Manipulates the straight line between two points using two input handles in order to form a specific parametric function.

Exaggerates the illusion of a circle rolling inside another circle by moving N amount of points along their respective straight lines throughout a circle.

Clean "trig" clock that operates counter-clockwise and starts from the right. Easily readable and synchronized with the current time.

Input an arbitrary color using CMYK and two points (from their x and y coordinates) and outputs an approximation for a color (the shaded region) in RGB.

Draws the shortest line between a single point and an arbitrary function of x.

Draws the shortest line and smallest circle between multiple points and an arbitrary function of x in a continuous, seamless, loop.

Factors an arbitrary positive integer into all possible components.

Scalable animation of projectile motion without air resistance.

Given 10 arbitrary points, approximates a polynomial of the lowest degree that satisfies the points.

Compares the accuracy between Lagrange and Taylor approximations of an arbitrary function of x at specified degrees.

Models the 2 real branches of the Lambert W Function.

Approximates a given function by a specified degree, n, using a line of best fit and Lagrangian polynomials.

Forms a polygon of N sides inscribed within a circle and shows how as N approaches infinity, the area of the polygon approaches the area of the circle.

Depicting the steps for solving a triple system of equations and fitting the parabola bound by 3 points.

Multiplies various coefficients by arbitrary parametric of functions of x to form a "gradient".

Projectile Motion influenced by linear air resistance with visuals depicting the various forces, velocities, and distances involved compared to projectile motion without air resistance.

Approximates the integral of an arbitrary function of x by various Reimann sum methods with neat visuals.

Rolls an ellipse along the x-axis without slipping.

Automatically balances a "lever" with constant mass and two points of mass. Lever does not automatically adjust its length.

Models projectile motion influenced by Quadratic Drag with bounce mechanics.

Splits the x and y components of a unit circles using trigonometric functions.

Plays a small game that as of right now does not have working obstacle colliders, but does end the game when you hit the ceiling and roof.

Interesting art depicting the similarities between a circle and a parabola.

Converts a given decimal to its simplified and equivalent fraction.