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Facilitates loading and processing pose data from JSON files for 3D modeling and animation applications.
The tri3d-load-pose-json
node is designed to facilitate the loading and processing of pose data from JSON files, which is particularly useful in applications involving 3D modeling and animation. This node is part of a larger system that interprets pose data, allowing you to work with complex body, hand, and facial keypoints. By leveraging this node, you can seamlessly integrate pose data into your creative workflows, enabling the generation of realistic and dynamic animations. The node's primary function is to read pose data from a specified JSON file, process it, and prepare it for further use in your projects. This capability is essential for artists and developers who need to manipulate pose data for various applications, such as character animation, virtual reality, and augmented reality experiences.
This parameter specifies the file path to the JSON file containing the pose data. It is crucial as it directs the node to the correct source of pose information, which will be processed and utilized in subsequent operations. The file path should be a valid string pointing to a JSON file structured with pose data, including keypoints for the body, hands, and face. There are no specific minimum or maximum values, but the path must be accurate and accessible.
This parameter is used to adjust the proportions of the pose, specifically the ratio between the neck and shoulder. It impacts how the pose is interpreted and can affect the realism and accuracy of the resulting animation. The neck_shoulder_ratio should be a numerical value, and while there are no strict minimum or maximum values, it should be chosen based on the desired outcome and the specific characteristics of the pose being processed.
This parameter defines the file path where the processed pose data will be saved. It is important for ensuring that the output of the node's operations is stored correctly for future use. The path should be a valid string indicating the desired location and filename for the saved JSON file. As with the input file path, there are no specific minimum or maximum values, but the path must be writable and correctly formatted.
The output of this node is the processed pose data, which includes the keypoints for the body, hands, and face, adjusted according to the specified neck_shoulder_ratio. This data is crucial for further use in animation and modeling tasks, providing a structured and refined set of pose information that can be directly applied to 3D models or other creative projects. The processed_pose_data is typically saved in the specified output file path, ensuring it is readily available for subsequent operations.
posemap_json_file_path
is correctly specified and points to a valid JSON file with the necessary pose data to avoid errors during processing.neck_shoulder_ratio
carefully to achieve the desired proportions in your animations, as this can significantly impact the realism of the pose.save_json_file_path
is correctly set and that the directory is writable to ensure that the processed data is saved successfully.posemap_json_file_path
does not point to an existing file.save_json_file_path
.posemap_json_file_path
is not properly formatted or is corrupted.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.