Area Program Calculator

Area Program Calculator MCP Connector for Claude

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Calculates minimum required total area for any project based on room functions and structural complexity.

3 tools Official Updated Jun 28, 2026 Official Vinkius Partner

Building a new structure requires more than just listing rooms. The biggest challenge is calculating the true minimum total programmatic area (TPA). Architects and developers often underestimate overhead, leading to costly redesigns or zoning violations.

The Area Program Calculator solves this by providing a precise estimate of required square footage. It works in three distinct stages: first, it uses get_base_area_by_function to establish the core usable area for each room based on its primary activity (e.g., sleeping, hygiene). Second, it applies structural overhead using adjust_area_for_structure, which calculates the necessary extra space for MEP systems and circulation hallways based on complexity (simple, medium, or high). Finally, it aggregates everything with calculate_programmatic_needs to return a single, reliable total programmatic area estimate. This process ensures your initial planning budget is accurate from day one.

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3 tools expose this connector's capabilities to your AI agent.

adjust_area_for_structure

Adjust a base area for structural complexity overhead

get_base_area_by_function

Get minimum usable area for an environment by its function type

calculate_programmatic_needs

Calculate total programmatic area for all environments in a building program

See how to talk to your AI agent using Area Program Calculator.

I need a plan for a small family home. It has 1 bedroom, 2 bathrooms, and a kitchenette. Use medium complexity.

The total estimated area is X sq meters. This was calculated by first finding the base areas using `get_base_area_by_function` for all components, then applying the 1.25 multiplier via `adjust_area_for_structure`, and finally summing it up with `calculate_programmatic_needs`.

Calculate the base area needed for a high-tech study room (StudyArea) that supports working functions. Use simple complexity first.

The minimum usable area is Y sq meters, as determined by `get_base_area_by_function`. If we apply the structural adjustment now using `adjust_area_for_structure` with 'simple', the total becomes Z sq meters.

Final check: Give me the total programmatic needs for 3 bedrooms, 2 bathrooms, and 1 livingroom, assuming high complexity.

The final required area is A sq meters. This result was derived by running all components through `calculate_programmatic_needs` with the 'high' structural standard applied consistently across the entire program.

The initial minimum usable space is found using `get_base_area_by_function`. The final, total required size includes structural overhead (hallways, utilities), which is calculated by the `adjust_area_for_structure` tool. Always use both for an accurate total.

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