public ExploderSettings(ExploderObject exploder)
{
Position = ExploderUtils.GetCentroid(exploder.gameObject);
DontUseTag = exploder.DontUseTag;
Radius = exploder.Radius;
UseCubeRadius = exploder.UseCubeRadius;
CubeRadius = exploder.CubeRadius;
ForceVector = exploder.ForceVector;
UseForceVector = exploder.UseForceVector;
Force = exploder.Force;
FrameBudget = exploder.FrameBudget;
TargetFragments = exploder.TargetFragments;
DeactivateOptions = exploder.DeactivateOptions;
DeactivateTimeout = exploder.DeactivateTimeout;
MeshColliders = exploder.MeshColliders;
ExplodeSelf = exploder.ExplodeSelf;
HideSelf = exploder.HideSelf;
DestroyOriginalObject = exploder.DestroyOriginalObject;
ExplodeFragments = exploder.ExplodeFragments;
SplitMeshIslands = exploder.SplitMeshIslands;
FragmentOptions = exploder.FragmentOptions.Clone();
SfxOptions = exploder.SFXOptions.Clone();
Use2DCollision = exploder.Use2DCollision;
FragmentPoolSize = exploder.FragmentPoolSize;
FragmentPrefab = exploder.FragmentPrefab;
FadeoutOptions = exploder.FadeoutOptions;
SFXOptions = exploder.SFXOptions;
DisableRadiusScan = exploder.DisableRadiusScan;
UniformFragmentDistribution = exploder.UniformFragmentDistribution;
AllowOpenMeshCutting = exploder.AllowOpenMeshCutting;
}
void OnExplosion(float timeMS, ExploderObject.ExplosionState state)
{
if (state == ExploderObject.ExplosionState.ExplosionFinished)
{
Finish();
}
}
public ExploderParams(ExploderObject exploder)
{
Position = ExploderUtils.GetCentroid(exploder.gameObject);
DontUseTag = exploder.DontUseTag;
Radius = exploder.Radius;
UseCubeRadius = exploder.UseCubeRadius;
CubeRadius = exploder.CubeRadius;
ForceVector = exploder.ForceVector;
UseForceVector = exploder.UseForceVector;
Force = exploder.Force;
FrameBudget = exploder.FrameBudget;
TargetFragments = exploder.TargetFragments;
ExplodeSelf = exploder.ExplodeSelf;
HideSelf = exploder.HideSelf;
ThreadOptions = exploder.ThreadOption;
DestroyOriginalObject = exploder.DestroyOriginalObject;
SplitMeshIslands = exploder.SplitMeshIslands;
FragmentOptions = exploder.FragmentOptions.Clone();
FragmentDeactivation = exploder.FragmentDeactivation.Clone();
FragmentSFX = exploder.FragmentSFX.Clone();
Use2DCollision = exploder.Use2DCollision;
FragmentPoolSize = exploder.FragmentPoolSize;
DisableRadiusScan = exploder.DisableRadiusScan;
UniformFragmentDistribution = exploder.UniformFragmentDistribution;
DisableTriangulation = exploder.DisableTriangulation;
ExploderGameObject = exploder.gameObject;
CuttingStyle = exploder.CuttingStyle;
}
public ExploderParams(ExploderObject exploder)
{
this.Position = ExploderUtils.GetCentroid(((Component)exploder).get_gameObject());
this.DontUseTag = exploder.DontUseTag;
this.Radius = exploder.Radius;
this.UseCubeRadius = exploder.UseCubeRadius;
this.CubeRadius = exploder.CubeRadius;
this.ForceVector = exploder.ForceVector;
this.UseForceVector = exploder.UseForceVector;
this.Force = exploder.Force;
this.FrameBudget = exploder.FrameBudget;
this.TargetFragments = exploder.TargetFragments;
this.ExplodeSelf = exploder.ExplodeSelf;
this.HideSelf = exploder.HideSelf;
this.ThreadOptions = exploder.ThreadOption;
this.DestroyOriginalObject = exploder.DestroyOriginalObject;
this.SplitMeshIslands = exploder.SplitMeshIslands;
this.FragmentOptions = exploder.FragmentOptions.Clone();
this.FragmentDeactivation = exploder.FragmentDeactivation.Clone();
this.FragmentSFX = exploder.FragmentSFX.Clone();
this.Use2DCollision = exploder.Use2DCollision;
this.FragmentPoolSize = exploder.FragmentPoolSize;
this.DisableRadiusScan = exploder.DisableRadiusScan;
this.UniformFragmentDistribution = exploder.UniformFragmentDistribution;
this.DisableTriangulation = exploder.DisableTriangulation;
this.ExploderGameObject = ((Component)exploder).get_gameObject();
