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p->data[p->num].col=s->col;
}
void pop(struct stack *S)
{ S->top--;
}
struct position *gettop(struct stack *S)
{ struct position *s;
s->row=S->data[S->top].row;
s->row=S->data[S->top].row;
return s;
}
int search(struct position *s,int tag)
{ int row,col;
row=s->row; col=s->col;
if (W[row+1][col]=(-1)*tag)&&(!visited[row+1][col])
{ s->row=row+1;s->col=col; return 1;}
if (W[row-1][col]=(-1)*tag)&&(!visited[row-1][col])
{ s->row=row-1;s->col=col; return 1;}
if (W[row][col+1]=(-1)*tag)&&(!visited[row][col+1])
{ s->row=row;s->col=col+1; return 1;}
if (W[row][col-1]=(-1)*tag)&&(!visited[row][col-1])
{ s->row=row;s->col=col-1; return 1}
(5);
}
答案:
(1)strlen(s)+strlen(t) (2)position+strlen(t) (3)target[i]=s[i-strlen(t)]
(4)return a (5)return f(a,b-a)
(6)q=aveage(head->next) (7)p->ave=(head->data+q->ave*q->num)/p->num
(1)j<d[i] (2)data,d[i],j,n (3)num+i*d<n (4)data[j+i*d]<temp (5)data[j]=temp
(1)q[rear]=T (2)front<p (3)q[rear]=T->lchild (4)count++ (5)flag<count
(1)count (2)(x[i]>end[j])&&(x[i]-start[j]<=1) (3)start[j]=x[i] (4)!flag (5)
(1)visited[i][j]=0 (2)flag (3)flag=search(s,tag) (4)s=gettop(S) (5)return 0
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