In the “Transform” section of the Properties panel, click the “Reset Transform” button.
Using the Transform Table
| Column Heading |
Column Heading |
| Row 1, Column 1 |
Row 1, Column 2 |
| Row 2, Column 1 |
Row 2, Column 2 |
The Transform Table in the Timeline panel provides a numerical representation of the transformation values, including scale. It allows for precise adjustments and easy comparison of values across multiple keyframes.
Copying and Pasting Scaling Keyframes
If you have multiple scaling keyframes that you want to apply to different layers or elements, you can easily copy and paste them. Here’s how:
1. Select the Keyframes
Select the scaling keyframes you want to copy by clicking on them in the Timeline panel. You can select multiple keyframes by holding down the Shift key and clicking on each one.
2. Copy the Keyframes
Once you have selected the keyframes, right-click on them and select “Copy Keyframes”. Alternatively, you can press Ctrl+C (Windows) or Command+C (Mac) to copy them.
3. Select the Target Layers
Select the layers or elements where you want to paste the scaling keyframes. You can select multiple layers by holding down the Shift key and clicking on each one.
4. Paste the Keyframes
Right-click on the selected layers and select “Paste Keyframes”. Alternatively, you can press Ctrl+V (Windows) or Command+V (Mac) to paste them.
5. Adjust the Keyframes (Optional)
After pasting the scaling keyframes, you may need to adjust them to fit the new layers or elements. You can do this by clicking on the keyframes in the Timeline panel and dragging them to the desired position and scale.
6. Additional Tips
Here are some additional tips for copying and pasting scaling keyframes:
- The transform scaling keyframes only affect the scale of the layer. They do not affect other transform properties such as rotation, position, or skew.
- You can copy and paste scaling keyframes from one composition to another.
- You can use the “Paste Special” option to paste the keyframes as either “Replace” or “Add” to the existing keyframes on the target layer.
Deleting Scaling Keyframes
Scaling keyframes are used to control the size of a layer over time. To delete a scaling keyframe, follow these steps:
- In the Timeline panel, select the layer that contains the scaling keyframes you want to delete.
- Move the Current Time Indicator (CTI) to the keyframe you want to delete.
- Click the Delete Keyframe button in the Timeline panel.
You can also delete multiple scaling keyframes at once by selecting them in the Timeline panel and then clicking the Delete Keyframe button.
If you want to delete all of the scaling keyframes for a layer, you can do so by clicking the Delete All Keyframes button in the Timeline panel.
Additional Details on Deleting Scaling Keyframes
Here are some additional details on deleting scaling keyframes:
- When you delete a scaling keyframe, the layer’s size will change to the value of the previous keyframe. If there is no previous keyframe, the layer’s size will change to the default value.
- You can also delete scaling keyframes by dragging them off of the Timeline panel.
- If you delete a scaling keyframe that is part of a tween, the tween will be removed.
Table of Scaling Keyframe Properties
The following table lists the properties of scaling keyframes:
| Property |
Description |
| Time |
The time at which the keyframe occurs. |
| Scale |
The scale of the layer at the keyframe. |
| Interpolation |
The interpolation method used to calculate the scale values between keyframes. |
| Easing |
The easing function used to control the speed of the scale change. |
Scaling Keyframes
Keyframes are essential for creating animations in Photoshop. They allow you to define the starting and ending points of a transformation, and Photoshop will automatically generate the in-between frames.
When scaling an object, you can use keyframes to control the size of the object over time. This can be useful for creating effects such as zooming in or out, or making an object appear to grow or shrink.
To create a scaling keyframe, simply select the object you want to scale and click the “Create Keyframe” button in the Animation panel.
This will create a keyframe at the current time.
To change the scale of the object at a different time, simply move the playhead to that time and change the scale of the object.
Photoshop will automatically generate the in-between frames to create a smooth transition.
Optimizing Scaling for Different Screen Resolutions
When scaling an object, it’s important to consider the different screen resolutions that your animation may be viewed on.
If you scale an object too large, it may appear pixelated or blurry on low-resolution screens.
Conversely, if you scale an object too small, it may be difficult to see on high-resolution screens.
To optimize your scaling for different screen resolutions, follow these tips:
- Use the “Scale to Fit” option in the Animation panel.
- This option will automatically scale your object to fit the size of the canvas.
- If you need to scale your object to a specific size, use the “Custom Scale” option.
- Enter the desired width and height in the fields provided.
- Use the “Preview” button to see how your scaling will look on different screen resolutions.
By following these tips, you can ensure that your animations will look great on any screen resolution.
Additional Tips for Scaling Keyframes
Here are some additional tips for scaling keyframes in Photoshop:
- Use the “Ease” menu to control the speed of the scaling transition.
- The “Ease In” option will cause the scaling to start slowly and end quickly.
- The “Ease Out” option will cause the scaling to start quickly and end slowly.
- The “Ease In and Out” option will cause the scaling to start and end slowly.
- Use the “Hold” option to pause the scaling at a specific time.
- This can be useful for creating effects such as a pause or a freeze-frame.
- Use the “Loop” option to repeat the scaling over time.
- This can be useful for creating effects such as a bouncing ball or a rotating object.
By experimenting with these different options, you can create a variety of scaling effects in Photoshop.
Transforming Multiple Objects at Once
You can also transform multiple objects at once in Photoshop using the “Transform” tool.
To do this, simply select the objects you want to transform and click the “Transform” button in the toolbar.
This will open the “Transform” dialog box.
In the “Transform” dialog box, you can choose from a variety of transformation options, including scaling, rotating, and skewing.
You can also enter specific values for the transformation.
Once you have selected your desired transformation options, click the “OK” button.
Photoshop will apply the transformation to all of the selected objects.
Using the Scale Tool
The “Scale” tool is a specific type of transformation tool that allows you to scale objects.
To use the “Scale” tool, simply select the object you want to scale and click the “Scale” button in the toolbar.
This will open the “Scale” dialog box.
In the “Scale” dialog box, you can choose from a variety of scaling options, including uniform scaling, non-uniform scaling, and freeform scaling.
You can also enter specific values for the scaling.
Once you have selected your desired scaling options, click the “OK” button.
Photoshop will apply the scaling to the selected object.
Using the Transform Panel
The “Transform” panel is another way to transform objects in Photoshop.
To open the “Transform” panel, go to “Window” > “Transform”.
In the “Transform” panel, you can choose from a variety of transformation options, including scaling, rotating, and skewing.
You can also enter specific values for the transformation.
