Note
Click here to download the full example code
Parametric Study Workflow#
This parametric study workflow example performs these steps
Reads a case file and data file
Creates input and output parameters
Instantiates a design point study
Accesses and modifies the input parameters of the base design point (DP)
Updates design points
Creates, updates, and deletes more DPs
Creates, renames, duplicates and deletes parametric studies
# sphinx_gallery_thumbnail_path = '_static/DP_table.png'
from pathlib import Path
import ansys.fluent.core as pyfluent
from ansys.fluent.core import examples
from ansys.fluent.parametric import ParametricProject, ParametricStudy
Launch Fluent in 3D and double precision
session = pyfluent.launch_fluent(precision="double", processor_count=2)
Read the hopper/mixer case
import_filename = examples.download_file(
"Static_Mixer_main.cas.h5", "pyfluent/static_mixer"
)
session.solver.tui.file.read_case(case_file_name=import_filename)
Out:
Fast-loading "/ansys_inc/v222/fluent/fluent22.2.0/addons/afd/lib/hdfio.bin"
Done.
Reading from c61409cf1160:"/home/ansys/.local/share/ansys_fluent_core/examples/Static_Mixer_main.cas.h5" in NODE0 mode ...
Reading mesh ...
22771 cells, 1 cell zone ...
22771 polyhedra cells, zone id: 97
119140 faces, 5 face zones ...
114959 polygonal interior faces, zone id: 96
3873 polygonal wall faces, zone id: 20
104 polygonal pressure-outlet faces, zone id: 19
103 polygonal velocity-inlet faces, zone id: 18
101 polygonal velocity-inlet faces, zone id: 17
82247 nodes, 1 node zone ...
Warning: reading 4 partition grid onto 2 compute node machine.
Combining every 2 partitions.
Done.
Building...
mesh
distributing mesh
parts..,
faces..,
nodes..,
cells..,
bandwidth reduction using Reverse Cuthill-McKee: 11383/862 = 13.2053
materials,
interface,
domains,
mixture
zones,
interior--fluid
wall
outlet
inlet2
inlet1
fluid
parallel,
Done.
Set number of iterations to 100
session.solver.tui.solve.set.number_of_iterations("100")
Create input parameters after enabling parameter creation in the TUI: Parameter values: Inlet1: velocity (inlet1_vel) 0.5 m/s and temperature (inlet1_temp) at 300 K Inlet2: velocity (inlet2_vel) 0.5 m/s and temperature (inlet2_temp) at 350 K
session.solver.tui.define.parameters.enable_in_TUI("yes")
session.solver.tui.define.boundary_conditions.set.velocity_inlet(
"inlet1", (), "vmag", "yes", "inlet1_vel", 1, "quit"
)
session.solver.tui.define.boundary_conditions.set.velocity_inlet(
"inlet1", (), "temperature", "yes", "inlet1_temp", 300, "quit"
)
session.solver.tui.define.boundary_conditions.set.velocity_inlet(
"inlet2", (), "vmag", "yes", "no", "inlet2_vel", 1, "quit"
)
session.solver.tui.define.boundary_conditions.set.velocity_inlet(
"inlet2", (), "temperature", "yes", "no", "inlet2_temp", 350, "quit"
)
Create output parameters using report definitions
session.solver.root.solution.report_definitions.surface["outlet-temp-avg"] = {}
session.solver.root.solution.report_definitions.surface[
"outlet-temp-avg"
].report_type = "surface-areaavg"
session.solver.root.solution.report_definitions.surface[
"outlet-temp-avg"
].field = "temperature"
session.solver.root.solution.report_definitions.surface[
"outlet-temp-avg"
].surface_names = ["outlet"]
session.solver.root.solution.report_definitions.surface["outlet-vel-avg"] = {}
session.solver.root.solution.report_definitions.surface[
"outlet-vel-avg"
].report_type = "surface-areaavg"
session.solver.root.solution.report_definitions.surface[
"outlet-vel-avg"
].field = "velocity-magnitude"
session.solver.root.solution.report_definitions.surface[
"outlet-vel-avg"
].surface_names = ["outlet"]
session.solver.tui.define.parameters.enable_in_TUI("yes")
session.solver.tui.define.parameters.output_parameters.create(
"report-definition", "outlet-temp-avg"
)
session.solver.tui.define.parameters.output_parameters.create(
"report-definition", "outlet-vel-avg"
)
Enable convergence condition check
session.solver.tui.solve.monitors.residual.criterion_type("0")
Write case with all the settings in place
case_path = str(Path(pyfluent.EXAMPLES_PATH) / "Static_Mixer_Parameters.cas.h5")
session.solver.tui.file.write_case(case_path)
Out:
Writing to c61409cf1160:"/home/ansys/.local/share/ansys_fluent_core/examples/Static_Mixer_Parameters.cas.h5" in NODE0 mode and compression level 1 ...
22771 cells, 1 zone ...
119140 faces, 5 zones ...
82247 nodes, 1 zone ...
Done.
Done.
Instantiate a parametric study from a Fluent session
study_1 = ParametricStudy(session.solver.root.parametric_studies).initialize()
Out:
Writing to c61409cf1160:"/project-f46c75uv.cffdb/Static_Mixer_main-Solve/Static_Mixer_main.cas.h5" in NODE0 mode and compression level 1 ...
22771 cells, 1 zone ...
119140 faces, 5 zones ...
82247 nodes, 1 zone ...
Done.
Done.
Registering a case "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/Static_Mixer_main.cas.h5" with simulation "Static_Mixer_main-Solve"...
Access and modify input parameters of base DP
input_parameters_update = study_1.design_points["Base DP"].input_parameters
input_parameters_update["inlet1_vel"] = 0.5
study_1.design_points["Base DP"].input_parameters = input_parameters_update
Out:
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
Update current design point
study_1.update_current_design_point()
Out:
Opening input/output transcript to file "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/Base DP/Static_Mixer_main.trn".
