Photocopied 3

Three vertically stacked rounded rectangular pill-shaped objects with a glossy glass effect against a pure black background. Each pill contains a pixelated pattern with cyan (#6eaff5) and bright yellow (#c1ff59) colors creating a dotted/checkered texture. The pills have a translucent glass material with subtle refraction and edge highlights in white/light tones. A ripple effect emanates from the bottom of each pill, creating concentric wave patterns in cyan and yellow. The overall composition has a retro digital aesthetic enhanced by dithering effects that add a grainy, halftone quality. A subtle VHS wobble and scanline noise overlay gives the entire image a vintage analog distortion feel. The lighting appears to come from the upper right, creating subtle highlights on the glass surfaces. The pixelation scale is moderate, creating visible square blocks of color that contribute to the retro-digital appearance.

Three vertically stacked pill-shaped glass morphism objects with rounded ends against a pure black background. Each object displays a distinct pixelated pattern composed of blue and cyan squares in varying arrangements. The top object features vertical stripes of blue and cyan, the middle object shows a checkerboard-like pattern of blue and light-blue squares, and the bottom object displays a more complex scattered pattern of blue and cyan blocks. Each pill has a glossy, translucent glass effect with subtle highlights and reflections along the edges, creating a 3D beveled appearance. The objects exhibit a ripple effect with blue (#066bf4) to cyan (#4ae8c5) color gradient emanating from the upper left area. A dither pattern with colorDodge blending adds subtle texture and noise throughout. The entire composition has a VHS-like quality with slight wobble and scanline artifacts, giving it a retro-digital aesthetic. The glass material shows refraction properties with a thickness of 0.1 and light angle of 232 degrees, creating realistic light interaction on the curved surfaces.

Three vertically stacked rounded rectangular pill-shaped objects with a glossy glass effect against a pure black background. Each pill contains a pixelated checkerboard pattern alternating between bright neon yellow (#b1df0a) and hot magenta pink (#e86bc9) squares. The pills have a subtle white glossy rim/edge that creates a 3D beveled appearance with light reflection. The pixelation effect creates a blocky, digital aesthetic with approximately 47-pixel scale squares. A VHS wobble effect adds subtle analog distortion and scanline noise, creating a retro video artifact quality. The ripple effect generates concentric wave patterns emanating from the center-right area, creating dynamic color interference between the yellow and magenta. A dither pattern with colorDodge blending mode adds grainy texture and luminosity variation across the surfaces. The overall composition has a cyberpunk, neon aesthetic with strong chromatic separation and a glitchy, digital-age visual language. The glass component provides refraction and thickness properties that enhance the three-dimensional quality of the forms.

Three vertically stacked pill-shaped glass morphism elements with rounded ends against a pure black background. Each element displays a pixelated checkerboard pattern alternating between hot magenta (#ea0b9e) and warm tan/beige (#f19891) colors in a 47-pixel scale. The glass components feature glossy, translucent surfaces with subtle white highlights along the edges, creating a beveled 3D appearance. The shapes have a frosted glass effect with 0.64 refraction creating subtle light distortion. A VHS effect with wobble (0.61) and smear (0.3) adds analog video artifacts and slight vertical scan line noise (0.09), giving the composition a retro-digital aesthetic. The dither effect with colorDodge blending mode adds a subtle grainy texture overlay. The three elements are evenly spaced vertically, creating a minimalist, modern UI-like composition with strong contrast between the vibrant magenta-pink pixelated patterns and the deep black void.

Three vertically stacked pill-shaped or capsule-like objects with rounded ends, arranged against a pure black background. Each object displays a pixelated checkerboard pattern composed of red (#ff2a05) and orange (#ff8800) squares in a mosaic arrangement. The objects have a glossy, glass-like appearance with subtle white highlights along the edges and upper surfaces, creating a 3D beveled effect. The pixelation creates a retro digital aesthetic with approximately 47-pixel scale blocks. A subtle ripple effect emanates from the lower-left corner with concentric waves in red and orange tones. The entire composition has a VHS-like quality with slight wobble and scan-line distortion applied, giving it a nostalgic, analog video game appearance. The objects appear to glow softly with the warm color palette, and there's a dithering effect with a colorDodge blend mode that adds texture and luminosity to the highlights. The spatial arrangement is centered and symmetrical, with consistent spacing between the three capsules.

Three vertically stacked rounded rectangular shapes with a checkered pattern fill featuring alternating white and dark navy/black squares. Each shape has a glossy glass effect with subtle refraction and edge highlights creating a 3D beveled appearance. The shapes are arranged in a conversation bubble or chat interface style, with the topmost bubble being the smallest and most complex in its checkered pattern, the middle bubble medium-sized with simpler horizontal striping, and the bottom bubble largest with a similar striped pattern. A pixelated dither effect overlays the entire composition with a bayer4 pattern using white color dodge blending, creating a grainy, retro digital aesthetic. The background is pure black (#0a0a0a), providing stark contrast. Subtle ripple animations emanate from the top-left area of the topmost bubble. A VHS effect with wobble and scanline noise adds temporal distortion and analog video degradation, giving the overall composition a nostalgic, glitchy digital appearance with slight vertical smearing and horizontal scan artifacts.