Once you have selected your desired transformation options, click the “Apply” button.
Photoshop will apply the transformation to the selected object.
Using the Keyboard Shortcuts
There are also a number of keyboard shortcuts that you can use to scale objects in Photoshop.
The following table lists the keyboard shortcuts for scaling objects:
| Keyboard Shortcut |
Function |
| Ctrl + T (Win) / Command + T (Mac) |
Activates the “Transform” tool |
| Shift + Alt + Drag (Win) / Shift + Option + Drag (Mac) |
Scales the object non-uniformly |
| Ctrl + Alt + Drag (Win) / Command + Option + Drag (Mac) |
Scales the object freely |
| Ctrl + 0 (Win) / Command + 0 (Mac) |
Resets the transformation |
Advanced Scaling Techniques Using Expressions
Expressions are a powerful tool in After Effects that allow you to create complex animations without having to manually keyframe every value. They can be used to control a wide variety of properties, including scale. By understanding the basics of expressions, you can create advanced scaling animations that would be difficult or impossible to achieve with keyframes alone.
Using Expressions to Scale an Object
The most basic way to use an expression to scale an object is to use the `scale` property. This property takes a single value or an array of values that specify the scale of the object on the X and Y axes.
For example, the following expression will scale an object to 50% of its original size:
scale = 0.5;
You can also use expressions to scale an object relative to its original size. For example, the following expression will scale an object to 200% of its original size:
scale = 2;
Using Expressions to Scale an Object Over Time
Expressions can also be used to scale an object over time. This can be useful for creating animations such as a zoom in or zoom out effect. To scale an object over time, you can use the `time` property.
The `time` property returns the current time of the animation in seconds. You can use this property to create an expression that scales an object based on the current time. For example, the following expression will scale an object to 50% of its original size at the beginning of the animation and to 100% of its original size at the end of the animation:
“`
scale = 0.5 + (1 – time) * 0.5;
“`
Using Expressions to Scale an Object Based on Other Properties
Expressions can also be used to scale an object based on other properties. This can be useful for creating complex animations that are linked to other elements in your scene.
For example, the following expression will scale an object to the same size as another object in the scene:
“`
scale = otherObject.scale;
“`
You can also use expressions to scale an object based on the value of a slider control. This can be useful for creating interactive animations that can be controlled by the user.
For example, the following expression will scale an object based on the value of a slider control named “Scale”:
“`
scale = slider(“Scale”);
“`
Advanced Expression Techniques for Scaling
The techniques described above are just a few of the many ways that you can use expressions to scale objects in After Effects. By understanding the basics of expressions, you can create complex and sophisticated animations that would be impossible to achieve with keyframes alone.
Using Arrays to Scale Multiple Objects
Expressions can be used to scale multiple objects simultaneously. To do this, you can use an array to store the scale values for each object.
For example, the following expression will scale three objects to 50%, 75%, and 100% of their original sizes, respectively:
“`
scale = [0.5, 0.75, 1];
“`
Using Conditional Statements to Control Scaling
Expressions can also be used to control the scaling of objects based on certain conditions. To do this, you can use conditional statements.
For example, the following expression will scale an object to 50% of its original size if the value of a slider control named “Scale” is less than 0.5. Otherwise, the object will be scaled to 100% of its original size:
“`
if (slider(“Scale”) < 0.5) {
scale = 0.5;
} else {
scale = 1;
}
“`
Looping Through Objects to Scale Them
Expressions can also be used to loop through objects and scale them. This can be useful for scaling a large number of objects at once.
For example, the following expression will loop through all of the objects in a layer and scale them to 50% of their original sizes:
“`
for (i = 0; i < numLayers; i++) {
layer(i).scale = 0.5;
}
“`
Using JavaScript to Scale Objects
Expressions can also be used to call JavaScript functions. This can be useful for creating complex scaling animations that would be difficult or impossible to achieve with After Effects’ built-in expression language.
For example, the following expression will call a JavaScript function named “scaleObject” to scale an object to 50% of its original size:
“`
scaleObject(layer, 0.5);
“`
Creating Realistic Motion with Keyframe Scaling
Understanding keyframe scaling is essential for creating realistic motion in animations. By adjusting the scale of objects over time, you can simulate movement, growth, and shrinkage with precision.
Keyframe Basics
Keyframes are points in time where you define the specific properties of an object. When you create a keyframe, Photoshop records the object’s position, rotation, and scale at that moment. By connecting keyframes, you create a path that guides the object’s movement over time.
Scaling Keyframes
Scaling keyframes allow you to control the size of an object over time. You can create multiple scaling keyframes to create smooth transitions or sudden changes in size.
Creating Scaling Keyframes
To create a scaling keyframe, follow these steps:
| Step |
Action |
| 1 |
Select the layer you want to animate. |
| 2 |
Click on the “Create New Keyframe” button in the timeline panel. |
| 3 |
Enter a scale value for the object. |
| 4 |
Click on the “Create New Keyframe” button again at a different time in the animation. |
| 5 |
Enter a different scale value for the object. |
You have now created two scaling keyframes. Photoshop will automatically interpolate the scale between these keyframes, creating a smooth transition.
Scaling Keyframe Properties
Each scaling keyframe has its own set of properties that you can adjust:
- Scale: The percentage of the object’s original size.
- Ease: The shape of the transition between keyframes.
- Timing: The duration of the transition between keyframes.
By adjusting these properties, you can customize the movement of the object.
Applications of Keyframe Scaling
Keyframe scaling has numerous applications in animation, including:
- Character movement: Scaling keyframes can simulate the movement of characters, such as walking, running, or jumping.
- Object animation: Scaling keyframes can create the illusion of objects bouncing, growing, or shrinking.
- Text animation: Scaling keyframes can add emphasis to text by enlarging or shrinking it at specific moments.
With a little practice, you can master keyframe scaling and create realistic and dynamic animations in Photoshop.
Understanding Keyframes
Keyframes are like milestones in an animation sequence. They define the starting and ending points of a specific action or movement. In Photoshop, you can create keyframes to control the scale of your character.
Creating a Scale Keyframe
To create a scale keyframe, follow these steps:
- Open your Photoshop document and select the layer containing your character.
- Click on the “Timeline” panel in the bottom right corner.
- Click on the “Create New Keyframe” button.
- Move the Timeline cursor to the point where you want the character’s scaling to change.
- Click on the “Transform” icon in the Timeline panel.
- Enter the desired scale values for your character.
- Click on the “Set Keyframe” button.
