private void DrawSphericalCap(Graphics g, SphericLens.SphericalCap cap)
{
float angle = (float)(cap.Angle * 180.0 / Math.PI);
float startAngle = (cap.Convex ? 360.0f : 180.0f) - angle;
float sweepAngle = 2.0f * angle;
g.DrawArc(Pens.Red, (float)-cap.Radius, (float)-cap.Radius, (float)(2 * cap.Radius), (float)(2 * cap.Radius), startAngle, sweepAngle);
//float x = (float)((cap.Convex ? cap.Radius : -cap.Radius) - (cap.Convex ? cap.Thickness : -cap.Thickness));
//float y = (float)cap.Aperture;
//g.DrawLine(Pens.Black, x, -y, x, y);
}
private void PaintSphericBench(Graphics g)
{
// draw a circlular lens
//DrawCircle(g, Pens.Blue, new Point(), (float)Bench.Elements.Radius);
g.TranslateTransform((float)-Bench.LensCenter, 0.0f);
double translation = 0.0;
foreach (SphericLens.OpticalElement element in Bench.Elements)
{
if (element is SphericLens.SphericalCap)
{
SphericLens.SphericalCap cap = (SphericLens.SphericalCap)element;
double signedRadius = (cap.Convex ? 1.0 : -1.0) * cap.Radius;
g.TranslateTransform((float)-(translation + signedRadius), 0.0f);
DrawSphericalCap(g, cap);
g.TranslateTransform((float)(translation + signedRadius), 0.0f);
}
translation += element.DistanceToNext;
}
g.TranslateTransform((float)Bench.LensCenter, 0.0f);
SphericLens.Ray lastOutgoingRay = Bench.IncidentRay;
foreach (SphericLens.OpticalBench.IntersectionResult intersectionResult in Bench.IntersectionResults)
{
lastOutgoingRay = intersectionResult.OutgoingRay;
// draw a ray and its intersection
Point intersection = SphericPointToFormsPoint(intersectionResult.Intersection);
Point origin = SphericPointToFormsPoint(intersectionResult.IncidentRay.Origin);
g.DrawLine(Pens.Green, origin, intersection);
// draw normal
SphericLens.Vector normal = intersectionResult.Normal.Normalize() * 20.0;
g.DrawLine(Pens.Brown, intersection, SphericPointToFormsPoint(intersectionResult.Intersection + normal));
FillSquare(g, Brushes.Red, intersection, 3);
}
g.DrawLine(Pens.Orange,
SphericPointToFormsPoint(lastOutgoingRay.Origin),
SphericPointToFormsPoint(lastOutgoingRay.Evaluate(100)));
}
private SphericLens.OpticalBench MakeBiconvexLens()
{
SphericLens.OpticalBench bench = new SphericLens.OpticalBench();
// bench.LensCenter = -100.0;
SphericLens.SphericalCap element0 = new SphericLens.SphericalCap()
{
Convex = true,
Radius = 150.0,
Aperture = 100.0,
NextRefractiveIndex = SphericLens.RefractiveIndices.CROWN_GLASS,
};
bench.Elements.Add(element0);
element0.DistanceToNext = 2 * element0.Thickness;
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = false,
Radius = 150.0,
Aperture = 100.0,
NextRefractiveIndex = SphericLens.RefractiveIndices.AIR,
}
);
return(bench);
}
private SphericLens.OpticalBench MakeDoubleGaussLens()
{
SphericLens.OpticalBench bench = new SphericLens.OpticalBench();
// bench.LensCenter = -100.0;
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = true,
Radius = 58.950,
DistanceToNext = 7.520,
NextRefractiveIndex = 1.670,
Aperture = 50.4,
}
);
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = true,
Radius = 169.660,
DistanceToNext = 0.240,
NextRefractiveIndex = SphericLens.RefractiveIndices.AIR,
Aperture = 50.4,
}
);
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = true,
Radius = 38.550,
DistanceToNext = 8.050,
NextRefractiveIndex = 1.670,
Aperture = 46.0,
}
);
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = true,
Radius = 81.540,
DistanceToNext = 6.550,
NextRefractiveIndex = 1.699,
Aperture = 46.0,
}
);
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = true,
Radius = 25.500,
DistanceToNext = 11.410 + 9.0,
NextRefractiveIndex = SphericLens.RefractiveIndices.AIR,
Aperture = 36.0,
}
);
bench.Elements.Add(
new SphericLens.CircularStop()
{
DistanceToNext = 9.0,
NextRefractiveIndex = SphericLens.RefractiveIndices.AIR,
Aperture = 34.2,
}
);
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = false,
Radius = 28.990,
DistanceToNext = 2.360,
NextRefractiveIndex = 1.603,
Aperture = 34.0,
}
);
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = true,
Radius = 81.540,
DistanceToNext = 12.130,
NextRefractiveIndex = 1.658,
Aperture = 40.0,
}
);
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = false,
Radius = 40.770,
DistanceToNext = 0.380,
NextRefractiveIndex = SphericLens.RefractiveIndices.AIR,
Aperture = 40.0,
}
);
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = true,
Radius = 874.130,
DistanceToNext = 6.440,
NextRefractiveIndex = 1.717,
Aperture = 40.0,
}
);
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = false,
Radius = 79.460,
NextRefractiveIndex = SphericLens.RefractiveIndices.AIR,
Aperture = 40.0,
}
);
double scaleFactor = 3.0;
bool aperturesGivenAsDiameter = true;
foreach (SphericLens.OpticalElement element in bench.Elements)
{
double apertureScaleFactor = scaleFactor * (aperturesGivenAsDiameter ? 0.5 : 1.0);
// TODO: hey, this is ugly!!!
if (element is SphericLens.SphericalCap)
{
SphericLens.SphericalCap cap = element as SphericLens.SphericalCap;
cap.Radius *= scaleFactor;
cap.Aperture *= apertureScaleFactor;
}
else if (element is SphericLens.CircularStop)
{
SphericLens.CircularStop stop = element as SphericLens.CircularStop;
stop.Aperture *= apertureScaleFactor;
}
element.DistanceToNext *= scaleFactor;
}
return(bench);
}
private SphericLens.OpticalBench MakeBiconvexLens()
{
SphericLens.OpticalBench bench = new SphericLens.OpticalBench();
// bench.LensCenter = -100.0;
SphericLens.SphericalCap element0 = new SphericLens.SphericalCap()
{
Convex = true,
Radius = 150.0,
Aperture = 100.0,
NextRefractiveIndex = SphericLens.RefractiveIndices.CROWN_GLASS,
};
bench.Elements.Add(element0);
element0.DistanceToNext = 2 * element0.Thickness;
bench.Elements.Add(
new SphericLens.SphericalCap()
{
Convex = false,
Radius = 150.0,
Aperture = 100.0,
NextRefractiveIndex = SphericLens.RefractiveIndices.AIR,
}
);
return bench;
}