-------------------------------------------------------------------------------
ID Hostname Core O.S. PID Vendor
-------------------------------------------------------------------------------
n0-1 c61409cf1160 2/8 Linux-64 685-686 Intel(R) Xeon(R) Platinum 8171M
host c61409cf1160 Linux-64 451 Intel(R) Xeon(R) Platinum 8171M
MPI Option Selected: intel
Selected system interconnect: shared-memory
-------------------------------------------------------------------------------
(syncdir "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/Base DP")()
Writing to c61409cf1160:"/project-f46c75uv.cffdb/Static_Mixer_main-Solve/BaseCases/Static_Mixer_main.cas.h5" in NODE0 mode and compression level 1 ...
22771 cells, 1 zone ...
119140 faces, 5 zones ...
82247 nodes, 1 zone ...
Done.
Done.
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
Reversed flow on 11 faces (20.3% area) of pressure-outlet 19.
1 1.0000e+00 0.0000e+00 1.1458e-05 0.0000e+00 2.3461e-04 2.1362e-01 3.4779e+03 0:00:58 99
2 1.0000e+00 3.3218e-02 8.9926e-02 6.6465e-02 2.6646e-04 9.1495e-01 4.8048e-01 0:00:53 98
3 7.7357e-01 1.0759e-02 2.8622e-02 2.1529e-02 2.3543e-04 8.7582e-01 4.6383e-01 0:00:49 97
4 5.8246e-01 5.7588e-03 1.5266e-02 9.7469e-03 2.3574e-04 8.2536e-01 4.3162e-01 0:00:46 96
5 4.2764e-01 3.9986e-03 1.0096e-02 5.9091e-03 2.4402e-04 7.6095e-01 3.7229e-01 0:00:44 95
6 3.1938e-01 3.2283e-03 7.4715e-03 3.8857e-03 2.3978e-04 6.6095e-01 2.8028e-01 0:00:41 94
7 2.5608e-01 2.7466e-03 5.8022e-03 2.7437e-03 2.2222e-04 4.6276e-01 1.7269e-01 0:00:39 93
8 2.2307e-01 2.3640e-03 4.6027e-03 2.0420e-03 1.9467e-04 2.1856e-01 8.6720e-02 0:00:37 92
9 1.9881e-01 2.0189e-03 3.6961e-03 1.6190e-03 1.6696e-04 9.0514e-02 3.7538e-02 0:00:36 91
10 1.7827e-01 1.7246e-03 3.0017e-03 1.3528e-03 1.4149e-04 4.4551e-02 1.5015e-02 0:00:35 90
11 1.5896e-01 1.4798e-03 2.4389e-03 1.0878e-03 1.1821e-04 2.5687e-02 5.8461e-03 0:00:34 89
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
12 1.4127e-01 1.2831e-03 2.0023e-03 9.0516e-04 9.7798e-05 1.5457e-02 2.3237e-03 0:00:33 88
13 1.2511e-01 1.1169e-03 1.6601e-03 7.7041e-04 8.0261e-05 9.8535e-03 9.8965e-04 0:00:33 87
14 1.0999e-01 9.6720e-04 1.3849e-03 6.5875e-04 6.5953e-05 6.4914e-03 4.7227e-04 0:00:32 86
15 9.5791e-02 8.3183e-04 1.1634e-03 5.5876e-04 5.4430e-05 4.5050e-03 2.6055e-04 0:00:31 85
16 8.2848e-02 7.1231e-04 9.8349e-04 4.7569e-04 4.5252e-05 3.2598e-03 1.6494e-04 0:00:31 84
17 7.1217e-02 6.0783e-04 8.3729e-04 4.0462e-04 3.7853e-05 2.4016e-03 1.1600e-04 0:00:30 83
18 6.0863e-02 5.1705e-04 7.1617e-04 3.4198e-04 3.1862e-05 1.7684e-03 8.7237e-05 0:00:30 82
19 5.1713e-02 4.3954e-04 6.1424e-04 2.8855e-04 2.7124e-05 1.2918e-03 6.8242e-05 0:00:30 81
20 4.3933e-02 3.7491e-04 5.2799e-04 2.4330e-04 2.3306e-05 9.3811e-04 5.4389e-05 0:00:29 80
21 3.7374e-02 3.2104e-04 4.5428e-04 2.0524e-04 2.0159e-05 6.8445e-04 4.3929e-05 0:00:28 79
22 3.1820e-02 2.7616e-04 3.9174e-04 1.7316e-04 1.7581e-05 5.0375e-04 3.6138e-05 0:00:28 78
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
23 2.7121e-02 2.3884e-04 3.3786e-04 1.4637e-04 1.5430e-05 3.7549e-04 3.0041e-05 0:00:28 77
24 2.3155e-02 2.0736e-04 2.9160e-04 1.2421e-04 1.3594e-05 2.8596e-04 2.5430e-05 0:00:27 76
25 1.9824e-02 1.8066e-04 2.5204e-04 1.0587e-04 1.2002e-05 2.2241e-04 2.1838e-05 0:00:27 75
26 1.7057e-02 1.5795e-04 2.1813e-04 9.0637e-05 1.0815e-05 1.7683e-04 1.9019e-05 0:00:27 74
27 1.4764e-02 1.3867e-04 1.8948e-04 7.8061e-05 9.5148e-06 1.4283e-04 1.6816e-05 0:00:26 73
28 1.2847e-02 1.2208e-04 1.6534e-04 6.7690e-05 8.3828e-06 1.1626e-04 1.4799e-05 0:00:26 72
29 1.1255e-02 1.0759e-04 1.4491e-04 5.8806e-05 7.3741e-06 9.5692e-05 1.3378e-05 0:00:25 71
30 9.9189e-03 9.5314e-05 1.2802e-04 5.1815e-05 6.4963e-06 7.9401e-05 1.2007e-05 0:00:25 70
31 8.7870e-03 8.4567e-05 1.1375e-04 4.5452e-05 5.7214e-06 6.6560e-05 1.0816e-05 0:00:25 69
32 7.8278e-03 7.5331e-05 1.0159e-04 4.0251e-05 5.0322e-06 5.6358e-05 9.8522e-06 0:00:24 68
33 7.0130e-03 6.7340e-05 9.1204e-05 3.5880e-05 4.4234e-06 4.8250e-05 8.9386e-06 0:00:24 67
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
34 6.3018e-03 6.0333e-05 8.2192e-05 3.1990e-05 3.8805e-06 4.1718e-05 8.1198e-06 0:00:24 66
35 5.6809e-03 5.4181e-05 7.4240e-05 2.8632e-05 3.3972e-06 3.6479e-05 7.4418e-06 0:00:23 65
36 5.1295e-03 4.8816e-05 6.7208e-05 2.5751e-05 2.9746e-06 3.2089e-05 6.7576e-06 0:00:23 64
