public void PlayDropSound(NodeAddedEvent evt, [Combine] MineDropSoundNode mine, SingleNode <MapDustComponent> map)
{
MinePlacingTransformComponent minePlacingTransform = mine.minePlacingTransform;
if (minePlacingTransform.HasPlacingTransform)
{
Transform target = minePlacingTransform.PlacingData.transform;
DustEffectBehaviour effectByTag = map.component.GetEffectByTag(target, minePlacingTransform.PlacingData.textureCoord);
if (effectByTag != null)
{
AudioSource dropGroundSound;
switch (effectByTag.surface)
{
case DustEffectBehaviour.SurfaceType.Soil:
case DustEffectBehaviour.SurfaceType.Sand:
case DustEffectBehaviour.SurfaceType.Grass:
dropGroundSound = mine.mineSounds.DropGroundSound;
break;
case DustEffectBehaviour.SurfaceType.Metal:
case DustEffectBehaviour.SurfaceType.Concrete:
dropGroundSound = mine.mineSounds.DropNonGroundSound;
break;
default:
return;
}
dropGroundSound.Play();
}
}
}
private void OnCollisionStay(Collision collision)
{
this.effect = this.mapDust.GetEffectByTag(collision.transform, Vector2.zero);
if ((this.effect != null) && (this.delay <= 0f))
{
this.delay = 1f / this.effect.collisionEmissionRate.RandomValue;
foreach (ContactPoint point in collision.contacts)
{
this.effect.TryEmitParticle(point.point, collision.relativeVelocity);
}
}
}
private AudioSource PrepareAudioSource(TankFallEvent evt, TankFallingSoundEffectComponent tankFallingSoundEffect, MapDustComponent mapDust, Transform root)
{
AudioSource collisionSourceAsset;
switch (evt.FallingType)
{
case TankFallingType.TANK:
case TankFallingType.VERTICAL_STATIC:
collisionSourceAsset = tankFallingSoundEffect.CollisionSourceAsset;
break;
case TankFallingType.FLAT_STATIC:
case TankFallingType.SLOPED_STATIC_WITH_TRACKS:
collisionSourceAsset = tankFallingSoundEffect.FallingSourceAsset;
break;
case TankFallingType.SLOPED_STATIC_WITH_COLLISION:
{
DustEffectBehaviour effectByTag = mapDust.GetEffectByTag(evt.FallingTransform, Vector2.zero);
if (effectByTag == null)
{
collisionSourceAsset = tankFallingSoundEffect.FallingSourceAsset;
}
else
{
DustEffectBehaviour.SurfaceType surface = effectByTag.surface;
collisionSourceAsset = ((surface == DustEffectBehaviour.SurfaceType.Metal) || (surface == DustEffectBehaviour.SurfaceType.Concrete)) ? tankFallingSoundEffect.CollisionSourceAsset : tankFallingSoundEffect.FallingSourceAsset;
}
break;
}
default:
throw new ArgumentException("Illegal type of falling");
}
GetInstanceFromPoolEvent eventInstance = new GetInstanceFromPoolEvent {
Prefab = collisionSourceAsset.gameObject,
AutoRecycleTime = ((collisionSourceAsset != tankFallingSoundEffect.FallingSourceAsset) ? collisionSourceAsset.clip : this.GetFallingAudioClip(tankFallingSoundEffect)).length + 0.2f
};
base.ScheduleEvent(eventInstance, new EntityStub());
Transform instance = eventInstance.Instance;
AudioSource component = instance.GetComponent <AudioSource>();
instance.parent = root;
instance.localPosition = Vector3.zero;
instance.localRotation = Quaternion.identity;
instance.gameObject.SetActive(true);
component.Play();
return(component);
}
public void PlayTankFrictionSound(UpdateEvent evt, ReadyActiveTankFrictionSoundNode tank)
{
TankFrictionSoundBehaviour tankFrictionSoundBehaviour = tank.tankFrictionSoundEffectReady.TankFrictionSoundBehaviour;
if (tankFrictionSoundBehaviour.TriggerStay)
{
TankFrictionSoundEffectComponent tankFrictionSoundEffect = tank.tankFrictionSoundEffect;
Collider frictionCollider = tankFrictionSoundBehaviour.FrictionCollider;
if (frictionCollider == null)
{
this.StopSounds(tankFrictionSoundEffect);
}
else
{
Vector3 velocity = tank.rigidbody.Rigidbody.velocity;
if (frictionCollider.gameObject.layer == Layers.FRICTION)
{
this.SetMetallFriction(tankFrictionSoundEffect, velocity);
}
else
{
DustEffectBehaviour effect = tank.collisionDust.CollisionDustBehaviour.Effect;
if (effect == null)
{
this.StopSounds(tankFrictionSoundEffect);
}
else
{
DustEffectBehaviour.SurfaceType surface = effect.surface;
if (surface == DustEffectBehaviour.SurfaceType.Metal)
{
this.SetMetallFriction(tankFrictionSoundEffect, velocity);
}
else if (surface != DustEffectBehaviour.SurfaceType.Concrete)
{
this.StopSounds(tankFrictionSoundEffect);
}
else
{
this.SetStoneFriction(tankFrictionSoundEffect, velocity);
}
}
}
}
}
}
private void Start()
{
if (this.DefaultDust == null)
{
foreach (DustEffectBehaviour behaviour in FindObjectsOfType <DustEffectBehaviour>())
{
if (behaviour.surface == DustEffectBehaviour.SurfaceType.Concrete)
{
this.DefaultDust = behaviour;
break;
}
this.DefaultDust = behaviour;
}
}
if (this.LowGraphicDust == null)
{
this.LowGraphicDust = this.DefaultDust;
}
this._effects.Clear();
foreach (MapDustEffect effect in this.Targets)
{
Transform target = effect.Target;
if (target)
{
TargetEffects effects = new TargetEffects();
MaskToDustEffect[] dustEffects = effect.DustEffects;
int index = 0;
while (true)
{
if (index >= dustEffects.Length)
{
this._effects.Add(target, effects);
break;
}
MaskToDustEffect effect2 = dustEffects[index];
effects.GrayscaleRanges.Add(effect2.GrayScaleRange);
effects.Textures.Add(effect2.Mask);
effects.DustEffects.Add(effect2.EffectBehaviour);
index++;
}
}
}
}
private void TryEmitFromSuspensionRay(float maxCompression, Track track, MapDustComponent mapDust, float[] delays, int i)
{
SuspensionRay ray = track.rays[i];
float num = delays[i] - UnityTime.deltaTime;
if (!ray.hasCollision)
{
delays[i] = num;
}
else
{
RaycastHit rayHit = ray.rayHit;
Transform target = rayHit.transform;
DustEffectBehaviour effectByTag = mapDust.GetEffectByTag(target, rayHit.textureCoord);
if (effectByTag == null)
{
delays[i] = num;
}
else
{
Vector3 point = rayHit.point;
if (num <= 0f)
{
num = 1f / effectByTag.movementEmissionRate.RandomValue;
effectByTag.TryEmitParticle(point, ray.velocity);
delays[i] = num;
}
else
{
if (!ray.hadPreviousCollision)
{
float num2 = Mathf.Clamp01(ray.compression / maxCompression);
if (num2 > effectByTag.landingCompressionThreshold)
{
effectByTag.TryEmitParticle(point, Vector3.up * (effectByTag.movementSpeedThreshold.max * num2));
}
}
delays[i] = num;
}
}
}
}
