/// <summary>
/// Constructor initializes
/// </summary>
/// <param name="planetaryPositions">List with planetary positions</param>
/// <param name="housePositionSet">List with house positions</param>
/// <param name="transitPositions">List with transits</param>
/// <param name="secundaryPositions">List with secundary positions</param>
/// <param name="aspectTypes">List with aspect types</param>
/// <param name="progOrb">ORbis for progressions</param>
public ProgAnalysis(ArrayList planetaryPositions, HousePositionSet housePositionSet, ArrayList transitPositions, ArrayList secundaryPositions, ArrayList aspectTypes, int progOrb)
{
this.aspectTypes = aspectTypes;
this.progOrb = progOrb;
calcAspects4Transits(planetaryPositions, housePositionSet, transitPositions);
calcAspects4Secundary(planetaryPositions, housePositionSet, secundaryPositions);
}
private void calcAspects4Secundary(ArrayList radixPositions, HousePositionSet housePositionSet, ArrayList progPositions)
{
double radixPos;
double progPos;
int progId;
this.secundaryAspectMatches = new ArrayList();
for (int i = 0; i < progPositions.Count; i++)
{
progPos = ((PlanetaryPosition)progPositions[i]).longitude;
progId = ((PlanetaryPosition)progPositions[i]).planetId;
// check planetary positions
for (int j = 0; j < radixPositions.Count; j++)
{
radixPos = ((PlanetaryPosition)radixPositions[j]).longitude;
compareIt(radixPos, progPos, j, progId);
}
// check additional points
double asc = housePositionSet.getAsc();
compareIt(asc, progPos, Constants.SE_ASC_AS_BODY, progId);
double mc = housePositionSet.getMC();
compareIt(mc, progPos, Constants.SE_MC_AS_BODY, progId);
}
}
private void constructPositions()
{
double[] x = Sweph.getHouses(jdnr, latitude, longitude, houseSystem);
housePositionSet = new HousePositionSet(houseSystem, x);
}
