The action defines the type of progression is occurring in the prototype. For example, the action could be to Navigate To another frame, or open an external URL.
This is a simple action which takes you from one frame in a prototype to another. This is the most common type of action to use when moving between entire screens.
Open overlay
This action opens the Destination frame above the current frame. This can be used to display a modal, tooltip, or alert—from a button or other object in the design.
Scroll to
This action lets you to make your prototype, or a nested scrollable container, scroll to any object within the top-level frame. This is useful to replicate anchor links and interactions with scrollable elements like carousels.
If you add Scroll to using the Interactions section of the Prototyping panel, you can only pick direct children of scrollable frames. To pick any object within the top-level frame, drag out a noodle and link it to the object you want to set as the destination.
With Scroll to, you can set the scroll animation to be Instant or set an ease using the Animate option.
Note: To drag a connection to a destination hidden by a clipped frame, uncheck Clip content from the frame section of the Design panel to expose the destination frame first.
Swap with
The Swap With action allows you to replace one frame with another. This will behave similarly to the Navigate To option, when triggered from a hotspot in a regular frame.
If you apply Swap With to a hotspot in an overlay, it will replace (or swap) the current overlay with the new Destination frame. The new overlay will retain the same overlay settings as the original.
Note: Using Swap With won't add that frame to the prototype's history. If you’d like a user to be able to use the Back action to move between overlays, we recommend using the Navigate To option instead.
Back
This allows you to navigate back to the previous screen. This is perfect for simulating the Back button in your Prototypes.
Close overlay
This action allows you to close or dismiss any overlays that have appeared over the original frame. You can use this to replicate an on-screen prompt or alert being accepted or dismissed.
Open link
This allows you to direct the user to a URL outside of the prototype. This is great for external links, or additional resources that aren't available in the main navigation.
Enter your URL in the field provided, once you select this option.
Tip! When you click on an Open URL hotspot, the link opens in a new tab. If this is a link to an external website, the user will be notified they are leaving Figma. You can use the checkbox provided to skip this jump page in the future. This setting will only be saved on the current device.
Prototypes have many moving parts. Add easing presets, or customize the easing of transitions, to communicate movement, emotion, and make your prototype more like the real thing.
Easing determines the acceleration of the transition between a starting frame and its destination, also known as keyframes, by using a mathematical function. Keyframes can be two frames in an interaction, like the transition from one screen to another, or the beginning and end states of a single frame, like an object changing color.
In the example animations below, easing is represented by a curve on a graph where time is applied to the x axis and the transition, such as Move In, Slide, or Smart Animate is on the y axis. The keyframes are represented by the beginning and end points of the line of curve in the graph.
Tip! Hover over the preview window in the Interaction Details panel to see a preview of your animation.
Default easing curves
Linear
This is the default acceleration and is applied in a constant straight line. As objects in nature rarely move at a constant speed, linear curves can look unnatural or robotic.
Ease In
Creates an animation that starts slowly and accelerates as it reaches the end of its duration. This works well for smoothly transitioning objects out of view. One downside is it can feel sluggish.
Ease Out
Ease Out is the opposite of an Ease In curve, where the animation starts fast and slows down as it reaches the end of its duration. It works well for moving objects into view and reinforcing important visual information.
Ease In And Out
Starts the animation slowly, accelerates in the middle, and slows at the end of its duration. For most motion, it feels smooth and responsive, but can feel unnatural or too perfect when applied to everything.
Ease In Back
Ease In Back is when the animation goes past the initial keyframe’s value and then accelerates as it reaches the end. This creates a bounce in the animation that serves as an anticipatory action, preparing the audience for and reinforcing the main action. Much like Ease In, Ease In Back can work well for smoothly transitioning objects out of view.
Ease Out Back
Is the opposite of Ease In Back. The animation starts fast, then slows and goes past the ending keyframe's value. This creates a bounce in the animation that serves as a settle that creates a smooth ending transition for the main action. Similar to Ease Out, Ease Out Back works well for moving objects into view.
Ease In And Out Back
Starts the animation slowly as it overshoots the initial keyframe’s value, then accelerates quickly before it slows and overshoots the ending keyframes value. This creates an anticipatory bounce at the start, a quick motion, with a rebounding motion before the final state.
Custom easing curves
Select the Custom option from the list to manually set and adjust easing values. Figma will show a graph, or Bézier curve editor, based on the preset you have previously selected.
