Image Generation
AI Canvas
3D Texture Generation
3D Scan Pro, PhotoTo3DConverter, KoppieOS, LeiaPix AI, MagiScan, Kaedim, Masterpiece X, Spline, Koko AI, SV3D Online are the best paid / free 3d tools.
3D, short for three-dimensional, is a term used to describe objects or representations that have depth, width, and height. In the context of AI, 3D refers to the creation, manipulation, and analysis of three-dimensional data, models, and environments. AI algorithms and techniques are increasingly being applied to 3D data to enable advanced applications in various fields, such as computer vision, robotics, and augmented reality.
Core Features
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Leonardo.ai | Image Generation | Create an account, no credit card needed. Use Leonardo.ai to unleash your creativity and create production-quality visual assets for various projects. | |
Luma AI | Capture the world in lifelike 3D using iPhone's camera | To use Luma AI, simply download the iOS app from the App Store or access the web API. With the app, users can capture the real world in 3D by scanning objects or scenes using their iPhone's camera. The app utilizes ARKit technology to enable augmented reality (AR) experiences. The captured 3D models can be edited using the Fields Editor iOS app. For advanced users, Luma API offers the ability to generate high-quality photorealistic 3D assets and environments at scale, allowing game artists and CGI professionals to save time in asset creation. | |
Recraft | Create and edit digital illustrations | To remove something from the image, use the remove tool. To generate a vector logo, use the vectorize tool. To replace the background, click on the replace background button. To use the repaint tool, select the area you want to repaint and apply the desired changes. Enhance raster images with the AI upscale tool. Use Recraft to vectorize your own images. | |
Recraft AI Artboard | Generation and editing of vector art, icons, 3D images, and illustrations | Using Recraft is easy. Start by selecting the type of image you want to create, then customize it using the built-in editing tools. Once satisfied, download the generated image for your use. | |
Periodic Table Chemistry 2024 | 3D Visualization | Periodic Table Chemistry 2024 $9.99 Unlock the full features and content of the app. | Download the app on your iPhone, iPad, Apple Watch, Apple TV, or Apple Vision Pro. Explore the elements of the periodic table through 3D visualization and augmented reality. Access detailed information about each element to enhance your understanding of chemistry. |
Icons8 | Icons in 47 different styles | To use Icons8, simply browse through the different categories of design elements and click on the ones you want to download. You can then use these elements in your designs, videos, or any other creative projects. | |
Live3D | Fast, high quality face tracking | To use Live3D, you can download the software suite for free and then create your own VTuber avatar using VTuber Maker. You can customize your avatar's appearance and animations using VTuber Editor. The VTuber Gallery provides a collection of anime poses that you can use for reference. VTuber Extension allows you to add virtual effects to your livestream. Additionally, you can browse and download VTuber resources such as models, assets, and backgrounds from the VTuber Resource section. | |
Coohom | Coohom offers the following core features: - Smart AI templates with an abundant 3D model library - 2D/3D floor planner - Custom furniture design - Photo and video studio - Design inspiration and community - Business resources - Enterprise open platform - Tutorials and help center - Mobile app for on-the-go design | To use Coohom, follow these simple steps: 1. Sign up for a free account or a free trial of the enterprise version. 2. Draw a floor plan to create a 2D and 3D representation of the space. 3. Furnish the room with over 750,000 3D models from the extensive model library. 4. Generate photo-realistic renderings and panoramas in seconds. 5. Explore the design community and get inspired by other designers' work. | |
Meshy | Text to 3D conversion | To use Meshy, simply input your desired text or 2D image and the AI will generate a 3D asset in under a minute. | |
Stability AI | The core features of Stability AI include open source models, such as Stable Diffusion, which puts control in the hands of developers. They also have a high-performance compute power for research and development in various fields such as Image, Language, Audio, Video, 3D, Biology, and more. | To use Stability AI, you can dive into ClipDrop or try DreamStudio. You can also explore their open-source models like Stable Diffusion and join other developers in creating applications using these models as a foundation. Additionally, you can follow their journey by signing up with your email address to receive news and updates. |
Autonomous vehicles: 3D AI enables better perception and understanding of the surrounding environment for safe navigation.
Medical imaging: 3D AI techniques assist in analyzing and segmenting medical scans for diagnosis and treatment planning.
Industrial automation: 3D AI powers robotic systems for tasks like bin picking, assembly, and quality inspection.
Entertainment: 3D AI is used in movie production, gaming, and virtual reality for creating realistic characters and environments.
Users have praised 3D AI for its ability to enhance the realism and interactivity of various applications, from gaming and virtual reality to industrial automation and medical imaging. However, some users have also noted the high computational requirements and the need for specialized hardware to fully leverage the potential of 3D AI. Overall, the sentiment towards 3D AI is positive, with many recognizing its transformative impact across different domains.
A user interacts with a virtual try-on system that uses 3D AI to visualize how clothing items would fit on their body.
A gamer experiences realistic physics and interactions in a video game powered by 3D AI techniques.
A customer uses a furniture app that employs 3D AI to place and visualize furniture items in their living space.
To utilize 3D in AI, the following steps are typically involved: 1. Data acquisition: Collect 3D data using sensors like depth cameras, LiDAR, or stereo vision systems. 2. Data preprocessing: Clean, filter, and transform the raw 3D data into a suitable format for AI algorithms. 3. Feature extraction: Identify and extract relevant features from the 3D data, such as geometry, texture, or spatial relationships. 4. Model training: Train AI models, such as deep neural networks, using the processed 3D data and appropriate loss functions. 5. Inference and application: Deploy the trained models to perform tasks like 3D object detection, segmentation, or generation in real-world scenarios.
Enhanced spatial understanding and reasoning capabilities for AI systems
Improved accuracy and robustness in tasks like object recognition and tracking
Enabling advanced applications in robotics, autonomous vehicles, and augmented reality
Facilitating the creation of immersive and interactive 3D experiences