private void writeSVG(Results_implant currentResult, int resultEntry, int numberOfCases)
{
string svgFileName = baseFileName;
string paddingString = "D" + numberOfCases.ToString().Length; // count chars in the number of cases as a string, use that to define padding.
svgFileName += "_run" + resultEntry.ToString(paddingString) + ".svg";
SVGBuilder svg = new()
{
style =
{
brushClr = currentResult.getResistShapes()[0].getColor(),
penClr = currentResult.getResistShapes()[0].getColor()
}
};
// Active resist contour
svg.AddPolygons(currentResult.getResistShapes()[0].getPoints());
// Background resist contour
svg.style.brushClr = currentResult.getResistShapes()[1].getColor();
svg.style.penClr = currentResult.getResistShapes()[1].getColor();
svg.AddPolygons(currentResult.getResistShapes()[1].getPoints());
// Shadow
svg.style.brushClr = currentResult.getLine(Results_implant.lines.shadow).getColor();
svg.style.penClr = currentResult.getLine(Results_implant.lines.shadow).getColor();
svg.AddPolygons(currentResult.getLine(Results_implant.lines.shadow).getPoints());
svg.SaveToFile(svgFileName);
}
private void pSet(Results_implant newResult)
{
resistShapes = newResult.resistShapes.ToList();
shadowLine.setPoints(newResult.shadowLine.getPoints());
shadowLine.setColor(newResult.shadowLine.getColor());
minShadowLine.setPoints(newResult.minShadowLine.getPoints());
minShadowLine.setColor(newResult.minShadowLine.getColor());
maxShadowLine.setPoints(newResult.maxShadowLine.getPoints());
maxShadowLine.setColor(newResult.maxShadowLine.getColor());
valid = newResult.valid;
}
private void writeLayout_implant(Results_implant currentResult, int resultEntry, int numberOfCases, int type)
{
string layoutFileName = baseFileName;
string paddingString = "D" + numberOfCases.ToString().Length; // count chars in the number of cases as a string, use that to define padding.
layoutFileName += "_run" + resultEntry.ToString(paddingString);
int scale = 100; // for 0.01 nm resolution
GeoCore g = new();
g.reset();
GCDrawingfield drawing_ = new("")
{
accyear = (short)DateTime.Now.Year,
accmonth = (short)DateTime.Now.Month,
accday = (short)DateTime.Now.Day,
acchour = (short)DateTime.Now.Hour,
accmin = (short)DateTime.Now.Minute,
accsec = (short)DateTime.Now.Second,
modyear = (short)DateTime.Now.Year,
modmonth = (short)DateTime.Now.Month,
modday = (short)DateTime.Now.Day,
modhour = (short)DateTime.Now.Hour,
modmin = (short)DateTime.Now.Minute,
modsec = (short)DateTime.Now.Second,
databaseunits = 1000 * scale,
userunits = 0.001 / scale,
libname = "variance"
};
GCCell gcell_root = drawing_.addCell();
gcell_root.accyear = (short)DateTime.Now.Year;
gcell_root.accmonth = (short)DateTime.Now.Month;
gcell_root.accday = (short)DateTime.Now.Day;
gcell_root.acchour = (short)DateTime.Now.Hour;
gcell_root.accmin = (short)DateTime.Now.Minute;
gcell_root.accsec = (short)DateTime.Now.Second;
gcell_root.modyear = (short)DateTime.Now.Year;
gcell_root.modmonth = (short)DateTime.Now.Month;
gcell_root.modday = (short)DateTime.Now.Day;
gcell_root.modhour = (short)DateTime.Now.Hour;
gcell_root.modmin = (short)DateTime.Now.Minute;
gcell_root.modsec = (short)DateTime.Now.Second;
gcell_root.cellName = "implantCase" + resultEntry;
// Resist
for (int i = 0; i < 2; i++)
{
List <GeoLibPointF[]> resistPolys = currentResult.getResistShapes()[i].getPoints();
g.addLayerName("L" + (i + 1) + "D0", "resistPolys" + i);
foreach (GeoLibPoint[] ePoly in resistPolys.Select(t => GeoWrangler.resize_to_int(t, scale)))
{