this.CuttingStyle = exploder.CuttingStyle;
}
public ExploderSettings(ExploderObject exploder)
{
Position = ExploderUtils.GetCentroid(exploder.gameObject);
DontUseTag = exploder.DontUseTag;
Radius = exploder.Radius;
UseCubeRadius = exploder.UseCubeRadius;
CubeRadius = exploder.CubeRadius;
ForceVector = exploder.ForceVector;
UseForceVector = exploder.UseForceVector;
Force = exploder.Force;
FrameBudget = exploder.FrameBudget;
TargetFragments = exploder.TargetFragments;
DeactivateOptions = exploder.DeactivateOptions;
DeactivateTimeout = exploder.DeactivateTimeout;
MeshColliders = exploder.MeshColliders;
ExplodeSelf = exploder.ExplodeSelf;
HideSelf = exploder.HideSelf;
DestroyOriginalObject = exploder.DestroyOriginalObject;
ExplodeFragments = exploder.ExplodeFragments;
SplitMeshIslands = exploder.SplitMeshIslands;
FragmentOptions = exploder.FragmentOptions.Clone();
SfxOptions = exploder.SFXOptions.Clone();
Use2DCollision = exploder.Use2DCollision;
FragmentPoolSize = exploder.FragmentPoolSize;
FragmentPrefab = exploder.FragmentPrefab;
FadeoutOptions = exploder.FadeoutOptions;
SFXOptions = exploder.SFXOptions;
DisableRadiusScan = exploder.DisableRadiusScan;
UniformFragmentDistribution = exploder.UniformFragmentDistribution;
AllowOpenMeshCutting = exploder.AllowOpenMeshCutting;
}
public void Explode(ExploderObject.OnExplosion callback)
{
var settings = new ExploderSettings
{
Position = ExploderUtils.GetCentroid(exploder.gameObject),
DontUseTag = exploder.DontUseTag,
Radius = exploder.Radius,
UseCubeRadius = exploder.UseCubeRadius,
CubeRadius = exploder.CubeRadius,
ForceVector = exploder.ForceVector,
UseForceVector = exploder.UseForceVector,
Force = exploder.Force,
FrameBudget = exploder.FrameBudget,
TargetFragments = exploder.TargetFragments,
DeactivateOptions = exploder.DeactivateOptions,
DeactivateTimeout = exploder.DeactivateTimeout,
MeshColliders = exploder.MeshColliders,
ExplodeSelf = exploder.ExplodeSelf,
HideSelf = exploder.HideSelf,
DestroyOriginalObject = exploder.DestroyOriginalObject,
ExplodeFragments = exploder.ExplodeFragments,
SplitMeshIslands = exploder.SplitMeshIslands,
FragmentOptions = exploder.FragmentOptions.Clone(),
SfxOptions = exploder.SFXOptions.Clone(),
Callback = callback,
processing = false,
};
queue.Enqueue(settings);
ProcessQueue();
}
public void Enqueue(
ExploderObject exploderObject,
ExploderObject.OnExplosion callback,
bool crack,
params GameObject[] obj)
{
this.queue.Enqueue(exploderObject, callback, crack, obj);
}
public void Initialize(ExploderObject exploder)
{
if (initialized)
{
return;
}
initialized = true;
parameters = new ExploderParams(exploder);
// init pool
FragmentPool.Instance.Reset(parameters);
frameWatch = new Stopwatch();
explosionWatch = new Stopwatch();
crackManager = new CrackManager(this);
bakeSkinManager = new BakeSkinManager(this);
//
// init queue
//
queue = new ExploderQueue(this);
//
// init tasks
//
tasks = new ExploderTask[(int)TaskType.TaskMax];
tasks[(int)TaskType.Preprocess] = new Preprocess(this);
#if DISABLE_MULTITHREADING
tasks[(int)TaskType.ProcessCutter] = new CutterST(this);
#else
if (parameters.ThreadOptions == ExploderObject.ThreadOptions.Disabled)
{
tasks[(int)TaskType.ProcessCutter] = new CutterST(this);
}
else
{
tasks[(int)TaskType.ProcessCutter] = new CutterMT(this);
}
#endif
tasks[(int)TaskType.IsolateMeshIslands] = new IsolateMeshIslands(this);
tasks[(int)TaskType.PostprocessExplode] = new PostprocessExplode(this);
tasks[(int)TaskType.PostprocessCrack] = new PostprocessCrack(this);
PreAllocateBuffers();
audioSource = gameObject.AddComponent <AudioSource>();
}
public void Enqueue(ExploderObject exploderObject, ExploderObject.OnExplosion callback, bool crack, params GameObject[] target)
{
var settings = new ExploderParams(exploderObject)
