Multiply/Divide a Fixed Size Vector by a Scalar
[Fixed Size Vectors]

Functions
Gan_Vector2	gan_vec2_scale_s (const Gan_Vector2 *x, const double a)
	Scale fixed size vector.
Gan_Vector2	gan_vec2_divide_s (const Gan_Vector2 *x, const double a)
	Divide fixed size vector by scalar.
Gan_Vector2	gan_vec2_negate_s (const Gan_Vector2 *x)
	Negate fixed size vector.
Gan_Vector2 *	gan_vec2_unit_q (Gan_Vector2 *x, Gan_Vector2 *y)
	Scale matrix to unit norm.
Gan_Vector2	gan_vec2_unit_s (const Gan_Vector2 *x)
	Scale matrix to unit norm.
Gan_Vector2 *	gan_vec2_scale_q (Gan_Vector2 *p, double a, Gan_Vector2 *q)
	Macro: Scale fixed size vector.
Gan_Vector2 *	gan_vec2_scale_i (Gan_Vector2 *p, double a)
	Macro: Scale fixed size vector.
Gan_Vector2 *	gan_vec2_divide_q (Gan_Vector2 *p, double a, Gan_Vector2 *q)
	Macro: Divide fixed size vector by scalar.
Gan_Vector2 *	gan_vec2_divide_i (Gan_Vector2 *p, double a)
	Macro: Divide fixed size vector by scalar.
Gan_Vector2 *	gan_vec2_negate_q (Gan_Vector2 *p, Gan_Vector2 *q)
	Macro: Negate fixed size vector.
Gan_Vector2 *	gan_vec2_negate_i (Gan_Vector2 *p)
	Macro: Negate fixed size vector.
Gan_Vector2 *	gan_vec2_unit_i (Gan_Vector2 *p)
	Macro: Scale vector to unit norm.
Gan_Vector2_f	gan_vec2f_scale_s (const Gan_Vector2_f *x, const float a)
	Scale fixed size vector.
Gan_Vector2_f	gan_vec2f_divide_s (const Gan_Vector2_f *x, const float a)
	Divide fixed size vector by scalar.
Gan_Vector2_f	gan_vec2f_negate_s (const Gan_Vector2_f *x)
	Negate fixed size vector.
Gan_Vector2_f *	gan_vec2f_unit_q (Gan_Vector2_f *x, Gan_Vector2_f *y)
	Scale matrix to unit norm.
Gan_Vector2_f	gan_vec2f_unit_s (const Gan_Vector2_f *x)
	Scale matrix to unit norm.
Gan_Vector2_f *	gan_vec2f_scale_q (Gan_Vector2_f *p, float a, Gan_Vector2_f *q)
	Macro: Scale fixed size vector.
Gan_Vector2_f *	gan_vec2f_scale_i (Gan_Vector2_f *p, float a)
	Macro: Scale fixed size vector.
Gan_Vector2_f *	gan_vec2f_divide_q (Gan_Vector2_f *p, float a, Gan_Vector2_f *q)
	Macro: Divide fixed size vector by scalar.
Gan_Vector2_f *	gan_vec2f_divide_i (Gan_Vector2_f *p, float a)
	Macro: Divide fixed size vector by scalar.
Gan_Vector2_f *	gan_vec2f_negate_q (Gan_Vector2_f *p, Gan_Vector2_f *q)
	Macro: Negate fixed size vector.
Gan_Vector2_f *	gan_vec2f_negate_i (Gan_Vector2_f *p)
	Macro: Negate fixed size vector.
Gan_Vector2_f *	gan_vec2f_unit_i (Gan_Vector2_f *p)
	Macro: Scale vector to unit norm.
Gan_Vector3	gan_vec3_scale_s (const Gan_Vector3 *x, const double a)
	Scale fixed size vector.
Gan_Vector3	gan_vec3_divide_s (const Gan_Vector3 *x, const double a)
	Divide fixed size vector by scalar.
Gan_Vector3	gan_vec3_negate_s (const Gan_Vector3 *x)
	Negate fixed size vector.
Gan_Vector3 *	gan_vec3_unit_q (Gan_Vector3 *x, Gan_Vector3 *y)
	Scale matrix to unit norm.
Gan_Vector3	gan_vec3_unit_s (const Gan_Vector3 *x)
	Scale matrix to unit norm.
Gan_Vector3 *	gan_vec3_scale_q (Gan_Vector3 *p, double a, Gan_Vector3 *q)
	Macro: Scale fixed size vector.
Gan_Vector3 *	gan_vec3_scale_i (Gan_Vector3 *p, double a)
	Macro: Scale fixed size vector.
Gan_Vector3 *	gan_vec3_divide_q (Gan_Vector3 *p, double a, Gan_Vector3 *q)
	Macro: Divide fixed size vector by scalar.
Gan_Vector3 *	gan_vec3_divide_i (Gan_Vector3 *p, double a)
	Macro: Divide fixed size vector by scalar.
Gan_Vector3 *	gan_vec3_negate_q (Gan_Vector3 *p, Gan_Vector3 *q)
	Macro: Negate fixed size vector.
Gan_Vector3 *	gan_vec3_negate_i (Gan_Vector3 *p)
	Macro: Negate fixed size vector.
Gan_Vector3 *	gan_vec3_unit_i (Gan_Vector3 *p)
	Macro: Scale vector to unit norm.
