Circular Sinusoid Base Vessel

Brief

This is an equation-driven parametric vessel capable of assuming various forms. Its profile ranges from a full circle to a circular sinusoid with parameter adjustments. This design approach stems from my keen interest in the visual representation of algebraic curves and surfaces, which, before learning computational design tools, I found challenging to grasp or model, often requiring expensive tools like MATLAB. With Beegraphy as a computational design tool, not only is it possible to visually represent parametric curves and surfaces, but these can also be transformed into practical products for everyday use. In this instance, it is a vessel that can be shaped into a vase, a bottle, or any similar object through Beegraphy's built-in a graph mapper.

Parameters

Number of waves min (0)-Max (10)

Wave sharpness factor min (0)-Max (1)

Angle of Twist min (0)-Max (360)

Height: min (100)-Max (600).

Body Shape: Graph Mapper

Graph Sensitivity: min(0.1)-Max(1.2), Best range [0.6-0.7] for all graphs except parabola.