#include "Builder.h"

#include <xnamath.h>

#include <complex>

MeteoDataLoader::MeteoDataLoader (std::string cosmomesh,

std::string fronts,

std::string height,

Direct3DProcessor* proc)

try :

data_ (),

frontColors_ (new float [DATA_WIDTH*DATA_HEIGHT*SLICES*HOURS])

{

FILE* currentFile = nullptr;

fopen_s (&currentFile, cosmomesh.c_str (), "rb");

if (!currentFile)

_EXC_N (NULL_THIS, "Failed to open file \"%s\"" _ cosmomesh.c_str ());

fread (&data_.latitude (0, 0), sizeof (float), DATA_WIDTH * DATA_HEIGHT, currentFile);

fread (&data_.longitude (0, 0), sizeof (float), DATA_WIDTH * DATA_HEIGHT, currentFile);

fread (&data_.ground (0, 0), sizeof (float), DATA_WIDTH * DATA_HEIGHT, currentFile);

fclose (currentFile);

fopen_s (&currentFile, fronts.c_str (), "rb");

if (!currentFile)

_EXC_N (NULL_THIS, "Failed to open file \"%s\"" _ fronts.c_str ());

fread (&data_.front (0, 0, 0, 0), sizeof (float), DATA_WIDTH * DATA_HEIGHT * SLICES * HOURS, currentFile);

fclose (currentFile);

fopen_s (&currentFile, height.c_str (), "rb");

if (!currentFile)

_EXC_N (NULL_THIS, "Failed to open file \"%s\"" _ height.c_str ());

fread (&data_.height(0, 0, 0, 0), sizeof (float), DATA_WIDTH * DATA_HEIGHT * SLICES * HOURS, currentFile);

fclose (currentFile);

//CreateAll (proc);

}

_END_EXCEPTION_HANDLING (CTOR)

void MeteoDataLoader::Float2Color() const

}

float* MeteoDataLoader::Offset(short x, short y, short slice, char hour) const

{

return frontColors_ + hour * (SLICES * DATA_HEIGHT * DATA_WIDTH) +

slice * (DATA_HEIGHT * DATA_WIDTH) +

y * DATA_WIDTH +

x;

}

void MeteoDataLoader::ok ()

{

DEFAULT_OK_BLOCK

}

MeteoDataLoader::~MeteoDataLoader ()

{

delete[] frontColors_;

}

MeteoData_t::MeteoData_t ()

try :

latitude_ (new float [DATA_WIDTH*DATA_HEIGHT]),

longitude_ (new float [DATA_WIDTH*DATA_HEIGHT]),

ground_ (new float [DATA_WIDTH*DATA_HEIGHT]),

fronts_ (new float [DATA_WIDTH*DATA_HEIGHT*SLICES*HOURS]),

height_ (new float [DATA_WIDTH*DATA_HEIGHT*SLICES*HOURS])

{

}

_END_EXCEPTION_HANDLING (CTOR)

MeteoData_t::~MeteoData_t ()

{

delete [] latitude_;

latitude_ = nullptr;

delete[] longitude_;

longitude_ = nullptr;

delete[] ground_;

ground_ = nullptr;

delete [] fronts_;

fronts_ = nullptr;

delete[] height_;

height_ = nullptr;

}

float & MeteoData_t::latitude (short x, short y) const

{

//printf ("%d %d\n", y, x);

return latitude_[y*DATA_WIDTH + x];

}

float & MeteoData_t::longitude (short x, short y) const

{

return longitude_[y*DATA_WIDTH+ x];

}

float & MeteoData_t::ground (short x, short y) const

{

return ground_[y*DATA_WIDTH + x];

}

float & MeteoData_t::front (short x, short y, short slice, char hour) const

{

return fronts_[hour * (SLICES * DATA_HEIGHT * DATA_WIDTH) + slice * (DATA_HEIGHT * DATA_WIDTH) + y * DATA_WIDTH + x];

}

float & MeteoData_t::height (short x, short y, short slice, char hour) const

{

return height_[hour * (SLICES * DATA_HEIGHT * DATA_WIDTH) + slice * (DATA_HEIGHT * DATA_WIDTH) + y * DATA_WIDTH + x];

}