Gan_Vector3_f	gan_vec3f_scale_s (const Gan_Vector3_f *x, const float a)
	Scale fixed size vector.
Gan_Vector3_f	gan_vec3f_divide_s (const Gan_Vector3_f *x, const float a)
	Divide fixed size vector by scalar.
Gan_Vector3_f	gan_vec3f_negate_s (const Gan_Vector3_f *x)
	Negate fixed size vector.
Gan_Vector3_f *	gan_vec3f_unit_q (Gan_Vector3_f *x, Gan_Vector3_f *y)
	Scale matrix to unit norm.
Gan_Vector3_f	gan_vec3f_unit_s (const Gan_Vector3_f *x)
	Scale matrix to unit norm.
Gan_Vector3_f *	gan_vec3f_scale_q (Gan_Vector3_f *p, float a, Gan_Vector3_f *q)
	Macro: Scale fixed size vector.
Gan_Vector3_f *	gan_vec3f_scale_i (Gan_Vector3_f *p, float a)
	Macro: Scale fixed size vector.
Gan_Vector3_f *	gan_vec3f_divide_q (Gan_Vector3_f *p, float a, Gan_Vector3_f *q)
	Macro: Divide fixed size vector by scalar.
Gan_Vector3_f *	gan_vec3f_divide_i (Gan_Vector3_f *p, float a)
	Macro: Divide fixed size vector by scalar.
Gan_Vector3_f *	gan_vec3f_negate_q (Gan_Vector3_f *p, Gan_Vector3_f *q)
	Macro: Negate fixed size vector.
Gan_Vector3_f *	gan_vec3f_negate_i (Gan_Vector3_f *p)
	Macro: Negate fixed size vector.
Gan_Vector3_f *	gan_vec3f_unit_i (Gan_Vector3_f *p)
	Macro: Scale vector to unit norm.
Gan_Vector4	gan_vec4_scale_s (const Gan_Vector4 *x, const double a)
	Scale fixed size vector.
Gan_Vector4	gan_vec4_divide_s (const Gan_Vector4 *x, const double a)
	Divide fixed size vector by scalar.
Gan_Vector4	gan_vec4_negate_s (const Gan_Vector4 *x)
	Negate fixed size vector.
Gan_Vector4 *	gan_vec4_unit_q (Gan_Vector4 *x, Gan_Vector4 *y)
	Scale matrix to unit norm.
Gan_Vector4	gan_vec4_unit_s (const Gan_Vector4 *x)
	Scale matrix to unit norm.
Gan_Vector4 *	gan_vec4_scale_q (Gan_Vector4 *p, double a, Gan_Vector4 *q)
	Macro: Scale fixed size vector.
Gan_Vector4 *	gan_vec4_scale_i (Gan_Vector4 *p, double a)
	Macro: Scale fixed size vector.
Gan_Vector4 *	gan_vec4_divide_q (Gan_Vector4 *p, double a, Gan_Vector4 *q)
	Macro: Divide fixed size vector by scalar.
Gan_Vector4 *	gan_vec4_divide_i (Gan_Vector4 *p, double a)
	Macro: Divide fixed size vector by scalar.
Gan_Vector4 *	gan_vec4_negate_q (Gan_Vector4 *p, Gan_Vector4 *q)
	Macro: Negate fixed size vector.
Gan_Vector4 *	gan_vec4_negate_i (Gan_Vector4 *p)
	Macro: Negate fixed size vector.
Gan_Vector4 *	gan_vec4_unit_i (Gan_Vector4 *p)
	Macro: Scale vector to unit norm.
Gan_Vector4_f	gan_vec4f_scale_s (const Gan_Vector4_f *x, const float a)
	Scale fixed size vector.
Gan_Vector4_f	gan_vec4f_divide_s (const Gan_Vector4_f *x, const float a)
	Divide fixed size vector by scalar.
Gan_Vector4_f	gan_vec4f_negate_s (const Gan_Vector4_f *x)
	Negate fixed size vector.
Gan_Vector4_f *	gan_vec4f_unit_q (Gan_Vector4_f *x, Gan_Vector4_f *y)
	Scale matrix to unit norm.
Gan_Vector4_f	gan_vec4f_unit_s (const Gan_Vector4_f *x)
	Scale matrix to unit norm.
Gan_Vector4_f *	gan_vec4f_scale_q (Gan_Vector4_f *p, float a, Gan_Vector4_f *q)
	Macro: Scale fixed size vector.
Gan_Vector4_f *	gan_vec4f_scale_i (Gan_Vector4_f *p, float a)
	Macro: Scale fixed size vector.
Gan_Vector4_f *	gan_vec4f_divide_q (Gan_Vector4_f *p, float a, Gan_Vector4_f *q)
	Macro: Divide fixed size vector by scalar.
Gan_Vector4_f *	gan_vec4f_divide_i (Gan_Vector4_f *p, float a)
	Macro: Divide fixed size vector by scalar.
Gan_Vector4_f *	gan_vec4f_negate_q (Gan_Vector4_f *p, Gan_Vector4_f *q)
	Macro: Negate fixed size vector.
Gan_Vector4_f *	gan_vec4f_negate_i (Gan_Vector4_f *p)
	Macro: Negate fixed size vector.
Gan_Vector4_f *	gan_vec4f_unit_i (Gan_Vector4_f *p)
	Macro: Scale vector to unit norm.

