搜索资源列表
FastSortandKnap
- 快速排序和背包问题的C++实现代码,其中快速排序采用数组中第一个元素、最后一个元素以及中间元素的中间值作为枢轴。-Quick Sort and the knapsack problem of C++ code, including the use of quick sort of the first element of the array, the last element, as well as the middle element as the pivot of the median.
MY_QUICK
- 1. Pick an element, called a pivot, from the list. 2. Reorder the list so that all elements with values less than the pivot come before the pivot, while all elements with values greater than the pivot come after it (equal values can go either way
quicksort_random
- 快速排序,使用随机哨兵 void quickSort(int numbers[], int array_size) void q_sort(int numbers[], int left, int right) -quicksort by means of random pivot void quickSort(int numbers[], int array_size) void q_sort(int numbers[], int left, int right)
Quick_Sort
- 这个代码说明了快速排序的操作，其中在用轴将数组分成两部分的时候用了两种方法-this code shows the quick_sort operation, when using pivot to divide the array into two part, there are 2 functions
QuickSort
- 任取待排序记录序列中的某个记录(例如取第一个记录)作为基准(枢),按照该记录的关键字大小,将整个记录序列划分为左右两个子序列: 左侧子序列中所有记录的关键字都小于或等于基准记录的关键字 右侧子序列中所有记录的关键字都大于基准记录的关键字 -Take any sequence of records to be sorted in a record (for example, take the first record) as a reference (pivot), in accor
QsortaMiddlePivotModification
- 随机产生若干组长度各异的待排序列（乱序的和有序的），分别用快速排序算法和改进的枢轴元素三者取中算法对待排序列进行排序，当待排子序列长度已小于 20时，改用直接插入排序，利用时间函数验证三者取中算法在效率上的提高。-Leader of randomly generated different number of columns to be sorted (out of order and orderly), respectively, with fast sorting algorithm and