run_postproc.py

# this routine can be used to visualize the 1D solver results in the projects 'output' dir
from postprocessor import PostProcessor
 
csv_files = {
    "time": "time_vec.csv",         # single-column file with time values
    "x": "nodes_vec.csv",           # single-column file with node positions
    "dx": "dx_vec.csv",             # single-column file with cell sizes
    "phi": "phi_mat.csv",           # electric potential on nodes
    "rho": "rho_mat.csv",           # charge density on nodes
    "efield": "efield_mat.csv",     # electric field in cells
    "currents": "currents_mat.csv", # multi-column file with electrode currents over time
    "energy": "energy_mat.csv"      # multi-column file with electron energy bins over time
}
cell_fields = []
 
pp = PostProcessor(
    folder="/shares/users/work/algl/IPPnextcloud/SIM/simple-mano/COARSE", 
    csv_dict=csv_files, 
    cell_fields=cell_fields
    )
 
# SANITY CHECK
#Plot timestep 10 of phi (node-based)
#pp.plot_timestep("phi", t=0)
# Plot timestep 10 of efield (cell-based)
#pp.plot_timestep("efield", t=0)
 
# Animate density every 5th timestep
pp.animate("rho", step=2)
 
pp.animate("phi", step=2)
 
pp.plot_columns_over_time("currents", [1,2])
 
#pp.animate_histogram("energy")