Difference between revisions of "Solve"

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(Retrieve/build a version of PHASTA code)
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What remains is to determine the version of PHASTA to build and run. Since there are a bunch of researchers working on PHASTA at any given time, there are many branches/versions of the main code. If you are a part of the research cohort you may be directed to phasta-next, but many of the same steps may be taken from the public version.  
 
What remains is to determine the version of PHASTA to build and run. Since there are a bunch of researchers working on PHASTA at any given time, there are many branches/versions of the main code. If you are a part of the research cohort you may be directed to phasta-next, but many of the same steps may be taken from the public version.  
 
==== Retrieve/build a version of PHASTA code ====
 
==== Retrieve/build a version of PHASTA code ====
Navigate to your home directory. Create a directory here named "git-phasta". In a web browser, navigate to the online git repository for phasta-next. Within this directory create one subdirectories named "phasta-next" and "build_phasta-next".  
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Navigate to your home directory. Create a directory here named "git-phasta". In a web browser, navigate to the online git repository for phasta-next and select the "clone" or "code" icon. The result should be the simular to the following picture, where a pop-up gives a web address:
[[File:GitClone.png]]
+
[[File:GitClone.png]]
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 +
 
 +
Within this directory create one subdirectories named "phasta-next" and "build_phasta-next".
  
 
=== Running the Solver ===
 
=== Running the Solver ===

Revision as of 21:13, 14 September 2020

Exporting to PHASTA

After the partitioning performed via Chef in the last steps, we have the problem domain in a form that the PHASTA executable can read. Make a directory named "Run". This will contain all of the simulation data from this case. Remember that for this onRamp tutorial we have partitioned our case of interest to 8 parts. Therefore we will also create a subdirectory named "8-procs-case". In this subdirectory make softlinks to the N=8 restart and geombc and restart "checkpoint" files that where constructed. When in this subdirectory a good command to do this is the following :

ln -s ../../Chef/8-1-Chef/8-procs-case/restart* .
ln -s ../../Chef/8-1-Chef/8-procs_case/geombc* .

Also create a numstart.dat file. This file will specify the time and timestep that the simulation has completed to. Use the following command in the "Run/8-procs_case" directory :

echo 0 0>numstart.dat

Build the executable/specify runtime parameters

What remains is to determine the version of PHASTA to build and run. Since there are a bunch of researchers working on PHASTA at any given time, there are many branches/versions of the main code. If you are a part of the research cohort you may be directed to phasta-next, but many of the same steps may be taken from the public version.

Retrieve/build a version of PHASTA code

Navigate to your home directory. Create a directory here named "git-phasta". In a web browser, navigate to the online git repository for phasta-next and select the "clone" or "code" icon. The result should be the simular to the following picture, where a pop-up gives a web address:

GitClone.png


Within this directory create one subdirectories named "phasta-next" and "build_phasta-next".

Running the Solver