///////////////////////////////////////////////////////////////////////
// When a setting in the filter list changes this will get called by
// the application.
///////////////////////////////////////////////////////////////////////
void Experiment_SettingChanged(object sender, SettingChangedEventArgs e)
{
// Setting name
string settingName = ": Setting:" + e.Setting;
// Setting value
string settingValue = " Value: " + theExperiment_.GetValue(e.Setting).ToString();
// Time Stamp
DateTimeOffset dateTimeOffset = DateTimeOffset.Now;
// Stream Writer Set to append if the file is there
using (StreamWriter fs = new StreamWriter(fullName_, true))
{
if (fs != null)
{
fs.WriteLine(dateTimeOffset.ToString() + settingName + settingValue);
}
}
}
///////////////////////////////////////////////////////////////////////
// The first index of the filemanager's GetRecentlyAcquireFileNames is
// always the last file acquired..
///////////////////////////////////////////////////////////////////////
void ShowImageDataFromLastAcquire()
{
// Expected resulting file name
string resultName
= (string)experiment_.GetValue(ExperimentSettings.AcquisitionOutputFilesResult);
// Open the last acquired file
IList <string> files
= fileManager_.GetRecentlyAcquiredFileNames();
// Is our result in the acquired
if (files.Contains(resultName))
{
// Open file
IImageDataSet dataSet
= fileManager_.OpenFile(resultName, FileAccess.Read);
// Stop processing if we do not have all frames
if (dataSet.Frames != frames_)
{
// Close the file
fileManager_.CloseFile(dataSet);
throw new ArgumentException("Frames are not equal");
}
// Cache image data
Array imageData
= dataSet.GetFrame(0, frames_ - 1).GetData();
// Cache the frame
IImageData imageFrame
= dataSet.GetFrame(0, frames_ - 1);
// Print some of the cached data
PrintData(imageData, imageFrame);
// Close the file
fileManager_.CloseFile(dataSet);
}
}