/// <summary>
///
/// </summary>
/// <param name="anaTimePeriod"></param>
/// <param name="win"></param>
/// <param name="sun"></param>
/// <param name="influencedLine"></param>
/// <returns></returns>
internal string AddInfluencedTime(
AnalysisTimePeriod anaTimePeriod,
Windows win,
Sun sun,
IrraditedBuilding irraditedBuiding)
{
Dictionary <string, int> partialInfTimeTable = new Dictionary <string, int>();
double startTime, endTime, interval;
startTime = dataTime2Hour(anaTimePeriod.StartTime);
endTime = dataTime2Hour(anaTimePeriod.EndTime);
interval = anaTimePeriod.IntervalInHour;
double now;
for (now = startTime; now <= endTime; now += interval)
{
double h0 = sun.CalcElevation(win.Latitude, win.Longitude, now);
double alpha = sun.CalcAzimuth(win.Latitude, win.Longitude, now);
if (h0 <= 0 ||
(alpha + win.Direction >= Math.PI / 2 && win.Direction != Math.PI) ||
(alpha + win.Direction <= -1 * Math.PI / 2 && win.Direction != Math.PI) ||
(win.Direction == Math.PI &&
(alpha + win.Direction <= 1.50 * Math.PI) &&
(alpha + win.Direction >= Math.PI / 2.0)
))
{
int cnt = partialInfTimeTable.Count;
if (cnt == 0 || partialInfTimeTable.ElementAt(cnt - 1).Value != 0)
{
partialInfTimeTable.Add(convertTimeDouble2String(now), 0);
}
}
else
{
ed.WriteMessage("\n Time : " + convertTimeDouble2String(now) + " ");
Point3dCollection points = GetReflectedLinePoints(win, sun);
//irraditedBuiding.Sun = sun;
double dist = irraditedBuiding.midP2LineInDirection(win.Entity, points[0] - points[1]);
irraditedBuiding.AngleOfBuildingGap = Math.Atan((win.Top - irraditedBuiding.Height) / dist);
irraditedBuiding.AngleOfIrraditedBuilding = Math.Atan(irraditedBuiding.Height / dist);
irraditedBuiding.IrraditedStatus = irraditedBuiding.GetIrraditedStatus(points, sun.Elevation);
PartialTimePeriod(points, irraditedBuiding, now, partialInfTimeTable);
}
}
return(convertDict2String(partialInfTimeTable, endTime));
}
