As someone fascinated by both animation and mathematics, I found using Desmos to recreate scenes from Family Guy a thrilling challenge. Desmos, typically known for graphing math functions, can be surprisingly versatile for drawing complex shapes and animations when you creatively combine functions. To start, it helps to understand that every curve or shape in Desmos is represented by an equation or a set of equations. By layering multiple functions — such as linear, quadratic, trigonometric, and piecewise functions — you can outline the different parts of an animation frame. For instance, plotting the shapes of characters like Peter or Stewie Griffin requires breaking their features down into simpler geometric shapes founded on math functions. I experimented with parametric equations and inequalities to shade areas and add colors, giving more life to the static plots. The animation effect is achieved by incrementally adjusting parameters over time, creating frames that, when viewed in sequence, simulate movement. This approach harnesses function transformations like translations and scalings. One insight I gained is how the precision and layering can be tedious but rewarding. Plotting complex animations requires careful manipulation of many small functions and tweaking parameters meticulously. However, the creative freedom in interpreting popular animation styles through math felt uniquely satisfying. I highly recommend anyone interested in math art or animation explore creating simple character sketches using Desmos functions first. Once comfortable, you can proceed to animate by programming variables and combining math with storytelling aesthetics. This fun blend deepens your appreciation for how math underpins visual artistry and animation techniques.