{
  "id": "single-software-execution--cli--openfoam--task-05--ubuntu",
  "snapshot": "OpenFOAM11",
  "instruction": "The incomplete OpenFOAM template `/home/user/Desktop/pipe_base/` is provided. The uploaded template is an editable input only; no result or answer artifacts are preloaded. Source `/opt/openfoam11/etc/bashrc` before running OpenFOAM commands.\n\nFrom the command line, build and solve a deterministic turbulent pipe case. 1. Write `/home/user/Desktop/build_case.py` and create `/home/user/Desktop/pipe_turb/`. Model a 5-degree axisymmetric wedge of a circular pipe aligned with x, with radius `R=0.05 m`, diameter `D=0.10 m`, and length `L=3.0 m` (30D). Use one conformal `300 x 20 x 1` block (6,000 cells), one cell through the wedge, an empty collapsed axis, two wedge patches, and a no-slip outer wall. The radial spacing is uniform; the acceptance target for the resulting whole-wall average is `20<=avg_yplus<=100`. 2. Set a uniform inlet `U=(15 0 0) m/s`, outlet kinematic pressure `p=0`, constant kinematic viscosity `nu=1.5e-5 m^2/s`, and reporting density `rho=1.225 kg/m^3`, so `Re_D=100000`. Use RAS `kOmegaSST`, inlet `k=0.84375 m^2/s^2`, inlet `omega=250 1/s`, and standard `kqRWallFunction`, `omegaWallFunction`, and `nutkWallFunction` wall conditions. 3. Configure `simpleFoam` for exactly 2000 SIMPLE iterations, ASCII output only at iteration 2000, bounded linear-upwind velocity convection, and upwind `k`/`omega`. Source `/opt/openfoam11/etc/bashrc`, run `blockMesh -case /home/user/Desktop/pipe_turb` and retain `pipe_turb/log.blockMesh`, then run `simpleFoam -case /home/user/Desktop/pipe_turb` and retain `pipe_turb/log.simpleFoam`; both must finish with `End`, and iteration 2000 must exist. Run `postProcess -case /home/user/Desktop/pipe_turb -latestTime -func writeCellCentres` and retain `pipe_turb/log.cellCentres`. Run `postProcess -case /home/user/Desktop/pipe_turb -solver incompressibleFluid -latestTime -func yPlus` and retain `pipe_turb/log.yPlus` and `pipe_turb/2000/yPlus`. 4. Write `/home/user/Desktop/postprocess.py`. Treat the 20 outlet-adjacent cell centers at `x>2.99 m` as annular samples sorted by radius. Integrate the full-circle outlet mass flow as `rho*sum(Ux_i*pi*(r_outer_i^2-r_inner_i^2))`, using the 20 uniform radial annuli, and save `/home/user/Desktop/outlet_profile.csv` with `radius_m,ux_mps,annulus_area_m2,mass_flow_kgps`. Read all 300 outer-wall values from the OpenFOAM-generated `2000/yPlus`, calculate their arithmetic mean, and save `/home/user/Desktop/wall_yplus.csv` with `wall_face_index,yplus`. 5. Save `/home/user/Desktop/summary.txt` as exactly `mass_flow, avg_yplus` in `kg/s` and dimensionless units. Do not use ParaView or other GUI tools.",
  "source": "https://github.com/openfoam/openfoam-dev",
  "config": [
    {
      "type": "upload_file",
      "parameters": {
        "files": [
          {
            "local_path": "task-05/init_file/pipe_base.tar",
            "path": "/home/user/Desktop/pipe_base.tar"
          }
        ]
      }
    },
    {
      "type": "launch",
      "parameters": {
        "command": "bash -c \"mkdir -p '/home/user/Desktop/' && tar -xf '/home/user/Desktop/pipe_base.tar' -C '/home/user/Desktop/' && rm -f '/home/user/Desktop/pipe_base.tar'\"",
        "shell": true
      }
    }
  ],
  "trajectory": "trajectories/",
  "related_apps": [
    "openfoam"
  ],
  "artifact_paths": [
    "/home/user/Desktop/build_case.py",
    "/home/user/Desktop/outlet_profile.csv",
    "/home/user/Desktop/pipe_turb",
    "/home/user/Desktop/postprocess.py",
    "/home/user/Desktop/summary.txt",
    "/home/user/Desktop/wall_yplus.csv"
  ],
  "evaluator": {
    "postconfig": [
      {
        "type": "upload_file",
        "parameters": {
          "files": [
            {
              "local_path": "task-05/eval.py",
              "path": "/home/user/Desktop/eval.py"
            }
          ]
        }
      }
    ],
    "func": "exact_match",
    "result": {
      "type": "vm_command_line",
      "command": "python3 /home/user/Desktop/eval.py",
      "shell": "true"
    },
    "expected": {
      "type": "rule",
      "rules": {
        "expected": "True\n"
      }
    }
  },
  "proxy": false,
  "fixed_ip": false,
  "possibility_of_env_change": "low"
}