private void ImportPerformanceCurve(string gameExecutablePath)
{
PerformanceCurve = new PerformanceCurve();
using (var executableConnection = new ExecutableConnection(gameExecutablePath))
{
PerformanceCurve.ImportData(executableConnection, LanguageResources);
}
}
public double[] GetPerformanceFlowValues(int?rpm = null)
{
if (rpm == null)
{
return(PerformanceCurve.Select(x => x.FlowRate).ToArray());
}
else if (DynamicPerformanceCurves.Any(x => x.Rpm == rpm))
{
return(DynamicPerformanceCurves.First(x => x.Rpm == rpm).GetPerformanceFlowValues());
}
else
{
var maxPerformanceFlowValues = DynamicPerformanceCurves.First(x => x.Rpm == DynamicPerformanceCurves.Max(y => y.Rpm)).PerformanceCurve.Select(x => x.FlowRate).ToArray();
var p = GetPerformancePolynom((int)rpm);
var pLim = UpperPerformanceCurveLimit;
var result = new List <double>();
var isLastPoint = true;
foreach (var q in maxPerformanceFlowValues)
{
var h = (p.Polyval(q));
if (h >= pLim.Polyval(q))
{
result.Add(q);
}
else if (isLastPoint)
{
isLastPoint = false;
var crossPoints = p.GetCrossPoints(pLim);
if (crossPoints.Length == 1)
{
result.Add(crossPoints[0]);
}
}
}
return(result.ToArray());
//var maxRpmCurve = DynamicPerformanceCurves.First(x => x.Rpm == DynamicPerformanceCurves.Max(y => y.Rpm)).PerformanceCurve;
//return maxRpmCurve.Select(x => x.FlowRate).ToArray();
}
}
public double[] GetPerformanceFlowValues()
{
return(PerformanceCurve.Select(x => x.FlowRate).ToArray());
}
public double[] GetPerformanceHeadValues()
{
return(PerformanceCurve.Select(x => x.TotalDynamicHead).ToArray());
}
