public override void collide(object sender, CActor collider)
{
if (!Map.CMapManager.mapSwapIssued)
{
CMasterControl.mapManager.swapMap(_mapName, "player", _playerPosition, Map.CMapManager.TRANSITION_FADE_TO_BLACK);
}
}
public override void collide(object sender, CActor collider)
{
if (collider is Items.shields.CBaseShield)
{
_killMe = true;
}
}
public override void collide(object sender, CActor collider)
{
if (collider is Actors.Collision.CSolidTile)
{
_changeDirection();
solidCollide(collider);
}
else if (collider is Actors.Projectiles.CBomb && collider.state == ACTOR_STATES.EXPLODE)
{
_killMe = true;
}
else if (collider is Items.Swords.CSword)
{
_killMe = true;
}
else if (collider is Player.CPlayer)
{
if (_state == ACTOR_STATES.MOVING)
{
_state = ACTOR_STATES.HOLD;
collider.stun(-1);
_loseShieldTimer = 0;
_actorToHug = collider;
_actorToHug.state = ACTOR_STATES.INVISIBLE;
startTimer2(60);
}
}
}
public CHitBox(CActor actor, float offsetx, float offsety, float width, float height)
{
_halfSize = new Vector2(width * .5f, height * .5f);
_center = new Vector2(offsetx + _halfSize.X, offsety + _halfSize.Y);
this.actor = actor;
_topLeftAngle = MathExt.MathExt.angle(_center, offset);
_topRightAngle = MathExt.MathExt.angle(_center, new Vector2(offset.X + halfWidth * 2, offset.Y));
_bottomLeftAngle = _topRightAngle + 180;
_bottomRightAngle = _topLeftAngle + 180;
_topLeft = new Vector2(_center.X - _halfSize.X, _center.Y - _halfSize.Y);
_topRight = new Vector2(_center.X + _halfSize.X, _center.Y - _halfSize.Y);
_bottomLeft = new Vector2(_center.X - _halfSize.X, _center.Y + _halfSize.Y);
_bottomRight = new Vector2(_center.X + _halfSize.X, _center.Y + _halfSize.Y);
//Prepare texture for rendering hitbox when needed(Only done for the first hitbox, as they share the texture)
if (texture == null)
{
//Make a single pixel with transparency that we later stretch to the size of our hitbox
texture = new Texture2D(CGraphics.GPU, 1, 1, false, SurfaceFormat.Color);
Color[] c = new Color[1];
c[0] = Color.FromNonPremultiplied(255, 0, 0, 200);
texture.SetData <Color>(c);
}
}
public override void collide(object sender, CActor collider)
{
if (collider is Player.CPlayer)
{
collider.dealDamange(2, collider);
}
if (collider is Items.Swords.CSword && !_isReal)
{
collider.shock();
}
if (collider is Projectiles.CArrow)
{
_wasStruckByArrow = true;
if (!_isReal)
{
_removeCurrentPosition(true);
Items.Drops.CArrowDrop arrow = new Items.Drops.CArrowDrop();
arrow.init(_name + "_arrowDrop" + Collision.CHitBox.produceRandomName(), _position, "", this.componentAddress);
arrow.layer = this.layer;
Map.CMapManager.addActorToComponent(arrow, this.componentAddress);
}
collider.killMe = true;
_arrowResponse();
}
}
public override void collide(object sender, CActor collider)
{
if (_state != "Lift" && collider is CSolidTile)
{
solidCollide(collider);
}
}
public override void collide(object sender, CActor collider)
{
if (collider is Projectiles.CBomb)
{
if (collider.state == ACTOR_STATES.EXPLODE)
{
if (_hasShell)
{
_hasShell = false;
swapImage(_WALK_NOSHELL);
_invulernable = true;
startTimer1(200);
}
else if (!_invulernable)
{
_killMe = true;
}
}
}
if (!_hasShell && !_invulernable)
{
if (collider is Projectiles.CProjectile)
{
_killMe = true;
}
}
}
public override void collide(object sender, CActor collider)
{
base.collide(sender, collider);
if (collider is Collision.CSolidTile)
{
solidCollide(collider);
}
}
void Start()
{
m_Actor = new CActor();
m_Client = new Net.Tcp.TcpClient(m_Actor);
m_Client.Start();
Tools.GetComponent <Tools>().SendJoinGameReq();
