#ifndef HDR_H
#define HDR_H
#include <Windows.h>
#include <GdiPlus.h>
#include <vector>
#include "MatriceT.h"
typedef struct PointD
{
double x;
double y;
double angle;
}PointD;
INT GetEncoderClsid(const WCHAR* format, CLSID* pClsid);
template<typename T>
void laplace(WCHAR*,MatriceT<T>,WCHAR* out=L"laplace.bmp");
void average(std::vector<WCHAR*>,WCHAR* out=L"average.bmp");
void grayscale(WCHAR*,WCHAR* out=L"grayscale.bmp");
void inverse(WCHAR*,WCHAR* out=L"inverse.bmp");
int gauss(WCHAR*,WCHAR* out=L"gauss.bmp",double sigma=0.35);
void saturation(WCHAR*,WCHAR* out=L"saturation.bmp",int d=255);
PointD tosat(double,double);
Gdiplus::ARGB toRVB(PointD);
void median(WCHAR*, WCHAR* out=L"median.bmp");
std::vector<int> sort(std::vector<int>);
void DCT(WCHAR*, WCHAR* out=L"DCT.bmp");
int frequence(int,int,int);
void mul(std::vector<WCHAR*>,WCHAR* out=L"mul.bmp",int k=1);
void add(std::vector<WCHAR*>,WCHAR* out=L"add.bmp");
void seuil(WCHAR*,WCHAR* out=L"seuil.bmp",unsigned int niv=127);
void exposure_fusion(std::vector<WCHAR*>,WCHAR* out=L"final.bmp");
#endif
