int CItemEnhancement::GetEnhancedRate (int iRate) const
// GetEnhancedRate
//
// Returns the enhanced rate
{
switch (GetType())
{
case etSpeed:
{
int iMin;
int iMax;
int iAdj = GetActivateRateAdj(&iMin, &iMax);
int iNewRate = Max(iMin, (iRate * iAdj + 50) / 100);
if (iMax != 0 && iNewRate > iMax)
return iMax;
else
return iNewRate;
}
case etSpeedOld:
return Max(1, (iRate * Level2DamageAdj(GetLevel(), IsDisadvantage()) + 50) / 100);
default:
return iRate;
}
}
int CItemEnhancement::GetDamageAdj (const DamageDesc &Damage) const
// GetDamageAdj
//
// Returns the damage adjustment confered by this mod
{
switch (GetType())
{
case etResist:
return Level2DamageAdj(GetLevel(), IsDisadvantage());
case etResistEnergy:
return (Damage.IsEnergyDamage() ? Level2DamageAdj(GetLevel(), IsDisadvantage()) : 100);
case etResistMatter:
return (Damage.IsMatterDamage() ? Level2DamageAdj(GetLevel(), IsDisadvantage()) : 100);
case etResistByLevel:
{
if (Damage.GetDamageType() == GetDamageType()
|| Damage.GetDamageType() == GetDamageType() + 1)
return Level2DamageAdj(GetLevel(), IsDisadvantage());
else
return 100;
}
case etResistByDamage:
return (Damage.GetDamageType() == GetDamageType() ? Level2DamageAdj(GetLevel(), IsDisadvantage()) : 100);
case etResistByDamage2:
{
if (Damage.GetDamageType() == GetDamageType())
// 0 = 100 100
// 1 = 90 111
// 2 = 80 125
// 3 = 70 143
return Level2DamageAdj(GetLevel(), IsDisadvantage());
else if (Damage.GetDamageType() == GetDamageType() + 2)
// 0 = 100 100
// 1 = 95 105
// 2 = 90 112
// 3 = 85 121
return 100 + ((Level2DamageAdj(GetLevel(), IsDisadvantage()) - 100) / 2);
else
return 100;
}
default:
return 100;
}
}
int CItemEnhancement::GetEnhancedRate (int iRate) const
// GetEnhancedRate
//
// Returns the enhanced rate
{
switch (GetType())
{
case etSpeed:
return Max(1, (iRate * Level2DamageAdj(GetLevel(), IsDisadvantage()) + 50) / 100);
default:
return iRate;
}
}
int CItemEnhancement::GetActivateRateAdj (void) const
// GetActivateRateAdj
//
// Returns the adj to activate/fire delay
{
switch (GetType())
{
case etSpeed:
return Level2DamageAdj(GetLevel(), IsDisadvantage());
default:
return 100;
}
}
int CItemEnhancement::Level2DamageAdj (int iLevel, bool bDisadvantage)
// Level2DamageAdj
//
// Convert from a level (0-15) to a damage adj (%)
{
if (bDisadvantage)
return (10000 / Level2DamageAdj(iLevel, false));
else
{
if (iLevel >= 0 && iLevel <= 9)
return (100 - (10 * iLevel));
else
return 10;
}
}
int CItemEnhancement::GetAbsorbAdj (const DamageDesc &Damage) const
// GetAbsorbAdj
//
// Returns damage absorbed
{
switch (GetType())
{
case etReflect:
{
if (IsDisadvantage() && Damage.GetDamageType() == GetDamageType())
return Level2DamageAdj(GetLevel());
else
return 100;
}
default:
return 100;
}
}
int CItemEnhancement::GetActivateRateAdj (int *retiMinDelay, int *retiMaxDelay) const
// GetActivateRateAdj
//
// Returns the adj to activate/fire delay
{
int iAdj = 100;
int iMinDelay = 0;
int iMaxDelay = 0;
switch (GetType())
{
case etSpeed:
if (IsDisadvantage())
iAdj = 100 + GetDataA() * 5;
else
iAdj = GetDataA();
iMinDelay = GetDataB();
iMaxDelay = GetDataC();
break;
case etSpeedOld:
iAdj = Level2DamageAdj(GetLevel(), IsDisadvantage());
break;
default:
iAdj = 100;
}
if (retiMinDelay)
*retiMinDelay = iMinDelay;
if (retiMaxDelay)
*retiMaxDelay = iMaxDelay;
return iAdj;
}
