Raypier
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Introduction to Raypier
Build and Installation
The Components of a Raypier Model
Basic Usage
Exploring the GUI
Jupyter Integration
RayCollection and Ray Objects
Ray Sources
The General Optic Framework
Other Optic Types
Gaussian Beamlet Propagation
Distortions
Cython branch: How to Add New Optics
Examples
API Reference
raypier.achromats
raypier.apertures
raypier.aspherics
raypier.bases
raypier.beamsplitters
raypier.beamstop
raypier.chirp_result
raypier.constraints
raypier.corner_cubes
raypier.decompositions
raypier.diffraction_gratings
raypier.dispertion
raypier.distortions
raypier.editors
raypier.ellipsoids
raypier.faces
raypier.fields
raypier.gausslet_sources
raypier.general_optic
raypier.intensity_image
raypier.intensity_surface
raypier.lenses
raypier.materials
raypier.mirrors
raypier.parabolics
raypier.prisms
raypier.probes
raypier.results
raypier.shapes
raypier.sources
raypier.splines
raypier.step_export
raypier.tracer
raypier.utils
raypier.vtk_algorithms
raypier.waveplates
raypier.windows
core
raypier.core.ctracer
raypier.core.cmaterials
raypier.core.cfaces
raypier.core.cfields
raypier.core.cshapes
raypier.core.cdistortions
raypier.core.tracer
raypier.core.fields
raypier.core.gausslets
raypier.core.find_focus
raypier.core.utils
raypier.core.unwrap2d
Raypier
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API Reference
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Raypier.Core
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raypier.core.cfields
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raypier.core.cfields
ΒΆ
Core C-level algorimths for computing the electric field from a set of traced rays.
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