Reverse Dependencies of pydata-sphinx-theme
The following projects have a declared dependency on pydata-sphinx-theme:
- litegitpuller — A jupyterlite extension to automate cloning of a github repository.
- lndocs — Lamin site generator.
- logginginitializer — Initialize Python logging with RWS Datalab defaults
- lstosa — Onsite analysis pipeline for the CTA LST-1
- macrosynergy — Macrosynergy Quant Research Package
- magic-cta-pipe — pipeline for the analysis of joint MAGIC+LST-1 data
- mapmatcher — A package to map-match GPS traces onto an arbitrary network
- marsilea — Create x-layout visualization
- matscipy — Generic Python Materials Science tools
- mciwb — Minecraft Interactive world builder
- meegkit — M/EEG denoising in Python
- meerkat-ml — Meerkat is building new data abstractions to make machine learning easier.
- Mesa — Agent-based modeling (ABM) in Python
- mesa-geo — GIS extension for the Mesa agent-based modeling framework in Python
- metadata-guardian — MetadataGuardian is used to protect data by searching the source metadata.
- metastore — Metastore Python SDK. Feature store and data catalog for machine learning.
- meteofrance-publicapi — A wrapper of the portail-api.meteofrance.fr datasets
- MetPy — Collection of tools for reading, visualizing and performing calculations with weather data.
- minterpy — Python library for multivariate polynomial interpolation.
- mira-multiome — Single-cell multiomics data analysis
- mitiq — Mitiq is an open source toolkit for implementing error mitigation techniques on most current intermediate-scale quantum computers.
- MiV-OS — Python software for analysis and computing framework used in MiV project.
- ml-stars — Primitives and Pipelines for Time Series Data.
- mmodel — Modular modeling framework for scientific modeling and prototyping.
- mne-connectivity — mne-connectivity: A module for connectivity data analysis with MNE.
- mne-icalabel — MNE-ICALabel: Automatic labeling of ICA components from MEG, EEG and iEEG data with MNE.
- mne-realtime — A module for real-time data analysis with MNE.
- ModuleTester — ModuleTester is a test management software for Python packages
- Montreal-Forced-Aligner — Montreal Forced Aligner is a package for aligning speech corpora using Kaldi functionality.
- mpl-sphinx-theme — Matplotlib theme for Sphinx
- mpservice — The package `mpservice <https://github.com/zpz/mpservice>`_ provides utilities for Python concurrency, including most notably
- MPSPlots — A matplotlib "wrapper" for defered plots.
- MPSTools — Personal toolbox.
- mrvi — Multi-resolution analysis of single-cell data.
- msci.sdk — Provides easy interface for users to integrate MSCI APIs, content and data into their own choice of platform.
- msfc-ccd — A Python library for characterizing and using the CCD cameras developed by Marshall Space Flight Center.
- mudata — Multimodal omics analysis framework
- mudkip — A friendly Sphinx wrapper
- muon — Multimodal omics analysis framework
- mvdate — Move files to directories based on created date
- mx-bluesky — Bluesky tools for MX Beamlines
- my-data-toolkit — Face the engineering of data preprocessing.
- named-arrays — Numpy arrays with labeled axes, similar to xarray but with support for uncertainties
- napari-matplotlib — A plugin to use Matplotlib with napari
- napari-sphinx-theme — Bootstrap-based Sphinx theme from the napari community
- navigate-micro — Open source, smart, light-sheet microscopy control software.
- nbanim — A utility for displaying image sequences as animations in Jupyter Notebooks.
- nbconvert — Converting Jupyter Notebooks (.ipynb files) to other formats. Output formats include asciidoc, html, latex, markdown, pdf, py, rst, script. nbconvert can be used both as a Python library (`import nbconvert`) or as a command line tool (invoked as `jupyter nbconvert ...`).
- nbformat — The Jupyter Notebook format
- nbsite — Build a tested, sphinx-based website from notebooks.
- ncrar-audio — Audio tools supporting psiexperiment
- ndfilters — Similar to the filters in `scipy.ndimage` but accelerated using Numba
- nefertem — Python data validation library
- nefertem-core — Python data validation library
- neo — Neo is a package for representing electrophysiology data in Python, together with support for reading a wide range of neurophysiology file formats
- networkx — Python package for creating and manipulating graphs and networks
- neuroconv — Convert data from proprietary formats to NWB format.
- neurodocker — A generic generator of Dockerfiles and Singularity recipes
- nifty8 — Library for signal inference algorithms that operate regardless of the underlying grids and their resolutions.
- nima — Numerical IMage Analyses.
- nima-io — A project to read microscopy files.
- notebook — Jupyter Notebook - A web-based notebook environment for interactive computing
- nrstitcher-utils — NRStitcher utils for esrf usage
- numba-celltree — Cell Tree Spatial Index
- numpoly — Polynomials as a numpy datatype
- numpydoc — Sphinx extension to support docstrings in Numpy format
- nxtomo — module to create / edit NXtomo application
- nxtomomill — "applications and library to convert raw format to NXTomo format"
- ocean-jupyter-server — The backend—i.e. core services, APIs, and REST endpoints—to Jupyter web applications.
- oceanum — Library for oceanum.io services
- oct2py — 'Python to GNU Octave bridge --> run m-files from python.'
- ogstools — A collection of Python tools aimed at evolving into a modeling toolchain around OpenGeoSys.
- omnipose-theme — True gray variant of pyqtdarktheme for the Omnipose GUI.
- omnisolver — Extensible framework for creating and running Binary Quadratic Model solvers and samplers.
- omnisolver-pt — Parallel-tempering solver compatible with omnisolver.
- oolab — JupyterLab computational environment
- open-notebook — Command line program to open jupyter notebooks from single server
- OpenOA — A package for collecting and assigning wind turbine metrics
- opensartoolkit — High-level functionality for the inventory, download and pre-processing of Sentinel-1 data
- ophyd — Bluesky hardware abstraction with an emphasis on EPICS
- ophyd-async — Asynchronous Bluesky hardware abstraction code, compatible with control systems like EPICS and Tango
- optext-python — Extension of Optional type inspired by Rust Option<T>.
- optika — A Python library for simulating optical systems, similar to Zemax
- optimal_splitk — DOE library for optimal split^k-plot designs with the coordinate exchange algorithm
- oqs-licensing — Licensing module of Orange Quantum Systems
- orion-ml — Orion is a machine learning library built for unsupervised time series anomaly detection.
- orix — orix is an open-source Python library for handling crystal orientation mapping data.
- ortho — Generate orthogonal set of functions
- osier — osier: A justice oriented energy system optimization tool
- osipi — The authorative python package for perfusion MRI
- osl — OHBA Software Library
- overload-numpy — Overload NumPy Functions
- p99Bluesky — p99 sandbox
- pandablocks — A Python client to control and data ports of the PandABlocks TCP server
- pandablocks-ioc — Create an IOC from a PandA
- pandas-paddles — Simple, composable selectors for loc[], iloc[], assign() and others for fluent-API style Pandas code.
- papermill-service — A REST API which executes jupyter notebooks via papermill
- parble — Parble Python SDK
- pastas — Pastas is an open-source Python framework for the analysis of groundwater time series.
- patch-denoise — Denoising method for sequence of images or volumes. Primarly targeting fMRI data.