Reverse Dependencies of numba

The following projects have a declared dependency on numba:

• casino — Quantum Monte Carlo for electrons in real space
• CatalanTTSo — Catalan Text to Speech
• catalystcoop.pudl — An open data processing pipeline for US energy data
• causarray — causarray is a Python module for A Python package for simultaneous causal inference with an array of outcomes.
• caustics — The lensing pipeline of the future: GPU-accelerated, automatically-differentiable, highly modular. Currently under heavy development: expect interface changes and some imprecise/untested calculations.
• cblearn — Comparison-based Machine Learning in Python.
• ccc-coef — The Clustermatch Correlation Coefficient (CCC) is a highly-efficient, next-generation not-only-linear correlation coefficient that can work on numerical and categorical data types.
• cdp-ts — A python implementation of Concatenated-Decision-Path method for time series classification
• Cell-BLAST — Single-cell transcriptome querying tool
• cellector — A pipeline and GUI for determining which ROIs match features in a fluorescence image.
• cellfinder — Automated 3D cell detection in large microscopy images
• cellfinder-core — Automated 3D cell detection in large microscopy images
• cellforest — An interactive single-cell bioinformatics workflow manager
• CellGen — CellGen: a computational model for predicting the cellular response to diverse perturbation
• cellgeometry — Statistical Cell Shape Analysis
• cellori — Cellori
• cellpose — anatomical segmentation algorithm
• cellpose-omni — cellpose fork developed for omnipose
• cellpose-omni-acdc — cellpose fork developed for omnipose
• cellpose-plus — cell segmenetation framework based on cellpose
• cellpose-vollseg — modification of cellpose algorithm
• cellrank — CellRank: dynamics from multi-view single-cell data
• cellseg-gsontools — Toolbelt for merging and extracting features from geojson masks.
• cellseg-models.pytorch — Python library for 2D cell/nuclei instance segmentation models written with PyTorch.
• celltk — live-cell image analysis
• cenfind — Score cells for centrioles in IF data
• ceng — Tool for Coding Tasks Specific to Civil Engineering
• cfrainbow — Counterfactual Regret Minimization Open-Source Implementations
• cg-r-pathway — A comprehensive protein reaction coordinate optimization framework
• cg-simulator — A simulator for card games.
• cge-modeling — Computable general equlibrium models and policy simulation via autodiff with Pytensor
• CGRtools — no summary
• chai_lab — Chai Discovery tools for AI + protein research.
• chainladder — Chainladder Package - P&C Loss Reserving package
• changepoynt — Several change point detection methods implemented in python.
• charchef — 3 functions to normalize strings, repair bad encoding, replace non-printable characters
• checkatlas — One liner tool to check the quality of your single-cell atlases.
• checkpoint-schedules — Schedules for incremental checkpointing of adjoint simulations.
• chem_wasserstein — A high performance mapping class to construct ElM2D plots from large datasets of inorganic compositions.
• chemcoord — Python module for dealing with chemical coordinates.
• chemtools — Python tools for quantum chemical calculations
• chimera-exo — exoplanet code for transmission and emission spectroscopy
• ChitraPy — Digital Image Processing Library.
• choclo — Kernel functions for your geophysical models
• Chronix2Grid — A python package to generate "en-masse" chronics for loads and productions (thermal, renewable)
• chunkdot — Multi-threaded matrix multiplication and cosine similarity calculations.
• chunky3d — A 3D array-like NumPy-based data structure for large sparsely-populated volumes
• cimdem-test-package — A short description of your package
• cir4mics — Simulating structurally variable NPCs or other ring-like structures for Microscopy
• circadian — Tools for the simulation and analysis of circadian rhythms
• Circle-Map — Circular DNA analysis tools
• circular-buffer — Efficient circular buffer implementation in Python with optional Numba JIT compilation
• CIxTools — Cheminformatics Tools
• claspy — no summary
• claudius — Analytic computations for scattering
• cleval — cleval
• clifford — Numerical Geometric Algebra Module
• climada — CLIMADA in Python
• climaticai — climaticai is a library that builds, optimizes, and evaluates machine learning pipelines
• climix — A climate index package
• climpred — """Verification of weather and climate forecasts and prediction."""
• clonedetective — A python package for the scalable analysis of fluorescent imaging data from lineage tracing experiments.
• cloudmetrics — Cloud pattern metrics toolkit
• Clumsy — A collection of scripts used in the Computational Memory Lab for timeseries analysis
• cluster-analyzer — A library to analyze critical behavior, self-similarity, and fractal dimension of clusters in cellular automata.
• clusterenv — ClusterEnv is a Python Gym environment designed to simulate and model the management and optimization of computing clusters. In the realm of distributed computing.
• clustering-geodata-cubes — CGC: a Scalable Python Package for Co- and Tri-Clustering of Geodata Cubes
• Clusters-Features — The Clusters-Features package allows data science users to compute high-level linear algebra operations on any type of data set.
• clustertools — A python packaged for analysing star clusters
• cmap — Scientific colormaps for python, without dependencies
• cmatcher — Find the best background and foreground color combinations from a given RGB value
• cminpack-numba — A numba compatible wrapper of cminpack.
• cmomy — Central (co)moment calculation/manipulation
• cmtj — CMTJ - C Magnetic Tunnel Junctions.
• cnn-runner — Software package for CNN run
• CNSistent — Tools for imputation, segmentation, analysis, and plotting of Copy Number Segments (CNS).
• cnvm — Continuous-time Noisy Voter Model (CNVM) of social dynamics.
• cobalt-ai — ML model understanding and repair
• cobsurv — Cobra Ensemble for Conditional Survival
• cocopye — Feature-based prediction of genome quality indices
• codex-africanus — Radio Astronomy Building Blocks
• coffea — Basic tools and wrappers for enabling not-too-alien syntax when running columnar Collider HEP analysis.
• cogdl — An Extensive Research Toolkit for Deep Learning on Graphs
• cogent3 — COmparative GENomics Toolkit 3: genomic sequence analysis within notebooks or on compute systems with 1000s of CPUs.
• cognite-dqfuns — Collection of python algorithms to evaluate data quality in CDF timeseries and assets
• cognite-inso-toolbox — Inso Toolbox
• cogsworth — A framework for performing self-consistent population synthesis and orbital integration
• cogwheel-pe — Parameter estimation of gravitational wave sources
• coiled-runtime — Simple and fast way to get started with Dask
• coipee — Demo of a Caipi-like system for explanatory interactive learning.
• coloc-sat — no summary
• colorsynth — A Python library for creating false-color images from arrays of spectral radiance
• ColorTransferLib — This library provides color and tyle transfer algorithms which were published in scientific papers. Additionall a set of IQA metrics are available.
• colorutil — no summary
• colosseumrl — UC Irvine multi-agent reinforcement learning framework
• coltra — Coltra is a simple moddable RL algorithm implementation
• coltra-rl — Coltra-RL is a simple moddable RL algorithm implementation
• comet-emu — COMET - Cosmological Observables Modelled by Emulated perturbation Theory.
• comet-toolbox — Dynamic functional connectivity toolbox for multiverse analysis
• commomacrossoverbacktest — Python project designed to develop and implement backtesting for moving average crossover strategies applied to commodities underlyings