Reverse Dependencies of awkward

The following projects have a declared dependency on awkward:

• akimbo — Awkward Array Extension for Dataframes
• anndata — Annotated data.
• astroCAST — Package to analyze calcium fluorescence events in astrocytes
• awkward-kaitai — Kaitai Struct runtime for Awkward Arrays
• awkward-numba — Allows awkward arrays to be used in Numba-compiled code and optimizes awkward methods with JIT compilation.
• awkward-pandas — Awkward Array Pandas Extension
• awkward1 — Manipulate JSON-like data with NumPy-like idioms.
• ax-env — dependency manager for XENONnT package
• clouddrift — Accelerating the use of Lagrangian data for atmospheric, oceanic, and climate sciences
• codelink — Node-based visual programming environment
• coffea — Basic tools and wrappers for enabling not-too-alien syntax when running columnar Collider HEP analysis.
• correctionlib — A generic correction library
• cuda-histogram — Histogramming tools on CUDA.
• dask-awkward — Awkward Array meets Dask
• data_manipulation_utilities — no summary
• deepmem — Deep learning implementations for sustainable matrix element method calculations
• dewloosh.math — A math library for numerical and symboliccalculations.
• dogma-data — Data processing for Dogma
• driptorch — Ignition pattern simulator for prescribed firing techniques
• epix — Electron and Photon Instructions generator for XENON
• f9columnar — Columnar analysis utils.
• fast-carpenter — F.A.S.T. package for summarizing ROOT TTrees
• fnal-column-analysis-tools — Tools for doing Collider HEP style analysis with columnar operations at Fermilab
• func-adl-uproot — Functional Analysis Description Language uproot backend for accessing flat ROOT ntuples
• func-adl.xAOD — Functional Analysis Description Language backend for accessing ATLAS xAOD files.
• generic-analysis-scripts — Generic utilities for data analysis
• georges-core — Georges' accelerator physics library - Core
• hep-ml-lab — An end-to-end framework used for research combining high-energy physics phenomenology with machine learning.
• hepaccelerate — Fast kernels for analyzing jagged columnar data common in high-energy physics.
• hepdataframe — HEP Dataframe
• hepfile — no summary
• heppyness — no summary
• heputils — Helper utilities around the Scikit-HEP ecosystem for common tasks in HEP
• HErmes-py — Highly efficient, rapid multipurpose event selection
• HighResAnalysis — Analysis of High Resolution Data from CERN and DESY beam tests
• hipopy — UpROOT-Like I/O Interface for CLAS12 HIPO Files
• histoprint — Pretty print of NumPy (and other) histograms to the console
• jetnet — Jets + ML integration
• km3io — "KM3NeT I/O library without ROOT"
• km3pipe — "An analysis framework for KM3NeT"
• LbAPCommon — Common utilities used by LHCb DPA WP2 related software
• lecroyscope — An unofficial Python package 🐍📦 to interface with Teledyne LeCroy oscilloscopes and read binary trace files (.trc)
• legend-pydataobj — LEGEND Python Data Objects
• LHCbDIRAC — LHCbDIRAC is the LHCb extension of DIRAC
• lheplot — A simple framework for plotting LHE files
• lvec — A package for handling Lorentz vectors with NumPy and Awkward array backends
• mattak — Mattak is (will eventually be) a multilingual package containing readers and helpers for RNO-G in C++, Python (via both uproot and PyROOT) and maybe even JS (via rootjs).
• mcconv — EIC Monte-Carlo file converter
• midas-tape — Read MIDAS tape server files
• mlx-embedding-models — Python utility for text embeddings in MLX.
• nessie — Annotation error detection and correction
• neumann — A Python Library for Applied Mathematics in Physical Sciences.
• pdroot — utilities for working with ROOT files and pandas
• phasespace — TensorFlow implementation of the Raubold and Lynch method for n-body events
• pybdsim — Python utilities for the Monte Carlo Particle accelerator code BDSIM.
• pyirf — A python library to calculate IACT IRFs and Sensitivities
• pylhe — A small package to get structured data out of Les Houches Event files
• python-graphblas — Python library for GraphBLAS: high-performance sparse linear algebra for scalable graph analytics
• ragged — Ragged array library, complying with Python API specification.
• rebsmearv2 — Implementation of rebalance & smear
• rx-hqm — no summary
• rx-scripts — Generic utilities for data analysis
• sc-dandelion — sc-TCR/BCR-seq analysis tool
• sc-heimdall — Heimdall: A Comprehensive Paradigm for Evaluating Single-Cell Representations within Foundational Models
• scikit-hep — Metapackage of Scikit-HEP project libraries for Particle Physics.
• scirpy — Python library for single-cell adaptive immune receptor repertoire (AIRR) analysis
• servicex-transformer — ServiceX Data Transformer for HEP Data
• shml — lightweight pdata cleaning/processing/plotting/ML training library for use with an ATLAS BSM dihiggs search
• sigmaepsilon.math — A Python Library for Applied Mathematics in Physical Sciences.
• simplify — Produce simplified likelihoods of different formats
• sparrow-python — no summary
• streetscapes — Code for downloading, segmenting and analysing images from Mapillary and KartaView, with the aim of extracting the emissivity and albedo of buildings.
• tiled — Structured Scientific Data Access Service
• uproot — ROOT I/O in pure Python and NumPy.
• uproot-browser — Tools to inspect ROOT files with uproot
• uproot-methods — Pythonic mix-ins for ROOT classes.
• vector — Vector classes and utilities
• weaver-core — A streamlined deep-learning framework for high energy physics
• xarray-spatial — xarray-based spatial analysis tools
• xenon-fuse — XENON Framework for Unified Simulations of Events
• zinv-analysis — AlphaTwirl + uproot for the Z inv. width analysis