flow360client module

flow360client.NewCase(meshId, config, caseName=None, tags=[], priority='high', parentId=None)

Submit a new case from mesh Id.

Parameters

meshId (str) – Mesh Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
config (path (str) or dict) – Flow360.json parameters for the case. It can be path to the json file or python dict.
caseName (str, optional) – Case name, if not provided it will be the same as config file name, required if dict provided as a config, by default None
tags (list, optional) – List of tags, by default []
priority (str, optional) – Queueing priority, ‘high’ or ‘low’, by default ‘high’
parentId (str, optional) – Parent case Id for forked cases. Format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx, by default None

Returns

Case id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx.

Return type

flow360client.NewCaseListWithPhase(meshId, config, caseName=None, tags=[], priority='high', parentId=None, phaseCount=1)

Submits a sequence of cases sharing the same meshId, where each case forks from the previous one. The maxPhysicalStep is split equally among the list of cases. This capability should only be used for conducting a long unsteady simulation to avoid running a single case for long time. For example, if the maxPhysicalStep is 1000 and phaseCount=2, the above API submits 2 cases with maxPhysicalStep=500 for each.

Parameters

meshId (str) – Mesh Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
config (path (str) or dict) – Flow360.json parameters for the case. It can be path to the json file or python dict.
caseName (str, optional) – Case name, if not provided it will be the same as config file name, required if dict provided as a config, by default None
tags (list, optional) – List of tags, by default []
priority (str, optional) – Queueing priority, ‘high’ or ‘low’, by default ‘high’
parentId (str, optional) – Parent case Id for forked cases. Format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx, by default None
phaseCount (int, optional) – [description], by default 1

Returns

List of case ids, where case id is of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx.

Return type

str

flow360client.NewMesh(fname, noSlipWalls=None, meshName=None, tags=[], fmat=None, endianness=None, solverVersion=None, meshJson=None)

Uploads new mesh. Supports CGNS and UGRID mesh formats. For CGNS mesh format, noSlipWalls are validated with the mesh before upload (requires h5py to by installed).

Parameters

fname (path (str)) – Path to mesh file.
noSlipWalls (list, optional) – List of no-slip walls in the mesh, must be provided if meshJson not provided, by default None
meshName (str, optional) – Mesh name, if not provided mesh file name will be used, by default None
tags (list, optional) – List of mesh tags, by default []
fmat (str, optional) – Mesh file format, supported [aflr3, cgns]. Automatically deducted if not provided, by default None
endianness (str, optional) – Endianness for UGIRD mesh, ‘big’ for .b8.ugrid, and ‘little’ for .lb8.ugrid, if not provided, read from file extention, by default None
solverVersion (str, optional) – Solver version to be used for mesh and cases created from this mesh. If not provided, the latest will be used, by default None
meshJson (path (str) or dict, optional) – Flow360Mesh.json parameters for the mesh. It can be path to the json file or python dict. Must be provided if noSlipWalls not provided, by default None

Returns

Mesh id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx.

Return type

str

flow360client.NewMeshFromSurface(surfaceMeshId, config, meshName=None, tags=[], solverVersion=None)

Generates new volume mesh from surface mesh.

Parameters

surfaceMeshId (str) – Surface mesh Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
config (path (str) or dict) – Flow360SurfaceToVolumeMesh.json parameters for the volume mesher. It can be path to the json file or python dict.
meshName (str, optional) – Mesh name, if not provided it will be the same as config file name, required if dict provided as a config, by default None
tags (list, optional) – List of mesh tags, by default []
solverVersion (str, optional) – Solver version to be used for mesh and cases created from this mesh. If not provided, the latest will be used, by default None

Returns

Mesh id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx.

Return type

str

flow360client.NewSurfaceMeshFromGeometry(fileName, geometryToSurfaceMeshJson, surfaceMeshName=None, tags=[], solverVersion=None)

Creates new surface mesh from geometry.

Parameters

fileName (path (str)) – Geometry file name. Supported format: CSM (Engineering Sketch Pad)
geometryToSurfaceMeshJson (path (str) or dict) – Flow360GeometryToSurfaceMesh.json parameters for the surface mesher. It can be path to the json file or python dict.
surfaceMeshName (str, optional) – Surface mesh name, by default None
tags (list, optional) – List of surface mesh tags, by default []
solverVersion (str, optional) – Solver version to be used for surface mesh, volume mesh and cases created from this mesh. If not provided, the latest will be used, by default None

Returns

Surface mesh id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx.

