- A few sentences describing your modeling approach
To begin my modeling process, I sketched the primary form of the stage shelter using three parallel curves to define the overall geometry. Each of these curves was initially shaped as a three-point arc. To introduce more visual interest and dynamic behavior, I replaced the middle curve with a sine wave. This sine wave was designed parametrically, allowing the user to control key characteristics such as the number of waves, amplitude (height), and the number of wave definition points. To facilitate real-time adjustment and experimentation, I implemented sliders for each parameter, enabling intuitive and flexible control over the shape and curvature of the structure.
- A brief description of your design outlining the parameters that can be used to flex and dynamically change your structure
The shelter structure is designed with a series of adjustable parameters that enable it to adapt easily to various contexts. Key parameters include:
- Height: "Amplitude" slider of the sine wave, adjusting the vertical variation of the central curve.
- Length: "Length of Structure" slider, which scales the shelter.
- Width: "Y Translation" slider applied to the third curve, defining the lateral spread of the shelter.
- Additional Parameters:
• "Number of Waves"
• "Number of Ribs"
• "Number of Panel Points on Each Rib"
• "Panel Thickness"
This parametric design framework ensures that the structure can be quickly and effectively customized in response to diverse project constraints, design preferences, and environmental requirements. It encourages iterative design exploration and supports scalability, fabrication planning, and performance optimization.