Reverse Dependencies of uncertainties

The following projects have a declared dependency on uncertainties:

• amical — no summary
• ampel-hu-astro — Astronomy units for the Ampel system from HU-Berlin
• atomcloud — Conventional method for fitting atom cloud, BECs and bimodal atom cloud/BEC distributions in 1D and 2D.
• becquerel — Tools for radiation spectral analysis.
• boilercore — Common functionality of boiler repositories.
• boilerdata — Data processing pipeline for a nucleate pool boiling apparatus.
• bonsai-ipcc — Implementation of the IPCC Guidelines for National GHG Inventories.
• ccsgp_get_started — get started with the ccsgp plotting library
• ceruleo — Remaining useful life estimation utilities
• cfu_count — Infer the cell density of a culture from the number of colonies observed in
• chipipexample — A simple example of a Python package
• coimbra-chamber — Python programs for Rich Inman's PhD work involving the Coimbra Chamber at UCSD.
• component-contribution — A method for estimating the standard reaction Gibbs energy of biochemical reactions
• cytopy — Data centric algorithm agnostic cytometry analysis framework
• ddmtools — A Python library for doing differential dynamic microscopy on polydisperse samples
• deepqmc — Deep-learning quantum Monte Carlo for electrons in real space
• dgpost — datagram post-processing toolkit
• DiffCapAnalyzer — A package for the quantitative analysis of differential capacity data!
• djangophysics — Django APIs for physics conversion and calculations
• dragonfruit — Workflow tool
• easycrystallography — Crystallography in easyScience
• easyScienceCore — Generic logic for easyScience libraries
• edge-pydb — Python based database for CARMA EDGE
• edtools — Collection of tools for automated processing and clustering of electron diffraction data.
• encomp — General-purpose library for engineering calculations
• endf — Python interface to ENDF-6 files
• eonr — A tool for calculating economic optimum nitrogen rates
• erlab — Python package for ARPES data analysis and visualization.
• errorcalcs — GUI for error calulations
• exp-jangddol — kawaii experiment data analysis tool
• foramgeochem — Tools for converting between foraminifera geochemistry and environmental parameters.
• fprlib — Knjižnica za FPR
• gasify — A module for handling data from experiments, primarily focused upon gas measurement
• geocurrency — Web based services to convert units and currencies.
• gumbi — Gaussian Process Model Building Interface
• hdtv — HDTV - Nuclear Spectrum Analysis Tool
• hepi — Interface to High Energy Physics tools.
• hexfarm — Rutgers HEX Computing Utility Library
• HighResAnalysis — Analysis of High Resolution Data from CERN and DESY beam tests
• hikari-toolkit — A high-level tool for manipulating crystallographic files
• hist — Hist classes and utilities
• ipanema3 — Fitting Tool for High Energy Physics
• jupyterpc — Some Functions for making Tables and Graphics in Jupyter
• kilojoule — A convenience package for engineering calculations with a focus on fluids mechanics, thermodynamics, and heat transfer
• labtool-ex2 — Lab-Tool - A Python based lab-data visualization tool
• labtools-arna — Tools for physics laborayory courses
• latools — Tools for LA-ICPMS data analysis.
• libwise — Various utilities for the WISE package
• lifefit — Reconvolution fitting of TCSPC histograms
• lightkurve — A friendly package for Kepler & TESS time series analysis in Python.
• lmfit — Least-Squares Minimization with Bounds and Constraints
• mathusla-tracker — MATHUSLA Tracking Algorithm
• miaaim-python — Multi-omics Image Alignment and Analysis by Information Manifolds
• minkit — Package to perform fits in both CPUs and GPUs
• mmfutils — Small set of utilities: containers and interfaces.
• mosaic-nist — A Modular Single-Molecule Analysis Interface.
• mossba — Fit mossbauer
• natural-units — uncertainty quantification for numerical computations
• nomad-camels — CAMELS is a configurable measurement software, targeted towards the requirements of experimental solid-state physics.
• numcertainties — uncertainty quantification for numerical computations
• obj-tables — Tools for creating and reusing high-quality spreadsheets
• onshape-xblock — The Onshape Xblock used to grade Onshape elements according to a number of criteria.
• optoanalysis — Python package with functions for data analysis
• ossos — Outer Solar System Origins Survey (OSSOS)
• ost-photometry — Phtometry reduction and analysis package for the OST observatory
• palmiche — A python package for automation of MD simulations
• permittivitycalc — Scripts to calculate and plot the complex permittivity from S-parameter data
• Pint — Physical quantities module
• positron-cross-section — "A program for calculating and plotting positron cross sections."
• praktikum — Tools for the beginners' lab courses in physics at RWTH Aachen University
• praktipy — A small toolbox for physics laboratory courses at the TU Dortmund.
• previs-astro — no summary
• proceduraldata — Simple-to-understand and robust data storage for experimental data
• pruby — Python library for calculating pressure based on ruby fluorescence
• pycraters — A Python framework designed to automate the most common tasks associated with the extraction and upscaling of statistics of single-impact crater functions to inform coefficients of continuum equations describing surface morphology evolution.
• pyEvalData — Python module to evaluate experimental data
• pyfreya — Cohort Analysis Tool
• pyirs — Python Interfaces for Reactor Simulations
• pyked — Package for manipulating Chemical Kinetics Experimental Data (ChemKED) files.
• pylabutils — Some utils for working with python in a simple lab-like environment
• pymatgen — Python Materials Genomics is a robust materials analysis code that defines core object representations for structures and molecules with support for many electronic structure codes. It is currently the core analysis code powering the Materials Project (https://materialsproject.org).
• pymonke — Tools for creating lab reports and data analysis
• pyMonteCarlo — Python interface for Monte Carlo simulation programs
• pynams — python for water in nominally anhydrous minerals
• pynibs — A python toolbox to conduct non-invasive brain stimulation experiments (NIBS).
• pyPENELOPEtools — Python interface to facilitate the use of the Monte Carlo code PENELOPE and its main programs
• pypowhegparse — Analyse POWHEG output files for potential errors.
• pypxr — A collection of utilities for reducing data and modeling Polarized Resonant Soft X-ray Reflectivity.
• PyrootCK — Improving PyROOT for better productivity.
• pysercomb — parser combinator library and assorted parsers
• pyspectools — A set of Python tools/routines for spectroscopy
• pytheos — A python tool set for equations of state
• pytopdrawer — Plot top files with python and matplotlib (mainly from POWHEG)
• PyTransit — Fast and painless exoplanet transit light curve modelling.
• pyzik — functions packages for my physic's students
• qcodes — Python-based data acquisition framework developed by the Copenhagen / Delft / Sydney / Microsoft quantum computing consortium
• qiskit-experiments — Software for developing quantum computing programs
• quantify-core — Quantify-core is a unified quantum computing, solid-state and pulse sequencing physical experimentation framework.
• ramanchada2 — Harmonising Raman Spectroscopy
• reductus — Data reduction for neutron scattering