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The image shows a comparison of images generated by a neural network model. The model is trained to generate images of a girl sitting on a bench and reading a book. The images are generated at different scales, and with different settings for the \
title Neural network generates girl on bench images with varying abstractness.
description The image shows a comparison of images generated by a neural network model. The model is trained to generate images of a girl sitting on a bench and reading a book. The images are generated at different scales, and with different settings for the "cutoff" parameter. The "cutoff" parameter controls how much of the image is generated by the neural network, and how much is left to be filled in by the user. A value of 0 means that the neural network will generate the entire image, while a value of 1 means that the user will have to fill in the entire image themselves. As the "cutoff" parameter increases, the images become more and more abstract. The neural network is able to generate less and less of the image, and the user has to fill in more and more. At a "cutoff" value of 0, the neural network is able to generate the entire image, and the user does not have to fill in anything. The image is of a girl sitting on a bench and reading a book. The girl is wearing a brown skirt, a white shirt, and a red tie. She has brown hair and brown eyes. She is sitting on a wooden bench in a park. There are trees and bushes in the background. As the "cutoff" value increases, the image becomes more and more abstract. The neural network is able to generate less and less of the image, and the user has to fill in more and more. At a "cutoff" value of 1, the neural network is only able to generate a few basic shapes. The user has to fill in the rest of the image themselves. The image is of a girl sitting on a bench and reading a book. The girl is wearing a brown skirt, a white shirt, and a red tie. She has brown hair and brown eyes. She is sitting on a wooden bench in a park. There are trees and bushes in the background. The "cutoff" parameter can be used to control the amount of creativity that the user has in generating the image. A low "cutoff" value will allow the neural network to generate most of the image, while a high "cutoff" value will allow the user to have more control over the final image.
feature
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resolution 1024x890
creativity 85/100
likes 3
from Click to get the source of image (2832 x 2461)
Model Stable Diffusionv1.5
Fine-tuning
LoRA
prompt blue skirt, white shirt, black cardigan, red necktie, green book, brown hair, woman sitting on the bench, reading book
negative prompt (low quality, worst quality:1.4), nsfw
parameters seed2447778215 steps50 samplerDPM++ SDE Karras CFG scale3 clip skip3
elapsed: 7ms0,4,3
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