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Enhance AI art generation by encoding positive and negative textual prompts for refined outputs.
The CLIP Positive-Negative w_Text (WLSH) node is designed to enhance your AI art generation process by leveraging the power of CLIP (Contrastive Language-Image Pre-Training) to encode both positive and negative textual prompts. This node allows you to input descriptive text that you want to emphasize (positive) and text that you want to de-emphasize (negative) in your generated artwork. By encoding these texts, the node helps in conditioning the AI model to better understand and differentiate between the elements you want to highlight and those you want to suppress, leading to more refined and targeted outputs. This functionality is particularly useful for artists looking to fine-tune their creations with specific thematic or stylistic elements.
This parameter expects a CLIP model instance. The CLIP model is responsible for encoding the provided textual prompts into a format that can be used for conditioning the AI model. The quality and specificity of the encoded text directly impact the effectiveness of the conditioning process.
This is a multiline string parameter where you input the text that describes the elements you want to emphasize in your artwork. The text can be as detailed as necessary to capture the nuances of the desired features. The default value is an empty string, allowing you to customize it fully based on your needs.
This is a multiline string parameter where you input the text that describes the elements you want to de-emphasize or suppress in your artwork. Similar to the positive_text parameter, it can be detailed to ensure the AI model understands what aspects to minimize. The default value is an empty string, providing flexibility for customization.
This output provides the encoded representation of the positive_text. It is used to condition the AI model to focus on the elements described in the positive_text, enhancing their presence in the generated artwork.
This output provides the encoded representation of the negative_text. It is used to condition the AI model to suppress the elements described in the negative_text, reducing their presence in the generated artwork.
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