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Facilitates alignment and generation of visual content using pose data for AI artists, simplifying integration without deep technical knowledge.
The musepose
node is designed to facilitate the alignment and generation of images and videos based on pose data. This node is particularly useful for AI artists who want to create dynamic visual content by leveraging pose information from reference images and videos. By providing a seamless way to align poses and generate corresponding visual outputs, musepose
enhances the creative process, allowing for the creation of intricate and synchronized animations. The node's primary goal is to simplify the integration of pose data into visual content creation, making it accessible and efficient for users without requiring deep technical knowledge.
The image
parameter expects an input of type IMAGE
. This is the reference image that will be used to guide the pose alignment and generation process. The quality and content of this image significantly impact the final output, as it serves as the visual basis for the generated content.
The video
parameter is a STRING
type with a default value of an empty string. This parameter should contain the path to the video file that provides the pose data. The video file's content will be analyzed to extract pose information, which will then be used to align and generate the output images or videos.
The Width
parameter is an INT
type with a default value of 512. It specifies the width of the output image or video. Adjusting this value will change the horizontal resolution of the generated content, allowing for customization based on the desired output size.
The Height
parameter is an INT
type with a default value of 512. Similar to the Width
parameter, it determines the vertical resolution of the output image or video. Modifying this value will affect the vertical resolution, enabling users to tailor the output to their specific needs.
The frame_length
parameter is an INT
type with a default value of 300. This parameter defines the total number of frames in the output video. It controls the duration of the generated video, with higher values resulting in longer videos.
The slice_frame_number
parameter is an INT
type with a default value of 48. It indicates the number of frames to be processed in each slice. This parameter is crucial for managing the processing load and ensuring smooth generation of the output video.
The slice_overlap_frame_number
parameter is an INT
type with a default value of 4. It specifies the number of overlapping frames between consecutive slices. This overlap helps in maintaining continuity and smooth transitions in the generated video.
The cfg
parameter is a FLOAT
type with a default value of 3.5. It stands for configuration and influences various internal settings of the node. Adjusting this value can fine-tune the behavior of the node, impacting the quality and style of the generated content.
The sampling_steps
parameter is an INT
type with a default value of 20. It determines the number of sampling steps used during the generation process. Higher values can lead to more detailed and refined outputs but may increase processing time.
The fps
parameter is an INT
type with a default value of 12. It stands for frames per second and controls the playback speed of the generated video. Adjusting this value will affect the smoothness and tempo of the final video output.
The IMAGE
output parameter provides the generated image or video based on the input parameters and pose data. This output is the final visual content created by the node, incorporating the reference image and video pose information to produce a cohesive and dynamic result.
image
parameter is of high quality and clearly depicts the desired pose to achieve the best results.Width
and Height
values to find the optimal resolution for your specific project needs.frame_length
parameter to control the duration of the generated video, keeping in mind the desired length and complexity of the animation.fps
parameter to fine-tune the playback speed of the video, ensuring it matches the intended tempo and style of your project.video
parameter is incorrect or the file does not exist.image
parameter to improve the quality of the generated content.frame_length
parameter value exceeds the total number of frames available in the video file.frame_length
value to match the duration of the video file or provide a longer video.slice_overlap_frame_number
parameter value is too low, causing discontinuities in the generated video.slice_overlap_frame_number
value to ensure smoother transitions between slices.© Copyright 2024 RunComfy. All Rights Reserved.