.

pipeline/transform/postcode_boundaries/process_oa.py

@@ -11,7 +11,7 @@ from .voronoi import compute_voronoi_regions
 MIN_GEOM_AREA = 0.01
 
 # Minimal footprint (BNG metres) for a postcode whose UPRN seed wins no area in a
-# crowded multi-postcode OA — its Voronoi cell ∩ remaining collapses below
+# crowded multi-postcode OA: its Voronoi cell ∩ remaining collapses below
 # MIN_GEOM_AREA, or its seed sits inside an INSPIRE parcel wholly claimed by a
 # co-located postcode. Every *active* postcode must keep a boundary
 # (validate_outputs is zero-tolerance), so it gets a small disc at its true seed
@@ -77,7 +77,7 @@ def process_oa(
             fragments.append((pc, merged))
 
     # Every postcode with a UPRN seed in this OA must keep at least a minimal
-    # footprint — in a dense OA (a block of flats with hundreds of distinct
+    # footprint: in a dense OA (a block of flats with hundreds of distinct
     # postcodes) a single-seed postcode's cell can collapse below MIN_GEOM_AREA or
     # be fully absorbed by a co-located postcode's INSPIRE parcel, producing no
     # fragment, and an active postcode must never be dropped.
@@ -142,7 +142,7 @@ def _claim_inspire_parcels(
     # UPRNs from a single postcode goes wholly to that postcode. A parcel shared
     # by several postcodes (a block of flats spanning postcodes, or overlapping
     # parcel data) is split between them via a sub-Voronoi over their own UPRNs
-    # clipped to the parcel — so EVERY contained postcode keeps part of the
+    # clipped to the parcel, so EVERY contained postcode keeps part of the
     # parcel. A bare majority vote would hand the whole parcel to one winner and
     # leave the losers' UPRNs trapped inside claimed land, dropping them from
     # both this claim and the `remaining` polygon handed to Voronoi downstream.
@@ -312,7 +312,7 @@ def _extract_polygonal(geom) -> Polygon | MultiPolygon | None:
             return polys[0]
         # Union (not bare MultiPolygon construction): make_valid can emit
         # overlapping polygonal parts, and a MultiPolygon of overlapping parts is
-        # invalid — it double-counts area and makes the next `.difference()` raise
+        # invalid: it double-counts area and makes the next `.difference()` raise
         # a TopologyException that aborts the OA (and, in parallel mode, the
         # worker). safe_union merges them into a valid geometry.
         merged = safe_union(polys)