{ "id": "single-software-execution--cli--calculix--task-06--ubuntu", "snapshot": "CalculiX-2.21", "instruction": "Begin with an axisymmetric cylinder template `/home/user/Desktop/cylinder_transform.inp`. Run `ccx --version` or invoke the installed `ccx` binary from a terminal. On this machine, use `/usr/bin/ccx` for the CalculiX solve and `/usr/bin/cgx` when CGX processing is needed.\n\nComplete the following from the command line: 1. Modify and generate `/home/user/Desktop/transform.inp`: Please save the final input file as /home/user/Desktop/transform.inp. - Transform all nodes into a cylindrical coordinate system centered at the origin - Apply radial pressure `10 MPa` on the inner wall - Apply `UY=0` on the bottom edge - Constrain circumferential displacement `UT=0` on outer-wall nodes 2. Submit the job and write a post-processing script to parse `transform.dat`: - Extract inner-wall radial displacement `UR` - Extract outer-wall radial displacement `UR` - Extract maximum absolute circumferential displacement `|UT|` over the whole model - Write to `/home/user/Desktop/summary.txt` in this format: `inner_ur,outer_ur,max_abs_ut`", "source": "https://github.com/calculix/CalculiX-Examples", "config": [ { "type": "upload_file", "parameters": { "files": [ { "local_path": "task-06/init_file/cylinder_transform.inp", "path": "/home/user/Desktop/cylinder_transform.inp" } ] } } ], "trajectory": "trajectories/", "related_apps": [ "calculix" ], "artifact_paths": [ "/home/user/Desktop/summary.txt", "/home/user/Desktop/transform.dat", "/home/user/Desktop/transform.inp" ], "evaluator": { "postconfig": [ { "type": "upload_file", "parameters": { "files": [ { "local_path": "task-06/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" }