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// Copyright 2008-2022 Emil Dotchevski and Reverge Studios, Inc.
// Copyright 2018 agate-pris
// Distributed under the Boost Software License, Version 1.0. (See accompanying
// file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)
#ifdef BOOST_QVM_TEST_SINGLE_HEADER
# include BOOST_QVM_TEST_SINGLE_HEADER
#else
# include <boost/qvm/vec_register.hpp>
#endif
#include <boost/core/lightweight_test.hpp>
struct v2
{
float x;
float y;
};
struct v3 : v2
{
float z;
};
struct v4 : v3
{
float w;
};
struct v2r
{
float xr;
float yr;
};
struct v3r : v2r
{
float zr;
};
struct v4r : v3r
{
float wr;
};
struct v2rw : v2, v2r { };
struct v3rw : v3, v3r { };
struct v4rw : v4, v4r { };
BOOST_QVM_REGISTER_VEC_2(v2, float, x, y)
BOOST_QVM_REGISTER_VEC_3(v3, float, x, y, z)
BOOST_QVM_REGISTER_VEC_4(v4, float, x, y, z, w)
BOOST_QVM_REGISTER_VEC_2_READ(v2r, float, xr, yr)
BOOST_QVM_REGISTER_VEC_3_READ(v3r, float, xr, yr, zr)
BOOST_QVM_REGISTER_VEC_4_READ(v4r, float, xr, yr, zr, wr)
BOOST_QVM_REGISTER_VEC_2_READ_WRITE(v2rw, float, xr, yr, x, y)
BOOST_QVM_REGISTER_VEC_3_READ_WRITE(v3rw, float, xr, yr, zr, x, y, z)
BOOST_QVM_REGISTER_VEC_4_READ_WRITE(v4rw, float, xr, yr, zr, wr, x, y, z, w)
int main()
{
using namespace boost::qvm;
v2 v_v2;
v3 v_v3;
v4 v_v4;
v2r v_v2r;
v3r v_v3r;
v4r v_v4r;
v2rw v_v2rw;
v3rw v_v3rw;
v4rw v_v4rw;
v_v2.x = 41.f;
v_v3.x = 42.f;
v_v4.x = 43.f;
v_v2.y = 44.f;
v_v3.y = 45.f;
v_v4.y = 46.f;
v_v3.z = 47.f;
v_v4.z = 48.f;
v_v4.w = 49.f;
v_v2r.xr = 51.f;
v_v3r.xr = 52.f;
v_v4r.xr = 53.f;
v_v2r.yr = 54.f;
v_v3r.yr = 55.f;
v_v4r.yr = 56.f;
v_v3r.zr = 57.f;
v_v4r.zr = 58.f;
v_v4r.wr = 59.f;
v_v2rw.x = 61.f;
v_v3rw.x = 62.f;
v_v4rw.x = 63.f;
v_v2rw.y = 64.f;
v_v3rw.y = 65.f;
v_v4rw.y = 66.f;
v_v3rw.z = 67.f;
v_v4rw.z = 68.f;
v_v4rw.w = 69.f;
v_v2rw.xr = 71.f;
v_v3rw.xr = 72.f;
v_v4rw.xr = 73.f;
v_v2rw.yr = 74.f;
v_v3rw.yr = 75.f;
v_v4rw.yr = 76.f;
v_v3rw.zr = 77.f;
v_v4rw.zr = 78.f;
v_v4rw.wr = 79.f;
BOOST_TEST(vec_traits<v2 >::read_element<0>(v_v2 ) == v_v2 .x );
BOOST_TEST(vec_traits<v3 >::read_element<0>(v_v3 ) == v_v3 .x );
BOOST_TEST(vec_traits<v4 >::read_element<0>(v_v4 ) == v_v4 .x );
BOOST_TEST(vec_traits<v2r >::read_element<0>(v_v2r ) == v_v2r .xr);
BOOST_TEST(vec_traits<v3r >::read_element<0>(v_v3r ) == v_v3r .xr);
BOOST_TEST(vec_traits<v4r >::read_element<0>(v_v4r ) == v_v4r .xr);
BOOST_TEST(vec_traits<v2rw>::read_element<0>(v_v2rw) == v_v2rw.xr);