You can use the Bézier curve editor to adjust the curve of an existing preset, or to create an easing curve of your own.
You can copy and paste numerical values to other interactions to replicate easing. It's not possible to save a custom easing curve for future use.
A cubic Bézier curve is defined by four points. These points are represented by the square perimeter in the graph.
The graph's axes represent a curve on a graph where time is applied to the x axis and the transition, such as Move In, Slide, or Smart Animate is on the y axis.
There are two keyframes that indicate the start and end state of the animation. These are fixed at 0,0 and 1,1. Click the keyframe to reset the Bézier handles.
A continuous curve shows the object's values over the duration of the animation. This is the easing curve.
The adjustable handles allow you to change the values of the curve. If you're customizing an easing curve with no handles, click and drag the keyframe to activate the handles.
You can use this field to enter numerical values.
Tip! You can use these numerical values when translating the Bézier curve to CSS notation: cubic-bezier(x1, y1, x2, y2)
Note: It's possible to extend the curve beyond the graph's dashed perimeter. You can use this to create an anticipatory bounce at the beginning, or a rebounding effect at the end of the animation. The Ease In and Out Back preset shows both of these effects in action.
Anyone with can edit access to a file can create and edit prototypes.
In creating prototypes, we want to our interactions to feel as much like the real thing as possible. For some interactions, we need to provide an illusion that our designs are truly dynamic.
The preserve scroll position setting lets you keep the same scroll location when you transition between screens. This applies to vertical scroll depth, as well as horizontal location.
Figma automatically preserves your scroll position for Smart Animate.
Preserve scroll position is optional for Instant or Dissolve animations.
Preserve scroll position in not available for Slide, Push, or Move animations.
Vertical scroll
In our example below, we want to show the full size of our content when a user clicks on the preview. We have two screens in our prototype:
Screen 2 shows the our newsfeed design with a preview of the element.
Screen 3 shows how the same page will look with the full size element.
If we leave Preserve scroll position unchecked, the user can scroll down our prototype and click on our interactive element.
Figma will take them to the next page in our prototype (Screen 3), but they will be taken to the very top of the frame.
This makes it obvious to the user that we have moved to a different screen. The user now has to scroll down to view the full size element, breaking the illusion we've constructed or confusing them.
If we check Preserve scroll position, the prototype remembers the user's scroll depth on the current frame.
When the interacts with the prototype, Figma takes them to the same scroll depth on the next frame. From the user's perspective, our content looks to expand on the same page.
Horizontal scrolling
In our example below, we want users to be able to see a different visual state, when they click on an option in the gallery.
Screen 1 shows our newsfeed that lets users scroll left-to-right through a gallery of images.
Screen 2 shows us what happens when you select an option from the gallery. We add a border around the image and a plus icon in the center.
If we don't check Preserve scroll position, the user can scroll down and across to view . If they click on an object, Figma will load Screen 2 at the top of the frame. The user will then have to scroll down and across to see that they have selected the last object.
If we check Preserve scroll position, Figma remembers the user's position and takes them to the last object in its selected state.
A hotspot is where the Interaction takes place. A hotspot can be any object within the original frame e.g. a link, button, image or icon, etc.
The trigger determines what type of interaction with the hotspot will cause the prototype to advance. This could be a mouse or touch interaction e.g. tap, drag, click, hover etc.
The destination is where the transition ends. This must be a top-level frame - a frame that is added directly to the canvas - and not an object within a frame. If we think of moving from A to B, A is the hotspot and B is the destination.
Connections are the blue arrows or "noodles" that connect the hotspot to the destination. We apply the interaction and animation settings via the connection.
The action defines the type of progression is occurring in the prototype. For example, the action could be to navigate to another frame, or open an external URL.
The animation settings determine how the prototype moves from one frame to the other. You can control the type of animation, as well as the speed and direction.
A transition is the type of animation. This defines how the action moves to the destination.
The direction controls the direction that the transition comes from. Choose between left, right, top or bottom.
The duration controls the time it takes to complete the animation. The shorter the duration, the faster the transition. Select a duration between 1ms and 10000ms (10 seconds).
Easing affects the acceleration of the animation i.e. whether it starts slow or fast. This allows you to build animations that feel more natural.
Overlays are frames that appear above the current screen or frame. You can use overlays to create tool-tips, interactive menus, alerts or confirmations.
