Marvelous Designer MCP
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TDQS
Scored across 42 tools
Several tools have overlapping purposes: save_project/export_project both save ZPRJ files with explicit paths, and list_patterns/get_pattern_info/get_pattern_points/get_pattern_topology all expose pattern geometry reads. The descriptions try to differentiate but the boundaries are subtle, which will cause misselection.
Names are consistently snake_case and mostly verb_noun, but read operations mix list/get/inspect/info (list_patterns, get_pattern_info, inspect_sewing, pattern_arrangement) and a few are bare nouns (ping, md_api, fabric_material). This is readable but not fully predictable.
42 tools is well into the 'too many' range for a single application server; many are highly specialized (pattern_arrangement, fabric_material, get_simulation_metrics) and several overlap. The set could be consolidated to ~20-25 tools without losing capability.
The surface covers the core domain well: pattern CRUD (create/read/move/delete), sewing create/read, fabric assignment, simulation, project import/export/checkpoint, plus docs and Python execution. Minor gaps exist (no sewing update/delete, no pattern update beyond point moves) but agents can work around them.