protected bool matchesQuery(ChartData cd)
{
int planet = searchQuery[0];
int sign = searchQuery[1];
int house = searchQuery[2];
int aspect = searchQuery[3];
int planet2 = searchQuery[4];
AstroDefs.planet_positions pp = cd.CalculatePositions();
bool ok = true;
if (ok && sign > -1)
{
if (sign != AstroDefs.ephem_signForPosition(AstroDefs.ephem_positionOfPlanet(pp, planet)))
{
ok = false;
}
}
if (ok && house > -1)
{
float[] houses = cd.CalculateHouses(pp);
if (house != HouseCalc.houses_houseOfPosition(AstroDefs.ephem_positionOfPlanet(pp, planet), houses))
{
ok = false;
}
}
if (ok && aspect > -1 && planet2 > -1)
{
if (aspect != AstroDefs.getAspect(
AstroDefs.ephem_positionOfPlanet(pp, planet),
AstroDefs.ephem_positionOfPlanet(pp, planet2), AstroDefs.DEFAULT_ORBS))
{
ok = false;
}
}
return(ok);
}
public float[] CalculateHouses(AstroDefs.planet_positions pp)
{
float[] houses = new float[12];
HouseCalc.calcHouses(ref houses, pp, HouseSystem, Latitude, Longitude);
return(houses);
}
public AstroDefs.planet_positions CalculatePositions(bool noPlanets)
{
//AstroDefs.EPHEM_YEAR preloadedYear = null;
//TZInfo.SimpleTime st;
if (TimeZone != TimeZoneDeviceLocal)
{
TZInfo tz;
if (zoneCache.ContainsKey(TimeZone.Trim()))
{
tz = zoneCache[TimeZone.Trim()];
}
else
{
tz = new TZInfo(TimeZone.Trim());
zoneCache[TimeZone.Trim()] = tz;
}
//TZInfo tz = new TZInfo(TimeZone);
utcTime = tz.toUTC(Year, Month, Day, Hour, Minute);
}
else
{
DateTime dt = new DateTime(Year, Month, Day, Hour, Minute, 0, DateTimeKind.Local);
DateTime utc = dt.ToUniversalTime();
utcTime = new TZInfo.SimpleTime();
utcTime.year = utc.Year;
utcTime.month = utc.Month;
utcTime.day = utc.Day;
utcTime.hour = utc.Hour;
utcTime.minute = utc.Minute;
}
AstroDefs.planet_positions pp;
if (noPlanets)
{
pp = AstroDefs.NULLpositions();
pp.gmtTime = AstroDefs.hmsToHours(utcTime.hour, utcTime.minute, 0);
pp.gmt0sideralTime = (float)AstroDefs.calcGmtSideralTime(utcTime.year, utcTime.month, utcTime.day, 0, 0);
}
else
{
//AstroDefs.EPHEM_YEAR yearCache = null;
if (preloadedYear != null && preloadedYear.days[0].year == utcTime.year)
{
lastUsed = 1;
//yearCache = preloadedYear;
}
else if (preloadedYear2 != null && preloadedYear2.days[0].year == utcTime.year)
{
lastUsed = 2;
//yearCache = preloadedYear2;
}
else
{
if (lastUsed == 1)
{
lastUsed = 2;
//yearCache = preloadedYear2;
}
else
{
lastUsed = 1;
//yearCache = preloadedYear;
}
}
if (lastUsed == 1)
{
pp = AstroDefs.ephem_calculateRecForGmt(
utcTime.year, utcTime.month, utcTime.day, utcTime.hour, utcTime.minute, 0,
ref preloadedYear);
}
else
{
pp = AstroDefs.ephem_calculateRecForGmt(
utcTime.year, utcTime.month, utcTime.day, utcTime.hour, utcTime.minute, 0,
ref preloadedYear2);
}
}
if (HouseSystem != HouseCalc.HOUSES_NULL)
{
HouseCalc.calcAscAndMc(ref pp, Latitude, Longitude);
}
else
{
float[] houses = CalculateHouses(pp);
pp.ascendant = houses[0];
pp.mediumCoeli = houses[9];
}
return(pp);
}