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Function Documentation

Gan_Vector2* gan_vec2_divide_i (  Gan_Vector2 *  p, double  a )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a in-place, returning p.

Gan_Vector2* gan_vec2_divide_q (  Gan_Vector2 *  p, double  a, Gan_Vector2 *  q )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector2 gan_vec2_divide_s (  const Gan_Vector2 *  x, const double  a )

Divide fixed size vector by scalar. Return a copy of fixed size vector p divided by scalar a.

Gan_Vector2* gan_vec2_negate_i (  Gan_Vector2 *  p  )

Macro: Negate fixed size vector. Negate fixed size vector p in-place: . Returns: Pointer to negated vector p.

Gan_Vector2* gan_vec2_negate_q (  Gan_Vector2 *  p, Gan_Vector2 *  q )

Macro: Negate fixed size vector. Negate fixed size vector p into fixed size vector . Returns: Pointer to result vector q.

Gan_Vector2 gan_vec2_negate_s (  const Gan_Vector2 *  x  )

Negate fixed size vector. Return a negated copy of fixed size vector p.

Gan_Vector2* gan_vec2_scale_i (  Gan_Vector2 *  p, double  a )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a in-place, returning p.

Gan_Vector2* gan_vec2_scale_q (  Gan_Vector2 *  p, double  a, Gan_Vector2 *  q )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector2 gan_vec2_scale_s (  const Gan_Vector2 *  x, const double  a )

Scale fixed size vector. Return a copy of fixed size vector p multiplied by scalar a.

