protected override IEnumerable <(int tag, Type type, Action <Entity, EntityManager> init)> ComponentDescriptions()
{
yield return(CS_D, typeof(OnCreateMessage), /**/ null);
yield return(CS_M, typeof(OnDestroyMessage), /**/ null);
yield return(CS_D, typeof(Actor), /**/ (e, m) => m.SetComponentData(e, new Actor {
actorType = actorType
}));
yield return(CS_D, typeof(ActorOwner), /**/ null);
yield return(C__D, typeof(ActorId), /**/ null);
yield return(CS_D, typeof(ActorLifetime), /**/ (e, m) => m.SetComponentData(e, new ActorLifetime {
lifetime = lifetime, value = lifetime
}));
yield return(_S_D, typeof(ActorVisibleDistanceOnCD), /**/ (e, m) => m.SetComponentData(e, new ActorVisibleDistanceOnCD {
isUnlimited = false
}));
yield return(_S_D, typeof(ActorVisibleDistanceOnSync), /**/ (e, m) => m.SetComponentData(e, new ActorVisibleDistanceOnSync
{
syncType = SyncActorType.RB_Translation_Rotation_Velocity, perFrame = autoExplosionByTouch ? PerFrame._5 : PerFrame._3
}));
yield return(_S_P, typeof(EntityBehaviour), /**/ EntityBehaviour._initComponent);
yield return(C__P, typeof(EntityBehaviour), /**/ EntityBehaviour._removeComponent);
yield return(CS_D, typeof(Transform), /**/ null);
yield return(_S_D, typeof(Transform_Out), /**/ null); //有刚体才需要有Transform_Out 需要把刚体模拟后的坐标传回给Translation,Rotation, 只有服务器需要
yield return(CS_D, typeof(Translation), /**/ null);
yield return(CS_D, typeof(Rotation), /**/ null);
yield return(_S_D, typeof(Transform_In_OnCreate), /**/ null); //通过控制刚体来控制Transform 所以这里只需要初始化时给Transform赋值就可以了
yield return(C__D, typeof(TransformSmooth_In), /**/ (e, m) => m.SetComponentData(e, new TransformSmooth_In {
smoothTime = smoothTime, rotationLerpT = rotationLerpT
}));
yield return(CS_D, typeof(Rigidbody), /**/ (e, m) => _initRigidbody(e, m, mass, linearDrag, angularDrag));
yield return(_S_D, typeof(Rigidbody_Out), /**/ null);
yield return(CS_D, typeof(RigidbodyVelocity), /**/ null);
yield return(CS_D, typeof(Rigidbody_In), /**/ null);
if (autoExplosionByTouch == false)
{
yield return(_S_D, typeof(RigidbodyForce), /**/ null);
yield return(_S_D, typeof(RigidbodyTorque), /**/ null);
}
//yield return (_S, typeof(ActorAttribute3Base<_HP>), /**/ (e, m) => m.SetComponentData(e, new ActorAttribute3Base<_HP> { max = HP, regain = HPRegain }));
yield return(_S_D, typeof(ActorAttribute3 <_HP>), /**/ (e, m) => m.SetComponentData(e, new ActorAttribute3 <_HP> {
max = hp, regain = 0f, value = hp
}));
yield return(_S_D, typeof(ActorAttribute3Modifys <_HP>), /**/ null);
yield return(_S_D, typeof(KillersOnActorDeath), /**/ null);
yield return(_S_D, typeof(ActorCreateOnDestroy), /**/ (e, m) => m.SetComponentData(e, new ActorCreateOnDestroy {
actorType = (short)explosionType, offset = explosionOffset
}));
yield return(CS_D, typeof(WeaponCreator), /**/ null);
yield return(C__D, typeof(WeaponFireFx), /**/ null);
if (findTarget)
{
yield return(_S_P, typeof(OnTrigger), /**/ (e, m) => OnTrigger._initComponent(m.GetComponentObject <Transform>(e).GetChild(OnTrigger_TransformIndex).GetComponent <OnTrigger>(), e, m, false, true, false, false));
yield return(C__P, typeof(OnTrigger), /**/ (e, m) => OnTrigger._removeComponent(m.GetComponentObject <Transform>(e).GetChild(OnTrigger_TransformIndex), e, m));
yield return(_S_D, typeof(PhysicsTriggerResults), /**/ null);
yield return(_S_D, typeof(FindTraceTarget), /**/ (e, m) => m.SetComponentData(e, new FindTraceTarget {
targetVelocityScale = targetVelocityScale
}));