{
Callback = callback,
Targets = target,
Crack = crack,
processing = false
};
queue.Enqueue(settings);
ProcessQueue();
}
public void Enqueue(
ExploderObject exploderObject,
ExploderObject.OnExplosion callback,
bool crack,
params GameObject[] target)
{
this.queue.Enqueue(new ExploderParams(exploderObject)
{
Callback = callback,
Targets = target,
Crack = crack,
processing = false
});
this.ProcessQueue();
}
// Use this for initialization
void Awake()
{
notePostion = false;
isExploded = false;
revertEvent = false;
framePos = new Vector3[5];
originPos = this.transform.position;
originRotation = this.transform.rotation;
mRigidbody = this.GetComponent <Rigidbody>();
exploderObj = GameObject.FindObjectOfType <Exploder.ExploderObject>() as Exploder.ExploderObject;
revertHandType = Fingo.HandType.Invalid;
canRevertClips = false;
revertTime = 0.0f;
}
public void EnqueuePartialExplosion(ExploderObject exploderObject, ExploderObject.OnExplosion callback,
GameObject target, Vector3 shotDir, Vector3 hitPosition, float bulletSize)
{
var settings = new ExploderParams(exploderObject)
{
Callback = callback,
Target = target,
HitPosition = hitPosition,
BulletSize = bulletSize,
PartialExplosion = true,
ShotDir = shotDir,
processing = false,
};
queue.Enqueue(settings);
ProcessQueue();
}
/// <summary>
/// exploder callback
/// </summary>
private void OnExplosion(float time, ExploderObject.ExplosionState state)
{
// explosion is finished
if (state == ExploderObject.ExplosionState.ExplosionFinished)
{
//!
//! HERE IS THE LIST OF ACTIVE FRAGMENTS
//!
// var list = FragmentPool.Instance.GetActiveFragments();
// NOTE:
// if you run another explosion afterwards and you dont clear or deactivate fragmets in fragment pool
// you might get some of the fragments from old explosion as well
// to deactivate fragments you can call FragmentPool.Instance.DeactivateFragments()
}
}
public override void BeginState(IAiProcess currentState)
{
m_ownerUnit.m_ai.m_dead = true;
m_ownerUnit.Die();
m_ownerUnit.m_unitGagebar.gameObject.SetActive(false);
m_time = 0;
Exploder.ExploderObject l_ExploderObject = m_ownerUnit.GetComponent <Exploder.ExploderObject> ();
if (l_ExploderObject != null)
{
l_ExploderObject.Explode();
}
if (m_UnityActionDeadStart != null &&
m_UnityActionDeadStart.Target != null)
{
m_UnityActionDeadStart.Invoke();
}
}
public void Initialize(ExploderObject exploder)
{
if (this.initialized)
{
return;
}
this.initialized = true;
this.parameters = new ExploderParams(exploder);
FragmentPool.Instance.Reset(this.parameters);
this.frameWatch = new Stopwatch();
this.explosionWatch = new Stopwatch();
this.crackManager = new CrackManager(this);
this.bakeSkinManager = new BakeSkinManager(this);
this.queue = new ExploderQueue(this);
this.tasks = new ExploderTask[6];
this.tasks[1] = (ExploderTask) new Preprocess(this);
this.tasks[2] = this.parameters.ThreadOptions != ExploderObject.ThreadOptions.Disabled ? (ExploderTask) new CutterMT(this) : (ExploderTask) new CutterST(this);
this.tasks[3] = (ExploderTask) new IsolateMeshIslands(this);
this.tasks[4] = (ExploderTask) new PostprocessExplode(this);
this.tasks[5] = (ExploderTask) new PostprocessCrack(this);
this.PreAllocateBuffers();
this.audioSource = (AudioSource)((Component)this).get_gameObject().AddComponent <AudioSource>();
}
public ExploderQueue(ExploderObject exploder)
{
this.exploder = exploder;
queue = new Queue <ExploderSettings>();
}
private void Start()
{
this.Exploder = ExploderSingleton.Instance;
}
/// <summary>
/// set options for fragment rigid bodies and layer
/// </summary>
public void SetFragmentPhysicsOptions(ExploderObject.FragmentOption options, bool physics2d)
{
if (pool != null)
{
var constrains = RigidbodyConstraints.None;
if (options.FreezePositionX)