gcell_root.addPolygon(ePoly.ToArray(), i + 1, 0);
}
}
// Shadowing line
List <GeoLibPointF[]> shadowLine = currentResult.getLine(Results_implant.lines.shadow).getPoints();
g.addLayerName("L2D0", "shadowLine");
foreach (GeoLibPoint[] ePoly in shadowLine.Select(t => GeoWrangler.resize_to_int(t, scale)))
{
gcell_root.addPolygon(ePoly.ToArray(), 2, 0);
}
g.setDrawing(drawing_);
g.setValid(true);
switch (type)
{
case (int)CommonVars.external_Type.gds:
gdsWriter gw = new(g, layoutFileName + ".gds");
gw.save();
break;
case (int)CommonVars.external_Type.oas:
oasWriter ow = new(g, layoutFileName + ".oas");
ow.save();
break;
}
}
private void entropyRunCore_implant_multipleThread(bool previewMode, int numberOfCases)
{
setSampler_implant(numberOfCases, previewMode);
sampler.sample(true, false);
const int numberOfResultsFields = 1;
implantResultPackage = new SimResultPackage(ref varianceContext.implantPreviewLock, numberOfCases, numberOfResultsFields);
multithreadWarningFunc?.Invoke();
// Set up timers for the UI refresh
commonVars.m_timer = new Timer {
AutoReset = true, Interval = CentralProperties.timer_interval
};
updateImplantSimUIMTFunc?.Invoke();
commonVars.m_timer.Start();
// Set our parallel task options based on user settings.
ParallelOptions po = new();
// Attempt at parallelism.
CancellationTokenSource cancelSource = new();
CancellationToken cancellationToken = cancelSource.Token;
switch (varianceContext.numberOfThreads)
{
case -1:
po.MaxDegreeOfParallelism = commonVars.HTCount;
break;
default:
po.MaxDegreeOfParallelism = varianceContext.numberOfThreads;
break;
}
if (commonVars.getImplantSettings_nonSim().getInt(EntropySettings_nonSim.properties_i.greedy) == 0)
{
if (po.MaxDegreeOfParallelism > 1) // avoid setting to 0
{
po.MaxDegreeOfParallelism -= 1;
}
}
try
{
Parallel.For(0, numberOfCases, po, (i, loopState) =>
{
try
{
ChaosSettings_implant cs = sampler_implant.getSample(i);
Results_implant currentResult = entropyEval_implant(cs);
if (currentResult.isValid()) // only update if result is valid.
{
try
{
{
if (commonVars.getImplantSettings_nonSim().getInt(EntropySettings_nonSim.properties_i.external) == 1 && baseFileName != "")
{
switch (commonVars.getImplantSettings_nonSim().getInt(EntropySettings_nonSim.properties_i.externalType))
{
case (int)CommonVars.external_Type.svg:
writeSVG(currentResult, i, numberOfCases);
break;
default:
writeLayout_implant(currentResult, i, numberOfCases, commonVars.getImplantSettings_nonSim().getInt(EntropySettings_nonSim.properties_i.externalType));
break;
}
}
implantResultPackage.Add(currentResult);
}
}
catch (Exception)
{
}
}
Interlocked.Increment(ref currentProgress);
forceImplantRepaintFunc?.Invoke();
abortRunFuncMT?.Invoke(implantResultPackage, cancelSource, cancellationToken);
}
catch (OperationCanceledException)
{
implantResultPackage.setState(false);
// ReSharper disable once AccessToDisposedClosure
commonVars.m_timer.Stop();
commonVars.runAbort = false; // reset state to allow user to abort save of results.
sw.Stop();
loopState.Stop();
}
}
);
}
catch (OperationCanceledException)
{
implantResultPackage.setState(false);
commonVars.runAbort = false; // reset state to allow user to abort save of results.
commonVars.m_timer.Stop();
sw.Stop();
}
catch (AggregateException)
{
commonVars.m_timer.Stop();
sw.Stop();
}
catch (Exception)
{
}
commonVars.m_timer.Stop();
commonVars.m_timer.Dispose();
implantResultPackage.setRunTime(swTime);
sw.Stop();
sw.Reset();
}
public void set(Results_implant newResult)
{
pSet(newResult);
}