public void CreateAspectsCollection(List <SpaceObjectData> lstSO1)
{
InitRedBuletsStatic(lstSO1);
_aspects = new List <Aspect>();
for (int i = 0; i < lstSO1.Count; ++i)
{
SpaceObject so1 = lstSO1[i]._so;
for (int j = i + 1; j < lstSO1.Count; ++j)
{
SpaceObject so2 = lstSO1[j]._so;
double dLambda = Math.Abs(so1.Lambda - so2.Lambda);
if (dLambda > 180)
{
dLambda = 360 - dLambda;
}
AspectType at = GetAspectType(dLambda, so1.PlanetType, so2.PlanetType);
if (at == AspectType.AT_CONJUNCTION)
{
lstSO1[i].IsRed = lstSO1[j].IsRed = true;
}
if (at != AspectType.AT_NONE)
{
double l10 = so1.Lambda;
double l20 = so2.Lambda;
double[] do1 = so1.GetDynPosition();
double[] do2 = so2.GetDynPosition();
double delta2 = Math.Abs((int)at - Math.Abs(do1[0] - do2[0]));
double delta1 = Math.Abs((int)at - Math.Abs(l10 - l20));
bool IsConvergative = false;
if (delta2 < delta1)
{
IsConvergative = true;
}
_aspects.Add(new Aspect()
{
Angle = Math.Abs(dLambda),
PlanetType1 = so1.PlanetType,
PlanetType2 = so2.PlanetType,
IsConvergative = IsConvergative,
_aspect_data = (AspectData)_AspectsDataCollection.Where(x => x.Angle == ((decimal)at)).FirstOrDefault()
});
}
}
}
}