DontDestroyOnLoad(gameObject);
}
public override void collide(object sender, CActor collider)
{
if (_state != ACTOR_STATES.INVISIBLE)
{
base.collide(sender, collider);
_yieldToPlayer();
}
}
public override void collide(object sender, CActor collider)
{
if (collider is Projectiles.CFireBall)
{
_killMe = true;
Graphics.CEffects.createEffect(Graphics.CTextures.EFFECT_FIRE_BALL_SMALL, _position, 9);
CMasterControl.buttonController.createTextBox("Your shield was burned!");
}
}
public void addSpriteToList(int depth, CActor sprite)
{
if (!_drawList.ContainsKey(depth))
{
_drawList.Add(depth, new List <CActor>());
}
_drawList[depth].Add(sprite);
}
public override void collide(object sender, CActor collider)
{
base.collide(sender, collider);
if (!(collider is Actors.NPC.Enemies.Poe.CPoe))
{
_killMe = true;
}
}
public override void collide(object sender, CActor collider)
{
base.collide(sender, collider);
if (collider is Player.CPlayer)
{
_killMe = true;
collider.stun(_STUN_TIME);
CMasterControl.audioPlayer.addSfx(CMasterControl.audioPlayer.soundBank["Npc:redead:screech"]);
}
}
public override void collide(object sender, CActor collider)
{
if (collider is Player.CPlayer)
{
if (!INVINCIBLE_STATES.Contains(collider.state))
{
collider.shock();
collider.dealDamange(2, collider);
}
}
}
public CActor removeActorFromComponent(int componentAddress, CActor actor)
{
var toRemove = _componentRegistry[componentAddress].actors.Where(pair => pair.Value == actor)
.Select(pair => pair)
.ToList();
CActor outPut = toRemove[0].Value;
_componentRegistry[componentAddress].actors.Remove(toRemove[0].Key);
return(outPut);
}
public override void collide(object sender, CActor collider)
{
if (_state == ACTOR_STATES.FOLLOW_PLAYER)
{
if (collider is Player.CPlayer)
{
_killMe = true;
CMasterControl.audioPlayer.stopSfx(CMasterControl.audioPlayer.soundBank["Items:boomerang"]);
}
}
}
// Use this for initialization
void Start()
{
_currentPrice = 3;
Debug.Log(_currentPrice.ToString());
CActor tActor;
tActor = new CActor();
tActor.DoDo();
}
public void CreateRyu()
{
//툴에서 연결하지 않고 소스코드상에서 연결한다.
mpUI = FindObjectOfType <CUI> ();
mpActor = FindObjectOfType <CActor> ();
mpEnemy = FindObjectOfType <CEnemy> ();
mpUI.CreateRyu();
mpUI.SetScene(this);
}
public void removeSpriteFromDrawList(CActor sprite)
{
int depth = sprite.drawDepth;
if (!_drawList.ContainsKey(depth))
{
return;
}
_drawList[depth].Remove(sprite);
}
public void changeSpriteDepth(CActor sprite, int currentDepth, int newDepth)
{
_drawList[currentDepth].Remove(sprite);
if (!_drawList.ContainsKey(newDepth))
{
_drawList.Add(newDepth, new List <CActor>());
}
_drawList[newDepth].Add(sprite);
sprite.drawDepth = newDepth;
}
public void addActorToComponent(CActor actor, int componentId)
{
CComponent component = queryComponentRegistry(componentId);
if (component != null && component.actors != null && !component.actors.ContainsKey(actor.name))
{
component.addActor(actor, actor.name);
addToActorRegistry(actor);
_layers[actor.layer].addToDrawList(actor);
}
}
public override void collide(object sender, CActor collider)
{
_killMe = true;
if (collider is Player.CPlayer)
{
if (!INVINCIBLE_STATES.Contains(collider.state))
{
collider.dealDamange(4, collider);
}
}
}
void Create()
{
CActor pnn = new CActor();
pnn.value = int.Parse(Firstvalue.Text);
pnn.flagfit = 0;
processes.Add(pnn);
CActor pnn1 = new CActor();
pnn1.value = int.Parse(Secondvalue.Text);
pnn.flagfit = 0;
processes.Add(pnn1);
CActor pnn2 = new CActor();
pnn.flagfit = 0;
pnn2.value = int.Parse(Thirdvalue.Text);
