2D IMAGE TO 3D CHARACTER USING A.I PLATFORMS

The paragraph introduces a tutorial on how to convert 2D images into 3D animated characters using AI platforms. The process involves using three different platforms to leverage their resources without the need for extensive knowledge in 3D modeling. The first platform mentioned is Leonardo of AI, which is an AI action rating platform. The tutorial emphasizes the ease of use and accessibility of these platforms, highlighting that registration is required for some but the user is already registered and can proceed directly to the dashboard. The dashboard offers various models and community-generated content, allowing users to select and use prompts and models for their own creations.

This paragraph discusses the next steps in the 3D conversion process. It emphasizes the importance of isolating a single image for conversion and suggests using software like Photoshop or CorelDRAW for image editing. The user is advised to remove any accessories and background noise from the image to prepare it for upload to the next platform. The paragraph also touches on the concept of using keywords and descriptions to guide the AI in generating the desired 3D model. The goal is to have a clean, isolated image ready for the 3D conversion process.

The focus of this paragraph is on the 3D modeling process using AI platforms. It explains how to upload the isolated 2D image to a platform called 3d.csm.ai, which converts the image into a 3D model. The user is shown how to navigate the platform, including understanding the different views generated by the AI and the option to upgrade for higher quality models and faster processing times. The paragraph also discusses the limitations of the free version, such as long processing times and lower quality outputs, and encourages users to consider the paid version for better results.

This paragraph details the process of importing the AI-generated 3D model into Blender, an open-source 3D modeling software. The user is guided through the steps of importing the model as an obj file, scaling the model, and exporting it in a format that can be used for animation. The paragraph highlights the ease of use of Blender and the importance of having both the mesh and texture for the final 3D model. It also touches on the concept of rigging the model for animation in a later stage.

The final paragraph of the tutorial focuses on rigging and animating the 3D character using a software called Actor Core. The user is shown how to import the model into Actor Core, which automatically assigns joints and rigging to the character. The paragraph explains the process of masking out certain parts of the model that should not move, such as the hands, and finalizes the character for animation. The user is then able to see the character walk and move, demonstrating the power of AI in transforming a 2D image into a fully rigged and animated 3D character. The paragraph concludes by mentioning the possibility of exporting the character in various formats for use in different applications.

The last part of the script introduces another platform called Heading, which is described as a powerful tool for advanced 3D modeling. Unlike the previous platforms, Heading does not offer a free version, and the user must pay for usage. The paragraph explains that Heading allows users to not only generate 3D models from 2D images but also edit and texture the models directly on the web platform. The high-quality mesh and color outputs are showcased, and the paragraph encourages users to explore Heading for its powerful capabilities in 3D modeling and texturing.