interpolationX.h

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#pragma once
//#include <iomanip>
 
#include "interpolation.h"
#include "gridX.h"
 
namespace dg{
 
namespace create{
 
template<class real_type>
dg::SparseMatrix<int, real_type, thrust::host_vector> interpolation( const thrust::host_vector<real_type>& x, const RealGridX1d<real_type>& g)
{
    return interpolation( x, g.grid());
}
 
template<class real_type>
dg::SparseMatrix<int, real_type, thrust::host_vector> interpolation( const thrust::host_vector<real_type>& x, const thrust::host_vector<real_type>& y, const aRealTopologyX2d<real_type>& g , dg::bc globalbcz = dg::NEU)
{
    return interpolation( x,y, g.grid(), globalbcz);
}
 
 
 
template<class real_type>
dg::SparseMatrix<int, real_type, thrust::host_vector> interpolation( const thrust::host_vector<real_type>& x, const thrust::host_vector<real_type>& y, const thrust::host_vector<real_type>& z, const aRealTopologyX3d<real_type>& g, dg::bc globalbcz= dg::NEU)
{
    return interpolation( x,y,z, g.grid(), globalbcz);
}
 
template<class real_type>
dg::SparseMatrix<int, real_type, thrust::host_vector> interpolation( const RealGridX1d<real_type>& g_new, const RealGridX1d<real_type>& g_old)
{
    return interpolation( g_new.grid(), g_old.grid());
}
template<class real_type>
dg::SparseMatrix<int, real_type, thrust::host_vector> interpolation( const aRealTopologyX2d<real_type>& g_new, const aRealTopologyX2d<real_type>& g_old)
{
    return interpolation( g_new.grid(), g_old.grid());
}
 
template<class real_type>
dg::SparseMatrix<int, real_type, thrust::host_vector> interpolation( const aRealTopologyX3d<real_type>& g_new, const aRealTopologyX3d<real_type>& g_old)
{
    return interpolation( g_new.grid(), g_old.grid());
}
 
template<class real_type>
thrust::host_vector<real_type> forward_transform( const thrust::host_vector<real_type>& in, const aRealTopologyX2d<real_type>& g)
{
    return forward_transform( in, g.grid());
}
}//namespace create
 
template<class real_type>
real_type interpolate(
    dg::space sp,
    const thrust::host_vector<real_type>& v,
    real_type x, real_type y,
    const aRealTopologyX2d<real_type>& g,
    dg::bc bcx = dg::NEU, dg::bc bcy = dg::NEU )
{
    return interpolate( sp, v, x, y, g.grid(), bcx, bcy);
}
 
} //namespace dg