matrix_ctrs.hpp

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#ifndef OGLPLUS_MATH_MATRIX_CTRS_HPP
#define OGLPLUS_MATH_MATRIX_CTRS_HPP
 
#include <eagine/math/matrix_reflection.hpp>
#include <eagine/math/matrix_rotation.hpp>
#include <eagine/math/matrix_scale.hpp>
#include <eagine/math/matrix_translation.hpp>
 
#include <eagine/math/matrix_looking_at.hpp>
#include <eagine/math/matrix_orbiting.hpp>
 
#include <eagine/math/matrix_ortho.hpp>
#include <eagine/math/matrix_perspective.hpp>
 
#include "config.hpp"
#include <oglplus/gl_api/config.hpp>
 
namespace eagine::oglp {
 
using matrix_uniform_scale =
  math::matrix_uniform_scale<gl_types::float_type, math_use_simd>;
 
using matrix_scale = math::matrix_scale<gl_types::float_type, math_use_simd>;
 
using matrix_rotation_x =
  math::matrix_rotation_x<gl_types::float_type, math_use_simd>;
 
using matrix_rotation_y =
  math::matrix_rotation_y<gl_types::float_type, math_use_simd>;
 
using matrix_rotation_z =
  math::matrix_rotation_z<gl_types::float_type, math_use_simd>;
 
using matrix_translation =
  math::matrix_translation<gl_types::float_type, math_use_simd>;
 
using matrix_reflection_x =
  math::matrix_reflection_x<gl_types::float_type, math_use_simd>;
 
using matrix_reflection_y =
  math::matrix_reflection_y<gl_types::float_type, math_use_simd>;
 
using matrix_reflection_z =
  math::matrix_reflection_z<gl_types::float_type, math_use_simd>;
 
using matrix_orbiting_y_up =
  math::matrix_orbiting_y_up<gl_types::float_type, math_use_simd>;
 
using matrix_looking_at_y_up =
  math::matrix_looking_at_y_up<gl_types::float_type, math_use_simd>;
 
using matrix_ortho = math::matrix_ortho<gl_types::float_type, math_use_simd>;
 
using matrix_perspective =
  math::matrix_perspective<gl_types::float_type, math_use_simd>;
 
} // namespace eagine::oglp
 
#endif // OGLPLUS_MATH_MATRIX_CTRS_HPP