Anime girl with long black hair and magenta eyes wearing neon red sunglasses, holding glowing pink popsicle, dark wings behind her, sunset tropical beach scene with palm fronds, vaporwave cyberpunk aesthetic, neon color grading, purple and coral pink color palette, contemplative expression, digital illustration, ethereal moody atmosphere --ar 16:9 --v 6.1 --style raw --s 500

Cyberpunk vaporwave anime illustration of a girl with long black hair and bright magenta eyes, wearing red-orange sunglasses on her head. She holds a glowing neon pink popsicle near her mouth with a contemplative expression. Large dark supernatural wings frame her upper body. Behind her stretches a tropical beach at sunset with golden-orange sun reflecting on calm ocean waves and palm fronds visible. The color palette blends warm coral, pink, and orange tones against cool purples and deep blues. Soft diffused golden hour lighting creates a dreamy, ethereal, melancholic mood. High quality digital art with smooth gradients and supernatural character design.

anime girl (long black hair:1.3), (magenta eyes:1.2), (wearing red sunglasses:1.1), (holding neon pink popsicle:1.2), (dark wings:1.1), beach sunset, tropical, palm fronds, (vaporwave aesthetic:1.2), (neon glow:1.1), (purple and coral pink:1.3), calm ocean waves, golden hour lighting, (contemplative expression:1.1), ethereal moody atmosphere, digital illustration, high saturation, cyberpunk style, detailed face, professional illustration, negative_prompt: blurry, low quality, distorted, oversaturated, poorly drawn

Cinematic vaporwave cyberpunk anime illustration: ethereal girl with long black hair and luminous magenta eyes, wearing neon red sunglasses, holding glowing pink popsicle, supernatural dark wings, tropical beach at golden sunset, calm ocean waves reflecting warm light, palm fronds, purple and coral pink neon color grading, soft diffused golden hour lighting, contemplative melancholic mood, high resolution professional digital art, smooth gradients, detailed character design, moody atmospheric depth