A highly detailed 3D model of a geometric lotus flower thriving in the deep sea. The petals are made of translucent crystalline glass and dark metallic titanium, featuring sharp, fractal geometric shapes. Bioluminescent neon blue and glowing cyan veins run through the geometric petals. The core of the lotus emits an ethereal, deep-ocean luminescent glow. PBR textures, emissive materials, refractive glass, sub-surface scattering. Sci-fi marine biology style, high poly, 8k resolution, Unreal Engine 5 render, isolated 3D game asset, masterpiece, symmetrical design.
Meshy 6
CC0
il y a 3 semaines
Modèle de demande
A highly detailed 3D model of a geometric lotus flower thriving in the deep sea. The petals are made of translucent crystalline glass and dark metallic titanium, featuring sharp, fractal geometric shapes. Bioluminescent neon blue and glowing cyan veins run through the geometric petals. The core of the lotus emits an ethereal, deep-ocean luminescent glow. PBR textures, emissive materials, refractive glass, sub-surface scattering. Sci-fi marine biology style, high poly, 8k resolution, Unreal Engine 5 render, isolated 3D game asset, masterpiece, symmetrical design.
Invite de texture
A deep-sea coral reef made of perfect geometric shapes, fractal structures, hexagonal prisms, and polyhedrons. Bioluminescent glow, neon cyan and magenta lights emitting from the coral tips. Translucent crystal and metallic textures mixed with porous organic rocks. Dark abyssal ocean background with soft underwater volumetric lighting and water caustics. Hyper-detailed, 8k resolution, 3D asset, PBR materials, Octane Render, Unreal Engine 5 style, masterpiece.
0 Comments