amsmathutil25/amsmathutil25_vec_conversions.cpp.tmp

vec2::vec2(const vec3 rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   return;
}

vec2::vec2(const vec4 rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   return;
}

vec2::vec2(const vec2f rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   return;
}

vec2::vec2(const vec3f rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   return;
}

vec2::vec2(const vec4f rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   return;
}

vec2::vec2(const vec2i rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   return;
}

vec2::vec2(const vec3i rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   return;
}

vec2::vec2(const vec4i rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   return;
}

vec3::vec3(const vec2 rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = 0;
   return;
}

vec3::vec3(const vec4 rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = (double)rhs.z;
   return;
}

vec3::vec3(const vec2f rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = 0;
   return;
}

vec3::vec3(const vec3f rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = (double)rhs.z;
   return;
}

vec3::vec3(const vec4f rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = (double)rhs.z;
   return;
}

vec3::vec3(const vec2i rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = 0;
   return;
}

vec3::vec3(const vec3i rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = (double)rhs.z;
   return;
}

vec3::vec3(const vec4i rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = (double)rhs.z;
   return;
}

vec4::vec4(const vec2 rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = 0;
   w = 0;
   return;
}

vec4::vec4(const vec3 rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = (double)rhs.z;
   w = 0;
   return;
}

vec4::vec4(const vec2f rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = 0;
   w = 0;
   return;
}

vec4::vec4(const vec3f rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = (double)rhs.z;
   w = 0;
   return;
}

vec4::vec4(const vec4f rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = (double)rhs.z;
   w = (double)rhs.w;
   return;
}

vec4::vec4(const vec2i rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = 0;
   w = 0;
   return;
}

vec4::vec4(const vec3i rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = (double)rhs.z;
   w = 0;
   return;
}

vec4::vec4(const vec4i rhs)
{
   x = (double)rhs.x;
   y = (double)rhs.y;
   z = (double)rhs.z;
   w = (double)rhs.w;
   return;
}

vec2f::vec2f(const vec2 rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   return;
}

vec2f::vec2f(const vec3 rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   return;
}

vec2f::vec2f(const vec4 rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   return;
}

vec2f::vec2f(const vec3f rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   return;
}

vec2f::vec2f(const vec4f rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   return;
}

vec2f::vec2f(const vec2i rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   return;
}

vec2f::vec2f(const vec3i rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   return;
}

vec2f::vec2f(const vec4i rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   return;
}

vec3f::vec3f(const vec2 rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = 0;
   return;
}

vec3f::vec3f(const vec3 rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = (float)rhs.z;
   return;
}

vec3f::vec3f(const vec4 rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = (float)rhs.z;
   return;
}

vec3f::vec3f(const vec2f rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = 0;
   return;
}

vec3f::vec3f(const vec4f rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = (float)rhs.z;
   return;
}

vec3f::vec3f(const vec2i rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = 0;
   return;
}

vec3f::vec3f(const vec3i rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = (float)rhs.z;
   return;
}

vec3f::vec3f(const vec4i rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = (float)rhs.z;
   return;
}

vec4f::vec4f(const vec2 rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = 0;
   w = 0;
   return;
}

vec4f::vec4f(const vec3 rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = (float)rhs.z;
   w = 0;
   return;
}

vec4f::vec4f(const vec4 rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = (float)rhs.z;
   w = (float)rhs.w;
   return;
}

vec4f::vec4f(const vec2f rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = 0;
   w = 0;
   return;
}

vec4f::vec4f(const vec3f rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = (float)rhs.z;
   w = 0;
   return;
}

vec4f::vec4f(const vec2i rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = 0;
   w = 0;
   return;
}

vec4f::vec4f(const vec3i rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = (float)rhs.z;
   w = 0;
   return;
}

vec4f::vec4f(const vec4i rhs)
{
   x = (float)rhs.x;
   y = (float)rhs.y;
   z = (float)rhs.z;
   w = (float)rhs.w;
   return;
}

vec2i::vec2i(const vec2 rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   return;
}

vec2i::vec2i(const vec3 rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   return;
}

vec2i::vec2i(const vec4 rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   return;
}

vec2i::vec2i(const vec2f rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   return;
}

vec2i::vec2i(const vec3f rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   return;
}

vec2i::vec2i(const vec4f rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   return;
}

vec2i::vec2i(const vec3i rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   return;
}

vec2i::vec2i(const vec4i rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   return;
}

vec3i::vec3i(const vec2 rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = 0;
   return;
}

vec3i::vec3i(const vec3 rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = (int)rhs.z;
   return;
}

vec3i::vec3i(const vec4 rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = (int)rhs.z;
   return;
}

vec3i::vec3i(const vec2f rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = 0;
   return;
}

vec3i::vec3i(const vec3f rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = (int)rhs.z;
   return;
}

vec3i::vec3i(const vec4f rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = (int)rhs.z;
   return;
}

vec3i::vec3i(const vec2i rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = 0;
   return;
}

vec3i::vec3i(const vec4i rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = (int)rhs.z;
   return;
}

vec4i::vec4i(const vec2 rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = 0;
   w = 0;
   return;
}

vec4i::vec4i(const vec3 rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = (int)rhs.z;
   w = 0;
   return;
}

vec4i::vec4i(const vec4 rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = (int)rhs.z;
   w = (int)rhs.w;
   return;
}

vec4i::vec4i(const vec2f rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = 0;
   w = 0;
   return;
}

vec4i::vec4i(const vec3f rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = (int)rhs.z;
   w = 0;
   return;
}

vec4i::vec4i(const vec4f rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = (int)rhs.z;
   w = (int)rhs.w;
   return;
}

vec4i::vec4i(const vec2i rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = 0;
   w = 0;
   return;
}

vec4i::vec4i(const vec3i rhs)
{
   x = (int)rhs.x;
   y = (int)rhs.y;
   z = (int)rhs.z;
   w = 0;
   return;
}