2.1

What's Changed

• Frontend by @jmcook1186 in #76
• Bump numpy from 1.18.1 to 1.21.0 by @dependabot in #77
• frontend dependecies to devcontainer by @tgoelles in #78
• fix error unit conversion by @lcvl41 in #81
• Python package by @tgoelles in #80
• Streamlit frontend by @tgoelles in #82
• fix dependency bug, add web app to docs by @jmcook1186 in #84
• Add easy albedo func by @jmcook1186 in #87
• remove rtd source & bump version by @jmcook1186 in #88
• Restructure biosnicar repository by @jmcook1186 in #89
• new ice algal ops by @lcvl41 in #92
• New features wout op files by @lcvl41 in #95
• OP files associated w/ latest PR by @lcvl41 in #96
• change paths to allow running code outside parent directory by @lcvl41 in #97
• add lwc to webapp + minor changes in config file by @lcvl41 in #98
• fix bug frsnl layers by @lcvl41 in #100

Full Changelog: 2.0...2.1

v2.0

BioSNICAR v2 is a major upgrade from BioSNICAR v1. The most significant changes are:

1. implementation of the adding-doubling solver in addition to the Toon solver
2. incorporation of empirically measured glacier and snow algae optical properties
3. complete refactor of the code to conform to object-oriented programming norms
4. branching off of legacy "functional" style BioSNICAR to "classic" branch
5. Comprehensive Sphinx docs hosted at a public URL
6. Extensive automated tests in the form of a pytest suite
7. Github workflow that runs pytest tests for all PRs to main branch

v1.0

This is a major upgrade that includes:

• incorporation of the new adding-doubling solver and Fresnel reflecting layers
• new error handling and warnings to the user
• improved UI
• cleaned and refactors optical models
• new LAPs
• new testing framework that can be verified by any user

Release for zenodo archive

republishing v0.1 release too sync with zenodo

Initial Release of Python implementation of BioSNICAR_GO

Python implementation of the BiOSNICAR_GO software for predicting the albedo of biologically-darkened snow and ice.