math-modeling-pipeline/phase-3

MATLAB solver execution for multi-path modeling is automated by generating, executing, and validating phase-3 solver code within a structured workflow. It requires running solver.m through a PowerShell wrapper to process independent sub-questions and produce results.

Structuring MATLAB code for independent sub-questions requires organizing inputs into a model_description.md file and implementing logic in solver.m. This multi-path modeling approach separates Q1 and Q2 execution paths while maintaining a unified phase-3 workflow.

Yes, MATLAB R2024a is required to execute phase-3 modeling workflows. The solver code runs through a PowerShell wrapper that depends on this specific MATLAB version to generate, execute, and validate multi-path modeling results.

Validating results and generating figures from a MATLAB solver script is handled automatically during phase-3 execution. The workflow executes solver.m, validates the output, and produces visualizations for the independent sub-questions Q1 and Q2.

Phase-3 multi-path modeling requires frontmatter metadata and input contracts before execution. You must provide a structured workflow directory containing model_description.md and solver.m, along with documentation in SKILL.md to define the modeling parameters.

Yes, phase-3 solver results integrate seamlessly with downstream phases in the math-modeling-pipeline. The workflow generates validated outputs and figures from the MATLAB solver execution that feed into subsequent modeling and analysis stages.