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Diana Park — site photograph
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Ravine / Naturalized Parkcluster ·Walkable Mid-Rise Neighbourhood Parks (large-scale)Downsview-Roding-CFB (26)confidence moderatereal Toronto data

Diana Park

Ravine / Naturalized Park, above average overall (score 41, rank ~78th percentile). Strongest: amenity diversity; weakest: edge activation.

Photo by Sedat Gümüş via Google Places · cached 5/9/2026

Diana Park scores 40.8 / 100. Strongest dimensions: natural comfort and enclosure / eyes on park. Weakest: edge activation (0). Border-vacuum risk is low. This score is a transparent reading of Jane Jacobs-style vitality factors — not a definitive judgment.

Best for:escape into nature

Area · 0.55 ha

Vitality Score
41/100

Weighted across six dimensions · confidence 68%

Data Confidence
40.8 / 100
Citywide
78th
of all 3,273 parks
Among Ravine / Naturalized Park
82nd
same primary typology
Expected for similar parks
32
median in small Ravine / Naturalized Park ravine (n=200)
Performance gap
+8
raw − expected · context confidence high
modest overperformer

Scores are not bell-curved. Percentiles and expected scores provide context without changing the underlying model.

Street context

Park polygon highlighted on the citywide map. Connectivity, transit, and edge conditions read at a glance.

Top-down view

cached 5/9/2026

City of Toronto orthophoto, ~8 cm/px. Reads the park’s footprint, paths, treed area, and edge conditions from above.

Diana Park — aerial / top-down view

City of Toronto Orthophoto · cot_ortho most-current MapServer

Explain this score

Where did the 41 come from? Each weighted contribution against a neutral 50 baseline. Green = pushed up; red = pulled down.

Download JSON
What pushed this score up or down vs a neutral 50weight × score
Edge Activation0 · p21
-12.5
Amenity Diversity20 · p85
-6.0
Border Vacuum Risk0 (risk)
+5.0
Natural Comfort64 · p78
+2.1
Connectivity56 · p66
+1.2
Enclosure / Eyes on Park60 · p35
+1.0

Sum of contributions = the headline score. A negative bar means that dimension dragged the park below the city-wide neutral baseline.

Why this park works

Diana Park works because its amenity diversity score (20) is in the top tier and its natural comfort (64) is also top quartile.

What limits this park

Diana Park is held back by edge activation (0, bottom quartile)— the surrounding streets carry too few active uses to spill into the park.

Most distinctive characteristic

Most distinctive feature: exceptionally high amenity diversity (20, top quartile).

Jacobs reading

Diana Park is an ecological retreat. The urban-vitality numbers are low because the park exists outside the everyday city — that's the point of it.

Tradeoffs

  • The park is enclosed by buildings (60) but the surrounding streets are quiet (edge activation 0) — frame without animation.

Performance in context

  • A modest overperformer for its ravine / naturalized park typology (+8 vs the median in small Ravine / Naturalized Park ravine).

Typology classification

confidence 75%
Ravine / Naturalized Park

Classified as Ravine / Naturalized Park: 80% ravine overlap, 0% canopy

Edge Activation

25% weightpartial 60%
0.0 / 100

Within 100 m of the park edge: 0 active uses (none) and 0 dead/hostile uses (none). Active edges keep "eyes on the park" through the day; parking lots, blank institutional walls, rail and highway frontages drain street life.

Source: OSM POIs (amenity/shop) + Toronto Building Footprints + land use

Connectivity

20% weightmeasured 85%
55.8 / 100

Connectivity blends paths, intersections, transit, entrances, and edge density. This park has 4 mapped paths/walkways and 9 sidewalk segments within 50 m; 5 street intersections within 100 m; 12 transit stops within a 400 m walk; 2 estimated access points across ~479 m of perimeter. edge density is healthy — no superblock penalty. Source coverage: centreline, pedestrian_network, transit_osm.

Streets within 25 m5
Intersections within 100 m5
Paths/walkways (50 m)4
Sidewalk segments (50 m)9
Transit stops (400 m)12
Estimated entrances2
Edge connections / 100 m perimeter1.04
Park perimeter479 m

Source: Toronto Centreline V2 + Pedestrian Network + OSM transit stops

Amenity Diversity

20% weightmeasured 75%
19.9 / 100

2 distinct amenity types in the park (fitness, playground). Diversity, not raw count, drives the score so a park with many distinct activity types can outrank a larger park that repeats the same use.

Source: Toronto Parks & Recreation Facilities + OSM amenity tags

Natural Comfort

15% weightpartial 45%
64.2 / 100

Natural-comfort components for this park: ~11.9% effective canopy (0.0% from contiguous tree polygons + scattered tree density); 79.5% inside the ravine system; nearest waterbody ~99 m; 17 city-mapped trees inside the polygon (17.0/ha). Reading: ravine-cooled. Source coverage: ravine, waterbodies, street_trees. Impervious surface is approximated (Toronto's authoritative layer ships only as a raster GeoTIFF).

