def testSolution(self):
input_dir = "tests/junctions/"
test_dir = input_dir + "equal_solution_lm_1phase_junction/"
solution_file = test_dir + "equal_solution_lm_1phase_junction.csv"
mods = list()
mods.append(
SubblockParameterModification("Junctions", "junction1", "type",
"EqualSolutionLM1PhaseJunction"))
mods.append(
SubblockParameterModification("Junctions", "junction1", "phase",
"air"))
mods.append(
BlockParameterModification("NonlinearSolver", "verbose", False))
mods.append(BlockParameterModification("Executioner", "verbose",
False))
mods.append(BlockParameterModification("Executioner", "end_time",
0.05))
mods.append(
BlockParameterModification("Output", "solution_file",
solution_file))
mods.append(
BlockParameterModification("Output", "plot_solution", False))
sem.run(input_dir + "junction.in", mods)
csv_tester = CSVTester(test_dir,
"equal_solution_lm_1phase_junction.csv")
self.assertTrue(csv_tester.filesAreEqual())
def solutionsAreEqual(self):
# add default modifications
self.input_file_modifier.modifyBlockParam("Executioner", "verbose",
False)
self.input_file_modifier.modifyBlockParam("NonlinearSolver", "verbose",
False)
self.input_file_modifier.modifySubblockParam(
"Output", "csv", "file_name",
self.test_dir + self.solution_file_name)
self.input_file_modifier.modifySubblockParam("Output", "csv",
"save_by_mesh", False)
self.input_file_modifier.removeSubblock("Output", "plot")
sem.run(self.input_file, self.input_file_modifier)
csv_tester = CSVTester(self.test_dir, self.solution_file_name)
return csv_tester.filesAreEqual()
def test1Phase(self):
test_dir = "tests/solution/source_splitting/"
mods = list()
mods.append(
BlockParameterModification("NonlinearSolver", "verbose", False))
mods.append(BlockParameterModification("Executioner", "verbose",
False))
mods.append(
BlockParameterModification("Output", "plot_solution", False))
mods.append(BlockParameterModification("Output", "save_solution",
True))
mods.append(
BlockParameterModification(
"Output", "solution_file",
"tests/solution/source_splitting/solution_1phase.csv"))
sem.run(test_dir + "source_splitting_1phase.in", mods)
csv_tester = CSVTester(test_dir, "solution_1phase.csv")
self.assertTrue(csv_tester.filesAreEqual())
def testSolution(self):
test_dir = "tests/solution/one_phase_ss/"
sem.run(test_dir + "one_phase_ss.in")
csv_tester = CSVTester(test_dir, "solution.csv")
self.assertTrue(csv_tester.filesAreEqual())
import unittest
import sem
from ParameterModification import BlockParameterModification
from CSVTester import CSVTester
class OnePhaseSteadyStateTester(unittest.TestCase):
## Tests the solution
def testSolution(self):
test_dir = "tests/solution/one_phase_ss/"
sem.run(test_dir + "one_phase_ss.in")
csv_tester = CSVTester(test_dir, "solution.csv")
self.assertTrue(csv_tester.filesAreEqual())
if __name__ == "__main__":
mods = list()
mods.append(BlockParameterModification("NonlinearSolver", "verbose", True))
mods.append(BlockParameterModification("Output", "save_solution", False))
sem.run("one_phase_ss.in", mods)
import unittest
import sem
from ParameterModification import BlockParameterModification
from CSVTester import CSVTester
class TwoPhaseNoninteractingSteadyStateTester(unittest.TestCase):
## Tests the solution
def testSolution(self):
test_dir = "tests/solution/two_phase_noninteracting_ss/"
sem.run(test_dir + "two_phase_noninteracting_ss.in")
csv_tester = CSVTester(test_dir, "solution.csv")
self.assertTrue(csv_tester.filesAreEqual())
if __name__ == "__main__":
mods = list()
mods.append(BlockParameterModification("NonlinearSolver", "verbose", True))
mods.append(BlockParameterModification("Output", "save_solution", False))
sem.run("two_phase_noninteracting_ss.in", mods)
def testSolution(self):
test_dir = "tests/mesh/multi_mesh/"
sem.run(test_dir + "multi_mesh.in")
csv_tester = CSVTester(test_dir, "solution.csv")
self.assertTrue(csv_tester.filesAreEqual())
import unittest
import sem
from ParameterModification import BlockParameterModification
from CSVTester import CSVTester
class MultiMeshTester(unittest.TestCase):
## Tests the solution
def testSolution(self):
test_dir = "tests/mesh/multi_mesh/"
sem.run(test_dir + "multi_mesh.in")
csv_tester = CSVTester(test_dir, "solution.csv")
self.assertTrue(csv_tester.filesAreEqual())
if __name__ == "__main__":
mods = list()
mods.append(BlockParameterModification("NonlinearSolver", "verbose", True))
mods.append(
BlockParameterModification("Output", "solution_file", "solution.csv"))
mods.append(BlockParameterModification("Output", "plot_solution", True))
mods.append(
BlockParameterModification("Output", "plot_file", "solution.pdf"))
sem.run("multi_mesh.in", mods)
def testSolution(self):
test_dir = "tests/closures/berry_interface_closures/"
sem.run(test_dir + "berry_interface_closures.in")
csv_tester = CSVTester(test_dir, "solution.csv")
self.assertTrue(csv_tester.filesAreEqual())
import unittest
import sem
from ParameterModification import BlockParameterModification
from CSVTester import CSVTester
class BerryInterfaceClosuresTester(unittest.TestCase):
## Tests the solution
def testSolution(self):
test_dir = "tests/closures/berry_interface_closures/"
sem.run(test_dir + "berry_interface_closures.in")
csv_tester = CSVTester(test_dir, "solution.csv")
self.assertTrue(csv_tester.filesAreEqual())
if __name__ == "__main__":
mods = list()
mods.append(BlockParameterModification("NonlinearSolver", "verbose", True))
mods.append(BlockParameterModification("Executioner", "verbose", True))
mods.append(BlockParameterModification("Output", "save_solution", False))
sem.run("berry_interface_closures.in", mods)
import unittest
import sem
from ParameterModification import BlockParameterModification
from CSVTester import CSVTester
class AmbrosoInterfaceClosuresTester(unittest.TestCase):
## Tests the solution
def testSolution(self):
test_dir = "tests/closures/ambroso_interface_closures/"
sem.run(test_dir + "ambroso_interface_closures.in")
csv_tester = CSVTester(test_dir, "solution.csv")
self.assertTrue(csv_tester.filesAreEqual())
if __name__ == "__main__":
mods = list()
mods.append(BlockParameterModification("NonlinearSolver", "verbose", True))
mods.append(BlockParameterModification("Executioner", "verbose", True))
mods.append(BlockParameterModification("Output", "save_solution", False))
sem.run("ambroso_interface_closures.in", mods)
