Math art is a fascinating intersection of mathematics and creativity, allowing artists and enthusiasts to produce visually captivating images purely from mathematical equations. Applications like Desmos have made this form of expression accessible to a wider audience by enabling easy plotting of complex functions. Using math functions to draw shapes and animate them requires understanding how variables and parameters influence graph properties. For example, sine and cosine functions can be combined with linear and exponential terms to generate intricate curves and patterns. By adjusting function parameters over time, one can create smooth animated transitions that form mesmerizing visual effects. Function animation involves continuously updating a parameter, often time 't', within the mathematical formulas to dynamically alter the graph. This can produce effects such as spirals expanding, waves oscillating, or shapes morphing into others. These animations bring static math art into motion, deepening engagement and illustrating mathematical concepts interactively. Mathematical functions used in these animations often include polynomial, trigonometric, exponential, and piecewise functions. By composing these functions thoughtfully, one can design detailed and aesthetically appealing illustrations. This type of creative math not only enhances appreciation for mathematics but also provides educational value by visually demonstrating function behaviors and transformations. Community platforms dedicated to math art encourage sharing these creations and exchange of ideas. Hashtags like #desmos, #mathart, and #functionanimation connect users and inspire collective learning. Whether for educational purposes or artistic exploration, function-based math drawings and animations represent a unique and rich field where math meets art in novel ways.