attendance

Matrix Keys to Serial interface Baud rate of 9600 16 key Matrix

IS015765-2 的协议，定义车载诊断系统网络层要求，提供在 CAN 数据链路层(IS011898 定义)上运行。虽说它最初设计是用在诊断系统上的，它同样适用于其它需要网络层协议 的 CAN 通信系统上。(The IS015765-2 protocol defines the vehicular diagnostic system network layer requirements provided at the CAN data link layer (IS011898) Run on definition. Although it was originally designed for diagnostic systems, it also applies to other protocols that require network layer On the CAN communication system.)

Code to use the microsoft vision api along with custom images taken from a camera using python. (1/3)

小电流系统接地选线仿真模型及稳态零序功率方向法仿真算法(Simulation model of grounding fault location for small current system and simulation algorithm of steady zero sequence power direction method)

网页自动打怪练习游戏功能自动看图片你再点击一下吧

MATLAB is used in order to implement a dashboard that can be used to monitor in real time the speed of the lead car, speed of the ACC car and distance between the 2 cars.

说明：  电弧仿真,各种参数，可以方便大家进行学习，和修改参数(Arc simulation, various parameters, can facilitate everyone to learn, and modify parameters)

说明：  ADS designkit of TMSC for simulation

说明：  LCD1602的数据写入及CGRAM的使用 编程 2010-06-19 17:41:11 阅读84 评论0 字号：大中小 订阅 1.当使能端E由1变为0时，执行写指令，数据被写入。 例如，欲写入数据i到DDRAM： void WDR(uchar i) { CheckBusy();//检忙 LCD_RS=1; LCD_RW=0; LCD_EN=0; Delay(); LCD_DATA=i;//数据输出到定义端口 Delay(); LCD_EN=1; Delay(); LCD_EN=0;//这一步才开始写入到LCD Delay(); } 2.CGRAM 1602能存储8个自定义字符，这8个自定义字符存储空间的首地址分别是：0X40,0X48,0X50,0X58,0X60,0X68,0X70,0X78。 以0x40来说，它的存储空间如图所示：(riting of LCD1602 and the Use of CGRAM)

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.)