37 4.6383e-03 4.4002e-05 6.0873e-05 2.3112e-05 2.6025e-06 2.8455e-05 6.1598e-06 0:00:22 63
38 4.2006e-03 3.9762e-05 5.5165e-05 2.0835e-05 2.2776e-06 2.5360e-05 5.6306e-06 0:00:22 62
39 3.8038e-03 3.5986e-05 5.0003e-05 1.8827e-05 1.9940e-06 2.2689e-05 5.1211e-06 0:00:22 61
40 3.4438e-03 3.2596e-05 4.5301e-05 1.7006e-05 1.7462e-06 2.0345e-05 4.6284e-06 0:00:21 60
41 3.1169e-03 2.9533e-05 4.1010e-05 1.5340e-05 1.5288e-06 1.8264e-05 4.1892e-06 0:00:21 59
42 2.8210e-03 2.6772e-05 3.7111e-05 1.3859e-05 1.3391e-06 1.6387e-05 3.7657e-06 0:00:21 58
43 2.5538e-03 2.4254e-05 3.3550e-05 1.2488e-05 1.1728e-06 1.4696e-05 3.3805e-06 0:00:20 57
44 2.3112e-03 2.1962e-05 3.0301e-05 1.1251e-05 1.0276e-06 1.3176e-05 3.0326e-06 0:00:20 56
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
45 2.0901e-03 1.9876e-05 2.7349e-05 1.0126e-05 9.0125e-07 1.1798e-05 2.7117e-06 0:00:20 55
46 1.8897e-03 1.7969e-05 2.4664e-05 9.1110e-06 7.9034e-07 1.0555e-05 2.4357e-06 0:00:19 54
47 1.7074e-03 1.6244e-05 2.2235e-05 8.2007e-06 6.9386e-07 9.4455e-06 2.1800e-06 0:00:19 53
48 1.5417e-03 1.4670e-05 2.0033e-05 7.3777e-06 6.0914e-07 8.4432e-06 1.9586e-06 0:00:19 52
49 1.3915e-03 1.3246e-05 1.8041e-05 6.6362e-06 5.3629e-07 7.5360e-06 1.7471e-06 0:00:18 51
50 1.2559e-03 1.1943e-05 1.6237e-05 5.9694e-06 4.7193e-07 6.7270e-06 1.5757e-06 0:00:18 50
51 1.1326e-03 1.0776e-05 1.4614e-05 5.3652e-06 4.1642e-07 6.0014e-06 1.4138e-06 0:00:18 49
52 1.0208e-03 9.7131e-06 1.3150e-05 4.8225e-06 3.6796e-07 5.3562e-06 1.2719e-06 0:00:17 48
53 9.1979e-04 8.7577e-06 1.1835e-05 4.3366e-06 3.2602e-07 4.7804e-06 1.1415e-06 0:00:17 47
! 53 solution is converged
Connecting To Server
Writing to c61409cf1160:"/project-f46c75uv.cffdb/Static_Mixer_main-Solve/Base DP/Static_Mixer_main.cas.h5" in NODE0 mode and compression level 1 ...
22771 cells, 1 zone ...
119140 faces, 5 zones ...
82247 nodes, 1 zone ...
Done.
Done.
Writing to c61409cf1160:"/project-f46c75uv.cffdb/Static_Mixer_main-Solve/Base DP/Static_Mixer_main.dat.h5" in NODE0 mode and compression level 1 ...
Writing results.
Done.
Add a new design point
design_point_1 = study_1.add_design_point()
design_point_1_input_parameters = study_1.design_points["DP1"].input_parameters
design_point_1_input_parameters["inlet1_temp"] = 500
design_point_1_input_parameters["inlet1_vel"] = 1
design_point_1_input_parameters["inlet2_vel"] = 1
study_1.design_points["DP1"].input_parameters = design_point_1_input_parameters
Out:
Transcript closed.
Adding a new design point modifies and saves the current project.
If you want to preserve access to the unmodified version of the project, cancel this operation, Save a copy of the project first and then add a new design point.
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
Duplicate design points
design_point_2 = study_1.duplicate_design_point(design_point_1)
Out:
Adding a new design point modifies and saves the current project.
If you want to preserve access to the unmodified version of the project, cancel this operation, Save a copy of the project first and then add a new design point.
Update all design points for study 1
study_1.update_all_design_points()
Out:
Opening input/output transcript to file "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/DP1/Static_Mixer_main.trn".
Connecting To Server
(syncdir "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/BaseCases")()
Clearing partially read grid.
Reading from c61409cf1160:"/project-f46c75uv.cffdb/Static_Mixer_main-Solve/BaseCases/Static_Mixer_main.cas.h5" in NODE0 mode ...
Reading mesh ...
22771 cells, 1 cell zone ...
22771 polyhedra cells, zone id: 97
119140 faces, 5 face zones ...
114959 polygonal interior faces, zone id: 96
3873 polygonal wall faces, zone id: 20
104 polygonal pressure-outlet faces, zone id: 19
103 polygonal velocity-inlet faces, zone id: 18
101 polygonal velocity-inlet faces, zone id: 17
82247 nodes, 1 node zone ...
Done.
Building...
mesh
distributing mesh
parts..,
faces..,
nodes..,
cells..,
bandwidth reduction using Reverse Cuthill-McKee: 11383/862 = 13.2053
materials,
interface,
domains,
mixture
zones,
interior--fluid
wall
outlet
inlet2
inlet1
fluid
parallel,
Done.
(syncdir "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/DP1")()
(syncdir "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/DP1")()
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
Reversed flow on 11 faces (20.3% area) of pressure-outlet 19.
