parametric design prompts

2 months ago

Close-up render of a futuristic sneaker shell concept – ultra-fluid aerodynamic design, biomechanical and sculptural, inspired by organic architecture and alien forms. Hollow flowing structures, skeletal ridges, and ribbon-like bands intertwining with aerodynamic arches, resembling a fusion of nature and advanced CAD generative modeling. Experimental yet cohesive, with bold wave-like curves and parametric bone-like geometry, futuristic and alien but wearable. Material: matte white foaming TPU, smooth structural surface. Visual style: high-detail product render, minimal background, futuristic sportswear innovation.

2 months ago

Close-up of a futuristic sneaker concept, ultra-aerodynamic organic design, resembling digital sculptures inspired by computational design and 3D printing, unique generative geometry, organic lattice structure, intertwining hollow branches resembling coral, skeletal forms, and fluid bone-like architecture, organic parametric forms inspired by fluid dynamics and biomorphic architecture, hollow aerodynamic arches, flowing fluid-like ridges and wave patterns, twisted ribbon-like flowing bands, seamless fluid design with continuous organic curves, resembling a ribbon-like loop frozen in motion, high-tech sculptural silhouette with deep carved aerodynamic cutouts, bold sculptural texture, fluid continuous curves inspired by nature and biomorphic forms, Zaha Hadid-inspired design, advanced generative CAD modeling, and alien industrial prototypes, blending nature-inspired geometry and advanced parametric design, evoking the look of clay or 3D-printed resin shaped by generative algorithms, flexible with a white soft smooth matte white structural foam-like material, high detail focus on texture, minimalistic product render aesthetic, 8K resolution, modern sportswear innovation blending design, minimalism, technology, sci-fi aesthetics, biomorphic aesthetics, engeneering, art and parametric stuctures

7 months ago

best representation of easter, photorealism, uhd 8k, 3d vision, parametric design, hyperrealism