Reverse Dependencies of uproot

The following projects have a declared dependency on uproot:

• atuproot — AlphaTwirl + uproot = FAST analysis code
• ax-env — dependency manager for XENONnT package
• cabinetry — design and steer profile likelihood fits
• cait — Cryogenic Artificial Intelligence Tools - A Python Package for the Data Analysis of Rare Event Search Experiments with Machine Learning.
• calotron — Transformer-based models to fast-simulate the LHCb ECAL detector
• coffea — Basic tools and wrappers for enabling not-too-alien syntax when running columnar Collider HEP analysis.
• compscat — Monte Carlo Simulation of Compton Scattering
• correctionlib — A generic correction library
• ctapipe-io-magic — ctapipe plugin for reading calibrated MAGIC files
• dask-awkward — Awkward Array meets Dask
• deepmem — Deep learning implementations for sustainable matrix element method calculations
• dl1-data-handler-light — light version of the dl1 HDF5 data writer + reader + processor
• dl1dh-test — dl1 HDF5 data writer + reader + processor
• domauto — The domauto project. Automatic DOM status plotting and autopsy
• dwong — Dowling's integrated data analysis for DQ experiemnt setup. Include data analysis functions, csv saving tools, Particle ID model, DNN model frame for ID training and EMCal ploting tools
• epix — Electron and Photon Instructions generator for XENON
• fast-carpenter — F.A.S.T. package for summarizing ROOT TTrees
• fast-curator — F.A.S.T. package for describing datasets
• flarefly — FLexible And REliable Fitting LibrarY for particle physics analysis
• flux-tool — Package used to study the output histograms from PPFX
• fmake — build scripts for firmware projects
• fnal-column-analysis-tools — Tools for doing Collider HEP style analysis with columnar operations at Fermilab
• fredtools — FRED tools is a collection of python functions for image manipulation and analysis. See more on https://github.com/jasqs/FREDtools.
• 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.
• gam-gate — Simulation for Medical Physics
• garf — Utility tools for GATE ARF simulations
• gatetools — Python tools for GATE, see https://github.com/OpenGATE/Gate
• georges-core — Georges' accelerator physics library - Core
• gwpy — A python package for gravitational-wave astrophysics
• hepaccelerate — Fast kernels for analyzing jagged columnar data common in high-energy physics.
• hepconvert — File conversion package.
• hepdata-maker — hepdata_lib wrapper for hepdata record creation and validation
• hepdataframe — HEP Dataframe
• heppyness — no summary
• heputils — Helper utilities around the Scikit-HEP ecosystem for common tasks in HEP
• HErmes-py — Highly efficient, rapid multipurpose event selection
• hexfarm — Rutgers HEX Computing Utility Library
• HighResAnalysis — Analysis of High Resolution Data from CERN and DESY beam tests
• hipe4ml — Minimal heavy ion physics environment for Machine Learning
• histoprint — Pretty print of NumPy (and other) histograms to the console
• km3io — "KM3NeT I/O library without ROOT"
• km3irf — KM3NeT instrument response functions
• 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)
• lhcb-ftcalib — Library for calibrating flavour tagging algorithms at LHCb
• LHCbDIRAC — LHCbDIRAC is the LHCb extension of DIRAC
• lz-validation — LZ physics validation package
• magic-cta-pipe — pipeline for the analysis of joint MAGIC+LST-1 data
• matplottery — Nicer histograms with numpy and plotting with matplotlib
• 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
• mplhep — Matplotlib styles for HEP
• nanopyfw — HEP Analysis on flat TTrees, like CMS NanoAOD
• nesse — A solid state detector simulation developed for the Nab experiment.
• nndm-library — Library to read particle files and apply machine learning to them
• ntsim — no summary
• ntupledicts — Treating CMS TrackTrigger ROOT Ntuples as Python dictionaries with ML studies in mind.
• odapt — File conversion package.
• opengate — Simulation for Medical Physics
• pachyderm — Physics Analysis Core for Heavy-Ions
• papdl — no summary
• phasespace — TensorFlow implementation of the Raubold and Lynch method for n-body events
• pidcalib2 — A set of tools for estimating LHCb PID efficiencies
• pidgan — GAN-based models to flash-simulate the LHCb PID detectors
• pidgen2 — Tools for particle identification (PID) correction for LHCb detector
• polarimetry-lc2pkpi — Symbolic expressions that describe an aligned polarimeter vector field
• pybdsim — Python utilities for the Monte Carlo Particle accelerator code BDSIM.
• pyBumpHunter — Python implementation of the BumpHunter algorithm used by HEP community.
• pyDischarge — A python package for gravitational-wave astrophysics
• pygeosimplify — Python package for automatic, cell-based inference of clash-free simplified detector geometry.
• pyhf — pure-Python HistFactory implementation with tensors and autodiff
• pyhf-combine-converter — A package to translate between pyhf and Combine models
• pyirf — A python library to calculate IACT IRFs and Sensitivities
• pymcabc — Monte Carlo Event Generator for the ABC theory
• pytomography — Package to perform tomographic image reconstruction
• reaction-plane-fit — Implments the reaction plane fit for background subtraction in heavy ion collisions.
• ReadROOT — Easy GUI made to read ROOT files created by the CoMPASS software distribued by CAEN.
• rebsmearv2 — Implementation of rebalance & smear
• red-magic — Generic analysis and processing tools for Manoir.
• rexart — Make some art out of TRExFitter output
• root-histogram — A small example package
• root_optimize — Perform optimizations on flat ROOT TTrees
• root2hdf5 — Lightweight ROOT to HDF5 file converter
• scikit-hep — Metapackage of Scikit-HEP project libraries for Particle Physics.
• scikit-validate — Science validation toolkit
• servicex — Front-end for the ServiceX Data Server
• servicex-for-trexfitter — Interface ServiceX into TRExFitter to provide an alternative method of reading input ntuples
• 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
• simweights — Pure python library for calculating the weights of Monte Carlo simulation for IceCube.
• sntools — Event generator for supernova burst neutrinos
• SpaceCherenkovSimulator — Python library containing tools for simulating Cherenkov detector count rates in space.
• tdub — tW analysis tools.
• twaml — tW Analysis Machine Learning
• uproot-browser — Tools to inspect ROOT files with uproot
• uproot-tree-utils — A small collection of utilities for handling ROOT TTrees with uproot.
• uproot4 — ROOT I/O in pure Python and NumPy.
• weaver-core — A streamlined deep-learning framework for high energy physics
• WFSim — XENONnT Waveform simulator