private void pEntropyRun_implant(int numberOfCases, string csvFile, bool useThreads)
{
reset();
clearAbortFlagFunc?.Invoke();
string emailString;
bool simState = entropyRunCore(numberOfCases, row: 0, col: 0, csvFile, useThreads, tileHandling: false, implantMode: true, doPASearch: false);
switch (simState)
{
case false:
emailString = "Implant run aborted";
break;
default:
emailString = "Implant run completed";
break;
}
// Assume user error if perJob is set and not onCompletion.
// We'll use simulationSettings here just because legacy put the settings there and it's the easiest option.
if (commonVars.getNonSimulationSettings().emailOnCompletion&& numberOfCases > 1)
{
Email.Send(commonVars.getNonSimulationSettings().host, commonVars.getNonSimulationSettings().port, commonVars.getNonSimulationSettings().ssl, emailString, lastSimResultsOverview, commonVars.getNonSimulationSettings().emailAddress, commonVars.getNonSimulationSettings().emailPwd);
}
if (numberOfCases > 1)
{
implantResultPackage.getMeanAndStdDev();
updateStatus?.Invoke(lastSimResultsOverview);
}
postSimUIFunc?.Invoke();
}
private void pUpdatePreview(SimResultPackage resultPackage)
{
if (Monitor.IsEntered(varianceContext.previewLock))
{
updatePreview(resultPackage.getPreviewResult().getSimShapes(), resultPackage.getPreviewResult().getPreviewShapes(),
resultPackage.getPreviewResult().getPoints(), resultPackage.getMeanAndStdDev());
}
}
private void entropyRunCore_implant_singleThread(bool previewMode, int numberOfCases)
{
const int numberOfResultsFields = 1;
// Let's sample this
const int sampleRate = 100;
setSampler_implant(numberOfCases, previewMode);
sampler_implant.sample(false);
sw.Start();
implantResultPackage = new SimResultPackage(ref varianceContext.implantPreviewLock, numberOfCases, numberOfResultsFields);
sw.Reset();
for (int i = 0; i < numberOfCases; i++)
{
sw.Start();
currentProgress = i + 1;
try
{
// Get the results from the implant calc engine.
ChaosSettings_implant cs = sampler_implant.getSample(i);
implantResultPackage.Add(entropyEval_implant(cs));
if (numberOfCases == 1 || currentProgress % sampleRate == 0)
{
// Update the preview configuration.
if (implantResultPackage.getImplantResult(i).isValid())
{
if (numberOfCases > 1)
{
try
{
resultString = implantResultPackage.getMeanAndStdDev();
}
catch (Exception)
{
// Non-critical if an exception is raised. Ignore and carry on.
}
}
else
{
// Need to workaround some oddness here. The .ToString() calls below seemed to turn "0.0" into blanks.
string tmp = Convert.ToDouble(implantResultPackage.getImplantResult(i).getResult()).ToString("0.##");
resultString += tmp + ",";
tmp = Convert.ToDouble(implantResultPackage.getImplantResult(i).getMin()).ToString("0.##");
resultString += tmp + ",";
tmp = Convert.ToDouble(implantResultPackage.getImplantResult(i).getMax()).ToString("0.##");
resultString += tmp;
}
updateImplantSimUIFunc?.Invoke(false, implantResultPackage, resultString);
}
// Force redraw. We could use the progress bar to repaint, though.
// Note that this is an ugly hack to also ensure we collect stop button presses.
forceImplantRepaintFunc?.Invoke();
}
}
catch (Exception)
{
// Reject the case - something happened.
}
// Nudge progress bar.
if (numberOfCases > 1)
{
timeOfFlight_implant(sw.Elapsed.TotalSeconds);
stepProgress?.Invoke();
}
// Check if user cancelled.
if (abortRunFunc == null)
{
continue;
}
abortRunFunc();
if (!commonVars.runAbort)
{
continue;
}
sw.Stop();
implantResultPackage.setState(false);
commonVars.runAbort = false; // reset state to allow user to abort save of results.
break;
}
implantResultPackage.setRunTime(sw.Elapsed.TotalSeconds);
sw.Stop();
}
