2

一个简单的马的周游问题，使用c语言编程，代码保证能运行~~(A simple question to travel around the horse, using c programming language, code guaranteed to run ~)

梁肇新的<编程高手箴言>，程序员必读()

说明：  实现运算符的重载，有很多常用的运算符，很重要(五)

说明：  这本电子书主要还是对于已经具有一定编程经验的人准备的，对于细节是没有说明的，主要是介绍理解性的内容(This eBook is mainly those who already have some programming experience in the preparation, the details are not specified for the main content is to introduce the understanding of)

说明：  介绍关于crypto_api的相关使用说明，着重于运用。(Introduce the relevant instructions on the crypto_api focus on the use.)

focus on the use of assembly language in programs created with Visual C++ .NET 2003, currently the most powerful C++ development environment

CAMSHIFT的多目标跟踪isMHI结合CAMSHIFT的多目标跟踪(CAMSHIFT的多目标跟踪)

这本书全名为＜MFC深入浅出——从MFC设计到MFC编程＞李久进编著，华中理工大学出版 有人认为这本书比侯捷的＜深入浅出MFC＞更好 也有人认为他们各有特点:侯捷的那本＜深入浅出MFC＞更关心的是MFC的设计，或者说更像是想知道MFC是如何做到它所做到的东西的——从目的上说，是希望在了解了MFC的实现方法以后，自己也做出一个类似的东西来（你看别人的源代码的时候，就是这个目的）。而李久进的那本＜MFC深入浅出＞更关心的是MFC的使用,看完这本书，当你需要做某件事的时候，你会很清楚MFC是在哪个函数中完成这个工作的，你知道应该重载哪个函数，知道如何实现你的功能...相信读者看后自有评判.()

本书基于Fluent 6.2.16版本、Gambit 2.2.30版本和Tecplot 10.0版本，共13章。全书首先详细介绍了Fluent软件及其相关的理论知识，然后通过典型的实例来讲解Fluent在传热、传质及流场等实际工程中的应用方法和技巧，包括运动部件的速度场模拟、UDF和UDS的使用、并行计算的设置、计算区域的绘制和边界条件的定义、Tecplot的数据处理等。每个实例都有详细的说明与详尽的操作步骤，读者只要按照书中的指示与方法操作，即可完成一个具体问题的数值模拟与分析，进而逐步掌握利用Fluent进行流体流动数值模拟的基本方法。 (Fluent 6.2.16 Based on the book version, Gambit 2.2.30 version and the version of Tecplot 10.0, Chapter 13. First of all, the book detailed the Fluent software and its related theoretical knowledge, and then through a typical example to explain Fluent in heat transfer, mass transfer and flow field, such as practical engineering methods and techniques, including the moving parts of the velocity field simulation, UDF and the use of UDS, parallel computing setting, rendering the calculation region and the definition of boundary conditions, Tecplot' s data processing. Each have a detailed description of examples with detailed steps, readers as long as the book' s instructions and in accordance with the method of operation, to complete a specific question of the numerical simulation and analysis, and gradually master the use of Fluent for numerical simulation of fluid flow of the basic method .)

针对充流管道单向流固耦合数值模拟过程复杂、数据在耦合传递中存在偏差的问题，采用 Ｃ＋＋语言编制了充流管道单向流固耦合数值模拟程序，实现了从模型建立、流体计算到结构分析 过程的自动化，确保了从流体计算到结构计算过程中数据传递的准确性．利用参考文献中的试验数 据验证了此程序计算结果的正确性，以实际发电厂的一段疏水管道为例进行单向流固耦合数值模 拟，描述了程序自动建立管道模型、模拟管内流体压力分布以及将流体压力数据导入管道结构中进 行管道应力计算的过程．结果表明：该充流管道单向流固耦合数值模拟程序具有结果准确、操作简 便的特点，可应用于多种充流管道的设计改造和风险预测中(Aiming at the complex numerical simulation process of one-way fluid-structure coupling in flow-filled pipeline and the deviation of data in coupling transmission, the method is adopted. C++ language has compiled the numerical simulation program of one-way fluid-structure coupling for filling pipeline, which has realized the process from model establishment, fluid calculation to structure analysis. The automation of the process ensures the accuracy of data transfer from fluid calculation to structural calculation. The correctness of the calculation results is verified by the program, and the one-way fluid-structure coupling numerical model is carried out for a section of)