// Update is called once per frame
void Update()
{
if (_lastLocation == Vector3.zero)
{
_lastLocation = _body.position;
return;
}
Vector3 velocity = _body.position - _lastLocation;
_lastLocation = _body.position;
var currentTime = Time.time;
var speed = velocity.magnitude;
_speedSamples[_speedIndex] = speed;
_sampleCount++;
_speedIndex = (_speedIndex + 1) % SpeedSamples;
var speedTotal = 0.0f;
var speedCount = Math.Min(_sampleCount, SpeedSamples);
for (var i = 0; i < speedCount; i++)
{
speedTotal += _speedSamples[i];
}
_averageSpeed = speedTotal / speedCount;
//Debug.Log("Speed: " + speed + ", avg: " + averageSpeed + " from " + _body.position);
if (_averageSpeed >= MinimumSwingSpeed && _extend.Extended())
{
// Debug.Log("SWING? " + currentTime + " : " + (_lastSwingSound + SwingSoundTimeout) + ", speed: " + averageSpeed);
if (currentTime < _lastSwingSound + SwingSoundTimeout)
{
return;
}
_lastSwingSound = currentTime;
var clipIndex = Random.Range(0, SwingSounds.Length);
SwingSource.PlayOneShot(SwingSounds[clipIndex]);
}
}
void Update()
{
if (!_extend.Extended())
{
return;
}
var transform = Source.transform;
var position = transform.position;
var direction = transform.up;
// Raycast to check for surfaces to slice
// Debug.DrawLine(position, position + direction * Length, Color.yellow, 2.0f, false);
var wasHit = _isHit;
_isHit = false;
var hitCount = Physics.RaycastNonAlloc(position, direction, _hits, Length, _layerMask);
if (hitCount == 0)
{
_isFirstHit = true;
return;
}
var firstHit = _hits[0];
Vector3[] interpolateTargets = null;
_isHit = true;
// Play Sound
if (wasHit)
{
if (Time.time > _lastCrackleSound + _crackleSoundCooldown)
{
ResetCrackleCooldown();
_lastCrackleSound = Time.time;
CrackleSound.pitch = Random.Range(MinPitch, MaxPitch);
CrackleSound.transform.position = firstHit.point;
CrackleSound.PlayOneShot(CrackleSound.clip);
}
}
else
{
if (Time.time > _lastSliceSound + _sliceSoundCooldown)
{
ResetSliceCooldown();
_lastSliceSound = Time.time;
Sound.pitch = Random.Range(MinPitch, MaxPitch);
Sound.transform.position = firstHit.point;
Sound.PlayOneShot(Sound.clip);
}
}
// Add haptics
if (Time.time > _lastBuzz + SliceBuzzCooldown)
{
_lastBuzz = Time.time;
MLInputControllerFeedbackIntensity intensity = MLInputControllerFeedbackIntensity.Low;
var speed = _swing.AverageSpeed;
if (speed >= SliceBuzzMediumSpeed)
{
intensity = MLInputControllerFeedbackIntensity.Medium;
}
if (speed >= SliceBuzzHighSpeed)
{
intensity = MLInputControllerFeedbackIntensity.High;
}
_controller.Controller.StartFeedbackPatternVibe(MLInputControllerFeedbackPatternVibe.Buzz, intensity);
}
// Check for distance travelled and interpolate
if (!_isFirstHit)
{
var interpolateDirection = (firstHit.point - _lastHit);
var distance = interpolateDirection.magnitude;
if (distance <= DecalMinDistance)
{
// Not moved far enough for decals
// Still want some sparks though
var particleRotation = Quaternion.LookRotation(firstHit.normal);
PlaySparks(firstHit, particleRotation);
return;
}
if (distance >= DecalMinDistance * 2)
{
interpolateDirection = interpolateDirection.normalized * DecalMinDistance;
interpolateTargets = new Vector3[(int)Math.Ceiling(distance / DecalMinDistance) - 1];
Vector3 targetLocation = _lastHit + interpolateDirection;
for (int i = 0; i < interpolateTargets.Length; i++)
{
interpolateTargets[i] = targetLocation;
targetLocation += interpolateDirection;
}
}
}
_isFirstHit = false;
_lastHit = firstHit.point;
// Check for particle limit
var particleCount = hitCount;
if (interpolateTargets != null)
{
particleCount *= (interpolateTargets.Length + 1);
}
PurgeParticles(particleCount);
// Check current location
CheckHits(hitCount, position, direction);
// Check interpolated locations
if (interpolateTargets != null)
{
foreach (Vector3 target in interpolateTargets)
{
var interpolateDirection = target - position;
hitCount = Physics.RaycastNonAlloc(position, interpolateDirection, _hits, Length, _layerMask);
if (hitCount != 0)
{
CheckHits(hitCount, position, interpolateDirection);
}
}
}
}