In a previous project, you drew a Sierpinski Triangle with Chaos Game. You also did restricted chaos projects for square and pentagon. Now, generalize the project that allows chaos game for polygon of any
In a previous project, you drew a Sierpinski Triangle with Chaos Game. You also did restricted chaos projects for square and pentagon. Now, generalize the project that allows chaos game for polygon of any
In a previous project, you drew a Sierpinski Triangle with Chaos Game. You also did restricted chaos projects for square and pentagon. Now, generalize the project that allows chaos game
In a previous project, you drew a Sierpinski Triangle with Chaos Game. Instead of a triangle, use five points of a pentagon as the target points and play the chaos
In a previous project, you drew a Sierpinski Triangle with Chaos Game. Instead of a triangle, use four points of a square as the target points and play the chaos
In a previous project, you drew a Sierpinski Triangle with Chaos Game. Instead of a triangle, use four points of a square as the target points and play the chaos
Draw three points to form a triangle. Draw the fourth point in a random position. In each of the following step, this point will move halfway towards one of the
Draw graphs of functions with Python Turtle. Hint: use Turtle’s setworldcoordinates() function. The following is graphs of some selected functions:
Develop the Asteroids Game with Python Turtle. Because this project is fairly large, you may want to use Object Oriented Programming by defining several classes and put them in separate
Generate a random polygon with many sides and randomly drop point on the screen. If the point falls inside the polygon color it in red, otherwise color it in blue.
Continuing from previous Accelerating and Rotating Spaceship project, make the spaceship fire the bullets. Each bullet have limited range and there should be some time gap between the firings so