Type a numbered chapter title down a staircase, then wipe each word off from the left
Study the source, inspect the editable build, then adapt the treatment to your own content.
What the source does
Over defocused yellow-green footage a bold white chapter title builds as a staircase: '4.' is present at local frame 0, the long verb types from ~f4 to ~f13 on the second step, 'the' pops in whole at ~f9 on the third, and the hyphenated noun types on the fourth step from ~f9 to ~f19. The title holds until ~f47, then the words erase from their left edges in place (the verb reads 'ate' and the noun '-Up' by ~f50, the verb and 'the' are gone by ~f53) while '4.' and the trailing '-Up' fragment remain to the cut.
Staircase chapter title that types on per word and is removed with per-word left-edge wipes that leave the remaining glyphs in place.
Phase notes
- Frame 0 — Number visible
- Frame 4 — Verb types on
- Frame 9 — 'the' pops, noun types on
- Frame 19 — Title complete, hold
- Frame 47 — Left-edge wipes begin
- Frame 53 — Only number and noun fragment remain
- Frame 57 — End
Use this example
- Watch the source and draft at normal speed. Compare the order of actions, the held states, and the transition into the result.
- Download the project and read its README before changing inputs. The package includes its implementation and declared dependencies.
- Replace the sample content through the package's documented input or content builder. Keep source footage in the research comparison.
- Render your adaptation and inspect text fit, framing, intermediate states, and entry and exit frames.
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.