Return type

str

flow360client.noSlipWallsFromMapbc(mapbcFile)

Reads noSlipWalls from mapbc file (UGRID).

Parameters: mapbcFile (path (str)) – Path to mapbc file
Returns: List of no-slip walls.
Return type: list

flow360client.generator.case.generateCaseJson()

Interactive command-line generator for Flow360Case.json with explanation. Walks through following configuration sections:

geometry

freestream

boundaries

slidingInterfaces

timeStepping

navierStokesSolver

turbulenceModelSolver

volumeOutput

surfaceOutput

Returns: Returns Flow360Case.json - a simulation configuration file
Return type: json (dict)

flow360client.case.DeleteCase(caseId)

Deletes case of given caseId

Parameters: caseId (str) – Case Id to be deleted. Format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
Returns: Returns http response of the delete operation.
Return type: http response

flow360client.case.DownloadResultsFile(caseId, src, target=None)

For a given caseId downloads a result file. The following files can be downloaded through this function:

surfaces.tar.gz - surface data of the case, for visualisation or postprocessing

volumes.tar.gz - volumetric data of the case, for visualisation or postprocessing

nonlinear_residual_v2.csv- nonlinear residuals. The header of the file is physical_step, pseudo_step, <equation>...

linear_residual_v2.csv - linear residuals. The header of the file is physical_step, pseudo_step, 0_NavierStokes_linearIterations, <equation>..., 0_<turbulence model>_linearIterations, <equation>...

cfl_v2.csv - cfl number. The header of the file is physical_step, pseudo_step, <equation>...

minmax_state_v2.csv - min and max state of the case. Contains minimum value of pressure, minimum value of density, and maximum value of velocity magnitude, with respective locations. The header of the file is physical_step, pseudo_step, min_rho, min_rho_x, min_rho_y, min_rho_z, min_p, min_p_x, min_p_y, min_p_z, max_umag, max_umag_x, max_umag_y, max_umag_z

surface_forces_v2.csv - all surface forces splited by boundary (no-slip wall surfaces). The header of the file is physical_step, pseudo_step, <name>_CL, <name>_CD, <name>_CFx, <name>_CFy, <name>_CFz, <name>_CMx, <name>_CMy, <name>_CMz, <name>_CLPressure, <name>_CDPressure, <name>_CFxPressure, <name>_CFyPressure, <name>_CFzPressure, <name>_CMxPressure, <name>_CMyPressure, <name>_CMzPressure, <name>_CLViscous, <name>_CDViscous, <name>_CFxViscous, <name>_CFyViscous, <name>_CFzViscous, <name>_CMxViscous, <name>_CMyViscous, <name>_CMzViscous, <name>_HeatTransfer, where name is the name of the no-slip wall surface.

total_forces_v2.csv - total forces of the case integrated over all no-slip walls. The header of the file is physical_step, pseudo_step, CL, CD, CFx, CFy, CFz, CMx, CMy, CMz, CLPressure, CDPressure, CFxPressure, CFyPressure, CFzPressure, CMxPressure, CMyPressure, CMzPressure, CLViscous, CDViscous, CFxViscous, CFyViscous, CFzViscous, CMxViscous, CMyViscous, CMzViscous, HeatTransfer

bet_forces_v2.csv - forces from BET model. The header of the file is physical_step, pseudo_step, Disk_Force_x, Disk_Force_y, Disk_Force_z, Disk_Moment_x, Disk_Moment_y, Disk_Moment_z, Disk_Blade_R<j>_Radius, Disk_Blade_R<j>_ThrustCoeff, Disk_Blade_R<j>_TorqueCoeff, where i is an index of BET disk, b is an index of the blade, and j is an index of the loading node.

actuatorDisk_output_v2.csv - output of actuatorDisk model. The header of the file is physical_step, pseudo_step, Disk_Power, where i is an index of the actuator disk.

Parameters

caseId (str) – Case Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
src (str) – Filename to be downloaded.
target (str, optional) – Filename to be used to save the file locally. If not provided the local filename will be the same as src, by default None

flow360client.case.DownloadSurfaceResults(caseId, fileName=None)

Downloads surface results for a give caseId.

