turbo_moc.fluent.workflow_2d module#
Generate a 2D MoC mesh, barotropic model and staged Fluent solution.
Run python -m examples.fluent_2D.run_fluent_case.
Settings live in the workflow YAML; the launcher accepts an optional –config.
- turbo_moc.fluent.workflow_2d.configure_fluent(solver, mesh_file, state, expressions, pitch_m, options)[source]#
Configure a steady pressure-based coupled setup, without initialization.
- turbo_moc.fluent.workflow_2d.configure_periodicity(settings, expected, pitch_m, vertices)[source]#
Use imported conformity or explicitly pair the two pitchwise boundaries.
- turbo_moc.fluent.workflow_2d.export_contours(solver, options, output_dir)[source]#
Render static pressure and barotropic Mach number using Fluent graphics.
- turbo_moc.fluent.workflow_2d.main(config_file)[source]#
Run the workflow with numbered progress shared by the console and log.
- turbo_moc.fluent.workflow_2d.prepare_contour_graphics(solver, options, pitch_m)[source]#
Define whole-passage contours and native translational periodic instances.
A cell zone needs an explicit zone surface to serve as a contour surface. Instancing is a display operation: the computation still has one passage.
- turbo_moc.fluent.workflow_2d.read_workflow(config_file)[source]#
Load workflow settings and the existing, independently usable MoC YAML.
- turbo_moc.fluent.workflow_2d.run_stages(solver, options, output_dir, state)[source]#
Run shared stages, retaining the 2D module’s diagnostic extension points.