unixbench-5.1.2.tar

ETAP电力系统仿真平台汇总搭建的4节点系统故障仿真模型(4-node system fault simulation model built up by ETAP power system simulation platform)

说明：  数据实时监测、数据实时采集、柴油机工作探测(Data real-time monitoring, data real-time acquisition, diesel engine working detection)

主要是各种构型的GDOP分析，构型不小于5种，可以生成GDOP的平面图(It is mainly GDOP analysis of various configurations. There are no less than 5 configurations, which can generate the plane graph of GDOP.)

安卓 android 图片滚动 无缝循环滚动实例，在PC上似乎对这种图片特效很熟悉了，在Android系统的手机应用中，图片滚动也是很常见的，这款无缝循环的图片滚动是一个产品展示中取下来的，代码简洁，提供给安卓初学者学习参考。

（1）分别采用结构体数组和链表存储学生信息（包括学号、姓名、各科成绩） （2）通过键盘输入各学生的多门课程的成绩，建立相应的文件input.dat。 （3）按各科总成绩排序，并生成相应的文件输出。 （4）计算每人的平均成绩，按平均成绩排序，并生成文件。 （5）按学号、姓名查找学生记录。 -(1), respectively, and an array of linked list structures storing student information (including Student ID, names, subjects achievements) (2) through the keyboard input of all students in the multi-course results, the establishment of a corresponding document input.dat. (3) The total score of subjects sort, and generate the corresponding output file. (4) Calculate the average per capita results, sorted by grade point average, and generate the file. (5) by Student ID, name search for student records.

双打的Java乒乓球游戏代码，有的说是撞球游戏，不管什么吧，就是这一类游戏，主要是跟随碰撞检测原理实现的。运行在Java手机系统里。本套源码来自国外，源码包内包括IMAGES、背景音效等文件，比较完整，有环境的最好重新编译下运行看效果，界面方面从资源文件看也是相当不错吧。

将3D点云数据，转化成3D打印用的stl文件(transform the 3d cloud point to stl file which used to 3d printing)

SVS相机二次开发接口说明文档，有利于开发SVS相机，获取图像(SVS Camera Development Interface)

C# 语言实现指纹一对一的录入以及一对一多对一验证等等(C# Language implements fingerprint one-to-one input and one-to-one, one-to-many, one-to-one verification, etc.)

提出了一套基于供电网格优化划分的中压配电网规划思路和方法。首先，确定规划区域主干通道布局，确保土地资源预留。然后，在明确网格划分目的和原则的基础上，基于就近选择负荷备供变电站和负荷聚类方法，实现供电网格在全局范围内的优化划分。最后，分别在各供电网格内，基于其供区分类优选接线模式和一、二次建设改造标准，并进行主干线布线规划。(This paper presents a set of ideas and methods for medium voltage distribution network planning based on power grid optimization. Firstly, the layout of the main corridors in the planning area is determined to ensure the reservation of land resources. Then, on the basis of defining the purpose and principle of grid partition, the optimal partition of power supply grid in the global scope is realized based on the near selection of load standby substation and load clustering method. Finally, in each power supply grid, based on the classification of supply areas, the optimal wiring mode and reconstruction standards of primary and secondary construction are selected, and the main wiring planning is carried out.)