BOOST_TEST(vec_traits<v3rw>::read_element<0>(v_v3rw) == v_v3rw.xr);
BOOST_TEST(vec_traits<v4rw>::read_element<0>(v_v4rw) == v_v4rw.xr);
BOOST_TEST(vec_traits<v2 >::read_element<1>(v_v2 ) == v_v2 .y );
BOOST_TEST(vec_traits<v3 >::read_element<1>(v_v3 ) == v_v3 .y );
BOOST_TEST(vec_traits<v4 >::read_element<1>(v_v4 ) == v_v4 .y );
BOOST_TEST(vec_traits<v2r >::read_element<1>(v_v2r ) == v_v2r .yr);
BOOST_TEST(vec_traits<v3r >::read_element<1>(v_v3r ) == v_v3r .yr);
BOOST_TEST(vec_traits<v4r >::read_element<1>(v_v4r ) == v_v4r .yr);
BOOST_TEST(vec_traits<v2rw>::read_element<1>(v_v2rw) == v_v2rw.yr);
BOOST_TEST(vec_traits<v3rw>::read_element<1>(v_v3rw) == v_v3rw.yr);
BOOST_TEST(vec_traits<v4rw>::read_element<1>(v_v4rw) == v_v4rw.yr);
BOOST_TEST(vec_traits<v3 >::read_element<2>(v_v3 ) == v_v3 .z );
BOOST_TEST(vec_traits<v4 >::read_element<2>(v_v4 ) == v_v4 .z );
BOOST_TEST(vec_traits<v3r >::read_element<2>(v_v3r ) == v_v3r .zr);
BOOST_TEST(vec_traits<v4r >::read_element<2>(v_v4r ) == v_v4r .zr);
BOOST_TEST(vec_traits<v3rw>::read_element<2>(v_v3rw) == v_v3rw.zr);
BOOST_TEST(vec_traits<v4rw>::read_element<2>(v_v4rw) == v_v4rw.zr);
BOOST_TEST(vec_traits<v4 >::read_element<3>(v_v4 ) == v_v4 .w );
BOOST_TEST(vec_traits<v4r >::read_element<3>(v_v4r ) == v_v4r .wr);
BOOST_TEST(vec_traits<v4rw>::read_element<3>(v_v4rw) == v_v4rw.wr);
BOOST_TEST(vec_traits<v2 >::read_element_idx(0, v_v2 ) == v_v2 .x );
BOOST_TEST(vec_traits<v3 >::read_element_idx(0, v_v3 ) == v_v3 .x );
BOOST_TEST(vec_traits<v4 >::read_element_idx(0, v_v4 ) == v_v4 .x );
BOOST_TEST(vec_traits<v2r >::read_element_idx(0, v_v2r ) == v_v2r .xr);
BOOST_TEST(vec_traits<v3r >::read_element_idx(0, v_v3r ) == v_v3r .xr);
BOOST_TEST(vec_traits<v4r >::read_element_idx(0, v_v4r ) == v_v4r .xr);
BOOST_TEST(vec_traits<v2rw>::read_element_idx(0, v_v2rw) == v_v2rw.xr);
BOOST_TEST(vec_traits<v3rw>::read_element_idx(0, v_v3rw) == v_v3rw.xr);
BOOST_TEST(vec_traits<v4rw>::read_element_idx(0, v_v4rw) == v_v4rw.xr);
BOOST_TEST(vec_traits<v2 >::read_element_idx(1, v_v2 ) == v_v2 .y );
BOOST_TEST(vec_traits<v3 >::read_element_idx(1, v_v3 ) == v_v3 .y );
BOOST_TEST(vec_traits<v4 >::read_element_idx(1, v_v4 ) == v_v4 .y );
BOOST_TEST(vec_traits<v2r >::read_element_idx(1, v_v2r ) == v_v2r .yr);
BOOST_TEST(vec_traits<v3r >::read_element_idx(1, v_v3r ) == v_v3r .yr);
BOOST_TEST(vec_traits<v4r >::read_element_idx(1, v_v4r ) == v_v4r .yr);