1 1.0000e+00 1.1604e-07 1.5594e-05 1.0210e-07 1.1640e-03 2.9445e-01 3.4440e+03 0:00:58 99
2 1.0000e+00 2.9591e-02 8.1884e-02 6.0536e-02 9.3895e-04 9.0403e-01 4.7978e-01 0:00:53 98
3 7.8298e-01 1.0288e-02 2.8317e-02 2.0328e-02 7.6677e-04 8.5985e-01 4.6253e-01 0:00:49 97
4 5.9709e-01 5.5247e-03 1.5297e-02 9.3098e-03 7.8042e-04 8.0504e-01 4.2981e-01 0:00:46 96
5 4.4913e-01 4.0015e-03 1.0483e-02 5.6545e-03 8.0272e-04 7.3505e-01 3.7030e-01 0:00:43 95
6 3.4660e-01 3.3974e-03 7.7213e-03 3.8931e-03 7.5985e-04 6.2465e-01 2.7887e-01 0:00:47 94
7 2.9297e-01 2.9579e-03 5.9262e-03 2.8959e-03 6.7902e-04 4.1622e-01 1.7246e-01 0:00:43 93
8 2.5763e-01 2.5403e-03 4.6438e-03 2.2532e-03 5.8707e-04 1.9014e-01 8.7145e-02 0:00:41 92
9 2.3035e-01 2.1725e-03 3.7317e-03 1.7815e-03 5.0560e-04 8.1768e-02 3.8080e-02 0:00:39 91
10 2.0740e-01 1.8744e-03 3.0879e-03 1.4739e-03 4.3260e-04 4.2399e-02 1.5517e-02 0:00:38 90
11 1.8807e-01 1.6381e-03 2.5944e-03 1.2119e-03 3.6793e-04 2.5299e-02 6.2351e-03 0:00:36 89
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
12 1.7057e-01 1.4395e-03 2.1991e-03 1.0184e-03 3.1203e-04 1.5735e-02 2.6105e-03 0:00:35 88
13 1.5375e-01 1.2682e-03 1.8815e-03 8.7979e-04 2.6542e-04 1.0189e-02 1.2059e-03 0:00:34 87
14 1.3738e-01 1.1153e-03 1.6209e-03 7.6853e-04 2.2549e-04 6.8376e-03 6.3417e-04 0:00:33 86
15 1.2128e-01 9.7849e-04 1.4071e-03 6.7318e-04 1.9153e-04 4.8118e-03 3.8352e-04 0:00:32 85
16 1.0601e-01 8.5970e-04 1.2331e-03 5.8933e-04 1.6348e-04 3.5556e-03 2.6071e-04 0:00:31 84
17 9.2573e-02 7.5636e-04 1.0869e-03 5.1091e-04 1.4029e-04 2.6940e-03 1.9167e-04 0:00:31 83
18 8.0798e-02 6.6614e-04 9.6269e-04 4.4133e-04 1.2104e-04 2.0748e-03 1.4890e-04 0:00:30 82
19 7.0447e-02 5.8989e-04 8.5548e-04 3.7993e-04 1.0522e-04 1.6091e-03 1.1999e-04 0:00:29 81
20 6.1550e-02 5.2585e-04 7.6308e-04 3.2679e-04 9.2135e-05 1.2470e-03 9.9777e-05 0:00:29 80
21 5.4119e-02 4.7084e-04 6.8219e-04 2.8342e-04 8.1760e-05 9.7274e-04 8.4825e-05 0:00:28 79
22 4.8027e-02 4.2320e-04 6.1121e-04 2.4863e-04 7.3545e-05 7.7076e-04 7.4314e-05 0:00:28 78
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
23 4.3038e-02 3.8324e-04 5.4952e-04 2.1994e-04 6.6854e-05 6.2513e-04 6.7121e-05 0:00:27 77
24 3.8910e-02 3.4916e-04 4.9641e-04 1.9596e-04 6.1995e-05 5.2369e-04 6.2089e-05 0:00:27 76
25 3.5435e-02 3.1938e-04 4.5153e-04 1.7618e-04 5.7562e-05 4.5171e-04 5.7949e-05 0:00:27 75
26 3.2512e-02 2.9295e-04 4.1370e-04 1.5931e-04 5.2335e-05 4.0004e-04 5.4531e-05 0:00:26 74
27 3.0033e-02 2.6999e-04 3.8192e-04 1.4473e-04 4.8201e-05 3.6050e-04 5.1571e-05 0:00:26 73
28 2.7862e-02 2.5001e-04 3.5507e-04 1.3213e-04 4.4159e-05 3.2883e-04 4.8955e-05 0:00:25 72
29 2.6002e-02 2.3252e-04 3.3210e-04 1.2128e-04 3.9507e-05 3.0172e-04 4.6534e-05 0:00:25 71
30 2.4347e-02 2.1711e-04 3.1161e-04 1.1201e-04 3.5352e-05 2.7794e-04 4.4130e-05 0:00:24 70
31 2.2882e-02 2.0348e-04 2.9316e-04 1.0416e-04 3.1626e-05 2.5647e-04 4.1911e-05 0:00:24 69
32 2.1554e-02 1.9142e-04 2.7590e-04 9.7475e-05 2.8329e-05 2.3704e-04 3.9681e-05 0:00:24 68
33 2.0273e-02 1.8033e-04 2.5974e-04 9.0696e-05 2.5901e-05 2.1916e-04 3.7492e-05 0:00:23 67
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
34 1.9077e-02 1.7007e-04 2.4440e-04 8.4537e-05 2.3193e-05 2.0246e-04 3.5221e-05 0:00:23 66
35 1.7949e-02 1.6032e-04 2.2970e-04 7.9250e-05 2.1198e-05 1.8681e-04 3.3172e-05 0:00:22 65
36 1.6877e-02 1.5111e-04 2.1544e-04 7.4584e-05 1.8989e-05 1.7207e-04 3.0930e-05 0:00:22 64
37 1.5830e-02 1.4211e-04 2.0185e-04 7.0273e-05 1.7415e-05 1.5827e-04 2.8800e-05 0:00:21 63
38 1.4836e-02 1.3353e-04 1.8869e-04 6.6223e-05 1.5918e-05 1.4539e-04 2.6735e-05 0:00:21 62
39 1.3895e-02 1.2534e-04 1.7610e-04 6.2420e-05 1.4509e-05 1.3338e-04 2.4791e-05 0:00:21 61
40 1.2992e-02 1.1739e-04 1.6407e-04 5.8770e-05 1.3217e-05 1.2219e-04 2.2940e-05 0:00:20 60
