搜索资源列表
n
- vc++ 求n的阶乘 采用递归调用,并对错误进行相应的提示
一个局部搜索NQueen的O(n2)算法
- 求N皇后问题的一个解: 算法 :QS1
求N个数的和
- 输如N个数输出这N个数的和,并利用函数调用。
nq
- 求N皇后问题回溯算法--Asks the N queens question recollection algorithm
vc8quween
- 1. 编写求n后问题的通用函数; 2. 取n=8计算出n后问题的所有可行解,并以8元组的形式输出(可以对可行解的结构进行分析,); 3. 随机输出2个可行解的图形。其中棋盘要有8×8的格子,Queen图象自选; -1. To prepare for issues common after n function 2. Take n = 8 calculated after n all feasible solution, a
8queenjava
- 利用java编程 1. 编写求n后问题的通用函数; 2. 取n=8计算出n后问题的所有可行解,并以8元组的形式输出(可以对可行解的结构进行分析,); 3. 随机输出2个可行解的图形。其中棋盘要有8×8的格子,Queen图象自选; -Using java programming 1. To prepare for issues common after n function 2. Take n = 8 calculate
n
- vc++ 求n的阶乘 采用递归调用,并对错误进行相应的提示-vc++ seek n the factorial using recursive calls, and prompts the corresponding errors
jiecheng
- 着是求N的阶乘的程序.输入N的值就行了.经过测试没有错误-效袝袣袟袟褍N渭袛袇效褨袥渭袛褨袦袪褌.袣写袠谢N渭袛笑渭褧袧袪袪袘袥.褧 鈩?褝袉胁袣肖袚 禄校袪覒薪袨褍
n!
- /* author: qiaoger email: qiaoger@tom.com date: 2008-1-7 question: 求 n! (n<=5000) */-/* Author: qiaoger email: qiaoger@tom.com date: 2008-1-7 question: for n! (N
n!
- 用递推方法求n!和欧式算法(两数的最大公约数)-Recursive method used for n! And Continental algorithm (both the number of common denominator)
inverse
- 主要内容:在visual studio上实现矩阵求逆的过程 矩阵求逆:用全选主元高斯约当消去法求n阶是矩阵A的逆矩阵A-1。其中包括矩阵求逆算法描述 -Main elements: the visual studio to achieve the process of matrix inversion matrix inversion: The Select pivot Gauss Jordan elimination orde
n!
- 用c#做的一个程序源代码,共能是求n!和selead的使用-Seeking n!
seeking-algorithm-for-n!
- 一个对求n的阶乘的高精度算法,看了后会让你大开眼界-One pair of high-precision requirements of n factorial algorithm, you will after reading an eye-opener ~ ~
In-three-loop-statement-for-n
- 用三种循环语句求n!绝对真是的!!!课程学习必要的,广大学生必备-In three loop statement for n! Absolutely really! ! ! The course of study is necessary, the majority of students essential! ! !
n!
- 求n!的代码。c++编程,使用指针,结构体结构。程序简单易懂,易于操作。有一定的检错性。-For n! Code. c++ programming, using the pointer, the structure of the body structure. The program is easy to understand, easy to operate. Certain error detection sexual.
n
- 可以求出多位数的阶层,可以通过修改代码中的值使程序的功能提升,求n的阶层,n!-Class multi-digit class can be obtained by modifying the value of the code to make program enhancements, and n, n!
Find-n-th-power
- 求n次方。在原来程序的基础上,经过修改,可以实现求任何未知数x的n次方,程序简单,容易理解。-Find n-th power. On the basis of the original program, after modification, can achieve for any unknowns x n-th power, the program is simple, easy to understand.
n!
- 能求N的阶层,能认为规定N的数值大小,但不可过大。-N can find the class specified numerical size N can think of, but not too large.
N-Queens
- 使用回溯法求N皇后问题,是又经典的8皇后问题延伸而来-Seeking N Queens backtracking law, it is another classic 8-queens problem extends from
求逆矩阵的C代码
- 该函数代码实现求一个N阶方阵的逆矩阵的功能(The function code to achieve a N order inverse function of the square matrix)