Canopy coverage0.0%
Canopy area0.00 ha
Inside ravine system79.5%
Water surface inside park0.0%
Nearest water (if outside park)99 m
Estimated green100.0%
City-mapped trees inside polygon17
Tree density17.0 / ha
Cover diversity (Shannon, 0–100)73.2
Sample points used39

Source: Toronto Treed Area + Ravine + Waterbodies + Street Tree Inventory

Enclosure / Eyes on Park

10% weightmeasured 80%
60.1 / 100

72 buildings within 25 m of the park edge (0 mid-rise, 72 low-rise, 0 tower); avg edge height 4.5 m (~2 floors); 15.0 buildings per 100 m of 479 m perimeter — strong frontage density; edges are barely there or single-storey; no towers immediately adjacent. "Eyes on the park" come strongest from the 0 mid-rise edge buildings.

Buildings within 25 m72
Buildings within 50 m72
Avg edge height4.5 m (~2 floors)
Tallest edge building7.5 m
Mid-rise (3–7 floors)0
Low-rise (< 3 floors)72
Towers (≥ 13 floors)0
Frontage density15.03 per 100 m perimeter
Mid-rise share of edge0%
Tower share of edge0%
Blank-edge share (proxy)0%
Park perimeter479 m

Source: Toronto 3D Massing (building footprints + heights)

Border Vacuum Risk

10% weightpartial 60%
0.0 risk

Park edges face the city — no significant border vacuum detected.

Source: Toronto Street Centreline (highways) + rail layer + OSM landuse + building footprints

Equity Context

contextinferred 15%
50.0 / 100

Equity Context requires inputs not yet loaded for this park (Toronto Neighbourhood Profiles). Score is held at a neutral 50 with low confidence — read with caution.

Source: Toronto Neighbourhood Profiles

Amenities (2 types · 2 records)

  • fitness
  • playground

Nearby active-edge features (2)

  • parking lot172 m
  • parking lot173 m

Park profile

Five-axis radar across the structural dimensions.

Edge ActivationConnectivityAmenity DiversityNatural ComfortEnclosureDiana Park

Citywide percentile ranks

Across all Toronto parks in the dataset.

  • Overall vitality
    78th
  • Edge activation
    21th
  • Connectivity
    66th
  • Amenity diversity
    85th
  • Natural comfort
    78th
  • Enclosure
    35th

Most similar parks

Closest in metric space across the five structural dimensions.

Most opposite parks

Furthest in metric space — useful for recognising what kind of park this isn’t.

Visitor signals

Public attention measured by Google Places aggregates. This proxies attention, not occupancy. Aggregate-only — no usernames, no review text, no extra photos beyond the cached hero.

high-confidence match
Visitor signal score
32/ 100
32.4 / 100

p22 citywide · p28 within Ravine / Naturalized Park

Volume (saturated)4
Density / ha28
Rating contribution75
Match dampener×1.00
Average rating
★ 4.0
out of 5
Ratings collected
21
total reviews
Photos uploaded
10
total contributors

Source: Google Places API · match high (0.97 composite confidence) · last refreshed 5/9/2026. Privacy contract. Measures public attention, not occupancy.

Human activity signals

Programming, social attention, temporal rhythm, and nearby pedestrian / cycling flow. An experimental aggregate layer that complements the spatial scores — partial coverage, partial confidence.

confidence 65%
Overall activity
10/ 100
9.6 / 100
Programming / events
0unknown
Social attention
12real
Temporal rhythm
13real
Pedestrian / cycling flow
15real
Cultural significance
24unknown

Activity reading: pedestrian intensity 7.7/100; cycling/trail 12.9/100. The strongest signal is observed pedestrian/cycling activity. Source coverage: counters, google-places.

Does this score feel accurate?

Your read of Diana Parkmatters. We’re testing whether the model lines up with how people actually use the park. Submissions are stored locally; no account needed.

Tell us how this park feels

We measure structure (canopy, edges, connectivity). You measure feeling. Both matter — and disagreement is itself useful civic data.

Rate this park on as many dimensions as you have an opinion about. 1 = not at all · 5 = strongly. Skip the ones you don't feel sure about. Aggregated only — no comments stored at the row level.

feels socially active
feels comfortable
feels safe
feels connected
feels welcoming
feels ecological / natural
feels good for lingering
feels family-friendly
feels culturally important

What would improve this park?

Generated from the weakest measured dimensions — a starting point, not a prescription.

  • Activate the edges: encourage cafés, retail or community uses on the streets that face the park; replace blank or parking-lot edges where possible.
  • Diversify what people can do in the park — playground, washroom, water, shade, performance, sport, garden — even small additions raise this score.

Data sources

  • City of Toronto Open Data — Parks (Green Space)
    Polygon boundaries, official names, types.
  • Parks & Recreation Facilities
    Inventory of in-park amenities (washrooms, fields, rinks…).
  • Toronto Pedestrian Network
    Sidewalk segments around and through parks; estimated park entrances.
  • Toronto Centreline V2
    Street segments + intersection nodes near park edges; trails and walkways.
  • Toronto 3D Massing
    Building footprints + heights for edge-building counts, frontage density, and tower-in-the-park risk.
  • Toronto Treed Area
    Tree canopy share inside park polygons via stratified-grid sampling.
  • Toronto Waterbodies & Rivers
    Water surface inside parks + nearest-water distance for cooling.
  • Ravine & Natural Feature Protection
    Ravine overlap as a cooling / natural-comfort signal.
  • Toronto Street Tree Inventory
    Tree count + density inside park polygons.
  • Neighbourhood Profiles
    (Pending) Equity context proxy.
  • OpenStreetMap (Overpass API)
    Cafés, restaurants, retail, transit stops, parking, highways, rail.