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Transforms text prompts into 3D models for AI artists, simplifying creative process and enabling quick prototyping of ideas.
RodinText3D is a powerful node designed to transform textual prompts into 3D models, offering a seamless way for AI artists to create intricate 3D designs from simple text descriptions. This node leverages advanced algorithms to interpret the input text and generate a corresponding 3D model, making it an invaluable tool for artists looking to explore new creative possibilities without needing extensive technical knowledge in 3D modeling. By focusing on the text-to-3D conversion, RodinText3D simplifies the creative process, allowing users to focus on their artistic vision while the node handles the technical complexities of 3D generation. This node is particularly beneficial for those who wish to quickly prototype ideas or generate unique 3D assets based on conceptual descriptions.
The api_key
is a required parameter that authenticates your access to the RodinText3D service. It ensures that you have the necessary permissions to use the node's capabilities. Without a valid API key, the node will not function, as it relies on external services to process the text and generate 3D models.
The prompt
is a required string parameter that serves as the textual description guiding the 3D generation process. This parameter is crucial as it directly influences the characteristics and details of the resulting 3D model. The prompt should be descriptive and can be multiline, allowing for complex and detailed instructions to be provided to the node.
The seed_
parameter is an optional integer that controls the randomness of the 3D model generation. It allows for reproducibility of results; using the same seed with the same prompt will yield the same 3D model. The value ranges from 0 to 65535, with a default of 0, providing a wide range of variability for creative exploration.
This optional parameter specifies the format of the output 3D model file. Available options include glb
, usdz
, fbx
, obj
, and stl
, with glb
as the default. The choice of format can affect compatibility with different 3D software and platforms, so it's important to select the format that best suits your needs.
The material
parameter determines the type of material rendering applied to the 3D model. Options include PBR
(Physically Based Rendering) and Shaded
, with PBR
as the default. This choice impacts the visual appearance of the model, affecting how it interacts with light and how realistic it appears.
The quality
parameter is optional and influences the level of detail and resolution of the generated 3D model. Higher quality settings result in more detailed models but may require more processing time and resources.
This optional boolean parameter, when enabled, utilizes advanced hyperparameters to enhance the 3D generation process. It can lead to more refined and sophisticated models, though it may also increase processing time.
The tier
parameter allows you to select between Regular
and Sketch
modes, with Regular
as the default. This setting affects the complexity and style of the generated model, with Sketch
mode simplifying the output for quick prototyping or conceptual visualization.
The shaded
output is an image that represents the 3D model with basic shading applied, providing a quick visual reference of the model's form and structure.
The diffuse
output is an image that shows the model with diffuse lighting, highlighting the color and texture details without complex lighting effects.
The normal
output is an image that encodes the surface normals of the 3D model, useful for understanding the model's geometry and for further processing in 3D applications.
The pbr
output is an image that applies Physically Based Rendering to the model, offering a realistic representation of how the model would appear under various lighting conditions.
The model_path
is a string that provides the file path to the generated 3D model, allowing you to access and use the model in other applications or workflows.
seed_
values to explore variations of the same prompt and discover unique model designs.geometry_file_format
based on the software you plan to use for further editing or rendering.quality
parameter to balance between model detail and processing time, especially for complex scenes.geometry_file_format
is not supported in the current mode.tier
. For Sketch
mode, only glb
is supported.RunComfy is the premier ComfyUI platform, offering ComfyUI online environment and services, along with ComfyUI workflows featuring stunning visuals. RunComfy also provides AI Playground, enabling artists to harness the latest AI tools to create incredible art.