protected new void SetupWeapon()
{
colliders = transform.root.GetComponentsInChildren <Collider>();
newHit = new BeamHit(false, Vector3.zero, false, Vector3.zero, false, 0, transform);
oldHit = new BeamHit(false, Vector3.zero, false, Vector3.zero, false, 0, transform);
lookpoint = Instantiate(new GameObject(), Vector3.zero, Quaternion.identity);
base.SetupWeapon();
colliders = transform.root.GetComponentsInChildren <Collider>();
}
protected void DestroyBeam()
{
localFirstFire = true;
isRemotelyFiring = false;
Destroy(beamStart);
Destroy(beamEnd);
Destroy(beam);
newHit = new BeamHit(false, Vector3.zero, false, Vector3.zero, false, 0, transform);
oldHit = new BeamHit(false, Vector3.zero, false, Vector3.zero, false, 0, transform);
}
public override void ActivateWeapon()
{
// weaponPhotonView.RPC(nameof(AnimatorSetTriggerNetwork), RpcTarget.All, weaponSelectTriggerName);
colliders = transform.root.GetComponentsInChildren <Collider>();
newHit = new BeamHit(false, Vector3.zero, false, Vector3.zero, false, 0, transform);
oldHit = new BeamHit(false, Vector3.zero, false, Vector3.zero, false, 0, transform);
lookpoint = Instantiate(new GameObject(), Vector3.zero, Quaternion.identity);
base.ActivateWeapon();
base.SetupWeapon();
SetupWeapon();
}
// if we instant beam is false, lerp beam to first hit position
protected IEnumerator RemoteLerpFirstHit(BeamHit firstPos)
{
float maxLerpTime = fireRate;
if (Vector3.Distance(firstPos.worldHitPoint, barrelTransform.position) < 10)
{
maxLerpTime = fireRate / 4;
}
else if (Vector3.Distance(firstPos.worldHitPoint, barrelTransform.position) < 20)
{
maxLerpTime = fireRate / 2;
}
float elapsedTime = 0f;
while (elapsedTime < maxLerpTime)
{
float t = elapsedTime / maxLerpTime;
elapsedTime += Time.deltaTime;
Vector3 targetPoint = Vector3.zero;
if (firstPos.hasHitPlayer)
{
// Debug.Log("firstPos: " + firstPos);
// Debug.Log("firstPos.hitTransform: " + firstPos.hitTransform);
// Debug.Log("firstPos.localHitpoint: " + firstPos.localHitpoint);
targetPoint = firstPos.hitTransform.TransformPoint(firstPos.localHitpoint);
}
else
{
targetPoint = firstPos.worldHitPoint;
}
Vector3 lerpTargetPos = Vector3.Lerp(barrelTransform.position, targetPoint, t);
ShootBeamAtPoint(barrelEndMuzzleTransform.position, lerpTargetPos);
yield return(new WaitForEndOfFrame());
}
}
protected IEnumerator LerpRemoteHits(BeamHit hit1, BeamHit hit2, int currentHitId)
{
float elapsedTime = 0f;
float maxLerpTime = fireRate;
// save tracking speed
float oldTrackingSpeed = turretFollowTarget.trackingSpeed;
float oldDeadZone = turretFollowTarget.deadZone;
while (elapsedTime < (fireRate))
{
float t = elapsedTime / maxLerpTime;
if (t < 1)
{
elapsedTime += Time.deltaTime;
}
Vector3 pos1 = Vector3.zero;
Vector3 pos2 = Vector3.zero;
if (hit1.hasHitPlayer)
{
// Debug.Log("hit1: " + hit1);
//Debug.Log("hit1.hitTransform: " + hit1.hitTransform);
//Debug.Log("hit1.localHitpoint: " + hit1.localHitpoint);
pos1 = hit1.hitTransform.TransformPoint(hit1.localHitpoint);
}
else
{
pos1 = hit1.worldHitPoint;
}
if (hit2.hasHitPlayer)
{
// Debug.Log("hit2: " + hit2);
// Debug.Log("hit2.hitTransform: " + hit2.hitTransform);
// Debug.Log("hit2.localHitpoint: " + hit2.localHitpoint);
pos2 = hit2.hitTransform.TransformPoint(hit2.localHitpoint);
}
else
{
pos2 = hit2.worldHitPoint;
}
Vector3 lerpTargetPos = Vector3.Lerp(pos1, pos2, t);
ShootBeamAtPoint(barrelEndMuzzleTransform.position, lerpTargetPos);
// set the lookpoint of the turret script
lookpoint.transform.position = pos2;
turretFollowTarget.trackingSpeed = 100;
turretFollowTarget.deadZone = 0;
turretFollowTarget.deadZoneTrackingSpeed = 100;
yield return(new WaitForEndOfFrame());
}
while (lastHitId == currentHitId)
{
Vector3 pos2 = Vector3.zero;
if (hit2.hasHitPlayer)
{
// Debug.Log("hit2: " + hit2);
// Debug.Log("hit2.hitTransform: " + hit2.hitTransform);
// Debug.Log("hit2.localHitpoint: " + hit2.localHitpoint);
pos2 = hit2.hitTransform.TransformPoint(hit2.localHitpoint);
}
else
{
pos2 = hit2.worldHitPoint;
}
ShootBeamAtPoint(barrelEndMuzzleTransform.position, pos2);
lookpoint.transform.position = pos2;
yield return(new WaitForEndOfFrame());
}
// restore tracking speed
turretFollowTarget.trackingSpeed = oldTrackingSpeed;
turretFollowTarget.deadZone = oldDeadZone;
}
protected void FireBeamRoundEffect_RPC(bool validHit, Vector3 worldHit, bool hitPlayer, Vector3 localHit, int hitTeamId)
{
lastHitId += 1;
timeSinceLastFire = 0;
bool firstFire = false;
Transform newTargetVehicle = transform;
if (newHit.active)
{
oldHit = newHit;
}
if (hitPlayer)
{
newTargetVehicle = _playerTransformTracker.GetVehicleTransformFromTeamId(newHit.hitTeamId);
}
newHit = new BeamHit(validHit, worldHit, hitPlayer, localHit, true, hitTeamId, newTargetVehicle);
if (oldHit.active == false)
{
oldHit = newHit;
}
// AnimatorSetTriggerNetwork(primaryFireAnimatorTriggerName);
turretFollowTarget.target = lookpoint;
// if the beam effects are currently null, instantiate them
if (beam == null || newHit.Equals(oldHit))
{
CreateBeam();
firstFire = true;
}
// deal effect at last point to maintain beam / effect consistency
if (oldHit.hasHitPlayer)
{
// get transform from team id
Transform targetVehicle = _playerTransformTracker.GetVehicleTransformFromTeamId(oldHit.hitTeamId);
oldHit.hitTransform = targetVehicle;
// convert local targetpoint into world point
Vector3 worldPoint = targetVehicle.TransformPoint(oldHit.localHitpoint);
// instantiate impact at worldPoint
// InstantiateImpactEffect(imapactParticle, worldPoint, impactParticleSound, imapactParticleVolume, 2f);
PlayImpactSound();
}
else if (oldHit.validHit)
{
// InstantiateImpactEffect(missImpactParticle, oldHit.worldHitPoint, impactParticleSoundMiss, missImpactParticleVolume, 2f);
}
// if first fire, then lerp from barrel to target (if option selected)
if (firstFire && !instantBeam)
{
StartCoroutine(RemoteLerpFirstHit(newHit));
}
// otherwise lerp between the two last hitpoints
else
{
StartCoroutine(LerpRemoteHits(oldHit, newHit, lastHitId));
}
}
