public void testShapes()
{
for (int i = 0; i < st.Length; i++)
{
shape_test_s s = st[i];
string fname = String.Format("test_shape_{0}.svg", s.name);
RendererSvg rsvg = new RendererSvg(800, 600, Rgb.rgb_black);
RendererViewport r = rsvg;
r.set_window(Vector2.vector2_0, 70.0, true);
{
ConsumerTriangle2 d = (Triangle2 t) => {
r.draw_triangle(t, true, new Rgb(.2, .2, .2, 1.0));
r.draw_triangle(t, false, Rgb.rgb_gray);
};
s.s.get_triangles(d, 10.0);
}
for (int c = 0; c < s.s.get_contour_count(); c++)
{
List <Vector2> poly = new ();
PatternConsumer d = (Vector2 v) => {
poly.Add(v);
};
s.s.get_contour(c, d, 10.0);
r.draw_polygon(poly.ToArray(), Rgb.rgb_yellow, false, true);
}
for (double a = 0; a < 2.0 * Math.PI - 1e-8; a += 2.0 * Math.PI / 50.0)
{
Vector2 d = new Vector2(Math.Cos(a), Math.Sin(a));
double ro = s.s.get_outter_radius(d);
r.draw_point(d.times(ro), Rgb.rgb_magenta, Renderer.PointStyle.PointStyleCross);
double rh = s.s.get_hole_radius(d);
r.draw_point(d.times(rh), Rgb.rgb_cyan, Renderer.PointStyle.PointStyleCross);
}
r.draw_circle(Vector2.vector2_0, s.s.max_radius(), Rgb.rgb_red, false);
r.draw_circle(Vector2.vector2_0, s.s.min_radius(), Rgb.rgb_blue, false);
r.draw_box(s.s.get_bounding_box(), Rgb.rgb_cyan);
{
PatternConsumer d = (Vector2 v) => {
r.draw_point(v, Rgb.rgb_green, Renderer.PointStyle.PointStyleDot);
};
Distribution dist = new Distribution();
((ShapeBase)s.s).get_base_pattern(d, dist, false);
}
Console.WriteLine(rsvg.write(new StringBuilder()).ToString());
}
}
public static void Main(string[] args)
{
OpticalSystem.Builder systemBuilder = new OpticalSystem.Builder();
Lens.Builder lensBuilder = new Lens.Builder()
.position(Vector3Pair.position_000_001)
.add_surface(1 / 0.031186861, 14.934638, 4.627804137,
new Abbe(Abbe.AbbeFormula.AbbeVd, 1.607170, 59.5002, 0.0))
.add_surface(0, 14.934638, 5.417429465)
.add_surface(1 / -0.014065441, 12.766446, 3.728230979,
new Abbe(Abbe.AbbeFormula.AbbeVd, 1.575960, 41.2999, 0.0))
.add_surface(1 / 0.034678487, 11.918098, 4.417903733)
.add_stop(12.066273, 2.288913925)
.add_surface(0, 12.372318, 1.499288597,
new Abbe(Abbe.AbbeFormula.AbbeVd, 1.526480, 51.4000, 0.0))
.add_surface(1 / 0.035104369, 14.642815, 7.996205852,
new Abbe(Abbe.AbbeFormula.AbbeVd, 1.623770, 56.8998, 0.0))
.add_surface(1 / -0.021187519, 14.642815, 85.243965130);
systemBuilder.add(lensBuilder);
Image.Builder imagePlaneBuilder = new Image.Builder()
.position(new Vector3Pair(new Vector3(0, 0, 125.596), Vector3.vector3_001))
.curve(Flat.flat)
.shape(new Rectangle(5.0 * 2));
systemBuilder.add(imagePlaneBuilder);
PointSource.Builder ps =
new PointSource.Builder(PointSource.SourceInfinityMode.SourceAtInfinity, Vector3.vector3_001)
.add_spectral_line(SpectralLine.d)
.add_spectral_line(SpectralLine.C)
.add_spectral_line(SpectralLine.F);
systemBuilder.add(ps);
RendererSvg renderer = new RendererSvg(800, 400);
OpticalSystem system = systemBuilder.build();
Console.WriteLine(system.ToString());
SystemLayout2D systemLayout2D = new SystemLayout2D();
// draw 2d system layout
// system.draw_2d_fit(renderer);
// system.draw_2d(renderer);
systemLayout2D.layout2d(renderer, system);
// RayTraceParameters parameters = new RayTraceParameters(system);
//
// RayTracer rayTracer = new RayTracer();
