public void Callout(CalloutControllerGuard.CalloutType calloutType)
{
if (Task.current.isStarting)
{
if (
_currentCallout != default(AudibleSound) &&
_currentCallout.IsPlaying
)
{
_currentCallout.Stop();
}
Debug.Log(calloutType);
_currentCallout = CalloutController.Guard
.PerformGenericCallout(
calloutType,
transform.position,
_minimapObjectController,
this
);
}
if (_currentCallout == null || !_currentCallout.IsPlaying)
{
Task.current.Complete(true);
}
}
private void PlayNextFootStep()
{
// pick a sound effect
AudioClip audioClip;
List <AudioClip> clipsToUseRight = _wet ? puddleClipsRightFoot : _audioClipsRightFoot;
List <AudioClip> clipsToUseLeft = _wet ? puddleClipLeftFoot : _audioClipsLeftFoot;
if (_indexLeft > _indexRight)
{
// Create normal sound
audioClip = clipsToUseRight
[_indexLeft % clipsToUseRight.Count];
_indexRight++;
}
else
{
audioClip = clipsToUseLeft
[_indexRight % clipsToUseLeft.Count];
_indexLeft++;
}
float volume = 0.4f;
int range = 4;
if (_wet)
{
range = 12;
volume = 1f;
}
else if (CurrentWalkState == WalkState.RUNNING)
{
volume = 1f;
range = 12;
}
else if (CurrentWalkState == WalkState.SNEAKING)
{
volume = 0.2f;
range = 0;
}
if (_audibleFootsteps)
{
if (_wet && exitPuddle)
{
// Create footstep
_footStepFactory.Create(transform.position);
}
AudibleSound.GenerateAudibleSound(
transform.position,
range,
AudibleSound.SoundType.PlayerFootstep,
audioClip,
this,
volume,
true
);
}
}
