// The following does not allow for changes during the traversal, but
// but it does visit each record in sorted order (When-order or
// Priority-order depending on the heap).
//
int CTaskHeap::TraverseOrdered(SCHLOOK *pfLook, SCHCMP *pfCompare)
{
Sort(pfCompare);
for (int i = m_nCurrent-1; i >= 0; i--)
{
PTASK_RECORD p = m_pHeap[i];
int cmd = pfLook(p);
if (IU_DONE == cmd)
{
break;
}
}
Remake(pfCompare);
return true;
}
//輪胎向左移
void MainWindow::time_x()
{
if(t<31 &&t>=0)
{
position();
while(C>9)
{
C=0;
for(int A=0;A<15;A++)
{
for(int B=0;B<15;B++)
{
if(tire1[A]-tire1[B]<101 || tire1[A]-tire1[B]<101)
{
tire1[A]=tire1[A]+100;
}
if(tire2[A]-tire1[B]<101 || tire2[A]-tire2[B]<101)
{
tire2[A]=tire2[A]+100;
}
}
}
C++;
}
Remake();
for(int k=0;k<15;k++)
{
if(tire1[k]<55 && tire1[k]>0)
{
combo=0;
}
if(tire2[k]<55 && tire2[k]>0)
{
combo=0;
}
}
for(int i=0;i<15;i++)
{
tire1[i]=tire1[i]-5;
tire2[i]=tire2[i]-5;
}
}
}