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Facilitates organization and retrieval of various model types within D2/XY Plot category for AI art projects.
The D2 XY Model List node is designed to facilitate the organization and retrieval of various model types within the D2/XY Plot category. This node allows you to filter, sort, and order different model types such as checkpoints, loras, samplers, schedulers, upscalers, and bbox segmentation models. By providing a structured way to manage these models, the node enhances your workflow efficiency, enabling you to quickly access and utilize the models you need for your AI art projects. The node's primary function is to generate a list of models based on specified criteria, which can then be used in subsequent processes or visualizations.
This parameter specifies the type of model you want to list. Options include "checkpoints," "loras," "samplers," "schedulers," "upscaler," and "bbox_segm." Selecting the appropriate model type is crucial as it determines the category of models that will be retrieved and listed.
The filter parameter allows you to narrow down the list of models by specifying a string that the model names should contain. This is useful for quickly finding models that match specific criteria or keywords. The default value is an empty string, which means no filtering is applied.
This parameter determines the mode of operation for listing models. You can choose between "simple" and "a1111" modes. The mode affects how the models are displayed and organized, with "simple" providing a straightforward list and "a1111" offering a more detailed view.
The sort_by parameter allows you to specify the criterion for sorting the model list. You can sort by "Name" or "Date," with "Name" being the default option. This helps in organizing the models in a way that best suits your needs, whether you prefer alphabetical order or chronological order.
This parameter defines the order in which the models are listed, either "A-Z" or "Z-A." The default is "A-Z," which sorts the models in ascending order. Choosing the right order can make it easier to locate specific models, especially in large lists.
The get_list parameter is an optional button that, when activated, triggers the retrieval of the model list based on the specified criteria. This interactive element allows you to refresh or update the list as needed.
This optional parameter is a multiline string that can be used to input a pre-defined list of models. It allows for manual entry or modification of the model list, providing flexibility in how the models are managed and utilized.
This output parameter provides a string representation of the model list, formatted according to the specified criteria. It is useful for displaying the list in a user-friendly format or for further processing in other nodes.
The LIST output parameter is an array of model names that have been filtered, sorted, and ordered based on the input parameters. This structured list can be used for various purposes, such as feeding into other nodes or generating visualizations.
filter
parameter to quickly locate specific models by entering relevant keywords, which can save time when dealing with large model libraries.sort_by
and order_by
parameters to find the most efficient way to organize your models, especially if you frequently switch between different types of models.model_type
parameter was set to a value that is not recognized by the node.model_type
is one of the following: "checkpoints," "loras," "samplers," "schedulers," "upscaler," or "bbox_segm."filter
parameter is set to a string that matches no model names, resulting in an empty list.filter
string to be less restrictive or remove it to see all available models.mode
parameter is set to a value other than "simple" or "a1111."mode
parameter to either "simple" or "a1111" to ensure compatibility with the node's functionality.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.