AI art "仲町あられ 私服"

仲町あられ 私服

1
#PixAI “Entering Y2K” Art Contest

Nakamachi Arale from BanG Dream, a full-body view of an energetic, cute girl with very long blonde twin tails featuring pink and light blue gradient tips. She wears a black bucket hat and has large, bright pink-purple eyes, with a cheerful and bright smile and a slightly open mouth. Her stylish casual idol outfit includes a white cropped jacket with wide sleeves and gold accents worn open over a black top, a white layered pleated skirt, and black platform boots. Multiple necklaces and a choker adorn her neck. She stands in a dynamic pose with one hand slightly raised. Her hair is highly detailed with beautiful color gradients and volume, while her clothing features intricate textures and folds. The atmosphere is vibrant and cute.

Mostra parametri
Immissione richiesta originale
masterpiece, best quality, ultra-detailed, anime style, Nakamachi Arale from BanG Dream, full body view, energetic cute girl with very long blonde twin tails with pink and light blue gradient tips, wearing a black bucket hat, large bright pink-purple eyes, cheerful and bright smile with slightly open mouth, wearing stylish casual idol outfit: white cropped jacket with wide sleeves and gold accents worn open over a black top, white layered pleated skirt, black platform boots, multiple necklaces and choker, dynamic standing pose with one hand slightly raised, highly detailed hair with beautiful color gradients and volume, intricate clothing textures and folds, vibrant and cute atmosphere
Quality Tag
high quality, year_2025, year_2024, ﹝Prompt﹞
Dimensione
768 x 1280
Passaggi di campionamento
25
Metodo di campionamento
Euler
Scala CFG
4.5
Negativo
bad quality, low quality, worst quality, lowres, nsfw, jpeg artifacts, scan artifacts, mosaic, cropped, error, fewer digits, bad reflection, bad composition, bad anatomy, bad hands, bad fingers, missing fingers, extra hands, extra legs, excess fingers, light particles, artist name, text, watermark, username, copyright name
Helper di Prompt

Modello e LoRA utilizzati