Directed Percolation in a 1D Modulated Contact Process¶
- Task ID:
physics.dp_contact_process - Domain:
physics - Subdomain:
non_equilibrium_statistical_physics - Status:
test - Tags:
directed_percolation,modulated_contact_process,critical_phenomena,finite_size_scaling,monte_carlo
Public Summary¶
This page is generated from task metadata and selected public-safe excerpts.
Example B1 Prompt Excerpt¶
Write your complete solution to `./analysis.py` in the workspace.
Do not only return a code snippet in chat; the benchmark checks for a real `analysis.py` file.
You may provide a brief final message, but the required deliverable is the file `./analysis.py`.
You are implementing a full Monte Carlo workflow for a 1D asymmetric parity-modulated absorbing-state lattice process that is expected to remain in the directed-percolation universality class.
Read input only from `./data/task_input.json`, and write outputs to `./results/`.
## Model
Use a one-dimensional lattice of binary sites with periodic boundary conditions:
- state `1` = active
Notes¶
- This page is a generated site artifact.
- Higher-level prompt details and internal benchmark specifics may remain intentionally undisclosed.