private void addVolumeProperties(SurfaceSwimProperties properties)
{
if (properties != null && !volumeProperties.Contains(properties))
{
volumeProperties.Add(properties);
setVolumeProperties(properties);
}
}
private void OnTriggerExit(Collider trigger)
{
SurfaceSwimProperties surfaceSwimProperties = removeVolumeTriggerProperties(trigger);
if (curState != State.Resurfacing && curState != State.QuickResurfacing && volumeProperties.Count == 0 && (surfaceSwimProperties != null || trigger.CompareTag(LocomotionUtils.WaterVolumeTag)))
{
curState = State.ExitingWater;
}
}
private void OnTriggerStay(Collider trigger)
{
SurfaceSwimProperties surfaceSwimProperties = getVolumeTriggerProperties(trigger);
if (!base.enabled && Active && (tracker.IsCurrentControllerOfType <RunController>() || (tracker.IsCurrentControllerOfType <SlideController>() && (tracker.GetCurrentController() as SlideController).CurrentMode == SlideController.Mode.Animated)) && surfaceSwimProperties != null && (surfaceSwimProperties.Type == SurfaceSwimProperties.VolumeType.Diving || !isWaterTooShallow(mutableData.MaxShallowWaterDepth + mutableData.ShallowWaterDepthHysteresis)))
{
tracker.SetCurrentController <SwimController>();
enableWaterEffects();
}
}
private SurfaceSwimProperties removeVolumeTriggerProperties(Collider trigger)
{
SurfaceSwimProperties value = null;
if (volumeTriggerProperties.TryGetValue(trigger, out value))
{
volumeTriggerProperties.Remove(trigger);
removeVolumeProperties(value);
}
return(value);
}
private void setVolumeProperties(SurfaceSwimProperties properties)
{
if (properties != null)
{
isInShallowWater = properties.Type == SurfaceSwimProperties.VolumeType.SurfaceSwimming;
visibleSurfaceHeight = (properties.SpecifyValuesInLocalSpace ? (properties.VisibleSurfaceHeight + properties.ObjectOrigin.position.y) : properties.VisibleSurfaceHeight);
logicalSurfaceHeight = visibleSurfaceHeight + properties.SinkOffset;
if (swim != null)
{
swim.IsInShallowWater = isInShallowWater;
}
}
}
private void removeVolumeProperties(SurfaceSwimProperties properties)
{
if (!(properties != null) || !volumeProperties.Contains(properties))
{
return;
}
if (volumeProperties.IndexOf(properties) == volumeProperties.Count - 1)
{
volumeProperties.Remove(properties);
if (volumeProperties.Count > 0)
{
setVolumeProperties(volumeProperties[volumeProperties.Count - 1]);
}
}
else
{
volumeProperties.Remove(properties);
}
if (volumeProperties.Count == 0)
{
setVolumeProperties(null);
}
}
