Residential services house

Residential services house is an M6 showcase built from real Harth library objects: 21 parameterised instances of 19 distinct objects, with 2 authored joints recorded between their connectors. The background is authored geometry — a 14 × 10 m inspection floor with context massing, a north point and a 1.7 m scale figure — so every services item in the scene is a live, editable library instance rather than fixed mesh.

Open it and the services objects keep their parameters and connector metadata, so the agent can inspect, check and correct them. 58 connectors are deliberately left open.

Original reference-informed architectural template; no survey, scaleVerified=false.

Metres; local +X right, +Y up, +Z rear; ground FFL=0.

Furniture, structure and engineering details inferred; not construction or code-compliance documentation.

North is local -Z. No real address is supplied by this category brief; site, terrain and sun orientation are design assumptions.

Published plans/photos informed typology, not dimensions. Google 3D Maps was not imported: this archetype has no identified site to register map data against.

140 m² gross enclosing rectangle includes the single 3.4 × 6.0 m garage; wall thickness is included.

Real library geometry and parameters are retained. GLB and IFC are static inspection mirrors; use the placement package to create editable Harth library instances.

No routing solver or persisted connection graph is claimed. The documented port pairs are authored joints, and every unused port is listed.

Nominal design geometry; no engineering rating, code compliance, horticultural suitability or cadastral accuracy is claimed.

Try these prompts with the agent:

Inspect the heat pump and cylinder ports and propose a hydronic flow/return arrangement; this equipment layout has no complete circuit.

Check access around the cylinder, manifold and electrical panel and report any geometric obstruction.

Inspect the MVHR, split system and extract fan and list their distinct air and refrigerant systems.

Inspect the PV, inverter and EV charger. Explain why proximity and containment do not prove electrical connectivity.