec3 *	destVector,
		Vec3 *	a,
		Vec3 *	b
	)

Vec3Swap()

void Vec3Swap	(	int *	param_1,
		int *	param_2
	)