public void EndTurn()
{
// Regenerate Health
foreach (DD4EStatusEffect status in StatusEffects.FindAll(s => s.Type == DD4EStatusEffectType.Regeneration))
{
var damageStatus = (status as DD4EDamageModifier);
if (damageStatus != null)
{
Heal(damageStatus.DamageAmount);
}
}
// End Effects
StatusEffects.RemoveAll(s => s.Duration == DD4EStatusEffectDuration.EndOfMyTurn);
for (int i = 0; i < StatusEffects.Count; i++)
{
if (StatusEffects[i].Duration == DD4EStatusEffectDuration.EndOfMyNextTurn)
{
StatusEffects[i].Duration = DD4EStatusEffectDuration.EndOfMyTurn;
}
if (StatusEffects[i].Duration == DD4EStatusEffectDuration.EndOfMyNextTurnSustain)
{
StatusEffects[i].Duration = DD4EStatusEffectDuration.EndOfMyTurnSustain;
}
}
OnPropertyChanged("StatusEffects");
}
internal void AddStatusEffect(ElementalBuff elementalBuff)
{
if (StatusEffects.FindAll(delegate(StatusEffect se) { return(se is ElementalBuff); }).Count == 0)
{
StatusEffects.Add(elementalBuff);
}
//elementalBuff.Draw(this);
}
public void StartTurn()
{
// Take ongoing Damage
foreach (DD4EStatusEffect status in StatusEffects.FindAll(s => s.Type == DD4EStatusEffectType.OngoingDamage))
{
var damageStatus = (status as DD4EDamageModifier);
if (damageStatus != null)
{
TakeDamage(damageStatus.DamageType, damageStatus.DamageAmount);
}
}
// End effects
StatusEffects.RemoveAll(s => s.Duration == DD4EStatusEffectDuration.StartOfMyTurn);
OnPropertyChanged("StatusEffects");
}
public void TakeDamage(DD4EDamageType damageType, int damage)
{
int incomingDamage = damage;
// Find Vulnerability Amount
var vulnerabilityModifier = 0;
foreach (DD4EStatusEffect status in StatusEffects.FindAll(s => s.Type == DD4EStatusEffectType.Vulnerability))
{
var damageStatus = (status as DD4EDamageModifier);
if (damageStatus != null)
{
if ((damageStatus.DamageType & damageType) != DD4EDamageType.None)
{
vulnerabilityModifier = Math.Max(vulnerabilityModifier, damageStatus.DamageAmount);
}
}
}
incomingDamage += vulnerabilityModifier;
// Apply Resitances
// 1) Build List of Resistance
var resistanceModifier = Int32.MaxValue;
DD4EDamageType resistanceList = DD4EDamageType.None;
foreach (DD4EStatusEffect status in StatusEffects.FindAll(s => s.Type == DD4EStatusEffectType.Resistance))
{
var damageStatus = (status as DD4EDamageModifier);
if (damageStatus != null)
{
resistanceList |= damageStatus.DamageType;
}
}
// 2) Figure out if they resist everything
if ((resistanceList & damageType) == damageType)
{
// 3) If they resist everything, find lowest resistance value and do so
foreach (DD4EStatusEffect status in StatusEffects.FindAll(s => s.Type == DD4EStatusEffectType.Resistance))
{
var damageStatus = (status as DD4EDamageModifier);
if (damageStatus != null)
{
if ((damageStatus.DamageType & damageType) != DD4EDamageType.None)
{
resistanceModifier = Math.Min(resistanceModifier, damageStatus.DamageAmount);
}
}
}
// 4) If they have a resist all use the maximum between all and the current resistance
if (StatusEffects.Exists(s => s.Type == DD4EStatusEffectType.Resistance && (s as DD4EDamageModifier).DamageType == DD4EDamageType.All))
{
resistanceModifier = Math.Max(resistanceModifier, (StatusEffects.Find(s => s.Type == DD4EStatusEffectType.Resistance && (s as DD4EDamageModifier).DamageType == DD4EDamageType.All) as DD4EDamageModifier).DamageAmount);
}
// 5) Apply Resistance
incomingDamage -= resistanceModifier;
}
if (incomingDamage > 0)
{
if (TemporaryHP > 0)
{
if (TemporaryHP > incomingDamage)
{
TemporaryHP -= incomingDamage;
incomingDamage = 0;
}
else
{
incomingDamage -= TemporaryHP;
TemporaryHP = 0;
}
}
}
if (incomingDamage > 0)
{
CurrentHP = Math.Max(0, CurrentHP - incomingDamage);
}
if (CurrentHP <= 0)
{
// Remove Regeneration and Ongoing Damage
StatusEffects.RemoveAll(s => (s.Type == DD4EStatusEffectType.OngoingDamage || s.Type == DD4EStatusEffectType.Regeneration));
OnPropertyChanged("StatusEffects");
}
}