A rendered motion clip
Timeline → frames → playback
The viewer watches a prepared sequence. A recording of an interface does not establish that its pictured controls respond to the viewer.
Topic 6 · Media Creation · Optional motion study
A moving shape can catch the eye. A well-timed sequence can explain an idea. Practice turning what you notice into an original, checkable media brief.
No extra assignment. A three-frame paper storyboard is a complete route. No account, model upgrade, or web-app experience is required.
Watch once for the overall idea. Then choose one change to describe: what moves, when it starts, what remains still, and what the viewer should understand.
Watch 赛博小凡’s 30-second motion-design roundup on Douyin ↗
English alternative to the video: the creator tours a gallery branded MotionVideo, showing interface animation, particles, characters, and music-video examples. A Distilbook showreel includes a visible prompt. The second half places outputs labeled Claude Opus 5.5 and DeepSeek side by side: moving type, shapes, a chart, and particles. These are the creator’s model labels and similarity claim, not an independently reproduced benchmark. The original has burned-in Chinese captions. If it is unavailable or you prefer text, use this summary and answer the same practice question below.
The source is inspiration for observation. The prompt below is course-authored; this page does not reproduce the creator’s prompts or video assets. Course coding practice uses Claude Code. No Opus upgrade or DeepSeek use is required.
Timeline → frames → playback
The viewer watches a prepared sequence. A recording of an interface does not establish that its pictured controls respond to the viewer.
Input → event → rule → result
A person supplies input or triggers an action, and the app responds. Motion can explain that change while the result remains readable without animation.
This study focuses on the media sequence. Building a form-driven app belongs to the later web-app topics; it is not a prerequisite or a task here.
How could a three-step study flow make its current step clear, while preserving the correct times and a readable still version?
Use a fictional task: Review chapter notes. Explain a 25-minute study session as three labeled steps: Prepare · 2 minutes → Work · 20 minutes → Reflect · 3 minutes.
The clip lasts 12 seconds; the study session lasts 25 minutes. Playback seconds control when a label appears. They do not change the study-time values or make this a live countdown timer.
Use the video or English summary. Choose a movement that could clarify the current step: a highlight moving, a shape changing, or a label appearing. Describe its purpose before borrowing its appearance.
0–4 seconds: highlight Prepare, labeled 2 minutes. 4–8 seconds: highlight Work, labeled 20 minutes. 8–12 seconds: highlight Reflect, labeled 3 minutes. Keep the three step names and their times readable. Stop at 12 seconds on a still overview; Replay starts again at 0 seconds.
On paper, draw the three frames and add movement, timing, and still-version notes. If you choose an optional local motion preview, use the Claude Code prompt below. Use original shapes and wording. A working planner, input form, or video export is not required.
Use the checks below. Identify one confusing label, timing choice, or motion. Change that part, compare again, and state which checks you actually performed. Both routes answer the same question and add no assigned submission.
The media piece uses the fixed 25-minute case. These reference values explain where its numbers come from; they do not ask you to build a planner.
2 minutes prepare + (duration − 5) minutes work + 3 minutes reflect
Show the task, chosen duration, and all three labeled steps. For the featured 25-minute case, verify that 2 + 20 + 3 = 25.
The original idea allows 15, 25, or 45 minutes. These optional calculations can help you check that a visual change has not altered the rule.
The paper route above is sufficient. If you want to try a coded media preview, select and copy this prompt into Claude Code. It asks for one fixed explainer, with no form or live planning logic. A local HTML preview is not automatically an exported video.
Course-authored prompt · not the creator’s transcriptUse Claude Code to make an original, local Study Sprint motion preview. It is a 12-second explainer of a fictional 25-minute study session, not a live study timer, interactive planner, or exported video. Do not add an input form. Task: Review chapter notes. Study-time labels: Prepare 2 minutes; Work 20 minutes; Reflect 3 minutes. Playback timing: 0–4 seconds highlight Prepare; 4–8 highlight Work; 8–12 highlight Reflect. Keep all three labels and times readable. Stop at 12 seconds on a still overview of the whole plan. Replay must begin again at 0 seconds. The 12-second playback must not change the 25-minute plan. Use original shapes and wording. Explain how the motion helps a viewer identify the current step. Begin paused. Provide clearly labeled Play, Pause, and Replay controls, keyboard operation, and visible focus. Do not autoplay or flash. Include a readable still version and show it by default when reduced motion is requested. Keep the layout usable on a narrow screen. Do not promise video export. Keep the reference rule unchanged: 2 minutes prepare, chosen duration minus 5 minutes work, and 3 minutes reflect. The 15 / 25 / 45-minute examples give 2 / 10 / 3, 2 / 20 / 3, and 2 / 40 / 3. These are reference values, not a request to build a form or planner. Add no account, backend, API key, model call, tracking, or real personal data. Keep the preview local; no deployment is needed. Explain the files changed. Check timing, readable labels, correct numbers, keyboard controls, a narrow screen, pause/replay, and the still/reduced-motion version. Inspect the result, revise one specific weakness, and repeat the affected checks. Report what you actually checked and anything still unverified.
You can use the same brief on paper: draw three frames, annotate seconds and study-time labels separately, and include the final still view. A storyboard walkthrough is evidence about the design; do not report it as a browser test.
Can someone identify Prepare, Work, and Reflect without guessing? Do the three playback stages occupy 0–4, 4–8, and 8–12 seconds, then stop on the still overview? Does Replay start again at 0 seconds? Are playback seconds clearly different from the study-time labels?
The featured 25-minute session must stay 2 / 20 / 3 before and after a visual revision. Check that the three times sum to 25. For an optional rule check, 15 gives 2 / 10 / 3 and 45 gives 2 / 40 / 3.
Inspect the labels on a narrow screen or a narrow paper frame. The still version must communicate the same three steps and numbers. If you built a preview, test reduced-motion preference, keyboard focus, Play, Pause, and Replay. Confirm it starts paused and introduces no flashing.
Name one concrete weakness, the change you made, and what improved or remains uncertain. A paper route describes the intended behavior. A coded route checks actual browser behavior. Credit the source that influenced the idea and distinguish your own work from its examples.
Stop when the explanation is clear. This optional study adds no assignment, required app, model upgrade, or submission. Return to the existing Topic 6 materials for the course’s lab and team-talk requirements.