ARETEX LABS

Resources

Aretex Library

A library of tools, articles, and other resources from the Aretex Labs team.

Papers & Articles

Technical writing from the Aretex team — design notes, applied research, and lessons from building precision systems.

In the works

First papers publishing soon.

The team is writing now. Check back shortly, or reach out through the contact page if there is a topic you want us to cover.

Tools & Software

Engines and utilities built in-house at Aretex, released here as they mature.

Optex

In Development — Coming Soon

Aretex's in-house optical design engine — differentiable ray tracing, PSF/MTF and wavefront analysis, optimization, and tolerancing through a clean Python API. Headless core today, with a GUI-based design environment on the way.

  • Differentiable ray tracing across NumPy (CPU) and PyTorch (GPU / autograd) backends
  • Paraxial and real-ray analysis: spot diagrams, wavefront error, PSF / MTF, Zernike decomposition
  • Local and global optimization with operand-based merit functions
  • Monte Carlo and parametric tolerancing for manufacturability
  • Zemax, CODE V, and OSLO import / export, with full JSON save / load
OpticsSimulationPythonDifferentiable

Documentation and access details coming soon

Optex ray-tracing visualization

ZeroShot

Request the ZeroShot slick sheet.

Get the one-page overview of ZeroShot — capabilities, use cases, and program status. Drop your email and we will send it over.