41 1.2127e-02 1.0974e-04 1.5264e-04 5.5208e-05 1.2032e-05 1.1176e-04 2.1225e-05 0:00:20 59
42 1.1317e-02 1.0248e-04 1.4178e-04 5.1721e-05 1.0973e-05 1.0220e-04 1.9618e-05 0:00:20 58
43 1.0554e-02 9.5559e-05 1.3156e-04 4.8351e-05 1.0029e-05 9.3401e-05 1.8105e-05 0:00:19 57
44 9.8309e-03 8.9001e-05 1.2196e-04 4.5087e-05 9.1952e-06 8.5387e-05 1.6686e-05 0:00:19 56
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
45 9.1475e-03 8.2785e-05 1.1301e-04 4.1987e-05 8.4495e-06 7.8224e-05 1.5417e-05 0:00:19 55
46 8.5144e-03 7.7017e-05 1.0475e-04 3.9046e-05 7.7767e-06 7.1825e-05 1.4273e-05 0:00:18 54
47 7.9221e-03 7.1659e-05 9.7115e-05 3.6309e-05 7.1710e-06 6.6014e-05 1.3257e-05 0:00:18 53
48 7.3716e-03 6.6690e-05 9.0038e-05 3.3764e-05 6.6476e-06 6.0750e-05 1.2247e-05 0:00:18 52
49 6.8608e-03 6.2054e-05 8.3561e-05 3.1368e-05 6.0689e-06 5.6053e-05 1.1356e-05 0:00:17 51
50 6.3889e-03 5.7774e-05 7.7642e-05 2.9177e-05 5.6631e-06 5.1842e-05 1.0576e-05 0:00:17 50
51 5.9523e-03 5.3811e-05 7.2205e-05 2.7171e-05 5.1958e-06 4.8054e-05 9.8454e-06 0:00:17 49
52 5.5507e-03 5.0132e-05 6.7225e-05 2.5312e-05 4.8678e-06 4.4658e-05 9.1751e-06 0:00:16 48
53 5.1785e-03 4.6729e-05 6.2665e-05 2.3603e-05 4.5590e-06 4.1587e-05 8.5687e-06 0:00:16 47
54 4.8348e-03 4.3590e-05 5.8479e-05 2.2032e-05 4.2610e-06 3.8787e-05 7.9700e-06 0:00:16 46
55 4.5179e-03 4.0656e-05 5.4628e-05 2.0576e-05 3.9783e-06 3.6260e-05 7.4587e-06 0:00:15 45
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
56 4.2241e-03 3.7986e-05 5.1057e-05 1.9228e-05 3.7116e-06 3.3909e-05 6.9767e-06 0:00:15 44
57 3.9516e-03 3.5478e-05 4.7738e-05 1.7982e-05 3.4567e-06 3.1752e-05 6.5540e-06 0:00:15 43
58 3.6975e-03 3.3183e-05 4.4639e-05 1.6830e-05 3.2191e-06 2.9728e-05 6.1312e-06 0:00:14 42
59 3.4596e-03 3.1013e-05 4.1751e-05 1.5740e-05 3.0005e-06 2.7855e-05 5.7083e-06 0:00:14 41
60 3.2380e-03 2.8985e-05 3.9058e-05 1.4724e-05 2.7928e-06 2.6107e-05 5.3390e-06 0:00:14 40
61 3.0300e-03 2.7108e-05 3.6532e-05 1.3784e-05 2.5994e-06 2.4461e-05 4.9958e-06 0:00:13 39
62 2.8362e-03 2.5346e-05 3.4160e-05 1.2905e-05 2.4175e-06 2.2913e-05 4.6817e-06 0:00:13 38
63 2.6543e-03 2.3707e-05 3.1928e-05 1.2085e-05 2.2515e-06 2.1446e-05 4.3520e-06 0:00:12 37
64 2.4833e-03 2.2145e-05 2.9845e-05 1.1308e-05 2.0939e-06 2.0087e-05 4.0917e-06 0:00:12 36
65 2.3223e-03 2.0728e-05 2.7886e-05 1.0591e-05 1.9490e-06 1.8778e-05 3.8140e-06 0:00:12 35
66 2.1707e-03 1.9355e-05 2.6048e-05 9.8991e-06 1.8131e-06 1.7561e-05 3.5560e-06 0:00:12 34
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
67 2.0286e-03 1.8090e-05 2.4327e-05 9.2551e-06 1.6871e-06 1.6409e-05 3.3233e-06 0:00:11 33
68 1.8954e-03 1.6901e-05 2.2714e-05 8.6547e-06 1.5732e-06 1.5318e-05 3.0773e-06 0:00:11 32
69 1.7712e-03 1.5763e-05 2.1207e-05 8.0925e-06 1.4642e-06 1.4319e-05 2.8782e-06 0:00:11 31
70 1.6549e-03 1.4733e-05 1.9792e-05 7.5561e-06 1.3637e-06 1.3360e-05 2.6847e-06 0:00:10 30
71 1.5453e-03 1.3741e-05 1.8466e-05 7.0616e-06 1.2699e-06 1.2470e-05 2.5045e-06 0:00:10 29
72 1.4430e-03 1.2823e-05 1.7226e-05 6.5954e-06 1.1827e-06 1.1633e-05 2.3348e-06 0:00:10 28
73 1.3472e-03 1.1961e-05 1.6067e-05 6.1609e-06 1.1015e-06 1.0850e-05 2.1768e-06 0:00:09 27
74 1.2575e-03 1.1159e-05 1.4984e-05 5.7534e-06 1.0259e-06 1.0118e-05 2.0292e-06 0:00:09 26
75 1.1736e-03 1.0409e-05 1.3972e-05 5.3722e-06 9.5554e-07 9.4330e-06 1.8919e-06 0:00:09 25
76 1.0952e-03 9.7089e-06 1.3028e-05 5.0149e-06 8.8987e-07 8.7938e-06 1.7639e-06 0:00:08 24
77 1.0218e-03 9.0544e-06 1.2147e-05 4.6804e-06 8.2825e-07 8.1995e-06 1.6498e-06 0:00:08 23
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
78 9.5302e-04 8.4484e-06 1.1325e-05 4.3679e-06 7.7135e-07 7.6405e-06 1.5343e-06 0:00:07 22
! 78 solution is converged
Connecting To Server
Transcript closed.