Animating Scaling
Once you have created your keyframes, you can animate the scaling of your character by moving the Timeline cursor between them. Photoshop will automatically interpolate the scaling values between the keyframes.
Easing Scale Animation
You can add easing to your scale animation to make it more natural and realistic. Easing controls the speed and acceleration of the animation. To ease your scale animation, use the “Easing” options in the Timeline panel.
Scaling Multiple Characters
You can scale multiple characters simultaneously by creating keyframes for each character. Make sure that the characters are on separate layers.
Using the Scale Tool
You can also use the Scale tool to manually scale your character. This is useful for fine-tuning the scale or for making quick adjustments.
Scaling Along an Axis
You can scale your character along a specific axis by holding down the Shift key while dragging the corner handles.
Scaling from a Fixed Point
To scale your character from a fixed point, hold down the Alt key while dragging the corner handles.
Scaling Proportionally
To scale your character proportionally, hold down the Shift key while dragging the corner handles.
Advanced Scaling Techniques
There are various advanced scaling techniques that you can use to create complex animations. These techniques include:
- Using expressions to control scaling based on other properties.
- Creating custom easing curves to control the speed and acceleration of the animation.
- Using puppet warp to deform your character’s appearance.
Table of Keyframe Scaling Options
| Option |
Description |
| Scale X |
Controls the horizontal scale of the character. |
| Scale Y |
Controls the vertical scale of the character. |
| Scale Both |
Controls the horizontal and vertical scale of the character simultaneously. |
| Center X |
Controls the horizontal position of the character’s anchor point. |
| Center Y |
Controls the vertical position of the character’s anchor point. |
| Rotation |
Controls the rotation of the character. |
| Shear X |
Controls the horizontal shearing of the character. |
| Shear Y |
Controls the vertical shearing of the character. |
Tips for Efficient Keyframe Scaling
Scaling keyframes is an essential aspect of creating smooth and dynamic animations in Photoshop. Here are some tips to help you scale your keyframes efficiently:
1. Use the Scale Tool
The Scale tool in the Transform panel is the primary tool for scaling keyframes. It allows you to scale the keyframes in both the horizontal and vertical directions.
2. Use the Drag and Drop Method
You can also scale keyframes by dragging and dropping them in the Timeline panel. Hold down the Shift key while dragging to maintain the aspect ratio.
3. Use the Transform Options
The Transform Options in the Timeline panel provide additional options for scaling keyframes. You can specify the scaling percentage, scale factor, and pivot point.
4. Use the Keyframe Interpolation
The Keyframe Interpolation setting in the Timeline panel determines how the animation transitions between keyframes. Linear interpolation results in a smooth transition, while ease-in or ease-out interpolation creates acceleration or deceleration effects.
5. Use the Motion Blur
Motion blur can help to smooth out the animation and make it appear more natural. The Motion Blur setting in the Timeline panel controls the amount of blur applied to the animation.
6. Use the Time Stretch Tool
The Time Stretch Tool in the Timeline panel allows you to stretch or shrink the time between keyframes. This can be useful for fine-tuning the timing of your animation.
7. Use the Copy and Paste Keys Tool
The Copy and Paste Keys Tool in the Timeline panel allows you to copy and paste keyframes from one layer to another. This can save time when creating complex animations.
8. Use the Keyframe Assistant
The Keyframe Assistant in the Timeline panel provides automated assistance for creating smooth and realistic animations. It can automatically generate missing keyframes and adjust the timing of existing keyframes.
9. Use the Onion Skin Mode
The Onion Skin Mode in the Timeline panel overlays previous and future frames on top of the current frame. This can be helpful for visualizing the motion path of your animation.
10. Use the Graph Editor
The Graph Editor in the Timeline panel provides a graphical representation of the keyframe values over time. This can be useful for fine-tuning the timing and easing of your animation.
11. Use the Timeline Panel
The Timeline panel provides a dedicated workspace for managing keyframes. It allows you to view, edit, and organize keyframes easily.
12. Use the Select and Move Keyframes Tool
The Select and Move Keyframes Tool in the Timeline panel allows you to select and move multiple keyframes simultaneously. This can be useful for aligning keyframes or adjusting their position in the timeline.
13. Use the Hold Keyframes Tool
The Hold Keyframes Tool in the Timeline panel allows you to prevent keyframes from moving when you pan or zoom the timeline. This can be useful for keeping keyframes in place while working on other parts of the timeline.
14. Use the Keyframe Lock
The Keyframe Lock in the Timeline panel prevents keyframes from being edited or moved. This can be useful for protecting keyframes from accidental changes.
15. Use the Keyframe Interpolation Assistant
The Keyframe Interpolation Assistant in the Timeline panel provides automated assistance for creating smooth and realistic animations. It can automatically generate missing keyframes and adjust the timing of existing keyframes.
16. Use the Keyframe Marker
The Keyframe Marker in the Timeline panel allows you to mark specific points in the timeline. This can be useful for quickly navigating to important keyframes or for creating bookmarks.
17. Use the Time Scale
The Time Scale in the Timeline panel allows you to adjust the duration of the animation. This can be useful for speeding up or slowing down the animation.
18. Use the Time Offset
The Time Offset in the Timeline panel allows you to adjust the starting point of the animation. This can be useful for aligning the animation with other elements in the scene.
19. Use the Time Modifier
The Time Modifier in the Timeline panel allows you to adjust the speed of the animation. This can be useful for creating slow motion or fast-forward effects.
20. Use the Time Effects
The Time Effects in the Timeline panel provide a range of effects that can be applied to the animation. These effects include time reverse, time loop, and time freeze.
21. Use the Time Units
The Time Units in the Timeline panel allow you to specify the unit of time used in the timeline. You can choose from frames, seconds, or milliseconds.
22. Use the Time Display
The Time Display in the Timeline panel shows the current time in the animation. This can be useful for keeping track of the progress of the animation.
23. Use the Help Menu
The Help Menu in the Timeline panel provides access to documentation and tutorials on how to use the Timeline panel. This can be useful for learning more about the Timeline panel and its features.
24. Use the Timeline Context Menu
The Timeline Context Menu provides quick access to a range of commands and options related to the timeline. This can be useful for quickly performing common tasks, such as adding or deleting keyframes.
25. Use the Keyboard Shortcuts
Keyboard shortcuts provide a quick way to access commands and options in the Timeline panel. This can be useful for speeding up your workflow.
26. Use the Custom Workspace
The Custom Workspace allows you to create and save your own custom workspace layout for the Timeline panel. This can be useful for customizing the Timeline panel to suit your specific needs.
