public void ProcessMessage(ReferenceCountedSceneGraphMessage message)
{
// receive dice message
var spawn_state = message.FromJson <SpawnMessage>();
if (spawn_state.idx > 0)
{
current_piece_index = spawn_state.idx;
}
else
{
var dice_state = message.FromJson <DiceMessage>();
player_id = dice_state.owner_id;
dice_result = dice_state.result;
// receive map index message
var map_state = message.FromJson <MapBlockMessage>();
map_player_id = map_state.player_id;
map_player_index = map_state.map_index;
map_dice_result = map_state.map_dice_result;
get_dice_result = true;
var click_state = message.FromJson <ClickMessage>();
is_click = click_state.is_click;
is_start = click_state.is_start;
var buy_state = message.FromJson <BuyMapBlockMessage>();
buy_info = buy_state.buy_info;
buy_map_idx = buy_state.buy_map_idx;
}
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage message)
{
var msg = message.FromJson <Message>();
transform.localPosition = msg.transform.position; // The Message constructor will take the *local* properties of the passed transform.
transform.localRotation = msg.transform.rotation;
fired = msg.fired;
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage message)
{
var spawnmessage = message.FromJson <Message>();
var ball = Instantiate(Prefab, transform).GetComponent <SimpleBasketball>();
ball.Id.Set(spawnmessage.newNetworkObjectId);
ball.owner = false;
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage message)
{
Message msg = message.FromJson <Message>();
gripTargetLeft = msg.l;
gripTargetRight = msg.r;
//Debug.Log("Anim Remote: " + gripCurrent + " " + gripTarget);
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage message)
{
if (owner == false)
{
var msg = message.FromJson <Message>();
rectTransform.position = msg.trans;
}
// self connection (2 rooms in one scence scenario), used in debug network code by one pc
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage message)
{
owner = false;
rb.isKinematic = true;
var state = message.FromJson <TransformMessage>();
transform.position = state.position;
transform.rotation = state.rotation;
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage message)
{
// the other end has taken control of this object
owner = false;
rb.isKinematic = true;
var state = message.FromJson <TransformMessage>();
transform.localPosition = state.position;
transform.localRotation = state.rotation;
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage data)
{
try
{
OnRtcMessage(data.FromJson<Message>());
}
catch (Exception e)
{
Debug.LogException(e);
return;
}
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage data)
{
var message = data.FromJson <Message>();
// Buffer messages until the RtcPeerConnection is initialised
if (rtcPeerConnection == null)
{
messageQueue.Enqueue(message);
}
else
{
DoProcessMessage(message);
}
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage message)
{
if (!isMePressStartButton)
{
var msg = message.FromJson <Message>();
spendTime = msg.time;
distroyflag = msg.distroyflag;
/*if (!isgetposition)
* {
* ClosePanel.transform.position = msg.position;
* isgetposition = true;
* }*/
}
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage message)
{
meter.Volume = message.FromJson <Message>().volume;
}
public void ProcessMessage(ReferenceCountedSceneGraphMessage message)
{
var msg = message.FromJson <Message>();
Instantiate(msg.catalogueIndex, msg.networkId, false);
}