Parameters

caseId (str) – Case Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
fileName (str, optional) – Filename to be used to save the file. Must end with ‘.tar.gz’. If not provided, the file will be saved as ‘surfaces.tar.gz’, by default None

flow360client.case.DownloadVolumetricResults(caseId, fileName=None)

Downloads volumetric results for a give caseId.

Parameters

caseId (str) – Case Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
fileName (str, optional) – Filename to be used to save the file locally. Must end with ‘.tar.gz’. If not provided, the file will be saved as ‘volumes.tar.gz’, by default None

flow360client.case.GetCaseInfo(caseId)

Parses information about case of given caseId

Parameters: caseId (str) – Case Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
Returns: Returns http response.
Return type: http response

flow360client.case.GetCaseLinearResidual(caseId)

Gets solver linear residuals for a given caseId

Parameters

caseId (str) – Case Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx

Returns

Returns dict consisting linear residuals for all the equations. The format is the following (for a case with SpalartAllmaras turbulence model):

{
    'physical_step':                        [...],
    'pseudo_step':                          [...],
    '0_NavierStokes_linearIterations':      [...],
    '0_cont':                               [...],
    '1_momx':                               [...],
    '2_momy':                               [...],
    '3_momz':                               [...],
    '4_energ':                              [...],
    '5_SpalartAllmaras_linearIterations':   [...],
    '5_nuHat':                              [...]
}

Return type

dict

flow360client.case.GetCaseResidual(caseId)

Gets solver nonlinear residuals for a given caseId

Parameters

caseId (str) – Case Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx

Returns

Returns dict consisting nonlinear residuals for all the equations. The format is the following:

{
    'physical_step': [...],
    'pseudo_step':   [...],
    '0_cont':        [...],
    '1_momx':        [...],
    '2_momy':        [...],
    '3_momz':        [...],
    '4_energ':       [...],
    '5_nuHat':       [...]
}

Return type

dict

flow360client.case.GetCaseTotalForces(caseId)

For a given caseId gets the case’s total forces

Parameters

caseId (str) – Case Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx

Returns

Returns a dict consisting total forces in the following format:

{
    'physical_step':    [...],
    'pseudo_step':      [...],
    'CL':               [...],
    'CD':               [...],
    'CFx':              [...],
    'CFy':              [...],
    'CFz':              [...],
    'CMx':              [...],
    'CMy':              [...],
    'CMz':              [...],
    'CLPressure':       [...],
    'CDPressure':       [...],
    'CFxPressure':      [...],
    'CFyPressure':      [...],
    'CFzPressure':      [...],
    'CMxPressure':      [...],
    'CMyPressure':      [...],
    'CMzPressure':      [...],
    'CLViscous':        [...],
    'CDViscous':        [...],
    'CFxViscous':       [...],
    'CFyViscous':       [...],
    'CFzViscous':       [...],
    'CMxViscous':       [...],
    'CMyViscous':       [...],
    'CMzViscous':       [...],
    'HeatTransfer':     [...]
}

Return type

dict

flow360client.mesh.DeleteMesh(meshId)

Deleted mesh of given meshId

Parameters: meshId (str) – Mesh Id to be deleted. Format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
Returns: Returns http response of the delete operation.
Return type: http response

flow360client.mesh.GetMeshInfo(meshId)

Parses information about mesh of given meshId

Parameters: meshId (str) – Mesh Id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
Returns: Returns http response.
Return type: http response

flow360client.mesh.ListMeshes(include_deleted=False)

Gets list of meshes.

Parameters: include_deleted (bool, optional) – Whether to include deleted meshes in the list, by default False
Returns: List of meshes
Return type: list

flow360client.surfaceMesh.DeleteSurfaceMesh(surfaceMeshId)

Deletes surface mesh of given surfaceMeshId

Parameters: surfaceMeshId (str) – Surface mesh id to be deleted. Format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
Returns: Returns http response of the delete operation.
Return type: http response

flow360client.surfaceMesh.GetSurfaceMeshInfo(surfaceMeshId)

Parses information about surface mesh of given surfaceMeshId

Parameters: surfaceMeshId (str) – Surface mesh id of format xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx
Returns: Returns http response.
Return type: http response

flow360client.surfaceMesh.ListSurfaceMeshes(include_deleted=False)

Gets list of surface meshes

Parameters: include_deleted (bool, optional) – Whether to include deleted meshes in the list, by default False
Returns: List of surface meshes
Return type: list