Free 2D nesting: sheets needed, scrap and part layout for rectangular parts on sheets.
Scored across 1 tool
There is only one tool, so there is no possibility of mistaking it for another. Its purpose (2D rectangular nesting calculation) is stated explicitly and unambiguously.
The single name `calculate_nesting` follows a clear verb_noun snake_case convention. With only one tool there are no cross-tool inconsistencies to introduce.
A single tool is thin for a nesting service; the tool description itself notes constraints like needing the whole job in one call, hinting at unexposed operations. It is defensible as a focused calculator, but leaves no room for complementary operations such as validation, job retrieval, or export.
The tool covers the core computation end-to-end: sheet count, scrap percentage, offcut, per-part placement, and a link to continue in MOACUT. Minor gaps exist (no kerf/material/cost parameters, no way to re-fetch a job or export results programmatically), but the primary workflow has no dead end.
Lay out rectangular parts on rectangular sheets and return how many sheets are needed, the scrap percentage, the largest reusable offcut, each part's position on each sheet, and a link that opens the job in MOACUT. Sizes in millimetres. Free limit: 10 part types and 30 pieces in total. Sheet counts are correct only for the whole job in one call.
Inputs: parts (required), sheetWidth (required), sheetHeight (required), kerf, +3 more.
Recent tool additions, removals, and schema changes observed during successful MCP inspections.
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