public static void Render(FormulaTree formulaTree, Range[] ranges, Size imageSize, ColorTransformation colorTransformation,
bool reevaluateValues, int threadsCount, FormulaRenderResult formulaRenderResult)
{
using (ProgressReporter.CreateScope())
{
double evaluationSpan = 0;
if (reevaluateValues)
{
evaluationSpan = 0.93;
using (ProgressReporter.CreateScope(evaluationSpan))
{
EvaluateFormula(formulaTree, ranges, imageSize, threadsCount, formulaRenderResult.EvaluatedValuesBuffer);
}
}
using (ProgressReporter.CreateScope(1 - evaluationSpan))
{
Render(colorTransformation, formulaRenderResult, threadsCount);
}
}
}
public FormulaRenderArguments(FormulaTree formulaTree, Range[] ranges, ColorTransformation colorTransformation)
{
FormulaTree = formulaTree;
Ranges = ranges;
ColorTransformation = colorTransformation;
}
private static void Render(ColorTransformation colorTransformation, FormulaRenderResult formulaRenderResult, int threadsCount)
{
Stopwatch mapToRgbStopwatch = new Stopwatch();
mapToRgbStopwatch.Start();
ProgressReporter.CreateScope(3);
MapToColorChannel(colorTransformation.RedChannelTransformation, formulaRenderResult.EvaluatedValuesBuffer, threadsCount, formulaRenderResult.ColorTranformedValuesBuffer, formulaRenderResult.RedChannel);
ProgressReporter.Increase();
MapToColorChannel(colorTransformation.GreenChannelTransformation, formulaRenderResult.EvaluatedValuesBuffer, threadsCount, formulaRenderResult.ColorTranformedValuesBuffer, formulaRenderResult.GreenChannel);
ProgressReporter.Increase();
MapToColorChannel(colorTransformation.BlueChannelTransformation, formulaRenderResult.EvaluatedValuesBuffer, threadsCount, formulaRenderResult.ColorTranformedValuesBuffer, formulaRenderResult.BlueChannel);
ProgressReporter.Complete();
mapToRgbStopwatch.Stop();
}
