FURRY BABES

FURRY BABES is an AI image generation model that focuses on the creation of anthropomorphic characters. It is particularly good at drawing charming and detailed anthropomorphic characters. It combines the two-dimensional style with realistic details, and provides natural and soft hair textures and vivid expressions. Whether it is an anthropomorphic character in a fantasy world or a personalized character in a cartoon style, FURRY BABES can bring high-quality visual effects.

Features

• High-detail hair rendering: Accurately present the character's hair texture, and the expression is natural and soft.

• Diverse style support: Freely switch from cartoon to semi-realistic style.

• Rich expressions and postures: Enhance the expressiveness and personalized characteristics of the character.

• High-resolution output: Supports 4K-level image generation with clear details.

• Integrated generation of background and character: Improve the visual effect of the overall scene.

Features

• High-precision hair texture and light and shadow performance

• Multi-style character settings to meet different creative needs

• Vivid and natural expressions and body language to enhance the vitality of the characters

• Rich details, strong material and clothing expression

• Support fantasy, science fiction and cartoon style scene creation

Highlights

• Ultra-real hair texture to enhance the realism of the characters

• Colorful personalized character settings

• High dynamic range rendering to enhance the light and shadow levels

• Support multiple character styles to meet diversified creations

• High resolution and detailed depiction, suitable for commercial-level works

Recommended settings

Steps: 30

CFG scale: 5-7

Sampler:dpm ++ 2m sde with karras

positive:

masterpiece, best quality, amazing quality, very aesthetic, absurdres, newest, <Your prompt>

Negative:

lowres, (worst quality, bad quality:1.2), bad anatomy, sketch, jpeg artifacts, signature, watermark, old, oldest, censored, bar_censor, simple background