completing the set of arrays passed from Fortran to Python (th, qv, rho, v_half, w_half)
removing print statement (testing travis)
changing the name of main function
work in progress on initialisation of superdroplets in micro_step
adding installing libcloudph in travis
formatting in travis
adding cmake etc. to travis
adding newer gcc to travis
passing additional varables to python, creating a ptr2np function
work in progress on creating arrays for libcloudph
adding rho_half variable
adding dz, dx
moving some definition to the if statement
moving some definition to the if statement
adding init and step_sync/async function from libcloud
adding options, starting diagnostic
passing mphys tendencies from F to Py
changing dg_dt, dgstart and nt for testing
adding option
example call of KiD diagnostic routine from within step_micro() in Python; (note: temporarily changed domain size, timestep and diagnostic frequency)