void ReleaseDesignerOutlets()
{
if (ConversionStatus != null)
{
ConversionStatus.Dispose();
ConversionStatus = null;
}
if (ConversionProgress != null)
{
ConversionProgress.Dispose();
ConversionProgress = null;
}
if (FileToConvert != null)
{
FileToConvert.Dispose();
FileToConvert = null;
}
if (ConvertButton != null)
{
ConvertButton.Dispose();
ConvertButton = null;
}
if (OpenButton != null)
{
OpenButton.Dispose();
OpenButton = null;
}
}
private void ConvertButton_Click(object sender, EventArgs e)
{
//validate output scale settings
double scaleFactor;
bool isValidScaleFactor = double.TryParse(OutputScaleFactorText.Text, out scaleFactor);
if (isValidScaleFactor == false)
{
printNotification("Bad scale factor.", Color.Red);
return; //do not proceed with conversion
}
//store conversion values (in case user changes them during conversion)
conversionFilesConverted = 0;
conversionSkipAlreadyConvertedFiles = InputSkipConvertedCheck.Checked;
conversionOutputDataType = (OutputDataTypeCombo.SelectedIndex == 0) ? DataType.GDT_UInt16 : DataType.GDT_Float32;
conversionOutputScaleFactor = scaleFactor;
conversionApplyFineTuningCal = OutputApplyFineTuneCalibrationsCheck.Checked;
if (InputTypeRadioFolder.Checked == true) //convert whole folder of files
{
processingMultipleFiles = true;
setControlAvailabilityDuringProcessing(true); //enable/disable appropriate interface buttons
//get a list of all NITF files in folder
string[] inputFiles;
try {
string[] extensions = { ".ntf", ".nitf" };
inputFiles = Directory.GetFiles(InputFolderText.Text, "*.*").Where(f => extensions.Contains(System.IO.Path.GetExtension(f).ToLower())).ToArray();
printNotification(inputFiles.Length + " files found in folder.");
} catch (Exception ex) {
printNotification("Bad path. Aborting.", Color.Red);
return;
}
//generate input/output file names for all files
filesToConvert = new FileToConvert[inputFiles.Length];
for (int i = 0; i < filesToConvert.Length; i++)
{
filesToConvert[i] = new FileToConvert();
filesToConvert[i].NITFFilename = inputFiles[i];
filesToConvert[i].IMDTarFilename = Path.GetDirectoryName(inputFiles[i]) + "\\" + Path.GetFileNameWithoutExtension(inputFiles[i]) + ".imd"; //try IMD file first
if (File.Exists(filesToConvert[i].IMDTarFilename) == false)
{
filesToConvert[i].IMDTarFilename = filesToConvert[i].IMDTarFilename.Substring(0, filesToConvert[i].IMDTarFilename.Length - 4) + ".tar"; //try tar if IMD not present
}
filesToConvert[i].outputFilename = Path.GetDirectoryName(inputFiles[i]) + "\\" + Path.GetFileNameWithoutExtension(inputFiles[i]) + "_cal";
}
StatusBarLabel.Text = "Conversion started";
//start conversion process
startConvertingNextFile();
}
else //convert a single file
//generate input/output file names for specified file
{
try {
filesToConvert = new FileToConvert[1];
filesToConvert[0] = new FileToConvert();
filesToConvert[0].NITFFilename = InputFileNITFText.Text;
filesToConvert[0].IMDTarFilename = InputFileIMDText.Text;
filesToConvert[0].outputFilename = Path.GetDirectoryName(InputFileNITFText.Text) + "\\" + Path.GetFileNameWithoutExtension(InputFileNITFText.Text) + "_cal";
} catch (Exception ex) {
printNotification("Bad file. Aborting,", Color.Red);
return; //do not proceed with conversion
}
processingMultipleFiles = false;
setControlAvailabilityDuringProcessing(true); //enable/disable appropriate interface buttons
StatusBarLabel.Text = "Conversion started";
//start conversion process
startConvertingNextFile();
}
}
