/**
* vsg_vector3@t@_set:
* @vec: a #VsgVector3@t@
* @x: abscissa
* @y: ordinate
* @z: Z coordinate
*
* Sets @vec to coordinates: @x, @y.
*/
void vsg_vector3@t@_set (VsgVector3@t@ *vec,
@type@ x, @type@ y, @type@ z)
{
#ifdef VSG_CHECK_PARAMS
g_return_if_fail (vec != NULL);
#endif
vsg_vector3@t@_set_inline (vec, x, y, z);
}
/**
* vsg_vector3@t@_new:
* @x: abscissa
* @y: ordinate
* @z: Z coordinate
*
* Allocates a new instance of #VsgVector3@t@. This instance MUST be freed only
* with vsg_vector3@t@_free().
*
* Returns: new #VsgVector3@t@ instance.
*/
VsgVector3@t@ *vsg_vector3@t@_new (@type@ x, @type@ y,
@type@ z)
{
VsgVector3@t@ *result = _vector3@t@_alloc ();
vsg_vector3@t@_set_inline (result, x, y, z);
return result;
}
/**
* vsg_quaternion@t@_vector3@t@_set:
* @quat: a #VsgQuaternion@t@
* @vector: a #VsgVector3@t@
*
* Sets @quat to components to @vector.
*/
void vsg_quaternion@t@_vector3@t@_set (VsgQuaternion@t@ *quat,
const VsgVector3@t@ *vector)
{
#ifdef VSG_CHECK_PARAMS
g_return_if_fail (quat != NULL);
g_return_if_fail (vector != NULL);
#endif
vsg_quaternion@t@_vector3@t@_set_inline (quat, vector);
}
/**
* vsg_quaternion@t@_set:
* @quat: a #VsgQuaternion@t@
* @x: abscissa
* @y: ordinate
* @z: Z coordinate
* @w: W coordinate
*
* Sets @quat components to (@x, @y, @z, @w)
*/
void vsg_quaternion@t@_set (VsgQuaternion@t@ *quat,
@type@ x, @type@ y,
@type@ z, @type@ w)
{
#ifdef VSG_CHECK_PARAMS
g_return_if_fail (quat != NULL);
#endif
vsg_quaternion@t@_set_inline (quat, x, y, z, w);
}
/**
* vsg_quaternion@t@_rotate@t@_set:
* @quat: a #VsgQuaternion@t@
* @from: a #VsgVector3@t@
* @to: a #VsgVector3@t@
*
* Sets @quat components so as to correspond to a 3D rotation between vector
* @from and vector @to.
*/
void vsg_quaternion@t@_rotate@t@_set (VsgQuaternion@t@ *quat,
const VsgVector3@t@ *from,
const VsgVector3@t@ *to)
{
#ifdef VSG_CHECK_PARAMS
g_return_if_fail (quat != NULL);
g_return_if_fail (from != NULL);
g_return_if_fail (to != NULL);
#endif
vsg_quaternion@t@_rotate@t@_set_inline (quat, from, to);
}
/**
* vsg_matrix3@t@_new:
* @a00: a #@type@
* @a01: a #@type@
* @a02: a #@type@
* @a10: a #@type@
* @a11: a #@type@
* @a12: a #@type@
* @a20: a #@type@
* @a21: a #@type@
* @a22: a #@type@
*
* Allocates a new #VsgMatrix3@t@. Arguments specify new matrix components.
*
* Returns: new #VsgMatrix3@t@ instance
*/
VsgMatrix3@t@ *vsg_matrix3@t@_new (@type@ a00, @type@ a01,
@type@ a02, @type@ a10,
@type@ a11, @type@ a12,
@type@ a20, @type@ a21,
@type@ a22)
{
VsgMatrix3@t@ *result = _matrix3@t@_alloc ();
vsg_matrix3@t@_set_inline (result,
a00, a01, a02, a10, a11, a12, a20, a21, a22);
return result;
}
/**
* vsg_vector3@t@_new:
* @x: abscissa
* @y: ordinate
* @z: Z coordinate
*
* Allocates a new instance of #VsgVector3@t@. This instance MUST be freed only
* with vsg_vector3@t@_free().
*
* Returns: new #VsgVector3@t@ instance.
*/
VsgVector3@t@ *vsg_vector3@t@_new (@type@ x, @type@ y,
@type@ z)
{
#if _USE_G_SLICES
VsgVector3@t@ *result = g_slice_new (VsgVector3@t@);
#else
VsgVector3@t@ *result = _vector3@t@_alloc ();
#endif
vsg_vector3@t@_set_inline (result, x, y, z);
return result;
}
/**
* vsg_matrix3@t@_set:
* @mat: a #VsgMatrix3@t@
* @a00: a #@type@
* @a01: a #@type@
* @a02: a #@type@
* @a10: a #@type@
* @a11: a #@type@
* @a12: a #@type@
* @a20: a #@type@
* @a21: a #@type@
* @a22: a #@type@
*
* Sets components of @mat to values specified by other arguments.
*/
void vsg_matrix3@t@_set (VsgMatrix3@t@ *mat,
@type@ a00, @type@ a01, @type@ a02,
@type@ a10, @type@ a11, @type@ a12,
@type@ a20, @type@ a21, @type@ a22)
{
#ifdef VSG_CHECK_PARAMS
g_return_if_fail (mat != NULL);
#endif
vsg_matrix3@t@_set_inline (mat,
a00, a01, a02,
a10, a11, a12,
a20, a21, a22);
}
/**
* vsg_quaternion@t@_new:
* @x: abscissa
* @y: ordinate
* @z: Z coordinate
* @w: W coordinate
*
* Allocates a new instance of #VsgQuaternion@t@. This instance MUST
* be freed only with vsg_quaternion@t@_free().
*
* Returns: new #VsgQuaternion@t@ instance.
*/
VsgQuaternion@t@ *vsg_quaternion@t@_new (@type@ x,
@type@ y,
@type@ z,
@type@ w)
{
#if _USE_G_SLICES
VsgQuaternion@t@ *result = g_slice_new (VsgQuaternion@t@);
#else
VsgQuaternion@t@ *result = _quaternion@t@_alloc ();
#endif
vsg_quaternion@t@_set_inline (result, x, y, z, w);
return result;
}
/**
* vsg_matrix3@t@_new:
* @a00: a #@type@
* @a01: a #@type@
* @a02: a #@type@
* @a10: a #@type@
* @a11: a #@type@
* @a12: a #@type@
* @a20: a #@type@
* @a21: a #@type@
* @a22: a #@type@
*
* Allocates a new #VsgMatrix3@t@. Arguments specify new matrix components.
*
* Returns: new #VsgMatrix3@t@ instance
*/
VsgMatrix3@t@ *vsg_matrix3@t@_new (@type@ a00, @type@ a01,
@type@ a02, @type@ a10,
@type@ a11, @type@ a12,
@type@ a20, @type@ a21,
@type@ a22)
{
#if _USE_G_SLICES
VsgMatrix3@t@ *result = g_slice_new (VsgMatrix3@t@);
#else
VsgMatrix3@t@ *result = _matrix3@t@_alloc ();
#endif
vsg_matrix3@t@_set_inline (result,
a00, a01, a02, a10, a11, a12, a20, a21, a22);
return result;
}