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ZOSPy documentation

Welcome to ZOSPy’s documentation!

Getting started

Installation
Simple example
Frequently Asked Questions

Usage

Connecting to OpticStudio
Creating an optical system
Performing analyses
Using ZOS-API constants
Convenience functions
Compatibility

Examples

Simple thick lens
Creating the Escudero-Sanz eye model with ZOSPy
Retinal illumination in pseudophakic eyes with and without Negative Dysphotopsia
Raytracing analyses on a Double Gauss lens
Polarization prism with total internal reflection
Modelling of a Shack-Hartmann Sensor for eye aberration evaluation
Patient-specific mapping of fundus photographs to three-dimensional ocular imaging
- Patient-specific mapping of fundus photographs to three-dimensional ocular imaging - Part 1: Raytracing
- Patient-specific mapping of fundus photographs to three-dimensional ocular imaging - Part 2: Analyses

Advanced usage

Logging
Custom object conversion between the ZOS-API and ZOSPy

Contributing

Contributing to ZOSPy
Developing analysis wrappers
Unit tests for ZOSPy

API reference

zospy.zpcore
- zospy.zpcore.OpticStudioSystem
- zospy.zpcore.ZOS
zospy.analyses
zospy.api.constants
- zospy.api.constants.get_constantname_by_value
- zospy.api.constants.process_constant
zospy.api.codecs
zospy.functions
- zospy.functions.lde
- zospy.functions.nce
  - zospy.functions.nce.find_object_by_comment
  - zospy.functions.nce.object_change_type
zospy.solvers

About

License
Changelog
Contact us

.rst

zospy.analyses.physicaloptics

zospy.analyses.physicaloptics#

OpticStudio analyses from the Physical Optics category.

Modules

physical_optics_propagation

Physical Optics Propagation analysis.

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zospy.analyses.parsers.types.ZOSAPIConstantAnnotation

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zospy.analyses.physicaloptics.physical_optics_propagation

By Jan-Willem M. Beenakker, Luc van Vught, Corné Haasjes

© Copyright 2023-2025, Jan-Willem M. Beenakker, Luc van Vught, Corné Haasjes.