three eyed skull wreathe
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Steps23
Samplerddim
CFG Scale10
Seed754608924
More Ai art like three eyed skull wreathe
Character Description: Style: A cartoon character with a bold, edgy vibe. Appearance: The character has lots of tattoos, covering their arms, neck, and hands. The tattoos could include a mix of traditional designs like skulls, roses, and bold lines to emphasize a tough, rebellious style. Clothing: The character is wearing a black ski mask (pulled up to cover the face completely) and a black hoodie. The hoodie should have the words "steezy2breezy" in a stylish, graffiti-like font across the front. Attitude: The overall look should have a cool, "steezy" vibe—relaxed but confident, with an urban, streetwear aesthetic. For the tattoos, you can mix in elements like: Traditional flash tattoos (roses, daggers, etc.). Modern geometric or abstract designs. Any details that could make the character stand out (like a dragon or skull on the chest, or a sleeve tattoo). If you’re using a program like Adobe Illustrator or Photoshop, you could: Start by sketching the basic outline of the character. Add layers for the tattoos, hoodie, and ski mask. Use bold lines for the tattoos to make them stand out, and experiment with fonts for "steezy2breezy" to give it a street-art feel.
Slim, young girl with wavey lightbrown-ginger uder hips long hairs. Grey-green eyes, more grey then green. His eyes are a little more detached. Face a more elongated, narrow. Jaws sides very narrow. Bigger nose. Three-quarter view. Pale lips. The girl is naked. No pants. Kneeling on all fours and spreading his legs. Her body is shorten. Legs are long. She is in dark bedroom with a dark grey walls. Bed is from a oak wood covered by black pillow and black blanket. Wooden floor. There is a single lamp in a corner of the room.
You will use, F(n, alpha) approx phi^{(n/2)} cdot 1.85487 times 10^{43} mod pi quad ext{for } n > 1, alpha > 1, (This expression demonstrates how establishing rigorous constraints on ( n ) and ( alpha ) can lead to derived frequencies exceeding the Planck limit.). to generate a true, and correct and extremely detailed, three dimensional, image that expresses the equation and how establishing rigorous constraints on ( n ) and ( alpha ) can lead to derived frequencies exceeding the Planck limit.
You will use, F(n, alpha) approx phi^{(n/2)} cdot 1.85487 times 10^{43} mod pi quad ext{for } n > 1, alpha > 1, (This expression demonstrates how establishing rigorous constraints on ( n ) and ( alpha ) can lead to derived frequencies exceeding the Planck limit.). to generate a true, and correct and extremely detailed, three dimensional, image that expresses the equation and how establishing rigorous constraints on ( n ) and ( alpha ) can lead to derived frequencies exceeding the Planck limit, on the subatomic level.