The Hong Kong University of Science and Technology
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CAA numerical verification

Use Verification Kit 1.0 to independently check raw C4 + RK4 baseline results: zero state, four plane-wave grids and a free-field Gaussian pulse.

Select files from the local checker's results folder, not report.json. Files are processed in request memory without storage or code execution.

Original verification kit

Download kit and agent guideDownload full interface guide (English)Download case configurations
  1. Implement solve_case(case) in student_solver.py or student_solver(case_config) in student_solver.m.
  2. Follow the original README to run the checker and preserve raw fields, time histories and reports for each case.
  3. Fix grid and time errors before assessing numerical errors. Passing only some cases remains PARTIAL SCOPE.

AI agent guide

Give your coding assistant the assignment, verification kit and solver source. Follow the instruction below to connect, run and debug the solver.

Download full agent guide (English)
Read the issued assignment, AGENT_GUIDE.md and Verification_Kit/README.md completely. Inspect my existing solver and implement its student adapter without changing cases.json, verify.py or validate_solver.m. Compute all fields from the prescribed numerical method. Run A, the four B grids and C; preserve actual commands, environment, raw results and reports in separate attempt directories. Diagnose the first failing prerequisite, make a focused correction and rerun. Summarize the checked cases, numerical errors, changes and rerun results.

The full guide covers the interface, debugging order, rerun instructions, web data interface and result organisation.