given a profile x(T), find the x_0 that corresponds to T_0

construct an initial model in HSE. Note: this does not return anything, but rather updates the model_parser globals with the model information.

construct an initial model in HSE. Note: this does not return anything, but rather updates the model_parser globals with the model information.

construct an initial model in HSE. Note: this does not return anything, but rather updates the model_parser globals with the model information.

construct an initial model in HSE. Note: this does not return anything, but rather updates the model_parser globals with the model information.

construct an initial model in HSE. Note: this does not return anything, but rather updates the model_parser globals with the model information.

Procedure to determine ash front: 1) Use abar as metric to determine ash front positin 2) Select zones above Ni56 layer, and choose zones

Get the coordinates of the center of the frb.

Get the coordinates of the center of the plot.

get the temperature and energy generation rate from the last plotfile

return the grid dx -- assumes uniform spacing

Procedure to determine flame front: 1) Use enuc as metric to determine flame front position 2) Determine the global max of that quantity

Procedure to determine flame tail: 1) Use abar as metric. Tail is when there are still fresh (He4) fuel at the bottom 2) Select zones tha

Get the bounding box of all grids at a given level.

Procedure to determine burned ocean height: 1) Use abar as metric 2) Find valid zones that have 5 < abar < 55 3) Along each theta, fi

look at the last 2 plotfiles and estimate the velocity by finite-differencing

look at the last 2 plotfiles and estimate the velocity by finite-differencing

look at the last 2 plotfiles and estimate the velocity by finite-differencing

using concurrent.futures for parallelization over reading different data files. Then save and return the data.

Get the width of the frb.

Get the width of the plot.

Some parameters controlling the frb window.

Return positions for all metrics, in a dictionary keyed by metric string.

Convert the hybrid / angular momentum back to linear momentum @param loc spatial location @param hybrid_mom hybrid / angular momentum @par

Initialize all of the runtime parameters defined in _cpp_parameters regardless of the namespace

the main driver

the main driver

Plots front_location vs. time on the current pyplot figure, as well as any reasonable linear fits.

read all the parameters in the prob_param_files and add valid parameters to the params list. This returns the parameter list.