Gan_Vector2* gan_vec2_unit_i (  Gan_Vector2 *  p  )

Macro: Scale vector to unit norm. Scale fixed-size vector p to unit length in-place, returning p.

Gan_Vector2* gan_vec2_unit_q (  Gan_Vector2 *  x, Gan_Vector2 *  y )

Scale matrix to unit norm. Scale fixed size vector x to unit fixed size vector, writing result into fixed size vector y. Returns: Pointer to the result vector y, or NULL on failure.

Gan_Vector2 gan_vec2_unit_s (  const Gan_Vector2 *  x  )

Scale matrix to unit norm. Return a copy of fixed size vector x multiplied by scalar so that the result is a unit fixed size vector. Returns: The unit vector x.

Gan_Vector2_f* gan_vec2f_divide_i (  Gan_Vector2_f *  p, float  a )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a in-place, returning p.

Gan_Vector2_f* gan_vec2f_divide_q (  Gan_Vector2_f *  p, float  a, Gan_Vector2_f *  q )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector2_f gan_vec2f_divide_s (  const Gan_Vector2_f *  x, const float  a )

Divide fixed size vector by scalar. Return a copy of fixed size vector p divided by scalar a.

Gan_Vector2_f* gan_vec2f_negate_i (  Gan_Vector2_f *  p  )

Macro: Negate fixed size vector. Negate fixed size vector p in-place: . Returns: Pointer to negated vector p.

Gan_Vector2_f* gan_vec2f_negate_q (  Gan_Vector2_f *  p, Gan_Vector2_f *  q )

Macro: Negate fixed size vector. Negate fixed size vector p into fixed size vector . Returns: Pointer to result vector q.

Gan_Vector2_f gan_vec2f_negate_s (  const Gan_Vector2_f *  x  )

Negate fixed size vector. Return a negated copy of fixed size vector p.

Gan_Vector2_f* gan_vec2f_scale_i (  Gan_Vector2_f *  p, float  a )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a in-place, returning p.

Gan_Vector2_f* gan_vec2f_scale_q (  Gan_Vector2_f *  p, float  a, Gan_Vector2_f *  q )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector2_f gan_vec2f_scale_s (  const Gan_Vector2_f *  x, const float  a )

Scale fixed size vector. Return a copy of fixed size vector p multiplied by scalar a.

Gan_Vector2_f* gan_vec2f_unit_i (  Gan_Vector2_f *  p  )

Macro: Scale vector to unit norm. Scale fixed-size vector p to unit length in-place, returning p.

Gan_Vector2_f* gan_vec2f_unit_q (  Gan_Vector2_f *  x, Gan_Vector2_f *  y )

Scale matrix to unit norm. Scale fixed size vector x to unit fixed size vector, writing result into fixed size vector y. Returns: Pointer to the result vector y, or NULL on failure.

Gan_Vector2_f gan_vec2f_unit_s (  const Gan_Vector2_f *  x  )

Scale matrix to unit norm. Return a copy of fixed size vector x multiplied by scalar so that the result is a unit fixed size vector. Returns: The unit vector x.

Gan_Vector3* gan_vec3_divide_i (  Gan_Vector3 *  p, double  a )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a in-place, returning p.

Gan_Vector3* gan_vec3_divide_q (  Gan_Vector3 *  p, double  a, Gan_Vector3 *  q )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector3 gan_vec3_divide_s (  const Gan_Vector3 *  x, const double  a )

Divide fixed size vector by scalar. Return a copy of fixed size vector p divided by scalar a.

Gan_Vector3* gan_vec3_negate_i (  Gan_Vector3 *  p  )

Macro: Negate fixed size vector. Negate fixed size vector p in-place: . Returns: Pointer to negated vector p.

Gan_Vector3* gan_vec3_negate_q (  Gan_Vector3 *  p, Gan_Vector3 *  q )

Macro: Negate fixed size vector. Negate fixed size vector p into fixed size vector . Returns: Pointer to result vector q.

Gan_Vector3 gan_vec3_negate_s (  const Gan_Vector3 *  x  )

Negate fixed size vector. Return a negated copy of fixed size vector p.

