Creating building hexagonal prism blocks
Just making the concept of making this idea, just so late, took so much to start it
No PixAI, os prompts são públicos por padrão, mas os criadores podem ocultá-los em qualquer obra que publicarem. Quem criou esta obra optou por isso, então as palavras usadas para gerar a imagem permanecem privadas e só essa pessoa pode vê-las. Ocultar o prompt não muda mais nada: a obra continua pública e você pode curtir, comentar e compartilhar normalmente.
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no humans, scenery, panorama, wide shot, soundscape, abstract, 3d, sound waves, frequency ribbons, geometric shapes, concentric circles, curved horizon, flat color, clean lines, minimalist, soft pastel palette, pastel lavender, mint green, pastel pink, pale blue, sharp vector edges
A panoramic wide-angle view curves across an expansive three-dimensional soundscape landscape where acoustic phenomena take solid geometric form. Rhythmic frequency ribbons rise from the ground plane like rolling pastel hills, their undulating amplitudes creating layered physical ridges that stretch from the curved foreground into an endless receding horizon. Across the smooth, untextured ground, concentric circular resonance rings ripple outward from floating spherical acoustic nodes, each ring stepping cleanly outward with uniform mathematical spacing. In the midground, towering vertical equalizer pillars of varying heights stand in harmonious progression, while sweeping sine-wave ribbons loop overhead, arching through the sky to frame the panoramic depth. Diffuse, shadowless ambient light illuminates the entire vista evenly, leaving surfaces flat and clean, with only crisp, razor-sharp geometric drop shadows falling directly beneath the highest waveform crests onto the troughs below. The color palette is strictly restrained to soft pastels: gentle mint green across the ribbon slopes, pale lavender in the flat valley plains, warm peach highlights defining the wave crests, and a seamless powder-blue atmospheric expanse above. High-frequency waveforms cluster in tight, dense geometric folds in the near foreground while low-frequency swells broaden into expansive, gently curving planes along the outer periphery, demonstrating the physical scale of sound. Harmonious clarity.
John Nelson
Autechre - plyPhon (Unofficial Music Video)1
うざぴょい
tt
違う、そうじゃない
Tetsu Taka
no humans, scenery, panorama, wide shot, soundscape, abstract, 3d, sound waves, frequency ribbons, geometric shapes, concentric circles, curved horizon, flat color, clean lines, minimalist, soft pastel palette, pastel lavender, mint green, pastel pink, pale blue, sharp vector edges
A panoramic wide-angle view curves across an expansive three-dimensional soundscape landscape where acoustic phenomena take solid geometric form. Rhythmic frequency ribbons rise from the ground plane like rolling pastel hills, their undulating amplitudes creating layered physical ridges that stretch from the curved foreground into an endless receding horizon. Across the smooth, untextured ground, concentric circular resonance rings ripple outward from floating spherical acoustic nodes, each ring stepping cleanly outward with uniform mathematical spacing. In the midground, towering vertical equalizer pillars of varying heights stand in harmonious progression, while sweeping sine-wave ribbons loop overhead, arching through the sky to frame the panoramic depth. Diffuse, shadowless ambient light illuminates the entire vista evenly, leaving surfaces flat and clean, with only crisp, razor-sharp geometric drop shadows falling directly beneath the highest waveform crests onto the troughs below. The color palette is strictly restrained to soft pastels: gentle mint green across the ribbon slopes, pale lavender in the flat valley plains, warm peach highlights defining the wave crests, and a seamless powder-blue atmospheric expanse above. High-frequency waveforms cluster in tight, dense geometric folds in the near foreground while low-frequency swells broaden into expansive, gently curving planes along the outer periphery, demonstrating the physical scale of sound. Harmonious clarity.
John Nelson
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