Dynamic Grid Morphologies

This project explores computational design principles through custom scripting in Python, leveraging Rhino and RhinoScriptSyntax. The process begins with generating a 3D grid of points, with density and spacing controlled by adjustable parameters. Each point within the grid is dynamically repositioned based on its proximity to an attraction point and an associated strength factor.

Curved lines are generated within each grid cell, influenced by the centroid of the cell, which acts as a control point shaping their trajectory. Surfaces are then derived from these lines, creating a network of geometry that responds to the spatial and computational rules established in the script. The system seamlessly integrates computational logic with geometric generation, culminating in a dynamic and responsive visualization.