private void SetupForTesting(int Nparticles)
{
double gradScaleFactor = 3000.0;
double MinRad = 40.0;
double MaxRad = 50.0;
List<string> FFtype = new List<string>(new string[] { "SoftSpheres", "ExternalField" });
ParticleStaticObjects.AtomPropertiesDefinition.Clear();
ParticleStaticObjects.AtomPropertiesDefinition.addParticleDefinition(2, unchecked((int)0xc00A32FF), 0, 50); // neon blue
ParticleStaticObjects.AtomPropertiesDefinition.addParticleDefinition(4, unchecked((int)0xc0FF0A32), 1, 49); // red
ParticleStaticObjects.AtomPropertiesDefinition.addParticleDefinition(6, unchecked((int)0xc0320AFF), 2, 45); // purple
ParticleStaticObjects.AtomPropertiesDefinition.addParticleDefinition(9.2, unchecked((int)0xc026D8FF), 3, 43); // sky blue // 0xc032FF0A, 3, 43); // green
ParticleStaticObjects.AtomPropertiesDefinition.addParticleDefinition(12.6, unchecked((int)0xc0FF320A), 4, 38); // orange
ParticleStaticObjects.ReSeedRandom(42);
Ensemble1 = new ParticleEnsemble(Nparticles, MinRad, MaxRad, FFtype, m_SizeY, m_SizeX, gradScaleFactor);
Field = new ExternalField(Ensemble1);
double[] background = new double[m_NumberOfPixels];
for (int i = 0; i < m_NumberOfPixels; i++)
{
background[i] = 512;
}
Field.IncrementGrabberCalls(); // increment the number of grabber calls
Field.BackgroundCalibration(m_NumberOfPixels, background); // in order to simply set the background to zero
Field.SetCalibrating(false);
}
