Updated 05/22:

how to run on Ubuntu: python -m __main__

next post processing = need to extract the flow rates associated with temperatures.... this could be a little tricky.
	next case setups: 
		-create the next case files based on the length of the case list
		-copy and paste the required templates into the case file folders
		-create functions to edit the required files prior to run
			-These will closely mimic the previous functions, however will involve a loop over all of the case folders
		-Do a trial openfoam run on these to ensure the syntax and all is looking good


Concerns:
	-Might need to make some of the earlier scripts able to be integrated in a loop
		-editing the control, bc, details files etc.
#1	-Figure out the outside velocity computation

#2	-might need to do a bit of an overhaul on the case editing and setup....
		-Look into this and see if it is reasonable and/or necessary

	-repeatability is a concern. 



--See about the need to have a if statement around the intial 25-150 setup, or if it is possible to just have the files overwritten

--End goal, perhaps have a reset option for users to restore directories to their original configuration for a re-run






details_file_25, details_file_50, details_file_100, details_file_125, details_file_150 
	These are the files with the velocities (0-folder)


-Post processing functionality:
	-first running a few cases for extracting the geom. running for at least a few minutes (0.0125 seconds)
	-next, trying to pull geometry and create HDF5 files (backburner for now---look at the HDF5Write github for future work)

Looking pretty good right now!!!


running the full program

--fix the directory problems for Linux OS (mainly in the locating and extracting portions)

--Need to figure out how to run the cases without going to the command line... Biggest things

--Need to write some tests. Lots of them

--find unused files and move them to an obselete file location in the folder for backup

-Finish up the addition of files and begin editing. setup.py, __version.py, CHANGELOG, MANIFEST

--Convert the probe file into a HDF5 file for brownie points
	--delete the text file following



-probe functions within the controlDict file will specify outputs
-----working with the case 100 file
-the probes write to postProcessing\probes\0\ folder within case directories
-Need to put all of the points I am looking to pull (bottom of stove) (NEXT UP)

What worked? -- running reactingFoam from the Ubuntu command window
-being in the current directory and typing pyFoamRunner.py reactingFoam
reactingFoam -case mnt/c/Oregon_State.... < this is the full linux path... having problems communicating with windows-linux

pyFoamRunner<solver, directory, case>

see pyfoamrunner --help for parrallelizing

running the openfoam case:
-navigate to the directory 
-enter reactingFoam from Linux command line

--Currently updating the input files for the model I will be running


C:\Users\Lee\AppData\Local\Packages\CanonicalGroupLimited.UbuntuonWindows_79rhkp1fndgsc\LocalState\rootfs\home\liamcassidy\OpenFOAM\liamcassidy-6\run\cavity

C:\Users\Lee\AppData\Local\Packages\CanonicalGroupLimited.UbuntuonWindows_79rhkp1fndgsc\LocalState\rootfs\home\liamcassidy\OpenFOAM\liamcassidy-6\run\cavity\system


Foam tutorials destination:
C:\Users\Lee\AppData\Local\Packages\CanonicalGroupLimited.UbuntuonWindows_79rhkp1fndgsc\LocalState\rootfs\opt\openfoam6\tutorials