Standard mobile app animations should last 200ms to 300ms. Micro-interactions (taps, toggles) are shorter at 80-150ms. Hero transitions (modal sheets, page navigation) run longer at 300-400ms. Anything over 500ms feels sluggish on a mobile screen. Anything under 80ms feels broken because users cannot perceive the animation.
Mobile App Animation Guide: Timing, Easing, and What Makes Apps Feel Fast
How long animations should last, which easing curve to pick, the iOS and Android specs, and the accessibility setting most builders forget.
What you will get from this guide
- The 200ms baseline rule and exactly when to break it
- 5 easing curves explained without math jargon
- iOS vs Android animation specs side by side
- How 6 industries set different animation expectations
- The reduced motion accessibility setting 35% of users need
- 8 animation mistakes that make apps feel sluggish
Page Reviewed by Aasif Khan| Last Updated on May 15, 2026
Trusted by 10M+ App Builders WCAG 2.1 Reduced-Motion Compliant
What This Guide Covers
- Why Animation Decides How “Fast” Your App Feels
- The 200ms Baseline Rule (And When to Break It)
- 5 Animation Types Every App Needs
- Easing Curves: Linear, Ease-Out, Ease-In, Spring
- iOS vs Android: Different Animation Languages
- Animation Expectations by Industry
- How Appy Pie AI Generates Animation-Ready Apps
- Customer Insight: Animation in Production Apps
- 8 Animation Mistakes That Make Apps Feel Sluggish
- Accessibility: prefers-reduced-motion
- FAQ
A 300-millisecond animation is the difference between an app that feels expensive and one that feels broken. Yet most builders pick durations based on what “looks good” in the moment, ignoring that the same 500ms transition that feels smooth on a hero card feels painfully slow on a tab switch. This guide gives you the timing, easing, and platform-specific specs that separate apps that win the App Store animation Easter Egg awards from apps that get one-star reviews citing “laggy” performance.
Quick Answer
Standard mobile app animations should last 200ms to 300ms with an ease-out curve. Micro-interactions (taps, ripples, toggle switches) run shorter at 100ms. Hero transitions (modal entry, page push) run longer at 300ms to 400ms. Anything over 500ms feels sluggish on a mobile screen; anything under 80ms feels broken because users cannot perceive the animation. The exception: motion-sensitive users who need prefers-reduced-motion respected (around 35% of users globally per WebAIM 2026 data).
Why Animation Decides How “Fast” Your App Feels
Perceived performance and actual performance are two different things. An app that loads data in 800ms but transitions smoothly will feel faster than an app that loads in 400ms but cuts hard between screens. The transition is the performance signal users register.
Research from the Nielsen Norman Group shows that users form a judgment about app quality in the first 50 milliseconds of interaction. Animation timing is the loudest of those early signals. A tab switch that lasts 600ms registers as “this app is slow.” A tab switch that lasts 250ms with proper easing registers as “this app is polished.” The actual data fetch may take longer than the animation in both cases; users only register the animation.
50ms
Time users take to judge app quality (Nielsen Norman)
200ms
Material Design standard transition
500ms
iOS modal presentation duration
35%
Users who benefit from reduced motion
Animation does three jobs in a mobile app
1. It tells users where they are. A slide-in transition signals “you went deeper into the hierarchy.” A modal slide-up signals “this is temporary, you can dismiss it.” Without the animation, users lose spatial context.
2. It buys time for data. A 250ms screen transition gives the next view 250ms of network latency it can hide. Skip the animation and users see a blank screen during loading.
3. It signals affordance. A button that scales 4% on tap confirms the tap registered. A toggle switch that animates its thumb confirms the state changed. Without these micro-confirmations, users tap twice, get confused, and rate the app one star.
This is why looking at animation as decoration is the wrong frame. Animation is functional. It does specific work that no other UI element can do. The question is not whether to animate. It is how long, with what curve, and on which platform.
The 200ms Baseline Rule (And When to Break It)
Start with 200ms as your default animation duration. Adjust up or down based on the type of animation and the size of the moving element.
RULE 1
Smaller elements move faster
A toggle switch thumb moves a distance of about 24 pixels. Animating that over 200ms feels slow because the eye finishes tracking the movement in under 80ms. Use 100ms for elements moving less than 40 pixels.
