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Runnable demos, helpful utilities, and dockerized projects.
Models a physical board where dropping balls bounce off pegs to form a binomial/normal distribution.
Launch Featureuses stochastic choice theory to construct complex fractals like the Sierpinski Gasket and Chaos Carpets.
Launch FeatureWatch blocks collide to compute the digits of Pi using elastic collision physics.
Launch FeatureVisualize chaos theory and the butterfly effect with diverging double pendulums.
Launch FeatureAdjust orbiting circular vectors to see how harmonics assemble square, sawtooth, or triangle waveforms.
Launch FeatureSimulate and study gravitational orbits, stable resonance patterns, and chaotic dynamics.
Launch FeatureDraw sand, water, fire, wood, and acid on a digital canvas and watch them react in real-time.
Launch FeatureLaunch cannonballs with air resistance and blow up destructible modular structural towers.
Launch FeatureClick and drag to launch orbital probes around the gravity wells of Earth and the Moon.
Launch FeaturePlace coordinate points and watch decision boundaries morph dynamically in real-time.
Launch FeatureScatter unlabelled data and place centroids to watch clusters converge iteratively.
Launch FeatureFit polynomials of degree 1 to 8 and watch the curves bend in real-time to fit your data points.
Launch FeaturePlace custom walls, pits, and goals on a grid and watch a Q-learning agent solve the pathfinder maze.
Launch FeatureWatch a tabular Q-learning agent learn to balance a vertical pole, and poke it with your mouse to disrupt it.
Launch FeatureDraw custom maze walls and watch an autonomous car learn to steer around obstacles to collect fuel points.
Launch FeatureWatch a Deep Q-Network-driven rocket learn to descend and land on a moon pad using vector thrusters.
Launch FeatureObserve a neural-approximated snake learn to hunt food targets without hitting itself or the borders.
Launch FeatureA deep neural network-approximated balancing pole. Poke the cart to test continuous correction.
Launch FeatureA deep reinforcement-learning paddle learning to track and bounce a high-speed ball against a wall.
Launch FeatureA neural-driven drone learning to time impulse hops to fly through endless scrolling pipes.
Launch FeatureObserve a simple 2-segment crawling creature learn to rotate its joints to push itself forward.
Launch FeatureDrag, drop, and hurl a deformable, squishy mesh of spring-connected nodes around static obstacles.
Launch FeatureInteract with a numerical wave-equation solver to observe double-slit diffraction and wave interference.
Launch FeatureExplore the physical universe with real-time particle systems, gravity solvers, and self-organizing life.
Launch Feature