资源列表
MinPath
- 数据结构应用,用以寻找2点之间的最短路径,有效节省时间。以上程序只是一个雏形-application data structures, 2:00 to find the shortest path between effectively save time. Above procedure is just a prototype
mux4x1_vhdl
- mux4*1 vhdl 乘法器源码 经过测试直接可用-mux4 * a source vhdl multiplier can be directly tested
infix-Postfix
- 利用堆栈进行表达式的 Infix -> postfix 转换 适合大专院校计算机专业数据结构课参考 用法: 输入infix表达式为:(3+2*3)^2 则 转换位postfix表达式 323*+2^ 进而可以计算出表达式的值为81 目前bug: 主要作原理演示用,只能处理1位数字变量,且变量值不可太大-use of the stack for expression Infix -
ORDER_BTREE
- 实现二叉树的前序、中序、后序排列,以菜单形式出现-achieve binary tree of the former sequence, sequence after sequence arranged in the form of menu
baiduzhixing
- 2005百度之星程序设计大赛总决赛题目解答-2005 Baidu Star Program Design Contest Finals topic answers
factorialxxxyy
- 一个最优化的大数阶乘算法,可以计算超过5位数的阶乘,而运算时间只需几秒。-an optimization of large factorial algorithm can calculate the median of over 5 factorial, and the computation time only a few seconds.
fractions_compositor
- 写一个程序,列出在0和1之间的所有分母不大于N的最简分数,下面是N=5时的情况: 0/1 1/5 1/4 1/3 2/5 1/2 3/5 2/3 3/4 4/5 1/1 总共有11个分数! 还需要进行排序。-write a procedure set out in the 0 and 1 denominator between all the N is not greater than the most simple level, Below is N = 5:00 of : 0 /
fractionTodecimal
- 因为所有的分数都是有理数,所以一个分数要么除尽,要么有循环节,这个程序很好地解决了这个问题。-because all the scores are rational, or a fraction of thirteen, or a cycle of festivals, this procedure to solve the problem.
prime_number_upright
- 质数竖式 下面的竖式是一个乘法运算问题,它的每个*号可以代入一个数字, 这个数字属于一个特定的由N个数字组成的集合。如果这个集合是{2,3,5,7}, 那么这个竖式称作“质数竖式”。 此程序就是为了解决这样一个问题而做的。-few quality below the vertical shaft is a multiplication problem, it * can each generation into a number of This is a specific N-d
mofangxxxx
- 构造奇数阶魔方的简便方法c++实现.方法独特,很巧妙!-structure of the odd order Cube c simple method to achieve. Unique method, is a clever!
base-data-structure-CPP-Class
- 自己编写的基本数据结构 C++ 模版,包括链表、队列、堆栈等,供各位朋友参考。-themselves prepared the basic data structure C templates, including the linked list, queue, stack, for friends reference.
sweepline
- 著名的Voronoi Diagram结构fortun算法经典C描述,各位搞算法的仁兄可千万别错过,要看懂该算法,需要搞清楚Voronoi Diagram结构,还有非常深厚的C语言功底。-famous structure fortun Voronoi Diagram C classical algorithm descr iption, to engage algorithm should not miss the chance to be dear friends, to understand