A pause can be designed before an action rather than discovered after the movement has been drawn. These two original timing proposals begin with the same fictional sheet of paper on a table. One corner is raised, ready to pass over the edge. The proposals allocate different numbers of frames to that pose, then keep the planned fall and resting pose identical. They are written timing plans, not rendered animations or a record of anyone watching the result.
| Timing proposal | Prepared pose | Same movement | Final hold | Total at 24 fps |
|---|---|---|---|---|
| A | Frames 1–6: 6 frames | Frames 7–30: 24 frames | Frames 31–42: 12 frames | 42 frames / 1.75 seconds |
| B | Frames 1–18: 18 frames | Frames 19–42: 24 frames | Frames 43–54: 12 frames | 54 frames / 2.25 seconds |
Define the small action before counting
Imagine a plain rectangular sheet extending slightly beyond an ordinary drawn tabletop. The first pose has its outer corner lifted. The second part of the proposed action takes the sheet away from the table through a short falling path. The last pose leaves it flat below. There is no person, readable text or branded object in the scene; the proposed interest is the interval before the position changes.
The raised corner supplies a visible preparation cue in the plan. It does not explain a physical cause for the fall. Wind, an unseen hand or a deliberately impossible cartoon action would each require another decision. For this comparison, the cause stays unspecified and the movement is a graphic action rather than a simulation of paper under measured forces.
Proposal A: begin moving after six frames
Choose a nominal playback rate of 24 frames per second for the arithmetic. In Proposal A, frames 1 through 6 keep the raised-corner pose. Frames 7 through 30 contain the planned movement, a span of 24 frames. Frames 31 through 42 keep the final flat pose for 12 frames. The plan therefore has 6 + 24 + 12 = 42 frames, or 1.75 seconds at the stated rate.
The initial hold is 6 divided by 24, or 0.25 seconds. I would choose this shorter interval if the paper were meant to move away almost as soon as its prepared position was introduced. That describes a writing intention for the timing. It does not establish how quickly a viewer would recognize the corner or whether a particular drawing would communicate preparation clearly.
Proposal B: give the prepared pose another twelve frames
In Proposal B, frames 1 through 18 keep the same raised-corner pose. Frames 19 through 42 contain the identical planned movement, again lasting 24 frames. Frames 43 through 54 keep the identical final pose for 12 frames. Its total is 18 + 24 + 12 = 54 frames, or 2.25 seconds.
The longer initial hold lasts 18 divided by 24, or 0.75 seconds. It adds 12 frames, equivalent to half a second, before the same movement begins. It does not slow the proposed falling movement itself. That distinction matters when describing an edit: extending the anticipation interval and stretching every movement frame are different changes.
I would investigate B if I wanted the raised corner to remain a visible question before the fall. A could instead suit a scene where the action matters more than the wait. Neither preference establishes that longer anticipation is always more expressive. The design of the pose, neighboring shots and any eventual sound would affect what was actually made.
Keep the changed variable honest
Adobe’s animation-principles guide discusses anticipation as preparation for an action and timing through the number of frames assigned to movement. Those ideas provide vocabulary for this exercise. The particular paper action and all frame allocations here are original; they are not a reconstruction of an existing animated sequence.
To develop the proposals further, retain the same movement plan and compare the two initial holds in an actual future preview. Until that work happens, describe the intended difference as more time in the prepared pose, not a demonstrated increase in suspense. A timing table establishes durations under its declared rate; it cannot establish an emotional response.
There is no immediate need to purchase a new drawing application merely to make this decision. A written exposure plan can make the variable explicit before software features enter the question. If a later tool changes export frame rate or duplicates frames, check the resulting timing separately. The arithmetic here depends on the stated 24-frame-per-second proposal, not on a tested application or delivered video.
Sources & further reading
Published sources for the details and examples discussed in this story.