Example: Toggle switch thumb (24px travel) = 100ms ease-out
RULE 2
Hero transitions get more time
A modal sheet sliding up from the bottom traverses the full screen height (around 800 pixels on an iPhone 15 Pro). At 200ms that motion looks like a snap; the user does not register where the modal came from. Use 300ms to 400ms for hero transitions.
Example: Modal sheet presentation (full screen travel) = 350ms ease-out
RULE 3
Repeated interactions are short
Anything a user does dozens of times in a session (tab switches, list item taps, button presses) should be fast enough that nobody notices the animation. The animation should feel like part of the press, not a wait.
Example: Tab bar switch = 150ms ease-out
RULE 4
One-time delight gets stretched
The success animation after a payment completes can run 600ms to 800ms because users see it once per session. The reward of celebration outweighs the brief wait.
Example: Payment success checkmark = 700ms with spring easing
Timing decision table
| Animation | Duration | Easing | Why |
|---|---|---|---|
| Button tap (scale) | 80-120ms | Ease-out | Pure feedback, must feel instant |
| Toggle switch | 100-150ms | Ease-out | Small element, short distance |
| Tab switch | 150-200ms | Ease-in-out | Repeated action, content fade |
| List item expand | 200-250ms | Ease-out | Standard reveal motion |
| Page push transition | 280-350ms | Ease-out | Spatial hierarchy signal |
| Modal sheet up | 300-400ms | Ease-out | Full screen travel |
| Success animation | 500-800ms | Spring | One-time celebration moment |
| Splash to home | 400-600ms | Ease-in-out | Brand moment + entry |
5 Animation Types Every Mobile App Needs
Mobile app animation is not one thing. Different parts of the app need different motion patterns. Build all five and your app will feel complete; skip one and users will notice the gap.
1. Micro-interactions
Use for: Button taps, toggles, ripples
The tiny acknowledgment animations that confirm a user action registered. Button scale to 96% on press, ripple effects on tap, switch toggles. Almost imperceptible individually but the absence creates a “dead app” feeling.
80-150ms Ease-out High frequency
2. Transitions
Use for: Page changes, tab switches
Movement between screens or major UI states. Slide, fade, push, or shared element transitions. These carry information about hierarchy and direction. The choice of transition tells users whether they went forward, sideways, or up a level.
200-350ms Ease-out Directional
3. Loading & Progress
Use for: Waits over 1 second
Skeleton screens, shimmer effects, progress bars, and determinate spinners. They tell users the app is alive and working. Skeleton screens beat spinners for waits between 3 and 11 seconds.
Continuous Linear Reassuring
4. Reveal & Disclosure
Use for: Expanding lists, accordion sections
Content unveiling motions. List items expanding to show details, accordions opening, FAB menus blooming, search bars sliding into view. These manage visual density by letting users opt into seeing more.
200-300ms Ease-out Height + opacity
5. Attention
Use for: Notifications, errors, badges
Animations that pull the user’s eye to something new or important. Notification toasts sliding in, error states shaking, badges pulsing. Use sparingly because the moment they become routine they stop pulling attention.
200-500ms Spring Sparing use
6. Success & Celebration
Use for: Payments, achievements, sends
Reward animations that mark a successful action. Checkmark draws, confetti bursts, badge unlocks, send animations. These are the moments users screenshot and share. Worth investing in even though they appear once per session.
500-800ms Spring Memorable
Easing Curves: Linear, Ease-Out, Ease-In, Spring
Duration is half of the animation equation. Easing is the other half. An object that moves at a constant speed feels mechanical. An object that accelerates and decelerates feels natural because real-world objects have mass.
You will use four easing curves in 95% of mobile app animations. The names are confusing because the convention reverses what they describe, so think of easing in terms of where the slowdown happens.
Visual Comparison (Watch the Acceleration)
Linear
Same speed throughout
Ease-Out (default)
Fast start, slow finish
Ease-In
Slow start, fast finish
Spring
Overshoots and settles
When to use each curve
Linear belongs only on continuous progress indicators (loading bars, spinning loaders). Anything else feels robotic.
Ease-out is your default. It works for 80% of mobile app animations: page transitions, list expands, modal presentations, button taps. The motion starts fast (responsive feel) and slows at the end (natural settling).
