Visit ComfyUI Online for ready-to-use ComfyUI environment
Text encoding node leveraging LLamaCPP model for AI text embeddings, compatible with CLIP model for various AI tasks.
The MZ_BaseLLamaCPPCLIPTextEncode
node is designed to encode text using the LLamaCPP model, providing a versatile and powerful tool for AI artists to generate text embeddings and conditioning data. This node leverages the capabilities of the LLamaCPP model to process and transform input text into a format that can be used for various AI-driven tasks, such as image generation, text analysis, and more. By integrating with the CLIP model, it ensures that the text encoding is optimized for compatibility with other AI models and workflows. The node is user-friendly, allowing you to specify a custom model path or use the default model, making it accessible even if you are not deeply familiar with the underlying technical details.
This parameter allows you to specify the path to the LLamaCPP model you wish to use for text encoding. If left empty, the node will default to using the "Meta-Llama-3-8B-Instruct.Q4_K_M.gguf" model. This flexibility enables you to experiment with different models to achieve the desired results. The default value is an empty string, and you can provide a custom model path if needed.
This optional parameter allows you to provide a CLIP model to be used in conjunction with the LLamaCPP model for text encoding. By integrating the CLIP model, the node can generate conditioning data that is compatible with other AI models, enhancing the overall performance and versatility of your AI-driven projects.
This output parameter returns the encoded text as a string. The encoded text is processed by the LLamaCPP model and is ready for use in various AI applications, such as generating prompts for image generation or other text-based tasks.
This output parameter provides the conditioning data generated by the CLIP model. The conditioning data is essential for ensuring compatibility with other AI models and can be used to enhance the performance of your AI-driven workflows.
© Copyright 2024 RunComfy. All Rights Reserved.