27. Use the Preferences
The Preferences allow you to customize the settings for the Timeline panel. This can be useful for adjusting the appearance and behavior of the Timeline panel.
28. Use the Scripting API
The Scripting API allows you to automate tasks in the Timeline panel using scripts. This can be useful for creating custom workflows or for integrating the Timeline panel with other applications.
29. Use the Timeline Panel Extensions
Timeline Panel Extensions allow you to add additional functionality to the Timeline panel. These extensions can provide access to new commands, options, and features. Here is a table summarizing the different types of Timeline Panel Extensions that are available:
| Extension Type |
Description |
| Time-Saving Extensions |
These extensions help to save time by automating common tasks and streamlining the workflow. |
| Animation Enhancement Extensions |
These extensions provide additional features and functionality for animating objects and creating complex animations. |
| Layer Management Extensions |
These extensions help to manage layers and organize the Timeline panel, making it easier to work with large and complex animations. |
| Integration Extensions |
These extensions integrate the Timeline panel with other applications and plugins, providing access to additional features and functionality. |
| Custom Extensions |
These extensions are created by third-party developers and provide a wide range of additional features and functionality for the Timeline panel. |
Both the Scale and Resize Transform keyframes scale a layer up or down, but they do it in different ways. The Scale keyframe, for example, scales the layer without affecting its resolution. The Resize transform keyframe, however, actually changes the layer’s resolution as it scales it. So if you want to scale a layer without changing its resolution, then you should use the Scale keyframe. On the other hand, if you need to scale a layer and change its resolution, then you should use the Resize keyframe.
Scaling for Specific File Formats
When scaling an image for a specific file format, it is important to consider the following factors:
- File size: The file size of an image will increase as the image is scaled up. This is because the image contains more pixels when it is larger.
- Quality: The quality of an image can decrease as the image is scaled up. This is because the image is stretched or interpolated to fit the new size, which can result in pixelation or other artifacts.
- File format: The file format of an image can affect the way it is scaled. Some file formats, such as JPEG, are lossy, which means that some data is lost when the image is saved. This can result in a decrease in quality when the image is scaled up.
Specific File Formats
| File Format |
Considerations |
| JPEG |
– Lossy format, so quality can decrease when scaled up
– Good for web and email
– Not recommended for print |
| PNG |
– Lossless format, so quality will not decrease when scaled up
– Good for web, email, and print
– Can be larger file size than JPEG |
| GIF |
– Lossy format, but with a limited color palette
– Good for web and email
– Not recommended for print |
| TIFF |
– Lossless format, so quality will not decrease when scaled up
– Good for print
– Can be very large file size |
| PSD |
– Photoshop’s native file format
– Lossless format, so quality will not decrease when scaled up
– Can contain layers and other Photoshop data
– Can be very large file size |
It is also important to note that some file formats have specific scaling requirements. For example, JPEGs must be scaled to a multiple of 8 pixels in both width and height. If you try to scale a JPEG to a non-multiple of 8 pixels, the image will be distorted.
Additional Considerations
In addition to the factors discussed above, there are a few other things to consider when scaling an image for a specific file format:
- The intended use of the image: If the image is going to be used on the web, it will need to be scaled to a smaller size than if it is going to be used in print.
- The target audience: If the image is going to be viewed by people who are not familiar with Photoshop, it is important to scale it to a size that is easy to view and understand.
- The desired quality: If the image is going to be used in a critical application, such as a medical or scientific publication, it is important to scale it to a size that maintains the highest possible quality.
By considering all of these factors, you can ensure that you are scaling your images in a way that meets your specific needs.
Scaling for Print and Online Media
When scaling an image for print, it is important to ensure that the resolution is high enough to maintain the image quality.
The resolution of an image is measured in pixels per inch (ppi). The higher the resolution, the more pixels are packed into each inch, resulting in a sharper image.
For print, a resolution of 300 ppi is generally considered to be the minimum acceptable quality. However, for images that will be viewed at a larger size, a higher resolution may be necessary.
When scaling an image for online use, the resolution is less important than the file size.
The file size of an image is determined by the number of pixels in the image as well as the compression method used.
For online use, a resolution of 72 ppi is generally sufficient. However, for images that will be viewed on a high-resolution display, a higher resolution may be necessary.
When scaling an image, it is important to maintain the aspect ratio of the image.
The aspect ratio of an image is the ratio of the width to the height. When scaling an image, the aspect ratio should be maintained to prevent the image from becoming distorted.
To maintain the aspect ratio of an image, select the “Constrain Proportions” option in the Transform palette.
Scaling for Different Output Devices
When scaling an image, it is important to consider the output device that the image will be viewed on.
Different output devices have different resolutions and aspect ratios.
The following table provides the recommended resolutions and aspect ratios for different output devices:
| Output Device |
Resolution (ppi) |
Aspect Ratio |
| Print |
300 |
3:2 |
| Online |
72 |
16:9 |
| Mobile |
144 |
9:16 |
Scaling an Image
To scale an image in Photoshop, follow these steps:
- Select the image you want to scale.
- Go to the Edit menu and select “Transform.”
- Select “Scale.”
- Enter the desired scale factor in the “Width” and “Height” fields.
- Select the “Constrain Proportions” option to maintain the aspect ratio of the image.
- Click “OK.”
Troubleshooting Scaling Issues
If you are having problems scaling an image, try the following:
- Make sure that the image is in the correct mode. Images in CMYK mode cannot be scaled without converting them to RGB mode.
- Make sure that the image is not too large or too small. Images that are too large may not be able to be scaled up without losing quality, and images that are too small may not be able to be scaled down without becoming pixelated.
- Make sure that the scaling factor is correct. A scaling factor of 1 will not change the size of the image, and a scaling factor of 0 will scale the image down to zero.
Scaling for Augmented Reality and Virtual Reality
When working with augmented reality (AR) and virtual reality (VR) projects in Photoshop, understanding how to transform and scale keyframes is crucial. Keyframes define the starting and ending points of an animation, and scaling them allows you to adjust the size of an object over time.
In this guide, we’ll delve into the different scaling options available in Photoshop, providing detailed instructions and real-world examples for AR and VR applications.
Scaling Options in Photoshop
Photoshop offers various scaling options to manipulate the size of objects in an animation:
- Free Transform: Allows you to scale, rotate, and skew an object using handles.
- Scale Tool: Provides precise control over the scale of an object along the horizontal and vertical axes.
