THE CHALLENGE
Closing the gap between climate and geometry
Historical climate evidence often sits apart from the geometry designers actually use. SiteMorph connects the two inside Forma: the selected Site Limit is the analysis boundary, FortyGuard supplies thermal history, and Forma remains responsible for native geometry and design-scale analysis.
ENGINEERING
From climate constraints to a native proposal
Climate DNA combines source-labelled temperature, heat persistence, threshold exceedance, peak timing, native provider cells, and environmental imagery. Cache-first orchestration preserves activity IDs and resumes interrupted work. An uncached full run needs explicit confirmation and usable satellite source or segmentation imagery.
The design engine is deterministic, with no runtime LLM dependency. A person can generate one requirements-driven building or preview compact-yield, balanced-neighborhood, and heat-resilient subdivision strategies. FortyGuard-adjusted climate resilience contributes half of the exposed subdivision ranking.
Only the selected subdivision is materialized. SiteMorph creates separate native Forma dwelling floor stacks, samples terrain, verifies placement and footprint containment, and rolls back failed delivery. Native Sun and optional Rapid Wind results inform validation; unreadable grids remain an explicit partial result rather than invented metrics.
Keep coarse evidence coarse
Uniform provider cells produce low spatial confidence and site-wide constraints—not a fabricated cool side of the parcel.
Bound paid work and recover safely
Persisted activity IDs, cache reuse, credit controls, and resumable polling prevent repeated paid analyses for the same completed site.
Deliver inside the host application
The result is native Forma geometry, not an unrelated 3D viewer. Reports retain inputs, evidence IDs, formulas, assumptions, selected geometry, and validation status.