Search Results for "the game of go"

Tetris, but with arithmetic, each tile has an integer on it. Drop a tile onto a tile below so that the numbers divide and cancel out. Once a tile drops and cancels with the tile below, it will attempt to cancel the next tile below that and so on. If no more below-cancellations happen it will also try to cancel with the tile to the left and then the tile to the right of it. For complete description go to Files tab and see readme.txt

The intelligent, thinking systems solving project uses a method whereby the computer solves the problem in a way a biological way does. The result of this is that it can learn and emulate a behavior or strategy. Two examples of the process use the game of chess and the game of go.

Project files have been released in a zip file called Quiz Game (Unity Project). Just go to the downloads tab and hit that title. To edit the quiz you will need this software. There is a free version. https://store.unity.com/?_ga=2.103053639.617155182.1519414114-2111798699.1519414114 If you want me to make a quiz for you, go here to make a request https://www.fiverr.com/bdlgraphics/make-a-quiz-for-you

KaiZen has two modes: - Kanji to meaning. The meaning of the kanji is selected from a list of buttons. - Meaning to kanji. The kanji is selected from a 3x3 button grid. After memorizing a set of kanji, go to Settings and increase the database range.

... black bar to un-hide the nav buttons. Currently working on the first game theme: Splat. Splat: Tap the main splat button or a sub-game. Match colors, shapes, both, or just go free for all.

Practice math by adding, subtracting, or multiplying randomly generated numbers. To view the source code of the project, go to https://github.com/tenny1028/Math-Quiz-Game

A university project explaining a phenomenon of a coin tossing game called Penney Ante. Penney Ante is a coin tossing game invented in 1969 by a mathematician called Walter Penney. It is played by two players. Each player selects a pattern of three heads and tails. The two patterns must be different. The players then flip a fair coin repeatedly until one of the patterns appears. The winner is a person whose pattern appears first. Although initially the game appears to be fair...

... repeatedly until one of the patterns appears. The winner is a person whose pattern appears first. Although initially the game appears to be fair, it is not in general. There is no best pattern that beats all others. The best we can do is let our opponent go first and then choose the best possible option that beats his particular pattern. To do so we need to be able to define relations between each two patterns. And this is where the fun begins. See wiki for a full project description.

Tutorial to teach people how to play game of Go (see http://en.wikipedia.org/wiki/Go_%28game%29). Does not use any words - only numbers and animations.