Overflow behavior allows you to define how your prototype responds to scrolling. This allows you to create more advanced user interactions e.g. carousels, galleries or interactive maps.
Choose which device will be shown when presenting your prototype. Define both the device and the model.
The background color lets you define the color in the background of your prototype.
If you have a prototype with portrait and landscape frames, you can select an Orientation. The orientation is set for the entire prototype. It's not possible to switch between portrait and landscape view within a prototype.
The starting frame is the first frame of your prototype. Build more than one prototype within a single file. Use this setting to choose which Prototype you would like to see in Presentation View.
A preview will show you how something will look or work in the prototype. We show previews for both Animations and Prototype device settings.
Anyone with can edit access to the file can adjust the presentation view settings.
Users can preview and interact with prototypes in Presentation view. You can choose how Figma presents the prototype using the prototype settings.
Prototype settings
Access and adjust your prototype settings in the Prototype panel of the right sidebar by clearing your selection in the canvas.
Select a Device and Model
Preview your prototype
Select Background color
Set the prototype's Starting Frame
Tip! You can also access these setting by clicking the Show Prototype Settings button when editing a connection.
Device
Use Device settings to control how your prototype looks in Presentation view.
Device
Figma has a number of popular device presets. The dimensions of your prototype frames will define what options are available.
Frame preset: If you used a frame preset, Figma will select a device that matches that preset. You can select another device if desired. For example: if you used the iPhone 11 Pro Max preset, Figma will select the iPhone as the device too.
Custom Size (Fit) will automatically scale the design, so that it fits within the screen you are viewing the Prototype on.
PresentationSize (Full) will display the Prototype to a size that allows it to be displayed on the screen, in its entirety.
Orientation
Control the orientation of the device in Presentation view. Choose from:
Portrait
Landscape
Note: It's not possible to switch between orientations within a prototype. This is something to bear in mind if you have frames in your prototype across both orientations.
Model
Some devices offer variations on model. For example: the iPhone 11 Pro Max comes in four different colors. You can choose which color-way you would like to use.
Use the Modal field to select
Depending on the device you selected, you can specify a certain Model.
Preview
View a Preview of how the device will look in Presentation view.
Background color
Set the Background color of the prototyping screen. You'll see this color behind your selected device.
Set this to a neutral color, or customize this with a brand color for extra polish.
Starting frame
If your file has any prototype connections between frames, Figma will only display frames with connections in Presentation view.
If there are no prototyping connections, Figma orders frames as they are in the canvas, by row (left to right) then column (top to bottom).
By default, Figma uses the first connection you create as the Starting Frame. You can change this to another frame in a few ways:
Prototype settings: Update the Starting Frame from the prototyping settings in the right sidebar.
Canvas: Click and hold the blue icon next to the current starting frame. Drag the icon to the new starting frame. This must be a top-level frame, a frame that isn't nested within another layer or frame.
Note: If you enter Presentation view with nothing selected, your prototype will start from the set starting frame. If you select another frame in the Editor before presenting, your prototype will start on the selected frame. If you select another frame after presenting it won't impact what you see in presentation view.
The Trigger determines what type of interaction with the hotspot will cause the Prototype to advance. This could be a mouse or touch interaction like tap, drag, click, and more.
While most of these transitions are self-explanatory, we have a few tips for how you can use them.
This article covers our Prototyping Triggers in more detail.
On Click/On Tap
Triggers the action when the user Clicks (desktop) or Taps (mobile) on a hotspot in your prototype. You can add click or tap triggers to lots of different elements in a screen.
You can use them for navigation like opening links, using menus, or exploring websites. They can also be used when you need a user to click on buttons, fill in forms, or confirm and dismiss alerts.
On Drag
Allows you to perform an action when you drag an element on the screen. This can be the entire frame or a single element like a slider.
You can use the On Drag in any direction: Left, Right, Up or Down. This is great for simple swipe gestures, or for more complex animations like a drag to refresh.
Drag allows you to move back and forward through the transition. This creates a continuum, instead of performing the action after a swipe gesture.
While Hovering
Triggers the action when you hover over the hotspot. You can use this to replicate tooltips, on-screen prompts, or changes in state.
We will return the user to the original frame when they move the cursor off the hotspot. This makes it a great interaction when you don't want to take users away from the current screen.
