Motion fieldnotesOpenAI film study
Artifacts & handoffs · Rendered draft

Hard-cut between two presentation slides that share chrome but re-grid from three cards to four

Study the source, inspect the editable build, then adapt the treatment to your own content.

01 / OpenAI source 0:49.0–0:51.0 · Silent research excerpt
02 / Remotion draft Original illustrated content · Editable code

What the source does

Inside the browser frame a presentation view holds a three-card slide (eyebrow, two-line headline, paragraph at right, cream/green/blue cards with big numbers, a footer band) for local f0-39 (master 2940-2979). At ~f40 (master 2980) it hard-cuts to the next slide: same header, footer and page chrome, but a new eyebrow and headline, four narrower numbered cards with badges, owner and dependency lines, and a dark green rule bar. The header counter advances and the progress marker jumps. The second slide holds to the end of the window.

A hard cut between sibling slides: shared chrome stays pixel-stable while the content grid re-flows from three wide cards to four narrow ones, so the cut reads as a page turn.

Phase notes

  1. Frame 0 — Three-card evidence slide
  2. Frame 40 — Hard cut to the four-card release slide

Use this example

  1. Watch the source and draft at normal speed. Compare the order of actions, the held states, and the transition into the result.
  2. Download the project and read its README before changing inputs. The package includes its implementation and declared dependencies.
  3. Replace the sample content through the package's documented input or content builder. Keep source footage in the research comparison.
  4. Render your adaptation and inspect text fit, framing, intermediate states, and entry and exit frames.
A runnable draft is not a fidelity approval.

The source and remake are different assets. The original code-based illustration remains editable; source footage is a research reference. Read the retained findings below before using the choreography.

Recorded limits

  • Visual fidelity is an authored draft judgement from sampled source frames; no independent blind review or native Resolve execution.
  • Both variants rerendered from the packaged text renderer to repair a prior code/preview mismatch.

Inspect the original verification record ↗