void setFace(UnitFaceDirection pFace)
{
_face = pFace;
var lScale = turnObject.localScale;
lScale.x = -lScale.x;
turnObject.localScale = lScale;
}
public Transform prepareProduce()
{
switch(nowProduceDirection)
{
case UnitFaceDirection.left:
nowProduceDirection = UnitFaceDirection.right;
strongholdAnimation.CrossFade("leftProduce",0.1f);
if (Network.isServer)
networkView.RPC("RPCLeftProduce", RPCMode.Others);
return leftProduceTransform;
case UnitFaceDirection.right:
nowProduceDirection = UnitFaceDirection.left;
strongholdAnimation.CrossFade("rightProduce", 0.1f);
if (Network.isServer)
networkView.RPC("RPCRightProduce", RPCMode.Others);
return rightProduceTransform;
default:
Debug.LogError("no the direction");
return null;
}
}
public static int toSerializeNetworkView(UnitFaceDirection pFace)
{
return pFace == UnitFaceDirection.left ? 0 : 1;
}
public static int getValue(UnitFaceDirection type)
{
if (type == UnitFaceDirection.left)
return -1;
return 1;
}
public void calculateFace(UnitFaceDirection pLastFace)
{
//if (FaceLeft != FaceRight)
//{
// if (FaceLeft && pLastFace == UnitFaceDirection.right)
// {
// face = UnitFaceDirection.left;
// //Debug.Log("Change to left");
// return true;
// }
// if (FaceRight && pLastFace == UnitFaceDirection.left)
// {
// face = UnitFaceDirection.right;
// //Debug.Log("Change to right");
// return true;
// }
//}
//face = pLastFace;
//return false;
if (FaceLeft != FaceRight)
{
if (FaceLeft)
{
face = UnitFaceDirection.left;
return ;
}
else//if (FaceRight)
{
face = UnitFaceDirection.right;
return ;
}
}
face = pLastFace;
}
//������������ķ�����³���,������б���true
public bool updateFace()
{
if (_lastFace == unitActionCommand.face)
return false;
_lastFace = unitActionCommand.face;
return true;
}
