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compact3
- 自己写的高精度紧致差分格式，包括 Pade格式(FST) 二阶精度中心格式(SLW) 二阶精度迎风格式(MXD) 宽网格基二阶精度中心格式(SLW) 五阶精度迎风紧致格式(MXD) 写成C＋＋类，使用VC6.0环境，计算数据文件可用tecplot画图。 -himself wrote the compact high-precision differential format including Pade format (FST) second order accurac
lmt
- this is code of data mining exatracted from weka tool which is java base
part
- THis part algorithm which is data base classification algorithm implemented in java-THis is part algorithm which is data base classification algorithm implemented in java
dbmgmt
- Program for data base management
FFT
- 傅里叶变换的C程序，实现时域抽取的基2FFT，算法先对输入数据序列进行码位倒置，输出为正序-Fourier transform of C program, to achieve time-domain extraction of base 2FFT, algorithm on the input data sequence of first code bit inverted, the output for the positive sequence
xuhanshu2
- 编写一个程序计算正方形、球体和圆柱体的表面积和体积。依题意，抽象出一个公共基类CContaineer为抽象类，在其中定义求表面积和体积的虚函数（该抽象类本身没有表面积和体积可言）。抽象类中定义一个公共的数据成员radius，此数据可作为球体的半径、正方形的边长、圆柱体底面积圆半径。由此抽象类派生出要描述的三个类，在这三个类中都具有求表面积和体积的重定义版本。 -Write a program to calculate square, sphere and cylinder surface a
1
- 要求正方体、球、圆柱的表面积，可以抽象出一个公共的基类Container为抽象类，在其中定义一个公共的数据成员radius(此数据可以作为正方形的边长、球的半径、圆柱体底面圆半径)，以及求表面积的纯虚函数area()。由此抽象类派生出要描述的三个类，利用基类指针和虚函数，分别计算三种图形的表面积。-Requirements of the surface area of 挠甀戀攀, sphere, cylinder, you can abstract out a common base class
Person
- （3） 设计一个基类Person，包含name和age两个数据成员；由它派生出学生类Student和教师类Teacher，其中学生类添加学号，教师类添加职称信息；每个类均有构造函数和析构函数；编程实现，并用一些数据进行测试。-(3) design a base class Person, contain the name and age of members of the two data derived student class Student and teachers class Tea
create_bs_link
- 由数据库中数据计算基站间用户迁移量，形成有向加权迁移网络-User migration between base stations is calculated by the data in the database, the weighted migration network formed
sc
- 读取雷达基数据，并进行网格插值，平滑等质量控制。能读出径向风速。-Reads the data of Base, and the interpolation grid
data-plus-base-paper
- complete data and reading materials for implementation of the algorithms
ReadRadar
- fortran代码，读雷达基数据,格式为敏视达SA，类型为反射率因子。将其读入内存。读者可以自行后续处理。-fortran code,read radar base data,data type is reflective rate.
coralpha
- CorALPHA is a code base for analysis of 2-particle correlations at small relative momentum. CorALPHA includes routines for reading, storing and manipulating three-dimensional correlation functions and source functions. Three-dimensional data can