Utils

casingSimulations.utils.ccv3DthetaSlice(mesh3D, v3D, theta_ind=0)

Grab a theta slice through a 3D field defined at cell centers

Parameters:

• mesh3D (discretize.CylMesh) – 3D cyl mesh
• v3D (numpy.ndarray) – vector of fields on mesh
• theta_ind (int) – index of the theta slice that you want

casingSimulations.utils.edge3DthetaSlice(mesh3D, h3D, theta_ind=0)

Grab a theta slice through a 3D field defined on edges (y component), consistent with what would be found from a 2D simulation

Parameters:

• mesh3D (discretize.CylMesh) – 3D cyl mesh
• h3D (numpy.ndarray) – vector of fields on mesh
• theta_ind (int) – index of the theta slice that you want

casingSimulations.utils.face3DthetaSlice(mesh3D, j3D, theta_ind=0)

Grab a theta slice through a 3D field defined on faces (x, z components), consistent with what would be found from a 2D simulation

Parameters:

• mesh3D (discretize.CylMesh) – 3D cyl mesh
• j3D (numpy.ndarray) – vector of fluxes on mesh
• theta_ind (int) – index of the theta slice that you want

casingSimulations.utils.loadSimulationResults(directory='.', simulationParameters='simulationParameters.json', fields='fields.npy', meshGenerator=None)

casingSimulations.utils.load_properties(filename)

Open a json file and load the properties into the target class

As long as there are no namespace conflicts, the target __class__ will be stored on the properties.HasProperties registry and may be fetched from there.

Parameters:filename (str) – name of file to read in

casingSimulations.utils.writeSimulationPy(modelParameters='ModelParameters.json', meshGenerator='MeshParameters.json', src='Source.json', physics='FDEM', fields_filename='fields.npy', directory='.', simulation_filename='simulation.py', includeDC=True, include2D=True)