

To create a graph that resembles my face, I selected functions and adjusted them so they could mimic my facial features and proportions. I used 3 circles for each of my eyes, including the pupil, iris, and a white dot representing the reflection of light. I also used circles for my earrings and freckles. I used two half ellipses for my lips, to make them look realistic and full, just like natural lips, and I also used an ellipse for my head, as it represents my oval-shaped face. I added a cupids bow by using an absolute value function as well to make it even more accurate to my lips. For the top of my head, and my front and back pieces of hair I used parabolas because they were the most accurate representations of my hair. For my shoulders and neckline of my shirt, I also used a parabola, along with my eyebrows, eyelashes, and ears. For the non-parabolic functions, I used lines for the blush, neck, and nose. Domain and range restrictions were added to each function, and certain shapes were filled in and colored. The transparency on each filled in function was also edited to make it look better artistically. Due to the limitations of colors available, I used RGB codes found on the Desmos information page to improve my portrait. To go above and beyond, I paid attention to detail by adding eyelashes, freckles, blush, earrings, and filling in certain functions with custom colours. Overall, the combination of these functions allowed me to accurately capture my facial structure and features, making the final graph look like me.



