public void Basin()
{
Data = new BasinData(HealpixManager, false, false
// , -7000d
)
{
NoIntegrationFinish = true,
//Visual = basin => basin.WaterHeight
};
var p = HealpixManager.GetP(HealpixManager.Nside - 1, HealpixManager.Nside * 1);
var basin = Data.PixMan.Pixels[p];
basin.Depth = -500;
basin.hOQ = 10000;
var framesCountBy2 = 300;
Data.Cycle(delegate(int step)
{
Data.Draw(Bmp, 0, null, YResolution, Scale);
SaveBitmap(step);
return(1);
}, framesCountBy2);
}
public void AxisChange_Slow()
{
Data = new BasinData(HealpixManager, true, false
//, -2000d, 2000d, true
)
{
NoIntegrationFinish = true,
};
ChangeAxis(
17,
500,
step =>
{
switch (K)
{
case 7: return(15 + step / 10);
}
return(15);
},
true,
() =>
{
switch (K)
{
case 7: return(60);
}
return(10);
});
}
public void Hto_Spheric()
{
Data = new BasinData(new HealpixManager(2), false, true);
Data.GradientAndHeightCrosses();
InitiialHtoRecalc();
var basin0 = Data.PixMan.Pixels[0];
// 44 44 40 40
//Assert.AreEqual(644, basin0.InitialHto[0] / 10000, 1);
Assert.AreEqual(0, basin0.RadiusLine.Direction.AngleTo(basin0.S_q.Normal).Degrees);
var basin5 = Data.PixMan.Pixels[5]; // 5,7: 46 42 40 43
// 14,17: 47 41 40 45
// 27,31: 47 41 42 42
ChangeRotation(-HealpixManager.Nside, double.MaxValue);
Assert.AreEqual(0, basin0.Hto[0]);
//Data.GradientAndHeightCrosses();
Assert.AreEqual(0, basin0.Hto[0]);
BasinDataTests.Cycle(Data);
}
public void Water_Gradient()
{
Data = new BasinData(HealpixManager, false, false //true for sphere
, -200d //, 2000d
);
var p = HealpixManager.GetP(HealpixManager.Nside - 1, HealpixManager.Nside * 1);
var basin = Data.PixMan.Pixels[p];
basin.Delta_g_meridian = -.2;
p = HealpixManager.GetP(HealpixManager.Nside * 2, HealpixManager.Nside * 2);
Data.PixMan.Pixels[p].Delta_g_meridian = .2;
p = HealpixManager.GetP(HealpixManager.Nside * 3, HealpixManager.Nside * 2);
Data.PixMan.Pixels[p].Delta_g_meridian = .2;
p = HealpixManager.GetP(HealpixManager.Nside + 5, HealpixManager.Nside * 2);
Data.PixMan.Pixels[p].Delta_g_traverse = .2;
var framesCountBy2 = 15;
Data.Cycle(delegate(int step)
{
Data.Draw(Bmp, 0, null, YResolution, Scale);
Circle(basin);
SaveBitmap(step);
return(1);
}, framesCountBy2);
}
public void AxisChange_Sharp()
{
Data = new BasinData(HealpixManager, true, false
//, -6000d, null
//, -1000d, 5000d, true
)
{
NoIntegrationFinish = true,
};
ChangeAxis();
}
public void Water_ChangeAxis()
{
Data = new BasinData(HealpixManager, false, false
//, -2600d, 2700d
)
{
/*SamePolesAndEquatorGravitation = true,
* NoIntegrationFinish = true,
* Visual = basin => basin.r - Earth2014Manager.Radius2Add //*/
};
ChangeAxis(); // 45, 90
}
public void RotationStopped()
{
Data = new BasinData(HealpixManager, true, false
//, -6000d, null
, -1000d, 5000d, true
)
{
SamePolesAndEquatorGravitation = true,
NoIntegrationFinish = true,
//Visual = basin => basin.Depth.Value
//Visual = basin => basin.r - Earth2014Manager.Radius2Add //*/
};
// 1000 does nothing when !SamePolesAndEquatorGravitation
if (Data.SamePolesAndEquatorGravitation)
{
ChangeRotation(-1 - HealpixManager.Nside, -2000);
}
var changeSteps = 15;
var framesCountBy2 = 500;
Data.Cycle(delegate(int step) //20 for k5
{
if (step % changeSteps == 0)
{
double koef;
if (step == framesCountBy2 / 3)
{
koef = double.MaxValue;
}
else if ((step / changeSteps) % 3 == 3 - 1)
{
koef = 10000;
}
else
{
koef = (K < 8
? (-100 + step / changeSteps
* (Data.SamePolesAndEquatorGravitation ? 100 : 2000))
: 500);
}
ChangeRotation(step - HealpixManager.Nside, koef);
}
Data.Draw(Bmp, 0, null, YResolution, Scale);
SaveBitmap(step);
return(1 + step / 50 * 10);
}, framesCountBy2);
}
public void Water_RotationStopped()
{
Data = new BasinData(HealpixManager, false, false
// ,-3000d, 3000d
);
//Data.ColorsMiddle = null;
ChangeRotation(-HealpixManager.Nside, double.MaxValue);
var framesCountBy2 = 200;
Data.Cycle(delegate(int step)
{
Data.Draw(Bmp, 0, null, YResolution, Scale);
SaveBitmap(step);
return(1);
}, framesCountBy2);
}
public void Water_HighBasin()
{
Data = new BasinData(HealpixManager, false, true //true for sphere
, -20d //, 200d
);
var h = 500d;
var p = HealpixManager.GetP(HealpixManager.Nside + 5, HealpixManager.Nside * 2);
var basin3 = Data.PixMan.Pixels[p];
basin3.hOQ = h;
Data.PixMan.Pixels[HealpixManager
.GetP(HealpixManager.Nside, (int)(HealpixManager.Nside * 2.5))].hOQ = h;
var framesCountBy2 = 10;
Data.Cycle(delegate(int step)
{
Data.Draw(Bmp, 0, null, YResolution, Scale);
Circle(basin3);
SaveBitmap(step);
return(1); //240 for k8, 150 for k7, 100 for k6
}, framesCountBy2);
}
