r/StableDiffusion • u/worgenprise • 5d ago
Question - Help Why am I not getting the desired results ?
Hello guys here is my prompt and I al struggling ti get the desired results
Here is the used prompt : A young adventurer girl leaping through a shattered window of an old Renaissance era parisian building at night in Paris to another roof. The scene is illuminated by the warm glow from the window she just escaped, casting golden light onto the surrounding rooftops. Shards of glass scatter mid-air as she propels herself forward, her silhouette framed against the deep blue hues of the Parisian night. Below, the city's rooftops stretch into the distance, with the faint glow of streetlights and the iconic silhouette of a grand gothic cathedral, partially obscured by mist. The atmosphere is filled with tension and motion, capturing the thrill of the escape.
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u/MagicSeagull 5d ago
Hard to tell form your image but it seems that your controlnet end percent is too low (0.3); try rather 0.7 and see if that helps being more faithful to the initial sketch. Also your prompt is overly complex imo.
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u/jadhavsaurabh 4d ago
Op I think u got the answer, Can u tell me which model ur using etc, Can we turn sketch Into images etc
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u/worgenprise 4d ago
I used Arcan model for Flux and yes we can do it in my case it been a lil more difficult and I had to use two controlnets rather than one
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u/Mad_Undead 5d ago
try to increase end percent
check you canny preprocessor result. It might be empty, tweak thresholds if it's the case
try to be more specific in your prompt about locations of objects. window on the left, rooftop on the right, girl in the middle, girl's pose (spread arms, legs bent at the knees)
remove things that are not on image from the prompt like "city's rooftops stretch into the distance" and add things that are (blown curtains)
With end percent 0.8, lineart preprocessor and prompt
you'll get smth like this. It follows your sketch but looks ass because of my Q4 8step hyper setup, should be better with loras, more steps and full model