/*
 *   Sweet is a small library for basic math and small matrix operations.
 *   Copyright 2014 Luc Girod.
 *
 * This library is free software: you can redistribute it and/or
 * modify it under the terms of the GNU Lesser General Public
 * License as published by the Free Software Foundation, either
 * version 3 of the License, or (at your option) any later version.
 *
 * This library is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
 * Lesser General Public License for more details.
 *
 * You should have received a copy of the GNU Lesser General Public
 * License along with this library.  If not, see <http://www.gnu.org/licenses/>.
 */

#ifndef SWEET_MATRIX_SHORT_H
#define SWEET_MATRIX_SHORT_H

#include "sweet_matrix.h"
#define mat_null2 sweet_matrix_null2 
#define mat_null3 sweet_matrix_null3 
#define mat_null4 sweet_matrix_null4 
#define identity2 sweet_matrix_identity2 
#define identity3 sweet_matrix_identity3 
#define identity4 sweet_matrix_identity4 
#define ortho_basis2 sweet_matrix_ortho_basis2
#define ortho_basis3 sweet_matrix_ortho_basis3
#define ortho_basis4 sweet_matrix_ortho_basis4
#define matrix_frustum sweet_matrix_frustum 
#define matrix_perspective sweet_matrix_perspective 
#define matrix_ortho sweet_matrix_ortho 
#define matrix_look_at sweet_matrix_look_at 
#define matrix_quat_rotation3 sweet_matrix_quat_rotation3 
#define matrix_quat_rotation3h sweet_matrix_quat_rotation3h 
#define rotation2 sweet_matrix_rotation2 
#define rotation2h sweet_matrix_rotation2h 
#define rotation3 sweet_matrix_rotation3 
#define rotation3h sweet_matrix_rotation3h 
#define translation3h sweet_matrix_translation3h 
#define translation2h sweet_matrix_translation2h 
#define scale4 sweet_matrix_scale4 
#define scale3 sweet_matrix_scale3 
#define scale2 sweet_matrix_scale2 
#define matrix_texture_bias sweet_matrix_texture_bias 
#define transpose2 sweet_matrix_transpose2 
#define transpose3 sweet_matrix_transpose3 
#define transpose4 sweet_matrix_transpose4 
#define mat_det2 sweet_matrix_det2 
#define mat_det3 sweet_matrix_det3 
#define mat_det4 sweet_matrix_det4 
#define mat_inverse2 sweet_matrix_inverse2 
#define mat_inverse3 sweet_matrix_inverse3 
#define mat_inverse4 sweet_matrix_inverse4 
#define mat_product2 sweet_matrix_product2 
#define mat_product3 sweet_matrix_product3 
#define mat_product4 sweet_matrix_product4 
#define mat_sub3 sweet_matrix_sub3 
#define mat_sub4 sweet_matrix_sub4 
#define mat_column2 sweet_matrix_column2 
#define mat_column3 sweet_matrix_column3 
#define mat_column4 sweet_matrix_column4 
#define mat_mult2 sweet_matrix_mult2 
#define mat_mult3 sweet_matrix_mult3 
#define mat_mult4 sweet_matrix_mult4 
#define mat3_eigen_value sweet_matrix_eigen_value3 
#define mat3_gaussian_elimination sweet_matrix_gaussian_elimination3 
#define mat3_solve sweet_matrix_solve3 
#define mat3_eigen_vector sweet_matrix_eigen_vector3 

#endif