Bhārata Strata · Maharashtra · Nashik · morphological twins
Places like cell 4870000660
The MH-36 locality cells most similar to this Nashik cell across terrain, built form, land cover, climate dynamics and connectivity — ranked by a GUM-confidence-weighted (R24) distance, with the temporal block down-weighted. Each twin is a real cell with its own witnessed dossier.
Twins found
18
across 1 distinct districts
Index confidence
0.91
GUM mean confidence of the anchor (R24)
Dimensions compared
43
morphology-v2 feature dimensions
Closest twin distance
0.19
lower = more alike (weighted)
The twins, closest first
#1 · Nashikcell 4870000745
distance 0.19
#2 · Nashikcell 4870000582
distance 0.204
#3 · Nashikcell 4870000457
distance 0.212
#4 · Nashikcell 4870001176
distance 0.227
#5 · Nashikcell 4870001805
distance 0.234
#6 · Nashikcell 4870000524
distance 0.234
#7 · Nashikcell 4870000988
distance 0.245
#8 · Nashikcell 4870000398
distance 0.249
#9 · Nashikcell 4870003348
distance 0.25
#10 · Nashikcell 4870001804
distance 0.25
#11 · Nashikcell 4870000460
distance 0.251
#12 · Nashikcell 4870000899
distance 0.256
#13 · Nashikcell 4870000746
distance 0.257
#14 · Nashikcell 4870000455
distance 0.26
#15 · Nashikcell 4870001443
distance 0.271
#16 · Nashikcell 4870000401
distance 0.272
#17 · Nashikcell 4870000346
distance 0.273
#18 · Nashikcell 4870001911
distance 0.28
witness: find_twins — morphology-twin-index-v2 (R24, GUM-confidence-weighted, magnitude-aware, temporal block down-weighted). Distance is the weighted feature distance; lower is more alike. Cross-district twins are the discriminative signal.
Re-witness these twins
curl -s https://api.gridrock.ai/mcp -H 'Content-Type: application/json' \
-H 'Accept: application/json, text/event-stream' \
-d '{"jsonrpc":"2.0","id":1,"method":"tools/call","params":{"name":"find_twins",
"arguments":{"admin_code":487,"cluster_id":4870000660}}}'Scope: the live MH-36 cube. Twins are computed from the sha-verified morphology-v2 vector; the engine supplies no goodness/suitability ranking — only morphological similarity.