ProjectBURKE ENERGY & DATA CAMPUS · EYE-LEVEL VIEWS
SheetFOS216-BEDC-004 · REV. A
ScaleTRUE PERSPECTIVE
Date2026-09-11
EYE LEVEL Six true-perspective views · 5 ft 6 in · same U-V frame as the drawing set

Six views
at eye level,
projected not drawn

Every view on this sheet is a real pinhole projection of the BEDC-002 geometry — 36 × 24 mm sensor, stated focal length, camera at 5 ft 6 in, verticals vertical, no tilt and no artistic license. Nothing is sketched. The horizon line in each frame is the true horizon for that eye height, and every mass sits where the plan puts it.

6
Stations, all at 5 ft 6 in
4
Lenses the projection corrected
2
Cameras that plotted off the parcel
0
Degrees of vertical tilt, anywhere

What this sheet is for

An image model given only a plan and a massing axonometric has to guess the eye-level composition, and it guesses badly — it compresses spacing, it exaggerates height, it puts the horizon in the wrong place. These six views are the missing reference: attach the one matching the shot, and the generator is being shown the frame rather than asked to infer it. They are geometry, not renderings — no materials, no light, no weather. That is deliberate.

The FixOurStreets216 Project
Civic Innovation · Municipal Consulting · Digital Design · Cleveland, OH
ProjectBURKE ENERGY & DATA CAMPUS · EYE-LEVEL VIEWS
SheetFOS216-BEDC-004 / 01 · REV. A
ScaleTRUE PERSPECTIVE
Date2026-09-11
01 Method & corrections

A real camera, and what it caught

Each view is built by transforming the world geometry into camera space, projecting through a pinhole at the stated focal length, clipping to the near plane and painting faces far to near with back-face culling. The image plane is 3:2. Nothing is adjusted after projection, which is why the framing is sometimes awkward — that is what the camera sees.

StationSP-8 / BEDC-003 saidProjection saysWhy
1 · Greenway60 mm, V = 98035 mm, V = 795At 60 mm halls 1 and 2 are outside the frame. V = 980 is 125 ft offshore.
2 · North elevation35 mm, eye 12 ft24 mm, eye 5.5 ft35 mm cuts hall 1. Eye dropped to a standing person.
3 · Spine road28 mm, V = 15028 mm, V = 207Lens right; camera was 12 ft outside the property line.
4 · Gate approach40 mm28 mm40 mm clips the switchyard and block 1.
5 · Energy block50 mm at 1,334 ft35 mm at 2,700 ft2,250 ft of frontage will not fit from 1,334 ft at any sane lens.
6 · City side24 mm at 400 ft24 mm at 5.5 ftA tower is not ground level. Moved to the airfield.

The point of doing it this way

Four of six prompts named a lens that could not hold the subject, and two put the camera somewhere a person cannot stand. None of that is visible from a plan or an axonometric — it only appears when you actually project the geometry through a camera. BEDC-003 Rev. B carries the corrections.

ProjectBURKE ENERGY & DATA CAMPUS · EYE-LEVEL VIEWS
SheetFOS216-BEDC-004 / GL-1 · REV. A
ScaleTRUE PERSPECTIVE
Date2026-09-11
GL-1 On the greenway trail, east down the compute row

On the greenway trail, east down the compute row

All four halls fit the frame at 35 mm and read as four separated masses with sky between them. The 550-ft pitch does its job from the one vantage the public will actually use.

HORIZON · EYE 5 FT 6 INHALL 1 · 120 FT12-FT TRAILHALL 4, 3,000 FT OFFSTATION 1 · ON THE GREENWAY TRAIL, EAST DOWN THE COMPUTE ROW35 MM · EYE 5 FT 6 IN · 100% FRAME
GL-1 · true perspective · 36 x 24 mm sensor · camera level, verticals vertical · no materials, no light
Camera lat / lon
41.520166, −81.684720
Heading
060° true
Lens
35 mm
Horizontal FOV
54°
Eye height
5 ft 6 in
To subject
2,252 ft

PNG → FOS216-BEDC-004_GL-1_Greenway_East_RevA.png  ·  2400 x 1601

What the projection found

The prompt said 60 mm. At 60 mm halls 1 and 2 fall outside the frame entirely — the prompt described four buildings the camera could not see. It also placed this camera at V = 980, which plots 125 ft north of the shoreline, out in the water. Corrected to the trail at V = 795.

ProjectBURKE ENERGY & DATA CAMPUS · EYE-LEVEL VIEWS
SheetFOS216-BEDC-004 / GL-2 · REV. A
ScaleTRUE PERSPECTIVE
Date2026-09-11
GL-2 From the water, the full north elevation

From the water, the full north elevation

The wall question, answered from the water. Four masses, three gaps, horizon visible through every one. This is the frame that decides whether the massing holds.

