tests/python/polytrope/runPolytrope.py

from serif import config
from serif.polytrope import PolySolver
from serif.mfem import Matrix
from serif.mfem import Operator
from serif.mfem.forms import BilinearForm

config.loadConfig('../../testsConfig.yaml')
n = config.get("Tests:Poly:Index", 0.0)

polytrope = PolySolver(n, 1)
polytrope.solve()
theta = polytrope.get_theta()
print(theta)

FESpace = theta.FESpace()
print(FESpace)

print(theta.as_numpy())
feat(pythonInterface/polytrope): added initial polytrope implimentation to the python interface currently this can only interface with polySolver; however, it does work 100% to run a model. The biggest caveat is that at this time there is no way to get the actual results out of the model other than to visualize them in GLVis or use the limited output dumped in the output directory 2025-06-13 09:31:05 -04:00			`from serif import config`
			`from serif.polytrope import PolySolver`
feat(pythonInterface/mfem): added loads of mfem bindings to make interacting through python easy 2025-06-16 12:01:03 -04:00			`from serif.mfem import Matrix`
			`from serif.mfem import Operator`
			`from serif.mfem.forms import BilinearForm`
feat(pythonInterface/polytrope): added initial polytrope implimentation to the python interface currently this can only interface with polySolver; however, it does work 100% to run a model. The biggest caveat is that at this time there is no way to get the actual results out of the model other than to visualize them in GLVis or use the limited output dumped in the output directory 2025-06-13 09:31:05 -04:00
			`config.loadConfig('../../testsConfig.yaml')`
			`n = config.get("Tests:Poly:Index", 0.0)`

			`polytrope = PolySolver(n, 1)`
feat(pythonInterface/mfem): added loads of mfem bindings to make interacting through python easy 2025-06-16 12:01:03 -04:00			`polytrope.solve()`
			`theta = polytrope.get_theta()`
			`print(theta)`

			`FESpace = theta.FESpace()`
			`print(FESpace)`

			`print(theta.as_numpy())`