Slow down the entrances, overlaps, cuts, camera moves, and settles. New studies lead this index; each separates what the frames show from what we would choose for another production.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The rounded dock appears first. The new blue icon joins the row, the surrounding icons disappear in stages, and the dock contracts until only that icon remains.
Choreography. Insertion is allowed a hold before removal begins; the contraction around 2.0–2.5 s changes the container as well as its contents.
Adaptation. Introduce a new capability among familiar tools, then remove context in stages rather than cutting immediately to a logo.
Limit. This is a composed identity sequence, not evidence of native operating-system dock behavior. No spring constant is recovered.
Consecutive-frame check · 15 frames
Consecutive frames show discrete reductions: six icons at 2.000 s, four at 2.033 s, two at 2.233 s, and the lone blue icon at 2.467 s. The intervening frames retain those groupings. This contraction is staged replacement, not a continuously shrinking dock with all icons visible.
Scroll the strip horizontally; click any frame to seek.
2.000–2.467s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A nearly isolated composer and small mark remain central as the view pulls back. Browser chrome becomes visible, suggestions open, and a colored desktop is exposed around the window.
Choreography. The scale change precedes the final desktop reveal. The typing/suggestion state continues through the reframing, keeping one recognizable anchor.
Adaptation. Start with the action, then widen to show where it lives. Preserve the same entered content across the reveal.
Limit. A scale change is visible; the source alone does not distinguish a compositor camera from transformed UI layers.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A title cuts to an email. A paragraph becomes selected, a small blue handle appears beside it, and an inline control grows above the selection while the email remains still.
Choreography. Selection comes before the assistant control. The control stays spatially attached to the selected passage instead of opening a distant full-screen view.
Adaptation. Show the user's target before revealing a contextual action; keep the surrounding document quiet while the small control changes.
Limit. The sampled frames establish order and location, not the exact easing or the application's live response time.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A close crop of products and the assistant sidebar switches to the whole browser by 72.367 s. A translucent blue activity region then sweeps across parts of the shopping page while the sidebar stays legible.
Choreography. The context reset happens before the activity wash. Holding the wide composition separates the moving indicator from camera movement.
Adaptation. Finish an explanatory close-up, re-establish the full workspace, then demonstrate the next action without moving both layers at once.
Limit. The 125 ms samples alone only bracket the reframe. The consecutive-frame check below resolves it as a cut in this source, not a smooth pullback. The wash is a film observation, not a reusable product feature.
Consecutive-frame check · 9 frames
The close crop remains through 72.300 s; the very next decoded frame at 72.333 s shows the whole window. There is no intermediate zoom frame in this source. Classify this particular reframe as a cut, not a smooth pullback.
Scroll the strip horizontally; click any frame to seek.
72.200–72.467s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The final letters of a centered sentence arrive incrementally. The finished sentence holds, is replaced by the product name, then by a dark rounded square whose internal mark builds from a small blue point.
Choreography. Text holds carry the message; the detailed internal icon motion is reserved for the last beat rather than competing with the sentence.
Adaptation. Give a closing statement its own reading interval before moving to a compact identity animation.
Limit. The icon construction is observed; its original vector paths, keyframes, and exact timing curve are unavailable.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
A first look at the Codex app · OpenAI · 00:17–00:22 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. After a chapter title, a close crop establishes the left navigation and conversation. The pointer travels upward to the new-thread action; after the content clears, the view widens to show the whole window.
Choreography. Pointer travel and the clicked state lead the pullback. The widened composition reveals an already-changed workspace, not a simultaneous unrelated scene.
Adaptation. Use the user's action as the reason to widen, keeping the sidebar as a positional anchor.
Limit. This excerpt ends during the wider framing; it is not evidence of the complete settling time beyond 22 s.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
A first look at the Codex app · OpenAI · 00:58–01:03 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A compact modal appears over a dimmed workspace, changes to a green-accented confirmation, then disappears. The undimmed workspace holds before a second, taller commit form opens.
Choreography. The stable background connects two distinct dialogs. Dimness and modal state, not zooming, decide which layer owns attention.
Adaptation. For a multi-step demo, keep the underlying result visible and separate confirmation from the next form with a short clear-state hold.
Limit. These are edited film states; the excerpt cannot establish actual operation latency or accessibility behavior.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
A first look at the Codex app · OpenAI · 01:32–01:38 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The full workspace first gains a right-hand diff pane. After that split layout holds, a fast reframe enlarges the diff, then the pointer opens a comment field under a line.
Choreography. Pane reveal, reading hold, camera emphasis, and inline interaction happen in that order. The camera does not have to explain every change at once.
Adaptation. Let a new pane become recognizable before moving closer to the precise line that matters.
Limit. The sampled push is visible around 95.26–95.64 s. Blur is present in intermediate frames, but the renderer and easing curve are not known.
Consecutive-frame check · 16 frames
The wide layout is still visible at 95.303 s. Intermediate enlarged and blurred frames follow from 95.345 s. Displacement becomes smaller as the close framing is approached around 95.637–95.887 s. This supports a decelerating push qualitatively, not a recovered cubic-bezier curve or a precise settlement threshold.
Scroll the strip horizontally; click any frame to seek.
95.262–95.887s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The chapter text gives way to a white task card. Its empty body expands vertically, a cursor-attached sentence types in, and the website fades into the body later without displacing the card header.
Choreography. The blank card establishes the boundary before content arrives. The callout stays above the loaded website and can extend beyond the card edge.
Adaptation. Separate container, intent, and evidence into three beats so a busy demo is understandable before it starts.
Limit. The placeholder is a film device. Do not infer real loading duration from its hold or reproduce the callout as a product feature.
Consecutive-frame check · 21 frames
Text holds through 4.317 s and is replaced by the card at 4.333 s. Its body then grows vertically on successive frames. The small callout begins emerging around 4.417 s while the card is still growing: these two entrances overlap rather than running strictly one after the other.
Scroll the strip horizontally; click any frame to seek.
4.250–4.583s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A chapter holds over a drifting blue field. A white skeleton card with a connector icon replaces it; a pointer arrives and a small explanation grows beneath the icon. At the end, the connector changes inside the same card.
Choreography. Background drift continues while the card and icon are readable. The callout is delayed until after the connector has been established.
Adaptation. Keep ambient movement separate from the information layer, and change one foreground element at a time.
Limit. The skeleton lines and connector labels are an editorial abstraction, not a complete consent or connection flow.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A slide cover is replaced by a chart slide. Two bars grow from the bottom before holding. The next slide builds three blue columns with offset starts, then the outer card changes to a spreadsheet preview.
Choreography. Animation happens within the fixed artifact frame. The title is present before the bars and columns finish rising.
Adaptation. Animate the specific result being discussed while keeping the artifact boundary fixed; let completed data hold before advancing.