Opening input/output transcript to file "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/DP2/Static_Mixer_main.trn".
(syncdir "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/BaseCases")()
Clearing partially read grid.
Reading from c61409cf1160:"/project-f46c75uv.cffdb/Static_Mixer_main-Solve/BaseCases/Static_Mixer_main.cas.h5" in NODE0 mode ...
Reading mesh ...
22771 cells, 1 cell zone ...
22771 polyhedra cells, zone id: 97
119140 faces, 5 face zones ...
114959 polygonal interior faces, zone id: 96
3873 polygonal wall faces, zone id: 20
104 polygonal pressure-outlet faces, zone id: 19
103 polygonal velocity-inlet faces, zone id: 18
101 polygonal velocity-inlet faces, zone id: 17
82247 nodes, 1 node zone ...
Done.
Building...
mesh
distributing mesh
parts..,
faces..,
nodes..,
cells..,
bandwidth reduction using Reverse Cuthill-McKee: 11383/862 = 13.2053
materials,
interface,
domains,
mixture
zones,
interior--fluid
wall
outlet
inlet2
inlet1
fluid
parallel,
Done.
(syncdir "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/DP2")()
(syncdir "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/DP2")()
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
Reversed flow on 11 faces (20.3% area) of pressure-outlet 19.
1 1.0000e+00 1.1604e-07 1.5594e-05 1.0210e-07 1.1640e-03 2.9445e-01 3.4440e+03 0:00:57 99
2 1.0000e+00 2.9591e-02 8.1884e-02 6.0536e-02 9.3895e-04 9.0403e-01 4.7978e-01 0:00:52 98
3 7.8298e-01 1.0288e-02 2.8317e-02 2.0328e-02 7.6677e-04 8.5985e-01 4.6253e-01 0:00:55 97
4 5.9709e-01 5.5247e-03 1.5297e-02 9.3098e-03 7.8042e-04 8.0504e-01 4.2981e-01 0:00:50 96
5 4.4913e-01 4.0015e-03 1.0483e-02 5.6545e-03 8.0272e-04 7.3505e-01 3.7030e-01 0:00:46 95
6 3.4660e-01 3.3974e-03 7.7213e-03 3.8931e-03 7.5985e-04 6.2465e-01 2.7887e-01 0:00:43 94
7 2.9297e-01 2.9579e-03 5.9262e-03 2.8959e-03 6.7902e-04 4.1622e-01 1.7246e-01 0:00:40 93
8 2.5763e-01 2.5403e-03 4.6438e-03 2.2532e-03 5.8707e-04 1.9014e-01 8.7145e-02 0:00:38 92
9 2.3035e-01 2.1725e-03 3.7317e-03 1.7815e-03 5.0560e-04 8.1768e-02 3.8080e-02 0:00:37 91
10 2.0740e-01 1.8744e-03 3.0879e-03 1.4739e-03 4.3260e-04 4.2399e-02 1.5517e-02 0:00:36 90
11 1.8807e-01 1.6381e-03 2.5944e-03 1.2119e-03 3.6793e-04 2.5299e-02 6.2351e-03 0:00:35 89
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
12 1.7057e-01 1.4395e-03 2.1991e-03 1.0184e-03 3.1203e-04 1.5735e-02 2.6105e-03 0:00:33 88
13 1.5375e-01 1.2682e-03 1.8815e-03 8.7979e-04 2.6542e-04 1.0189e-02 1.2059e-03 0:00:32 87
14 1.3738e-01 1.1153e-03 1.6209e-03 7.6853e-04 2.2549e-04 6.8376e-03 6.3417e-04 0:00:32 86
15 1.2128e-01 9.7849e-04 1.4071e-03 6.7318e-04 1.9153e-04 4.8118e-03 3.8352e-04 0:00:31 85
16 1.0601e-01 8.5970e-04 1.2331e-03 5.8933e-04 1.6348e-04 3.5556e-03 2.6071e-04 0:00:30 84
17 9.2573e-02 7.5636e-04 1.0869e-03 5.1091e-04 1.4029e-04 2.6940e-03 1.9167e-04 0:00:29 83
18 8.0798e-02 6.6614e-04 9.6269e-04 4.4133e-04 1.2104e-04 2.0748e-03 1.4890e-04 0:00:29 82
19 7.0447e-02 5.8989e-04 8.5548e-04 3.7993e-04 1.0522e-04 1.6091e-03 1.1999e-04 0:00:29 81
20 6.1550e-02 5.2585e-04 7.6308e-04 3.2679e-04 9.2135e-05 1.2470e-03 9.9777e-05 0:00:28 80
21 5.4119e-02 4.7084e-04 6.8219e-04 2.8342e-04 8.1760e-05 9.7274e-04 8.4825e-05 0:00:28 79
22 4.8027e-02 4.2320e-04 6.1121e-04 2.4863e-04 7.3545e-05 7.7076e-04 7.4314e-05 0:00:27 78
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
23 4.3038e-02 3.8324e-04 5.4952e-04 2.1994e-04 6.6854e-05 6.2513e-04 6.7121e-05 0:00:27 77
24 3.8910e-02 3.4916e-04 4.9641e-04 1.9596e-04 6.1995e-05 5.2369e-04 6.2089e-05 0:00:26 76
25 3.5435e-02 3.1938e-04 4.5153e-04 1.7618e-04 5.7562e-05 4.5171e-04 5.7949e-05 0:00:26 75
26 3.2512e-02 2.9295e-04 4.1370e-04 1.5931e-04 5.2335e-05 4.0004e-04 5.4531e-05 0:00:26 74
27 3.0033e-02 2.6999e-04 3.8192e-04 1.4473e-04 4.8201e-05 3.6050e-04 5.1571e-05 0:00:25 73
28 2.7862e-02 2.5001e-04 3.5507e-04 1.3213e-04 4.4159e-05 3.2883e-04 4.8955e-05 0:00:25 72
29 2.6002e-02 2.3252e-04 3.3210e-04 1.2128e-04 3.9507e-05 3.0172e-04 4.6534e-05 0:00:24 71
30 2.4347e-02 2.1711e-04 3.1161e-04 1.1201e-04 3.5352e-05 2.7794e-04 4.4130e-05 0:00:24 70
31 2.2882e-02 2.0348e-04 2.9316e-04 1.0416e-04 3.1626e-05 2.5647e-04 4.1911e-05 0:00:24 69
32 2.1554e-02 1.9142e-04 2.7590e-04 9.7475e-05 2.8329e-05 2.3704e-04 3.9681e-05 0:00:23 68
