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Converts GIF frames to image/mask list for AI artists, enabling easy manipulation and processing of individual frames.
The CR Load GIF As List
node is designed to load GIF files and convert their frames into a list of images and masks. This node is particularly useful for AI artists who want to work with animated GIFs, allowing them to extract individual frames and use them in their creative projects. By converting GIF frames into a list format, you can easily manipulate and process each frame independently, providing greater flexibility and control over your animations. This node ensures that you can handle GIF files efficiently, even if you are not technically inclined, by providing a straightforward method to load and process GIF images.
This parameter specifies the folder where the GIF file is located. It is used in conjunction with the input_path
parameter to construct the full path to the GIF file. If input_path
is not provided, the node will look for the GIF file in this folder. This parameter is essential for locating the GIF file and ensuring that the node can access it correctly.
This parameter specifies the name of the GIF file to be loaded. It is combined with the input_folder
or input_path
to construct the full path to the GIF file. The correct filename must be provided to ensure that the node can locate and open the GIF file.
This parameter determines the starting frame from which the node begins to extract frames from the GIF. It allows you to skip a certain number of initial frames if you do not need them. This can be useful for focusing on a specific part of the animation. The default value is typically 0, meaning the extraction starts from the first frame.
This parameter specifies the maximum number of frames to be extracted from the GIF. It allows you to limit the number of frames processed, which can be useful for performance optimization or if you only need a subset of the frames. If set to None
, all frames from the start_frame
onwards will be extracted.
This optional parameter allows you to provide a direct path to the GIF file, bypassing the need to specify input_folder
and gif_filename
separately. If provided, the node will use this path to locate the GIF file. This can be useful if the GIF file is located in a non-standard directory or if you want to simplify the input process.
This output parameter provides a list of image tensors, each representing a frame from the GIF. These tensors can be used for further processing or manipulation in your AI art projects. The list format allows you to access and work with each frame individually, providing greater flexibility in handling animations.
This output parameter provides a list of mask tensors, each corresponding to a frame from the GIF. These masks can be used for various purposes, such as isolating specific parts of the frames or applying effects. The list format ensures that you can easily access and manipulate each mask independently.
This output parameter provides a URL to the help documentation for the node. It is a useful resource for understanding how to use the node effectively and troubleshooting any issues that may arise. The URL points to a detailed guide that can assist you in making the most of the node's capabilities.
input_folder
and gif_filename
parameters are correctly specified to avoid file not found errors.start_frame
parameter to skip unnecessary initial frames and focus on the part of the animation you need.max_frames
parameter to optimize performance, especially for large GIF files.input_path
parameter to simplify the input process.<input_path>
does not existinput_path
does not exist or is incorrect.input_path
is correct and that the file exists at the specified location. Ensure that the path is properly formatted and accessible.<gif_file_path>
gif_filename
is correct and that the file is a valid GIF. Ensure that the file is not corrupted and is accessible.start_frame
or max_frames
parameters are set incorrectly, causing the node to attempt to access frames that do not exist.start_frame
and max_frames
parameters are within the valid range of frames in the GIF. Adjust these parameters to ensure they are within the bounds of the GIF's frame count.© Copyright 2024 RunComfy. All Rights Reserved.