How to Use Immersity AI and Create Your 3D Work

Imagine being able to turn your ideas into full 3D scenes with just a few clicks. Today, this is possible thanks to tools like Immersity AI. Whether you are an artist, educator, or just curious about technology, creating 3D content used to require expensive software and technical skills. 

Now, with Immersity AI, you can build interactive 3D environments directly in your browser using natural language input. This article will guide you through how to use Immersity AI and show you how simple it is to create your own 3D work.

What is Immersity AI?

Immersity AI is a browser-based platform that allows users to create 3D environments by typing simple commands in natural language. It combines artificial intelligence with 3D scene generation, enabling anyone to design immersive virtual spaces without needing programming or design experience. 

The platform is designed for a wide range of users, including educators, designers, storytellers, and hobbyists.

What makes Immersity AI unique is its simplicity. You can describe a scene in everyday language—such as "a forest with a small wooden house and a river nearby"—and the platform generates the scene in seconds. 

You can then customize elements, adjust camera angles, add animations, or even embed voiceovers. The results can be used for storytelling, teaching, gaming, or any kind of interactive presentation.

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Getting Started with Immersity AI

To begin using Immersity AI, you do not need to download or install any software. Everything runs through a web browser. Here are the steps to get started:

1. Create an Account:
   Visit the official website at immersity.ai and sign up for a free account. You will need a valid email address.

2. Log In to the Platform:
   After signing up, log in to access the dashboard. From there, you will see several tutorials and example projects that can help you understand the features more quickly.

3. Explore the Interface:
   The user interface is designed to be simple. You will find a command input field, a scene viewer, and controls to adjust various elements like lighting, camera angles, and object positions.

4. Access Tutorials:
   For first-time users, it is recommended to explore the tutorial section. The platform offers step-by-step guides that demonstrate how to create and modify 3D scenes using simple language.

How to Create 3D Work Using Immersity AI

Now that you are familiar with the interface, here is how you can start creating your own 3D work using Immersity AI:

1. Animation Settings and Styles

Immersity AI offers various animation paths and styles to enhance the 3D effect:

• Movement Paths:

  • Single-axis: Horizontal, Vertical, Zoom, Dolly (movement along x, y, or z axis)

  • Dual-axis: Circle (combines x and y axis for circular motion)

  • Triple-axis: Perspective, Zoom left, Zoom in, Zoom right (uses x, y, and z axes for complex motion)

• Animation Controls:

  • Loop: Enables continuous looping of the animation to avoid jumps

  • Reverse: Plays the animation backward

  • Depth positioning: Adjust foreground and background movement to enhance depth perception (e.g., fixing background while foreground moves or vice versa)1

• Animation Styles: Choose from pre-configured styles or customize your own. Styles affect direction and type of motion (e.g., up/down, left/right, clockwise/counterclockwise, zoom in/out).

2. Manual Settings for Advanced Control

For more precise control over the animation, use the Manual Settings:

• Control oscillators along x, y, and z axes independently or combined to create linear, circular, or complex 3D motion paths.

• Adjust amplitude sliders for each axis to set the intensity of motion.

• Use phase shifts between oscillators to create looping or diagonal motion.

• Modes include Circular (looped motion), Linear (straight line between two points), and Arc (sweeping motion through three points).

3. Editing the Depth Map

The depth map is key to generating accurate 3D effects. It is a grayscale map where white represents foreground and black represents background.

• Correct Depth Map Errors: Use the Depth Map Brush to paint and correct depth inaccuracies manually.

• Tools include:

  • Depth slider to set desired depth level

  • Eyedropper to sample depth from one area and apply it elsewhere

  • Clone tool to extend existing depth values

• Adjust brush size, hardness, and opacity for smooth blending.

• Preview edits before saving to ensure the animation reflects the corrected depth properly.

4. Exporting and Using 3D Data

Beyond animations, Immersity AI allows exporting the generated 3D data for use in third-party applications, enabling further creative possibilities.

By following these steps and exploring both the default and advanced features, you can create compelling 3D animations from your photos using Immersity AI, adding depth and motion that bring your images to life effortlessly.

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Conclusion

Immersity AI offers a simple yet powerful way for anyone to create 3D environments without the need for advanced technical skills. From education to storytelling, the platform supports a wide range of creative uses. 

By learning how to use Immersity AI, you open the door to bringing your imagination to life in a virtual world. Whether you are just exploring 3D design or looking to enhance your projects with immersive content, this tool can be a valuable resource.

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Frequently Asked Questions (FAQ)

Q: Why are depth maps exported as PNG files and not JPG files like other images? 

A: Depth maps are exported as PNG files because PNG supports 16-bit depth, which is needed for good depth detail and is a lossless format, preventing quality loss from compression. JPG only supports 8-bit depth, making it unsuitable.

Q: What do I get when I export an animation? 

A: When you export an animation, you get an MP4 video file (H.264 codec) at 30 frames per second, with 8-bit color. The video's size and shape will match your original image, unless you use the free version, which will reduce it to 720p.

Q: What is the difference between Parallel SBS and Cross View SBS? 

A: Both are Side-by-Side (SBS) formats. Parallel SBS puts the right eye image on the right and the left eye image on the left, which works for most digital viewers. Cross View SBS swaps them (right eye image on the left, left eye image on the right), allowing you to view them without special equipment by crossing your eyes.

Q: What is a LIF file? 

A: This information is not provided in the source text.

Q: What are the size limitations for input images? 

A: Input images must have a width and height between 90 pixels and 8000 pixels on any side, and their aspect ratio must be between 32:5 and 5:32.

Q: What format should my imported depth map be? 

A: Your imported depth map must be in PNG format and should show depth as "disparity" (how much an object appears to shift between two viewpoints), not as absolute distance, to prevent distortions.

Q: What images work best for converting to 3D? 

A: Images processed by the latest AI technology generally convert well to 3D. However, images with see-through or shiny surfaces, or those with very sudden changes in depth, might have some errors or be less accurate.