33 2.0273e-02 1.8033e-04 2.5974e-04 9.0696e-05 2.5901e-05 2.1916e-04 3.7492e-05 0:00:23 67
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
34 1.9077e-02 1.7007e-04 2.4440e-04 8.4537e-05 2.3193e-05 2.0246e-04 3.5221e-05 0:00:22 66
35 1.7949e-02 1.6032e-04 2.2970e-04 7.9250e-05 2.1198e-05 1.8681e-04 3.3172e-05 0:00:22 65
36 1.6877e-02 1.5111e-04 2.1544e-04 7.4584e-05 1.8989e-05 1.7207e-04 3.0930e-05 0:00:22 64
37 1.5830e-02 1.4211e-04 2.0185e-04 7.0273e-05 1.7415e-05 1.5827e-04 2.8800e-05 0:00:21 63
38 1.4836e-02 1.3353e-04 1.8869e-04 6.6223e-05 1.5918e-05 1.4539e-04 2.6735e-05 0:00:21 62
39 1.3895e-02 1.2534e-04 1.7610e-04 6.2420e-05 1.4509e-05 1.3338e-04 2.4791e-05 0:00:20 61
40 1.2992e-02 1.1739e-04 1.6407e-04 5.8770e-05 1.3217e-05 1.2219e-04 2.2940e-05 0:00:20 60
41 1.2127e-02 1.0974e-04 1.5264e-04 5.5208e-05 1.2032e-05 1.1176e-04 2.1225e-05 0:00:20 59
42 1.1317e-02 1.0248e-04 1.4178e-04 5.1721e-05 1.0973e-05 1.0220e-04 1.9618e-05 0:00:19 58
43 1.0554e-02 9.5559e-05 1.3156e-04 4.8351e-05 1.0029e-05 9.3401e-05 1.8105e-05 0:00:19 57
44 9.8309e-03 8.9001e-05 1.2196e-04 4.5087e-05 9.1952e-06 8.5387e-05 1.6686e-05 0:00:19 56
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
45 9.1475e-03 8.2785e-05 1.1301e-04 4.1987e-05 8.4495e-06 7.8224e-05 1.5417e-05 0:00:18 55
46 8.5144e-03 7.7017e-05 1.0475e-04 3.9046e-05 7.7767e-06 7.1825e-05 1.4273e-05 0:00:18 54
47 7.9221e-03 7.1659e-05 9.7115e-05 3.6309e-05 7.1710e-06 6.6014e-05 1.3257e-05 0:00:18 53
48 7.3716e-03 6.6690e-05 9.0038e-05 3.3764e-05 6.6476e-06 6.0750e-05 1.2247e-05 0:00:18 52
49 6.8608e-03 6.2054e-05 8.3561e-05 3.1368e-05 6.0689e-06 5.6053e-05 1.1356e-05 0:00:17 51
50 6.3889e-03 5.7774e-05 7.7642e-05 2.9177e-05 5.6631e-06 5.1842e-05 1.0576e-05 0:00:17 50
51 5.9523e-03 5.3811e-05 7.2205e-05 2.7171e-05 5.1958e-06 4.8054e-05 9.8454e-06 0:00:17 49
52 5.5507e-03 5.0132e-05 6.7225e-05 2.5312e-05 4.8678e-06 4.4658e-05 9.1751e-06 0:00:17 48
53 5.1785e-03 4.6729e-05 6.2665e-05 2.3603e-05 4.5590e-06 4.1587e-05 8.5687e-06 0:00:16 47
54 4.8348e-03 4.3590e-05 5.8479e-05 2.2032e-05 4.2610e-06 3.8787e-05 7.9700e-06 0:00:16 46
55 4.5179e-03 4.0656e-05 5.4628e-05 2.0576e-05 3.9783e-06 3.6260e-05 7.4587e-06 0:00:15 45
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
56 4.2241e-03 3.7986e-05 5.1057e-05 1.9228e-05 3.7116e-06 3.3909e-05 6.9767e-06 0:00:15 44
57 3.9516e-03 3.5478e-05 4.7738e-05 1.7982e-05 3.4567e-06 3.1752e-05 6.5540e-06 0:00:15 43
58 3.6975e-03 3.3183e-05 4.4639e-05 1.6830e-05 3.2191e-06 2.9728e-05 6.1312e-06 0:00:14 42
59 3.4596e-03 3.1013e-05 4.1751e-05 1.5740e-05 3.0005e-06 2.7855e-05 5.7083e-06 0:00:14 41
60 3.2380e-03 2.8985e-05 3.9058e-05 1.4724e-05 2.7928e-06 2.6107e-05 5.3390e-06 0:00:13 40
61 3.0300e-03 2.7108e-05 3.6532e-05 1.3784e-05 2.5994e-06 2.4461e-05 4.9958e-06 0:00:13 39
62 2.8362e-03 2.5346e-05 3.4160e-05 1.2905e-05 2.4175e-06 2.2913e-05 4.6817e-06 0:00:13 38
63 2.6543e-03 2.3707e-05 3.1928e-05 1.2085e-05 2.2515e-06 2.1446e-05 4.3520e-06 0:00:13 37
64 2.4833e-03 2.2145e-05 2.9845e-05 1.1308e-05 2.0939e-06 2.0087e-05 4.0917e-06 0:00:12 36
65 2.3223e-03 2.0728e-05 2.7886e-05 1.0591e-05 1.9490e-06 1.8778e-05 3.8140e-06 0:00:12 35
66 2.1707e-03 1.9355e-05 2.6048e-05 9.8991e-06 1.8131e-06 1.7561e-05 3.5560e-06 0:00:12 34
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
67 2.0286e-03 1.8090e-05 2.4327e-05 9.2551e-06 1.6871e-06 1.6409e-05 3.3233e-06 0:00:11 33
68 1.8954e-03 1.6901e-05 2.2714e-05 8.6547e-06 1.5732e-06 1.5318e-05 3.0773e-06 0:00:11 32
69 1.7712e-03 1.5763e-05 2.1207e-05 8.0925e-06 1.4642e-06 1.4319e-05 2.8782e-06 0:00:10 31
70 1.6549e-03 1.4733e-05 1.9792e-05 7.5561e-06 1.3637e-06 1.3360e-05 2.6847e-06 0:00:10 30
71 1.5453e-03 1.3741e-05 1.8466e-05 7.0616e-06 1.2699e-06 1.2470e-05 2.5045e-06 0:00:10 29
72 1.4430e-03 1.2823e-05 1.7226e-05 6.5954e-06 1.1827e-06 1.1633e-05 2.3348e-06 0:00:09 28
73 1.3472e-03 1.1961e-05 1.6067e-05 6.1609e-06 1.1015e-06 1.0850e-05 2.1768e-06 0:00:09 27
74 1.2575e-03 1.1159e-05 1.4984e-05 5.7534e-06 1.0259e-06 1.0118e-05 2.0292e-06 0:00:09 26
75 1.1736e-03 1.0409e-05 1.3972e-05 5.3722e-06 9.5554e-07 9.4330e-06 1.8919e-06 0:00:08 25
76 1.0952e-03 9.7089e-06 1.3028e-05 5.0149e-06 8.8987e-07 8.7938e-06 1.7639e-06 0:00:08 24
