The mission is simple. Write a function that returns any number. But try to describe why your number is the best. For example, Sheldon Cooper from The Big Bang Theory thinks that 73 is the best number ever and he can explain why.
PyGame & Python: Writing your first game
An anagram is a type of word play, the result of rearranging the letters of a word or phrase to produce a new word or phrase, using all the original letters exactly once. Two words are anagrams to each other if we can get one from another by rearranging the letters. You are given two words or phrase. Try to verify are they anagrams or not.
Welcome back for another weekly review series! When you open first "Electronic Station" the first mission that you encounter is the classic "Brackets" mission. This is a simple, but interesting and useful mission. "Brackets" can be solved with a wide variety of methods, and CiO players have certainly come up with some clever and ingenious solutions to it.
On CheckiO we have all sorts of different and challenging missions. Sometimes you just need to solve input-output function. Sometimes it's a round of codeGolf. Sometimes you will play a game with a special score system. But two of these missions are very different. These are more creative writing, or as we call them "code essay" missions.
Today we would like to announce huge mission roster update and something special for our players! Four new missions are here for you to improve your Python skills
On our landing page you can find one mission text with solutions. And this is "Feed Pigeons". I'm not sure why but this mission can trouble new players.
Did you know that we have the special island in CheckiO that is devoted by Lewis Carroll? Charles Dodgson (aka Lewis Carroll) was an English writer, mathematician, logician, Anglican deacon and photographer. He also wrote several books with mathemical and logical puzzles.
Today we present our newest chance based mission: "Texas Referee"
The Republic, Julius Caesar, The Colosseum. Yes, I'm talking about Ancient Rome. A few days ago I read Conn Iggulden's book about Caesar successor, Octavian and remembered the CheckiO mission "Roman Numerals". So let's look revisit this numeral system.
Let's look at a classical CS problem that was realised as the Checkio mission. I mean "Golden Pyramid" mission. Consider a triangle of numbers. There is one number in the top of the triangle. On the next level - two numbers, then three and so on. You are start at the top and should down to the bottom of the triangle. For each step down you can move to on of two cell below current. And you "collect" (summarize) passed numbers. Your goal is find the maximum possible sum of numbers for all possible routes from top to bottom.
Python based software and new mission announcement
Today, let's try to find a path between two points in the maze. We will take a closer look at the "Open Labyrinth"
In <a href="http://www.checkio.org/blog/elementary-one-liners/">the last Weekly Overview</a> we looked at first ten missions from the "Elementary" island. Today we've got the second part of our Weekly Review for your reading pleasure.