资源列表
HD1014
- seed(x+1) [seed(x) + STEP] MOD 给你STEP,MOD,看对于上式是否seed(x)结果是否包括了0到MOD-1的所有值。 如果是,输出good choice 否则bad choice-seed (x+1) [seed (x)+ STEP] MOD to you STEP, MOD, look for a formula on whether seed (x) whether the results include 0 to MOD-1 for all
HD1018
- 求N!的位数。即log10(N!)公式各种各样,这里有一个:Log10(n!) log10(n*(n-1)*(n-2)*…) log10(n)+log10(n-1)…一个循环就行了; 注意:最后的数(设为s) 如果有余数必须在s取整后加1-Seeking N! Digits. I.e. log10 (! N) various formulas, there is a: (! N) Log10 log10 (n* (n-1)* (n-2)* ...) log10 (n)+log10 (
HD1019
- 一道非常简单的杭电题目,求多个数的最小公倍数,这是我的AC代码。-Hang a very simple electrical problem, find the number of the plurality of the least common multiple, this is my AC code.
HD1023
- 大数运算,有一定难度,运用凯特兰公式解比较简单。-Computing large numbers, there is a certain degree of difficulty, using Caterham Formula solutions is relatively simple.
fortran语言常用程序集
- 使用fortran语言编写的常用语言程序集!!!
minimum-spanning-tree
- 用c语言编写的最小生成树算法kruskal和prim-Using c language Minimum Spanning Tree Algorithm prim and kruskal
calculator
- 用c语言编写的可以计算整数表达式的计算器,利用了数据结构中的栈-Using c language calculator can calculate the integer expression, the use of the data structure stack
queue
- 数据结构队列的C语言的实现。可以直接编译使用。-Queue data structure C language. It can be directly compiled to use.
0-1-package-question
- 0——1背包问题的解决,注重动态规划的使用,简单快捷,方便解决0-1规划问题的解决-the question of 0-1 package problem
FF
- Ford Folkerson Algorithm implemented in c#
基于C语言的MELP算法实现
- 用C语言实现MELP(混合激励线性预测)算法的源码
Loan-Application-System
- 将文件直接用vc6.0打开就可以。 该代码是华为培训2016年6月份培训材料。是贷款申请系统,这是我个人的代码-The file can be opened directly by vc6.0. The code is Huawei training in June 2016 training materials. Loan application system, this is my personal code