/// <summary>
/// Apply a change to this vital, and return how much was consumed.
/// </summary>
public double ApplyChange(double amount, IVitalsContactReactor reactor = null)
{
double oldval = vitalData.Value;
double newval = vitalData.Value + amount;
if (!ReferenceEquals(reactor, null) && reactor.AllowOverload)
{
double maxValue = vitalDef.MaxValue;
if (oldval >= maxValue)
{
return(0);
}
if (newval > maxValue)
{
newval = maxValue;
}
}
else
{
double fullValue = vitalDef.FullValue;
if (oldval >= fullValue)
{
return(0);
}
if (newval > fullValue)
{
newval = fullValue;
}
}
Value = newval;
double diff = newval - oldval;
///// reset regen/decay based on gain/loss
//if (diff > 0)
// DisruptDecay();
//else if (diff < 0)
// DisruptRegen();
return(diff);
}
/// <summary>
/// Get the results of ApplyChange without actually applying them.
/// </summary>
public double TestApplyChange(double charge, IVitalsContactReactor iVitalsAffector)
{
double oldval = vitalData.Value;
double newval = vitalData.Value + charge;
if (!ReferenceEquals(iVitalsAffector, null) && iVitalsAffector.AllowOverload)
{
double maxValue = vitalDef.MaxValue;
if (oldval >= maxValue)
{
return(0);
}
if (newval > maxValue)
{
newval = maxValue;
}
}
else
{
double fullValue = vitalDef.MaxValue;
if (oldval >= fullValue)
{
return(0);
}
if (newval > fullValue)
{
newval = fullValue;
}
}
double diff = newval - oldval;
return(diff);
}
public double TestApplyChange(IVitalsContactReactor iVitalsAffector, ContactEvent contactEvent)
{
double charge = iVitalsAffector.DischargeValue(contactEvent.contactType);
return(TestApplyChange(charge, iVitalsAffector));
}