Ease-in is for animations that exit the screen. Dismissing a modal, sliding a notification out, closing a sheet. The motion starts slow (suggests the user can still cancel) and accelerates as the element leaves.
Spring is for moments that should feel playful or rewarding. Success checkmarks, badge unlocks, button “bouncy” presses. The slight overshoot adds personality. Avoid spring on routine actions because the overshoot reads as instability if used too often.
The cubic-bezier values to copy
Both iOS and Android use cubic-bezier curves. These are the values used by Material Design and Apple Human Interface Guidelines that you can apply directly:
| Name | cubic-bezier | Use For |
|---|---|---|
| Standard ease-out | (0.4, 0, 0.2, 1) | Most transitions, default |
| Decelerated ease-out | (0.0, 0, 0.2, 1) | Elements entering screen |
| Accelerated ease-in | (0.4, 0, 1, 1) | Elements leaving screen |
| Spring (mild) | (0.34, 1.56, 0.64, 1) | Success states, playful |
| Sharp (Apple) | (0.4, 0, 0.6, 1) | iOS-style snappy |
iOS vs Android: Different Animation Languages
Apple Human Interface Guidelines and Google Material Design have different animation philosophies. Building one set of animations and shipping it to both platforms produces an app that feels off on at least one of them.
The differences come down to three things: timing baselines, easing preferences, and how transitions communicate hierarchy. Here is what the platform specs actually say.
| Specification | iOS (HIG) | Android (Material) |
|---|---|---|
| Standard transition | 350ms ease-out | 200ms standard ease |
| Modal presentation | 500ms with slight rubber-band | 300ms accelerated |
| Tab bar switch | No transition (content swap) | 150ms fade through |
| Page push (navigation) | 350ms ease-out, parallax pop | 300ms shared element transform |
| Button press feedback | Subtle opacity change (no scale) | Ripple effect from tap point |
| Pull to refresh | Elastic rubber-band drag | Pull-to-refresh indicator slides down |
| Default easing curve | (0.25, 0.1, 0.25, 1.0) | (0.4, 0.0, 0.2, 1.0) |
| Bottom sheet drag | Rubber-band at edges | Linear drag with snap points |
The iOS animation personality
iOS animations skew longer and use elastic, rubber-band motion. Apple’s design philosophy treats the screen as a real physical surface where elements have momentum. Pull a sheet too far and it bounces back. Drag a list past the top and it stretches. These behaviors feel native because users have been trained on them since 2007.
If your app runs on iOS, lean into the elastic feel. Use spring curves with slight overshoot. Allow rubber-band on scroll views. iOS users will notice and appreciate it. They will also notice when an app fails to do this because it will feel like “an Android app on my iPhone.”
The Android animation personality
Material Design animations are faster, more functional, and use sharp easing curves with less overshoot. Material’s philosophy treats animation as paper and ink. Elements unfold, slide, and transform with intent. The user is moving things; the system is not performing for the user.
On Android, lean into the ripple effect on tap (it is genuinely useful for confirming tap location), use shared element transitions where possible (a list item that morphs into the detail view), and keep timing tight. Android users find iOS-style 500ms animations sluggish on their devices.
Cross-platform shortcut
If you are building one design that ships to both platforms, use 220-280ms with cubic-bezier(0.4, 0, 0.2, 1) ease-out as your default. It splits the difference between iOS and Android and feels reasonable on both. Then add platform-specific touches (ripple on Android, subtle opacity feedback on iOS) at the component level.
Animation Expectations by Industry
Animation timing is not universal. A banking app and a gaming app have different users with different tolerances. Banking users want efficiency and trust signals; gaming users want surprise and delight. Same 300ms transition reads differently in each context.
Here is what 10 million apps built on the Appy Pie AI platform have taught us about how animation expectations vary by industry. Each vertical has a different sweet spot.
Banking & Finance
CONSERVATIVE
Users prioritize trust and efficiency over delight. Long animations read as “the app is processing slowly,” which damages confidence in a financial product.
Keep transitions under 250ms. Skip spring curves. Avoid celebratory animations on routine actions like balance check or transfer (users see those daily).
Food & Restaurant
MODERATE
Users are often hungry, in a hurry, and need to complete an order quickly. Snappy is the right feel, with one moment of celebration on order confirmation.
Use 200ms transitions. Reserve one big animation moment for the order confirmation (700ms checkmark with confetti). Keep everything else tight.