Limit. The bar growth illustrates presentation choreography, not numerical computation time or an official chart-animation preset.
Consecutive-frame check · 24 frames
Throughout the consecutive window, the left blue column leads, the middle follows, and the right remains shorter. They share a baseline while their top edges rise; the outer preview and slide title stay fixed. The window captures staggered growth, not the complete final hold.
Scroll the strip horizontally; click any frame to seek.
36.100–36.483s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. Portrait variants replace each other in a fixed slot. A landscape version follows with the person near the same central region. Later a portrait appears in front of the landscape, leaving the wider image visible behind it.
Choreography. Early changes are replacements; the later change is explicitly layered. The white surround makes that difference readable.
Adaptation. Keep subject placement consistent when comparing outputs, then use overlap only when showing a relationship between formats.
Limit. These output changes do not establish an interpolated morph or the generation process between images.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The snowy image becomes an isolated figure. Additional poses enter a leftward-moving row, then a portrait of another person is introduced behind the remaining figure before a combined photograph replaces both.
Choreography. The isolated silhouette provides continuity across removal of the background, lateral repetition, and recombination into a photo.
Adaptation. When demonstrating editing stages, retain one recognizable subject across cutout, variation, and final composition.
Limit. The visible compositing sequence is not proof that the app uses the same intermediate layers internally.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. New photographs repeatedly cover part of the previous one. Earlier outputs remain as a stepped trail, which drifts across the white canvas while the newest image takes foreground priority.
Choreography. Insertion, overlap, and translation coexist. The chain changes direction across the excerpt rather than acting like a static fanned deck.
Adaptation. Use a short accumulating trail to convey iteration, then clear it before detailed reading; keep the active output in front.
Limit. The density communicates abundance, not an appropriate default layout for comparing fine details.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The same opening word switches among painted, printed, and handwritten surfaces. The sentence then advances one short word at a time through different materials, before the product name appears on several objects.
Choreography. Semantic continuity replaces geometric continuity. Changes of material and framing are quick, while repeated words give the eye a foothold.
Adaptation. For a short opener, align a few large words across contrasting surfaces; keep complex explanation out of this cadence.
Limit. This is a cut-led montage, not text morphing. The silent excerpt cannot support claims about beat synchronization with the original soundtrack.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A street poster retains its colored geometric column and wall setting while heading and body text change across scripts. The sequence then cuts to isolated packaging on white.
Choreography. Repeated layout anchors make the text changes obvious. The later background reset separates the language demonstration from the packaging montage.
Adaptation. Compare localized layouts with a stable composition, preserving actual line breaks and directionality rather than moving the camera each time.
Limit. Visual comparison alone does not verify the linguistic correctness of every shown translation.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A stack of launch photographs advances, a bright abstract red/blue passage interrupts it, and a sequence of differently styled posters repeats the product name against a pale wall.
Choreography. The abstract interval creates a break before the closing identity montage. The final posters change style but retain a broadly comparable rectangular footprint.
Adaptation. Use one deliberate visual reset between a fast evidence montage and the closing statement, rather than carrying maximum density all the way out.
Limit. The abstract passage is not identified as a specific transition plugin or generated effect; the silent study does not assess musical alignment.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The title types on in short groups while staying centered as its width grows. Only the last word cycles through several colors before settling blue; the complete line then holds and is replaced by another type-on sentence.
Choreography. The first word is completed and held before the product name arrives. Color movement is confined to the new final word, leaving the earlier text stable.
Adaptation. Use a restrained accent on the one new term, and include a finished-line hold rather than typing continuously into the next section.
Limit. Character cadence is observable, but neither the font animation implementation nor a universal per-character delay is established.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A microphone close-up changes to a stop square and elapsed timer. The view then changes to a longer stretch of the composer, where the waveform develops and travels left as new material arrives from the right.
Choreography. The mode change is made explicit before the moving waveform is shown. The composer border stays still while the waveform supplies ongoing activity.
Adaptation. Establish the recording state with a clear control change, then show one persistent activity signal without adding a second animated overlay.
Limit. The waveform is shown silently here; it does not measure correspondence to speech or establish real recording duration.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The prompt close-up cuts to an isolated rounded image placeholder. The first image sharpens and scales up; more results arrive to its right as the strip moves left. A later cut restores the image inside the full workspace.
Choreography. Blur-to-sharp resolution overlaps with lateral arrival, but the first image becomes recognizable before the sequence accelerates through variants.
Adaptation. Use a brief reveal to distinguish processing from the finished result, then return to the real app to show where that result is used.
Limit. Blur is part of the visible film treatment, not proof of the model's progressive output or a measured blur radius.
Consecutive-frame check · 18 frames
The pale rounded rectangle grows and becomes more opaque on successive frames. A recognizable but still blurred lamp appears by the end of the window. Size, opacity, and image clarity change together; this window does not include the final sharp state.
Scroll the strip horizontally; click any frame to seek.
45.600–45.883s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
You can just use your voice | ChatGPT Work · OpenAI · 00:03–00:07 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The segmented control moves from Chat to Work. A cut enlarges the voice button; clicking changes its icon to a close action. The composer moves down out of view and a black dot remains on white, changing size slightly.
Choreography. Mode choice precedes the click, the button confirms activation, then the interface clears to the activity symbol.
Adaptation. Keep mode selection, activation feedback, and the listening state distinct rather than jumping directly to an abstract animation.
Limit. This interval ends with a black dot, not the later colored orb. Its subtle size changes do not establish a spring or audio-reactive algorithm.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
You can just use your voice | ChatGPT Work · OpenAI · 00:33–00:37 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. Small documents, charts, a waveform, and an orb briefly occupy the space after a partially typed sentence. They clear for the complete line. The closing name then appears while related objects populate the outer edges.
Choreography. Objects first behave like inline punctuation; later they become a surrounding field. The central statement stays comparatively uncluttered.
Adaptation. Echo demo artifacts in the closing frame without hiding the main message; change their role from inline examples to peripheral context.
Limit. The object sequence is editorial and too brief for reading the small artifacts. It is not a product layout recommendation.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Build and test iOS apps without leaving Codex · OpenAI · 00:00–00:05 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The film starts with a desktop window, pushes into the central prompt, opens a list above the composer, then removes that list while the request is entered. The desktop border is already out of view before typing dominates.
Choreography. Camera emphasis finishes early; later changes are local menu and input states rather than continued zooming.
Adaptation. Complete the establishing move before viewers must read the request. Keep the input's position steady during entry.
Limit. Despite the source film's iOS subject, this excerpt shows a desktop composer, not a phone reveal. It does not prove the later mobile workflow.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Build and share apps in Codex · OpenAI · 00:03–00:07 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. Large colored word tiles and small app examples overlap. The word tiles leave in stages, a smaller central sentence types on, and the surrounding examples rearrange before departing toward the edges.
