private long Get_X_FromXp(XpTo x)
{
long tempXp = TOTAL_XP;
long tempLevel = 1;
long tempXpCap = 500;
while (tempXp >= tempXpCap && tempLevel < Player.LevelCap)
{
tempLevel++;
tempXp -= tempXpCap;
/*
* double multiplier = tempLevel / 1.3;
* /if (tempLevel < 20) tempXpCap += tempLevel * 250;
*
* /if (tempLevel < 20) tempXpCap += tempLevel * (200 + (tempLevel * 10));
* /else tempXpCap += (int)Math.Round((tempLevel * tempLevel) * multiplier);
*
* tempXpCap += (tempLevel * 200) + (tempLevel * (tempLevel * (1 + (int)Math.Sqrt(tempLevel)) * 8));
*/
tempXpCap += (long)(
((tempLevel * 500) + (tempLevel * (tempLevel * (1 + (int)Math.Sqrt(tempLevel)) * 8))) *
(1 + ((tempLevel * tempLevel) / 1500.0)));
}
switch (x)
{
case XpTo.XpCap: return(tempXpCap);
case XpTo.Level: return(tempLevel);
default: return(tempXp);
}
}
private long Get_X_FromXp(XpTo x)
{
long tempXp = TOTAL_XP;
long tempLevel = 1;
long tempXpCap = 100;
while (tempXp >= tempXpCap && tempLevel < Player.LevelCap)
{
tempLevel++;
tempXp -= tempXpCap;
double multiplier = tempLevel / 1.3;
if (tempLevel < 20)
{
tempXpCap += tempLevel * 250;
}
else
{
tempXpCap += (int)Math.Round((tempLevel * tempLevel) * multiplier);
}
}
switch (x)
{
case XpTo.XpCap: return(tempXpCap);
case XpTo.Level: return(tempLevel);
default: return(tempXp);
}
}
private int Get_X_FromXp(XpTo x)
{
int tempXp = TOTAL_XP;
int tempLevel = 1;
int tempXpCap = 50;
while (tempXp >= tempXpCap)
{
tempXp -= tempXpCap;
tempLevel++;
tempXpCap += (((tempLevel / 10) + 1) * 25);
}
switch (x)
{
case XpTo.XpCap: return(tempXpCap);
case XpTo.Level: return(tempLevel);
default: return(tempXp);
}
}
