Sketch 1: 

This sketch generates a series of circles with varying sizes and colors, where each circle’s size is influenced by a sine wave function. I used the variables sinInput, sinInput2, sinInput3, etc. to control the phase of the sine wave for each circle’s size. As for drawing the circle, its size is determined by the sine value of its respective sinInput variable multiplied by a random value between 50 and 200. The colors of the circles also change randomly on each frame, creating variation and visual interest, making it generative. 

Sketch 2:

This sketch is a dynamic visual scene with moving shapes with changing transparency. crossX and crossY to determine the initial position of the central circle, speedX and speedY determine the initial movement speed in the horizontal and vertical directions, and transparency initializes the transparency value.  The background color is also randomized and not redrawn on each frame, which allows the shapes to leave a trail as they move. If the shape goes beyond canvas boundaries, it will reappear. The background is not redrawn on each frame, allowing shapes to leave a trail as they move. Additionally, the transparency of the shape gradually increases over time, which gives it a semi-illusion of shooting stars.

Sketch 3:

This sketch generates shapes with changing colors and positions based on trigonometric functions. Variable sinInput controls the phase of the sine wave, which affects the position and color of shapes, while sinSpeed determines the speed at which sinInput changes, which is initialized with a random value between 0.01 and 0.05. The background color is set based on the value of sinInput, which results in a grayscale background that changes over time. As the background changes, the colors of the shapes change as well, their initial color will become their complementary color. 

I am considering incorporating this sketch into Project A because I find it intriguing how the colors of the shapes shift based on grayscale. In my project, I envision the imaginary creature I create adapting its color or motion in response to changes in grayscale or other variables I define. Since this sketch is relatively simple, it provides a great opportunity for experimentation with various shapes to enhance the complexity and diversity of the composition. I plan to introduce interactive elements such as mouse or keyboard controls to allow users to manipulate the shapes’ parameters and motion patterns, adding an engaging layer of interactivity. Additionally, to further enhance the visual appeal of my creature, I will explore different color schemes and blending modes to create captivating and dynamic visuals.