In a room with 23 people, what is the probability that there is at least one pair of people with the same birthday? The answer is about 50%! It is
Category: animation
Synchronous FirefliesSynchronous Fireflies
In a previous project, you animated a lot of fireflies that are moving and lighting up at different phases. In the nature fireflies sometime synchronize making a wonderful show! It
FirefliesFireflies
Previously you animated a moving and lighting up dot. Now create many such dots with much smaller size. They all light up every 5 seconds but they light up at
Gradually Lighting Up and Moving AnimationGradually Lighting Up and Moving Animation
In a previous project, you animated a dot to gradually light up at every a few seconds. Now make the dot move randomly as it lights up. Read tutorial on
Gradually Lighting Up AnimationGradually Lighting Up Animation
In a previous project, you implemented lighting up animation. Make the animation look more pleasant by making the dot light up and dim gradually. Read tutorial on this project.
Lighting Up AnimationLighting Up Animation
Draw a large dot with low brightness. On every 3rd second, light it up to full brightness while keeping the hue and saturation and dim it to the original brightness
Estimating π with Monte Carlo Method and EllipseEstimating π with Monte Carlo Method and Ellipse
Monte Carlo Methods are interesting algorithms that rely on random sampling to obtain numeric result (Wikipedia). Since today is Pi Day, we are going to design a Monte Carol method
Estimating π with Monte Carlo MethodEstimating π with Monte Carlo Method
Monte Carlo Methods are interesting algorithms that rely on random sampling to obtain numeric result (Wikipedia). Since today is Pi Day, we are going to design a Monte Carol method
Square Grid AnimationSquare Grid Animation
Continue on a previous Square Grid project, animate the square by varying the number of grids while keeping the overall square size the same.
Conway’s Game of LifeConway’s Game of Life
Conway’s Game of Life is 0-player game designed by John Horton Conway in 1970. Each cell has two states: dead (black) or alive (white or empty). At the next generation