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Facilitates loading and processing 3D animation files for AI artists, simplifying integration into projects.
The Load3DAnimation
node is designed to facilitate the loading and processing of 3D animation files within a creative workflow. This node is particularly beneficial for AI artists who wish to incorporate 3D animations into their projects, as it simplifies the process of importing complex 3D models and their associated animations. By leveraging this node, you can seamlessly integrate 3D animations into your work, allowing for more dynamic and visually engaging outputs. The node is capable of handling various 3D file formats, ensuring compatibility with a wide range of animation assets. Its primary function is to load the specified 3D model and any accompanying animation data, preparing it for further manipulation or rendering within the system. This capability is crucial for artists looking to expand their creative possibilities by incorporating animated 3D elements into their projects.
The model_file
parameter specifies the 3D model file that you wish to load. It supports a variety of file formats, including .gltf
, .glb
, and .fbx
, which are commonly used in 3D modeling and animation. This parameter is crucial as it determines the specific 3D model and animation data that will be imported into the system. The files are selected from a predefined directory, ensuring that only compatible files are used. This parameter allows for file uploads, making it easy to integrate new models into your workflow.
The image
parameter is used to specify the animation data associated with the 3D model. It is categorized under LOAD_3D_ANIMATION
, indicating its role in loading animation sequences. This parameter is essential for ensuring that the correct animation data is applied to the 3D model, allowing for accurate and realistic motion within your projects.
The width
parameter defines the width of the output image or animation. It is an integer value with a default setting of 1024, and it can range from a minimum of 1 to a maximum of 4096. This parameter is important for determining the resolution of the output, which can impact the visual quality and file size of the final product. Adjusting the width allows you to tailor the output to your specific needs, whether you require high-resolution images for detailed work or lower resolutions for faster processing.
The height
parameter specifies the height of the output image or animation. Similar to the width
parameter, it is an integer value with a default of 1024, and it can range from 1 to 4096. This parameter works in conjunction with the width to define the overall resolution of the output. By adjusting the height, you can control the aspect ratio and visual quality of the final animation, ensuring it meets your project's requirements.
The image
output parameter provides the processed image data from the loaded 3D animation. This output is crucial for visualizing the 3D model and its animation within your project. It allows you to see the results of the loading process and make any necessary adjustments before finalizing your work.
The mask
output parameter delivers the mask data associated with the 3D animation. This data is useful for isolating specific parts of the animation or model, enabling you to apply effects or modifications selectively. The mask output is an essential tool for artists looking to enhance their creative control over the animation.
The mesh_path
output parameter provides the file path to the loaded 3D model. This output is important for referencing the model within your project, allowing for easy access and manipulation of the 3D data. It serves as a link between the loaded model and the rest of your workflow.
The normal
output parameter contains the normal map data for the 3D model. Normal maps are used to add detailed surface textures to 3D models without increasing the polygon count. This output is vital for achieving realistic lighting and shading effects in your animations, enhancing the overall visual quality.
The camera_info
output parameter provides information about the camera settings used during the animation. This data is essential for ensuring that the perspective and framing of the animation are consistent with your project's requirements. It allows you to maintain control over the visual presentation of the animation.
The recording_video
output parameter delivers the video recording of the animation, if available. This output is useful for reviewing the animation in motion, allowing you to assess its quality and make any necessary adjustments. It provides a convenient way to preview the animation before finalizing your project.
.gltf
, .glb
, or .fbx
to avoid compatibility issues.width
and height
parameters to match the resolution requirements of your project, balancing quality and performance.mask
output to apply selective effects or modifications to specific parts of your animation, enhancing creative control..gltf
, .glb
, or .fbx
and try loading it again.width
or height
parameter is set to a value outside the allowed range.width
and height
values are within the range of 1 to 4096 and adjust them accordingly.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.