/*
 *   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_MATH_SHORT_H
#define SWEET_MATH_SHORT_H

#include "sweet_math.h"

#define VEC2_BUILDER(_1, _2, NAME, ...) NAME
#define VEC3_BUILDER(_1, _2, _3, NAME, ...) NAME
#define VEC4_BUILDER(_1, _2, _3, _4, NAME, ...) NAME

#define vec2_new(...) VEC2_BUILDER(__VA_ARGS__, sweet_vector_new2, vec2_new_v3, NULL)(__VA_ARGS__)
#define vec3_new(...) VEC3_BUILDER(__VA_ARGS__, sweet_vector_new3, vec3_new_v2_1f, vec3_new_v4, NULL)(__VA_ARGS__)
#define vec4_new(...) VEC4_BUILDER(__VA_ARGS__, sweet_vector_new4, vec4_new_v2_2f, vec4_new_v3_1f, vec4_new_v4, NULL)(__VA_ARGS__)

vec2 vec2_new_v3(vec3 w);
vec3 vec3_new_v2_1f(vec2 w, float z);
vec3 vec3_new_v4(vec4 w);
vec4 vec4_new_v2_2f(vec2 u, float z, float w);
vec4 vec4_new_v3_1f(vec3 u, float w);
vec4 vec4_new_v4 (vec4 v);

#define radian_2_degree(radian) radian * 57.2957795130823208767981548
#define degree_2_radian(degree) degree * 0.01745329251994329576923690768488

#define EPSILON SWEET_EPSILON 
#define is_equals(a, b, epsilon) sweet_math_approx_equals(a, b, epsilon)
#define is_zero(a, epsilon) sweet_math_approx_zero(a, epsilon)

#define invsqrt sweet_math_invsqrt 
#define nearest sweet_math_nearest 
#define quadratic_polynomial sweet_math_quadratic_polynomial 
#define cubic_polynomial sweet_math_cubic_polynomial 
#define vec2_norm sweet_vector_norm2 
#define vec3_norm sweet_vector_norm3 
#define vec4_norm sweet_vector_norm4 
#define vec2h_norm sweet_vector_norm2h 
#define vec3h_norm sweet_vector_norm3h 
#define vec2_square_norm sweet_vector_square_norm2 
#define vec3_square_norm sweet_vector_square_norm3 
#define vec4_square_norm sweet_vector_square_norm4 
#define vec2h_square_norm sweet_vector_square_norm2h 
#define vec3h_square_norm sweet_vector_square_norm3h 
#define vec2_dist sweet_vector_dist2 
#define vec3_dist sweet_vector_dist3 
#define vec4_dist sweet_vector_dist4 
#define vec2_dist2 sweet_vector_square_dist2 
#define vec3_dist2 sweet_vector_square_dist3 
#define vec4_dist2 sweet_vector_square_dist4 
#define vec2_dot sweet_vector_dot2 
#define vec3_dot sweet_vector_dot3
#define vec4_dot sweet_vector_dot4
#define vec2h_dot sweet_vector_dot2h 
#define vec3h_dot sweet_vector_dot3h 
#define cross sweet_vector_cross 
#define crossh sweet_vector_crossh 
#define vec3_triple_product sweet_vector_triple_product 
#define vec3h_triple_product sweet_vector_triple_producth 
#define vec2_normalize sweet_vector_normalize2 
#define vec3_normalize sweet_vector_normalize3 
#define vec4_normalize sweet_vector_normalize4 
#define vec2_scale sweet_vector_scale2 
#define vec3_scale sweet_vector_scale3 
#define vec4_scale sweet_vector_scale4 
#define vec2_rescale sweet_vector_rescale2 
#define vec3_rescale sweet_vector_rescale3 
#define vec4_rescale sweet_vector_rescale4 
#define vec2_inverse sweet_vector_inverse2 
#define vec3_inverse sweet_vector_inverse3 
#define vec4_inverse sweet_vector_inverse4 
#define vec2_add sweet_vector_add2 
#define vec3_add sweet_vector_add3 
#define vec4_add sweet_vector_add4 
#define vec2_sub sweet_vector_sub2 
#define vec3_sub sweet_vector_sub3 
#define vec4_sub sweet_vector_sub4 
#define vec2_angle sweet_vector_angle2 
#define vec3_angle sweet_vector_angle3 
#define vec2_product sweet_vector_product2 
#define vec3_product sweet_vector_product3 
#define vec4_product sweet_vector_product4 
#define quat_new sweet_quaternion_new 
#define quat_rot sweet_quaternion_rotation 
#define quat_conjugate sweet_quaternion_conjugate 
#define quat_add sweet_quaternion_add 
#define quat_product sweet_quaternion_product 
#define sweet_quaternion_norm quat_norm 

#endif