Ray Tracing

This package implements a set of components to perform ray tracing for common optical systems.

Characterizing rays

BatchedRay(origin, direction, wl[, ...])	A class representing a batch of rays, which means both the origin and direction are tensors with the last dimension as 3, representing three coordinates x, y and z.
NoValidRayError	Error meaning that valid rays vanish.

Optical surfaces

paraxialize(surfaces, wl)	Returns the equivalent paraxial system of a collection of surfaces at given wavelengths.
surface_types([name_only])	Returns a list of accessible subclasses of Surface in lexicographic order.
CoaxialContext(surface, surface_sequence[, ...])	A subclass of Context for coaxial systems.
CoaxialSurfaceSequence([surfaces, ...])	A subclass of SurfaceSequence to contain coaxial surfaces.
Context(surface, surface_sequence)	A class representing the context of a Surface in a list of surfaces.
CircularSurface([material, aperture, ...])	Derived class of Surface for optical surfaces with circular symmetry, i.e. its property depends only on the radial distance \(r=\sqrt{x^2+y^2}\), in a group of lens.
IntersectionConfig([max_iteration, ...])	Configuration for intersection-determination algorithm.
Surface([material, aperture, reflective, ...])	Base class for optical surfaces in a group of lens.
SurfaceSequence([surfaces, ...])	A sequential container of surfaces.

Apertures

Aperture(*args, **kwargs)	Base class for aperture shapes.
CircularAperture([radius])	Circular aperture with radius radius.
AnnularAperture([inner_r, outer_r])	Annular aperture with a inner radius and a outer one.

Specific surface types

AsphericalRadialPhase([roc, conic, ...])
CircularStop([aperture, d])	Stops whose aperture is circularly symmetric.
Conic([roc, conic, material, aperture, ...])	Conic surfaces.
EvenAspherical([roc, conic, coefficients, ...])	Even aspherical surfaces.
Fresnel([roc, conic, coefficients, ...])	Fresnel lens surface.
Grating([material, aperture, period, ...])	Grating surface.
Planar([material, aperture, reflective, d])	Planar surface.
PolynomialPhase(a, b, material[, aperture, ...])	A planar surface imparting a phase shift to incident rays, parameterized as follows:
Spherical([roc, material, aperture, ...])	Spherical surfaces.
Stop([aperture, move_ray, d])	This type of surfaces only blocks rays outside the aperture and does not change their energy or direction.
ThinLens(fl1[, material, aperture, fl2, ...])	A model for thin lens.
Zernike([roc, conic, a, z, norm_radius, ...])

Ray-tracing-based optical systems

CoaxialRayTracing(surfaces[, sensor, ...])

A class of sequential and ray-tracing-based optical system model.

Configuration for Newton’s method

TODO