稀疏矩阵 完全链表

2025-02-13 15:12:58
推荐回答(2个)
回答1:

#include
#include
#include
#include
#define OK 1
#define ERROR 0
#define OVERFLOW -2
typedef int ElemType;

struct OLNode
{
int i,j; //非零元所在行、列
ElemType e;//非零元值
OLNode *right,*down;
};
typedef OLNode *OLink;
struct CrossList
{
OLink *rhead,*chead;//行、列表头的头节点
int mu,nu,tu;//矩阵的行、列和非零元个数
};

int Create(CrossList &M)
{
int i,j,k,m,n,t;
ElemType e;
OLNode *p,*q;
printf("请输入稀疏距阵的行数 列数 非零元的个数:");
scanf("%d%d%d",&m,&n,&t);
M.mu=m;
M.nu=n;
M.tu=t;
M.rhead=(OLink*)malloc((m+1)*sizeof(OLink));
if(!M.rhead)
exit(OVERFLOW);
M.chead=(OLink*)malloc((n+1)*sizeof(OLink));
if(!M.chead)
exit(OVERFLOW);
for(k=0;k!=m;k++)//初始化行头指针
M.rhead[k]=NULL;
for(k=0;k!=n;k++)//初始化列头指针
M.chead[k]=NULL;
printf("请按任意次序输入%d个非零元的行 列 元素值:\n",M.tu);
for(k=0;k {
scanf("%d%d%d",&i,&j,&e);
if(i>m||j>n)
{
printf("你输入的元素不在矩阵中 请检查重输:\n");
exit(OVERFLOW);
}
else
{
p=(OLNode*)malloc(sizeof(OLNode));
if(!p)
exit(OVERFLOW);
p->i=i;
p->j=j;
p->e=e;
if(M.rhead[i]==NULL||M.rhead[i]->j>j)//p插入该行第一节点处
{
p->right=M.rhead[i];
M.rhead[i]=p;
}
else//寻找行表插入位置
{
for(q=M.rhead[i];q->right&&q->right->jright);
p->right=q->right;//完成行插入
q->right=p;
}
if(M.chead[j]==NULL||M.chead[j]->i>i)//p插入该列第一节点处
{
p->down=M.chead[j];
M.chead[j]=p;
}
else//寻找列表插入位置
{
for(q=M.chead[j];q->down&&q->down->idown);
p->down=q->down;//完成列插入
q->down=p;
}
}
}
return OK;
}

int Print(CrossList M)
{
int i,j,k;
OLink p;
int array[100][100];
for(i=0;i!=M.mu;i++)
{
for(j=0;j!=M.nu;j++)
{
array[i][j]=0;//初始化数组所需部分
}
}
for(k=0;k!=M.nu;k++)
{
p=M.chead[k];
while(p)
{
array[p->i][p->j]=p->e;//将非零元存入数组中
p=p->down;
}
}
for(i=0;i!=M.mu;i++)
{
for(j=0;j!=M.nu;j++)
{
if(j==M.nu-1)
cout< else
cout< }
}
return OK;
}

int Add(CrossList M,CrossList N,CrossList &Q)
{
int i,k;
OLink p,pq,pm,pn;
OLink *col;
Q.mu=M.mu;//初始化Q
Q.nu=M.nu;
Q.tu=0;
Q.rhead=(OLink*)malloc((Q.mu+1)*sizeof(OLink));
if(!Q.rhead)
exit(OVERFLOW);
Q.chead=(OLink*)malloc((Q.nu+1)*sizeof(OLink));
if(!Q.chead)
exit(OVERFLOW);
for(k=0;k!=Q.mu;k++)//初始化行
Q.rhead[k]=NULL;
for(k=0;k!=Q.nu;k++)//初始化列
Q.chead[k]=NULL;
col=(OLink*)malloc((Q.nu+1)*sizeof(OLink));//生成指向列的最后节点的数组
if(!col)
exit(OVERFLOW);
for(k=0;k!=Q.nu;k++)//赋初始值
col[k]=NULL;
for(i=0;i!=M.mu;i++)//按行序相加
{
pm=M.rhead[i];
pn=N.rhead[i];
while(pm&&pn)
{
if(pm->jj)//矩阵M当情前结点的列小于矩阵N当前结点的列
{
p=(OLink)malloc(sizeof(OLNode));//生成Q的结点
if(!p)
exit(OVERFLOW);
Q.tu++; //非零元个数+1
p->i=i; //赋值
p->j=pm->j;
p->e=pm->e;
p->right=NULL;
pm=pm->right; //pm右移
}
else if(pm->j>pn->j)
{
p=(OLink)malloc(sizeof(OLNode));
if(!p)
exit(OVERFLOW);
Q.tu++;
p->i=i;
p->j=pn->j;
p->e=pn->e;
p->right=NULL;
pn=pn->right;
}
else if(pm->e+pn->e)//M,N当前结点的列相同并且两元素之和非零
{
p=(OLink)malloc(sizeof(OLNode));
if(!p)
exit(OVERFLOW);
Q.tu++;
p->i=i;
p->j=pn->j;
p->e=pm->e+pn->e;
p->right=NULL;
pm=pm->right;//pm右移
pn=pn->right;//pn右移
}
else//两元素相加为零
{
pm=pm->right;
pn=pn->right;
continue;
}
if(Q.rhead[i]==NULL)
Q.rhead[i]=pq=p;
else
{
pq->right=p;//完成行插入
pq=pq->right;
}
if(Q.chead[p->j]==NULL)
Q.chead[p->j]=col[p->j]=p;
else
{
col[p->j]->down=p;//完成列插入
col[p->j]=col[p->j]->down;
}
}
while(pm)//将矩阵M该行的剩余元素插入矩阵Q
{
p=(OLink)malloc(sizeof(OLNode));
if(!p)
exit(OVERFLOW);
Q.tu++;
p->i=i;
p->j=pm->j;
p->e=pm->e;
p->right=NULL;
pm=pm->right;
if(Q.rhead[i]==NULL)
Q.rhead[i]=pq=p;
else
{
pq->right=p;
pq=pq->right;
}
if(Q.chead[p->j]==NULL)
Q.chead[p->j]=col[p->j]=p;
else
{
col[p->j]->down=p;
col[p->j]=col[p->j]->down;
}
}
while(pn)//将矩阵N该行的剩余元素插入矩阵Q
{
p=(OLink)malloc(sizeof(OLNode));
if(!p)
exit(OVERFLOW);
Q.tu++;
p->i=i;
p->j=pn->j;
p->e=pn->e;
p->right=NULL;
pn=pn->right;
if(Q.rhead[i]==NULL)
Q.rhead[i]=pq=p;
else
{
pq->right=p;
pq=pq->right;
}
if(Q.chead[p->j]==NULL)
Q.chead[p->j]=col[p->j]=p;
else
{
col[p->j]->down=p;
col[p->j]=col[p->j]->down;
}
}
}
for(k=0;k!=Q.nu;k++)
if(col[k])
col[k]->down=NULL;
free(col);
return OK;
}