Choreography. Density is reduced before the explanatory sentence is completed. The outer objects can continue moving because the center is reserved for reading.
Adaptation. Use a busy opening only if it resolves to one stable statement; choreograph exits as carefully as entrances.
Limit. The repeated cards are promotional examples, not a live multi-window application state or proof of synchronized interaction.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Build and share apps in Codex · OpenAI · 00:11–00:15 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The app view cuts to a centered type-on statement. Purple square brackets appear before the first emphasized word finishes; purple parentheses similarly precede the second word. The completed line holds before the next input close-up.
Choreography. Punctuation is an animated container, not merely a final decoration. The two terms enter sequentially and only then share a reading hold.
Adaptation. Use a small colored delimiter to organize a before-to-after statement, leaving the words themselves high-contrast and stable once complete.
Limit. The source does not establish that bracket growth uses layout animation rather than a composited reveal.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Build and share apps in Codex · OpenAI · 00:35–00:40 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A moving field of many app outputs fills the frame. Cards change relative placement as the view travels, then the whole composition rapidly shrinks into a small central cluster and clears for bracketed text.
Choreography. The dense sequence lasts before a decisive scale collapse. The tiny remaining cluster acts as a visual bridge between abundance and the sparse closing frame.
Adaptation. End an output montage with a clear density reset; do not leave a busy wall behind the final takeaway.
Limit. Layer overlap is visible, but the source does not prove a 3D camera, true parallax depth, or a particular motion-blur setting.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing workspace agents in ChatGPT · OpenAI · 00:00–00:06 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A short introductory word holds, then a larger two-line title types in with a visible pointer nearby. The next smaller phrase includes a plus symbol and pointer; after its hold, a row of agent cards appears on blue.
Choreography. Changes of type size separate introduction, name, and invitation. The pointer moves toward the plus before the cut to examples.
Adaptation. Connect a textual invitation to the next interaction with one restrained pointer gesture, not a detached decorative cursor.
Limit. The pointer in the title is promotional choreography; it is not evidence of a real clickable text control.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing workspace agents in ChatGPT · OpenAI · 00:10–00:15 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A chapter title cuts to a large sidebar crop. The selected background passes from the top item through search to workspace agents. The selected row holds before a cut to the new-agent composer.
Choreography. A small moving selection establishes the destination inside familiar navigation; only then does the composition change to the task surface.
Adaptation. Show how viewers get to a feature before demonstrating its empty state, with a readable selected-row hold.
Limit. This excerpt is selection motion followed by a cut, not a demonstrated continuous camera push into the composer.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing workspace agents in ChatGPT · OpenAI · 00:51–00:57 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A chat result cuts to a two-line statement. After it holds, an icon-label row appears. A second and then a third row join below while the earlier rows move upward to keep the growing group near the center.
Choreography. The list is not three independent pop-ins: existing rows yield space as the next row arrives, preserving a compact centered block.
Adaptation. For a short capability list, reveal one item at a time and re-center the group gently rather than letting it grow off the bottom.
Limit. The excerpt contains only the start of the list; no claim is made about the final number of capabilities or exact per-row easing.
Consecutive-frame check · 24 frames
One row is present through 55.533 s. The second row appears at 55.550 s, while the first row keeps essentially the same position through this short window. Re-centering is a later part of the wider excerpt, not an immediate response to this insertion.
Scroll the strip horizontally; click any frame to seek.
55.500–55.883s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Work smarter with your company knowledge in ChatGPT · OpenAI · 00:04–00:09 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The feature label shortens from the right until only its blue symbol remains. A row of service icons expands beside that symbol, holds, then is cleared and replenished in groups while the left symbol persists.
Choreography. The persistent feature symbol anchors several groups. Entry and exit are staggered across the row rather than a single all-at-once replacement.
Adaptation. Represent breadth with a few paced groups around one stable anchor; do not force viewers to read every integration at once.
Limit. The symbol and service logos are references only. The sequence is not a verified list of current supported integrations.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Work smarter with your company knowledge in ChatGPT · OpenAI · 00:25–00:30 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. Source cards appear one by one beneath a changing reading status. The frame widens to include the request, another source and a source-count badge join, then answer text grows below while the provenance row stays visible.
Choreography. Status, evidence, and answer have separate entrance moments. The layout makes room for the answer without deleting its sources.
Adaptation. For a research demo, stage the consulted material before the conclusion and preserve that relationship during the reveal.
Limit. The visible source count and status are film content, not timings or results that can be assumed for another product.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A phone with a small illustrated card is established. The phone outline fades as the illustration expands into multiple cards arranged along a shallow arc. They travel across the frame and leave space for a typed statement.
Choreography. The central illustration links the phone state and the free-floating set. Card rotation follows the arc, and the group exits before the statement's hold.
Adaptation. Take one recognizable item out of its container to explain a collection, then clear the collection before the takeaway.
Limit. The arc is a promotional composition, not a claim that the actual phone UI fans cards in this way.
Consecutive-frame check · 24 frames
Additional card edges emerge behind the original as the phone outline fades. By 6.400 s the phone is no longer clearly visible, while the card group is still widening. The cards begin separating with white gaps by the end of the window. Container exit and collection expansion overlap.
Scroll the strip horizontally; click any frame to seek.
6.250–6.633s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The feed card holds inside the phone, then a sheet with the same illustration rises from below over a dimmed feed. Once open, the article scrolls upward and a later close crop emphasizes the follow-up composer.
Choreography. Sheet translation happens before article scrolling. The illustration connects the summary card to the detailed reading view.
Adaptation. Preserve a shared visual element when expanding a summary, and avoid scrolling until the new container is established.
Limit. The article's subject matter is source content, not advice endorsed by this guide. The film does not establish the precise native sheet physics.
Consecutive-frame check · 30 frames
The background darkens before and during the sheet rise. The second illustration becomes visible at the bottom around 37.167 s. Successive top-edge movements become smaller toward 37.500–37.583 s, supporting a decelerating arrival. No overshoot is evident in this inspected window.
Scroll the strip horizontally; click any frame to seek.
37.100–37.583s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. Three rounded suggestion rows cycle vertically, with the middle row darker and a blue example term. The upper and lower rows fade away; the surviving row becomes a composer with microphone/send controls, then receives typed text.
Choreography. Selection is communicated through position and contrast before the interface simplifies. Controls arrive after the extra rows have nearly cleared.
Adaptation. Move from suggested intent to editable intent by retaining one row instead of replacing the entire composition.
Limit. The transition is shown as a promotional abstraction; it does not prove those exact animated states exist in the shipping interface.
Consecutive-frame check · 30 frames
The upper and lower suggestions fade while the central row stays in place. Its left icon then fades, the text shifts toward the left, and new controls begin appearing on the right around 56.183–56.233 s. The transformation is a coordinated set of local changes, not a whole-card replacement.
