#include<iostream>
#include<time.h>
#include<stdlib.h>
#include<iomanip>
using std::cout;
using std::cin;
using std::endl;
using std::setw;


class Clift{
private:
int m_index; //开始的值
int m_count; //数值的数量
int* m_pvalue;//临时指针


public:
explicit Clift(const int num);
~Clift();
int* Cnumber();
int Ccount() const;
int Ccontrol(int value);


};//定义一个电梯调度的类
inline Clift::Clift(const int num)
{
m_count = num;

}//构造函数


inline Clift::~Clift()
{
cout<<"这是析构函数"<<endl;
delete [] m_pvalue;
}//析构函数


inline  int* Clift::Cnumber()
{
int i(0);
m_pvalue = new int [50];
srand((unsigned)time(NULL));

cout<<"随机数是：(0~500)"<<endl;

for(i;i<m_count;i++)
{
  cout<<setw(4)<<rand()%500;
  *(m_pvalue+i) = rand();
  if(i%4 == 0)
   cout<<endl;//一行四个数
}

return m_pvalue;
}//生成随机数


inline int Clift::Ccount() const
{
srand((unsigned)time(NULL));
return rand()%m_count;


}//计算开始值所在的位置
inline int Clift::Ccontrol(int value)
{
int j(0);
int k(1); //临时变量
int count;
m_index = *(m_pvalue+value);
int* pindex = new int[50];
pindex = m_pvalue;

for (j;j<m_count-1;j++)
  for(k;k<m_count;k++)
  {
   if(*(pindex+j)>*(pindex+k))
   count = *(pindex+k);
        *(pindex+k) = *(pindex+j);
     *(pindex+j) = count;//冒泡排序
  }
    int sum = 0;//总值
//从外向内
cout<<"从外向内的调度顺序为:"<<endl;

for(j=value;j>=0;j--)
{
  cout<<setw(4)<<*(pindex+j);
  sum += *(pindex+j);
  if(j == 0)
  {
    j=value+1;
    for(j;j<m_count;j++)
    {
     cout<<setw(4)<<*(pindex+j);
  sum += *(pindex+j);
    if(j == m_count-1 )
    exit(1);
    }
  }
}


cout<<endl;cout<<"总值为:"<<sum<<endl;
//从内向外
sum = 0;
cout<<"从内向外的调度顺序为:"<<endl;
for(j=value;j<m_count;j++)
{
  cout<<setw(4)<<*(pindex+j);
  sum += *(pindex+j);
  if(j == m_count-1 )
  {
    j=value-1;
    for(j;j>=0;j--)
    {
     cout<<setw(4)<<*(pindex+j);
  sum += *(pindex+j);
    if(j == 0 )
    exit(1);
    }
  }
}


cout<<endl;
cout<<"总值为:"<<sum<<endl;
delete [] pindex;
}//调度算法


int main()
{
Clift lift(8);
lift.Cnumber();
int m = lift.Ccount();
lift.Ccontrol(m);

}