dtcwpt_code

24点游戏源代码-24 point game source code

俄罗斯方块由BCB安排砖块的游戏

C# Aidy.XmlManager XML的操作类，用来调用XML，读写保存XML文件，十分方便，两个构造函数中，一个是XML文件路径，一个文件路径加上节点路径，在重载的函数中有的需要设置节点路径，方法为：xmlManager.NodePath = "子节点子节点……"所有异常全部抛出，需要在程序捕捉。 　　操作的XML文档路径＝文件路径＋文件全名，XML文档中的节点路径"//根节点/子节点/子节点……" 　　读出指定路径XML文档的全部内容 　　获取XML中节点的内容 　　返回符合指定名称的节点数 　　返回指符合指定名称的节点集中第i个集合的子节点数

实现双有源桥变换器 单移相控制 ，参数已经设置好可以直接运行。(The single phase shift control parameters of dual active bridge converter have been set up and can be directly operated.)

项目

韦根的二次开发SDK，可控制门禁门的关闭、读取卡号、权限设置等(The two development of Wei Yuan SDK)

说明：  本文提出的自动频域分解是受到[1,2]引入的频域分解(FDD)的启发。目的是识别在环境噪声下土木工程结构健康监测中获得的加速度记录的振型、特征频率和模态阻尼比。(The automatic frequency domain decomposition proposed in this paper is inspired by the frequency domain decomposition (FDD) introduced by [1,2]. The purpose of this paper is to identify the mode shape, characteristic frequency and modal damping ratio of acceleration recorded in the health monitoring of civil engineering structures under environmental noise.)

matlab平台的模糊控制器，有两个输入一个输出(The fuzzy controller of MATLAB platform has two inputs and one output.)

说明：  1. 硬件接线 （1）调试串口(UART_Debug)使用UART2，在“printf.h”文件中宏定义， 对应引脚为TX-PTD7，RX-PTD6 （在“uart.h文件中宏定义）。 （2）灯0~3（LIGHT_0~LIGHT_3）对应的引脚是PTC0~PTC3，高电平点亮（由硬件接法决定） （3）SPI0_CLK对应的引脚是PTE0， SPI0_MOSI对应的引脚是PTE1， SPI0_MISO对应的引脚是PTE2，SPI0_PCS对应的引脚是PTE3， SPI1_CLK对应的引脚是PTG4， SPI1_MOSI对应的引脚是PTG5， SPI1_MISO对应的引脚是PTG6，SPI1_PCS对应的引脚是PTG7。 （4）SPI0作为master,SPI1作为slave，SPI1接收SPI0发送的数据并产生中断。 用导线将PTE0与PTG4对接，将PTE1与PTG5对接，将PTE2与PTG6对接，将PTE3与PTG7对接。(1. Hardware wiring (1) Debugging Serial Port (UART_Debug) uses UART2, macro-defined in "printf.h" file, corresponding pins are TX-PTD7, RX-PTD6. (macro definition in the uart.h file). (2) The pins corresponding to the lamp 0~3 (LIGHT_0~LIGHT_3) are PTC0~PTC3, and the high-level lighting is determined by the hardware connection. (3) The pin corresponding to SPI0_CLK is PTE0, and the pin corresponding to SPI0_MOSI is PTE1. The pin corresponding to SPI0_MISO is PTE2, and the pin corresponding to SPI0_PCS is PTE3. The pin corresponding to SPI1_CLK is PTG4, and the pin corresponding to SPI1_MOSI is PTG5. The pin corresponding to SPI1_MISO is PTG6, and the pin corresponding to SPI1_PCS is PTG7. (4) SPI0 acts as master and SPI1 acts as slave. SPI1 receives data sent by SPI0 and generates interruption. PTE0 and PTG4 are docked by wire, PTE1 and PTG5 are docked, PTE2 and PTG6 are docked, PTE3 and PTG7 are docked.)

用HFSS仿真的微带天线,初学HFSS的朋友可以使用一下-using HFSS simulation microstrip antenna, beginner HFSS friends can use this