ICCItem *CArmorClass::GetItemProperty (CItemCtx &Ctx, const CString &sName)
// GetItemProperty
//
// Returns armor property
{
CCodeChain &CC = g_pUniverse->GetCC();
if (strEquals(sName, PROPERTY_BLINDING_IMMUNE))
return CC.CreateBool(IsBlindingDamageImmune(Ctx));
else if (strEquals(sName, PROPERTY_COMPLETE_HP))
return CC.CreateInteger(GetMaxHP(Ctx, true));
else if (strEquals(sName, PROPERTY_DEVICE_DAMAGE_IMMUNE))
return CC.CreateBool(IsDeviceDamageImmune(Ctx));
else if (strEquals(sName, PROPERTY_DEVICE_DISRUPT_IMMUNE))
return CC.CreateBool(IsDeviceDamageImmune(Ctx));
else if (strEquals(sName, PROPERTY_DISINTEGRATION_IMMUNE))
return CC.CreateBool(IsDisintegrationImmune(Ctx));
else if (strEquals(sName, PROPERTY_EMP_IMMUNE))
return CC.CreateBool(IsEMPDamageImmune(Ctx));
else if (strEquals(sName, PROPERTY_HP))
return CC.CreateInteger(GetMaxHP(Ctx));
else if (strEquals(sName, PROPERTY_RADIATION_IMMUNE))
return CC.CreateBool(IsRadiationImmune(Ctx));
else if (strEquals(sName, PROPERTY_SHATTER_IMMUNE))
return CC.CreateBool(IsShatterImmune(Ctx));
else if (m_pItemType)
return CreateResultFromDataField(CC, m_pItemType->GetDataField(sName));
else
return CC.CreateNil();
}
CString CArmorClass::GetReference (CItemCtx &Ctx, int iVariant)
// GetReference
//
// Returns a string that describes the basic attributes
// of this armor.
//
// Example:
//
// 30 hp; laser-resistant; impact-resistant
{
int i;
CString sReference;
// Get modifications
int iLevel = m_pItemType->GetLevel();
const CItemEnhancement &Mods = Ctx.GetMods();
// Radiation
if (m_fRadiationImmune || Mods.IsRadiationImmune())
{
if (iLevel < RADIATION_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("radiation-immune"));
}
else if (iLevel >= RADIATION_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("radiation-vulnerable"));
// If we're immune to blinding/EMP/device damage, then collapse
// it all under a single entry
bool bCheckedBlind = false;
bool bCheckedEMP = false;
bool bCheckedDevice = false;
if ((m_iBlindingDamageAdj == 0 || Mods.IsBlindingImmune())
&& (m_iEMPDamageAdj == 0 || Mods.IsEMPImmune())
&& (m_iDeviceDamageAdj < 100 || Mods.IsDeviceDamageImmune()))
{
if (iLevel < DEVICE_DAMAGE_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("ion effect-immune"));
bCheckedBlind = true;
bCheckedEMP = true;
bCheckedDevice = true;
}
// Collapse blind and EMP resistance
else if ((m_iBlindingDamageAdj == 0 || Mods.IsBlindingImmune())
&& (m_iEMPDamageAdj == 0 || Mods.IsEMPImmune()))
{
if (iLevel < EMP_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("blind-, EMP-immune"));
bCheckedBlind = true;
bCheckedEMP = true;
}
else if ((m_iBlindingDamageAdj < 100) && (iLevel < BLIND_IMMUNE_LEVEL)
&& (m_iEMPDamageAdj < 100))
{
AppendReferenceString(&sReference, CONSTLIT("blind-, EMP-resistant"));
bCheckedBlind = true;
bCheckedEMP = true;
}
// Otherwise, treat each separate
//
// Blindness
if (!bCheckedBlind)
{
if (m_iBlindingDamageAdj == 0 || Mods.IsBlindingImmune())
{
if (iLevel < BLIND_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("blind-immune"));
}
else if (m_iBlindingDamageAdj < 100)
{
if (iLevel < BLIND_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("blind-resistant"));
else
AppendReferenceString(&sReference, CONSTLIT("blind-vulnerable"));
}
else if (iLevel >= BLIND_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("blind-vulnerable"));
}
// EMP
if (!bCheckedEMP)
{
if (m_iEMPDamageAdj == 0 || Mods.IsEMPImmune())
{
if (iLevel < EMP_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("EMP-immune"));
}
else if (m_iEMPDamageAdj < 100)
{
if (iLevel < EMP_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("EMP-resistant"));
else
AppendReferenceString(&sReference, CONSTLIT("EMP-vulnerable"));
}
else if (iLevel >= EMP_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("EMP-vulnerable"));
}
// Device damage
if (!bCheckedDevice)
{
if (m_iDeviceDamageAdj < 100 || Mods.IsDeviceDamageImmune())
{
if (iLevel < DEVICE_DAMAGE_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("device-protect"));
}
else if (iLevel >= DEVICE_DAMAGE_IMMUNE_LEVEL)
AppendReferenceString(&sReference, CONSTLIT("device-vulnerable"));
}
// Disintegration
if (m_fDisintegrationImmune || Mods.IsDisintegrationImmune())
AppendReferenceString(&sReference, CONSTLIT("disintegrate-immune"));
// Shatter
if (IsShatterImmune(Ctx))
AppendReferenceString(&sReference, CONSTLIT("shatter-immune"));
// Shield interference
if (m_fShieldInterference || Mods.IsShieldInterfering())
AppendReferenceString(&sReference, CONSTLIT("no-shields"));
// Photo repair
if (m_fPhotoRepair || Mods.IsPhotoRegenerating())
AppendReferenceString(&sReference, CONSTLIT("photo-repair"));
// Solar power
if (m_fPhotoRecharge || Mods.IsPhotoRecharge())
AppendReferenceString(&sReference, CONSTLIT("solar"));
// Regeneration
if ((!m_Regen.IsEmpty() && !m_fPhotoRepair) || Mods.IsRegenerating())
AppendReferenceString(&sReference, CONSTLIT("regenerate"));
// Decay
if (!m_Decay.IsEmpty() || Mods.IsDecaying())
AppendReferenceString(&sReference, CONSTLIT("decay"));
// Reflection
for (i = 0; i < damageCount; i++)
{
if (m_Reflective.InSet((DamageTypes)i)
|| (Mods.IsReflective() && Mods.GetDamageType() == i))
AppendReferenceString(&sReference, strPatternSubst(CONSTLIT("%s-reflecting"), GetDamageShortName((DamageTypes)i)));
}
// Done
return sReference;
}
