Reverse Dependencies of gdspy

The following projects have a declared dependency on gdspy:

• auron — no summary
• AutoLayout — no summary
• dflat-opt — D-Flat is a forward and inverse design framework for flat optics. Although specially geared for the design of metasurfaces, it may be used broadly for end-to-end imaging and sensing task.
• emlabpkg — Lab package for physics sweeps and LCR meter.
• gds-tools — Package aiding scripted design of structures for nanofabrication of devices for condensed matter physics research.
• gdschamfer — Python add-on module for gdspy that can perform chamfering operation on GDSII files.
• hammer-vlsi — Hammer is a physical design framework that wraps around vendor specific technologies and tools to provide a single API to create ASICs.
• idtpy — Simple Python package for the design and modelling of Interdigital Transducers (IDTs).
• ldesign — Layout design tool for superconducting circuits based on gdstk.
• maxoptics — no summary
• maxoptics-cloud-sdk — no summary
• metabox — A multi-scale optimization framework for diffractive optical systems.
• nextnanopy — Useful tools to interface the nextnano software (https://www.nextnano.com/)
• opthedgehog — A python module to generate mask for integrated optics and acoustics
• phidl — PHIDL
• picwriter — Mask generation tool
• polyp — A renderer that creates gdsII files from an all-ascii human-readble layout language
• prefab — Machine learning based prediction of photonic device fabrication
• pysvg-cl3 — A python class to build SVG and 'paint' them as DXF or GDS.
• qiskit-metal — Qiskit Metal | for quantum device design & analysis
• SiPANN — Artifical Neural Networks for use with Silicon Photonics
• spins — no summary
• SPLayout — Silicon Photonics Design Tools for GDSII Files.
• tidy3d — A fast FDTD solver
• tidy3d-beta — A fast FDTD solver
• tidy3dclient — A Python API for Tidy3D FDTD Solver
• yuna — Processes the layers from a GDS file.