Mathematics

Description

Basic mathematical geometric types.

Typedefs
using	tz::v2i = vector<int, 2>
	2d integer vector.
using	tz::v3i = vector<int, 3>
	3d integer vector.
using	tz::v4i = vector<int, 4>
	4d integer vector.
using	tz::v2u = vector<unsigned int, 2>
	2d unsigned integer vector.
using	tz::v3u = vector<unsigned int, 3>
	3d unsigned integer vector.
using	tz::v4u = vector<unsigned int, 4>
	4d unsigned integer vector.
using	tz::v2f = vector<float, 2>
	2d single-precision floating-point vector.
using	tz::v3f = vector<float, 3>
	3d single-precision floating-point vector.
using	tz::v4f = vector<float, 4>
	4d single-precision floating-point vector.
using	tz::v2d = vector<double, 2>
	2d double-precision floating-point vector.
using	tz::v3d = vector<double, 3>
	3d double-precision floating-point vector.
using	tz::v4d = vector<double, 4>
	4d double-precision floating-point vector.

Classes
struct	tz::matrix< T, N >
	Represents the generic matrix. More...
struct	tz::quat
	Quaternion. Represents a rotation in 3D space. More...
struct	tz::vector< T, N >
	Represents the generic vector. More...

Typedef Documentation

v2i

using tz::v2i = vector<int, 2>

2d integer vector.

v3i

using tz::v3i = vector<int, 3>

3d integer vector.

v4i

using tz::v4i = vector<int, 4>

4d integer vector.

v2u

using tz::v2u = vector<unsigned int, 2>

2d unsigned integer vector.

v3u

using tz::v3u = vector<unsigned int, 3>

3d unsigned integer vector.

v4u

using tz::v4u = vector<unsigned int, 4>

4d unsigned integer vector.

v2f

using tz::v2f = vector<float, 2>

2d single-precision floating-point vector.

v3f

using tz::v3f = vector<float, 3>

3d single-precision floating-point vector.

v4f

using tz::v4f = vector<float, 4>

4d single-precision floating-point vector.

v2d

using tz::v2d = vector<double, 2>

2d double-precision floating-point vector.

v3d

using tz::v3d = vector<double, 3>

3d double-precision floating-point vector.

v4d

using tz::v4d = vector<double, 4>

4d double-precision floating-point vector.