Stage 1
Modeling approach
I created a ribbon-like surface by defining a series of control points along two lines and connecting them to form curves, which are then lofted into a continuous surface. The shape is controlled directly through peak and trough values that define the height. Then, the surface is divided into panels, and a structural grid is used to form a truss system.
Design description and parameters
The design is a panelised structure taking the form of a wave and supported by a parametric truss grid. Its shape can be adjusted using parameters such as the overall length and width, the number of peaks and troughs, and their respective heights. The density of the surface can be controlled by changing the number of panels in each direction. Additional parameters like panel thickness, scaling, tube radius, truss depth, and connector size provide flexibility to control the system.
Stage 2
Modelling approach
I created a surface by defining a sine wave along one direction and then lofting it with a copy of that curve to generate a continuous, wavy form. The surface is then divided into panels, and a structural grid is generated using lines and pipes to create a truss-like system.
Design description and parameters
The design is a modular, wave-like surface supported by a structural grid. Its shape and can be adjusted using several parameters, including the length and width of the surface, the number of peaks and troughs (which controls how many waves appear), and the peak and trough heights (which control the amplitude of the waves). The panel density can be changed by adjusting the number of divisions in each direction, while the thickness of panels and the size of structural elements (like tube radius and truss depth) can also be modified.