While Pressing
Triggers the action when you click and hold the mouse or trackpad on a desktop. Or, when you tap and hold on a mobile device.
You can use this trigger for navigating drop-down menus, or replicating long-press interactions like viewing a preview using 3D Touch on iOS.
When released, we will take the user back to the original Frame. This makes it great for Overlays that capture temporary interactions or state changes.
Keyboard and Gamepad Shortcuts
The Keyboard / Gamepad trigger lets you replicate interactions with a keyboard shortcut. This applies to user inputs from keyboards, controllers, and gamepads.
A trigger can be a single key or button, or a combination of keys.
For example: a trigger can be based on the user pressing the Enter key or ✕ button on a controller. Or using a shortcut like Shift – K.
Note: We officially support the Xbox One, PS4, and Nintendo Switch Pro Controllers. Other controllers may work, but buttons displayed in Figma may not accurately reflect the controller.
Mouse Enter
This shows the Destination frame when the mouse enters the hotspot area. This could be a small area like a button, or an entire section of the screen.
You could use this to expose the options in a drop down menu as your mouse enters the field. The menu will stay open until the user performs another interaction like selecting an item or clicking out of the field.
Note: We don't reverse the transition on leaving the hotspot, so you will need to set up the next step in the prototype.
Mouse Leave
This shows the Destination frame when the cursor leaves the hotspot area.
You could use this for on-screen prompts, like an alert when you haven't completed a field or checked a box.
Mouse Down (Touch Down)
This triggers the Destination frame when you first press the mouse or touch pad. For for mobile devices, this is when the user's finger first touches the hotspot.
Mouse Up (Touch Up)
This triggers the Destination frame when you release the mouse or touch pad. For for mobile devices, this is once the user's finger no longer touches the Hotspot.
Apply the Mouse Down trigger to the menu header to open an Overlay.
Apply the Mouse Up interaction to the menu item in the Overlay.
When they release the mouse, we take the user to the relevant Frame.
Tip! Use the Mouse Down and Mouse Up triggers together to replicate a user navigating a drop-down menu.
After Delay
The After Delay trigger allows you to trigger an action after the user has spent a certain amount of time on a given frame. You will need to set the duration of the delay in milliseconds (ms). You can only apply this to a top-level Frame, not a specific layer or object.
Animations can be used to create smooth transitions between pages and define the behavior for actions like expanding a menu, swiping between pages, or opening a gallery.
Instant
The Instant transition will immediately display the Destination Frame, when the hotspot is interacted with (clicked, hovered over, or pressed).
Dissolve
The Dissolve transition will fade in the Destination frame, on top of the original frame.
Supports:
Duration
Easing
Smart Animate
Smart Animate looks for matching layers that exist across multiple frames. For layers that match, we recognize what's changed and apply transitions to seamlessly move between them.
Supports:
Duration
Easing
Move In / Move Out
The Move transition will slide the Destination frame into or out of view, above the original frame.
Supports:
Easing
Direction
Duration
Push
The Push transition will push out the original frame, as the Destination frame is moved into view. This is the perfect transition for replicating a swiping gesture.
Supports:
Direction
Easing
Duration
Slide In / Slide Out
The Slide will move the Destination frame into or out of view. Slide will slowly offset the frame as it dissolves, while the Move transition keeps the original frame stationary.
You will need to have a Figma account to be able to use the Figma Mirror app
iOS: You must be running 11.0.1 or later
Android: You must be running Android 7.0 - 9.0 or later
Learn more about supported platforms in our Supported Platforms and Browsers article. To find out which version of operating system you're using:
You can preview your designs on a mobile device to see how they look and feel on an actual device. You can use the Figma Mirror app to preview both static designs and Prototyping interactions.
This allows you to simulate a more realistic and immersive environment, without the browser header and footer.
There are a few approaches available when it comes to previewing your designs:
Browser preview
You can preview any design on your mobile by opening a Prototyping link in your mobile browser. This will allow you to navigate through any Prototyping Connections.
If you are sharing your File via Public Link Access, anyone with the link will be able to view your Prototype. If the File isn't shared via Public Link Access, you will only need a free Figma account to view the File.
We will display your designs inside a regular browser window, so the browser's header and footer will still be visible. This approach doesn't replicate a true "in-app" experience, so is better suited for mobile web designs.
