private void Go()
{
int T = m_io.ReadInt();
for (int t = 0; t < T; t++)
{
double C_FarmCost = m_io.ReadDouble();
double F_FarmBonus = m_io.ReadDouble();
double X_Goal = m_io.ReadDouble();
double currentRate = 2.0; //c/s
double currentTime = 0.0; //s
double currentCookies = 0.0; //c
for (; ;)
{
double timeToWinWithCurrentFarms = (X_Goal - currentCookies) / currentRate;
double timeUntilAffordNextFarm = (C_FarmCost - currentCookies) / currentRate;
double timeToWinWithAnotherFarm = timeUntilAffordNextFarm + X_Goal / (currentRate + F_FarmBonus);
if (timeToWinWithCurrentFarms < timeToWinWithAnotherFarm)
{
m_io.WriteCase(currentTime + timeToWinWithCurrentFarms);
break;
}
else
{
currentTime += timeUntilAffordNextFarm;
currentCookies = 0.0;
currentRate += F_FarmBonus;
}
}
}
}
private void Go()
{
int T = m_io.ReadInt();
for (int t = 0; t < T; t++)
{
int N_Blocks = m_io.ReadInt();
double[] Naomi = new double[N_Blocks];
double[] Ken = new double[N_Blocks];
for (int i = 0; i < N_Blocks; i++)
{
Naomi[i] = m_io.ReadDouble();
}
for (int i = 0; i < N_Blocks; i++)
{
Ken[i] = m_io.ReadDouble();
}
Array.Sort(Naomi);
Array.Sort(Ken);
//deceptive: pop lowest until
int kSmallest = 0;
int nSmallest = 0;
int kLargest = N_Blocks - 1;
int nLargest = N_Blocks - 1;
int normalScore = 0;
//Normal
for (int i = 0; i < N_Blocks; i++)
{
if (Naomi[nLargest] > Ken[kLargest])
{
nLargest--;
kSmallest++;
normalScore++;
}
else
{
nLargest--;
kLargest--;
}
}
kSmallest = 0;
nSmallest = 0;
kLargest = N_Blocks - 1;
nLargest = N_Blocks - 1;
int deceptiveScore = 0;
//deceptive
for (int i = 0; i < N_Blocks; i++)
{
if (Naomi[nSmallest] < Ken[kSmallest])
{
kLargest--;
nSmallest++;
}
else
{
nSmallest++;
kSmallest++;
deceptiveScore++;
}
}
m_io.WriteCase(deceptiveScore + " " + normalScore);
}
}
