Video breakdown: from a video someone likes to named techniques and a recipe

This is video-breakdown 0.5.0.

The person has a video they like and cannot name what is in it. You give them, shot by shot, the correct name of each transition, camera move, text style and sound, the EditAtlas technique that makes it, and the steps to make one like it with their own footage.

Three things are true the whole way through:

• The numbers are hints, the frames are the evidence. analyze.py measures pixels and samples. It confuses a crash zoom with a join, an iris with a dip to black, an old film's flicker with cuts. Every element you name must come from frames you opened with the Read tool. Say which ones you only measured.
• You cannot hear. Audio numbers say where something sudden happens, how loud, how bright, and the tempo. They do not say what the sound is. Never write "a whoosh" for a transient you have not identified; write "a short bright hit at 4.9 s, near the zoom".
• Never invent. Work only on the file the person gave. Every technique slug and sound id in the report comes from an EditAtlas search or get call in this session. If nothing fits, say so.

Scripts are in scripts/ (Python 3.9+, numpy, Pillow, FFmpeg with ffprobe in PATH). Run them with the skill folder's path, from a working folder of your own (work/); never write into the person's folders.

python SKILL/scripts/analyze.py VIDEO --out work/bd                      # breakdown.json + sheets
python SKILL/scripts/frames.py VIDEO --at 6.8 --span 0.6 --step 0.04 --out work/look   # every frame of a join
python SKILL/scripts/frames.py VIDEO --at 7.9 --crop 0,60,100,40 --out work/look      # bottom 40 %, to read text
python SKILL/scripts/text_look.py VIDEO --at 3.6 --crop 12,24,76,11 --text "Caringbah" --fonts sans-heavy --out work/text/title
python SKILL/scripts/elements.py VIDEO --out work/el                    # motion graphics: each element in, hold, out
python SKILL/scripts/background.py VIDEO --at 1.2,4.0 --out work/bg     # flat, gradient or radial background, hex
python SKILL/scripts/compare.py REFERENCE REMAKE --out work/compare      # what a remake does differently
python SKILL/scripts/report.py work/bd/breakdown.json work/bd/notes.json --out result/breakdown.md --check-api

When the inputs are missing

• No file, only a link (TikTok, Reels, YouTube): ask the person to download the video and give you the file path. This skill does not fetch from platforms. A screen recording of the video also works.
• No video at all: ask for it. Do not describe what such a video "usually" has.
• Very long video (over 5 minutes): analyze.py reads the first 300 s. Ask which part matters, or pass --max-seconds.

Breakdowns are for learning how a video was edited. The recipe uses the person's own footage; do not suggest reusing the reference's footage, music or characters.

1. Measure

Run analyze.py. It prints a summary and writes breakdown.json with:

What each number means and where it goes wrong: references/reading-the-numbers.md. Read it before your first breakdown of a session.

2. Look

Open, with the Read tool, in this order:

1. overview.png: the whole video in 24 frames or more (every 0.15 s in a short video, one a second or less in a long one). Get the story and the style first, and where each piece of text comes in.
2. shots_NN.png: first, middle and last frame of every shot. Check each shot is real: a crash zoom, a flash or a flicker can split one shot in two; a dissolve inside the source footage can look like a join.
3. joins_NN.png: six frames across every join that is not a plain cut. Name the transition from these.
4. events.png: before and after each overlay event. This is where captions, stickers and graphics show.

Then use frames.py wherever you are not sure: --step 0.04 (one frame at 25 fps) across a join to see its shape, --crop to read small text or see how a word enters (pop, bounce, slide, typewriter), --times for a few moments side by side. Two or three close looks are normal; a short video with many effects may need more.

Check the format against the picture. A 9:16 video whose shots look cut out of wider footage (a film, a podcast, a game: faces and objects cropped at the sides, a frame that sits differently in each shot) is a reframe: say so, and search reframe to vertical. Wide footage with black bars is letterboxed or pillarboxed instead.

Write down, for every element, what you see in plain words before you look for a name: "the old picture is squeezed into a horizontal line while the new one shows behind it", not "a squeeze".

Text on screen

Text is what people copy first and what a remake gets wrong most: the wrong kind of script, flat colour where the original has a gradient, text in front of a person where the original puts it behind. For every piece of text that is not plain subtitles, find these five things:

1. Layer. Does a person or object cover part of the letters (hair over the bottom of a word, a hand in front)? Then the text is behind the subject: compositing-text-behind-object. Look at a crop where they overlap. Check every title, not just the first: one video can put several words behind the subject.
2. Entrance. frames.py --at <time it appears> --span 0.6 --step 0.04 --crop ...: slides in with motion blur (from which side), drops from above, pops (scale), fades in, types on, word by word or all at once, and whether words move again after they land. Overlay events miss text that comes in while the camera moves; use the overview to find those times.
3. Colour. Run text_look.py on a crop of the text once it is fully in and still. Crop one line with a little background on every side. It prints the fill (solid, or a gradient with its direction and stops as hex colours), an outline or offset shadow, a glow or dark halo around the letters, and how far the letters lean. Open look.png: "taken as text" must show the letters and nothing else. If it took a face or left out part of a gradient, run again with --text-clusters and the cluster numbers that are text (the panel under it shows each cluster). Each word can have its own colours: measure each title separately.
4. Font. Describe the letters first: sans or serif or script; for scripts, even strokes (brush, marker, casual) or thick downstrokes with hairline upstrokes (formal, calligraphic); weight; upright or leaning; upper or lower case; wide or condensed. text_look.py prints the stroke weight and contrast, which tell a calligraphic script (contrast 2.2 or more) from a brush one. Then add --text "<the words exactly as shown>" --fonts <groups> (--list-fonts shows them) for the one or two groups that fit, and compare the letters by eye: capitals, the shapes of a, g, t, the joins. The match number helps for sans and serif fonts and is weak for scripts. Name one or two free lookalikes and say they are lookalikes, not the creator's font.
5. Place and size: where it sits, how long it stays, and the font size. With --text, text_look.py prints the size in each lookalike (the same letters need a different size in each font): give the size in the font you name ("Oswald, about 120 px on a 1080x1920 frame"). Remakes usually set text too small.

