Reverse Dependencies of readthedocs-sphinx-search

The following projects have a declared dependency on readthedocs-sphinx-search:

• accelerometer — A package to extract meaningful health information from large accelerometer datasets e.g. how much time individuals spend in sleep, sedentary behaviour, walking and moderate intensity physical activity
• actinet — Activity detection algorithm compatible with the UK Biobank Accelerometer Dataset
• actipy — Python package to process wearable accelerometer data
• alpaca-ccxt — Alpaca Exchange on CCXT
• anilibria.py — An async API wrapper for the anilibria.tv
• anndata — Annotated data.
• argh — Plain Python functions as CLI commands without boilerplate
• astromer — Creates light curves embeddings using ASTROMER
• async-wrapper — async wrapper
• asyncio-event-hub — A library that provides users the ability to create event (loop) driven systems within the asyncio framework.
• autoprotocol — Python library for generating Autoprotocol
• binette — Binette: accurate binning refinement tool to constructs high quality MAGs.
• caloutils — Metrics and tools for evaluation generative models for calorimeter shower based on pytorch_geometric.
• chame — Chromatin accessibility module
• chimera-gw — Combined Hierarchical Inference Model for Electromagnetic and gRavitational-wave Analysis
• coix — Inference Combinators in JAX
• deepair — PyTorch implementations of Deep reinforcement learning algorithms.
• deut-repo-utils — Repository utilities to facilitate collaborative and modularized coding.
• Discord-Advert-Framework — Framework for periodic advertisements on Discord
• django-otp-u2f — django-otp device implementation for U2F/Webauthn
• fedot — Automated machine learning framework for composite pipelines
• financial-security-classes — Pure python financial securities dataclasses
• frarch — Training Framework for PyTorch projects
• freiner — Generic rate limiting solution for python applications, supporting various strategies and storage backends (redis and memcached).
• iOpt — Framework for automatically tuning hyperparameter values for mathematical models, AI and ML.
• jars — Next-generation objects for omics data
• kleides-mfa — Interface components to configure and manage multi factor authentication
• libvna — Vector network analyzer calibration, load, store and convert
• MiV-OS — Python software for analysis and computing framework used in MiV project.
• mlgw-bns — Accelerating gravitational wave template generation with machine learning.
• mudata — Multimodal omics analysis framework
• mudatasets — Multimodal Datasets in MuData format
• muon — Multimodal omics analysis framework
• nerfstudio — All-in-one repository for state-of-the-art NeRFs
• neuroconv — Convert data from proprietary formats to NWB format.
• nlpboost — A package for automatic training of NLP (transformers) models
• nornir-salt — Nornir plugins used with SaltStack Salt-Nornir Proxy Minion
• numpyro — Pyro PPL on NumPy
• nwb-conversion-tools — Convert data from proprietary formats to NWB format.
• openapi-builder — A Flask extension to automatically add OpenAPI documentation for your Flask app.
• paddlenlp — Easy-to-use and powerful NLP library with Awesome model zoo, supporting wide-range of NLP tasks from research to industrial applications, including Neural Search, Question Answering, Information Extraction and Sentiment Analysis end-to-end system.
• power-grid-model — Python/C++ library for distribution power system analysis
• power-grid-model-io — Power Grid Model Input/Output
• pvdeg — Pvdeg is a python library that supports the calculation of degradation related parameters for photovoltaic (PV) modules.
• PyElastica — Elastica is a software to simulate the dynamics of filaments that, at every cross-section, can undergo all six possible modes of deformation, allowing the filament to bend, twist, stretch and shear, while interacting with complex environments via muscular activity, surface contact, friction and hydrodynamics.
• pygaposa — Unofficial module for access to Gaposa morotized shades cloud API
• pykmsim — This is a python rewrite of kmsim to allow for better maintainbility and usability
• pylick — Python tool to measure spectral features in galaxy spectra
• PyOPIA — A Python Ocean Particle Image Analysis toolbox.
• PyPlumIO — PyPlumIO is a native ecoNET library for Plum ecoMAX controllers.
• pysimlink — Compile, run, and interact with Simulink models natively in Python!
• pytorch-logit-logic — Logit-space logical activation functions for pytorch
• random-quote-generator-rdobmk — no summary
• repytah — Python package for building Aligned Hierarchies for sequential data streams
• s3pathlib — Objective Oriented Interface for AWS S3, similar to pathlib.
• salt-nornir — Salt-Nornir Proxy Minion SaltStack Modules
• sam — Time series anomaly detection and forecasting
• sample-package-chanshing — An example Python project
• scanpy — Single-Cell Analysis in Python.
• scanpydoc — A series of Sphinx extensions to get maintainable numpydoc style documentation.
• scflowpy — Python helper functions for scFlow
• scivision — Scivision
• scverse — scverse bundle
• shadows — Low-memory data interfaces for scverse
• sphinx-godot-theme — Standalone sphinx theme based on the official Godot documentation theme.
• ssm-dox — CLI tool for building and publishing SSM Documents.
• stepcount — Step counter for wrist-worn accelerometers compatible with the UK Biobank Accelerometer Dataset
• stretchable — Layout library for Python (based on Taffy, a rust-powered implementation of CSS Grid/Flexbox)
• tenbagger — test
• thegolem — Framework for Graph Optimization and Learning by Evolutionary Methods
• 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.
• TrackSegNet — Segmentation of trajectories into diffusive states using supervised LSTM network
• ttp — Template Text Parser
• tweepy — Twitter library for Python
• tweepy-mastodon — Mastodon library with Tweepy interface for Python
• vsg — VHDL Style Guide