E-commerce & Retail
RICH
Animation contributes to the “premium shopping” feel. Smooth product card transitions and add-to-cart animations correlate with higher conversion rates in A/B tests.
Use 280-350ms transitions. Animate add-to-cart with a flying-image effect. Use spring on the cart badge update. Slightly slower feels more luxurious.
Gaming & Entertainment
EXPRESSIVE
Users explicitly want personality. Big animations, spring curves, character-driven motion are expected. The animation is part of the entertainment value.
Push to 400-600ms on hero moments. Use spring with overshoot freely. Add reward animations on level-ups, achievements, and unlocks. Be playful.
Health & Wellness
CALMING
Users come to health apps in moments of stress or focus. Animation should feel slow, smooth, and grounding rather than punchy or playful.
Use 300-450ms transitions with gentle ease-in-out (not spring). Avoid jumpy animations. Slow, breathing-rhythm pacing helps the app feel like a calm space.
Business & Productivity
EFFICIENT
Users perform the same actions hundreds of times per session. Slow animations compound into frustration. Speed beats polish.
Cap transitions at 200ms. Use opacity-only fades instead of slides where possible (faster to perceive). No spring curves. No celebratory animations on save (the user saves dozens of times an hour).
The pattern across industries
Two variables predict the right animation duration for an industry: how often users perform an action and how emotionally engaged they are with the outcome.
High-frequency, low-emotion actions (saving a document, switching tabs) get the shortest animations. Low-frequency, high-emotion actions (completing a payment, unlocking an achievement) get the longest. Build your animation strategy on this 2×2.
How Appy Pie AI Generates Animation-Ready Apps
The Appy Pie AI App Generator includes default animations that follow the timing and easing rules from this guide. You do not have to configure them; they ship with every app built on the platform. Here is what happens during the build flow that produces animation-ready output.
STEP 1 The prompt-to-generation transition uses an ease-out animation
When you submit your app description, the builder transitions from input mode to generation mode with a 280ms ease-out fade. The transition timing is calibrated so users register that the AI received the prompt without feeling like they are waiting.
STEP 2 Conversational AI uses fade-in animations between messages
Each message in the AI conversation fades in over 200ms with a subtle slide-up. This pattern keeps the conversation feeling alive without creating visual noise. The timing matches what users see in iMessage and WhatsApp, two patterns users have been trained on.
STEP 3 Step transitions use horizontal slide animations
Between questions the builder slides one card out left and the next card in right, with a 220ms ease-out. The horizontal motion communicates “moving forward through the flow” rather than just changing content. The same animation runs in reverse if the user goes back.
STEP 4 Feature cards expand with height and opacity transitions
When you tap a feature to see details, the card expands height over 240ms with the content fading in 80ms after the height transition completes. This staggered approach prevents the content from looking squashed during the expand.
STEP 5 Editor panels slide in with ease-out curves
The editor uses 300ms ease-out for panel slides (the QR code panel, feature panel, and section editor). These are slightly longer because users perceive them as “secondary panels appearing” rather than “content changing.” The slower timing supports the spatial hierarchy.
None of these animations require a setting. They ship with every app built on the platform. When you export to iOS or Android, the build process maps these timing values to UIView animation calls (iOS) and MotionLayout or ObjectAnimator (Android), so the timings are platform-native rather than web emulations.
Customer Insight: Animation in Production Apps
Animation strategy looks different when you actually ship an app. The decisions you make on day one get tested by real users with real expectations, and what feels right in the design tool sometimes fails in the wild.
Woodloch Resort
RESORT MOBILE APP, LIVE 2024
“We initially shipped with longer celebration animations on every booking confirmation, thinking it would feel luxurious. Within three weeks our analytics showed users were tapping past the animation before it finished. We pulled the celebration timing back to 400ms and added a subtle haptic on completion instead. Engagement on the confirmation screen went up because users actually saw it.”
Lesson: Long animations only work if users are emotionally invested enough to wait. Test your celebration animations against real user behavior, not internal team reactions.
VintPets
VETERINARY APPOINTMENT BOOKING APP
“Our users book appointments while stressed about a pet’s health. We removed every spring animation from the booking flow because the bouncy feel was reading as ‘cute’ in a context where users wanted serious efficiency. The replacement was straight ease-out at 220ms across the board. Support tickets about ‘the app feels slow’ dropped by half even though the actual timing barely changed.”
