ifc-tools-vn
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Alternatives to ifc-tools-vn
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Related Servers
- AlicenseAqualityBmaintenanceAn MCP server that lets users query, validate, convert, and compare IFC/BIM files using natural language. Runs fully locally and integrates with AI agents like Claude.8MIT
- AlicenseAqualityCmaintenanceMCP server that lets Claude manage an ISO 19650 / TCVN 14177 Common Data Environment on Autodesk Construction Cloud — projects, CDE folder trees, permissions, files, document status and naming compliance.451MIT
- AlicenseBqualityCmaintenanceEnables Claude and other MCP clients to query an open Autodesk Revit model through pyRevit 7 — counting doors and rooms, taking off wall, slab and structural quantities, detecting missing parameters, and exporting results to Excel. It runs only a fixed set of pre-written scripts (no arbitrary AI-generated code), with 10 of 11 tools strictly read-only.114MIT
- AlicenseNot gradedqualityDmaintenanceAI-powered BIM tool that connects Claude to a Revit file conversion and BIM query service, enabling users to convert .rvt files to XKT, IFC, and DWG, and explore building elements through natural language.1MIT
- AlicenseAqualityBmaintenanceEnables natural-language validation of IFC models against Türkiye's building-permit BIM regulation, including compliance checks, EK-9 form generation, and queries about required classes and properties.620 PyPI3MIT
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TDQS
Scored across 5 tools
Each tool targets a distinct scope: a full pipeline, three individual checks (IDS/LOD/QTO), and an aggregation step that reads prior results without an IFC file. The only overlap is that kiem_tra_toan_dien subsumes the three individual check tools, which could cause an agent to pick the wrong granularity, but the descriptions make the run-all vs. run-one distinction reasonably clear.
All five names follow the same snake_case Vietnamese verb_noun pattern (kiem_tra_*, boc_khoi_luong, tong_hop_audit) with no mixing of casing or verb styles. The pattern is predictable and readable across the whole set.
Five tools map cleanly onto a BIM audit workflow: three checks, one orchestrator, one report aggregator. Nothing feels redundant or missing at the count level, and the scope is comfortably within a well-scoped set.
The surface covers the full audit lifecycle: IDS compliance, LOD, QTO, an end-to-end pipeline, and result aggregation. Minor gaps exist: no element-level drill-down or inspection tool, no clash detection/coordination check, and no way to list prior audit runs or available projects/stages.