processes.Add(pnn2);
CActor pnn3 = new CActor();
pnn.flagfit = 0;
pnn3.value = int.Parse(Fourthvalue.Text);
processes.Add(pnn3);
CActor pnn4 = new CActor();
pnn4.value = int.Parse(textBox1.Text);
portions.Add(pnn4);
CActor pnn5 = new CActor();
pnn5.value = int.Parse(textBox2.Text);
portions.Add(pnn5);
CActor pnn6 = new CActor();
pnn6.value = int.Parse(textBox3.Text);
portions.Add(pnn6);
CActor pnn7 = new CActor();
pnn7.value = int.Parse(textBox4.Text);
portions.Add(pnn7);
CActor pnn8 = new CActor();
pnn8.value = int.Parse(textBox5.Text);
portions.Add(pnn8);
//MessageBox.Show("Processes are" + processes[0].value + ", " + processes[1].value + ", " + processes[2].value + ", " + processes[3].value);
}
public override void collide(object sender, CActor collider)
{
if (collider is Items.Swords.CSword)
{
if (_state != ACTOR_STATES.KNOCKBACK)
{
//start a moveback timer
//change state to knockBack
startTimer0(10);
_state = ACTOR_STATES.KNOCKBACK;
}
}
}
public override void collide(object sender, CActor collider)
{
if (collider is Player.CPlayer)
{
if (CMasterControl.hasFlippers)
{
}
else
{
_drownPlayer(collider);
}
}
}
public override void collide(object sender, CActor collider)
{
base.collide(sender, collider);
if (collider is Player.CPlayer)
{
if (!INVINCIBLE_STATES.Contains(collider.state))
{
collider.freeze();
collider.dealDamange(1, collider);
}
}
}
private void solidCollide(CActor collider)
{
//Calculate How much to move to get out of collision moving towards last collisionless point
CHitBox otherbox = collider.hitBox;
//Calculate how far in we went
float distx = (collider.position.X + otherbox.center.X) - (position.X + hitBox.center.X);
distx = (float)Math.Sqrt(distx * distx);
float disty = (position.Y + hitBox.center.Y) - (collider.position.Y + otherbox.center.Y);
disty = (float)Math.Sqrt(disty * disty);
float lenx = hitBox.halfWidth + otherbox.halfWidth;
float leny = hitBox.halfHeight + otherbox.halfHeight;
int px = 1;
int py = 1;
if (collider.position.X + otherbox.center.X < position.X + hitBox.center.X)
{
px = -1;
}
if (collider.position.Y + otherbox.center.Y < position.Y + hitBox.center.Y)
{
py = -1;
}
float penx = px * (distx - lenx);
float peny = py * (disty - leny);
//Resolve closest to previous position
float diffx = (position.X + penx) - _oldPosition.X;
diffx *= diffx;
float diffy = (position.Y + peny) - _oldPosition.Y;
diffy *= diffy;
if (diffx < diffy)
{
_position.X += penx; //TODO: dont make a new vector every time
}
else if (diffx > diffy)
{
_position.Y += peny; //Same here
}
else
{
position = new Vector2(position.X + penx, position.Y + peny); //Corner cases
}
}
public override void collide(object sender, CActor collider)
{
_cancelPath();
if (_state == ACTOR_STATES.EXPLODE)
{
}
else
{
if (collider is Actors.Collision.CSolidTile || collider is Actors.NPC.Enemies.CBaseEnemy || collider is Items.shields.CBaseShield)
{
_blowUp();
}
}
}
Vector3 _vecStartingPos; // Pose and rotation stored so we can return to 'configure' game mode at any time
#endregion Fields
#region Methods
public static CJointDriver Create(CActor oActor, CJointDriver oJointDrvParent, string sNameBone, float nDriveStrengthMult, float nMass, float XL, float XH, float YHL, float ZHL, int nFinalized=0)
{
Transform oTransform;
if (oJointDrvParent == null)
oTransform = CUtility.FindChild(oActor._oBody._oBodyBase._oBonesT, sNameBone); // Finding bone when root is different. ###IMPROVE: Can be simplified to just always top bone? (e.g. Why does 'Bones' have a single top bone 'chestUpper' when the could be merged?)