Figma Mirror app preview
To better replicate an immersive app environment, you can use the Figma Mirror app, which allows you to preview a scaled version of your design.
To use the Figma Mirror app, you will need to login to the Web or Desktop app, and the Mirror app, at the same time. Figma will show any Frame you select on the Web or Desktop app, in the Figma Mirror app.
Note: The Mirror app will scale your content proportionately, to match the width of your device.
The Figma Mirror app will work on either Wi-fi or cellular data. You don't need to connect to the same Wi-fi network to establish a connection between the two.
Sign in to the desktop app, or desktop browser:
Sign in to the Figma Mirror app using the same account:
On the desktop, select the Frame you wish to view. You can select any top-level Frame or Component
The Figma Mirror app will display the selected Frame. The Figma Mirror app will scale your content to the width of the device you are previewing it on.
Using Figma Mirror in the Browser
You can also access Figma Mirror via the browser. We recommend this approach if your device isn't supported or you want to preview designs in a web browser.
Open the Figma Desktop app, or in a browser window.
On the File, select the Frame you wish to preview.
We will display the selected Frame in the Figma Mirror browser.
Tip! You can enter full screen mode using
Mac:CommandShiftF
Windows: CtrlShiftF
View Prototypes
To get started, you will need to add Prototyping connections to your design. This lets us know how you want the design to respond when you interact with it.
If you're new to Prototyping in Figma, we recommend reading the following articles:
Make sure you're logged into both the desktop version and Figma Mirror app under the same account. You may need to Sign out and Sign in again to confirm.
If you're running into issues while previewing, you may need to force quit the app and restart it on your device.
If problems persist, we recommend uninstalling the app and downloading it again. Find the Figma Mirror app in the Apple App Store or Google Play Store.
If you're still having issues with using the Mirror App, please get in touch with the Figma Support Team. Click the " ?" in the bottom-right corner of the app and select "Get Help". Or, send an email to support@figma.com.
Anyone with can edit access to a file can create prototypes.
Anyone with can view access to a file, or can view prototypes only access, can view prototypes.
Prototypes replicate how users might interact with your designs. You can make connections between frames to create flows, or pathways, through an interactive design.
Create a connection
The connection consists of three parts:
Hotspot: where the user's interaction will take place. A hotspot can be the frame itself, or an object within the frame. You can create a hotspot on anything, like a button, icon, or heading.
Connection: the arrow or "noodle" that connects the hotspot to the destination. Both the Interaction and Animation are determined through the connection.
Destination:the next step in our prototype where a connection ends. In most cases, the destination must be a top-level frame. Only connections using the Scroll to action can be set to a destination within the same top-level frame.
What are top-level frames? Frames you have added directly to the canvas. In a prototype, this would be an individual screen in your design.
In Figma, you can place a frame within another frame. We call this process nesting. For Figma to consider a frame as a top-level frame, you must not place it within another Frame.
Top-level frames have bolded names in the Layers panel of the left sidebar.
Navigate to the Prototype tab of the right sidebar.
Select a layer or object for the connection's hotspot.
In our example below, we add a hotspot to the frame on the left. The connection takes us to the destination, which is the frame on the right.
Create an interaction
Once you have created a connection, you can define the type of interactions users can have with it. You're able to create multiple interactions from the same layer or object.
Navigate to the Prototype tab of the right sidebar.
Select a layer or object for the connection's hotspot.
Click the on the right of the frame's bounding box and drag it to the destination frame. You can also click the in the Interactions section of the Prototype panel, then select the destination frame using the dropdown menu.
Once the connection has been made, use the Interaction Details panel to adjust the trigger, action, and destination.
A single object can have:
Any number of Key[board]/Gamepad and Drag interactions. This lets you use multiple drag directions and keyboard/gamepad triggers.
One of each of the following interactions:
On Click / On Tap
While Hovering
While Pressing
Mouse Enter
Mouse Leave
Mouse Down / Touch Press
Mouse Up / Touch Release
After Delay
Note: You're not able to combine On Click / On Tap with While Hovering, since the action for the first interaction will make the action from the second on that object unreachable once executed.
Trigger
The trigger defines what type of interaction will cause the prototype to advance forward. This could be a mouse click, touch gesture, or the time elapsed in the current frame.
The action defines what happens when the user interacts with the hotspot. This could mean moving to another frame, engaging an overlay, or opening a link.