Gan_Vector3* gan_vec3_scale_i (  Gan_Vector3 *  p, double  a )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a in-place, returning p.

Gan_Vector3* gan_vec3_scale_q (  Gan_Vector3 *  p, double  a, Gan_Vector3 *  q )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector3 gan_vec3_scale_s (  const Gan_Vector3 *  x, const double  a )

Scale fixed size vector. Return a copy of fixed size vector p multiplied by scalar a.

Gan_Vector3* gan_vec3_unit_i (  Gan_Vector3 *  p  )

Macro: Scale vector to unit norm. Scale fixed-size vector p to unit length in-place, returning p.

Gan_Vector3* gan_vec3_unit_q (  Gan_Vector3 *  x, Gan_Vector3 *  y )

Scale matrix to unit norm. Scale fixed size vector x to unit fixed size vector, writing result into fixed size vector y. Returns: Pointer to the result vector y, or NULL on failure.

Gan_Vector3 gan_vec3_unit_s (  const Gan_Vector3 *  x  )

Scale matrix to unit norm. Return a copy of fixed size vector x multiplied by scalar so that the result is a unit fixed size vector. Returns: The unit vector x.

Gan_Vector3_f* gan_vec3f_divide_i (  Gan_Vector3_f *  p, float  a )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a in-place, returning p.

Gan_Vector3_f* gan_vec3f_divide_q (  Gan_Vector3_f *  p, float  a, Gan_Vector3_f *  q )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector3_f gan_vec3f_divide_s (  const Gan_Vector3_f *  x, const float  a )

Divide fixed size vector by scalar. Return a copy of fixed size vector p divided by scalar a.

Gan_Vector3_f* gan_vec3f_negate_i (  Gan_Vector3_f *  p  )

Macro: Negate fixed size vector. Negate fixed size vector p in-place: . Returns: Pointer to negated vector p.

Gan_Vector3_f* gan_vec3f_negate_q (  Gan_Vector3_f *  p, Gan_Vector3_f *  q )

Macro: Negate fixed size vector. Negate fixed size vector p into fixed size vector . Returns: Pointer to result vector q.

Gan_Vector3_f gan_vec3f_negate_s (  const Gan_Vector3_f *  x  )

Negate fixed size vector. Return a negated copy of fixed size vector p.

Gan_Vector3_f* gan_vec3f_scale_i (  Gan_Vector3_f *  p, float  a )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a in-place, returning p.

Gan_Vector3_f* gan_vec3f_scale_q (  Gan_Vector3_f *  p, float  a, Gan_Vector3_f *  q )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector3_f gan_vec3f_scale_s (  const Gan_Vector3_f *  x, const float  a )

Scale fixed size vector. Return a copy of fixed size vector p multiplied by scalar a.

Gan_Vector3_f* gan_vec3f_unit_i (  Gan_Vector3_f *  p  )

Macro: Scale vector to unit norm. Scale fixed-size vector p to unit length in-place, returning p.

Gan_Vector3_f* gan_vec3f_unit_q (  Gan_Vector3_f *  x, Gan_Vector3_f *  y )

Scale matrix to unit norm. Scale fixed size vector x to unit fixed size vector, writing result into fixed size vector y. Returns: Pointer to the result vector y, or NULL on failure.

Gan_Vector3_f gan_vec3f_unit_s (  const Gan_Vector3_f *  x  )

Scale matrix to unit norm. Return a copy of fixed size vector x multiplied by scalar so that the result is a unit fixed size vector. Returns: The unit vector x.

Gan_Vector4* gan_vec4_divide_i (  Gan_Vector4 *  p, double  a )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a in-place, returning p.

Gan_Vector4* gan_vec4_divide_q (  Gan_Vector4 *  p, double  a, Gan_Vector4 *  q )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector4 gan_vec4_divide_s (  const Gan_Vector4 *  x, const double  a )

Divide fixed size vector by scalar. Return a copy of fixed size vector p divided by scalar a.

Gan_Vector4* gan_vec4_negate_i (  Gan_Vector4 *  p  )

Macro: Negate fixed size vector. Negate fixed size vector p in-place: . Returns: Pointer to negated vector p.

