public float ApplyTo(StatusKeeper keeper, double deltaTime)
{
Symptom symptom = null;
if (mSymptomLookup.TryGetValue(keeper.Name, out symptom)) //if it's active...
{
if (symptom.IsActive(TimeSoFar))
{
//apply to the actual value not the normalized value
float currentValue = keeper.Value;
//get the ACTUAL seek value as it applies to this keeper's seek value type
float seekValue = StatusKeeper.GetSeekValue(keeper.ActiveState.SeekType, symptom.SeekType, symptom.SeekValue);
//apply the value to the current value
return(Mathf.Lerp(currentValue, symptom.SeekValue, (float)(symptom.SeekSpeed * deltaTime)));
}
else //if it's not active just return the untouched value
{
return(keeper.Value);
}
}
else
{
return(keeper.Value);
}
}
//no need for time variables because we're applying the value from the last update
public float ApplyTo(StatusKeeper keeper, float valueWithFlow)
{
//get the actual flow last update
//first align it with the target keeper's type
//then apply multipliers
float flowLastUpdate = StatusKeeper.GetSeekValue(keeper.ActiveState.SeekType, FlowType, FlowLastUpdate);
flowLastUpdate = flowLastUpdate *= FlowMultiplier;
switch (FlowType)
{
case StatusSeekType.Positive:
default:
flowLastUpdate *= Globals.StatusKeeperPositiveFlowMultiplier;
break;
case StatusSeekType.Neutral:
//don't adjust flow
break;
case StatusSeekType.Negative:
flowLastUpdate *= Globals.StatusKeeperNegativeFlowMultiplier;
break;
}
//now apply it to the keeper's value
//apply to the actual value not the normalized value
//yes this can result in crazy flow stuff but that's OK
return(valueWithFlow + flowLastUpdate);
}