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Sierpinski maze generator

World's simplest math tool

Free online Sierpinski maze generator. Just press a button and you'll get a Sierpinski labyrinth. There are no ads, popups or nonsense, just an awesome maze generator. Press a button, get a fractal maze. Created by mathematicians for mathematicians.
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Main Options of the Maze
Maze width.
Maze height.
How many maze iterations?
Shades of Colors
Background color of the maze.
Color of the maze walls.
Additional Properties of the Maze
Maze wall thickness.
Distance from the frame.
Starting direction of the first wall segment.
Sierpinski maze generator tool What is a sierpinski maze generator?
This tool draws a Sierpinski Maze. The Sierpinski maze, also known as Sierpinski labyrinth, resembles a Sierpinski sieve. It also has a triangular shape, but it's drawn from many disconnected line segments. With a large number of iterations the line segments get closer and closer together and triangles start to become clearly visible. In the limiting case when iterations go to infinity, Sierpinski maze becomes Sierpinski sieve. With this tool you can visualize this process. You can set the size of the maze by changing its width and height. You can also colorize the background and maze line with any color. You can set color in four different ways: write color name, set hex color code, choose RGB color code, or RGBA color code with transparency. You can also specify the thickness of the maze in pixels and set the distance of the fractal amze from the edges of the canvas (if padding is 0 then the fractal labyrinth will touch the image frame). And finally, you can rotate the maze by choosing the starting direction of the first maze segment. Mathabulous!
Sierpinski maze generator examples Click to use
Generate a Vertical Sierpinski Maze
This example paints a vertically stretched Sierpinski fractal labyrinth of size 500x580px. The distance from the frame of the canvas is 20 pixels. It shows 4 maze iterations and sets maze curve's width to 5 pixels.
Required options
These options will be used automatically if you select this example.
Maze width.
Maze height.
How many maze iterations?
Background color of the maze.
Color of the maze walls.
Maze wall thickness.
Distance from the frame.
Starting direction of the first wall segment.
Draw an Upside-down Sierpinski Labyrinth
In this example, the base of the triangle is at the top and the legs are directed downward. The labyrinth is drawn for 5 iterations on a square frame measuring 500 by 500 pixels.
Required options
These options will be used automatically if you select this example.
Maze width.
Maze height.
How many maze iterations?
Background color of the maze.
Color of the maze walls.
Maze wall thickness.
Distance from the frame.
Starting direction of the first wall segment.
Generate a Triangular Maze of the Seventh Order
This example draws the triangular Sierpinski maze using 7 iterations. Here you can clearly see how the maze starts converging to the regular Sierpinski triangle. We used keyword white to set white color for the line and set a dark blue color for background using a hex code.
Required options
These options will be used automatically if you select this example.
Maze width.
Maze height.
How many maze iterations?
Background color of the maze.
Color of the maze walls.
Maze wall thickness.
Distance from the frame.
Starting direction of the first wall segment.
Pro tips Master online math tools
You can pass options to this tool using their codes as query arguments and it will automatically compute output. To get the code of an option, just hover over its icon. Here's how to type it in your browser's address bar. Click to try!
https://onlinemathtools.com/generate-sierpinski-maze?&width=500&height=580&iterations=4&background-color=%235c0056&line-segment-color=%2385ff33&line-width=5&padding=20&direction=left
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