Scroll the strip horizontally; click any frame to seek.
55.750–56.233s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing ChatGPT Study Mode · OpenAI · 00:00–00:05 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A title builds in groups, holds, and cuts to a compact tool menu whose entries fill downward. The menu is replaced by an outlined book that opens through several visible orientations before resting.
Choreography. The sequence moves from the feature's name to its location, then to a compact symbol. Each has its own short hold rather than being layered simultaneously.
Adaptation. For onboarding, establish naming and navigation before using an abstract feature symbol.
Limit. The book's intermediate shapes are visible, but the source alone does not distinguish 3D rotation from a drawn path animation.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing ChatGPT Study Mode · OpenAI · 00:58–01:03 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The colorful demo card gives way to a white type-on wordmark. After a hold, letters disappear from the right, leaving a single initial before the knot mark appears and changes orientation into its final hold.
Choreography. The exit reverses the earlier typing behavior. Deletion creates a short intermediate state instead of a direct full-word-to-logo cut.
Adaptation. Echo the opening's reveal language at the end, but give the final identity a stable hold for manual playback handling.
Limit. The mark is research-only branding. The changing outline does not reveal the original path interpolation or rotation parameters.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Find the perfect gift by shopping with ChatGPT · OpenAI · 00:08–00:13 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. An isolated composer on white is replaced by a tall phone on a pastel field. The same request is now near the top; the phone settles in frame, shows a search status, then fills with response text.
Choreography. Container establishment precedes response growth. Request continuity makes the change of scale and background understandable.
Adaptation. Use a persistent request to bridge from a readable input close-up to the actual device context, then keep the device quiet while the answer appears.
Limit. The samples do not establish that the request geometrically morphs into the phone; the transition may include a cut. The answer is not a shopping recommendation from this guide.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
ChatGPT skills in beta for ChatGPT Business & Enterprise · OpenAI · 00:13–00:18 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The thinking state becomes a short answer and download link. A compact preview row appears near the bottom and expands with additional preview status while the input remains anchored beneath it.
Choreography. Text, link, and artifact arrive in sequence. Later upward movement of the conversation makes space without discarding the input anchor.
Adaptation. Show a generated artifact only after its label is readable; keep the next-action control in a predictable place.
Limit. This is a response-layout observation, not evidence of actual generation latency or the contents of the downloadable artifact.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
ChatGPT skills in beta for ChatGPT Business & Enterprise · OpenAI · 00:38–00:43 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A sharing chapter holds, then the full app window appears. The account menu opens at the lower left; only after it is visible does the view move rapidly closer to that corner and settle on the menu.
Choreography. The menu is established in context before magnification. The window edges and menu position remain linked through the move.
Adaptation. For an inconspicuous settings action, show its location first and then enlarge the already-open menu.
Limit. This excerpt ends before the sharing operation itself; it studies attention direction, not a complete permissions workflow.
Consecutive-frame check · 15 frames
The window changes little in the first few frames, grows rapidly around 42.108–42.275 s, and has much smaller changes near 42.342–42.475 s. The lower-left menu remains the destination. This is a visible speed ramp into a hold, without a measured easing fit or detected overshoot.
Scroll the strip horizontally; click any frame to seek.
42.008–42.475s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing Appshots in Codex · OpenAI · 00:38–00:43 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The centered Codex wordmark holds briefly, loses letters from the right, and gives way to the knot mark. The mark changes shape/orientation during its entry, then remains stable for most of the excerpt.
Choreography. A small amount of movement is concentrated near 38.5–39.3 s. The rest is a deliberate clean ending hold, unlike the busy output montage earlier in the film.
Adaptation. Budget a quiet end state instead of stretching decorative motion to the last frame; choose the hold against the actual playback workflow.
Limit. This is a separate 23.976 fps source example of the deletion family, not a new motion mechanism or an official required end-buffer length.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Design your dream room by shopping with ChatGPT · OpenAI · 00:26–00:31 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The phone stays at a consistent size while the response scrolls upward through a first set of chairs to a second group. Scrolling stops for a long comparison hold, then the product row moves horizontally near the end.
Choreography. The two axes are used in separate beats: vertical movement locates a category, horizontal movement compares within it.
Adaptation. Avoid simultaneous scrolling and carousel movement. Land on the relevant group, pause, then browse its alternatives.
Limit. This is content motion inside a fixed phone, not camera reframing. Products and prices are historical source content, not current recommendations.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
How to blend videos with Sora · OpenAI · 01:13–01:18 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The blend controls hold in a close crop. A result view replaces them around 75.1 s, and the frame pulls back to show the complete dark window while the butterfly clip is already moving.
Choreography. Result playback overlaps the pullback. Recognizable subject motion bridges the close result and its wider application context.
Adaptation. After a decisive control action, spend the camera move on restoring context rather than holding on the button after the result exists.
Limit. The butterfly-to-flower content belongs to the generated result; it is not the same motion layer as the editorial window pullback.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The full dark editing interface holds with a preview and timeline. The framing then moves down and closer to the bottom action area; the pointer activates the control, the view dims, and the resulting clip replaces the editor.
Choreography. The timeline's spatial context is visible before the action crop. The brief dim state separates activation from the result view.
Adaptation. Establish what will be changed in a wide view, then use one targeted push to make the final control unmistakable.
Limit. The dark interval is visible but does not measure processing latency. The excerpt is not a complete recut tutorial.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
How to storyboard with Sora · OpenAI · 00:48–00:54 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A pointer moves along the bottom timeline and selects an insertion position. A second black storyboard card appears to the right; the view shifts until both card edges and the newly selected timeline item are visible, then centers the new card.
Choreography. The timeline marker explains the new card's location before the larger workspace shifts to accommodate it.
Adaptation. When adding a step or scene, show its insertion point first, then make room without losing the neighboring item entirely.
Limit. The tiny source text is not transcribed here. The observation concerns placement and continuity, not the exact prompt or generation result.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Character Consistency with 4o Image Generation · OpenAI · 00:03–00:09 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A three-line title holds. Small character images begin replacing each other over its middle, the heading changes to two lines framing the image, and the image stack grows until it overlaps more of the words.
Choreography. The type establishes a scaffold first. Image replacement accelerates inside it while scale growth gradually shifts attention from wording to visual examples.
Adaptation. Use a title as a temporary frame for a few examples, then let the examples take over; avoid obscuring the words before they have been read.
Limit. Repeated character pictures demonstrate a visual theme, not a quantitative consistency evaluation.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Transparent Layers with 4o Image Generation · OpenAI · 01:03–01:10 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A plain laptop image receives a large dog sticker with a selection boundary. The sticker is reduced to a small size near the lower edge, then moved onto the lid and held before the film cuts back to a physical laptop view.
