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#ifndef COMMON_H
#define COMMON_H
#include "include/helper_math.h"
/**
template <class T> class vect_t2;
template <class T> class vect_t3;
template <class T> class vect_t4;
//this feels so hacky... idk why people are so scared of metaprogramming
template <> class vect_t2<double> { public: using vect_t = double2; };
template <> class vect_t3<double> { public: using vect_t = double3; };
template <> class vect_t4<double> { public: using vect_t = double4; };
template <> class vect_t2<float> { public: using vect_t = float2; };
template <> class vect_t3<float> { public: using vect_t = float3; };
template <> class vect_t4<float> { public: using vect_t = float4; };
template <class T, class X> __device__ T vect_create(X x);
template <class T, class X, class Y, class Z> __device__ T vect_create(X x, Y y, Z z);
//I have no fucking clue if this is right, check me later ig
template <class float3, class X> __device__ inline float3 vect_create<float3>(X x) { return make_float3(x); }
template <class float3, class X, class Y, class Z> __device__ inline float3 vect_create<float3>(X x, Y y, Z z) { return make_float3(x, y, z); }
**/
/** I'm not sure weather float or double percision is nessesary. I was using
templates, but this changes the structure of my entire project in unwanted
ways, so I'm switching over to typedefs. **/
typedef float2 vect_t2;
typedef float3 vect_t3;
typedef float4 vect_t4;
typedef float T;
#define vect1to3(x) (make_float3(x))
#define make_vect(x, y, z) (make_float3(x, y, z))
#endif
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