// parameters.set_default_distribution (
// new Distribution(Pattern.MeridionalDist, 10, 0.999));
// // TODO set save generated state on point source
// System.out.println(parameters.sequenceToString(new StringBuilder()).toString());
//
// RayTraceResults result = rayTracer.trace(system, parameters);
// RayTraceRenderer.draw_2d(renderer, result, false, null);
//
Console.WriteLine(renderer.write(new StringBuilder()).ToString());
}
void draw_2d(RendererSvg r, OpticalSystem system)
{
// optical axis
Vector3Pair b = system.get_bounding_box();
r.draw_segment(new Vector2Pair(new Vector2(b.v0.z(), 0.0), new Vector2(b.v1.z(), 0.0)), Rgb.rgb_gray);
foreach (Element e in system.elements())
{
draw_element_2d(r, e, null);
}
}
public void layout2d(RendererSvg r, OpticalSystem system)
{
draw_2d_fit(r, system);
draw_2d(r, system);
}
void draw_2d_fit(RendererSvg r, OpticalSystem system)
{
draw_2d_fit(r, system, true);
}
static void Main(string[] args)
{
Args arguments = Args.parseArguments(args);
if (arguments.filename == null)
{
Console.WriteLine("Usage: --specfile inputfile [--scenario num] [--skew] [--output layout|spot] [--dump-system]");
Environment.Exit(1);
}
OpticalBenchDataImporter.LensSpecifications specs = new OpticalBenchDataImporter.LensSpecifications();
specs.parse_file(arguments.filename);
OpticalSystem.Builder systemBuilder = OpticalBenchDataImporter.buildSystem(specs, arguments.scenario);
double angleOfView = OpticalBenchDataImporter.getAngleOfViewInRadians(specs, arguments.scenario);
Vector3 direction = Vector3.vector3_001;
if (arguments.skewRays)
{
// Construct unit vector at an angle
// double z1 = cos (angleOfView);
// double y1 = sin (angleOfView);
// unit_vector = math::Vector3 (0, y1, z1);
Matrix3 r = Matrix3.get_rotation_matrix(0, angleOfView);
direction = r.times(direction);
}
PointSource.Builder ps = new PointSource.Builder(PointSource.SourceInfinityMode.SourceAtInfinity, direction)
.add_spectral_line(SpectralLine.d)
.add_spectral_line(SpectralLine.C)
.add_spectral_line(SpectralLine.F);
systemBuilder.add(ps);
OpticalSystem system = systemBuilder.build();
if (arguments.dumpSystem)
{
Console.WriteLine(system);
}
if (arguments.outputType.Equals("layout"))
{
RendererSvg renderer = new RendererSvg(800, 400);
// draw 2d system layout
SystemLayout2D systemLayout2D = new SystemLayout2D();
systemLayout2D.layout2d(renderer, system);
RayTraceParameters parameters = new RayTraceParameters(system);
RayTracer rayTracer = new RayTracer();
parameters.set_default_distribution(
new Distribution(Pattern.MeridionalDist, 10, 0.999));
// TODO set save generated state on point source
if (arguments.dumpSystem)
{
Console.WriteLine(parameters.sequenceToString(new StringBuilder()).ToString());
}
RayTraceResults result = rayTracer.trace(system, parameters);
RayTraceRenderer.draw_2d(renderer, result, false, null);
Console.WriteLine(renderer.write(new StringBuilder()).ToString());
}
if (arguments.outputType.Equals("spot"))
{
RendererSvg renderer = new RendererSvg(300, 300, Rgb.rgb_black);
renderer = new RendererSvg(300, 300, Rgb.rgb_black);
AnalysisSpot spot = new AnalysisSpot(system);
spot.draw_diagram(renderer, true);
Console.WriteLine(renderer.write(new StringBuilder()).ToString());
}
}