Choreography. Insertion, resizing, and positioning are separate visible operations. The background object stays fixed so the changing layer is easy to track.
Adaptation. For an editing demo, show the raw inserted layer briefly, then make each transformation legible against an unmoving canvas.
Limit. The visible transform sequence does not establish the application's internal layer model or exact gesture speed in normal use.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. Milk packaging changes language in quick matched views. The edit then slows to individual words on different signs, with each sign retained for several sampled frames and a small chameleon appearing in the scenes.
Choreography. Cadence changes with the reading task: rapid comparison first, then longer single-word holds that form a sentence.
Adaptation. Use different pacing for visual variation and for a sentence the audience must assemble; keep the words large and isolated.
Limit. The silent excerpt supports visual cadence, not claims about narration or music synchronization. Sign content is part of the source's fictional sequence.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. Costumed character portraits switch rapidly. The character then appears in a book spread; a page turns to a large word, followed by words on a star, food packaging, jewelry, and other objects.
Choreography. The book acts as an intermediate object between image variation and typographic storytelling. The page turn changes the mode before the slower word sequence.
Adaptation. Find one visual object that belongs to both sections and use its transformation to make the handoff less abrupt.
Limit. The page-turn construction is not identified as practical footage or a specific effect; no claim is made about the original edit's audio timing.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
OpenAI Super Bowl 2026 | Codex | You Can Just Build Things · OpenAI · 00:49–00:57 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A physical laptop shot gives way to very large white words on a dark moving texture. Whole words replace one another in the center; the final product name is much smaller than the preceding statement.
Choreography. The field stays dark across the live-action-to-type handoff. Word replacement carries the cadence, while the scale drop gives the ending a quieter register.
Adaptation. Use whole-word cuts for a very short statement, then reduce scale for the sign-off rather than adding another large reveal.
Limit. Visual replacement intervals are observable, but the silent excerpt does not justify claims about synchronization to the ad's soundtrack.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A small code fragment gives way to a paper and a video side by side. The paper's pages change while the video holds its position. The edit then moves through enlarged letter-construction drawings to a wider outlined word.
Choreography. Layout changes are decisive; motion within each layout is restrained. A paired evidence frame contrasts with the later extreme typographic detail.
Adaptation. Use different stable layouts for different evidence types, and reserve zoomed detail for the one construction worth inspecting.
Limit. The drawings are archival source material, not specifications for the guide's typography or proof of continuous camera travel between every view.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. An oversized cropped text passage cuts to a small social post surrounded by white. A black-and-white group photograph follows, then a compact anniversary lockup with a briefly changing knot mark.
Choreography. The dramatic scale reset creates breathing room before the group photo. The final mark is smaller and quieter than either the cropped text or photograph.
Adaptation. End a dense retrospective with an intentional scale reduction and a human image before the final identity.
Limit. This is a sequence of distinct shots, not evidence that the text, photo, and mark are a single continuous morph. Historical post metrics are not current facts.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The camera retreats from a kitchen through the window toward the brick exterior. A growing white text overlay remains in the screen composition while the kitchen and window become smaller behind it.
Choreography. The world recedes continuously; the text does not shrink in lockstep with it. The two motion layers make the physical scene and the response feel related but distinct.
Adaptation. If overlaying a real-world context shot, decide explicitly whether text belongs to the screen or the scene; avoid accidental mixed tracking.
Limit. The text is small and this study concerns spatial behavior, not a complete transcription. Camera hardware and compositing method are unknown.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The shot follows a person through the open car window, travels past the side of the vehicle, and ends with the car receding along the road. The white response overlay grows while staying in screen space.
Choreography. Human attention comes first, then physical departure opens the frame. The text remains available as the vehicle becomes a smaller part of the image.
Adaptation. Let a scene's natural departure create room for a takeaway rather than adding an unrelated graphic wipe.
Limit. The relative motion is visible; the source does not isolate camera travel from vehicle speed or establish a physical tracking rig.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. An extreme close view of the person's face and bar progressively becomes a wider upper-body view as the effort continues. The bar passes through the composition and more of the outdoor setting becomes visible.
Choreography. The changing relationship of face, hands, and bar explains the action before the environment is fully established.
Adaptation. When a physical action is the point, let one sustained shot reveal its context rather than cutting away before the effort is understandable.
Limit. The subject and viewpoint both change relative to the bar; the film does not allow exact separation of camera movement from body movement.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A face under ceiling lights cuts to typing hands, then another person's reaction. Small objects on a table and a mug by a sink move in subsequent inserts before a wider seated view.
Choreography. Reaction shots prepare the viewer to notice small object movement. Different shot sizes distribute the event rather than explaining it with a single wide effects shot.
Adaptation. For a narrative opener, pair a clear reaction with one or two focused inserts; keep such metaphor separate from factual product demonstrations.
Limit. This cinematic sequence does not reveal whether motion was practical, rigged, or composited. It is not evidence of any software capability.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing Prism, a free workspace for scientists to write and collaborate on research · OpenAI · 00:00–00:06 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A blue rounded-square tile appears on white. A luminous internal form becomes a layered outlined mark, holds, then is replaced by a typed product introduction. The title holds before the workspace appears.
Choreography. The tile boundary is stable while the internal form resolves. Icon, naming, and workspace are staged sequentially, not shown together.
Adaptation. Constrain an identity animation to one small area, then stop it before the audience needs to read the next line.
Limit. The source does not expose the mark's shader, path construction, or easing; the observed holds are not official branding rules.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing Prism, a free workspace for scientists to write and collaborate on research · OpenAI · 00:43–00:48 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A dark editor and assistant input fill the crop. After submission, the request appears as a message. The view pulls back to expose the white document pane beside the editor, and a green-highlighted code region appears in the wider layout.
Choreography. The camera waits until the request has changed state. Revealing both panes makes the relationship between source and rendered document visible before the next edit.
Adaptation. Use a post-submission pullback to show the result's destination, keeping both the originating control and the affected artifact in view.
Limit. The excerpt shows linked panes visually but does not verify the scientific content, compilation accuracy, or live operation timing.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A narrow input types an app name, grows taller, then gains an icon and labeled chip above the text. Later the app icon, chip, and request change to a second example within the same container.
Choreography. Container height changes before the chip becomes fully labeled. The plus and send controls remain recognizable as the content is replaced.
Adaptation. Give added metadata its own space before revealing it; preserve the input controls while demonstrating alternate modes.
Limit. The isolated composer is a film treatment, not a verified specification of current app invocation behavior.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. App names cycle vertically through a prominent center row, with faded neighbors above and below. The suffix stays in place. The row then resolves to a general closing phrase, followed by the small knot mark.
Choreography. Only the variable term moves; the fixed suffix provides a reading anchor. The neighboring rows fade away before the general phrase holds.
