private void Write(OmaReaderSingleResult OmaReaderSingleResult, computeLensResponseDTO response, OmaEvent OmaEvent)
{
AbstractSurfaceOmaWriter <threeDimensionalPointDTO> surfaceOmaWriter;
OutputFormat outputFormat;
outputFormat = Enum.TryParse(configuration.AppSettings.Settings[OUTPUT_FORMAT].Value, out outputFormat) ? outputFormat : OutputFormat.sdf;
switch (outputFormat)
{
case OutputFormat.sdf:
surfaceOmaWriter = SDFWriter;
break;
case OutputFormat.hmf:
surfaceOmaWriter = HMFWriter;
break;
default:
surfaceOmaWriter = XYZWriter;
break;
}
surfaceOmaWriter.Write(OmaReaderSingleResult, response);
string surfaceFilePath = surfaceOmaWriter.SurfaceFilePath(OmaReaderSingleResult);
IFilePathOmaBuilder filePathOmaBuilder;
switch (outputFormat)
{
case OutputFormat.sdf:
filePathOmaBuilder = new SingleFilePathOmaBuilder(surfaceFilePath);
break;
default:
switch (OmaReaderSingleResult)
{
case OmaReaderLeftResult OmaReaderLeftResult:
filePathOmaBuilder = new DoubleFilePathOmaBuilder(null, surfaceFilePath);
break;
default:
filePathOmaBuilder = new DoubleFilePathOmaBuilder(surfaceFilePath, null);
break;
}
break;
}
AnalysisWriter.Write(OmaReaderSingleResult, response);
OmaWriter.Write(OmaReaderSingleResult, response, surfaceFilePath, filePathOmaBuilder);
Logger.LogEvent(OmaEvent, EventLogEntryType.Information, EventTypes.Result);
}
private void Stop(StudentAction action)
{
Time.timeScale = 0f;
extender.OnStop(action);
//calculate
calculator.CalculateScores(action);
//screenshot
if (takeScreenShot)
{
writer.CaptureScreenShotPNG(calculator.ScreenShotName);
}
//record
writer.Write(calculator.CurrentLine);
done = true;
}