A cel-shaded 3D model of a blooming lily and an adjacent closed lily bud rendered within a retro animation software viewport, viewed through a heavily distorted CRT monitor lens. The botanical subjects feature thick, bold black outlines, flat illustrative shading, and surface textures marked by prominent, sketchy pencil-like crosshatching. Scattered across the broad flower petals, the tight bud, and the angular stems are bright neon green, blue, and yellow 3D rigging gizmos, consisting of tiny directional translation arrows and rotation nodes. A pixelated, dark software interface toolbar spans the top horizontal edge of the frame. The composition is bathed in a muted, sickly yellow-green phosphor tint set against a background of flat, low-poly abstract geometric shapes. The entire image is characterized by aggressive screen artifacts, including thick horizontal scanlines, pronounced RGB chromatic aberration creating severe red and blue color fringing along the contours, and sharp convex barrel distortion curving the black vertical borders of the screen.

Beautiful AI-generated image on Krea. A cel-shaded 3D model of a blooming lily and an adjacent closed lily bud rendered within a retro animation software viewport, viewed through a heavily distorted CRT monitor lens. The botanical subjects feature thick, bold black outlines, flat illustrative shading, and surface textures marked by prominent, sketchy pencil-like crosshatching. Scattered across the broad flower petals, the tight bud, and the angular stems are bright neon green, blue, and yellow 3D rigging gizmos, consisting of tiny directional translation arrows and rotation nodes. A pixelated, dark software interface toolbar spans the top horizontal edge of the frame. The composition is bathed in a muted, sickly yellow-green phosphor tint set against a background of flat, low-poly abstract geometric shapes. The entire image is characterized by aggressive screen artifacts, including thick horizontal scanlines, pronounced RGB chromatic aberration creating severe red and blue color fringing along the contours, and sharp convex barrel distortion curving the black vertical borders of the screen.

Type
Image
Resolution
1024 x 1024
Published
May 13, 2026
A cel-shaded 3D model of a blooming lily and an adjacent closed lily bud rendered within a retro animation software viewport, viewed through a heavily distorted CRT monitor lens. The botanical subjects feature thick, bold black outlines, flat illustrative shading, and surface textures marked by prominent, sketchy pencil-like crosshatching. Scattered across the broad flower petals, the tight bud, and the angular stems are bright neon green, blue, and yellow 3D rigging gizmos, consisting of tiny directional translation arrows and rotation nodes. A pixelated, dark software interface toolbar spans the top horizontal edge of the frame. The composition is bathed in a muted, sickly yellow-green phosphor tint set against a background of flat, low-poly abstract geometric shapes. The entire image is characterized by aggressive screen artifacts, including thick horizontal scanlines, pronounced RGB chromatic aberration creating severe red and blue color fringing along the contours, and sharp convex barrel distortion curving the black vertical borders of the screen.
AI-generated image inspired by the prompt: A cel-shaded 3D model of a blooming lily and an adjacent closed lily bud rendered within a retro animation software viewport, viewed through a heavily distorted CRT monitor lens. The botanical subjects feature thick, bold black outlines, flat illustrative shading, and surface textures marked by prominent, sketchy pencil-like crosshatching. Scattered across the broad flower petals, the tight bud, and the angular stems are bright neon green, blue, and yellow 3D rigging gizmos, consisting of tiny directional translation arrows and rotation nodes. A pixelated, dark software interface toolbar spans the top horizontal edge of the frame. The composition is bathed in a muted, sickly yellow-green phosphor tint set against a background of flat, low-poly abstract geometric shapes. The entire image is characterized by aggressive screen artifacts, including thick horizontal scanlines, pronounced RGB chromatic aberration creating severe red and blue color fringing along the contours, and sharp convex barrel distortion curving the black vertical borders of the screen.

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