else
oTransform = CUtility.FindChild(oJointDrvParent.transform, sNameBone);
if (oTransform == null)
CUtility.ThrowException("CJointDriver.Create() cannot find bone " + sNameBone);
CJointDriver oJointDriver = CUtility.FindOrCreateComponent(oTransform.gameObject, typeof(CJointDriver)) as CJointDriver;
oJointDriver.Initialize(oActor, oJointDrvParent, nDriveStrengthMult, nMass, XL, XH, YHL, ZHL, nFinalized!=0);
return oJointDriver;
}
public override void collide(object sender, CActor collider)
{
base.collide(sender, collider);
if (collider is Projectiles.CArrow)
{
Projectiles.CArrow arrow = (Projectiles.CArrow)collider;
if (arrow.isIce)
{
_state = ACTOR_STATES.FROZEN;
swapImage(_IDLE);
CMasterControl.commNet[this.componentAddress].Add(new CActorPacket(0, _name + "lantern", this));
startTimer1(1800);
}
}
}
public virtual void SetActor(CActor actor)
{
if (actor == null)
{
return;
}
_actor = actor;
Vector3 s, t;
Quaternion r;
bool success = actor.Matrix.Decompose(out s, out r, out t);
if (!success) throw new Exception();
_scale = Matrix.CreateScale(s);
_translation = Matrix.CreateTranslation(t);
_actorRotation = Matrix.CreateFromQuaternion(r);
}
public static NonCar GenerateNonCar(CActor actor, List<NoncarFile> nonCars)
{
if (actor.Model == null) return null;
if (actor.Name.StartsWith("&"))
{
int index = int.Parse(actor.Name.Substring(1, 2));
NoncarFile nonCarFile = nonCars.Find(a => a.IndexNumber == index);
if (nonCarFile == null)
{
Debug.WriteLine("No noncar matching " + actor.Name);
return null;
}
ActorDescription actorDesc = new ActorDescription();
actorDesc.BodyDescription = new BodyDescription() { Mass = nonCarFile.Mass };
BoxShapeDescription boxDesc = new BoxShapeDescription();
boxDesc.Size = nonCarFile.BoundingBox.GetSize();
boxDesc.LocalPosition = nonCarFile.BoundingBox.GetCenter();
actorDesc.Shapes.Add(boxDesc);
foreach (Vector3 extraPoint in nonCarFile.ExtraBoundingBoxPoints)
{
SphereShapeDescription extra = new SphereShapeDescription(0.2f);
extra.LocalPosition = extraPoint;
extra.Mass = 0;
actorDesc.Shapes.Add(extra);
}
Vector3 scaleout, transout;
Quaternion b;
bool success = actor.Matrix.Decompose(out scaleout, out b, out transout);
//if (!success) throw new Exception();
Matrix m =
Matrix.CreateFromQuaternion(b) *
Matrix.CreateTranslation(transout);
StillDesign.PhysX.Actor instance = PhysX.Instance.Scene.CreateActor(actorDesc);
instance.GlobalPose = m;
instance.SetCenterOfMassOffsetLocalPosition(nonCarFile.CenterOfMass);
instance.Group = PhysXConsts.NonCarId;
//foreach (Shape s in instance.Shapes)
// s.SetFlag(ShapeFlag.Visualization, false);
NonCar noncar = new NonCar { Config = nonCarFile, CActor = actor };
instance.UserData = noncar;
actor.AttachToPhysX(instance);
if (nonCarFile.BendAngleBeforeSnapping > 0)
{
noncar.AttachToGround();
}
instance.Sleep();
return noncar;
}
else
{
return null;
}
}
public ActFile(string filename)
{
Stream file = OpenDataFile(filename);
if (!Exists)
return;
EndianBinaryReader reader = new EndianBinaryReader(EndianBitConverter.Big, file);
CActor currentActor = null;
Stack<CActor> actorStack = new Stack<CActor>();
List<CActor> flatActorList = new List<CActor>();
while (true)
{
int blockLength = 0;
ActorBlockType blockType = (ActorBlockType)reader.ReadInt32();
blockLength = reader.ReadInt32();
switch (blockType)
{
case ActorBlockType.Name:
currentActor = new CActor();
if (actorStack.Count == 0)
{
_actors.Add(currentActor);
}
else
{
CActor parent = actorStack.Peek();
currentActor.Parent = parent;