Lesson: Animation personality matters as much as timing. The same 220ms transition can feel professional with ease-out or playful with spring. Match the curve to your user’s emotional state.
The pattern across these stories: animation decisions that look right in isolation can fail when measured against real user context. The best animation strategy is one you treat as a hypothesis to test, not a design decision to lock in.
8 Animation Mistakes That Make Apps Feel Sluggish
These are the most common animation problems we see in apps built across the platform. Each one has a fix that takes minutes to implement and noticeably changes how the app feels.
01
Using the same duration everywhere
A button press, tab switch, and modal sheet all running 300ms feels uniformly slow. Different animation types need different durations.
Fix: Use the timing decision table above. Match duration to the size and importance of the moving element.
02
Linear easing on everything
Constant-speed animations feel mechanical because nothing in the real world moves that way. The app reads as “computer” instead of “natural object.”
Fix: Default to ease-out for entries, ease-in for exits, spring for celebrations. Reserve linear only for continuous progress indicators.
03
No exit animations
Modals and overlays appear with animation but disappear instantly. Users feel disoriented because they cannot track where the content went.
Fix: Animate exits at 70-80% of the entry duration. Use ease-in for exits to signal the element is leaving.
04
Animating expensive properties
Animating width, height, or top/left triggers layout recalculation on every frame. The animation drops below 60fps and feels janky.
Fix: Animate
transform (translate, scale, rotate) and opacity only. These run on the GPU at 60fps.05
Skipping reduced-motion check
Users with vestibular disorders get nauseated by parallax and slide animations. About 35% of users globally benefit from reduced motion settings.
Fix: Respect
prefers-reduced-motion. Replace slide and parallax animations with simple opacity fades when set.06
Stacking animations on the same element
Combining position, scale, opacity, and rotation transitions on one element creates chaotic motion. Users cannot read what is happening.
Fix: Limit each element to 2 animated properties max. Stagger the rest to start 100ms later if you need more.
07
Spring on routine interactions
Spring easing on every button press makes the entire UI feel unstable. The overshoot becomes visual noise instead of a delightful detail.
Fix: Reserve spring for celebration moments and success states. Use ease-out for routine taps and transitions.
08
Animations that block interaction
A transition that takes 500ms during which the user cannot tap anything trains users to wait. Apps with frequent blocked moments feel slow.
Fix: Keep blocking animations under 300ms. For longer celebration animations, make them dismissible by tap. The user is in charge.
Accessibility: prefers-reduced-motion
WCAG 2.1 / ACCESSIBILITY
Honor the system-level reduced motion setting
iOS users enable “Reduce Motion” in Settings > Accessibility > Motion. Android users enable “Remove Animations” in Settings > Accessibility > Display Size and Text. Both settings expose a prefers-reduced-motion flag that your app can read.
Users enable this setting because parallax, slide, and rotate animations trigger motion sickness, vertigo, or vestibular discomfort. WebAIM’s 2026 accessibility survey found that about 35% of users either have the setting enabled or would benefit from enabling it. Failing to honor the setting is both an accessibility violation and a usability problem for one in three users.
What “reduced motion” should NOT mean
Reduced motion does not mean “no animation.” It means “no motion that creates a sense of physical movement.” Opacity fades are fine. Color transitions are fine. What is not fine: slides, parallax, rotates, and large scale changes.
CSS implementation (for hybrid apps and PWAs)
@media (prefers-reduced-motion: reduce) {
/* Replace slide and parallax with simple fades */ .modal-enter {
transform: none;
transition: opacity 200ms ease;
}
/* Disable infinite animations */ .pulse, .shimmer, .spinner {
animation: none;
}
/* Shorten remaining animations */ * {
animation-duration: 0.1ms !important;
transition-duration: 0.1ms !important;
}
}iOS native implementation
// Swift
if UIAccessibility.isReduceMotionEnabled {
UIView.performWithoutAnimation {
// Direct state changes, no animation
}
} else {
UIView.animate(withDuration: 0.3, animations: { ... })
}Android native implementation
// Kotlin
val animatorDurationScale = Settings.Global.getFloat(
contentResolver,
Settings.Global.ANIMATOR_DURATION_SCALE,
1.0f
)
if (animatorDurationScale == 0f) {
// User has disabled animations system-wide
// Skip animation, perform direct state change
}Apps built on the Appy Pie AI platform inherit reduced-motion support automatically. The animation system reads the platform setting and falls back to opacity-only transitions when reduced motion is requested. You do not need to configure anything to comply with WCAG 2.1.
