bmlite.P2D.postutils

Routines in this submodule contains all post-processing functions for the P2D package.

Functions

electrolyte(soln)	Plots electrolyte Li-ion concentration profiles vs. time.
intercalation(soln)	Plots anode and cathode particle intercalation profiles vs. time.
pixels(soln)	Makes pixel plots for most 2D (space/time) variables.
post(soln)	Run post processing to determine secondary variables.
potentials(soln)	Plots anode, electrolyte, and cathode potentials vs. time and space.

Module Contents

bmlite.P2D.postutils.electrolyte(soln)

Plots electrolyte Li-ion concentration profiles vs. time.

Parameters:

soln (P2D Solution object) – A pseudo-2D model solution object.

bmlite.P2D.postutils.intercalation(soln)

Plots anode and cathode particle intercalation profiles vs. time.

Parameters:

soln (P2D Solution object) – A pseudo-2D model solution object.

bmlite.P2D.postutils.pixels(soln)

Makes pixel plots for most 2D (space/time) variables.

Parameters:

soln (P2D Solution object) – A pseudo-2D model solution object.

bmlite.P2D.postutils.post(soln)

Run post processing to determine secondary variables.

Parameters:

soln (Solution) – A pseudo-2D model solution object.

Returns:

postvars (dict) – Post processed variables, as described below.

Key	Value [units] (type)
div_i_an	divergence of current at t, x_a [A/m3] (2D array)
div_i_sep	divergence of current at t, x_s [A/m3] (2D array)
div_i_ca	divergence of current at t, x_c [A/m3] (2D array)
sdot_an	Faradaic current at t, x_a [kmol/m2/s] (1D array)
sdot_ca	Faradaic current at t, x_c [kmol/m2/s] (1D array)
sum_ip	i_ed + i_el at t, xp interfaces [A/m2] (2D array)
i_el_x	i_el at t, x interfaces [A/m2] (2D array)

See also

StepSolution, CycleSolution

bmlite.P2D.postutils.potentials(soln)

Plots anode, electrolyte, and cathode potentials vs. time and space.

Parameters:

soln (P2D Solution object) – A pseudo-2D model solution object.