private static int move(CI from, CI to, int num)
{
if (num == 1)
{
move1(from, to);
return 1;
}
else
{
CI F, T;
F.index = from.index;
T.index = 3 - from.index - to.index;
int c = move(F, T, num - 1);
move1(from, to);
F.index = 3 - from.index - to.index;
T.index = to.index;
return c + 1 + move(F, T, num - 1);
}
}
private static int move(CI from, CI to, int num)
{
if (num == 1)
{
move1(from, to);
return(1);
}
else
{
CI F, T;
F.index = from.index;
T.index = 3 - from.index - to.index;
int c = move(F, T, num - 1);
move1(from, to);
F.index = 3 - from.index - to.index;
T.index = to.index;
return(c + 1 + move(F, T, num - 1));
}
}
private static int Main()
{
CI c = new CI();
return(100 + test(c, c, c, 0, c, c));
}
private static int test(CI c1, CI c2, CI c3, int dummy, CI c4, CI c5)
{
c1._m_v = 10;
c2._m_v = -10;
return(c1._m_v + c2._m_v + c3._m_v + c4._m_v + c5._m_v);
}
private static int Main()
{
CI c = new CI();
return 100 + test(c, c, c, 0, c, c);
}
private static int test(CI c1, CI c2, CI c3, int dummy, CI c4, CI c5)
{
c1._m_v = 10;
c2._m_v = -10;
return c1._m_v + c2._m_v + c3._m_v + c4._m_v + c5._m_v;
}
private static void move1(CI from, CI to)
{
s_cols[to.index][s_heights[to.index]++] = s_cols[from.index][--s_heights[from.index]];
}
private static void move1(CI from, CI to)
{
s_cols[to.index][s_heights[to.index]++] = s_cols[from.index][--s_heights[from.index]];
}