The destination is the last step in a prototype interaction. This could be another screen in the prototype, or an overlay that appears above the current screen.
Use the Destination field to select the frame that specific interaction will end on. Or, click on the connection in the canvas and drag it to the next frame. Figma will make that next frame the destination.
Adjust the animation
The Animation settings determine how the prototype moves from one Frame to the other.
You can then adjust a few settings related to the transition:
Direction
Direction controls which way you want the transition to move in. Choose between Left, Right, Down, and Up.
Easing
Easing determines the acceleration of the transition between a starting frame and its destination, also known as keyframes, by using a mathematical function. Keyframes can be two frames in an interaction, like the transition from one screen to another, or the beginning and end states of a single frame, like an object changing color.
Duration controls how long it takes to complete the Transition. You can choose a duration between 1ms and 10000ms (10 seconds).
Smart Animate matching layers
Smart Animate looks for matching layers, recognizes differences, and animates layers between frames in a prototype. Check this box to apply the Smart Animate transition to any layers that match between frames.
Overflow behavior allows you to define how your prototype responds to scrolling. Use Overflow behavior to add vertical and horizontal scrolling, or multi-directional panning to your prototype.
You can only apply overflow behavior to frames and components.
Users with can edit access to a file can create and edit prototypes.
Users with can view access to a file or prototype can view prototypes.
Smart Animate looks for matching layers, recognizes differences, and animates layers between frames in a prototype.
You can select Smart Animate from the list of transitions, when building a prototype. You can also apply Smart Animate with other transitions to create seamless animations.
Smart Animate allows you to quickly create advanced animations. Use Smart Animate to replicate:
Smart Animate looks for matching layers that exist across multiple frames. Figma takes into account both the layer's name and where it sits within the hierarchy.
For layers that match between frames, Figma recognizes what's changed and applies transition to animate between them.
You can apply Smart Animate to entire objects or Components, as well as individual layers within a Component or group.
It's likely that more than one of an object's properties will change between Frames. We've isolated each of the properties we support below, so you know what to expect.
Scale
If an object changes in size between frames, Figma will animate it shrinking or growing.
Position
Figma recognizes if an object's location, the x and y co-ordinates, have changed. It will then animate the object moving from its current position, to its position in the destination frame.
Opacity
Smart Animate can also recognize a layer or object's opacity. You can adjust opacity to make an object to appear or disappear between frames.
Set the opacity of the layer to 0%, instead of toggling the layer visibility. Figma will apply a dissolve transition to animate the layer's opacity.
You can adjust opacity through a layer's Fill properties, as well as through the Layer property. Smart Animate will apply to both.
We recommend adjusting the entire layer's opacity. Adjust the opacity Layer setting in the Design tab of the right sidebar.
Rotation
Smart Animate also takes the layer's rotation and orientation into account.
You can rotate an object using the rotation field in the right sidebar or in the canvas itself. Hover over the corner bounds of an object until the rotation cursor appears.
Rotate a single layer at once, or rotate a group of them around a single anchor point.
Fill
Figma will Smart Animate any changes to an object's fill. This allows you to animate changes between solid colors, gradients and even image fills.
Things to note
Figma doesn't support Smart Animate for changes to Effects, or moving between shapes. If a property isn't supported, Figma will apply a default dissolve transition.
Figma doesn't support Smart Animate for overlay actions. This is because Figma treats overlays as new frames. You can use Smart Animate when swapping between overlays, if those overlays have matching layers.
If you introduce a new layer in the destination frame, Smart Animate will dissolve the layer into view.
If a layer's properties stay the same between two frames, Figma won't animate that layer at all. This is great for status bars and menus, and interactions when you don't want to move to a different UI.
If you check the Fix Position when Scrolling checkbox for any layers, Figma will add them to the list of Fixed layers. Smart Animate handles layers differently when you combine Smart Animate with other transitions.
Apply Smart Animate
There are two ways you can use Smart Animate in your prototypes. As a stand alone transition, or by using Smart Animate matching layers with another animation.
Smart Animate
Select Smart Animate in the transition field to animate between two frames.
Open the Prototype tab in the right sidebar.
Select layer, group, or frame in the canvas. A connection node will appear on the right-edge.
Click on the node and drag it to the next frame to create a connection.
Define the Interaction in the right sidebar by choosing a trigger and action. Figma will set the second frame as the destination.
In the Animation section, select Smart Animate from the transition field.
