Reverse Dependencies of particle

The following projects have a declared dependency on particle:

• corsika-panama — "PANdas And Multicore utils for corsikA7" -- A python toolkit for CORSIKA7
• DarkNews — A lightweight nu-A scattering generator for heavy neutral lepton production
• decaylanguage — A language to describe, manipulate and convert particle decays
• expertsystem — no summary
• feynml — Feynman diagram markup language
• feynmodel — Models for constructing Feynman diagrams
• flarefly — FLexible And REliable Fitting LibrarY for particle physics analysis
• flavio — A Python package for flavour physics phenomenology in the Standard Model and beyond
• FluxComp — (ensator) provides numpy and pandas compatible implemenntations of cosmic ray flux models as well as calculation for simulation weights.
• hepi — Interface to High Energy Physics tools.
• hexfarm — Rutgers HEX Computing Utility Library
• km3pipe — "An analysis framework for KM3NeT"
• madminer — Mining gold from MadGraph to improve limit setting in particle physics.
• nnusf — Predictions for all-energy neutrino structure functions
• ntsim — no summary
• phasespace — TensorFlow implementation of the Raubold and Lynch method for n-body events
• pyfeyn2 — PyFeyn is a package which makes drawing Feynman diagrams simple and programmatic. Feynman diagrams are important constructs in perturbative field theory, so being able to draw them in a programmatic fashion is important if attempting to enumerate a large number of diagram configurations is important. The output quality of PyFeyn diagrams (into PDF or EPS formats) is very high, and special effects can be obtained by using constructs from PyX, which PyFeyn is based around
• pyhepmc — Pythonic interface to the HepMC3 C++ library licensed under LGPL-v3.
• pylhe — small package to get structured data out of Les Houches Event files
• pynuml — Standardised ML input processing for particle physics
• qrules — Rule-based particle reaction problem solver on a quantum number level
• rx-scripts — Generic utilities for data analysis
• scikit-hep — Metapackage of Scikit-HEP project libraries for Particle Physics.
• sparkx — Software Package for Analyzing Relativistic Kinematics in Collision eXperiments
• tomopt — TomOpt: Differential Muon Tomography Optimisation.