public override float Calculate(ref RegenDataInfo data)
{
// d = v0*t + (a*t^2)/2 -> 0 = (a*t^2)/2 + v0*t - d
float maxRegenRate = 2f * data.regenRate;
float regenChangeRate = -maxRegenRate / data.originalRegenTime;
if (SolveForFactors(regenChangeRate / 2f, maxRegenRate, -data.agent.Health, out float t1, out float t2))
{
if (t1 >= 0f && t1 < data.regenTime)
{
return(maxRegenRate * (data.regenTime - t1) / data.regenTime);
}
else if (t2 >= 0f && t2 < data.regenTime)
{
return(maxRegenRate * (data.regenTime - t2) / data.regenTime);
}
}
return(0f);
}
public override float Calculate(ref RegenDataInfo data)
{
float healthToMaxRatio = data.agent.Health / data.agent.HealthLimit;
return(10f * data.regenRate * (MathF.Sqrt(healthToMaxRatio) - healthToMaxRatio));
}
// You must define this method as it is called by the game when regenerating.
public override float Calculate(ref RegenDataInfo data)
{
return(data.regenRate);
}
