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Generate high-quality images from text prompts with memory-efficient optimization for large, detailed artwork.
HiDiffusionSDXLTurbo is a powerful node designed to generate high-quality images from text prompts using the SDXL-Turbo model. This node leverages advanced techniques to optimize memory usage and computational efficiency, making it suitable for generating large images with high resolution. By utilizing features such as memory-efficient attention, model CPU offloading, and VAE tiling, HiDiffusionSDXLTurbo ensures that the image generation process is both fast and resource-efficient. This node is particularly beneficial for AI artists looking to create detailed and high-resolution artwork with minimal computational overhead.
The positive_prompt
parameter is a text string that describes the content you want to generate in the image. This prompt guides the model in creating an image that matches the description provided. The more detailed and specific the prompt, the more accurate the generated image will be. There is no strict limit on the length of the prompt, but more complex prompts may require more computational resources.
The guidance_scale
parameter controls the influence of the text prompt on the generated image. A higher value makes the image more closely follow the prompt, while a lower value allows for more creative freedom. The default value is 7.5, which provides a balanced approach. The minimum value is 1.0, and there is no strict maximum, but extremely high values may lead to less realistic images.
The width
parameter specifies the width of the generated image in pixels. The default value is 1024 pixels. This parameter allows you to control the horizontal resolution of the image. Higher values will result in more detailed images but will require more computational resources.
The height
parameter specifies the height of the generated image in pixels. The default value is 1024 pixels. This parameter allows you to control the vertical resolution of the image. Similar to the width, higher values will result in more detailed images but will require more computational resources.
The eta
parameter is a noise control parameter that influences the randomness in the image generation process. The default value is 1.0. Lower values will result in more deterministic images, while higher values will introduce more variability and creativity.
The inference_steps
parameter determines the number of steps the model takes to generate the image. The default value is 4 steps. More steps can lead to higher quality images but will increase the computation time. The minimum value is 1, and there is no strict maximum, but very high values may not significantly improve the image quality.
The seed
parameter is used to initialize the random number generator for reproducibility. If set to False
, a random seed will be used, resulting in different images each time. If a specific integer value is provided, the same image will be generated for the same prompt and settings, allowing for consistent results.
The output_t
parameter is a tensor representation of the generated image. This tensor can be further processed or converted to other formats as needed. The output tensor contains the pixel data of the generated image, which can be used for display, storage, or further manipulation in other nodes or applications.
guidance_scale
to balance between following the prompt closely and allowing for creative freedom.width
and height
parameters for higher resolution images, but be mindful of the increased computational resources required.eta
parameter to control the level of randomness and creativity in the generated images.seed
value for reproducible results, especially when fine-tuning prompts and settings.sd15
, sd21
, sdxl
, or sdxl-turbo
.width
and height
parameters, or decrease the inference_steps
to lower the memory usage. Alternatively, try using a GPU with more memory.positive_prompt
parameter is not provided or is in an incorrect format.positive_prompt
is a valid text string describing the desired content of the image.inference_steps
parameter is set too low, resulting in poor image quality.inference_steps
parameter to improve the quality of the generated image. A value of at least 4 is recommended for balanced quality and performance.© Copyright 2024 RunComfy. All Rights Reserved.