The Matrix (1999) — rooftop bullet time
See our character’s iconic-scene parody →At the moment the hero leans far back on a rooftop to dodge incoming bullets, the movement slows way down while only the camera circles around him at normal speed, creating a 'decisive moment' where time seems to stop. Borrow it when you want to stretch out a single moment dramatically, like a jump, a collision, or a water droplet.
According to Wikipedia, many still cameras were set up along a path planned in advance with a 3D simulation. Instead of firing at once, they fired one after another with a very short time lag, so the camera looks like it circles a slow moment. In case this method failed, a separate dodge scene was also shot.
To recreate it: Leave only one shot, 'nearly frozen moment + camera rotation', to the AI, and lock the character start frame so the face doesn't change.
The camera circles widely around Neo leaning back, showing his body from many directions (observed in the clip, 0:42 to 0:49).
To recreate it: Write the width of the orbit as a number, like 'camera orbits 180 degrees'.
Wikipedia explains bullet time as an effect where the action in the scene seems to flow slowly while the camera moves at normal speed.
To recreate it: Make the slow section 'extreme slow motion' from the generation stage so it doesn't stutter when stretched.
The flow looks like normal-speed gunfire, slowing into bullet time, then falling back at normal speed (clip, 0:39 to 0:50).
To recreate it: Slow the last 0.3 seconds of the normal-speed shot down gradually into the bullet time shot, and speed it back up at the end.
According to the Wikipedia article on bullet time, frames between cameras were filled in with interpolation software to smooth the movement, and the background was a computer-made virtual background composited in.
To recreate it: Use frame interpolation at no more than 2x, and if you want it slower, generate it slow from the start.
According to Wikipedia, scenes inside the Matrix were tinted green and real-world scenes tinted blue. The rooftop scene is washed in green throughout.
To recreate it: Apply the same green tone to the normal-speed shots before and after and the bullet time shot, so the color doesn't jump between shots.
We look straight down on Neo, who dodged the bullets and fell (observed in the clip, 0:50).
To recreate it: Write 'top-down overhead shot' so the camera is directly above the character.
Cinematic multi-shot sequence, 8 seconds total. Shot 1 (2s): static real-time medium shot of a woman in a long red coat on a windy skyscraper rooftop at dusk turning sharply as a glass skylight bursts outward; Shot 2 (4s): bullet time, the camera orbits 180 degrees around her as she bends far backward, coat flaring, glittering glass shards hanging almost frozen in extreme slow motion; Shot 3 (2s): static real-time full shot as she snaps upright and rolls across the gravel rooftop while the last shards hit the ground. Consistent woman and rooftop, speed ramp from normal to frozen to normal, hard rim light, cool green tint, 35mm film grain, smooth frame interpolation, acrobatic mood.
The character is nearly frozen in slowness while the camera circles around at normal speed, so the audience shares the feeling of a character who controls time and space at will. In reality, many still cameras were lined up in a row and fired with slight time offsets, and the frames in between were filled in with interpolation software to make it smooth.
Medium shot of a woman in a long red coat on a windy skyscraper rooftop at dusk; she turns sharply as a glass skylight beside her bursts outward; static camera, real-time speed, hard rim light, cool green-tinted color, 35mm film grain.
Bullet time: the woman in the long red coat bends far backward, coat flaring, as a spray of glittering glass shards hangs almost frozen in the air around her; the camera orbits 180 degrees around her while the action moves in extreme slow motion; rooftop at dusk, rim light, cool green tint.
Full shot of the woman in the long red coat snapping back upright and rolling across the gravel rooftop as the last glass shards hit the ground around her; static camera, real-time speed, dusk sky, hard rim light, cool green-tinted color, 35mm film grain.
Join Shot 1 (normal speed) → Shot 2 (bullet time) → Shot 3 (normal speed) with speed ramps. Slow the last 0.3 seconds of Shot 1 down gradually into Shot 2, and speed back up at the end of Shot 2 to land on Shot 3. Add a 'whoosh' sound effect just before the slowdown and a 'hit' on the landing (sound design: hit, whoosh, riser), and match the green tint of the three shots (shot-to-shot color matching).
Leave only one shot, 'frozen moment + camera rotation', to the AI (Higgsfield 'Bullet Time' preset or a prompt), and build the connection to the normal-speed shots before and after in editing. Generate slow sections as slow motion from the start so they don't stutter, and supplement with frame interpolation at no more than 2x. Faces tend to change during rotation, so lock the character start frame and check first in a 480p draft.