constrains |= RigidbodyConstraints.FreezePositionX;
if (options.FreezePositionY)
constrains |= RigidbodyConstraints.FreezePositionY;
if (options.FreezePositionZ)
constrains |= RigidbodyConstraints.FreezePositionZ;
if (options.FreezeRotationX)
constrains |= RigidbodyConstraints.FreezeRotationX;
if (options.FreezeRotationY)
constrains |= RigidbodyConstraints.FreezeRotationY;
if (options.FreezeRotationZ)
constrains |= RigidbodyConstraints.FreezeRotationZ;
foreach (var fragment in pool)
{
if (fragment.gameObject)
{
fragment.gameObject.layer = LayerMask.NameToLayer(options.Layer);
}
fragment.SetConstraints(constrains);
fragment.DisableColliders(options.DisableColliders, meshColliders, physics2d);
}
}
}
/// <summary>
/// set options for fragment sound and particle effects
/// </summary>
/// <param name="sfx"></param>
public void SetSFXOptions(ExploderObject.SFXOption sfx)
{
if (pool != null)
{
HitSoundTimeout = sfx.HitSoundTimeout;
MaxEmitters = sfx.EmitersMax;
for (int i = 0; i < pool.Length; i++)
{
pool[i].SetSFX(sfx, i < MaxEmitters);
}
}
}
void Start()
{
Exploder = Utils.ExploderSingleton.Instance;
}
void Start()
{
exploder = GameObject.FindGameObjectWithTag("TheExploder").GetComponent <ExploderObject>();
ForceVector = -Camera.main.transform.up.normalized;
}
/// <summary>
/// apply physical explosion to fragment piece (2D case)
/// </summary>
void ApplyExplosion2D(Transform meshTransform, Vector3 centroid, Vector3 mainCentroid,
ExploderObject.FragmentOption fragmentOption,
bool useForceVector, Vector2 ForceVector, float force, GameObject original,
int targetFragments)
{
var rigid = rigid2D;
// apply fragment mass and velocity properties
var parentVelocity = Vector2.zero;
var parentAngularVelocity = 0.0f;
var mass = fragmentOption.Mass;
// inherit velocity and mass from original object
if (fragmentOption.InheritParentPhysicsProperty)
{
if (original && original.GetComponent<Rigidbody2D>())
{
var parentRigid = original.GetComponent<Rigidbody2D>();
parentVelocity = parentRigid.velocity;
parentAngularVelocity = parentRigid.angularVelocity;
mass = parentRigid.mass / targetFragments;
}
}
Vector2 forceVector = (meshTransform.TransformPoint(centroid) - mainCentroid).normalized;
float angularVelocity = fragmentOption.AngularVelocity * (fragmentOption.RandomAngularVelocityVector ? Random.insideUnitCircle.x : fragmentOption.AngularVelocityVector.y);
if (useForceVector)
{
forceVector = ForceVector;
}
rigid.velocity = forceVector * force + parentVelocity;
rigid.angularVelocity = angularVelocity + parentAngularVelocity;
rigid.mass = mass;
maxVelocity = fragmentOption.MaxVelocity;
}
public void Initialize(ExploderObject exploder)
{
if (initialized)
{
return;
}
initialized = true;
parameters = new ExploderParams(exploder);
// init pool
FragmentPool.Instance.Allocate(parameters.FragmentPoolSize, parameters.MeshColliders, parameters.Use2DCollision, parameters.FragmentPrefab);
FragmentPool.Instance.SetDeactivateOptions(parameters.DeactivateOptions, parameters.FadeoutOptions, parameters.DeactivateTimeout);
FragmentPool.Instance.SetExplodableFragments(parameters.ExplodeFragments, parameters.DontUseTag);
FragmentPool.Instance.SetFragmentPhysicsOptions(parameters.FragmentOptions, parameters.Use2DCollision);
FragmentPool.Instance.SetSFXOptions(parameters.SFXOptions);
frameWatch = new Stopwatch();
explosionWatch = new Stopwatch();
crackManager = new CrackManager();
//
// init queue
//
queue = new ExploderQueue(this);
//
// init tasks
//
tasks = new ExploderTask[(int)TaskType.TaskMax];
tasks[(int)TaskType.Preprocess] = new Preprocess(this);
#if DISABLE_MULTITHREADING
tasks[(int)TaskType.ProcessCutter] = new CutterST(this);
#else
if (parameters.ThreadOptions == ExploderObject.ThreadOptions.Disabled)
{
