public DensityArea( TangentalNormalizedDirectionAstrometry astrometry, int maxStarsInArea, double raFrom, double raTo, double deFrom, double deTo) { m_RAFrom = raFrom; m_RATo = raTo; m_DEFrom = deFrom; m_DETo = deTo; MarkedStars = 0; m_Astrometry = astrometry; m_MaxStarsInArea = maxStarsInArea; double x1, y1, x2, y2; astrometry.GetImageCoordsFromRADE(raFrom, deFrom, out x1, out y1); astrometry.GetImageCoordsFromRADE(raTo, deTo, out x2, out y2); m_XFrom = x1; m_YFrom = y1; m_XTo = x2; m_YTo = y2; #if ASTROMETRY_DEBUG Trace.Assert(x1 < x2); Trace.Assert(y1 < y2); #endif }
public DensityArea( TangentalNormalizedDirectionAstrometry astrometry, int maxStarsInArea, double raFrom, double raTo, double deFrom, double deTo, List<ulong> alwaysIncludeStars) { m_RAFrom = raFrom; m_RATo = raTo; m_DEFrom = deFrom; m_DETo = deTo; MarkedStars = 0; m_Astrometry = astrometry; m_MaxStarsInArea = maxStarsInArea; if (alwaysIncludeStars != null) m_AlwaysIncludeStars.AddRange(alwaysIncludeStars); double x1, y1, x2, y2; astrometry.GetImageCoordsFromRADE(raFrom, deFrom, out x1, out y1); astrometry.GetImageCoordsFromRADE(raTo, deTo, out x2, out y2); m_XFrom = x1; m_YFrom = y1; m_XTo = x2; m_YTo = y2; #if ASTROMETRY_DEBUG Trace.Assert(x1 < x2); Trace.Assert(y1 < y2); #endif }
private DensityArea ComputeAreaFromXYPixCoords( TangentalNormalizedDirectionAstrometry astrometry, double x1, double y1, double x2, double y2) { double ra1, de1, ra2, de2; astrometry.GetRADEFromImageCoords(x1, y1, out ra1, out de1); astrometry.GetRADEFromImageCoords(x2, y2, out ra2, out de2); DensityArea area = new DensityArea(astrometry, MAX_STARS_IN_AREA, ra1, ra2, de1, de2); area.DebugResolvedStarsWithAppliedExclusions = DebugResolvedStarsWithAppliedExclusions; #if ASTROMETRY_DEBUG Trace.Assert(Math.Abs(area.XFrom - x1) < 1); Trace.Assert(Math.Abs(area.XTo - x2) < 1); Trace.Assert(Math.Abs(area.YFrom - y1) < 1); Trace.Assert(Math.Abs(area.YTo - y2) < 1); #endif double xx1, yy1, xx2, yy2; astrometry.GetImageCoordsFromRADE(area.RAFrom, area.DEFrom, out xx1, out yy1); astrometry.GetImageCoordsFromRADE(area.RATo, area.DETo, out xx2, out yy2); #if ASTROMETRY_DEBUG Trace.Assert(Math.Abs(area.XFrom - xx1) < 1); Trace.Assert(Math.Abs(area.YFrom - yy1) < 1); Trace.Assert(Math.Abs(area.XTo - xx2) < 1); Trace.Assert(Math.Abs(area.YTo - yy2) < 1); Trace.Assert(Math.Abs(x1 - xx1) < 1); Trace.Assert(Math.Abs(y1 - yy1) < 1); Trace.Assert(Math.Abs(x2 - xx2) < 1); Trace.Assert(Math.Abs(y2 - yy2) < 1); #endif return(area); }
private DensityArea ComputeAreaFromXYPixCoords( TangentalNormalizedDirectionAstrometry astrometry, double x1, double y1, double x2, double y2, List<ulong> alwaysIncludeStars) { double ra1, de1, ra2, de2; astrometry.GetRADEFromImageCoords(x1, y1, out ra1, out de1); astrometry.GetRADEFromImageCoords(x2, y2, out ra2, out de2); DensityArea area = new DensityArea(astrometry, MAX_STARS_IN_AREA, ra1, ra2, de1, de2, alwaysIncludeStars); area.DebugResolvedStarsWithAppliedExclusions = DebugResolvedStarsWithAppliedExclusions; #if ASTROMETRY_DEBUG Trace.Assert(Math.Abs(area.XFrom - x1) < 1); Trace.Assert(Math.Abs(area.XTo - x2) < 1); Trace.Assert(Math.Abs(area.YFrom - y1) < 1); Trace.Assert(Math.Abs(area.YTo - y2) < 1); #endif double xx1, yy1, xx2, yy2; astrometry.GetImageCoordsFromRADE(area.RAFrom, area.DEFrom, out xx1, out yy1); astrometry.GetImageCoordsFromRADE(area.RATo, area.DETo, out xx2, out yy2); #if ASTROMETRY_DEBUG Trace.Assert(Math.Abs(area.XFrom - xx1) < 1); Trace.Assert(Math.Abs(area.YFrom - yy1) < 1); Trace.Assert(Math.Abs(area.XTo - xx2) < 1); Trace.Assert(Math.Abs(area.YTo - yy2) < 1); Trace.Assert(Math.Abs(x1 - xx1) < 1); Trace.Assert(Math.Abs(y1 - yy1) < 1); Trace.Assert(Math.Abs(x2 - xx2) < 1); Trace.Assert(Math.Abs(y2 - yy2) < 1); #endif return area; }