Week 2 Sketch

Concept:

I recently took on the challenge of simulating the motion of a falling feather in nature using p5.js. The goal was to go beyond a simple straight-down fall and imbue the feather with a sense of personality through its movement, all while controlling it solely through acceleration. I envisioned a feather that gently drifts and rocks side to side as it descends, mimicking the playful dance of a real feather caught in a gentle breeze.

Code Highlight:

One of the aspects I’m particularly proud of is how I implemented the rocking motion coupled with a horizontal boost:

// Apply wind force (horizontal acceleration) with Perlin noise and angle influence
let windDirection = noise(noiseOffset) * 2 - 1; // -1 to 1
featherAx = windForce * windDirection + abs(sin(featherAngle)) * 0.5 * windDirection;

This snippet shows how the feather’s horizontal acceleration (featherAx) is influenced not just by random wind (using Perlin noise) but also by its current angle (featherAngle). The abs(sin(featherAngle)) term provides a boost in the direction of the rotation, making the feather sway more pronouncedly as it rocks. This simple addition significantly enhances the visual appeal and realism of the motion.

Embedded Sketch:

Reflection and Future Work:

I’m quite pleased with how this simulation turned out. The feather’s motion feels natural and captures the essence of its lightness and susceptibility to air currents. However, there’s always room for improvement! Here are some ideas for future exploration:

• More Realistic Feather Shape: The current U-shape is a simplification. Implementing a more detailed feather shape, perhaps with multiple segments, could add visual interest.

• Interaction with Wind: It would be interesting to allow the user to interact with the wind, perhaps by blowing on the feather through a microphone or using the mouse to create gusts.

• 3D Simulation: Extending the simulation to 3D space could open up new possibilities for exploring the feather’s movement in a more immersive environment.

• Multiple Feathers: Simulating multiple feathers interacting with each other and the wind could create a mesmerizing visual experience.