Designed motion

For logos, titles, charts and graphic videos, the timing is what makes them look finished, and what a remake gets wrong. Read each shot's timing (comes in over 0.7 s, fast, then settles; still for 71 % of the shot; leaves over 0.8 s, slow, then speeds up) and format.loops, check them in the frames, and put the numbers in the element's seen or note and in the recipe. On a plain background, a graphic that grows or appears can be reported as a join (jump cut, snap zoom, zoom transition): if the background stays, it is the element's entrance. Details: "Designed motion" in references/reading-the-numbers.md.

For motion graphics on a flat or gradient background, also run elements.py and open timeline.png: each graphic's entrance (slides from which side, scales up, wipes, fades, cuts on), hold and exit, a stagger (things coming in one after another, with the gap) and what is carried across the cut (the same shape in the same place on both sides: a graphic match cut). Shots over footage are skipped. For designed backgrounds, background.py --at <a still moment of each shot> gives the hex colours and the gradient's direction.

3. Name it with EditAtlas

For each element, search by the result, not by a guessed name:

• search_techniques with the plain description ("circle closes to black then opens", "words bounce in one at a time", "sudden fast zoom into subject"). Use category to narrow (transition, captions, motion, vfx, color). Search terms that work for each analyzer label are in references/reading-the-numbers.md.
• get_technique on the best one or two, and keep the one whose description matches what you saw. Copy its slug and name exactly. Mark the match exact, close (same idea, a detail differs) or partial.
• Sounds: search_sfx by what the moment needs (pop for text appearing, riser into a hit, whoosh on a push). The sound in the reference is unknown to you; you are suggesting an EditAtlas sound for the same moment, so say so.
• get_workflow with the video type (short_vertical, product_ad, food_review, ...) for the pacing and structure EditAtlas recommends; compare it with what you measured.

Without the MCP, the REST API answers the same searches: https://edit.trysometh.ing/api/v1/techniques?q=... and /api/v1/sfx?q=....

A plain cut, a talking stretch or the footage itself needs no technique: give it a gap saying so. When nothing in EditAtlas fits a real effect, write what you searched in gap; that tells EditAtlas what is missing.

4. Write the notes and the report

Write notes.json next to breakdown.json (format and an example: references/notes-format.md): what is on screen in every shot, every element with its time, plain description, evidence and EditAtlas technique or sound, corrections where the measurements were wrong, a recipe, and what you did not check. Set lang to the person's language (vi or en).

Run report.py ... --check-api. It refuses notes that skip a shot, leave an element without a technique or a reason, or leave out what was not checked, and with --check-api it confirms every slug and sound id exists on EditAtlas and that names match. Fix what it lists and run it again.

Deliver

First, a version check. If the EditAtlas MCP is connected, call get_skill without a name. If it lists video-breakdown above 0.5.0, the first line of your reply says a newer version exists and how to update it (in Claude Code: /plugin, then Marketplaces, editatlas-skills, Update marketplace; elsewhere get_skill with name video-breakdown gives the step). Without the MCP, skip it.

Give the person, in their language:

1. Two or three sentences: what kind of edit this is and what makes it work (pace, the one signature effect).
2. The elements in time order with their names and links: the report's table, or the main rows of it.
3. The recipe: steps with their own footage, technique by technique. Offer to do the edit, which starts with get_workflow; and for the sounds, the sound-design skill (get_skill).
4. What is measured, what you looked at, and what is unknown: the creator's actual font (you give free lookalikes), the exact easing curves (timing gives durations and a shape, not the curve), what each sound actually is, whether footage was filmed or generated.
5. The report file (result/breakdown.md), written by report.py --check-api with nothing left to fix.

After delivery, ask whether the names and techniques were right and send the answer with send_feedback when that tool is available.

When the person sends their remake

If they ask why theirs does not feel the same, run compare.py REFERENCE REMAKE --out work/compare (--offset 0.4 if theirs starts 0.4 s later). It prints the differences largest first: how long moves take, cuts, rows of text (how many, how tall, how far apart they come in), background colour, the look. Check each in compare.png before you report it; a change made on purpose is not a fault, and a pair caught mid-move only shows the timing difference again. Give each with its time, both numbers and the fix ("your title is 18 % smaller: set it to about 96 px"). No notes or report file is needed for this.

References

• references/reading-the-numbers.md: every measurement, its known errors, and search terms per label. Read before the first breakdown of a session.
• references/notes-format.md: the notes.json fields with a complete example. Read before writing notes.