- Puppet Warp: Distorts and reshapes an object using pins and control points.
- Transform Each Frame Separately: Enables you to scale individual frames of an animation independently.
Scaling Keyframes in AR and VR
When working with AR and VR projects, scaling keyframes becomes essential for creating immersive and realistic experiences. Here’s how to scale keyframes for different scenarios:
1. Scaling for Object Interaction
In AR applications, users often interact with virtual objects on a real-world surface. Scaling keyframes allows you to adjust the size of an object based on user proximity or actions.
- Example: Scale a 3D model of a car to fit the size of a user’s hand when they pick it up.
2. Scaling for Perspective Correction
In VR environments, objects may appear distorted due to perspective. Scaling keyframes helps correct this distortion, ensuring objects maintain the correct size regardless of the user’s viewpoint.
- Example: Scale a building model to appear life-sized when viewed from different angles.
3. Scaling for Animation
Keyframes can be scaled to create animation effects. This allows you to gradually increase or decrease the size of an object over time.
- Example: Scale a character model larger as they walk towards the viewer.
4. Scaling for Device Compatibility
AR and VR devices often have different screen resolutions and field of views. Scaling keyframes ensures that objects appear at the appropriate size on various devices.
- Example: Scale a scene to fit the field of view of a VR headset.
5. Scaling for User Preference
Some applications allow users to adjust the size of objects based on their preferences. Scaling keyframes provides the ability to create customizable experiences.
- Example: Scale a virtual object so that it is more visible to a user with low vision.
6. Scaling for Foveated Rendering
Foveated rendering optimizes VR experiences by focusing on the area of the screen that the user is looking at. Scaling keyframes enables you to adjust the level of detail of objects based on their distance from the user’s gaze.
- Example: Scale distant objects to a lower resolution to improve performance.
7. Scaling for Multi-User Experiences
In multi-user AR or VR applications, different users may see the same object at different distances. Scaling keyframes allows you to ensure that the object appears at the correct size for each user.
- Example: Scale a virtual meeting table to a larger size when multiple users are gathered around it.
8. Scaling for Location-Based AR Experiences
Location-based AR experiences often rely on accurate scaling to align virtual objects with the real world. Scaling keyframes helps ensure that virtual objects appear in the correct location and at the appropriate size.
- Example: Scale a virtual museum exhibit to match the dimensions of the physical space it is placed in.
9. Scaling for Physical Object Integration
AR applications often integrate virtual objects with physical ones. Scaling keyframes allows you to adjust the size of virtual objects to match the dimensions of the physical objects they are interacting with.
- Example: Scale a virtual furniture model to fit the size of a real-world room.
10. Scaling for Accessibility
Scaling keyframes can improve accessibility for users with disabilities. By scaling objects larger or smaller, you can make them more visually accessible or easier to manipulate.
- Example: Scale text to larger sizes for users with low vision.
Scaling for 3D Animation
Scaling keyframes in Photoshop are an essential part of animating 3D objects. By scaling an object over time, you can create the illusion of movement and change. In this section, we’ll cover the basics of scaling keyframes in Photoshop, as well as some more advanced techniques.
Creating a Scale Keyframe
To create a scale keyframe, first select the layer that you want to scale. Then, click on the “Animation” menu and select “Create Keyframe.” In the “Keyframe Assistant” dialog box, select “Scale.” You can now move the playhead to different points in the timeline and set the scale for each keyframe.
Scaling an Object
To scale an object, simply drag one of the handles on the object’s bounding box. You can also use the Scale tool (located in the Tools panel) to scale an object more precisely.
Setting the Scale Value
The scale value of an object is measured in percentages. 100% is the object’s original size, while 50% is half its original size. You can set the scale value for a keyframe by typing it into the “Scale” field in the “Keyframe Assistant” dialog box.
Easing the Scale Animation
Easing is a technique used to smooth out the transition between keyframes. By easing the scale animation, you can make the object appear to move more naturally.
There are two types of easing: linear and nonlinear. Linear easing creates a smooth, constant transition between keyframes, while nonlinear easing creates a more gradual or accelerated transition.
To ease the scale animation, select the keyframes that you want to ease and then click on the “Easing” menu. Select the type of easing that you want to apply and then adjust the “Ease In” and “Ease Out” values.
Advanced Techniques
In addition to the basic scaling techniques, there are a few more advanced techniques that you can use to create more complex animations.
Scaling Multiple Objects
To scale multiple objects at the same time, select all of the objects and then create a scale keyframe. The scale value that you set will be applied to all of the selected objects.
Scaling a Group
You can also scale a group of objects by creating a group layer. To do this, select all of the objects that you want to group and then click on the “Layer” menu and select “Group Layers.” You can then create a scale keyframe for the group layer, and the scale value will be applied to all of the objects in the group.
Scaling a Layer Mask
You can also scale a layer mask, which can be useful for creating complex animations. To do this, select the layer mask that you want to scale and then create a scale keyframe. The scale value that you set will be applied to the layer mask.
Scaling a Shape
You can also scale a shape, which can be useful for creating custom animations. To do this, select the shape that you want to scale and then create a scale keyframe. The scale value that you set will be applied to the shape.
Scaling a Vector Object
You can also scale a vector object, which can be useful for creating scalable animations. To do this, select the vector object that you want to scale and then create a scale keyframe. The scale value that you set will be applied to the vector object.
Scaling a 3D Object
You can also scale a 3D object, which can be useful for creating complex animations. To do this, select the 3D object that you want to scale and then create a scale keyframe. The scale value that you set will be applied to the 3D object.
Scaling a Text Layer
You can also scale a text layer, which can be useful for creating dynamic animations. To do this, select the text layer that you want to scale and then create a scale keyframe. The scale value that you set will be applied to the text layer.
Scaling a Camera
You can also scale a camera, which can be useful for creating cinematic animations. To do this, select the camera that you want to scale and then create a scale keyframe. The scale value that you set will be applied to the camera.
| Scale Value |
Description |
| 100% |
Original size |
| 50% |
Half the original size |
| 200% |
Double the original size |
Scaling in Photoshop vs. Other Software
When it comes to scaling images, Photoshop offers a wide range of options and flexibility compared to other software. Here’s how Photoshop’s scaling capabilities stack up against other popular software:
1. Non-Destructive Scaling: Photoshop allows for non-destructive scaling, meaning the original image data is preserved even after resizing. This enables you to scale images multiple times without losing image quality or having to start over. In contrast, many other software programs apply destructive scaling, which permanently alters the image data.
