Moved relavent files from mercury to a repository specific for the core model
added an (untested) modification of build_planet.py in build_planet_cm.py which treats the planet with constant values for the masses of layers instead of radii
Fixed functions in mercury_reference.py. Added mercury_cm_model.py for testing purposes. Added core_partition.py to calculate the change in liquid composition as a result of core growth. Added liquidus_model.py which is Nick Knezek's eutectic FeS liquidus model with additional data and small additions
 forgot to add mercury_cm_model.py
Added a daughter class in liquidus_model which omits the Chen et al. data at 14 GPa (yielding monotonically increasing clapeyron slopes at low S content). Also adding figures showing the shape of the models.'''
Have a working version of the model for constant mass, and with an arbitrarily chosen cmb temperature
added means of finding a consitent cmb temperature to build_planet_cm
adding a daughter class corePlanet which considers the liquidus when integrating the planet
corePlanet class working
integrate now keeps track of diffrence during last iteration for convergence analysis
improved plotting and removed old (non constant pressure) versions of the codes.
Added placeholder readme file
adding .gitignore
Update .gitignore
rewrote comptute_radii using Univariatespline and integrate.odeint
Merge branch 'master' of https://github.com/cider-team-mercury/core_model
adding functionality to generate tables from planet models
rewrote mercury_cm_model to generate a lookup table to .csv file
changed liquidironsulfidesilicate() to a simple set of parameters that should be more consistent with Hauck's model.
Changed liquid parameters in mercury_minerals to all be consistent with a reference at T=300 K