tasks[(int)TaskType.ProcessCutter] = new CutterST(this);
}
else
{
tasks[(int)TaskType.ProcessCutter] = new CutterMT(this);
}
#endif
tasks[(int)TaskType.IsolateMeshIslands] = new IsolateMeshIslands(this);
tasks[(int)TaskType.PostprocessExplode] = new PostprocessExplode(this);
tasks[(int)TaskType.PostprocessCrack] = new PostprocessCrack(this);
tasks[(int)TaskType.PartialSeparator] = new PartialSeparator(this);
PreAllocateBuffers();
if (parameters.SFXOptions.ExplosionSoundClip)
{
audioSource = gameObject.GetComponent <AudioSource>();
if (!audioSource)
{
audioSource = gameObject.AddComponent <AudioSource>();
}
}
}
/// <summary>
/// apply physical explosion to fragment piece
/// </summary>
public void ApplyExplosion(Transform meshTransform, Vector3 centroid, Vector3 mainCentroid, ExploderObject.FragmentOption fragmentOption,
bool useForceVector, Vector3 ForceVector, float force, GameObject original, int targetFragments)
{
if (rigid2D)
{
ApplyExplosion2D(meshTransform, centroid, mainCentroid, fragmentOption, useForceVector, ForceVector, force, original, targetFragments);
return;
}
var rigid = rigidBody;
// apply fragment mass and velocity properties
var parentVelocity = Vector3.zero;
var parentAngularVelocity = Vector3.zero;
var mass = fragmentOption.Mass;
var useGravity = fragmentOption.UseGravity;
rigid.maxAngularVelocity = fragmentOption.MaxAngularVelocity;
// inherit velocity and mass from original object
if (fragmentOption.InheritParentPhysicsProperty)
{
if (original && original.GetComponent<Rigidbody>())
{
var parentRigid = original.GetComponent<Rigidbody>();
parentVelocity = parentRigid.velocity;
parentAngularVelocity = parentRigid.angularVelocity;
mass = parentRigid.mass / targetFragments;
useGravity = parentRigid.useGravity;
}
}
var forceVector = (meshTransform.TransformPoint(centroid) - mainCentroid).normalized;
var angularVelocity = fragmentOption.AngularVelocity * (fragmentOption.RandomAngularVelocityVector ? Random.onUnitSphere : fragmentOption.AngularVelocityVector);
if (useForceVector)
{
forceVector = ForceVector;
}
rigid.velocity = forceVector * force + parentVelocity;
rigid.angularVelocity = angularVelocity + parentAngularVelocity;
rigid.mass = mass;
maxVelocity = fragmentOption.MaxVelocity;
rigid.useGravity = useGravity;
}
public void SetSFX(ExploderObject.SFXOption sfx, bool allowParticle)
{
audioClip = sfx.FragmentSoundClip;
if (audioClip && !audioSource)
{
audioSource = gameObject.AddComponent<AudioSource>();
}
if (sfx.FragmentEmitter && allowParticle)
{
if (!particleChild)
{
var dup = Instantiate(sfx.FragmentEmitter) as GameObject;
if (dup)
{
particleChild = new GameObject("Particles");
particleChild.transform.parent = gameObject.transform;
dup.transform.parent = particleChild.transform;
}
}
if (particleChild)
{
emmiters = particleChild.GetComponentsInChildren<ParticleEmitter>();
}
emmitersTimeout = sfx.ParticleTimeout;
stopEmitOnTimeout = emmitersTimeout > 0.0f;
}
else
{
if (particleChild)
{
Destroy(particleChild);
emmitersTimeout = -1.0f;
stopEmitOnTimeout = false;
}
}
}
public void Enqueue(ExploderObject.OnExplosion callback, GameObject obj)
{
var settings = new ExploderSettings(exploder)
{
Callback = callback,
Target = obj,
processing = false
};
queue.Enqueue(settings);
ProcessQueue();
}
public ExploderQueue(ExploderObject exploder)
{
this.exploder = exploder;
queue = new Queue<ExploderSettings>();
}
public void Enqueue(ExploderObject exploderObject, ExploderObject.OnExplosion callback, GameObject obj, bool crack)
{
queue.Enqueue(exploderObject, callback, obj, crack);
}
void Start()
{
Exploder = Utils.ExploderSingleton.ExploderInstance;
}
public void Enqueue(ExploderObject exploderObject, ExploderObject.OnExplosion callback, GameObject obj, Vector3 shotDir, Vector3 hitPosition, float bulletSize)
{
}