[SCFD-5398] [SCFD-5644] Imported Surface And View and Edit

examples/post_processing/imported_surfaces/import_surface_field_and_integral.py

@@ -0,0 +1,92 @@
+import flow360 as fl
+from flow360.examples import ObliqueChannel
+
+ObliqueChannel.get_files()
+
+project = fl.Project.from_volume_mesh(ObliqueChannel.mesh_filename, name="Cartesian channel mesh")
+
+volume_mesh = project.volume_mesh
+
+normal_imported_surface = project.import_surface(
+    ObliqueChannel.extra["rectangle_normal"], name="normal"
+)
+oblique_imported_surface = project.import_surface(
+    ObliqueChannel.extra["rectangle_oblique"], name="oblique"
+)
+imported_surfaces = [normal_imported_surface, oblique_imported_surface]
+
+with fl.create_draft(
+    new_run_from=volume_mesh,
+    imported_surfaces=imported_surfaces,
+) as draft:
+    with fl.SI_unit_system:
+        op = fl.GenericReferenceCondition.from_mach(
+            mach=0.3,
+        )
+        massFlowRate = fl.UserVariable(
+            name="MassFluxProjected",
+            value=-1
+            * fl.solution.density
+            * fl.math.dot(fl.solution.velocity, fl.solution.node_unit_normal),
+        )
+        massFlowRateIntegral = fl.SurfaceIntegralOutput(
+            name="MassFluxIntegral",
+            output_fields=[massFlowRate],
+            surfaces=draft.surfaces["VOLUME/LEFT"],
+        )
+        params = fl.SimulationParams(
+            operating_condition=op,
+            models=[
+                fl.Fluid(
+                    navier_stokes_solver=fl.NavierStokesSolver(absolute_tolerance=1e-10),
+                    turbulence_model_solver=fl.NoneSolver(),
+                ),
+                fl.Inflow(
+                    entities=[draft.surfaces["VOLUME/LEFT"]],
+                    total_temperature=op.thermal_state.temperature * 1.018,
+                    velocity_direction=(1.0, 0.0, 0.0),
+                    spec=fl.MassFlowRate(
+                        value=op.velocity_magnitude * op.thermal_state.density * (0.2 * fl.u.m**2)
+                    ),
+                ),
+                fl.Outflow(
+                    entities=[draft.surfaces["VOLUME/RIGHT"]],
+                    spec=fl.Pressure(op.thermal_state.pressure),
+                ),
+                fl.SlipWall(
+                    entities=[
+                        draft.surfaces["VOLUME/FRONT"],
+                        draft.surfaces["VOLUME/BACK"],
+                        draft.surfaces["VOLUME/TOP"],
+                        draft.surfaces["VOLUME/BOTTOM"],
+                    ]
+                ),
+            ],
+            time_stepping=fl.Steady(),
+            outputs=[
+                fl.VolumeOutput(
+                    output_format="paraview",
+                    output_fields=["primitiveVars"],
+                ),
+                fl.SurfaceOutput(
+                    output_fields=[
+                        fl.solution.velocity,
+                        fl.solution.Cp,
+                    ],
+                    surfaces=[
+                        draft.surfaces["VOLUME/FRONT"],
+                        draft.imported_surfaces["normal"],
+                        draft.imported_surfaces["oblique"],
+                    ],
+                ),
+                fl.SurfaceIntegralOutput(
+                    name="MassFlowRateImportedSurface",
+                    output_fields=[massFlowRate],
+                    surfaces=[
+                        draft.imported_surfaces["normal"],
+                        draft.imported_surfaces["oblique"],
+                    ],
+                ),
+            ],
+        )
+    project.run_case(params, "test_imported_surfaces_field_and_integral")

flow360/cloud/flow360_requests.py

@@ -153,6 +153,36 @@ class NewVolumeMeshRequestV2(Flow360RequestsV2):
     format: Literal["cgns", "aflr3"] = pd_v2.Field(description="data format")
 
 
+class NewGeometryDependencyRequest(Flow360RequestsV2):
+    """[Simulation V2] Import geometry dependency to a project's draft."""
+
+    name: str = pd_v2.Field(description="Geometry dependency name")
+    project_id: str = pd_v2.Field(alias="projectId")
+    files: List[GeometryFileMeta] = pd_v2.Field(description="list of files")
+    draft_id: str = pd_v2.Field(default="", alias="draftId")
+    tags: List[str] = pd_v2.Field(default=[], description="project tags")
+    length_unit: Literal["m", "mm", "cm", "inch", "ft"] = pd_v2.Field(
+        alias="lengthUnit", description="project length unit"
+    )
+    description: str = pd_v2.Field(default="", description="geometry dependency description")
+    icon: str = pd_v2.Field(default="", description="project description")
+
+
+class NewSurfaceMeshDependencyRequest(Flow360RequestsV2):
+    """[Simulation V2] Import surface mesh dependency to a project's draft."""
+
+    name: str = pd_v2.Field(description="Surface mesh dependency name")
+    project_id: str = pd_v2.Field(alias="projectId")
+    draft_id: str = pd_v2.Field(default="", alias="draftId")
+    tags: List[str] = pd_v2.Field(default=[], description="project tags")
+    file_name: str = pd_v2.Field(alias="fileName", description="Surface mesh file name")
+    length_unit: Literal["m", "mm", "cm", "inch", "ft"] = pd_v2.Field(
+        alias="lengthUnit", description="project length unit"
+    )
+    description: str = pd_v2.Field(default="", description="geometry dependency description")
+    icon: str = pd_v2.Field(default="", description="project description")
+
+
 class _Resource(Flow360RequestsV2):
     type: Literal["Case", "Project"]
     id: str