Cloud Physics at the University of Manchester's repositories
bin-microphysics-model
A bin-microphysics cloud model used in research and teaching. Licensed under the MIT license.
shallow-water-model-on-sphere
A shallow water model coded on the sphere. Licensed under the MIT license.
simple-cloud-model
A 1-d column cloud model used in research and teaching. Licensed under the MIT license.
thermal-cloud-model
A 2-D model based on an analytical solution to the equations of motion. Licensed under the MIT license.
adiabatic-parcel-model
An adiabatic cloud model for quickly calculating liquid water content. Licensed under the GPL.
CPI-3V-processing
A collection of scripts and code for processing CPI-3V data
dynamical-cloud-model
A dynamical model to simulate turbulence. Licensed under the MIT License.
ice-nucleation-cold-stage
A DIY cold stage for investigating ice nucleation processes by drop freezing. Licensed under the GPL
monte-carlo-capacitance-model
A selection of scripts for constructing different ice crystal habits, and calculating their capacitances. Licensed under the GPL
open-source-numerical-functions
A collection of open source numerical algorithms in Fortran.
prognostic-aerosol-microphysics-module
A warm cloud microphysics module with prognostic aerosol for use in cloud models. Currently unlicensed, implying that copyright is the owner's. Code can be used only with permission of the owner.
projects-and-teaching
A repository for describing how to use a VM or a container used for running models
test-binder
Blah
bin-diffusion-model
A bin microphysics cloud model with a moving boundary diffusion module for single component, non-volatile aerosol. Written in Fortran.
DIY-Thermocam
The DIY-Thermocam is a do-it-yourself infrared camera, based on the FLIR Lepton long-wave infrared sensor and the popular Teensy 3.6.
solar-system-model
A dynamical model of the solar-system, based on Newton's laws of motion. Licensed under the GPL.
um-plotting-scripts
A collection of scripts to plot UM data