parent.Children.Add(currentActor);
}
flatActorList.Add(currentActor);
actorStack.Push(currentActor);
currentActor.Flags = reader.ReadBytes(2);
currentActor.SetName(ReadNullTerminatedString(reader));
break;
case ActorBlockType.TransformMatrix:
Matrix matrix = new Matrix();
matrix.M11 = reader.ReadSingle();
matrix.M12 = reader.ReadSingle();
matrix.M13 = reader.ReadSingle();
matrix.M21 = reader.ReadSingle();
matrix.M22 = reader.ReadSingle();
matrix.M23 = reader.ReadSingle();
matrix.M31 = reader.ReadSingle();
matrix.M32 = reader.ReadSingle();
matrix.M33 = reader.ReadSingle();
matrix.M41 = reader.ReadSingle();
matrix.M42 = reader.ReadSingle();
matrix.M43 = reader.ReadSingle();
matrix.M44 = 1;
currentActor.Matrix = matrix;
break;
case ActorBlockType.HierarchyStart:
//Debug.WriteLine("Hierarchy start");
break;
case ActorBlockType.ActorEnd:
actorStack.Pop();
//Debug.WriteLine("Hierarchy end");
break;
case ActorBlockType.MaterialNames:
currentActor.MaterialName = ReadNullTerminatedString(reader);
break;
case ActorBlockType.ModelName:
string modelName = ReadNullTerminatedString(reader);
currentActor.ModelName = modelName;
break;
case ActorBlockType.BoundingBox:
currentActor.BoundingBox = new BoundingBox(
new Vector3(reader.ReadSingle(), reader.ReadSingle(), reader.ReadSingle()) * GameVars.Scale,
new Vector3(reader.ReadSingle(), reader.ReadSingle(), reader.ReadSingle()) * GameVars.Scale
);
break;
case ActorBlockType.Null:
break;
default:
reader.Seek(blockLength, SeekOrigin.Current);
break;
}
if (reader.BaseStream.Position == reader.BaseStream.Length)
break;
}
reader.Close();
_actors.ResolveMaterials();
}
public void Initialize(CActor oActor, CJointDriver oJointDrvParent, float nDriveStrengthMult, float nMass, float XL, float XH, float YHL, float ZHL, bool bFinalized)
{
_oActor = oActor;
_oJointDrvParent = oJointDrvParent;
_nDriveStrengthMult = nDriveStrengthMult;
_vecStartingPos = transform.localPosition;
_quatStartingRotation = transform.localRotation;
if (CGame.INSTANCE.BoneDebugMode && bFinalized == false) { // Set debug limits if in debug mode (so we can fully rotate along all axis for game-time tuning) unless bone is 'finalized' in which do apply the supplied limits
_XH = _YHL = _ZHL = 177f; // Set limit angles to maximum value in bone debug mode (so runtime bone debugger can move all bones and all axis all the way)
_XL = -_XH;
} else {
_XL = XL;
_XH = XH;
_YHL = YHL;
_ZHL = ZHL;
}
//=== Create the rigid body for our bone ===
_oRigidBody = (Rigidbody)CUtility.FindOrCreateComponent(gameObject, typeof(Rigidbody)); //###TODO: Add a "CRigidBodyWake"???
_oRigidBody.mass = nMass;
_oRigidBody.drag = 1.5f; //###TODO!! //###DESIGN: Which drag?? //###TUNE!!!!! ###IMPROVE: Different settings for arms & legs???
_oRigidBody.angularDrag = 1.5f; //###TUNE!!!!
_oRigidBody.sleepThreshold = 0; // Ensure the rigid body never sleeps!
//=== Process special handling needed when we are root (we are kinematic and we have no joint to parent) ===
if (_oJointDrvParent == null) { // If we have a null parent then we're the root and we're kinematic with no joint to anyone!
_oRigidBody.isKinematic = true;
}
else {
//=== If we have a parent then we are not kinematic and rotate by PhysX simulation ===
_oRigidBody.isKinematic = false;
//=== Create the D6 configurable joint between our parent and us ===
_oConfJoint = (ConfigurableJoint)CUtility.FindOrCreateComponent(gameObject, typeof(ConfigurableJoint)); //###TODO: Add a "CRigidBodyWake"???