FAQ
How long should mobile app animations be?
What is the best easing curve for mobile app animations?
Ease-out (cubic-bezier(0.4, 0, 0.2, 1)) is the default that works for 80% of mobile app animations. It starts fast for responsiveness and slows at the end for natural settling. Use ease-in for elements leaving the screen, and spring curves only for celebration moments and success states.
Are iOS and Android animations different?
Yes, significantly. iOS uses longer animations (350-500ms) with elastic, rubber-band motion. Android uses shorter, snappier animations (200-300ms) with cleaner easing curves. iOS uses subtle opacity changes for button feedback; Android uses ripple effects from the tap point. Cross-platform apps should target 220-280ms as a middle ground with platform-specific feedback touches.
Do I need to design my own animations or are they automatic?
Apps built on the Appy Pie AI platform inherit a complete animation system by default. Page transitions, tab switches, button feedback, modal presentations, and loading states all ship with timing and easing pre-configured to match this guide. You only need to customize animations if you want a non-default look (longer celebration animations, brand-specific motion, etc.).
What is prefers-reduced-motion and why does it matter?
prefers-reduced-motion is an accessibility setting on iOS and Android that signals when a user wants reduced animation. About 35% of users globally either have it enabled or benefit from it. Apps that ignore this setting can trigger motion sickness, vertigo, or vestibular discomfort. WCAG 2.1 requires apps to respect this setting. The fix is to replace slide and parallax animations with simple opacity fades.
What properties should I animate for best performance?
Animate transform (translate, scale, rotate) and opacity only. These run on the GPU at 60fps. Avoid animating width, height, top, left, or any property that triggers layout recalculation. Those force the browser or native renderer to recompute every frame and produce visible jank.
How do banking app animations differ from gaming app animations?
Banking apps should keep transitions under 250ms with ease-out curves and zero spring animations. Users prioritize trust and efficiency; long or playful animations damage confidence in a financial product. Gaming apps push transitions to 400-600ms with spring curves and big reward animations. Users explicitly come for personality and delight. Match animation timing and personality to the user’s emotional state in your category.
Why do my animations feel slow even at 200ms?
Three common causes: animating layout properties (width, height) instead of transform, using linear easing instead of ease-out, or animating too many properties simultaneously. Switch to transform and opacity, apply cubic-bezier(0.4, 0, 0.2, 1), and limit each element to two animated properties. A 200ms animation with these fixes feels significantly faster than the same 200ms animation without them.
Should I add celebration animations to my app?
Yes, for one-time success moments (payment complete, achievement unlocked, account created). Run them 500-800ms with spring easing. Skip celebration animations on routine actions like save, send, or submit. Users perform those dozens of times per session, and repeated celebration animations train users to tap past them or rate the app slow. Reserve the big moments for moments that actually matter.
What is shared element transition and should I use it?
Shared element transition is when an element (typically an image or card) animates smoothly from one screen to the next instead of fading out and back in. Android Material Design supports it natively. iOS supports it through custom transition coordinators. Use it for list-to-detail navigation where the list item becomes the detail header. It is one of the most impactful animations you can add because it preserves user spatial context.
Can animation actually hurt app store ratings?
Yes. App store reviews citing “the app feels slow” or “laggy interface” are often actually complaints about animation timing rather than actual performance. An app that animates every interaction at 400ms with no skip option will generate more one-star reviews than an app that uses 200ms with proper easing, even if both have identical data fetching speed. Animation is the visible performance.
How much does animation work add to development time?
If you build animations from scratch in a custom codebase, expect 15-20% of total development time spent on animation work alone. If you use a no-code platform like Appy Pie AI that ships with a complete animation system, the time cost is near zero because timings and easing are pre-configured. You only spend time customizing animations you specifically want to look different from the default.
Ship an App With Animations That Feel Right
Every app built on Appy Pie AI ships with a complete animation system. Timing, easing, and platform-specific feedback are pre-configured. You describe your app; the AI builder applies the same animation specs covered in this guide.
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