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Woodfine Projects

The buildings-and-places record for Woodfine Capital Projects Inc.: six development classes, the design system behind them, and the site-selection method built on established retail anchors. Articles span regional markets across North America and Europe, the planned development program, and the maps and data behind the analysis.

Woodfine Capital Projects

Site Selection

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93a70bd9 · Woodfine Capital Projects Inc. ·

fix(site-selection): register rewrite — route GIS/engineering spec (EPSG/H3/DBSCAN/haversine/IoU formulas) to gis.woodfinegroup.com by consequence-plus-pointer, remove correction/provenance internal-note leaks, rename od-catchment-methodology to distance-band methodology to fix its self-contradicting title (Fable/Opus cross-model synthesis, operator-directed)

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@@ -57,7 +57,7 @@ Site Selection covers the method behind "near Power Centres" — the discipline 

## Scoring and Clustering

[[co-location-cluster-formation|Cluster Formation]] and [[cluster-deduplication-threshold|the Deduplication Threshold]] describe how a qualifying anchor becomes a candidate cluster and how overlapping candidates are resolved. [[co-location-ranking-system|The Ranking System]], [[co-location-tiering-scoring|Tiering and Scoring]], and [[catchment-ranking-methodology-v3|the V3 Catchment Ranking Methodology]] set out the deterministic scoring algorithm and its current binary-predicate tier engine. [[geographic-co-location-methodology|Geographic Co-Location Methodology]] covers the continental-scale cluster framework behind the method. [[od-catchment-methodology|O-D Catchment Methodology]] and [[trade-area-methodology|Trade-Area Methodology]] define the primary and secondary trade areas — and the honest limits of straight-line catchment measurement — that scoring runs against.
[[co-location-cluster-formation|Cluster Formation]] and [[cluster-deduplication-threshold|the Deduplication Threshold]] describe how a qualifying anchor becomes a candidate cluster and how overlapping candidates are resolved. [[co-location-ranking-system|The Ranking System]], [[co-location-tiering-scoring|Tiering and Scoring]], and [[catchment-ranking-methodology-v3|the V3 Catchment Ranking Methodology]] set out the deterministic scoring algorithm and its current binary-predicate tier engine. [[geographic-co-location-methodology|Geographic Co-Location Methodology]] covers the continental-scale cluster framework behind the method. [[od-catchment-methodology|Distance-Band Methodology]] and [[trade-area-methodology|Trade-Area Methodology]] define the primary and secondary trade areas — and the honest limits of straight-line distance-band measurement — that scoring runs against.

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- [[co-location-cluster-formation]] — The pipeline step that converts each qualifying anchor store into a candidate co-location cluster; overlapping candidates from a single trade area are resolved by deduplication before ranking inputs are aggregated.
@@ -66,7 +66,7 @@ Site Selection covers the method behind "near Power Centres" — the discipline 
- [[co-location-tiering-scoring]] — Tier scoring for co-location clusters — what the T1–T3 composition tiers measure, the DBSCAN parameters that form clusters, and what the tiers do not claim.
- [[catchment-ranking-methodology-v3]] — The V3 tier-assignment methodology assigns each co-location cluster to one of four tiers using binary predicate gates — composition, national catchment rank, civic classification, and spatial overlap — replacing the prior composite-score system (May 2026).
- [[geographic-co-location-methodology]] — Five-degree cluster system scoring retail node proximity from Primary, Secondary, and Tertiary target co-occurrence to rank development sites by anchor strength.
- [[od-catchment-methodology]] — Trade areas for each co-location cluster are defined using crow-flies H3 hexagonal distance rings: a 35 km primary zone and a 35–150 km secondary zone, both computed from WorldPop 2026 population data.
- [[od-catchment-methodology]] — Each co-location cluster is assigned two straight-line distance bands — a primary zone within 35 km and a secondary zone from 35 km to 150 km — that determine the population and spend attributed to it.
- [[trade-area-methodology]] — Honest labelling of demand geography — why straight-line distance bands are never called catchments, and the planned move to isochrones and observed origins.
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