Whimsical anthropomorphic white rabbit character with large crimson red eyes, soft fluffy fur, pink ear details, gentle smile. Adorned with delicate flowers and butterflies. Warm cream and beige fabric background. Soft dreamy lighting, ethereal and magical atmosphere. Anime-inspired 3D character art style. Highly detailed, cinematic quality --ar 16:9 --v 6.1 --style raw --s 500

A whimsical 3D-rendered white rabbit character with large, luminous crimson red eyes and delicate black eyelashes. The character features impossibly soft fluffy white fur with pale pink undertones, pink inner ear details, and an adorable gentle smile. Small flowers are woven into the fur and a decorative butterfly adorns the chest. The background consists of flowing cream and beige fabric curtains creating a soft, dreamy atmosphere. Warm, diffused lighting creates an ethereal, magical quality with gentle highlights on the fur. Anime-inspired illustration style with photorealistic textures. High quality, professional digital art.

(whimsical anthropomorphic rabbit:1.3), (large crimson red eyes:1.2), (soft white fluffy fur:1.2), (pink ear details:1.1), (gentle smile:1.0), (delicate flowers:1.0), (butterfly decoration:1.0), (cream fabric background:1.1), (warm soft lighting:1.2), (ethereal magical atmosphere:1.1), (anime inspired 3D character:1.2), (dreamy ethereal quality:1.1), (high quality digital art:1.2), negative_prompt: blurry, low quality, distorted, harsh lighting, dark, realistic human features

Professional high-resolution 3D character art of a whimsical anthropomorphic white rabbit with luminous crimson red eyes and delicate black eyelashes. Ultra-soft fluffy white fur with pale pink undertones, pink inner ear details, and gentle smile. Adorned with intricate flowers and butterfly. Warm, diffused cinematic lighting creating ethereal magical atmosphere. Cream and beige flowing fabric background. Dreamlike, serene mood. Anime-inspired illustration style with photorealistic fur textures. Moody professional cinematography. Studio quality rendering.