Build a Fixed Size Vector
[Fixed Size Vectors]

Functions
Gan_Vector3	gan_vec3_set_parts_s (const Gan_Vector2 *q, double s)
	Build 3-vector from 2-vector and scalar.
Gan_Vector3 *	gan_vec3_set_parts_q (Gan_Vector3 *p, const Gan_Vector2 *q, double s)
	Macro: Build 3-vector from 2-vector and scalar.
Gan_Vector3_f	gan_vec3f_set_parts_s (const Gan_Vector2_f *q, float s)
	Build 3-vector from 2-vector and scalar.
Gan_Vector3_f *	gan_vec3f_set_parts_q (Gan_Vector3_f *p, const Gan_Vector2_f *q, float s)
	Macro: Build 3-vector from 2-vector and scalar.
Gan_Vector4	gan_vec4_set_parts_s (const Gan_Vector3 *q, double s)
	Build 4-vector from 3-vector and scalar.
Gan_Vector4	gan_vec4_set_blocks_s (const Gan_Vector2 *q, const Gan_Vector2 *r)
	Macro: Build 4-vector from two 2-vectors.
Gan_Vector4 *	gan_vec4_set_parts_q (Gan_Vector4 *p, const Gan_Vector3 *q, double s)
	Macro: Build 4-vector from 3-vector and scalar.
Gan_Vector4 *	gan_vec4_set_blocks_q (Gan_Vector4 *p, const Gan_Vector2 *q, const Gan_Vector2 *r)
	Macro: Build 4-vector from two 2-vectors.
Gan_Vector4_f	gan_vec4f_set_parts_s (const Gan_Vector3_f *q, float s)
	Build 4-vector from 3-vector and scalar.
Gan_Vector4_f	gan_vec4f_set_blocks_s (const Gan_Vector2_f *q, const Gan_Vector2_f *r)
	Macro: Build 4-vector from two 2-vectors.
Gan_Vector4_f *	gan_vec4f_set_parts_q (Gan_Vector4_f *p, const Gan_Vector3_f *q, float s)
	Macro: Build 4-vector from 3-vector and scalar.
Gan_Vector4_f *	gan_vec4f_set_blocks_q (Gan_Vector4_f *p, const Gan_Vector2_f *q, const Gan_Vector2_f *r)
	Macro: Build 4-vector from two 2-vectors.

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Function Documentation

Gan_Vector3* gan_vec3_set_parts_q (  Gan_Vector3 *  p, const Gan_Vector2 *  q, double  s )

Macro: Build 3-vector from 2-vector and scalar. Build 3-vector p from 2-vector q and scalar s, which are respectively inserted in the top and bottom parts of the 3-vector, so that Returns: Result 3-vector p.

Gan_Vector3 gan_vec3_set_parts_s (  const Gan_Vector2 *  q, double  s )

Build 3-vector from 2-vector and scalar. Build 3-vector from 2-vector q and scalar s, which are respectively inserted in the top and bottom parts of the 3-vector, which is built as Returns: Result 3-vector.

Gan_Vector3_f* gan_vec3f_set_parts_q (  Gan_Vector3_f *  p, const Gan_Vector2_f *  q, float  s )

Macro: Build 3-vector from 2-vector and scalar. Build 3-vector p from 2-vector q and scalar s, which are respectively inserted in the top and bottom parts of the 3-vector, so that Returns: Result 3-vector p.

Gan_Vector3_f gan_vec3f_set_parts_s (  const Gan_Vector2_f *  q, float  s )

Build 3-vector from 2-vector and scalar. Build 3-vector from 2-vector q and scalar s, which are respectively inserted in the top and bottom parts of the 3-vector, which is built as Returns: Result 3-vector.

Gan_Vector4* gan_vec4_set_blocks_q (  Gan_Vector4 *  p, const Gan_Vector2 *  q, const Gan_Vector2 *  r )

Macro: Build 4-vector from two 2-vectors. Build 4-vector p from 2-vectors q and r, which are respectively inserted in the top and bottom parts of the 4-vector, so that Returns: Pointer to result 4-vector p.

Gan_Vector4 gan_vec4_set_blocks_s (  const Gan_Vector2 *  q, const Gan_Vector2 *  r )

Macro: Build 4-vector from two 2-vectors. Build 4-vector from 2-vectors q and r, which are respectively inserted in the top and bottom parts of the 4-vector, which is built as Returns: Result 4-vector.

Gan_Vector4* gan_vec4_set_parts_q (  Gan_Vector4 *  p, const Gan_Vector3 *  q, double  s )

Macro: Build 4-vector from 3-vector and scalar. Build 4-vector p from 3-vector q and scalar s, which are respectively inserted in the top and bottom parts of the 4-vector, so that Returns: Pointer to result 4-vector p.

Gan_Vector4 gan_vec4_set_parts_s (  const Gan_Vector3 *  q, double  s )

Build 4-vector from 3-vector and scalar. Build 4-vector from 3-vector q and scalar s, which are respectively inserted in the top and bottom parts of the 4-vector, which is built as Returns: Result 4-vector.

Gan_Vector4_f* gan_vec4f_set_blocks_q (  Gan_Vector4_f *  p, const Gan_Vector2_f *  q, const Gan_Vector2_f *  r )

Macro: Build 4-vector from two 2-vectors. Build 4-vector p from 2-vectors q and r, which are respectively inserted in the top and bottom parts of the 4-vector, so that Returns: Pointer to result 4-vector p.

Gan_Vector4_f gan_vec4f_set_blocks_s (  const Gan_Vector2_f *  q, const Gan_Vector2_f *  r )

Macro: Build 4-vector from two 2-vectors. Build 4-vector from 2-vectors q and r, which are respectively inserted in the top and bottom parts of the 4-vector, which is built as Returns: Result 4-vector.

Gan_Vector4_f* gan_vec4f_set_parts_q (  Gan_Vector4_f *  p, const Gan_Vector3_f *  q, float  s )

Macro: Build 4-vector from 3-vector and scalar. Build 4-vector p from 3-vector q and scalar s, which are respectively inserted in the top and bottom parts of the 4-vector, so that Returns: Pointer to result 4-vector p.

Gan_Vector4_f gan_vec4f_set_parts_s (  const Gan_Vector3_f *  q, float  s )

Build 4-vector from 3-vector and scalar. Build 4-vector from 3-vector q and scalar s, which are respectively inserted in the top and bottom parts of the 4-vector, which is built as Returns: Result 4-vector.

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