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Facilitates interactive conversations with language model for chatbots and virtual assistants.
The OmostLLMChatNode is designed to facilitate interactive conversations with a language model (LLM). This node allows you to input a conversation and receive a generated response from the LLM, making it ideal for creating chatbots, virtual assistants, or any application requiring dynamic text generation. The node leverages advanced natural language processing techniques to understand and generate human-like text, providing a seamless and engaging user experience. By utilizing this node, you can easily integrate sophisticated conversational capabilities into your projects without needing extensive technical knowledge.
This parameter specifies the language model to be used for generating responses. It can be either an instance of OmostLLM
for local models or OmostLLMServer
for models hosted on a server. The choice of model impacts the quality and style of the generated text. Ensure that the model is properly loaded and initialized before using it in the node.
This parameter is the input text or message from the user that the LLM will respond to. It serves as the starting point for the conversation and should be a clear and concise prompt to elicit a meaningful response from the model. The quality of the input text directly affects the relevance and coherence of the generated response.
This parameter defines the maximum number of new tokens (words or subwords) that the model can generate in response to the input text. It controls the length of the generated response. A higher value allows for longer responses, while a lower value restricts the response length. Typical values range from 50 to 200 tokens.
This parameter is used for nucleus sampling, a technique to control the diversity of the generated text. It represents the cumulative probability threshold for token selection. A value close to 1.0 allows for more diverse outputs, while a lower value (e.g., 0.9) restricts the model to more likely tokens, resulting in more focused responses.
This parameter controls the randomness of the text generation process. A higher temperature (e.g., 1.0) makes the output more random and creative, while a lower temperature (e.g., 0.7) makes it more deterministic and focused. Adjusting the temperature allows you to balance creativity and coherence in the generated responses.
This parameter sets the random seed for reproducibility. By providing a specific seed value, you can ensure that the same input text generates the same response every time. This is useful for debugging and consistency in applications where repeatable results are important. The seed value should be a 32-bit integer.
This optional parameter represents the ongoing conversation context. It is a list of conversation items, each containing a role (system, user, or assistant) and content. Providing this context helps the model generate more coherent and contextually relevant responses. If not provided, the node will start a new conversation.
This output parameter is the updated conversation, including the input text and the generated response. It is a list of conversation items that can be used to maintain the context of the conversation for subsequent interactions. This helps in creating a continuous and coherent dialogue with the LLM.
This output parameter represents the processed canvas from the bot's response. It is an instance of OmostCanvas
that encapsulates the generated text and any additional processing applied to it. This can be used for further manipulation or display of the generated content in your application.
temperature
and top_p
values.temperature
and top_p
values.seed
parameter to ensure reproducibility of results, especially during development and testing.conversation
context to help the model generate more relevant and coherent responses.max_new_tokens
parameter based on the desired length of the response to avoid overly long or short outputs.<seed_value>
OmostLLMLoaderNode
or OmostLLMHTTPServerNode
before using it in the chat node.© Copyright 2024 RunComfy. All Rights Reserved.