HORIZON · EYE 5 FT 6 IN120 FTARMOR STONE REVETMENT320-FT GAP320-FT GAPSTATION 2 · FROM THE WATER, THE FULL NORTH ELEVATION24 MM · EYE 5 FT 6 IN · 100% FRAME
GL-2 · true perspective · 36 x 24 mm sensor · camera level, verticals vertical · no materials, no light
Camera lat / lon
41.525864, −81.683667
Heading
131° true
Lens
24 mm
Horizontal FOV
74°
Eye height
5 ft 6 in
To subject
1,772 ft

PNG → FOS216-BEDC-004_GL-2_North_Elevation_From_Water_RevA.png  ·  2400 x 1601

What the projection found

The prompt said 35 mm. From 1,772 ft off, 35 mm cuts hall 1 out of frame. 24 mm holds all four with margin. Eye height dropped from 12 ft to 5.5 ft — a standing person in a small boat, not a flybridge.

ProjectBURKE ENERGY & DATA CAMPUS · EYE-LEVEL VIEWS
SheetFOS216-BEDC-004 / GL-3 · REV. A
ScaleTRUE PERSPECTIVE
Date2026-09-11
GL-3 On the spine road at hall 2, service side

On the spine road at hall 2, service side

The 120-ft wall at close range, flanked by the two CDU blocks, with the loading dock between. Industrial, unglamorous, correctly proportioned — the shot that keeps the set honest.

HORIZON · EYE 5 FT 6 IN120 FTCDU PLANT 235 x 160LOADING DOCKSTATION 3 · ON THE SPINE ROAD AT HALL 2, SERVICE SIDE28 MM · EYE 5 FT 6 IN · 100% FRAME
GL-3 · true perspective · 36 x 24 mm sensor · camera level, verticals vertical · no materials, no light
Camera lat / lon
41.520628, −81.679698
Heading
013° true
Lens
28 mm
Horizontal FOV
65°
Eye height
5 ft 6 in
To subject
561 ft

PNG → FOS216-BEDC-004_GL-3_Spine_Road_Hall_2_RevA.png  ·  2400 x 1601

What the projection found

The camera stood at V = 150, 12 ft south of the property line. Moved to the road centerline at V = 207. Standing in the gap between two CDU blocks is the only position on this road where the hall is not blocked by its own cooling plant.

ProjectBURKE ENERGY & DATA CAMPUS · EYE-LEVEL VIEWS
SheetFOS216-BEDC-004 / GL-4 · REV. A
ScaleTRUE PERSPECTIVE
Date2026-09-11
GL-4 Gate approach, energy block beyond

Gate approach, energy block beyond

Guardhouse, then the switchyard, then the plant, then both stacks — the whole security-to-generation sequence in one frame with nothing cropped.

HORIZON · EYE 5 FT 6 IN180 FT STACKGUARDHOUSE + VEHICLE TRAP345 kV GIS YARDACC · 120 FTSTATION 4 · GATE APPROACH, ENERGY BLOCK BEYOND28 MM · EYE 5 FT 6 IN · 100% FRAME
GL-4 · true perspective · 36 x 24 mm sensor · camera level, verticals vertical · no materials, no light
Camera lat / lon
41.523382, −81.671192
Heading
019° true
Lens
28 mm
Horizontal FOV
65°
Eye height
5 ft 6 in
To subject
1,409 ft

PNG → FOS216-BEDC-004_GL-4_Gate_Approach_RevA.png  ·  2400 x 1601

What the projection found

The prompt said 40 mm. At 40 mm the switchyard runs off the left edge and block 1’s turbine hall is clipped. 28 mm holds the switchyard, both blocks and both stacks.

ProjectBURKE ENERGY & DATA CAMPUS · EYE-LEVEL VIEWS
SheetFOS216-BEDC-004 / GL-5 · REV. A
ScaleTRUE PERSPECTIVE
Date2026-09-11
GL-5 From the water, the lake side of the energy block

From the water, the lake side of the energy block

Both blocks, both 180-ft stacks, both condensers, at true scale from open water. The plant reads as a low band, not a monolith — and the stacks are the only thing that breaks the skyline.

