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Koch polyflake generator

World's simplest math tool

Free online Koch polygon fractal generator. Just press a button and you'll get a Koch polyflake. There are no ads, popups or nonsense, just an awesome Koch flake generator. Press a button – get a Koch polyflake. Created by math nerds from team Browserling.
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Size, Order, Base and Bend
Koch polygon's width.
Koch polygon's height.
Koch polygon's iterations.
Number of base polygon's sides.
Bend angle of zigzag segments.
Koch Polygon's Colors
Background color for Koch's polyflake.
Koch polyflake's zigzag color.
Koch polyflake's fill color.
Zigzag, Padding and Direction
Koch polygon's border width.
Padding around Koch's polygon.
Start drawing Koch's n-gon in this direction.
Koch polyflake generator tool What is a koch polyflake generator?
This tool generates Koch polyflake fractals. A Koch polyflake is also known as a Koch polygon, Koch n-gon, and Koch n-flake. This fractal originates from the Koch triangle and it generalizes this fractal to any polygon. In the case of Koch triangle, each side of the triangle is replaced by a three-segment zigzag. With Koch n-gon, we are expanding your opportunities here. In particular, you can now select the base polygon of the fractal, as well as change the angle at which zigzag is bent. Furthermore, you can generate any number of iterations of this fractal and adjust the final size of the fractal. To make it more pretty, you can highlight three areas of the Koch polyflake in different colors – you can change the background color, the zigzag line color, and the fill color of the fractal. Last but not least, you can also adjust pixel width of the zigzag line and how much free space to leave between fractal and the drawing frame. And for the kicks, we threw in an option that lets you rotate the Koch n-gon around its center axis. Mathabulous!
Koch polyflake generator examples Click to use
Koch Hexagon
This example draws the Koch fractal from an equilateral 6-gon. The angle between the zigzag segments is 111 degrees. As we are generating 10 iterations of the fractal, the zigzag lines get so tiny and so close together that they delineate fractal's sharp, continuous edge.
This example draws the Koch fractal from an equilateral 6-gon. The angle between the zigzag segments is 111 degrees. As we are generating 10 iterations of the fractal, the zigzag lines get so tiny and so close together that they delineate fractal's sharp, continuous edge.
Required options
These options will be used automatically if you select this example.
Koch polygon's width.
Koch polygon's height.
Koch polygon's iterations.
Number of base polygon's sides.
Bend angle of zigzag segments.
Background color for Koch's polyflake.
Koch polyflake's zigzag color.
Koch polyflake's fill color.
Koch polygon's border width.
Padding around Koch's polygon.
Start drawing Koch's n-gon in this direction.
Heighway Triangle
In this example we bend the zigzag line at 120 degrees. To our surprise, we get the Heighway triangle fractal. To show more possibilities of this tool, we've made zigzag's width equal to zero, set the background to black color and triangle fill color to white, changed fractal's size to a 500x400px rectangle with 5-pixel indentation along the edges of the frame.
In this example we bend the zigzag line at 120 degrees. To our surprise, we get the Heighway triangle fractal. To show more possibilities of this tool, we've made zigzag's width equal to zero, set the background to black color and triangle fill color to white, changed fractal's size to a 500x400px rectangle with 5-pixel indentation along the edges of the frame.
Required options
These options will be used automatically if you select this example.
Koch polygon's width.
Koch polygon's height.
Koch polygon's iterations.
Number of base polygon's sides.
Bend angle of zigzag segments.
Background color for Koch's polyflake.
Koch polyflake's zigzag color.
Koch polyflake's fill color.
Koch polygon's border width.
Padding around Koch's polygon.
Start drawing Koch's n-gon in this direction.
Koch Heptagon
Here we've set the zigzag angle to the same as in the previous example (120 degrees) but because we take the heptagon (7-sided figure) as the basis for the fractal, we get something super interesting. The center shape that results has a solid fill but along the edges there are Heighway's triangles! We use bright colors to highlight each part of the fractal and generate seven iteration steps on a 500-pixel square canvas.
Here we've set the zigzag angle to the same as in the previous example (120 degrees) but because we take the heptagon (7-sided figure) as the basis for the fractal, we get something super interesting. The center shape that results has a solid fill but along the edges there are Heighway's triangles! We use bright colors to highlight each part of the fractal and generate seven iteration steps on a 500-pixel square canvas.
Required options
These options will be used automatically if you select this example.
Koch polygon's width.
Koch polygon's height.
Koch polygon's iterations.
Number of base polygon's sides.
Bend angle of zigzag segments.
Background color for Koch's polyflake.
Koch polyflake's zigzag color.
Koch polyflake's fill color.
Koch polygon's border width.
Padding around Koch's polygon.
Start drawing Koch's n-gon in this direction.
Hexadragon Curve
In this example zigzag's angle is also 120 degrees, but here we disable fractal's fill color and get a hexadragon curve where dragons are connected heads to tails. These dragons are formed from Heighway's triangles, which you can see by reducing the number of iterations in the options.
In this example zigzag's angle is also 120 degrees, but here we disable fractal's fill color and get a hexadragon curve where dragons are connected heads to tails. These dragons are formed from Heighway's triangles, which you can see by reducing the number of iterations in the options.
Required options
These options will be used automatically if you select this example.
Koch polygon's width.
Koch polygon's height.
Koch polygon's iterations.
Number of base polygon's sides.
Bend angle of zigzag segments.
Background color for Koch's polyflake.
Koch polyflake's zigzag color.
Koch polyflake's fill color.
Koch polygon's border width.
Padding around Koch's polygon.
Start drawing Koch's n-gon in this direction.
Koch Triangle
This example creates a Koch triangle fractal. As the title suggests, the base figure is a regular triangle and its sides are replaced with a zigzag made out of three equal-length parts that are cut at 108 degrees. We don't draw zigzag lines themselves and our fractal is drawn in yellow on a black background.
This example creates a Koch triangle fractal. As the title suggests, the base figure is a regular triangle and its sides are replaced with a zigzag made out of three equal-length parts that are cut at 108 degrees. We don't draw zigzag lines themselves and our fractal is drawn in yellow on a black background.
Required options
These options will be used automatically if you select this example.
Koch polygon's width.
Koch polygon's height.
Koch polygon's iterations.
Number of base polygon's sides.
Bend angle of zigzag segments.
Background color for Koch's polyflake.
Koch polyflake's zigzag color.
Koch polyflake's fill color.
Koch polygon's border width.
Padding around Koch's polygon.
Start drawing Koch's n-gon in this direction.
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-koch-polyflake?&width=500&height=500&iterations=10&polygon=6&background-color=%232adde3&line-segment-color=black&fill-color=%23ff6ee9&angle=111&line-width=1&padding=3&direction=left
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