C# implementation of the use of segmentation ShootSearch components, there are d...

Visual C# 2015连接USB实现ZPL斑马打印机打印中英文及条码，可打印中文文件包括ZPL打印类和fnthex32.DLL可直接应用于项目。实际上是使用FNTHEX32.DLL控件的范例，在这源代码中，我们定义了 打开LPT 端口、发送命令、关闭端口、中文处理、打印函数，参数为打印机的命令或者其他文本、打印凭条设置、打印矩形、ZPL条码设置命令：^PW640^LL480、打印条形码（128码）、ZPL打印英文命令等操作，要注意，USB打印支持属于Win32_USBHub类，希望这个源代码能为不熟悉ZPL斑马打印机的朋友提供一些参考，代码中有很多注释可参考。

红外遥控,24键红外遥控,红外遥控器软件解码原理和程序(C51) 红外一开始发送一段13。5ms的引导码，引导码由9ms的高电平和4。5ms的低电平组成，跟着引导码是系统码，系统反码，按键码，按键反码.(Infrared remote control, 24-key infrared remote control, infrared remote control software decoding principles and procedures (C51) started to send a IR 13. 5ms boot code, boot code from the 9ms high and 4. 5ms low-level components, along with guidance code is the system code, system, anti-code, key code, key counter code.)

1. 本研究利用 PCA 对可见-近红外（450～1 000 nm）、可见光（450～780 nm）和近红外（780～1 000 nm）光谱区域的苹果高光谱图像数据进行降维，获得 PC 图像，通过对 PC 图像进行分析，确定可用于分割损伤和正常区域的有效光谱区域，对比分析几个光谱区域的 PCA 的效果。(but currently no practical system for detecting blood spots and dirt stains exists. In order to obtain maximum throughput, processing speeds of over 85,000 eggs per hour are common. The demanding requirements placed on the human workers result in two types of grading errors)

关于非线性离散系统辨识，小波包分析提取振动信号中的特征频率，有小波分析的盲信号处理。( Nonlinear discrete system identification, Wavelet packet analysis to extract vibration signal characteristic frequency, There Wavelet Analysis Blind Signal Processing.)

ads1.6源码 can bus总线接受端源码包(ads1.6 source can bus bus receiving end source package)

这是一个相对完整的OFDM通信系统的仿真设计，包括编码，调制，IFFT，上下变频，高斯信道建模，FFT，PAPR抑制，各种同步，解调和解码等模 块，并统括系统性能的仿真验证了系统设计的可靠性 (This is a relatively complete simulation of OFDM communication system design, including coding, modulation, IFFT, and down conversion, Gaussian channel model, FFT, PAPR suppression, various synchronization, demodulation and decoding module block, and a master system simulation performance of the reliability of system design)

关于二叉树的一些相关代码，运用链表的形式，求二叉树的高度，结点个数以及叶节点个数(Some of the relevant code on the binary tree, using a linked list, find the height of a binary tree, the number of nodes, and the number of leaf nodes)

说明：  本次课程设计的任务是：针对学院的计算机系本科课程，根据课程之间的依赖关系，制定课程安排计划，并满足各学期课程数日大致相同。按照用户输入的课程数，学期数，课程间的先后关系数目以及课程间两两间的先后关系，程序执行后会给出每学期应学的课程。 (1) 输入的形式和输入值的范围：输入间用空格隔开。要求用户输入的课程数小于20，学期数小于或是等于8，课程名的长度小于等于10个字符。 (2) 程序所能达到的功能：按照用户的输入，给出每学期应学的课程。 (The task of curriculum design are: for the Institute of Computer Science undergraduate courses, according to the dependencies between programs to develop curriculum plans and meet a few days each semester or less the same. In accordance with the user to enter the course number, semester the number of the sequence of the relationship between the number of courses and course sequence of 22 inter-relationships, program execution is given after each semester should learn. (1) input in the form of and input value range: Enter the rooms separated by a space. Requires the user to enter the course number is less than 20, the number is less than or equal to 8 semester courses were less than or equal to the length of 10 characters. (2) program can achieve the function: In accordance with the user' s input, is given each semester to be science courses.)

基于周立功CAN的上位机软件，可以实现对CAN的打开，波特率设置，滤波设置，消息发送，消息接受等等。亲测可用。完全可以作为二次开发的资料。(Based ZLG CAN PC software can be achieved on the open CAN baud rate settings, filter settings, the message is sent, the message to accept more. Pro-test available. Can be used as secondary development information.)

本系统严格按照题中所定参数及要求，构建了一个以MSP430单片机为控制核心的温度自动控制系统。该系统用PSB型负温热敏电阻作为温度传感器，以一种类R-F的方法测量木盒内实时温度，单片机用实时温度与预设温度值一起代入PID算式得出一个温度增量，再用此温度增量线性的控制PWM波的占空比，开关电源的输出电压也会随之变化，即制冷晶片的输入功率发生变化，因此制冷晶片制冷（加热）的功率随PWM波占空比变化，达到自动控温的目的。本系统制冷（加热）效果明显，效率高，界面友好，制作精致，能够胜任题中所定各项要求。(Question in strict accordance with the system parameters and requirements set out to construct a MSP430 microcontroller to control the core temperature control system. The system with the PSB-type negative thermal sensitive resistors as temperature sensors, the method in a class of RF real-time measurement of temperature inside the wooden box, single chip with real-time temperature and the preset temperature value into the PID formula come together on behalf of a temperature increase, then this temperature increment linear wave PWM duty cycle control, switching power supply output voltage will change, that is cooling the chip input power changes, so cooling the chip cooling (heating) power with the PWM duty cycle changes in wave to achieve the purpose of automatic temperature control. The system cooling (heating) effect is obvious, efficient, friendly interface, making sophisticated, capable of the requirements set out in the title.)