BOOST_TEST(vec_traits<v2rw>::read_element_idx(1, v_v2rw) == v_v2rw.yr);
BOOST_TEST(vec_traits<v3rw>::read_element_idx(1, v_v3rw) == v_v3rw.yr);
BOOST_TEST(vec_traits<v4rw>::read_element_idx(1, v_v4rw) == v_v4rw.yr);
BOOST_TEST(vec_traits<v3 >::read_element_idx(2, v_v3 ) == v_v3 .z );
BOOST_TEST(vec_traits<v4 >::read_element_idx(2, v_v4 ) == v_v4 .z );
BOOST_TEST(vec_traits<v3r >::read_element_idx(2, v_v3r ) == v_v3r .zr);
BOOST_TEST(vec_traits<v4r >::read_element_idx(2, v_v4r ) == v_v4r .zr);
BOOST_TEST(vec_traits<v3rw>::read_element_idx(2, v_v3rw) == v_v3rw.zr);
BOOST_TEST(vec_traits<v4rw>::read_element_idx(2, v_v4rw) == v_v4rw.zr);
BOOST_TEST(vec_traits<v4 >::read_element_idx(3, v_v4 ) == v_v4 .w );
BOOST_TEST(vec_traits<v4r >::read_element_idx(3, v_v4r ) == v_v4r .wr);
BOOST_TEST(vec_traits<v4rw>::read_element_idx(3, v_v4rw) == v_v4rw.wr);
BOOST_TEST(&vec_traits<v2 >::write_element<0>(v_v2 ) == &v_v2 .x );
BOOST_TEST(&vec_traits<v3 >::write_element<0>(v_v3 ) == &v_v3 .x );
BOOST_TEST(&vec_traits<v4 >::write_element<0>(v_v4 ) == &v_v4 .x );
BOOST_TEST_NOT(&vec_traits<v2rw>::write_element<0>(v_v2rw) == &v_v2rw.xr);
BOOST_TEST_NOT(&vec_traits<v3rw>::write_element<0>(v_v3rw) == &v_v3rw.xr);
BOOST_TEST_NOT(&vec_traits<v4rw>::write_element<0>(v_v4rw) == &v_v4rw.xr);
BOOST_TEST(&vec_traits<v2rw>::write_element<0>(v_v2rw) == &v_v2rw.x );
BOOST_TEST(&vec_traits<v3rw>::write_element<0>(v_v3rw) == &v_v3rw.x );
BOOST_TEST(&vec_traits<v4rw>::write_element<0>(v_v4rw) == &v_v4rw.x );
BOOST_TEST(&vec_traits<v2 >::write_element<1>(v_v2 ) == &v_v2 .y );
BOOST_TEST(&vec_traits<v3 >::write_element<1>(v_v3 ) == &v_v3 .y );
BOOST_TEST(&vec_traits<v4 >::write_element<1>(v_v4 ) == &v_v4 .y );
BOOST_TEST_NOT(&vec_traits<v2rw>::write_element<1>(v_v2rw) == &v_v2rw.yr);
BOOST_TEST_NOT(&vec_traits<v3rw>::write_element<1>(v_v3rw) == &v_v3rw.yr);
BOOST_TEST_NOT(&vec_traits<v4rw>::write_element<1>(v_v4rw) == &v_v4rw.yr);
BOOST_TEST(&vec_traits<v2rw>::write_element<1>(v_v2rw) == &v_v2rw.y );
BOOST_TEST(&vec_traits<v3rw>::write_element<1>(v_v3rw) == &v_v3rw.y );
BOOST_TEST(&vec_traits<v4rw>::write_element<1>(v_v4rw) == &v_v4rw.y );
BOOST_TEST(&vec_traits<v3 >::write_element<2>(v_v3 ) == &v_v3 .z );
BOOST_TEST(&vec_traits<v4 >::write_element<2>(v_v4 ) == &v_v4 .z );
BOOST_TEST_NOT(&vec_traits<v3rw>::write_element<2>(v_v3rw) == &v_v3rw.zr);
BOOST_TEST_NOT(&vec_traits<v4rw>::write_element<2>(v_v4rw) == &v_v4rw.zr);
BOOST_TEST(&vec_traits<v3rw>::write_element<2>(v_v3rw) == &v_v3rw.z );