HORIZON · EYE 5 FT 6 IN180 FTAIR-COOLED CONDENSER · 120 FTHRSG · 130 FTSHORELINESTATION 5 · FROM THE WATER, THE LAKE SIDE OF THE ENERGY BLOCK35 MM · EYE 5 FT 6 IN · 100% FRAME
GL-5 · true perspective · 36 x 24 mm sensor · camera level, verticals vertical · no materials, no light
Camera lat / lon
41.533950, −81.673388
Heading
148° true
Lens
35 mm
Horizontal FOV
54°
Eye height
5 ft 6 in
To subject
2,700 ft

PNG → FOS216-BEDC-004_GL-5_Energy_Block_From_Water_RevA.png  ·  2400 x 1601

What the projection found

The camera had to move. From the original station 1,334 ft off at 50 mm, you cannot fit 2,250 ft of frontage — block 1 was entirely outside the frame. Pulled back to 2,700 ft and centered on the block pair.

ProjectBURKE ENERGY & DATA CAMPUS · EYE-LEVEL VIEWS
SheetFOS216-BEDC-004 / GL-6 · REV. A
ScaleTRUE PERSPECTIVE
Date2026-09-11
GL-6 From the former airfield, 1,400 ft south

From the former airfield, 1,400 ft south

The city-side view at eye level. From 1,400 ft south a 120-ft building subtends about four degrees — the campus is a low band on the horizon, not a wall. The massing argument survives its hardest test.

HORIZON · EYE 5 FT 6 IN120 FTFORMER RUNWAY 6L / 24RSKY THROUGH THE 320-FT GAPSSTATION 6 · FROM THE FORMER AIRFIELD, 1,400 FT SOUTH24 MM · EYE 5 FT 6 IN · 100% FRAME
GL-6 · true perspective · 36 x 24 mm sensor · camera level, verticals vertical · no materials, no light
Camera lat / lon
41.517920, −81.674391
Heading
328° true
Lens
24 mm
Horizontal FOV
74°
Eye height
5 ft 6 in
To subject
2,000 ft

PNG → FOS216-BEDC-004_GL-6_From_Former_Airfield_RevA.png  ·  2400 x 1601

What the projection found

Substituted for the 400-ft tower shot. A downtown vantage is not ground level, and the public does not stand in one. This is where people will actually be standing if the airfield becomes open land.

ProjectBURKE ENERGY & DATA CAMPUS · EYE-LEVEL VIEWS
SheetFOS216-BEDC-004 / 08 · REV. A
ScaleTRUE PERSPECTIVE
Date2026-09-11
08 Using these as references

Two images, one sentence, then the prompt

Attach the eye-level view first and the plan second. Nano Banana weights earlier attachments more heavily for composition, and composition is exactly what this sheet supplies.

ShotAttach 1 · compositionAttach 2 · layoutSay this first
1GL-1SP-1“Image 1 is an eye-level perspective massing study of the scene. Image 2 is the site plan. Match image 1’s camera, framing and building positions exactly.”
2GL-2SP-1Same, plus “keep the gaps between buildings exactly as wide as image 1 shows them.”
3GL-3SP-2Same, plus “the large wall fills the frame as in image 1.”
4GL-4SP-3Same, plus “the two thin vertical stacks stay at the height shown.”
5GL-5SP-3Same, plus “the plant is a low horizontal band, not a tower.”
6GL-6SP-1Same, plus “the campus occupies only the narrow band above the horizon that image 1 shows.”

What to say about the colors

  • These views are flat-shaded massing in the FOS216 palette. Teal is not a material and orange is not a material
  • Tell the generator: “Image 1 is a massing study, not a color reference. Use the materials described in the text.” without that line it will render teal buildings
  • The dark background is not night. Say so if the model keeps returning night scenes

What these views deliberately omit

  • No materials, no texture, no panel joints — those live in the finish schedule on BEDC-002 §10
  • No sun, no shadows, no sky — the light comes from the prompt, and each shot has its own
  • No people except the scale figures, no vehicles, no vegetation detail
  • No terrain relief. The site is flat fill at elevation 584 and is drawn that way

If the render still fights you

Crop the eye-level view to just the buildings and attach that instead of the full sheet. The horizon line, the dimension leaders and the labels are useful to a person and are noise to a generator — more than once they come back drawn into the render as graphics. When that happens, crop tighter and say “ignore any lines or text in the reference image; they are drafting annotation.”

The FixOurStreets216 Project
Civic Innovation · Municipal Consulting · Digital Design · Cleveland, OH
FOS216-BEDC-004 · Rev. A · September 11, 2026 · Cleveland, Ohio
Companion to FOS216-BEDC-003 Rev. B (rendering prompt set), FOS216-BEDC-002 Rev. A (schematic design set) and FOS216-BEDC-001 Rev. B
True perspective projection from the U-V frame on BEDC-002 sheet 01 · 36 x 24 mm sensor · eye height 5 ft 6 in · grade at 584 ft MSL
PNG exports: Burke/png/FOS216-BEDC-004_GL-*_RevA.png — six views at 2400 x 1601, exported 2026-09-11