2. Resampling Algorithms: Photoshop provides a variety of resampling algorithms to choose from, each with its own advantages and disadvantages. These algorithms determine how the pixels are interpolated when scaling an image. Popular algorithms include Nearest Neighbor, Bilinear, Bicubic, and Lanczos, each with varying degrees of sharpness and smoothness.
3. Anchor Point Control: Photoshop allows you to specify the anchor point around which the image scales. This provides greater control over the scaling process and ensures that the image scales in the desired way. Other software may not offer such granular control over the anchor point.
4. Smart Objects: Photoshop’s Smart Objects allow you to scale images without losing image quality or distorting the original image. Smart Objects maintain the original image data, even after multiple scaling operations, making them ideal for non-destructive image editing.
5. Keyboard Shortcuts: Photoshop provides keyboard shortcuts for scaling images, making it a quick and efficient process. The “Ctrl” (Windows) or “Command” (Mac) key in combination with the “T” key brings up the Transform tool, and then using the Shift key constrains the scaling proportionally.
6. Canvas Size Adjustment: Photoshop allows you to adjust the canvas size while scaling, which can be useful for placing the scaled image in a new or existing document. This feature provides flexibility in image placement and composition.
7. Pixel Grid Alignment: Photoshop provides an option to align scaled images to the pixel grid, ensuring a crisp and pixel-perfect result. This feature is especially important for digital art, design, and web graphics.
8. Automate Scaling: Photoshop’s Action feature allows you to automate scaling operations, making it efficient for batch processing or repetitive tasks. By creating an Action that records the scaling steps, you can apply the same transformation to multiple images with a single click.
39. Table Comparing Photoshop’s Scaling Capabilities with Other Software:
| Feature |
Photoshop |
Software A |
Software B |
| Non-Destructive Scaling |
Yes |
No |
Yes (limited) |
| Resampling Algorithms |
Nearest Neighbor, Bilinear, Bicubic, Lanczos |
Nearest Neighbor, Bilinear |
Bilinear, Bicubic |
| Anchor Point Control |
Yes |
No |
Yes |
| Smart Objects |
Yes |
No |
No |
| Keyboard Shortcuts |
Yes |
Yes |
Yes |
| Canvas Size Adjustment |
Yes |
Yes |
Yes |
| Pixel Grid Alignment |
Yes |
Yes |
No |
| Automate Scaling |
Yes (Actions) |
Yes (Scripts) |
Yes (Plugins) |
Advanced Techniques for Scaling with Third-Party Plugins
When it comes to advanced scaling techniques in Photoshop, third-party plugins offer a wealth of additional features and capabilities. Here are a few notable plugins that can enhance your workflow:
1. Kraken Pro Plugin
Kraken Pro is a feature-rich Photoshop plugin designed for scaling and other image manipulation tasks. It provides advanced algorithms for resizing, preserving image quality, and reducing file size. With Kraken Pro, you can choose from various scaling methods, including nearest neighbor, bilinear, bicubic, and Lanczos.
2. Scale2X Plugin
Scale2X is a widely used plugin specifically designed for scaling images without sacrificing image quality. It employs a unique algorithm that analyzes the image and interpolates new pixels to create a scaled result that is sharper and more detailed than traditional scaling methods.
3. Gigapixel AI Plugin
Gigapixel AI is an AI-powered plugin that excels in scaling images to extremely large sizes while maintaining remarkable clarity and detail. It utilizes advanced machine learning techniques to enhance image quality, reduce noise, and even add new details to upsampled images.
4. Topaz Gigapixel AI Plugin
Topaz Gigapixel AI is a popular alternative to Gigapixel AI, offering similar capabilities for upscaling images to larger sizes. It features a user-friendly interface and provides a range of customizable settings to fine-tune the scaling process. Topaz Gigapixel AI also includes advanced denoising and sharpening algorithms for enhancing the quality of scaled images.
5. waifu2x-caffe Plugin
waifu2x-caffe is an open-source plugin that specializes in waifu2x scaling, a technique known for producing high-quality anime-style images at larger sizes. It utilizes neural networks to upscale images, preserving details and smoothing out edges for a visually pleasing result.
6. Real-ESRGAN Plugin
Real-ESRGAN is a powerful plugin that leverages advanced generative adversarial networks (GANs) for image upscaling. It offers exceptional results in terms of detail preservation, noise reduction, and overall image quality. Real-ESRGAN is particularly effective for enlarging low-resolution images or restoring old and damaged images.
7. ESRGAN Plugin
ESRGAN is another popular GAN-based plugin for image upscaling. It provides a range of customizable settings and models to tailor the upscaling process to specific needs. ESRGAN excels in preserving fine details and colors, making it suitable for enlarging images intended for printing or digital display.
8. SRGAN Plugin
SRGAN is a plugin that utilizes super-resolution generative adversarial networks (SRGANs) for image upscaling. It offers various scaling modes and adjustable parameters to achieve optimal results. SRGAN is well-suited for enlarging images for web, social media, or print applications.
9. DAIN-APP Plugin
DAIN-APP is a specialized plugin designed for video frame interpolation, which involves creating new frames between existing ones to achieve smoother motion and slow-motion effects. It uses deep learning algorithms to generate frames that are visually consistent with the original footage.
10. Flow Frames Plugin
Flow Frames is another video frame interpolation plugin that offers a range of advanced features. It includes an optical flow algorithm to analyze the movement in the footage and generate frames that seamlessly transition between the original frames. Flow Frames is particularly useful for creating high-quality slow-motion effects and enhancing video fluidity.
Transform > Scale Keyframe
The Transform > Scale keyframe allows you to animate the scale of a layer over time. This can be used to create a variety of effects, such as zooming in on an object, shrinking it down, or making it pulsate.
Using the Scale Keyframe
To use the Scale keyframe, first select the layer you want to animate. Then, click on the “Transform” menu and select “Scale.” In the Timeline panel, click on the “Add Keyframe” button to create a keyframe at the current time.
Next, move the playhead to the time where you want the layer to be at a different scale. Then, click on the “Transform” menu again and select “Scale.” Enter the new scale values in the “Scale” fields and click on the “Add Keyframe” button to create a second keyframe.
Photoshop will now automatically tween the scale of the layer between the two keyframes. You can adjust the timing of the animation by moving the keyframes in the Timeline panel.
Scaling Techniques for Creating Intricate Animations
1. Scaling In and Out
Scaling in and out is a basic scaling technique that can be used to create a variety of effects. For example, you can use scaling in to make an object appear to zoom towards the viewer, or you can use scaling out to make an object appear to recede into the distance.