Gan_Vector4* gan_vec4_negate_q (  Gan_Vector4 *  p, Gan_Vector4 *  q )

Macro: Negate fixed size vector. Negate fixed size vector p into fixed size vector . Returns: Pointer to result vector q.

Gan_Vector4 gan_vec4_negate_s (  const Gan_Vector4 *  x  )

Negate fixed size vector. Return a negated copy of fixed size vector p.

Gan_Vector4* gan_vec4_scale_i (  Gan_Vector4 *  p, double  a )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a in-place, returning p.

Gan_Vector4* gan_vec4_scale_q (  Gan_Vector4 *  p, double  a, Gan_Vector4 *  q )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector4 gan_vec4_scale_s (  const Gan_Vector4 *  x, const double  a )

Scale fixed size vector. Return a copy of fixed size vector p multiplied by scalar a.

Gan_Vector4* gan_vec4_unit_i (  Gan_Vector4 *  p  )

Macro: Scale vector to unit norm. Scale fixed-size vector p to unit length in-place, returning p.

Gan_Vector4* gan_vec4_unit_q (  Gan_Vector4 *  x, Gan_Vector4 *  y )

Scale matrix to unit norm. Scale fixed size vector x to unit fixed size vector, writing result into fixed size vector y. Returns: Pointer to the result vector y, or NULL on failure.

Gan_Vector4 gan_vec4_unit_s (  const Gan_Vector4 *  x  )

Scale matrix to unit norm. Return a copy of fixed size vector x multiplied by scalar so that the result is a unit fixed size vector. Returns: The unit vector x.

Gan_Vector4_f* gan_vec4f_divide_i (  Gan_Vector4_f *  p, float  a )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a in-place, returning p.

Gan_Vector4_f* gan_vec4f_divide_q (  Gan_Vector4_f *  p, float  a, Gan_Vector4_f *  q )

Macro: Divide fixed size vector by scalar. Divide fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector4_f gan_vec4f_divide_s (  const Gan_Vector4_f *  x, const float  a )

Divide fixed size vector by scalar. Return a copy of fixed size vector p divided by scalar a.

Gan_Vector4_f* gan_vec4f_negate_i (  Gan_Vector4_f *  p  )

Macro: Negate fixed size vector. Negate fixed size vector p in-place: . Returns: Pointer to negated vector p.

Gan_Vector4_f* gan_vec4f_negate_q (  Gan_Vector4_f *  p, Gan_Vector4_f *  q )

Macro: Negate fixed size vector. Negate fixed size vector p into fixed size vector . Returns: Pointer to result vector q.

Gan_Vector4_f gan_vec4f_negate_s (  const Gan_Vector4_f *  x  )

Negate fixed size vector. Return a negated copy of fixed size vector p.

Gan_Vector4_f* gan_vec4f_scale_i (  Gan_Vector4_f *  p, float  a )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a in-place, returning p.

Gan_Vector4_f* gan_vec4f_scale_q (  Gan_Vector4_f *  p, float  a, Gan_Vector4_f *  q )

Macro: Scale fixed size vector. Multiply fixed size vector p by scalar a, writing result into fixed size vector q, and returning q.

Gan_Vector4_f gan_vec4f_scale_s (  const Gan_Vector4_f *  x, const float  a )

Scale fixed size vector. Return a copy of fixed size vector p multiplied by scalar a.

Gan_Vector4_f* gan_vec4f_unit_i (  Gan_Vector4_f *  p  )

Macro: Scale vector to unit norm. Scale fixed-size vector p to unit length in-place, returning p.

Gan_Vector4_f* gan_vec4f_unit_q (  Gan_Vector4_f *  x, Gan_Vector4_f *  y )

Scale matrix to unit norm. Scale fixed size vector x to unit fixed size vector, writing result into fixed size vector y. Returns: Pointer to the result vector y, or NULL on failure.

Gan_Vector4_f gan_vec4f_unit_s (  const Gan_Vector4_f *  x  )

Scale matrix to unit norm. Return a copy of fixed size vector x multiplied by scalar so that the result is a unit fixed size vector. Returns: The unit vector x.

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