A virtual block distribution and detection method and system thereof

Abstract

A virtual block distribution and detection system, which includes a preprocessing module, a block distribution and detection module and an interaction module connected to each other, wherein the preprocessing module generates system initial operating environment data. After receiving the system initial operating environment data, the interaction module displays the corresponding system initial operating environment through an output device, so as to provide a system operating area and a group of blocks distributed therein. The interaction module obtains the operation data of any block in the group of blocks through an input device. The block distribution and detection module adjusts the block distribution of the group according to the operation data, generates position distribution data, and detects whether the position distribution data meets the conditions for ending the current cycle, and generates judgment result data. The interaction module displays the adjusted distribution of the group of blocks in the pre-area of ​​the system through the output device.

Description

technical field [0001] The invention relates to a system for distributing and detecting virtual blocks, in particular to a system for providing a group of virtual blocks, distributing the group of virtual blocks and detecting the distribution of the group of virtual blocks. [0002] The invention relates to a virtual block distribution and detection method, in particular to a method for providing a group of virtual blocks, distributing the group of virtual blocks and detecting the distribution of the group of virtual blocks. Background technique [0003] There are many kinds of games based on cubes, the most representative of which is Rubik's Cube. The Rubik's Cube is called Rubik's Cube in Taiwan and twister dice in Hong Kong. It was created by Hungarian architecture professor and sculptor Rubik Erne ), a mechanical educational toy invented in 1974. Its original name was Magic Cube. In 1980, Ideal Toys sold this toy and changed its name to Rubik’s cube. [0004] There ar...

AI Technical Summary

Problems solved by technology

The game is always in an n by n square game area, and the game-ending condition of arranging the same colors in a row and a column also reduces the game's durability. After passing a few levels, if you still see those colors, it is easy to make people feel dull, and you may not continue the game

The rules of the game refer to the Rubik's Cube. Although it is simplified, it only needs to have the same color for each row or column, but as the value of n and x increases, the difficulty is not low, and the difficulty is too high. One of the reasons for giving up the game

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