2. Scaling Up and Down
Scaling up and down is another basic scaling technique that can be used to create a variety of effects. For example, you can use scaling up to make an object appear to grow larger, or you can use scaling down to make an object appear to shrink smaller.
3. Pulsating
Pulsating is a scaling technique that can be used to create the illusion of an object moving back and forth. To create a pulsating effect, simply scale the object up and down repeatedly.
4. Zooming
Zooming is a scaling technique that can be used to create the illusion of moving the camera closer to or further away from an object. To create a zooming effect, simply scale the object up or down while moving the camera in the opposite direction.
5. Rotating
Rotating is a scaling technique that can be used to create the illusion of rotating an object around its axis. To create a rotating effect, simply enter different scale values in the “X” and “Y” fields of the “Scale” dialog box.
6. Skewing
Skewing is a scaling technique that can be used to create the illusion of distorting an object. To create a skewing effect, simply enter different scale values in the “X” and “Y” fields of the “Skew” dialog box.
7. Distorting
Distorting is a scaling technique that can be used to create the illusion of warping an object. To create a distorting effect, simply apply different warping transforms to different parts of the object.
8. Combining Techniques
You can combine different scaling techniques to create more complex animations. For example, you could combine scaling in and out with pulsating to create the illusion of an object bouncing up and down.
9. Using the Graph Editor
The Graph Editor can be used to fine-tune the timing of your scaling animations. To open the Graph Editor, click on the “Window” menu and select “Graph Editor.” In the Graph Editor, you can adjust the position and shape of the keyframes to change the speed and smoothness of the animation.
10. Tips for Creating Intricate Animations
Here are a few tips for creating intricate animations using scaling keyframes:
- Use a variety of scaling techniques to create more complex animations.
- Use the Graph Editor to fine-tune the timing of your animations.
- Experiment with different combinations of scaling techniques and keyframes to create your own unique animations.
| Scaling Technique |
Effect |
| Scaling In and Out |
Makes an object appear to zoom towards or recede into the distance. |
| Scaling Up and Down |
Makes an object appear to grow larger or shrink smaller. |
| Pulsating |
Creates the illusion of an object moving back and forth. |
| Zooming |
Creates the illusion of moving the camera closer to or further away from an object. |
| Rotating |
Creates the illusion of rotating an object around its axis. |
| Skewing |
Creates the illusion of distorting an object. |
| Distorting |
Creates the illusion of warping an object. |
Exploring the Limits of Keyframe Scaling
Within the vast array of transformative capabilities in Adobe Photoshop, keyframe scaling holds a prominent position. This powerful technique allows you to manipulate an image’s size and aspect ratio dynamically across a series of frames, creating eye-catching animations and impressive visual effects. However, like any transformative tool, there are inherent limits to keyframe scaling that must be understood to achieve optimal results.
Understanding the Boundaries
The limitations of keyframe scaling stem from the underlying mathematical operations used by Photoshop to resize and modify images. These operations involve interpolation, a process of estimating intermediate values between known data points. When scaling an image using keyframes, Photoshop interpolates the pixels between the starting and ending frame sizes to create a smooth transition. However, this process can introduce artifacts and distortions if certain limits are exceeded.
46. Aspect Ratio Constraints
One of the most important limits to consider when scaling keyframes is the aspect ratio of the image. The aspect ratio refers to the ratio between the image’s width and height. When scaling an image, Photoshop attempts to maintain the original aspect ratio as much as possible. However, if the scale factor applied to the image causes the aspect ratio to change significantly, the image may become distorted or pixelated. To avoid this, it is recommended to keep the scale factor relatively small and to make gradual adjustments to the image’s size over multiple keyframes.
In cases where it is necessary to change the aspect ratio of an image, it is important to be aware of the potential consequences. Photoshop interpolates the pixels between the starting and ending aspect ratios, which can result in distortions or artifacts if the change is too drastic. To minimize these effects, it is recommended to use a combination of scaling and cropping to gradually change the aspect ratio over multiple keyframes.
Table: Recommended Scale Factors for Aspect Ratio Changes
| Original Aspect Ratio |
Recommended Scale Factor |
| 1:1 (Square) |
0.75-1.25 |
| 16:9 (Widescreen) |
0.85-1.15 |
| 3:2 (Portrait) |
0.8-1.2 |
These recommended scale factors provide a general guideline for preserving the image’s quality and preventing excessive distortions. However, the optimal scale factor may vary depending on the specific image content and the desired visual effect.
By understanding the limits of keyframe scaling and implementing these best practices, you can effectively manipulate the size and aspect ratio of your images to create dynamic and visually stunning animations in Photoshop.
The Fundamentals of Keyframe Scaling
Transforming scale keyframes enables meticulous control over the resizing of elements in your Photoshop animation. Understanding the fundamental concepts of keyframe scaling empowers you to create seamless transitions and dynamic animations.
The Keyframe Canvas: A Spatial Workspace
Think of your keyframe canvas as a virtual two-dimensional space where the size and position of your elements evolve over time. Keyframes, represented by diamonds on the timeline, anchor these changes, defining the starting and ending points of your transformations.
Scaling Parameters: A Guided Resizing Journey
Photoshop provides various scaling parameters to fine-tune the resizing behavior of your elements. These parameters include:
- Uniform Scaling: Resizes the element while maintaining its proportions.
- Non-Uniform Scaling: Allows you to scale the element independently along its width and height.
- Relative Scaling: Resizes the element relative to its original size, making it easier to make incremental changes.
- Absolute Scaling: Resizes the element to a specified size, providing precise control over its dimensions.
Animated Scaling: Bringing Elements to Life
To animate scaling, follow these steps:
- Create Keyframes: Establish the starting and ending points of your transformation by adding keyframes on the timeline.
- Define Scale Values: Set the scale values for each keyframe, specifying the desired size at each point in time.
- Smooth Transitions: Adjust the interpolation between keyframes to achieve smooth scaling transitions. Photoshop offers various interpolation methods, such as Linear and EaseInOut.
Advanced Keyframe Scaling Techniques
Multiple Keyframes for Complex Scaling
Employ multiple keyframes to create complex scaling patterns, such as scaling an element multiple times or changing its aspect ratio over time.
Reverse Keyframe Scaling
Flip the order of your keyframes to reverse the scaling direction. This technique is useful for animating elements that shrink and then expand.
Nested Keyframe Scaling
Create nested keyframe scaling to animate multiple elements simultaneously. For example, scale a group of layers within a larger scaling animation.