yield return(_S_D, typeof(TracePoint), /**/ null);
yield return(_S_D, typeof(TraceDirectionData), /**/ (e, m) => m.SetComponentData(e, new TraceDirectionData {
enable = false, targetAngleOffset = float.MaxValue, lastTargetAngleOffset = float.MaxValue
}));
yield return(_S_D, typeof(TraceDirection), /**/ null);
yield return(_S_D, typeof(ControlForceDirection), /**/ (e, m) => m.SetComponentData(e, new ControlForceDirection {
force = force, maxVelocity = maxVelocity,
}));
yield return(_S_D, typeof(ControlTorqueDirection), /**/ null);
yield return(_S_D, typeof(ControlTorqueAngular), /**/ (e, m) => m.SetComponentData(e, new ControlTorqueAngular {
torque = torque, maxTorque = maxTorque,
}));
}
else if (gotoTargetPoint)
{
yield return(_S_D, typeof(TracePoint), /**/ null);
yield return(_S_D, typeof(TraceDirectionData), /**/ (e, m) => m.SetComponentData(e, new TraceDirectionData {
enable = true, cancelOnGotoTargetPoint = cancelOnGotoTargetPoint, cancelAngle = cancelAngle, targetAngleOffset = float.MaxValue, lastTargetAngleOffset = float.MaxValue
}));
yield return(_S_D, typeof(TraceDirection), /**/ null);
yield return(_S_D, typeof(ControlForceDirection), /**/ (e, m) => m.SetComponentData(e, new ControlForceDirection {
force = force, maxVelocity = maxVelocity,
}));
yield return(_S_D, typeof(ControlTorqueDirection), /**/ null);
yield return(_S_D, typeof(ControlTorqueAngular), /**/ (e, m) => m.SetComponentData(e, new ControlTorqueAngular {
torque = torque, maxTorque = maxTorque,
}));
}
else if (autoExplosionByTouch == false)
{
yield return(_S_D, typeof(ControlForceDirection), /**/ (e, m) => m.SetComponentData(e, new ControlForceDirection {
force = force, maxVelocity = maxVelocity,
}));
yield return(_S_D, typeof(ControlTorqueDirection), /**/ null);
yield return(_S_D, typeof(ControlTorqueAngular), /**/ (e, m) => m.SetComponentData(e, new ControlTorqueAngular {
torque = torque, maxTorque = maxTorque,
}));
}
if (layerMask != 0)
{
yield return(_S_D, typeof(OnPhysicsCallMessage), /**/ null);
yield return(_S_D, typeof(ChildTransform_Out), /**/ (e, m) => m.SetComponentData(e, new ChildTransform_Out {
childIndex0 = Raycast_TransformIndex, childIndex1 = -1,
}));
yield return(_S_D, typeof(LastPosition), /**/ null);
yield return(_S_D, typeof(PhysicsLinecast), /**/ (e, m) => m.SetComponentData(e, new PhysicsLinecast {
layerMask = layerMask
}));
yield return(_S_D, typeof(PhysicsRaycastResults), /**/ null);
}
if (autoExplosionByAngle)
{
yield return(_S_D, typeof(MissileAutoExplosionByAngle), /**/ null);
}
if (autoExplosionByTouch)
{
yield return(_S_P, typeof(OnTrigger), /**/ (e, m) => OnTrigger._initComponent(m.GetComponentObject <Transform>(e).GetChild(OnTrigger_TransformIndex).GetComponent <OnTrigger>(), e, m, false, true, false, false));
yield return(C__P, typeof(OnTrigger), /**/ (e, m) => OnTrigger._removeComponent(m.GetComponentObject <Transform>(e).GetChild(OnTrigger_TransformIndex), e, m));
yield return(_S_D, typeof(PhysicsTriggerResults), /**/ null);
yield return(_S_D, typeof(MissileAutoExplosionByTouche), /**/ (e, m) => m.SetComponentData(e, new MissileAutoExplosionByTouche {
beginForce = beginForce, beginTorque = beginTorque,
}));
}
yield return(_S_D, typeof(MissilePhysics), /**/ (e, m) => m.SetComponentData(e, new MissilePhysics
{
accelerateByFindTarget = accelerateByFindTarget,
forceByTarget = forceByTarget,
maxVelocityByTarget = maxVelocityByTarget,
}));
yield return(_S_D, typeof(Missile), /**/ null);
}
