private void OnApplyMetabolicMultiplier(EntityUid uid, MetabolizerComponent component, ApplyMetabolicMultiplierEvent args)
{
if (args.Apply)
{
component.UpdateFrequency *= args.Multiplier;
return;
}
component.UpdateFrequency /= args.Multiplier;
// Reset the accumulator properly
if (component.AccumulatedFrametime >= component.UpdateFrequency)
{
component.AccumulatedFrametime = component.UpdateFrequency;
}
}
private void OnApplyMetabolicMultiplier(EntityUid uid, BodyComponent component, ApplyMetabolicMultiplierEvent args)
{
foreach (var(part, _) in component.Parts)
{
foreach (var mechanism in part.Mechanisms)
{
RaiseLocalEvent(mechanism.Owner, args, false);
}
}
}
private void OnApplyMetabolicMultiplier(EntityUid uid, RespiratorComponent component, ApplyMetabolicMultiplierEvent args)
{
if (args.Apply)
{
component.CycleDelay *= args.Multiplier;
component.Saturation *= args.Multiplier;
component.MaxSaturation *= args.Multiplier;
component.MinSaturation *= args.Multiplier;
return;
}
// This way we don't have to worry about it breaking if the stasis bed component is destroyed
component.CycleDelay /= args.Multiplier;
component.Saturation /= args.Multiplier;
component.MaxSaturation /= args.Multiplier;
component.MinSaturation /= args.Multiplier;
// Reset the accumulator properly
if (component.AccumulatedFrametime >= component.CycleDelay)
{
component.AccumulatedFrametime = component.CycleDelay;
}
}
private void OnApplyMetabolicMultiplier(EntityUid uid, StomachComponent component, ApplyMetabolicMultiplierEvent args)
{
if (args.Apply)
{
component.UpdateInterval *= args.Multiplier;
return;
}
// This way we don't have to worry about it breaking if the stasis bed component is destroyed
component.UpdateInterval /= args.Multiplier;
// Reset the accumulator properly
if (component.AccumulatedFrameTime >= component.UpdateInterval)
{
component.AccumulatedFrameTime = component.UpdateInterval;
}
}