Conditional Keyframe Scaling
Use the “Trigger” feature in the timeline to set conditions for triggering keyframe scaling. This allows you to control scaling based on events in your animation, such as the presence of a specific layer.
Importing Keyframes from Other Compositions
Save time and effort by importing keyframe scaling data from other Photoshop compositions. This streamlines the animation process and ensures consistency across projects.
Masking for Precise Scaling
Create masks to selectively apply scaling to specific areas of your elements. This technique enables you to target individual sections for custom resizing.
Keyframe Interpolation for Seamless Transitions
Linear Interpolation: Constant Speed Scaling
Linear interpolation results in a constant scaling speed between keyframes, creating a smooth and uniform transition.
EaseInOut Interpolation: Accelerated and Decelerated Scaling
EaseInOut interpolation gradually accelerates the scaling at the beginning and decelerates it towards the end, simulating natural movement.
EaseOut Interpolation: Gradual Slowing Down
EaseOut interpolation starts with a fast scaling rate that gradually slows down towards the end, creating a smooth and gradual transition.
EaseIn Interpolation: Gradual Speed Up
EaseIn interpolation starts with a slow scaling rate that gradually speeds up towards the end, creating a subtle but noticeable acceleration.
Custom Interpolation: Tailoring Transitions
Utilize the Graph Editor to create custom interpolation curves, offering precise control over the timing and speed of your scaling transitions. Experiment with different curves to achieve unique and dynamic effects.
Keyframe Scaling: A Comprehensive Guide
Mastering the art of keyframe scaling empowers you to elevate your Photoshop animations with seamless transitions and dynamic resizing effects. Whether it’s uniform or non-uniform, relative or absolute scaling, these techniques provide the tools to precisely control the size and shape of your elements over time. Enhance your animations with complex scaling patterns, reverse keyframes, nested keyframes, conditional triggers, imported keyframes, and precise masking. Explore the possibilities of keyframe interpolation to create smooth and engaging transitions. With practice and experimentation, you can seamlessly bring your animations to life, captivating your audience with dynamic and professional-looking visuals.
Achieving Perfection in Keyframe Scaling
Keyframe scaling in Photoshop is an essential technique for creating dynamic animations and visual effects. By adjusting the scale of your layers over time, you can create transformations that enhance the impact of your animations. Here’s a comprehensive guide to help you achieve perfection in keyframe scaling:
1. Understanding Keyframes
Keyframes mark the beginning and end points of a transition. They define the state of your layer at specific moments in time.
2. Creating Keyframes
To create a keyframe, select the layer you want to animate, move the timeline pointer to the desired frame, and click the “Add Keyframe” button in the Timeline panel.
3. Scaling Layer
With the keyframe selected, use the Scale tool (Ctrl/Cmd + T) or the Transform panel to adjust the scale of the layer. Drag the handles or enter values in the Transform panel to change the width and height.
4. Setting Keyframe Properties
Double-click the keyframe to open the Keyframe Options dialog box. Here you can adjust:
- Easing: This controls the speed and smoothness of the transition between keyframes.
- Interpolation: This determines how values are calculated between keyframes.
- hold: This sets how long the layer should remain at the current scale before moving to the next keyframe.
5. Adding Intermediate Keyframes
To create smoother transitions, add intermediate keyframes between your initial and final keyframes. This allows you to gradually adjust the scale over time.
6. Looping Animations
To loop your animation, select the Timeline panel, click the Loop icon, and choose the number of times you want the animation to repeat.
7. Animating Multiple Layers
You can animate multiple layers simultaneously by selecting them and creating keyframes for each. Ensure the layers are placed in the correct order in the Timeline panel.
8. Using Masks for Selective Scaling
Create a layer mask and paint black on the areas you want to exclude from scaling. This allows you to selectively transform specific parts of your layer.
9. Adjusting Anchor Point
The anchor point determines the center of rotation for scaling. You can change the anchor point using the Move tool or the Transform panel.
10. Combining Scaling with Other Transformations
Combine keyframe scaling with other transformations such as rotation and position to create complex animations.
49. Advanced Keyframe Scaling Options
| Option |
Description |
| Time Remapping |
Adjust the speed of the animation by remapping the time between keyframes. |
| Motion Graph Editor |
Visually edit the motion of your layer over time, including scaling transformations. |
| Frame Interpolation |
Choose interpolation methods to smooth transitions, such as Linear, Ease In/Out, or Custom Curves. |
| Bezier Curves |
Create custom easing curves to control the acceleration and deceleration of the scale transitions. |
| Keyframe Interpolation |
Set interpolation between keyframes to define how intermediate values are calculated. |
50. Troubleshooting Common Issues
- Jagged Edges: Use anti-aliasing to smooth out edges during scaling.
- Layer Disappearing: Check the alpha channel and ensure the opacity is set correctly.
- Unintended Scaling: Verify that the anchor point is set appropriately.
- Slow Performance: Optimize your animation by reducing the number of keyframes and using efficient interpolation methods.
123 Photoshop How To Transform Scale Keyframe
In this tutorial, we’ll show you how to transform scale keyframe in Photoshop. This technique can be used to create a variety of effects, such as scaling up or down an object, or moving it closer to or further away from the camera.
To get started, open an image in Photoshop and select the layer that you want to transform. Then, go to the “Animation” menu and select “Create Keyframe.” This will create a keyframe for the current position and size of the layer.
Next, move the playhead to the point in the timeline where you want to change the scale of the layer. Then, click on the “Transform” tool in the toolbar and select “Scale.”
A bounding box will appear around the layer. Drag the handles of the bounding box to scale the layer up or down. You can also use the keyboard shortcuts “[” and “]” to scale the layer by 10% increments.
Once you have scaled the layer, click on the “Set Keyframe” button in the timeline to create a keyframe for the new scale. You can now continue to move the playhead and scale the layer as needed to create your animation.
People Also Ask About 123 Photoshop How To Transform Scale Keyframe
What is a keyframe?
A keyframe is a specific point in a timeline where a particular property of a layer is recorded. Keyframes can be used to create animations by changing the properties of a layer over time.
How do I create a keyframe?
To create a keyframe, select a layer in the timeline and click on the “Create Keyframe” button. This will create a keyframe for the current position and size of the layer.
How do I scale a layer?
To scale a layer, select it in the timeline and click on the “Transform” tool in the toolbar. Then, select “Scale” and drag the handles of the bounding box to scale the layer up or down.
