Reverse Dependencies of sphinx-design
The following projects have a declared dependency on sphinx-design:
- splineops — Spline signal processing in N-D with support for GPU computing.
- sqlalchemy_mate — A library extend sqlalchemy module, makes CRUD easier.
- sqlxw — Note Demo
- ssh2awsec2 — a interactive Python CLI tool to help you SSH to your EC2 instances smoothly.
- STA2STAC — A Python Ecosystem for Harvesting Time Series data information from SensorthingsAPI (STA) and Cultivating STAC-Metadata.
- stimuli — Precise auditory stimuli.
- stixpy — Analysis software for Solar Orbiter Spectrometer Telescope for Imaging X-rays (STIX)
- stratmc — Bayesian statistical framework for reconstructing past Earth system change from the stratigraphic record
- stravalib — A Python package that makes it easy to access and download data from the Strava V3 REST API.
- stretchable — Layout library for Python (based on Taffy, a rust-powered implementation of CSS Grid/Flexbox)
- sunkit-pyvista — 3D visualisation of solar physics data with pyvista.
- sunpy — SunPy core package: Python for Solar Physics
- sunpy-sphinx-theme — The sphinx theme for the SunPy website and documentation.
- suppy — Library for superiorization algorithms
- surrogates_interface — Interface for surrogate models.
- svcs — A Flexible Service Locator
- sweetpotato — Sweetpotato provides an intuitive wrapper around React Native.
- symmer — no summary
- symmetria — Symmetria provides an intuitive, thorough, and comprehensive framework for interacting with the symmetric group and its elements.
- symtorch — Symbolic Expressions in PyTorch
- SynopticPy — Retrieve mesonet weather data as Polars DataFrames from Synoptic's Weather API.
- t-doc-common — Common functionality for t-doc
- taolib — 道可道,非恒道
- tds2stac — TDS2STAC
- tensorwaves — Python fitter package for multiple computational back-ends
- TESPy — Thermal Engineering Systems in Python (TESPy)
- textdescriptives — A library for calculating a variety of features from text using spaCy
- thevenin — Equivalent circuit models in Python.
- tickit — Event-based device simulation framework
- tickit-devices — Devices for tickit, an event-based device simulation framework
- timeseriesflattener — A package for converting time series data from e.g. electronic health records into wide format data.
- timex_lca — Time-explicit Life Cycle Assessment
- timml — Steady multi-layer AEM Model
- tinyspace — no summary
- TkClassWiz — Library for graphically defining objects based on class annotations. Works with Tkinter / TTKBootstrap
- tkinter-async-execute — Simple library that allows interaction between Tkinter and asyncio event loop running in a seperate thread.
- tkinter-tooltip — An easy and customisable ToolTip implementation for Tkinter
- tomoscan — "utilitary to access tomography data at esrf"
- tomtoolkit — TOM Toolkit and base modules
- tomwer — "tomography workflow tools"
- torch-book — Dive into Torch
- torch-ecg — A Deep Learning Framework for ECG Processing Tasks Based on PyTorch
- torch-spatiotemporal — A PyTorch library for spatiotemporal data processing
- torch-uncertainty — Uncertainty quantification library in PyTorch
- trajdl — A python toolbox for Trajectory Deep Learning.
- treeple — Modern decision trees in Python
- tsbootstrap — A Python package to generate bootstrapped time series
- tskit-book-theme — A book theme for tskit projects
- tsml-eval — A package for benchmarking time series machine learning tools.
- tt4human — Truth table evaluator and Truth table enum module generator.
- ttim — Transient multi-layer AEM Model
- tvm-book — no summary
- tyba-cvxpy — A domain-specific language for modeling convex optimization problems in Python.
- unique-uncertainty — UNIQUE is a Python package for benchmarking uncertainty estimation and quantification methods for Machine Learning models predictions.
- unistream — Library for creating stream data producer / consumer client library.
- valconfig — Simple, extendable configuration files, using Pydantic for validation.
- virtualenv-bootstrap — Package short description.
- vislog — Bring visual effect to your logging message.
- visualtorch — Architecture visualization of Torch models
- vo-models — Pydantic data models for IVOA protocols
- vocalpy — A core package for acoustic communication research in Python
- volmdlr — A volume modeler computation-oriented. Include rendering bindings.
- watts — Workflow and Template Toolkit for Simulation
- windtalker — Encrypt and decrypt text, binaries, files, and directories with a variety of cipher options.
- workgraph-collections — Collections of node-based workflow created using aiida-workgraph.
- wow-acc — Data model for World of Warcraft account, realm and character.
- wow-sdm — Manager your World of Warcraft macros configuration at scale.
- wow-wtf — ``World of Warcraft/WTF`` configuration management tool.
- wreck — Manage and fix requirements files for Python package authors
- wsidata — no summary
- xarray-einstats — Stats, linear algebra and einops for xarray
- xbook — Note Demo
- xchem-chimp — XChem CHIMP
- xchembku — XChem Business Knowledge Unit. Service, Client, API, persistent store.
- xdas — no summary
- xdem — Analysis of digital elevation models (DEMs)
- xeofs — Comprehensive EOF analysis in Python with xarray: A versatile, multidimensional, and scalable tool for advanced climate data analysis
- XGI — XGI is a Python package for higher-order networks.
- xrayvisim — An open-source Python library for Fourier or synthesis X-Ray imaging instruments.
- xyzstyle — xyzstyle 主题
- yapw — A Pika wrapper with error handling, signal handling and good defaults.
- yardang — Easily generate sphinx documentation
- yatbaf — Telegram Bot framework
- yet-another-wizz — Implementation of the Schmidt et al. (2013) clustering redshift method.
- ytdl-sub — Automate downloading metadata generation with YoutubeDL
- zarr — An implementation of chunked, compressed, N-dimensional arrays for Python
- zelfred — Interactive terminal application framework.
- zint-bindings — A barcode encoding library supporting over 50 symbologies.
- zospy — A Python package used to communicate with Zemax OpticStudio through the API