Adaptation. For a short list of compatible tools, animate the changing term and keep the shared statement stable.
Limit. This is a promotional name reel, not a current integration-availability list. The source does not reveal its exact masking or opacity curves.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Buy it in ChatGPT: Instant Checkout and the Agentic Commerce Protocol · OpenAI · 00:00–00:05 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A small pill composer sits on an ambient pastel field. As the request gains lines, it becomes a taller rounded rectangle; the action row stays at its lower edge while the text occupies the space above.
Choreography. Width remains visually consistent while height grows with content. The surrounding negative space prevents the layout growth from feeling cramped.
Adaptation. When a prompt must be shown being entered, reserve space for its final height and keep controls attached to the bottom of the same container.
Limit. The excerpt illustrates a filmed layout transition, not an exact textarea autosize algorithm or a timing estimate from text length.
Consecutive-frame check · 24 frames
The single-line pill persists through 1.333 s. At 1.350 s the text and action controls occupy separate vertical levels; the container continues gaining height through the following frames. The width stays nearly fixed. This is local layout growth rather than a camera zoom.
Scroll the strip horizontally; click any frame to seek.
1.200–1.583s · every decoded frame in this short window, not the entire film.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A report and chat are shown side by side. The right report scrolls from its executive summary to a line chart, holds, then continues to a bar chart; the left conversation remains in place.
Choreography. Only the report pane advances. The line is already drawn as it enters view, and the pause lets its shape register before the next chart.
Adaptation. For factual results, a clear scroll-and-hold can be stronger than adding a decorative chart build that implies computation.
Limit. No chart-growth animation is observed in this interval. Report values and conclusions are source-demo data, not validated analysis from this guide.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Analyze earnings and update your investment thesis with Codex · OpenAI · 00:53–00:58 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. The report shows four text columns, then a dense comparison table, then a chart-and-commentary section. The surrounding window and desktop stay at the same scale; the first section change is abrupt in the sampled frames and the later change includes vertical travel.
Choreography. Stable framing unifies changes in report density. Each section is given a hold instead of combining scroll, zoom, and chart animation.
Adaptation. Choose a few report sections that support the spoken point; maintain the window frame and stop long enough at each result to identify it.
Limit. The first sampled jump could conceal a fast scroll or edit. This guide does not validate the financial content or present it as investment guidance.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
ChatGPT Computer Use: Now faster with Live Picture-in-Picture · OpenAI · 00:04–00:09 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Click a sampled state to seek. These anchors are not exact event onsets.
Observed. A small glowing character hovers over a night landscape. A luminous triangular pointer enters from the left, loops around the character, changes apparent scale along its path, and becomes the subject of a later landscape view.
Choreography. The character holds position while the pointer supplies the large travel. The pointer's final pass motivates the change of framing.
Adaptation. For an explicitly illustrative interlude, use one moving accent to lead the eye between focal points rather than animating every object.
Limit. This is an animated character/pointer passage, not a floating application-window demonstration. Depth, physical camera, and exact path easing are not recoverable from these samples.
Inspection: Nearest decoded frames to 125 ms sample points across the entire excerpt. Phase labels name sampled states, not exact event onsets. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The browser leaves at approximately 16.900 seconds and returns at 19.900. The intervening white statement card lasts about 3.0 seconds. Dense samples distinguish the title interval from the surrounding product views.
Adaptation. Use an original title-to-content transition as the recognizable OBS start cue. The required lead-in is set by the presenter's playback setup, not by this film's three-second card.
Inspection: Selected 0.1–0.4 second samples around the two boundaries; source about 30 fps. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The full property-page view changes directly to the sidebar crop at approximately 23.033 seconds. Frames either side show a discontinuity, rather than a long traveling camera move.
Adaptation. Establish the full your product window first, then cut directly to the control the speaker is discussing. Retain a little source context at the edge of the crop.
Inspection: 0.1-second samples around the boundary; source about 30 fps. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
A first look at the Codex app · OpenAI · 00:03–00:05 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The opening camera push is concentrated around 3.9–4.3 seconds. It settles on the project area before the interaction continues. This is an approximate sampled window, not an official animation token.
Adaptation. Spend movement on arriving at a useful crop. Stop the camera while viewers read the control and watch the click. Avoid continuous decorative zooming.
Inspection: 0.2-second samples across the push; source about 23.976 fps. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The image montage resolves into a grid at 47.5–48.0 seconds. By the 48.5-second sample, the grid sits inside a phone interface; the Images home surface remains visible through 51.5. The preceding gallery is output artwork, not app chrome.
Adaptation. After a short set of real results, return to the actual product surface that contains them. Do not make a device mockup imply functionality that was never demonstrated.
Inspection: 0.5-second samples from 46 to 52 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Updates to deep research in ChatGPT · OpenAI · 00:58–01:03 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The result starts in the conversation, becomes a report view by 60.0 seconds, then fills more of the frame. The table of contents is open by 61.5 seconds. Product state changes and editorial reframing are separate events here.
Adaptation. Show the finished artifact first, then its useful navigation or source controls. A whole-window view should precede a detail crop.
Inspection: 0.5-second samples from 58 to 63 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
You can just use your voice | ChatGPT Work · OpenAI · 00:18–00:24 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. Between the 18.0 and 19.0-second samples, the voice orb shrinks and moves to the lower right. It stays recognizable as the desktop appears around 23.5 seconds. Changing on-screen work durations demonstrate editorial time compression; this is not a latency measurement.
Adaptation. Keep a stable visual anchor when a real workflow changes surface. Preserve state continuity, but use your product's actual control and a clean capture desktop.
Inspection: 0.5-second samples around the relocation plus samples through 24 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. A full slide editor at 64.0 seconds becomes a selected-chart close-up at 64.5. The wider editor returns by 67.5; a revised chart is visible by 70.5. The excerpt includes the completed visual change, not just the edit prompt.
Adaptation. Keep the same object through before, action, and after. Frame the final change long enough for the spoken explanation; do not substitute an invented result.
Inspection: 0.5-second samples from 64 to 72 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The homepage remains through the 8.5-second sample; results are visible by 9.0. The floating task card keeps its position while a pointer-adjacent explanation grows between 10.0 and 11.5. The surrounding composition remains stable across the content change.
Adaptation. Keep the viewer oriented with a stable container, then attach a short callout to the relevant action without covering the result. Use a real your product state, not the source film's illustrated agent container.
Inspection: 0.5-second samples from 7 to 12 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The configuration is unselected at 70.0 seconds. Selection is visible by 71.5 and grows through the 74.0-second sample. The file tree and editor frame remain in place while the highlighted block changes.
Adaptation. Use the actual editor selection to identify a readable block of relevant code. Keep enough surrounding structure to explain its location; do not add a decorative highlight that pretends to be a product feature.
