def test_material_info(self):
cellFields = ["density", "bulk_modulus", "shear_modulus", "maxwell_time"]
for material in self.MATERIALS:
filename = "output/{}-{}_info.h5".format(self.NAME, material)
check_data(filename, self,
self.MATERIALS[material], cellFields=cellFields)
return
def test_material_info(self):
vertexFields = ["density", "bulk_modulus",
"shear_modulus", "gravitational_acceleration"]
for material in self.MATERIALS:
filename = "output/{}-{}_info.h5".format(self.NAME, material)
check_data(filename, self,
self.MATERIALS[material], vertexFields=vertexFields)
def test_bcdirichlet_solution(self):
vertexFields = ["displacement", "pressure"]
for bc in self.DIRICHLET_BOUNDARIES:
filename = "output/{}-{}.h5".format(self.NAME, bc)
check_data(filename, self, self.BOUNDARIES[bc], vertexFields=vertexFields,
ratio_tolerance=ratio_tolerance, diff_tolerance=diff_tolerance)
return
def test_material_solution(self):
vertexFields = ["displacement", "pressure"]
for material in self.MATERIALS:
filename = "output/{}-{}.h5".format(self.NAME, material)
check_data(filename, self, self.MATERIALS[material], vertexFields=vertexFields,
ratio_tolerance=ratio_tolerance, diff_tolerance=diff_tolerance)
return
def test_material_solution(self):
vertexFields = ["displacement"]
cellFields = ["cauchy_strain", "cauchy_stress"]
for material in self.MATERIALS:
filename = "output/{}-{}.h5".format(self.NAME, material)
check_data(
filename, self, self.MATERIALS[material], vertexFields=vertexFields, cellFields=cellFields)
def test_bcneumann_solution(self):
vertexFields = ["displacement"]
for bc in self.NEUMANN_BOUNDARIES:
filename = "output/{}-{}.h5".format(self.NAME, bc)
check_data(filename, self,
self.BOUNDARIES[bc], vertexFields=vertexFields)
return
def test_bcdirichlet_solution(self):
vertexFields = ["displacement"]
for bc in self.DIRICHLET_BOUNDARIES:
filename = "output/{}-{}.h5".format(self.NAME, bc)
check_data(filename, self,
self.BOUNDARIES[bc], vertexFields=vertexFields)
return
def test_bcneumann_info(self):
cellFields = ["initial_amplitude"]
for bc in self.NEUMANN_BOUNDARIES:
self.exactsoln.key = bc
filename = "output/{}-{}_info.h5".format(self.NAME, bc)
check_data(filename, self,
self.BOUNDARIES[bc], cellFields=cellFields)
return
def test_bcneumann_info(self):
vertexFields = ["initial_amplitude"]
for bc in self.NEUMANN_BOUNDARIES:
self.exactsoln.key = bc
filename = "output/{}-{}_info.h5".format(self.NAME, bc)
check_data(filename, self, self.BOUNDARIES[bc], vertexFields=vertexFields,
ratio_tolerance=ratio_tolerance, diff_tolerance=diff_tolerance)
return
def test_material_info(self):
cellFields = ["solid_density", "fluid_density", "fluid_viscosity", "shear_modulus",
"drained_bulk_modulus", "biot_coefficient", "isotropic_permeability", "porosity"]
for material in self.MATERIALS:
filename = "output/{}-{}_info.h5".format(self.NAME, material)
check_data(filename, self, self.MATERIALS[material], cellFields=cellFields,
ratio_tolerance=ratio_tolerance, diff_tolerance=diff_tolerance)
return
def test_boundary_solution(self):
vertexFields = ["displacement"]
for bc in self.OUTPUT_BOUNDARIES:
filename = "output/{}-{}.h5".format(self.NAME, bc)
check_data(filename,
self,
self.BOUNDARIES[bc],
vertexFields=vertexFields)
def test_bcneumann_info(self):
vertexFields = ["initial_amplitude",
"rate_start_time", "rate_amplitude"]
for bc in self.NEUMANN_BOUNDARIES:
self.exactsoln.key = bc
filename = "output/{}-{}_info.h5".format(self.NAME, bc)
check_data(filename, self,
self.BOUNDARIES[bc], vertexFields=vertexFields)
def test_bcdirichlet_info(self):
cellFields = ["initial_amplitude"]
for bc in self.DIRICHLET_BOUNDARIES:
filename = "output/{}-{}_info.h5".format(self.NAME, bc)
check_data(filename,
self,
self.BOUNDARIES[bc],
cellFields=cellFields)
def test_bcdirichlet_info(self):
vertexFields = ["initial_amplitude"]
for bc in self.DIRICHLET_BOUNDARIES:
self.exactsoln.key = bc
filename = "output/{}-{}_info.h5".format(self.NAME, bc)
check_data(filename,
self,
self.BOUNDARIES[bc],
vertexFields=vertexFields)
def test_domain_solution(self):
filename = "output/{}-domain.h5".format(self.NAME)
vertexFields = ["displacement", "pressure"]
check_data(filename,
self,
self.DOMAIN,
vertexFields=vertexFields,
ratio_tolerance=ratio_tolerance,
diff_tolerance=diff_tolerance)
return
def test_domain_solution(self):
filename = "output/{}-domain.h5".format(self.NAME)
vertexFields = ["displacement"]
check_data(filename, self, self.DOMAIN, vertexFields=vertexFields)
def test_point_solution(self):
vertexFields = ["displacement"]
filename = f"output/{self.NAME}-points.h5"
check_data(filename, self, self.POINTS, vertexFields=vertexFields)