Sorting Sushi with Algorithms

Bubble Sort

This algorithm is like trying to sort sushi pieces by looking at each piece and saying "oh, this one looks kinda small, so it goes first."

Accuracy: 0%

Learn more

Quick Sort

This algorithm is like a ninja, slicing through the sushi pieces with deadly precision, but sometimes it gets a little too precise and cuts the wrong piece in half.

Accuracy: 99.9%

See the code

Insertion Sort

This algorithm is like a librarian trying to fit each sushi piece into its proper place, but sometimes it gets a little too picky and moves things around unnecessarily.

Accuracy: 95%

Selection Sort

This algorithm is like a sushi chef trying to pick the best piece for the customer, but often gets it wrong and serves the customer a soggy piece instead.

Accuracy: 50%

View the source

Merge Sort

This algorithm is like two sushi chefs merging their skills to create the perfect piece, but ends up making a mess and serving the customer two different pieces instead.

Accuracy: 80%

Learn from the masters

Heap Sort

This algorithm is like a giant trash can where all the sushi pieces go, and sometimes it's not even sorted at all.

Accuracy: 20%

Check the dumpster

Radix Sort

This algorithm is like trying to sort sushi pieces by their ingredients, but it's a little too complicated and ends up just serving the customer a bunch of random pieces.

Accuracy: 30%

See the recipe

Warning: Do not attempt to implement these algorithms on real sushi, or you will end up with a plate of sadness.