Inspection: 0.5-second samples from 70 to 76 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The completion instruction is being entered at 44.0 seconds and is submitted by 45.0. Processing states give way to skill cards and edited files by 49.0. Changing on-screen work durations reveal editorial compression; this is not a seven-second performance measurement.
Adaptation. Finish a process demonstration on the saved object the audience can inspect. Show real status and preserve any validation caveats instead of making a fast edit imply instant or fully verified execution.
Inspection: 0.5-second samples from 44 to 51 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Build and test iOS apps without leaving Codex · OpenAI · 00:10–00:15 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The phone view is unhighlighted at 10.0 seconds. An inspection overlay appears by 11.0, a tooltip is visible by 12.0, and an instruction input appears by 13.0. The phone stays in the same frame throughout the sequence.
Adaptation. Show the native inspection target before the request so the audience understands what the instruction addresses. Use only selection and inspection behavior that the demonstrated product actually supports.
Inspection: 0.5-second samples from 10 to 15 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Build and share interactive prototypes in Codex · OpenAI · 00:51–00:55 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The conversation fills the view at 51.0 seconds. By 52.0 it occupies a narrow left pane beside a blank right pane. The running calendar prototype is visible on the right by 53.5. The change reveals a generated prototype, not a shipped calendar feature of the host app.
Adaptation. Let a real split view make room for the result while retaining the originating request. Label generated demo artifacts clearly and do not imply that their functionality belongs to your product itself.
Inspection: 0.5-second samples from 51 to 55 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Build and share apps in Codex · OpenAI · 00:25–00:29 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. A title is present at 25.0 seconds. The dashboard sharing surface appears by 26.0, with a tighter crop by 27.0. The access menu is open by 28.0 and the selected scope has changed by 29.0.
Adaptation. Keep permission decisions in the demonstration rather than cutting around them. Use safe recipients and authentic controls, and hold the chosen scope long enough to read.
Inspection: 0.5-second samples from 25 to 29.5 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. A line chart is visible at 38.0 seconds. Its representation menu is open by 40.0, the pointer reaches the bar option by 41.5, and bars with a tooltip appear by 42.0. The title and neighboring controls preserve continuity.
Adaptation. Demonstrate a genuine state change from control to result. Retain the same chart context and use readable data; do not fabricate a transition between unrelated screenshots.
Inspection: 0.5-second samples from 38 to 44 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Create campaign concepts and assets with Codex · OpenAI · 00:23–00:29 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The original image and its edit request remain visible through the 26.0-second sample. The input is gone by 26.5, and a wider changed composition appears by 27.0 and holds. Composition changes as well as the requested detail, so the excerpt does not establish a strictly local pixel edit.
Adaptation. Keep the same creative subject through the request and result, then give the changed image a clean hold. Describe the actual extent of the revision rather than claiming that everything outside a small region stayed identical.
Inspection: 0.5-second samples from 23 to 29 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Analyze earnings and update your investment thesis with Codex · OpenAI · 01:05–01:09 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The dashboard is wide at 65.0 seconds and cropped to a bar chart by 65.5. Motion toward the adjacent line chart is visible at 67.5; the new detail is settled by 68.0. These samples show the move and its endpoints, not an official easing curve.
Adaptation. Move only between related details the narration is comparing, then stop so the audience can read. Preserve axes, units, and caveats; a polished chart is not independent validation of its claims.
Inspection: 0.5-second samples from 65 to 69 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
ChatGPT can now complete tasks on your computer · OpenAI · 00:30–00:35 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The page heading is unselected at 30.0 seconds and selected by 31.0. A contextual input appears by 31.5 and its request grows through 34.5. The browser page remains visible. This excerpt shows the follow-up request, not its eventual result.
Adaptation. Show the native contextual target with the instruction so the audience can connect them. Pair it with a separate verified result later if the narration promises an outcome.
Inspection: 0.5-second samples from 30 to 35 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
ChatGPT Computer Use: Now faster with Live Picture-in-Picture · OpenAI · 00:25–00:29 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. A small slide preview sits inside the conversation at 25.0 seconds. By 27.0 it is outside the main window near the companion control; its contents change by 28.0 while the main window recedes.
Adaptation. Use a persistent preview only where your product actually supports it. Treat the small view as a continuity cue, not the sole evidence of a readable or completed result.
Inspection: 0.5-second samples from 25 to 29 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Work with docs, sheets, and slides in ChatGPT · OpenAI · 00:23–00:27 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The document is wide at 23.0 seconds. A selected table fills the close-up by 23.5 and the contextual prompt is visible by 24.5. Pullback motion appears at 26.5, restoring the wider view by 27.0. The excerpt alone does not prove that every requested table change completed.
Adaptation. Use selection to explain the object being edited, crop only as far as readability requires, and restore the surrounding document. Show a verified result separately when the claim depends on it.
Inspection: 0.5-second samples from 23 to 27.5 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Use ChatGPT Work on Your Phone · OpenAI · 01:31–01:35 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The phone opens the task around the 91.5–92.0-second samples, and its response is visible by 92.5. A desktop view begins fading in by 93.0; both are visible by 93.5, with the phone on the left. This is an edited comparison, not a synchronization benchmark.
Adaptation. Use matching task content to establish cross-device continuity, and hold both views long enough to compare. Claim only the continuity the real product demonstrates, not an inferred sync speed.
Inspection: 0.5-second samples from 91 to 95 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Make information visual with ChatGPT · OpenAI · 00:44–00:49 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. A task list and decisions are visible at 44.0 seconds, followed by a request for a calendar view. A month grid enters below and fills the view around 47.5–48.0 as the page scrolls. This demonstrates a generated visual representation, not an update to an external calendar.
Adaptation. Change representation when it makes the spoken point clearer, such as replacing a list with chronology. Label generated views accurately and keep the underlying tasks consistent.
Inspection: 0.5-second samples from 44 to 49 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing Appshots in Codex · OpenAI · 00:02–00:08 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The title remains at 3.0 seconds; a close screen is visible by 3.5 and the whole laptop by 4.0. The framing drops to the keyboard at 5.0, returns to the laptop by 6.5, and tightens toward the two app windows by 7.5. Motion-blurred samples mark the camera moves.
Adaptation. Use one physical interaction to establish the human action, then settle on a readable screen. Do not keep moving while the audience needs to read.
Inspection: 0.5-second samples from 2 to 8 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Create and edit presentations faster in PowerPoint · OpenAI · 01:10–01:17 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. A blank main slide remains through 73.0 seconds while the thumbnail rail and assistant text change. By 73.5, a formatted slide occupies the same main canvas and then holds. The stable window makes the artifact change easy to compare.
Adaptation. Show the same workspace before and after generation. Give the finished slide a reading hold; do not turn the edited interval into a claim about generation speed.
