SuperSplat Viewer v

Orbit Mode

Orbit Left Click + Drag

Pan Right Click + Drag

Zoom Mouse Wheel

Set Focus Left Click

Fly to Point Double-click

Frame Scene F

Reset Camera R

Fly Mode

Fly To Left Click

Look Around Left Click + Drag

Pan Right Click + Drag

Move W,S,A,D

Run / Slow Shift / Ctrl

Focus Point Double-click

Walk Mode

Walk To Left Click

Look Around Left Click + Drag

Run / Slow Shift / Ctrl

Fly to Point Double-click

Look Around Mouse

Move W,S,A,D

Jump Space

Run / Slow Shift / Ctrl

Mode Switching

Orbit Mode 1

Fly Mode 2

Toggle Walk 3

Toggle Gaming Controls G

Play / Pause Space

Toggle Help H

Exit / Cancel Esc

Orbit Mode

Orbit One Finger Drag

Pan Two Finger Drag

Zoom Pinch

Set Focus Tap

Fly to Point Double-tap

Fly Mode

Fly To Tap

Look Around Touch + Drag

Move Pinch / Two Finger Drag

Focus Point Double-tap

Walk Mode

Walk To Tap

Look Around Touch + Drag

Fly to Point Double-tap

Desktop

Touch

Calibration · v0.79

Fullscreen crop · move, width and depth vectors.

MOVEdrag sideways · forward/back

LOOKdrag to yaw · pitch

Opacity0.42

Crop8%

Contrast0.80

Flight speed0.55

Fine factor0.12

Positionwaiting… Angleswaiting… FOVwaiting… Cornerswaiting…

Phone: drag MOVE to travel, LOOK to aim; hold the height or FOV buttons for precise adjustment. Use M to slide the whole frame, W to set its horizontal vector and D to set its depth vector. The overlay always remains a parallelogram; the centre crosshair stays fixed for camera matching.

STILL CAMERA SOLVER · legacy hiddenHamilton locked

ALIGN: move the complete regulation skeleton as one rigid object until its markings and goals coincide with the splat.

Yaw

Pitch

Roll

Scale

Opacity

Height

Goals Landmarks Labels Turf veil

Soft Fit · visual correction only

Enable display correction±1.50 m cap

X / widthZ / length NW

Ready to establish the stadium coordinate map.

End-Zone Camera Solver · v1.0

Load a still, choose a known field landmark, then tap its position. Six or more pairs recommended; goalpost tops greatly improve the solve.

The goal, six-yard box and penalty area are solved as one rigid 3D object. Solving creates a preview candidate only; the stadium camera will not move until you explicitly apply it.

No image points yet.

Tracking landmarks

Pitch corners ×4Halfway ends ×2Centre spotCircle crossings ×4Penalty corners ×8Goal-area corners ×8Penalty spots ×2Post bases/tops ×8

LIVE PITCH PLANE · SOUTH GOAL

4 CORNERS → LIVE PLANE → 2 TOPS → 3D CAMERA

1. Put green 1–4 on the penalty-area corners. The six-yard box, goal line, bases and spot update continuously. 2. Put blue TL/TR on the post tops. 3. Inspect the white solved projection before applying.

PLANE LIVE · align the four green corners

Auto-refine after release Allow crop offset

NUDGE

Tap a numbered handle

No 3D camera candidate yet. The coloured ground rig is already updating from the four-corner plane.

Green = the only four freely warped ground handles. Gold, pink and the blue post bases are derived from that one plane and cannot drift independently. Blue TL/TR supply the real 2.44 m height. White dashes are the solved 3D camera projection.

SHOT VERIFIER · v1.31

SOURCE STILL

STILL LOADERIDLE

No source still selected.

CAMERA JSON FILE OR PASTE CAMERA JSON

Your v1.22 South-goal solution is preloaded. Load the same still, then enter the calibrated shot.

CALIBRATED SHOT · NON-DESTRUCTIVE VERIFY

Waiting for shot camera…

OPACITY48% WIPE100%

Exact mode uses the source image’s aspect ratio and the solver’s vertical FOV. Wider Context deliberately breaks image alignment so you can inspect where the shot camera sits in the stadium.

Orbit Mode

Fly Mode

Walk Mode

Mode Switching

Orbit Mode

Fly Mode

Walk Mode

WebGL Required