CrossList Negative(CrossList M)
{
OLink p;
for(int j=0;j!=M.mu;j++)
{
p=M.rhead[j];
while(p)
{
p->e=-p->e;//将非零元的值反号
p=p->right;
}
}
return (M);
}

int Mult(CrossList M,CrossList N,CrossList &Q)
{
int i,j,e;
OLink q,p0,q0,q1,q2;
if(M.nu!=N.mu)
{
printf("你输入的两个距阵不能进行此操作\n");
exit(OVERFLOW);
}
else
{
Q.mu=M.mu;
Q.nu=N.nu;
Q.tu=0;
Q.rhead=(OLink*)malloc((Q.mu+1)*sizeof(OLink));
if(!Q.rhead)
exit(OVERFLOW);
Q.chead=(OLink*)malloc((Q.nu+1)*sizeof(OLink));
if(!Q.chead)
exit(OVERFLOW);
for(i=0;i!=Q.mu;i++)//初始化行
Q.rhead[i]=NULL;
for(i=0;i!=Q.nu;i++)//初始化列
Q.chead[i]=NULL;
for(i=0;i!=Q.mu;i++)
for(j=0;j!=Q.nu;j++)
{
p0=M.rhead[i];
q0=N.chead[j];
e=0;
while(p0&&q0)
{
if(q0->ij)
q0=q0->down;//列后移
else if(q0->i>p0->j)
p0=p0->right;//行后移
else
{
e=e+p0->e*q0->e;//乘积累加
q0=q0->down;
p0=p0->right;//行列后移
}
}
if(e)//e不为零则插入Q
{
Q.tu++;
q=(OLink)malloc(sizeof(OLNode));
if(!q)
exit(OVERFLOW);
q->i=i;
q->j=j;
q->e=e;
q->right=NULL;
q->down=NULL;
if(!Q.rhead[i])
Q.rhead[i]=q1=q;
else
q1=q1->right=q;
if(!Q.chead[j])
Q.chead[j]=q;
else
{
q2=Q.chead[j];
while(q2->down)
q2=q2->down;
q2->down=q;
}
}
}
return OK;
}
}

void main()
{
CrossList A,B,C;//声明三各矩阵
int Select;
cout<<"请选择你需要的操作"< cout<<"1 加法"< cout<<"2 减法"< cout<<"3 乘法"< cin>>Select;
switch(Select)
{
case 1 ://稀疏矩阵相加
{
Create(A);
Create(B);
cout<<"你输入的是"< Print(A);
cout<<"加上"< Print(B);
Add(A,B,C);
cout<<"结果是"< Print(C);
break;
}
case 2 ://稀疏矩阵相减
{
Create(A);
Create(B);
cout<<"你输入的是"< Print(A);
cout<<"减去"< Print(B);
Negative(B);
Add(A,B,C);
cout<<"结果是"< Print(C);
break;
}
case 3 ://稀疏矩阵相乘
{
Create(A);
Create(B);
cout<<"你输入的是"< Print(A);
cout<<"乘以"< Print(B);
Mult(A,B,C);
cout<<"结果是"< Print(C);
break;
}
}
}

回答2:

y

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