Inspection: 0.5-second samples from 70 to 77 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Share Codex plugins with your team · OpenAI · 00:18–00:25 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The plugin page is unobstructed at 18.0 seconds. A sharing dialog is open by 18.5, the crop is tighter by 19.0, and access choices are expanded by 20.5. The dialog remains the focal point rather than being skipped.
Adaptation. Hold the actual access scope and recipient controls long enough to read. Use safe demo identities and do not imply that a share action is harmless or automatic.
Inspection: 0.5-second samples from 18 to 25 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing ChatGPT for Excel and Google Sheets · OpenAI · 00:18–00:24 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The whole spreadsheet window is visible through 20.0 seconds. By 20.5, the crop retains the data grid and assistant column at larger scale. A completed change summary is visible by 22.0 and stays beside the affected sheet.
Adaptation. Crop toward both the changed artifact and its explanation, not the explanation alone. Retain units and caveats; a completion message is not an independent data audit.
Inspection: 0.5-second samples from 18 to 24 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Bring your work into Codex in a few clicks · OpenAI · 00:44–00:52 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The view moves closer to the sidebar by 44.5 seconds. A black rectangular outline surrounds the upper navigation group by 46.5; by 49.5, the outline instead surrounds the project group. The app layout itself remains stable.
Adaptation. Use an unmistakably editorial outline to explain two regions in sequence. Do not make an added callout look like a native product control.
Inspection: 0.5-second samples from 44 to 52 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Workspace agents in ChatGPT: Third-party risk management agent · OpenAI · 01:08–01:16 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The two-pane setup is visible through 69.5 seconds. A white title begins at the 70.0 sample and is complete by 70.5; the setup returns by 73.0. The title separates configuration from a test stage without redesigning the workspace.
Adaptation. Use a short chapter reset before a genuine test or review. Show the test result later; the title itself is not proof that validation succeeded.
Inspection: 0.5-second samples from 68 to 76 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Design your dream room by shopping with ChatGPT · OpenAI · 00:08–00:14 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. A floating composer contains a chair photo at 8.0 seconds; its request is complete by 11.0. At 12.0, the same photo and request appear inside a phone on a colored field. A search state and then response text follow.
Adaptation. Repeat the input content across the transition so the new framing feels continuous. Treat the colored field as presentation design, not a native app background.
Inspection: 0.5-second samples from 8 to 14 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Research and compare products with ChatGPT · OpenAI · 00:24–00:32 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. Vertical movement passes product summaries from 24.0 seconds. A comparison table is visible by 26.5. From 28.0 to 29.5, different product columns move horizontally through the same phone frame; the earlier columns return by 30.5.
Adaptation. Establish the table before moving across columns. Hold comparable rows and labels, and avoid presenting the source's historical prices as current shopping advice.
Inspection: 0.5-second samples from 24 to 32 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Introducing Prism, a free workspace for scientists to write and collaborate on research · OpenAI · 00:16–00:24 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. A proofreading request sits below the dark document source at 16.0 seconds. A working state is visible by 16.5. The view shifts at 18.5, and red/green marked revisions with per-change controls are legible by 19.0 and remain visible.
Adaptation. Use the real review interface to explain changed text. Keep acceptance controls visible and avoid treating proposed wording as scientifically verified.
Inspection: 0.5-second samples from 16 to 24 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. A phone conversation is wide at 28.0 seconds and contains a map by 29.0. By 31.0, the map fills a tighter crop with a follow-up input below it. A request is typed from 32.0 while the map remains visible; another request begins by 35.0.
Adaptation. Keep the actionable input adjacent to the content it refines. Preserve the result's context rather than zooming to an isolated button.
Inspection: 0.5-second samples from 28 to 36 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Buy it in ChatGPT: Instant Checkout and the Agentic Commerce Protocol · OpenAI · 00:18–00:26 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. A product card is visible at 18.0 seconds and a payment sheet by 19.0. The payment action is isolated at 20.5, becomes a working state by 21.0, and gives way to a green confirmation mark by 23.0. A whole-phone confirmation view returns at 24.0.
Adaptation. Keep consequential action and status changes distinct. Use a safe demo transaction and label simulation; the source edit does not verify a real purchase or its processing time.
Inspection: 0.5-second samples from 18 to 26 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
ChatGPT agent Makes Slideshows · OpenAI · 01:06–01:14 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The presenters are visible at 66.0 seconds. An attachment card appears at 67.0, its slide preview by 68.0, and a larger viewer by 71.5. The viewer includes a thumbnail rail by 72.0 before a human insert at 73.5.
Adaptation. Let the audience inspect a delivered artifact after the completion message. Preserve the same cover image across card and viewer to maintain continuity.
Inspection: 0.5-second samples from 66 to 74 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Shipping code to your IDE with ChatGPT · OpenAI · 01:32–01:40 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The linked-editor card shows an editing progress state through 95.5 seconds. A red/green diff and review/apply controls are visible by 96.0. The panel shifts upward as an explanation appears below by 99.0.
Adaptation. Make the actual proposed change inspectable. Keep the later rerun separate; visible diff colors and a confident explanation are not test evidence.
Inspection: 0.5-second samples from 92 to 100 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Prototyping with canvas in ChatGPT · OpenAI · 01:30–01:38 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The code view and preview control are close at 90.0 seconds. A wider split workspace shows a loading state by 91.0. The dashboard is visible by 93.0, and its chart scrolls upward by 96.5 while the conversation stays on the left.
Adaptation. Use a real preview transition and keep the original request in view. Label the result as a generated prototype rather than a shipped feature of the host product.
Inspection: 0.5-second samples from 90 to 98 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
Writing with canvas in ChatGPT · OpenAI · 01:22–01:30 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. The text selection expands by 83.0 seconds and a contextual toolbar is present by 83.5. An input replaces that toolbar by 86.5, with a request typed directly under the selected passage. At 90.0, the view returns to the whole split workspace.
Adaptation. Show selection, instruction, then context. Keep the target visible while entering the request and do not imply that the subsequent answer has been fact-checked.
Inspection: 0.5-second samples from 82 to 90 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
How to blend videos with Sora · OpenAI · 00:46–00:54 Official source ↗
Frame controls load this short excerpt into the browser for reliable seeking, even without server byte-range support.
Observed. Both source previews and the blend panel are visible at 46.0 seconds. The panel is larger by 46.5 and settles by 47.0. The source filmstrips and influence curve remain visible through 54.0, with the pointer approaching the curve around 50.5.
Adaptation. Enlarge a meaningful control while retaining enough source context to explain it. Do not infer an easing formula or deterministic output from the camera move.
Inspection: 0.5-second samples from 46 to 54 seconds. Native-cadence encode; stepping uses decoded frame timestamps, not a 30 fps assumption.
No matching examples. Try another term or reset the filters. Some films contain only output imagery, people, or graphic overlays and have no app-screen groups.