77 1.0218e-03 9.0544e-06 1.2147e-05 4.6804e-06 8.2825e-07 8.1995e-06 1.6498e-06 0:00:08 23
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
78 9.5302e-04 8.4484e-06 1.1325e-05 4.3679e-06 7.7135e-07 7.6405e-06 1.5343e-06 0:00:07 22
! 78 solution is converged
Connecting To Server
Export design point table as a CSV table
design_point_table = str(
Path(pyfluent.EXAMPLES_PATH) / "design_point_table_study_1.csv"
)
study_1.export_design_table(design_point_table)
Out:
Transcript closed.
Delete design points
study_1.delete_design_points([design_point_1])
Out:
Deleting a design point modifies and saves the current project.
If you want to preserve access to the unmodified version of the project, cancel this operation, Save a copy of the project first and then delete a design point.
Create a new parametric study by duplicating the current one
study_2 = study_1.duplicate()
Out:
Writing to c61409cf1160:"/project-f46c75uv.cffdb/Static_Mixer_main-1-Solve/Static_Mixer_main-1.cas.h5" in NODE0 mode and compression level 1 ...
22771 cells, 1 zone ...
119140 faces, 5 zones ...
82247 nodes, 1 zone ...
Done.
Done.
Clearing partially read grid.
Reading from c61409cf1160:"/project-f46c75uv.cffdb/Static_Mixer_main-1-Solve/Static_Mixer_main-1.cas.h5" in NODE0 mode ...
Reading mesh ...
22771 cells, 1 cell zone ...
22771 polyhedra cells, zone id: 97
119140 faces, 5 face zones ...
114959 polygonal interior faces, zone id: 96
3873 polygonal wall faces, zone id: 20
104 polygonal pressure-outlet faces, zone id: 19
103 polygonal velocity-inlet faces, zone id: 18
101 polygonal velocity-inlet faces, zone id: 17
82247 nodes, 1 node zone ...
Done.
Building...
mesh
distributing mesh
parts..,
faces..,
nodes..,
cells..,
bandwidth reduction using Reverse Cuthill-McKee: 11383/862 = 13.2053
materials,
interface,
domains,
mixture
zones,
interior--fluid
wall
outlet
inlet2
inlet1
fluid
parallel,
Done.
Rename the newly created parametric study
study_2.rename("New Study")
Out:
Studies available [to rename]: ("Static_Mixer_main-1-Solve" "Static_Mixer_main-Solve")
(syncdir "/project-f46c75uv.cffdb")()
(syncdir "/project-f46c75uv.cffdb/Static_Mixer_main-Solve/DP2")()
Delete the old parametric study
study_1.delete()
Out:
Studies available [to delete]: ("Static_Mixer_main-Solve")
Deleted the Simulation : "Static_Mixer_main-Solve"
Save the parametric project and close Fluent
project_filepath = str(Path(pyfluent.EXAMPLES_PATH) / "static_mixer_study.flprj")
session.solver.tui.file.parametric_project.save_as(project_filepath)
session.exit()
Out:
Project saved successfully at "/home/ansys/.local/share/ansys_fluent_core/examples/static_mixer_study.flprj"
Launch Fluent again and read the previously saved project
session = pyfluent.launch_fluent(precision="double", processor_count=2)
project_filepath_read = str(Path(pyfluent.EXAMPLES_PATH) / "static_mixer_study.flprj")
proj = ParametricProject(
session.solver.root.file.parametric_project,
session.solver.root.parametric_studies,
project_filepath_read,
)
Out:
(syncdir "/home/ansys/.local/share/ansys_fluent_core/examples/static_mixer_study.cffdb/New Study/BaseCases")()(syncdir "/home/ansys/.local/share/ansys_fluent_core/examples/static_mixer_study.cffdb/New Study/Base DP")()
Save the current project
proj.save()
Out:
Project saved successfully at "/home/ansys/.local/share/ansys_fluent_core/examples/static_mixer_study.flprj"
Save the current project to a different file name
project_filepath_save_as = str(
Path(pyfluent.EXAMPLES_PATH) / "static_mixer_study_save_as.flprj"
)
proj.save_as(project_filepath=project_filepath_save_as)
Out:
Project saved successfully at "/home/ansys/.local/share/ansys_fluent_core/examples/static_mixer_study_save_as.flprj"
Export the current project
project_filepath_export = str(
Path(pyfluent.EXAMPLES_PATH) / "static_mixer_study_export.flprj"
)
proj.export(project_filepath=project_filepath_export)
Out:
Successfully saved a copy of project at "/home/ansys/.local/share/ansys_fluent_core/examples/static_mixer_study_export.flprj"
Archive the current project
proj.archive()
Close Fluent
session.exit()
Out:
Project archived successfully at "/home/ansys/.local/share/ansys_fluent_core/examples/static_mixer_study.flprz"
Total running time of the script: ( 2 minutes 41.312 seconds)