private void RevreseFFT_Click(object sender, EventArgs e)
{
ImgFFT.InverseFFT(outtut);
ImgFFT.InverseFFT(outtut);
ImgFFT.InverseFFT(outtut);
Dehologram.Image = (Image)ImgFFT.Obj;
//Dehologram.Image = (Image)ImgFFT.Displayimage(output);
/*
* ImgFFT = new FFT(mtwithKey);
*
* ImgFFT.ForwardFFT();// Finding 2D FFT of Image
*
*
* ImgFFT.FFTShift();
* ImgFFT.FFTPlot(ImgFFT.FFTShifted);
* ImgFFT.InverseFFT();
* Dehologram.Image = (Image)ImgFFT.Obj;
*/
}
private void button2_Click(object sender, EventArgs e)
{
//ImgFFT.RemoveFFTShift();
ImgFFT.InverseFFT();
InvFourier.Image = (Image)ImgFFT.Obj;
}
private void button3_Click(object sender, EventArgs e)
{
//1. Create FFT Object
FFT FourObj;
FourObj = new FFT(bmp);
FourObj.ForwardFFT();// Finding 2D FFT of Image
FFT FourRef1;
FourRef1 = new FFT(bmp1);
FourRef1.ForwardFFT();// Finding 2D FFT of Image
FFT FourRef2;
FourRef2 = new FFT(bmp3);
FourRef2.ForwardFFT();// Finding 2D FFT of Image
FFT outTmp;
outTmp = new FFT(bmp);
//////////////////////////////////////////
for (int i = 0; i < 255; i++)
{
for (int j = 0; j < 255; j++)
{
outnew[i, j].real = FourObj.Output[i, j].real * FourRef1.Output[i, j].real * FourRef2.Output[i, j].real - FourObj.Output[i, j].imag * FourRef1.Output[i, j].real * FourRef2.Output[i, j].imag +
FourObj.Output[i, j].real * FourRef1.Output[i, j].imag * FourRef2.Output[i, j].imag + FourObj.Output[i, j].imag * FourRef1.Output[i, j].imag * FourRef2.Output[i, j].real;
outnew[i, j].imag = FourObj.Output[i, j].real * FourRef1.Output[i, j].real * FourRef2.Output[i, j].imag + FourObj.Output[i, j].imag * FourRef1.Output[i, j].real * FourRef2.Output[i, j].real -
FourObj.Output[i, j].real * FourRef1.Output[i, j].imag * FourRef2.Output[i, j].real + FourObj.Output[i, j].imag * FourRef1.Output[i, j].imag * FourRef2.Output[i, j].imag;
}
}
outTmp.InverseFFT(outnew);
// Dehologram.Image = (Image)ImgFFT.Obj;
int[,] FFTNormalized = new int[256, 256];
double max = (outnew[0, 0].real * outnew[0, 0].real + outnew[0, 0].imag * outnew[0, 0].imag);
for (int i = 0; i <= 255; i++)
{
for (int j = 0; j <= 255; j++)
{
if ((outnew[i, j].real * outnew[i, j].real + outnew[i, j].imag * outnew[i, j].imag) > max)//Math.Log
{
max = (outnew[i, j].real * outnew[i, j].real + outnew[i, j].imag * outnew[i, j].imag);
}
}
}
for (int i = 0; i <= 255; i++)
{
for (int j = 0; j <= 255; j++)
{
/* FFTLog[i, j] = FFTLog[i, j] / max;
* }
* for (i = 0; i <= Width - 1; i++)
* for (j = 0; j <= Height - 1; j++)
* {*/
FFTNormalized[i, j] = (int)(255 * (outnew[i, j].real * outnew[i, j].real + outnew[i, j].imag * outnew[i, j].imag) / max);
}
}
//Transferring Image to Fourier Plot
// FourierPlot = Displayimage(FFTNormalized);
Dehologram.Image = (Image)ImgFFT.Displayimage(FFTNormalized);
////////////////////////////////////////////////
}