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Generated textures can be visualized and adjusted in real-time, allowing for fine-tuning of parameters such as tiling, metalness, and roughness. This interactive process ensures that the texture meets the desired appearance before finalizing.
Reference images can be used to guide the structure, composition, and colors of the generated textures.
After final adjustments, the generated texture maps can be exported for use in 3D projects. This ensures that the textures are compatible with various applications and meet the specific needs of the project.
Generate seamless textures using AI models, with options to select from Scenario's pre-existing models or use personal models to define the textures' style and details. The chosen model directly influences the texture's style and characteristics, making it possible to fit specific needs by selecting either generic or style-specific models. To achieve complete creative control, users can upload and train their own models, allowing the generated textures to match precise stylistic requirements. Additionally, display settings can be customized to accurately visualize textures by adjusting parameters such as tiling, metalness, roughness, and environmental lighting, providing a clear view of how the textures will appear under various conditions.
Texture Generation enables architectural firms to design photorealistic materials that accurately represent various building materials like wood, stone, and metal. This capability is especially valuable in producing highly detailed and realistic renders that communicate the intended aesthetic and materiality of a space. Seamless PBR map integration ensures that these textures react realistically to lighting, helping clients visualize the final design under real-world conditions.
The Texture Generation feature allows game studios to generate diverse environmental textures, ensuring a consistent art style across the game world. This is particularly beneficial for maintaining visual coherence while creating varied assets, such as different types of terrain, structures, or props. The ability to integrate custom-trained models further supports the creation of unique, game-specific textures that enhance immersion and align with the game's artistic vision.
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