public DemoImageFile(HSIImage image, Form1 form, string p_xi_devive_sn)
{
exp_time_image = form.exp_time;
filterRangeStart = form.filterRangeStart;
filterRangeEnd = form.filterRangeEnd;
maximizeMode = form.maximizeMode;
statusParallelProcessing = form.statusParallelProcessing;
compareSpectraMode = form.compareSpectraMode;
pictureStretchMode = form.pictureStretchMode;
derivationMode = form.derivationMode;
distanceMode = form.distanceMode;
resolutionMode = form.resolutionMode;
imageViewMode = form.imageViewMode;
numFramesToAvg = form.numFramesToAvg;
xi_devive_sn = p_xi_devive_sn;
sensor_height = image.sensor_height;
sensor_width = image.sensor_width;
bands = image.bands;
MAX_MATERIALS = image.MAX_MATERIALS;
exp_time_white = image.exp_time_white;
measured = image.measured;
darkMeasured = image.darkMeasured;
whiteMeasured = image.whiteMeasured;
numMaterialsToUse = image.numMaterialsToUse;
whiteImageRAW = new int[sensor_height, sensor_width];
darkImageRAW = new int[sensor_height, sensor_width];
spectrum = new double[MAX_MATERIALS + 1, bands];
for (int i = 0; i < sensor_height; i++)
{
for (int j = 0; j < sensor_width; j++)
{
int[,] array = darkImageRAW;
int num = i;
int num2 = j;
int num3 = image.darkImageRAW[i, j];
array[num, num2] = num3;
int[,] array2 = whiteImageRAW;
int num4 = i;
int num5 = j;
int num6 = image.whiteImageRAW[i, j];
array2[num4, num5] = num6;
}
}
for (int k = 0; k < MAX_MATERIALS + 1; k++)
{
for (int l = 0; l < bands; l++)
{
double[,] array3 = spectrum;
int num7 = k;
int num8 = l;
double num9 = image.spectrum[k, l];
array3[num7, num8] = num9;
}
}
modus = 1;
dataSet = true;
}
public bool setDemoSettings(HSIImage image, Form1 form)
{
if (modus != 0 || !dataSet)
{
return(false);
}
form.exp_time = exp_time_image;
form.filterRangeStart = filterRangeStart;
form.filterRangeEnd = filterRangeEnd;
form.maximizeMode = maximizeMode;
form.statusParallelProcessing = statusParallelProcessing;
form.compareSpectraMode = compareSpectraMode;
form.pictureStretchMode = pictureStretchMode;
form.derivationMode = derivationMode;
form.distanceMode = distanceMode;
form.resolutionMode = resolutionMode;
form.imageViewMode = imageViewMode;
form.numMaterials = numMaterialsToUse;
form.numFramesToAvg = numFramesToAvg;
image.exp_time_white = exp_time_white;
image.measured = measured;
image.darkMeasured = darkMeasured;
image.whiteMeasured = whiteMeasured;
image.numMaterialsToUse = numMaterialsToUse;
for (int i = 0; i < sensor_height; i++)
{
for (int j = 0; j < sensor_width; j++)
{
int[,] array = image.darkImageRAW;
int num = i;
int num2 = j;
int num3 = darkImageRAW[i, j];
array[num, num2] = num3;
int[,] array2 = image.whiteImageRAW;
int num4 = i;
int num5 = j;
int num6 = whiteImageRAW[i, j];
array2[num4, num5] = num6;
}
}
for (int k = 0; k < MAX_MATERIALS + 1; k++)
{
for (int l = 0; l < bands; l++)
{
double[,] array3 = image.spectrum;
int num7 = k;
int num8 = l;
double num9 = spectrum[k, l];
array3[num7, num8] = num9;
}
}
return(true);
}
private bool saveHSIcube(HSIImage hsi_image, Bitmap newBitmap, bool useInterpolatedImage)
{
string arg = "";
string arg2 = "";
string arg3 = "";
int num = 0;
int num2 = 0;
NumberFormatInfo numberFormatInfo = new NumberFormatInfo();
numberFormatInfo.NumberDecimalSeparator = ".";
numberFormatInfo.NumberGroupSeparator = ",";
num = form.maximizeActive();
num2 = form.derivationActive();
if (num == 1)
{
arg2 = "values normalized";
}
switch (num2)
{
case 1:
arg3 = "1. derivation";
break;
case 2:
arg3 = "2. derivation";
break;
}
switch (xi_cameraModel)
{
case 308:
arg = "LS100-NIR";
break;
case 136:
arg = "SSM4x4-VIS";
break;
case 144:
arg = "SSM5x5-NIR";
break;
}
string text = $"{DateTime.Now:yyyyMMddHHmmss}";
imageFileNameStart = $"{arg}_{xi_device_sn}_{text}";
imageFileName = $"{imageFileDirectory}{imageFileNameStart}.hdr";
try
{
TextWriter textWriter = new StreamWriter(imageFileName);
textWriter.WriteLine("ENVI");
textWriter.WriteLine($"description = {{ XIMEA xiSpec {xi_device_name}, SerNr {xi_device_sn}, Sensor-SN {xi_sensor_sn}");
if (num == 1 || num2 != 0)
{
textWriter.WriteLine(string.Format("{0}{1}{2}", arg2, (num == 1 && num2 != 0) ? ", " : "", arg3));
}
textWriter.WriteLine($"date/time {text} }}");
textWriter.WriteLine("sensor type = IMEC {0}", arg);
textWriter.WriteLine("file type = ENVI Standard");
textWriter.WriteLine("header offset = 0");
if (useInterpolatedImage)
{
textWriter.WriteLine("samples = {0}", hsi_image.width_interpol);
textWriter.WriteLine("lines = {0}", hsi_image.height_interpol);
}
else
{
textWriter.WriteLine("samples = {0}", hsi_image.width_spatial);
textWriter.WriteLine("lines = {0}", hsi_image.height_spatial);
}
textWriter.WriteLine("bands = {0}", HSIParam.filter_nr_bands);
textWriter.WriteLine("data type = 12");
textWriter.WriteLine("interleave = bsq");
textWriter.WriteLine("byte order = 0");
textWriter.WriteLine("wavelength = {");
for (int i = 0; i < HSIParam.filter_nr_bands; i++)
{
textWriter.WriteLine(string.Format(" {0}{1}", HSIParam.array_wavelengths[HSIParam.spectrumPos_2_BandNr[i]].ToString(numberFormatInfo), (i >= HSIParam.filter_nr_bands - 1) ? "}" : ","));
}
textWriter.Close();
imageFileName = $"{imageFileDirectory}{imageFileNameStart}.bsq";
FileStream fileStream = new FileStream(imageFileName, FileMode.CreateNew);
BinaryWriter binaryWriter = new BinaryWriter(fileStream);
hsi_image.BSQwriteHSIImage(binaryWriter, useInterpolatedImage);
binaryWriter.Close();
fileStream.Close();
imageFileName = $"{imageFileDirectory}{imageFileNameStart}.tif";
SaveTiff16(newBitmap, imageFileName);
if (ausgabe != null)
{
ausgabe.AppendText($"HDR-file {imageFileNameStart} written\n");
ausgabe.ScrollToCaret();
}
}
catch
{
}
return(true);
}
