WLSC

VC++从DLL中获得资源的小实例源代码，从DLL中获得背景图像，可者是一个图标资源或是其它类型的文件，总之，学会了一种，就可以举一反三，灵活掌握了。(VC++ from the DLL resources, source code examples to get a background image from the DLL, can an icon resource, or other types of documents, in short, learned, you can learn by analogy, flexibility.)

说明：  电力系统中，基于直流潮流模型的最优潮流程序(In the power system, the optimal power flow program based on the DC power flow model)

利用随机振动理论，估算风力机塔架结构在脉动风载荷作用下的应力循环次数(Using random vibration theory to estimate the wind turbine tower structure in fluctuating wind loads of stress cycles)

tc图形编程中的鼠标和键盘的重要头文件-tc graphical programming of the mouse and keyboard first important document

程序产生一个随机数，游戏者输入数据进行猜测。治理员可输入密码，其中普通治理员只能获得答案，超级治理员获得答案并能修改普通治理员密码(Program generates a random number, the player to guess the input data. Administrator can enter a password, which the general administrator can only get answers, get answers and super administrator can modify the general administrator password)

说明：  采用6个发射机和9个接收机构成的观测系统观测目标，目标包含10个强散射中心，采用传统IFFT成像以及上述的多发多收构型下的单快拍稀疏成像方法，证明了多发多收构型下的稀疏成像方法在收发机个数较少的情况下能实现高分辨成像(An observation system composed of 6 transmitters and 9 receivers is used to observe the target. The target contains 10 strong scattering centers. The traditional IFFT imaging and the single-shot sparse imaging method in the above-mentioned multiple-transmit and multiple-receive configuration proves that there are multiple shots and multiple shots. The sparse imaging method in the compact configuration can achieve high-resolution imaging with a small number of transceivers)

用AVR单片机atmega16控制lcd1602，可在屏幕上的任意位置显示英文和数字。(Control with AVR microcontroller atmega16 lcd1602, can be anywhere on the screen display in English and numbers.)

实现六自由度运动学逆解算法，最大似然（ML）准则和最大后验概率（MAP）准则，实现用SDRAM运行nios，同时用SRAM保存摄像头数据。( Six degrees of freedom to achieve inverse kinematics algorithm, Maximum Likelihood (ML) criteria and maximum a posteriori (MAP) criterion, Implemented with SDRAM run nios, while saving camera data SRAM.)

在Fluent仿真水蒸气凝结及蒸发需要利用Fluent 水雾消散UDF(evaporation-condensation)

计算列车平稳性,计算sperling指标参数，可以画出频率和时间的图像(caculate the sperling index of the train)