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Convert image prompts to video using VLM for AI artists, bridging image-text gap for dynamic video creation.
The HyVideoTextImageEncode
node is an advanced tool designed to facilitate the conversion of image prompts into video content using a Video Language Model (VLM) implementation. This experimental feature, developed by @Dango233, leverages the capabilities of both text and image inputs to generate video outputs, making it a powerful asset for AI artists looking to create dynamic visual content from static images and text descriptions. The node's primary goal is to bridge the gap between image prompts and video generation, offering a seamless integration of visual and textual data to produce rich, engaging video content. By utilizing this node, you can explore new creative possibilities, transforming your artistic vision into animated sequences with ease.
This parameter specifies the text encoders to be used in the process. It is crucial for interpreting the textual input and converting it into a format that can be integrated with image data to generate video content. The text encoders play a vital role in ensuring that the semantic meaning of the text is accurately captured and represented in the video output.
The prompt
parameter is a string input that allows you to provide a detailed description or narrative that guides the video generation process. This input can be multiline, enabling you to craft complex and nuanced prompts that influence the final video output. The prompt serves as the foundation for the video's thematic and narrative elements.
This optional boolean parameter, with a default value of True
, determines whether certain models should be offloaded to a different device before encoding. This can help manage computational resources more efficiently, especially when working with large models or limited hardware capabilities.
The prompt_template
parameter offers a selection of predefined templates, such as I2V_video
, I2V_image
, or disabled
, with I2V_video
as the default. These templates provide a structured framework for the text encoder, ensuring consistency and coherence in the video generation process. The tooltip suggests using these templates to optimize the integration of text and image data.
This parameter allows you to use a comfy clip model instead of the default text encoder. It is particularly useful when you want to leverage the capabilities of a specific clip model for text processing. The tooltip advises disabling the text encoder loader's clip_l
when using this option to avoid conflicts.
The image
parameter is an optional input that accepts an image file to be used as a prompt for video generation. By incorporating an image, you can enhance the visual richness of the video output, providing a concrete visual reference that complements the textual prompt.
This parameter is used to specify the configuration settings for the HunyuanVideo model. It allows you to customize various aspects of the video generation process, tailoring the output to meet your specific creative needs.
The image_embed_interleave
parameter, with a default value of 2
, controls the degree of interleaving between image and text embeddings. This setting influences how much the image impacts the video generation compared to the text prompt. Adjusting this value can help you achieve the desired balance between visual and textual elements in the final video.
This parameter specifies the model to be moved to an offload device before encoding. It is particularly useful for managing computational resources and ensuring efficient processing, especially when working with large models or limited hardware capabilities.
The hyvid_embeds
output parameter represents the encoded video embeddings generated by the node. These embeddings are a crucial component of the video generation process, encapsulating the combined information from both the text and image inputs. The embeddings serve as the foundation for creating the final video output, ensuring that the semantic and visual elements are accurately represented.
prompt_template
options to see how they affect the integration of text and image data in the video output. This can help you find the best template for your specific creative vision.image_embed_interleave
parameter to fine-tune the balance between the influence of the image and the text prompt on the final video. A higher value will give more weight to the text, while a lower value will emphasize the image.model_to_offload
parameter is correctly installed and accessible. Check the configuration settings to verify that the model path and device settings are correct.text_encoders
parameter is set to a compatible encoder for your input data. If using a custom clip model, ensure that the clip_l
parameter is correctly configured and that the default text encoder is disabled if necessary.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.