/// <summary>
/// calculate and printout measured wavefront
/// </summary>
private void CalcWavefront()
{
//ConsoleKeyInfo waitKey;
float[,] wavefront = new float[WFS.MaxSpotY, WFS.MaxSpotX];
instrument.CalcWavefront(sampleWavefrontType, sampleOptionLimitToPupil, wavefront);
// Saving the wavefront to a csv
using (StreamWriter outFile = new StreamWriter(wavePath))
{
string content;
for (int i = 0; i < WFS.MaxSpotX; i++)
{
content = "";
for (int j = 0; j < WFS.MaxSpotY; j++)
{
content += Convert.ToString(wavefront[j, i]) + ", ";
}
outFile.WriteLine(content);
}
}
// print out some wavefront points
/*Console.WriteLine("\nWavefront in microns (first 5x5 elements)\n");
* for (int i = 0; i < samplePrintoutSpots; ++i)
* {
* for (int j = 0; j < samplePrintoutSpots; ++j)
* {
* Console.Write(" " + wavefront[i, j].ToString("F3"));
* }
* Console.WriteLine("");
* }*/
//Console.WriteLine("\nPress <ANY_KEY> to proceed...");
//waitKey = Console.ReadKey(true);
// calculate wavefront statistics within defined pupil
double wavefrontMin, wavefrontMax, wavefrontDiff, wavefrontMean, wavefrontRms, wavefrontWeightedRms;
instrument.CalcWavefrontStatistics(out wavefrontMin, out wavefrontMax, out wavefrontDiff, out wavefrontMean, out wavefrontRms, out wavefrontWeightedRms);
/*Console.WriteLine("\nWavefront Statistics in microns:");
* Console.WriteLine("Min : " + wavefrontMin.ToString("F3"));
* Console.WriteLine("Max : " + wavefrontMax.ToString("F3"));
* Console.WriteLine("Diff : " + wavefrontDiff.ToString("F3"));
* Console.WriteLine("Mean : " + wavefrontMean.ToString("F3"));
* Console.WriteLine("RMS : " + wavefrontRms.ToString("F3"));
* Console.WriteLine("Weigthed RMS : " + wavefrontWeightedRms.ToString("F3"));*/
}
private void CalcWavefront()
{
// ConsoleKeyInfo waitKey;
float[,] wavefront = new float[WFS.MaxSpotY, WFS.MaxSpotX];
instrument.CalcWavefront(sampleWavefrontType, sampleOptionLimitToPupil, wavefront);
// print out some wavefront points
Console.WriteLine("\nWavefront in microns (first 5x5 elements)\n");
for (int i = 0; i < samplePrintoutSpots; ++i)
{
for (int j = 0; j < samplePrintoutSpots; ++j)
{
Console.Write(" " + wavefront[i, j].ToString("F3"));
}
Console.WriteLine("");
}
//Console.WriteLine("\nPress <ANY_KEY> to proceed...");
//waitKey = Console.ReadKey(true);
// calculate wavefront statistics within defined pupil
double wavefrontMin, wavefrontMax, wavefrontDiff, wavefrontMean, wavefrontRms, wavefrontWeightedRms;
instrument.CalcWavefrontStatistics(out wavefrontMin, out wavefrontMax, out wavefrontDiff, out wavefrontMean, out wavefrontRms, out wavefrontWeightedRms);
Console.WriteLine("\nWavefront Statistics in microns:");
Console.WriteLine("Min : " + wavefrontMin.ToString("F3"));
Console.WriteLine("Max : " + wavefrontMax.ToString("F3"));
Console.WriteLine("Diff : " + wavefrontDiff.ToString("F3"));
Console.WriteLine("Mean : " + wavefrontMean.ToString("F3"));
Console.WriteLine("RMS : " + wavefrontRms.ToString("F3"));
Console.WriteLine("Weigthed RMS : " + wavefrontWeightedRms.ToString("F3"));
}
