public void AnyModificationofGetAltitude()
{
Data = new MeridianWater <MeridianCoorFast>(HealpixManager);
Data.Cycle(delegate(int step)
{
Data.Draw(Bmp, step);
return(1);
});
}
public void Water_RotationStopping()
{
Data = new MeridianWater <MeridianCoor>(HealpixManager); //-3690d, 4185d);
Data.Cycle(delegate(int step)
{
Data.Draw(Bmp, step);
if (step % HealpixManager.Nside / 4 == 0) //(îò 23,9 ÷àñîâ äî 26,7), è â ñåðåäèíå âðåìåíè äî 46,2 ÷àñîâ
{
ChangeRotation(step);
}
return(110); // 1100 for k9
});
}
public void HighLowBasin()
{
var h = 500d;
Data = new MeridianWater <MeridianCoor>(HealpixManager, -h, h);
Data.PixMan.Pixels[HealpixManager.RingsCount / 4 + 1].hOQ = -h;
Data.PixMan.Pixels[HealpixManager.RingsCount / 4 + 2].hOQ = -h;
Data.PixMan.Pixels[HealpixManager.RingsCount * 3 / 4 + 1].hOQ = h;
Data.PixMan.Pixels[HealpixManager.RingsCount * 3 / 4 + 2].hOQ = h;
Data.ColorsMiddle = 50;
Data.Cycle(delegate(int step)
{
Data.Draw(Bmp, step);
return(1);
});
}
public void Water_RotationStopped()
{
Data = new MeridianWater <MeridianCoor>(HealpixManager); //-5032d, 5685d);//integration not finished on 500, run again!
ChangeRotation(-HealpixManager.Nside, double.MaxValue); // Ellipsoid.SiderealDayInSeconds*1000);
//must be 10.69km
// for k5 is 10.94, k6 10.93, k7 10.9, k8 10.72
Data.Cycle(delegate(int step)
{
Data.Draw(Bmp, step);
var times = 0;
if (step - times < -HealpixManager.Nside) //// how many times to call ChangeRotation at the beginning
{
ChangeRotation(step, 80000);
}
return(700); // 700 for k7
});
}
private MeridianWater <MeridianCoor> GetData(
bool fullMeridian = false,
bool excite = false,
BottomForm bottomForm = BottomForm.No)
{
var man = new HealpixManager(9); //2 is good too
northBasin = man.GetCenter <MeridianCoor>(0);
basin = man.GetCenter <MeridianCoor>(4);
southBasin = man.GetCenter <MeridianCoor>(12);
var pix = fullMeridian
// -.=.=.-
? new[] { northBasin, basin, southBasin }
// -.=.-
: new[] { northBasin, basin };
var data = new MeridianWater <MeridianCoor>(man, pix, false);
data.GradientAndHeightCrosses();
if (excite)
{
//data.Water.Move()
basin.hOQ = HeightExcitement;
data.GradientAndHeightCrosses();
}
switch (bottomForm)
{
case BottomForm.Shallow:
foreach (var t in pix)
{
t.Depth = 0;
}
break;
case BottomForm.InDepth:
foreach (var t in pix)
{
t.Depth = HeightExcitement;
}
break;
case BottomForm.BasinExcited:
foreach (var t in pix)
{
t.Depth = t == basin
? -HeightExcitement
: HeightExcitement;
}
break;
case BottomForm.BasinInDepth:
foreach (var t in pix)
{
t.Depth = t == basin ? HeightExcitement : 0;
}
break;
case BottomForm.ShallowSouth:
foreach (var t in pix)
{
t.Depth = t == southBasin ? 0 : HeightExcitement;
}
break;
case BottomForm.NorthBasinInDepth:
northBasin.Depth = HeightExcitement;
basin.Depth = -HeightExcitement;
southBasin.Depth = 0;
break;
case BottomForm.ReliefLikeWater:
foreach (var t in pix)
{
t.Depth = (int)-t.hOQ;
}
break;
}
return(data);
}
