baseline_CM.m

在IntelliJ IDEA 2018.3.2 x64里面使用eclipse快捷键的全部快捷代码(the is IntelliJ IDEA 2018.3.2 x64eclipse thenk)

说明：  MATLAB在数值计算中的应用：极值；多为函数极值；函数零点；数值积分；函数的微分(MATLAB application in numerical calculation: extreme value;Most of them are extremum of function;Zero of the function;Numerical integration;Derivative of a function)

用VC编写的程序-VC prepared by the procedures

获取硬件信息 获取硬件信息 -access to the hardware access to information hardware access to information hardware access to information hardware information

说明：  无焦点也可以使用，在winform上使用(Can also be used without focus)

用易语言开发的 cad插件 。进入cad中。画线-Language development with easy plug-cad. Entered in cad. Draw a line

俄罗斯方块是一款风靡全球的掌上游戏机和PC机游戏，它造成的轰动与创造的经济价值可以说是游戏史上的一件大事。它由俄罗斯人阿列克谢• 帕基特诺夫发明，故得此名。俄罗斯方块的基本规则是移动、旋转和摆放游戏自动输出的各种方块，使之排列成完整的一行或多行并且消除得分。它看似简单却变化无穷，俄罗斯方块上手极其简单，但是要熟练地掌握其中的操作与摆放技巧，难度却不低。作为家喻户晓老少皆宜的大众游戏，其普及程度可以说是史上任何一款游戏都无法相比的。相信大多数人都还记得为它痴迷得茶不思饭不想的那个俄罗斯方块时代。由于俄罗斯方块具有的数学性、动态性与知名度，也经常拿来作为游戏程序设计的练习题材。(Tetris is a popular the global handheld console and PC games, it caused a sensation with the creation of economic value can be said that the game in the history of a major event. It invented by the Russians Alexey • Pajitnov, it was this name. The basic rules of Tetris moving, rotating and placing games automatically output a variety of boxes, arranged in a complete one or more lines and eliminate the score. It seems simple, but endless variations, Tetris is extremely simple to get started, but to be proficient in the operation and placed skills, the difficulty is not low. As the household ages Volkswagen games, its pervasiveness can be said that the history can not be compared to any game. I believe most people still remember it was obsessed tea does not think Rice did not want that Tetris era. Tetris has math, dynamic and well-known, often being used as the theme of game programming practice.)

说明：  自己搭建的虚拟同步机模型，希望对大家有用(Self built virtual synchronous machine model, I hope to be useful to you)

5432-mcu屏驱动,BOE玻璃，库存玻璃，库存IC 已经在记录仪验证(5432-mcu lcd driver)

说明：  利用柯西、高斯、莱维三种突变策略改进GBO算法，通过测试结果表明，改进的算法有了显著性的提高。(Three mutation strategies of Cauchy, Gauss and Levy are used to improve the GBO algorithm, and the test results show that the improved algorithm has a significant improvement.)