Generate your own Hayao Miyazaki images
Create your own images in the style of Hayao Miyazaki for free with our AI image generator
2 years ago
SDXL 1.0
Hayao Miyazaki (1941 – ) is a Japanese animator, director, and co-founder of Studio Ghibli, renowned for his work in animated films. Miyazaki’s style is characterised by its richly detailed animation, imaginative storytelling, and themes that often explore the relationship between humanity and nature. He primarily uses traditional hand-drawn animation techniques, creating visually stunning films that combine intricate backgrounds with expressive characters. Miyazaki’s work, including films like My Neighbour Totoro and Spirited Away, has had a profound impact on animation worldwide, celebrated for its artistry, emotional depth, and narrative complexity.
विन्सेंट द्वारा सृजन सारांश
Cat Surrounded by Flowers in Animated Style
A whimsical image of a cute cat nestled on a pillow, surrounded by flowers and tiny heart lights. The artwork evokes a vibrant, animated style with imaginative storytelling.
सृजित May 24, 2024 को CatArtistStudy द्वारा, SDXL 1.0 एआई छवि उत्पन्न मॉडल का उपयोग करके।
1 टिप्पणी
बातचीत में शामिल हों
OctoberCrow @OctoberCrow
Awwwwwww this is so cute, but then your whole portfolio is lovely.
2024-05-24T11:21:20.408ZReply
सृजन सेटिंग्स
- प्रॉम्प्ट टेक्स्ट
- by Hayao MiyazakiWeight: 1.1If you learn from these open prompts, please leave your prompts open (or mention @CatArtistStudy) to spread this information to others in the community as well. ♥️cute cat sitting on a pillow, surrounded by flowers, tiny heart lightsWeight: 0.8(two tails:0.8), letters, text, blur, extra toes, two_faces, double_faces, extra paws, photograph, human, frame, ugly, tiling, poorly drawn legs, poorly drawn face, poorly drawn pupils, out of frame, (print on 3D pillow:0.8), extra limbs, disfigured, deformed, white_margin, body out of frame, blurry, ...Weight: -0.4
- मॉडल
CKPT- प्रारंभिक संकल्प
Medium
- आस्पेक्ट रेश्यो
1:1
- रनटाइम
Short
- कुल प्रॉम्प्ट वजन
80%
- सुधारक वजन
50%
- सैंपलिंग विधि
K_DPMPP_2M
