public void GetMax(Atmosphere atm)
{
SeaLevel.GetMax(atm.SeaLevel);
MidLevel.GetMax(atm.MidLevel);
TopLevel.GetMax(atm.TopLevel);
JetLevel.GetMax(atm.JetLevel);
AirMass.MAX(atm.AirMass);
Fronts.MAX(atm.Fronts);
}
public void Add(Atmosphere atm)
{
SeaLevel.Add(atm.SeaLevel);
MidLevel.Add(atm.MidLevel);
TopLevel.Add(atm.TopLevel);
JetLevel.Add(atm.JetLevel);
AirMass.ADD(atm.AirMass);
Fronts.ADD(atm.Fronts);
}
public SimDateTimeRangeStats(EarthModel earth)
{
MeanValues = new Atmosphere(earth, false, float.Epsilon);
MinValues = new Atmosphere(earth, false, float.MaxValue);
MaxValues = new Atmosphere(earth, false, float.MinValue);
MeanValuesSFC = new SurfaceLevel(earth, false, float.Epsilon);
MinValuesSFC = new SurfaceLevel(earth, false, float.MaxValue);
MaxValuesSFC = new SurfaceLevel(earth, false, float.MinValue);
}
public SimDateTimeRange(EarthModel earth, SimDateTime dtStart, SimDateTime dtEnd)
{
this.Start = dtStart;
this.End = dtEnd;
this.Earth = earth;
AtmList = new List <Atmosphere>();
SfcList = new List <SurfaceLevel>();
for (SimDateTime sdt = dtStart; sdt.CompareTo(dtEnd) <= 0; sdt = sdt.AddHours(earth.SnapshotLength))
{
Atmosphere atm = null;
SurfaceLevel sfc = null;
try
{
earth.SetUTC(sdt);
atm = new Atmosphere(earth, true);
sfc = new SurfaceLevel(earth, true);
}
catch
{
atm = null;
sfc = null;
}
if (atm != null)
{
AtmList.Add(atm);
}
if (sfc != null)
{
SfcList.Add(sfc);
}
}
}
public void ProcessAtmSnapshot(Atmosphere atm)
{
MeanValues.Add(atm);
MinValues.GetMin(atm);
MaxValues.GetMax(atm);
}