mcm-c-modeler

Audit data, model baseline and enhanced scenarios, and quantify uncertainty for COMAP MCM Problem C.

1|1|Updated Jan 29, 2026
One-click install
npx skills add https://github.com/twj0/2026mcm --skill mcm-c-modeler
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: mcm-c-modeler
Source: https://github.com/twj0/2026mcm/tree/main/.windsurf/skills/mcm-c-modeler
Command: npx skills add https://github.com/twj0/2026mcm --skill mcm-c-modeler

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill provides a structured framework to interpret COMAP MCM/ICM Problem C by translating the prompt into a modular data-analytic workflow: problem decomposition, data auditing, and principled modeling with uncertainty and robustness assessment.

Core Features & Use Cases

  • Data audit and inventory extraction: identify available data, missingness, and data quality issues; list attachments and time ranges; understand data dictionaries.
  • Modular modeling plan: split the task into 2-4 deliverable models with clear inputs/outputs and evaluation criteria.
  • Baseline and improved modeling with uncertainty: propose an interpretable baseline and enhanced models with uncertainty intervals and robustness checks for decision support.
  • Documentation-driven reproducibility: maintain a traceable pipeline and produce auditable outputs for reporting.
  • Use Case: apply to a COMAP MCM C problem by confirming data sufficiency, selecting feasible external data, and producing validated risk/uncertainty results.

Quick Start

Run the full modeling workflow on the provided data to generate a baseline and an improved, explainable model with uncertainty analysis.

Frequently Asked Questions about mcm-c-modeler

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I structure statistical modeling with uncertainty for COMAP MCM Problem C?

Structure MCM C statistical modeling by decomposing the problem, auditing data, and building modular pipelines that output baseline versus enhanced models with robustness checks and uncertainty intervals.

What is the best way to quantify data uncertainty and robustness in MCM C data analysis?

Quantify data uncertainty and robustness by applying principled modeling pipelines that generate uncertainty intervals and perform robustness evaluation for auditable, explainable decision support outputs.

How do I audit data inventory and missingness before modeling for MCM C?

Audit data inventory by identifying available datasets, extracting missingness patterns, listing time ranges, and understanding data dictionaries to confirm data sufficiency before modeling.

Can I use this framework to generate interpretable baseline and improved models for COMAP?

Yes, you can generate interpretable baseline and improved models by splitting the task into modular deliverables with clear inputs, outputs, and evaluation criteria for reproducible reporting.

Why does MCM C modeling require documentation-driven reproducibility and explainability?

MCM C modeling requires documentation-driven reproducibility to maintain traceable pipelines, validate risk results, and produce auditable outputs with explainability for robust decision support.

Do I need external data to perform robustness evaluation for MCM C statistical modeling?

Selecting feasible external data is supported when confirming data sufficiency, allowing you to perform robustness evaluation and generate validated risk and uncertainty results for MCM C.