Apply Easing to the transition, or change the Duration (optional).
Repeat for any other frames you want to Smart Animate.
In our example below, we have three frames with some matching layers. We want Smart Animate to animate removing the Abel Tasman Coast Track from our list of favorites.
Smart Animate now moves us smoothly between each frame in our prototype!
Smart Animate matching layers
If you want to Smart Animate some layers in your prototype while using another main transition, you can check a box to Smart Animate matching layers.
Figma treats fixed layers differently when using Smart Animate with other transitions.
Layers that don't match: Figma will use the main transition you select.
Layers that do match: Figma will Smart Animate any differences for supported properties.
Fixed layers that do match: Figma won't apply any transition.
Fixed layers that don't match: Figma will apply a dissolve transition instead of the transition you select.
To use Smart Animate matching layers, check the box in the right sidebar when adjust the animation:
In our example below, we have a status bar and navigation that exist across all three frames. We want these to stay in place when we switch between tabs.
We've selected a Push Transition to move between Frames. We choose not to check the box next to Smart Animate matching layers.
When we view our Prototype, we can see that everything in our destination frame uses the Push transition. This makes it pretty obvious that we're moving between separate screens in a prototype.
If we check the box next to Smart Animate matching layers, our status bar and navigation stay in place, while the other content uses Push.
Tips for Smart Animation
Before Smart Animate, Figma didn't place much importance on layer names. As Smart Animate is reliant on Layer name and hierarchy, this may require you to use a different approach.
We've outlined a few ways to troubleshoot unexpected Smart Animate results below.
Tip! We recommend increasing the duration while building your prototype. This lets you see what's happening and make any adjustments.
Layer names
One quick way to create frames for Smart Animate is to duplicate them. This keeps the naming consistent between each frame. You can then add and remove layers to each frame, as needed.
Figma names frames and layers based on the way you duplicate or copy and paste them.
Within a frame: Figma numbers layers them sequentially. For example: Frame 1, Frame 2 etc.
Between frames: Figma uses the same name. For example: If you copy Rectangle 1 from one frame, Figma will paste it as Rectangle 1 in the next frame.
You may have objects or layer that exist across frames, but have different names in each. Or, you may have the opposite problem - layers that all have the same name, which you don't want to match.
Figma has also made it easier to identify layers or objects that exist - or match - between frames. This applies to all layers, groups, frames, and Components.
Open the Prototype tab in the right sidebar.
Hover over an object or layer in the canvas.
Figma will highlight that layer in any other frames it exists in.
Layer order and hierarchy
Smart Animate and Smart Animate matching layers take into account the layer order, or hierarchy of your layers.
Normally, Move In or Slide In will transition the entire destination frame above the original frame. With Smart Animate matching layers, Figma will move or slide in layers based on their hierarchy, which can cause some confusing or unexpected results.
In our screenshot below, we have two matching objects between our frames ( Explorer 1 and Explorer 2). These are the Status Bar and the Navigation.
If we have layers above any matching layers, Figma will animate them above the destination frame. In our screenshot below, we can see layers from Explorer 1 appear above the destination frame.
By moving our matching layers to the top of the hierarchy instead, we can make sure the entire destination frames slide above the original frame.
Group layers
To be more precise in deciding what to Smart Animate, Figma matches layers based on their name and hierarchy. This also lets you quickly un-match layers between frames.
Let's say that we have five rectangles in each of our frames. These rectangles contain different content between each frame. We labeled them as Trip 1 to Trip 5 across all three frames.
When we try apply a Push transition, Smart Animate recognizes them as matching layers. Instead of treating these rectangles as new content, Figma Smart Animates the change to their position.
To change this behavior, we can group the rectangle trips in each frame and give them a unique name.
When we preview our transition, Smart Animate no longer recognizes these as matching layers. Our content will Push in together, making our Prototype look much more realistic.
Smart Animate with Slide In and Move In
There are a few things to consider when using Smart Animate matching layers with Slide or Move transitions.
When selected, Figma will animate any matching layers between frames. This means Figma can't animate the entire destination Frame (B) over the initial Frame (A), like it normally would.
Figma also doesn't include a frame's fill as part of the animation. This can cause layers to overlap, making the transition look messy.
To prevent this, we can add a rectangle with a solid fill behind our other layers. Now, when we view our prototype, the content in each frame slides in together.