_oConfJoint.connectedBody = _oJointDrvParent._oRigidBody;
//=== Set the joint limits as per our arguments ===
bool bInvertX = (_XL > _XH); //###OBS??? If the logical range is inverted we can't send this to PhysX as lowAngularXLimit MUST be < than highAngularXLimit!
if (bInvertX)
CUtility.ThrowException("Inverted XL / XH in bone " + gameObject.name); //###CHECK
SoftJointLimit oJL = new SoftJointLimit(); //###IMPROVE: Has other fields that could be of use?
oJL.limit = bInvertX ? _XH : _XL; _oConfJoint. lowAngularXLimit = oJL; // X is the high-functionality axis with separately-defined Xmin and Xmax... Y and Z only have a +/- range around zero, so we are forced to raise the lower half to match the other side
oJL.limit = bInvertX ? _XL : _XH; _oConfJoint.highAngularXLimit = oJL;
oJL.limit = _YHL; _oConfJoint. angularYLimit = oJL; //###NOTE! Hugely inconvenient feature of D6 joint is Y & Z must be symmetrical!! Make sure bone is oriented so X is used for the assymetrical rotation!!
oJL.limit = _ZHL; _oConfJoint. angularZLimit = oJL;
//=== Set joint axis defaults (before overriding some of them) ===
_oConfJoint.xMotion = _oConfJoint.yMotion = _oConfJoint.zMotion = ConfigurableJointMotion.Locked;
_oConfJoint.angularXMotion = _oConfJoint.angularYMotion = _oConfJoint.angularZMotion = ConfigurableJointMotion.Limited; //###DESIGN? Limited vs Free?
//=== Free the axis that don't need driving === ###CHECK: Safe???
if (_XL == 0f && _XH == 0f) _oConfJoint.angularXMotion = ConfigurableJointMotion.Free; // If an axis is unused set it //free to reduce PhysX workload ###CHECK: Is this ever invoked? Does it make joint fail if not all three axis driven??
if (_YHL == 0f) _oConfJoint.angularYMotion = ConfigurableJointMotion.Free; //###DESIGN: Verify unsetting!
if (_ZHL == 0f) _oConfJoint.angularZMotion = ConfigurableJointMotion.Free; //###NOTE: SLERP needs all three axis by definition... But Limited of little / no use if we drive all the time (less PhysX overhead))
//=== Set the configurable joint drive strength ===
JointDrive oDrive = new JointDrive();
oDrive.positionSpring = _nDriveStrengthMult * CGame.INSTANCE.BoneDriveStrength; // Final spring strength is the global constant multiplied by the provided multiplier... makes it easy to adjust whole-body drive strength
oDrive.positionDamper = 0; //###TODO!!!!! ###TUNE?
oDrive.maximumForce = float.MaxValue; //###IMPROVE: Some reasonable force to prevent explosions??
//oDrive.mode = JointDriveMode.Position;
_oConfJoint.slerpDrive = oDrive;
_oConfJoint.rotationDriveMode = RotationDriveMode.Slerp; // Slerp is really the only useful option for bone driving. (Many other features of D6 joint!!!)
//=== If we're a node on the right side, copy the collider defined on our twin node on the left side ===
if (_oActor._eBodySide == EBodySide.Right) {
Transform oNodeSrc = CUtility.FindSymmetricalBodyNode(transform.gameObject);
//Debug.Log("Collider copy " + oNodeSrc.name);
Collider oColBaseSrc = oNodeSrc.GetComponent<Collider>();
if (oColBaseSrc.GetType() == typeof(CapsuleCollider)) {
CapsuleCollider oColSrc = (CapsuleCollider)oColBaseSrc;
CapsuleCollider oColDst = (CapsuleCollider)CUtility.FindOrCreateComponent(transform, typeof(CapsuleCollider));
oColDst.center = oColSrc.center;
oColDst.radius = oColSrc.radius;
oColDst.height = oColSrc.height;
oColDst.direction = oColSrc.direction;
} else if (oColBaseSrc.GetType() == typeof(BoxCollider)) {
BoxCollider oColSrc = (BoxCollider)oColBaseSrc;
BoxCollider oColDst = (BoxCollider)CUtility.FindOrCreateComponent(transform, typeof(BoxCollider));
oColDst.center = oColSrc.center;
oColDst.size = oColSrc.size;
}
}
}
}