BOOST_TEST(&vec_traits<v4rw>::write_element<2>(v_v4rw) == &v_v4rw.z );
BOOST_TEST(&vec_traits<v4 >::write_element<3>(v_v4 ) == &v_v4 .w );
BOOST_TEST_NOT(&vec_traits<v4rw>::write_element<3>(v_v4rw) == &v_v4rw.wr);
BOOST_TEST(&vec_traits<v4rw>::write_element<3>(v_v4rw) == &v_v4rw.w );
BOOST_TEST(&vec_traits<v2 >::write_element_idx(0, v_v2 ) == &v_v2 .x );
BOOST_TEST(&vec_traits<v3 >::write_element_idx(0, v_v3 ) == &v_v3 .x );
BOOST_TEST(&vec_traits<v4 >::write_element_idx(0, v_v4 ) == &v_v4 .x );
BOOST_TEST_NOT(&vec_traits<v2rw>::write_element_idx(0, v_v2rw) == &v_v2rw.xr);
BOOST_TEST_NOT(&vec_traits<v3rw>::write_element_idx(0, v_v3rw) == &v_v3rw.xr);
BOOST_TEST_NOT(&vec_traits<v4rw>::write_element_idx(0, v_v4rw) == &v_v4rw.xr);
BOOST_TEST(&vec_traits<v2rw>::write_element_idx(0, v_v2rw) == &v_v2rw.x );
BOOST_TEST(&vec_traits<v3rw>::write_element_idx(0, v_v3rw) == &v_v3rw.x );
BOOST_TEST(&vec_traits<v4rw>::write_element_idx(0, v_v4rw) == &v_v4rw.x );
BOOST_TEST(&vec_traits<v2 >::write_element_idx(1, v_v2 ) == &v_v2 .y );
BOOST_TEST(&vec_traits<v3 >::write_element_idx(1, v_v3 ) == &v_v3 .y );
BOOST_TEST(&vec_traits<v4 >::write_element_idx(1, v_v4 ) == &v_v4 .y );
BOOST_TEST_NOT(&vec_traits<v2rw>::write_element_idx(1, v_v2rw) == &v_v2rw.yr);
BOOST_TEST_NOT(&vec_traits<v3rw>::write_element_idx(1, v_v3rw) == &v_v3rw.yr);
BOOST_TEST_NOT(&vec_traits<v4rw>::write_element_idx(1, v_v4rw) == &v_v4rw.yr);
BOOST_TEST(&vec_traits<v2rw>::write_element_idx(1, v_v2rw) == &v_v2rw.y );
BOOST_TEST(&vec_traits<v3rw>::write_element_idx(1, v_v3rw) == &v_v3rw.y );
BOOST_TEST(&vec_traits<v4rw>::write_element_idx(1, v_v4rw) == &v_v4rw.y );
BOOST_TEST(&vec_traits<v3 >::write_element_idx(2, v_v3 ) == &v_v3 .z );
BOOST_TEST(&vec_traits<v4 >::write_element_idx(2, v_v4 ) == &v_v4 .z );
BOOST_TEST_NOT(&vec_traits<v3rw>::write_element_idx(2, v_v3rw) == &v_v3rw.zr);
BOOST_TEST_NOT(&vec_traits<v4rw>::write_element_idx(2, v_v4rw) == &v_v4rw.zr);
BOOST_TEST(&vec_traits<v3rw>::write_element_idx(2, v_v3rw) == &v_v3rw.z );
BOOST_TEST(&vec_traits<v4rw>::write_element_idx(2, v_v4rw) == &v_v4rw.z );
BOOST_TEST(&vec_traits<v4 >::write_element_idx(3, v_v4 ) == &v_v4 .w );
BOOST_TEST_NOT(&vec_traits<v4rw>::write_element_idx(3, v_v4rw) == &v_v4rw.wr);
BOOST_TEST(&vec_traits<v4rw>::write_element_idx(3, v_v4rw) == &v_v4rw.w );
return boost::report_errors();
}
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