bool CShieldClass::GetReferenceDamageAdj (const CItem *pItem, CSpaceObject *pInstalled, int *retiHP, int *retArray) const
// GetReferenceDamageAdj
//
// Returns an array of damage adj values
{
CItemCtx Ctx(pItem, pInstalled);
int i;
const CItemEnhancement &Mods = Ctx.GetMods();
int iMinHP, iMaxHP;
CalcMinMaxHP(Ctx, m_iMaxCharges, 0, 0, &iMinHP, &iMaxHP);
if (retiHP)
*retiHP = iMaxHP;
if (retArray)
{
for (i = 0; i < damageCount; i++)
{
DamageDesc Damage((DamageTypes)i, DiceRange(0, 0, 0));
int iAdj = GetDamageAdj(Mods, Damage);
if (iAdj == 0)
retArray[i] = -1;
else
retArray[i] = (int)((iMaxHP * 100.0 / iAdj) + 0.5);
}
}
return true;
}
CString CShieldClass::GetReference (CItemCtx &Ctx, int iVariant, DWORD dwFlags)
// GetReference
//
// Returns a string that describes the basic attributes
// of this shield
//
// Example:
//
// 20 hp (average regen); 100MW
{
int i;
CString sReference;
CString sRegeneration;
const CItemEnhancement &Mods = Ctx.GetMods();
// Compute the strength string
int iMin, iMax;
CalcMinMaxHP(Ctx, m_iMaxCharges, 0, 0, &iMin, &iMax);
// Compute the regeneration
if (m_iRegenHP > 0)
{
int iRate = (int)((10.0 * g_TicksPerSecond * m_iRegenHP / m_iRegenRate) + 0.5);
if (iRate == 0)
sRegeneration = CONSTLIT("<0.1 hp/sec");
else if ((iRate % 10) == 0)
sRegeneration = strPatternSubst(CONSTLIT("%d hp/sec"), iRate / 10);
else
sRegeneration = strPatternSubst(CONSTLIT("%d.%d hp/sec"), iRate / 10, iRate % 10);
}
else
sRegeneration = CONSTLIT("none");
sReference = strPatternSubst("%s — regen @ %s",
GetReferencePower(Ctx),
sRegeneration);
// Reflection
for (i = 0; i < damageCount; i++)
{
if (m_Reflective.InSet((DamageTypes)i)
|| (Mods.IsReflective() && Mods.GetDamageType() == i))
sReference.Append(strPatternSubst(CONSTLIT(" — %s-reflecting"), GetDamageShortName((DamageTypes)i)));
}
return sReference;
}
CString CShieldClass::GetReference (CItemCtx &Ctx, int iVariant, DWORD dwFlags)
// GetReference
//
// Returns a string that describes the basic attributes
// of this shield
//
// Example:
//
// 20 hp (average regen); 100MW
{
int i;
CString sReference;
const CItemEnhancement &Mods = Ctx.GetMods();
// Compute the strength string
int iMin, iMax;
CalcMinMaxHP(Ctx, m_iMaxCharges, 0, 0, &iMin, &iMax);
// Compute the regeneration
sReference = strPatternSubst("%s — regen @ %s",
GetReferencePower(Ctx),
m_Regen.GetReferenceRate(CONSTLIT("hp/sec")));
// Reflection
for (i = 0; i < damageCount; i++)
{
if (m_Reflective.InSet((DamageTypes)i)
|| (Mods.IsReflective() && Mods.GetDamageType() == i))
sReference.Append(strPatternSubst(CONSTLIT(" — %s-reflecting"), GetDamageShortName((DamageTypes)i)));
}
return sReference;
}
int CShieldClass::CalcBalance (void)
// CalcBalance
//
// Computes the relative balance of this shield relative to it level
{
int i;
int iBalance = 0;
SStdStats *pStd = GetStdStats(GetLevel());
if (pStd == NULL)
return 0;
// Calc HPs. +1 for each 1% above standard HP
// If hp is below the standard, then invert the ratio
// (i.e., 50% below is 1/0.5 or half strength, which
// counts as -100).
int iMaxHP;
CalcMinMaxHP(CItemCtx(), m_iMaxCharges, 0, 0, NULL, &iMaxHP);
int iDiff = (iMaxHP - pStd->iHP);
if (iDiff > 0)
iBalance += iDiff * 100 / pStd->iHP;
else if (iMaxHP > 0)
iBalance -= (pStd->iHP * 100 / iMaxHP) - 100;
else
iBalance -= 200;
// Compute the regen HP for each 180 ticks
// +1 for each 1% above standard rate
int iRegen = (int)m_Regen.GetHPPer180();
iDiff = (iRegen - pStd->iRegen);
if (iDiff > 0)
iBalance += iDiff * 100 / pStd->iHP;
else if (iRegen > 0)
iBalance -= (pStd->iRegen * 100 / iRegen) - 100;
else
iBalance -= 200;
// Account for damage adjustments
int iBalanceAdj = 0;
for (i = 0; i < damageCount; i++)
{
int iStdAdj;
int iDamageAdj;
m_DamageAdj.GetAdjAndDefault((DamageTypes)i, &iDamageAdj, &iStdAdj);
if (iStdAdj != iDamageAdj)
{
if (iDamageAdj > 0)
{
int iBonus = (int)((100.0 * (iStdAdj - iDamageAdj) / iDamageAdj) + 0.5);
if (iBonus > 0)
iBalanceAdj += iBonus / 4;
else
iBalanceAdj -= ((int)((100.0 * iDamageAdj / iStdAdj) + 0.5) - 100) / 4;
}
else if (iStdAdj > 0)
{
iBalanceAdj += iStdAdj;
}
}
}
iBalance += Max(Min(iBalanceAdj, 100), -100);
// Done
return iBalance;
}
