private async Task <bool> ProvideAdditionalApproximation(Wave[] waves)
{
m_AdditionalApproximation = new AdditionalApproximation();
m_AproximatedWavePoints = null;
List <Wave> fit_waves = waves.ToList();
if (m_SysConf.UseBetterStatistic == true)
{
var waveSet = Averaging.GenerateWaveInRangeUniform(m_SysConf.waveLimits.min.lambda, m_SysConf.waveLimits.max.lambda, WAVE_COUNT);
Computation computation_engine = null;
computation_engine = computation_engine = new Computation(ref m_SysConf, waveSet);
computation_engine.Title = "XRay-tracing. Additional lines.";
computation_engine.WaveProcessed += new EventHandler <Wave>((obj, wave) =>
{
var index = -1;
for (int i = 0; i < waveSet.Length; ++i)
{
if (waveSet[i].lambda == wave.lambda && waveSet[i].intensity == wave.intensity)
{
index = i;
break;
}
}
if (index < waveSet.Length && index >= 0)
{
waveSet[index].Efficiency = wave.Efficiency;
waveSet[index].Emited = wave.Emited;
waveSet[index].Reflected = wave.Reflected;
}
});
this.IsEnabled = false;
computation_engine.Show();
var res = await computation_engine.StartXRayTracing();
computation_engine.Close();
this.IsEnabled = true;
string detectorFile = "results/Order_0/Detector.dmp";
var a_Detector = new Detector();
await Task.Factory.StartNew(() => a_Detector.ReadDetectorPlane(detectorFile));
await Task.Factory.StartNew(() => SetLinesMagnification(waveSet, a_Detector));
fit_waves.AddRange(waveSet);
}
m_AdditionalApproximation.MakeFitEfficiency(fit_waves.ToArray());
m_AdditionalApproximation.MakeFitMagnification(fit_waves.ToArray());
m_AproximatedWavePoints = m_AdditionalApproximation.GetApproximatedPoint(waves);
return(true);
}