I took a photo of myself from a previous photoshoot and uploaded it to ChatGPT. I asked the AI to turn me into a 3D video game character in a T-pose. The result was a 3D model of myself in that pose. I then took this 3D model and imported it into try3d.ai, where I was able to rig and animate it. This allowed me to make the character walk and even perform a somersault, though the animation is not perfect. Nevertheless, I now have a 3D model of myself that I can use in various game engines or 3D software for further development and experimentation.

I took a photo of myself from a previous photoshoot and uploaded it to ChatGPT. I then asked the AI to "Turn me into a 3D video game character in a T-pose." ChatGPT generated a 3D model of me in the requested pose, which I was then able to import into the try3d.ai platform. This allowed me to further manipulate the 3D model, including rigging it and animating it to perform actions like walking and somersaulting. While the resulting 3D animation may not be the most polished, it represents a significant step forward in my ability to create 3D content, which I can now use in various game engines and 3D modeling software.

After generating the 3D video game character of myself in a T-pose using ChatGPT, I proceeded to upload the 3D model to try3d.ai. Within the try3d.ai platform, I selected the "Single Image" option and then dragged the 3D version of myself into the Tripo 3D interface. This allowed me to have a 3D model of myself that I could now manipulate and animate further, using tools like Unreal Engine or Blender. The process was straightforward, and I was able to rig the 3D model and make it perform basic actions, such as walking and doing a somersault, demonstrating the versatility of the tools available.

To rig the 3D model for animation, the user first imported the 3D character model into a 3D software tool like Blender or Unreal Engine. They then set up a skeletal structure within the model, attaching bones and joints to the various parts of the character's body. This allowed the user to manipulate the model's movements and create animations, such as walking or performing a somersault. While the resulting animation may not be the most polished, the user was able to bring their 3D character to life and experiment with different movements and actions, showcasing the capabilities of the available tools and technologies.

The tools available today have made it incredibly easy to transform a simple image into a 3D video game character. By uploading a photo of oneself and using AI-powered tools like ChatGPT and try3d.ai, the author was able to create a 3D model of themselves in a T-pose. This 3D model could then be further manipulated and animated using software like Blender or Unreal Engine, allowing the author to make the character walk and even perform a somersault. While the resulting animation may not be the greatest, it demonstrates the remarkable progress in accessible 3D content creation that is now possible.