Erik Proano 07/30/2019

Returns an array containing all the file names based on the case name and the initial and final file indexes which are required as input arguments by this function

Performs a Reynolds decomposition in order to compute average flow and fluctuating quantities of all the data files

Saves in disk a surface plot with the gradient of a desired thermodynamic or kynematic flow quantity

Saves on disk surface plots of the initial conditions regarding thermodynamic and kinematic quantities of the flow i.e. the initialization of the flow within the Flash code framework

Returns data and saves plot in disk of the integral mixing layer width development in time of a cylindircal or spherical density interface

Computes statistical molecular fraction for quantifying mixing between two different species

Returns data and saves plot in disk of the real mixing layer width development in time of a cylindircal or spherical density interface. The data computed using this function contains noise compared to the data computed with the integral mixing layer width

Saves in disk plots of the conditions (ratios) ahead and behind an imploding (or exploding) cylindircal or spherical shock wave

Saves in disk a surface plot of the vorticity field of a given simulation

Saves in disk zoomed surface plots of a desired variable

Saves in disk surface plots of the whole simulation hdf5 files given a desired flow variable

Computes the real mixing layer width using a desired number of processors. Execution time is greatly improved compared to the plot_MIxLayDevelop function. This function is also written in a more-general purpose manner; hence, allowing the user to easily edit the code depending on the geometry of the simulation and finally obtain faster results due to the implementation of MPI API for Python mpi4py and the yt API for reading hdf5 Flash output data