public virtual Builder add_spectral_line(SpectralLine l)
{
_spectrum.Add(l);
_max_intensity = Math.Max(_max_intensity, l.get_intensity());
_min_intensity = Math.Min(_min_intensity, l.get_intensity());
return(this);
}
public virtual Builder add_spectral_line(double wavelen)
{
SpectralLine l = new SpectralLine(wavelen, 1.0);
_spectrum.Add(l);
_max_intensity = Math.Max(_max_intensity, l.get_intensity());
_min_intensity = Math.Min(_min_intensity, l.get_intensity());
return(this);
}
void draw_intercepts(RendererViewport renderer, Surface s)
{
// double max_intensity = _results.get_max_ray_intensity ();
// renderer.set_max_intensity(max_intensity);
foreach (TracedRay ray in _results.get_intercepted(s))
{
// dont need global transform here, draw ray intercept points in
// surface local coordinates.
renderer.draw_point(ray.get_intercept_point().project_xy(), SpectralLine.get_wavelen_color(ray.get_wavelen()), Renderer.PointStyle.PointStyleDot);
}
}
/**
* Get color to use for a ray
*/
static Rgb ray_to_rgb(LightRay ray)
{
return(SpectralLine.get_wavelen_color(ray.get_wavelen()));
}
