Supporting data and information:
================================

Are made available:

-the Fortran source code of the model initialization module modified for this work,
"module_initialize_Titan_lakebreeze3d_xy_shoreline.F"

-the input files used to run the simulations,
in "inputs/"

-a list of the simulations done and the netCDF outputs, 
"list_simus_done_for_paper3D.pdf"
"run-##_y0_tsol4.nc.gz"  --> slices at a given y (at the center), 4th tsol [for 2D and 3D simulations]
"run-##_y0_tsol3.nc.gz"  --> slices at a given y (at the center), 3rd tsol [for 2D and 3D simulations]
"run-##_z0_tsol4.nc.gz"  --> slices at a given z (at the surface), 4th tsol [only for 3D simulations]
"run-##_z200_tsol4.nc.gz"  --> slices at a given z (at ~200 m), 4th tsol [only for 3D simulations]
"run-##_tsol4_2am.nc.gz"  --> total simulation output at a given time (2am on 4th tsol) [only for 3D simulations]
"run-##_tsol4_2pm.nc.gz"  --> total simulation output at a given time (2pm on 4th tsol) [only for 3D simulations]

-the Python codes to plot figures from the netCDF output files,
in "postprocessing_python/"
"mtwrf_analysis_1D_t.py"  --> plot variables with time at given (x,y,z) [for 2D and 3D simulations]
"mtwrf_analysis_2D_xt.py" --> plot variables with (x,t) at given (y,z) [for 2D and 3D simulations]
"mtwrf_analysis_2D_xz.py" --> plot variables with (x,z) at given (y,t) [for 2D and 3D simulations]
"mtwrf_analysis_2D_xy.py" --> plot variables with (x,y) at given (z,t) [only for 3D simulations]
-- same as the previous ones but to plot along a different x-axis (rotated fron the one of the netCDF files) [only for 3D simulations]
"mtwrf_analysis_1D_t_diagonal.py"
"mtwrf_analysis_2D_xt_diagonal.py"
"mtwrf_analysis_2D_xz_diagonal.py"

-the Matlab variables and figures from the analysis of the simulated lake breeze dimensions
in "postprocessing_matlab/"