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Facilitates loading LoRA models with tags for AI artists, streamlining integration into projects.
The LoraLoaderTagsQuery
node is designed to facilitate the loading of LoRA (Low-Rank Adaptation) models with associated tags, enhancing the model's usability by providing context-specific information. This node is particularly useful for AI artists who want to leverage pre-trained LoRA models in their projects. It allows you to query and fetch tags associated with a specific LoRA model, which can be used to better understand the model's training data and intended use cases. The node also supports the loading of the LoRA model into the current environment, ensuring that the model and its tags are readily available for further processing or integration into your AI art workflows. By using this node, you can streamline the process of incorporating LoRA models into your projects, making it easier to manage and utilize these models effectively.
This parameter represents the base model into which the LoRA model will be loaded. It is a required input and ensures that the LoRA model is applied to the correct base model for further processing.
This parameter represents the CLIP (Contrastive Language-Image Pre-Training) model, which is used in conjunction with the base model. It is a required input and ensures that the LoRA model is applied to the correct CLIP model for further processing.
This parameter specifies the name of the LoRA model to be loaded. It is a required input and allows you to select from a list of available LoRA models. The list is sorted alphabetically for ease of selection.
This parameter controls the strength of the LoRA model's influence on the base model. It is a floating-point value with a default of 1.0, a minimum of 0.0, and a maximum of 2.0, with increments of 0.1. Adjusting this value allows you to fine-tune the impact of the LoRA model on the base model.
This parameter controls the strength of the LoRA model's influence on the CLIP model. It is a floating-point value with a default of 1.0, a minimum of 0.0, and a maximum of 2.0, with increments of 0.1. Adjusting this value allows you to fine-tune the impact of the LoRA model on the CLIP model.
This boolean parameter determines whether to query and fetch tags associated with the LoRA model. It has a default value of True. Enabling this option allows you to retrieve and utilize the tags for better understanding and context.
This boolean parameter determines whether to output the fetched tags. It has a default value of True. Enabling this option ensures that the tags are included in the output, providing additional context and information.
This boolean parameter controls whether the fetched tags should be printed to the console. It has a default value of False. Enabling this option is useful for debugging or for quickly viewing the tags without needing to access the output directly.
This boolean parameter determines whether to bypass the loading of the LoRA model. It has a default value of False. Enabling this option allows you to skip the loading process, which can be useful in scenarios where you only need to query the tags without applying the LoRA model.
This boolean parameter forces the fetching of tags even if they are already available. It has a default value of False. Enabling this option ensures that the latest tags are retrieved, which can be useful if the tags have been updated or changed.
This optional string parameter allows you to provide a custom prompt that will be included in the output. It is useful for adding additional context or information to the output tags.
This output parameter represents the base model with the LoRA model applied. It is the modified version of the input base model, incorporating the influence of the LoRA model as specified by the input parameters.
This output parameter represents the CLIP model with the LoRA model applied. It is the modified version of the input CLIP model, incorporating the influence of the LoRA model as specified by the input parameters.
This output parameter contains the fetched tags, optionally combined with the custom prompt provided via the opt_prompt
parameter. It provides a textual representation of the tags associated with the LoRA model, offering additional context and information.
lora_name
parameter is correctly set to the desired LoRA model to avoid loading the wrong model.strength_model
and strength_clip
parameters to fine-tune the influence of the LoRA model on the base and CLIP models, respectively.query_tags
and tags_out
parameters to retrieve and utilize the tags associated with the LoRA model for better context and understanding.print_tags
parameter for quick debugging or to view the tags directly in the console without accessing the output.lora_name
parameter is correctly set and that the LoRA model exists in the specified path. You may also want to enable the force_fetch
parameter to force a fresh retrieval of the tags.query_tags
parameter is enabled and that the LoRA model has associated tags.<tags>
"print_tags
parameter is enabled. If you do not see this message, ensure that the print_tags
parameter is set to True.© Copyright 2024 RunComfy. All Rights Reserved.