protected void OnPacket(MechNetworkPacket networkMessage)
{
bool isNew = !data.networksById.ContainsKey(networkMessage.networkId);
MechanicalNetwork network = GetOrCreateNetwork(networkMessage.networkId);
network.UpdateFromPacket(networkMessage, isNew);
}
private void OnPacket(MechNetworkPacket networkMessage)
{
bool isNew = networksById.ContainsKey(networkMessage.networkId);
MechanicalNetworkOld network = getOrCreateNetwork(networkMessage.networkId);
network.updateFromPacket(networkMessage, isNew);
}
public void UpdateFromPacket(MechNetworkPacket packet, bool isNew)
{
totalAvailableTorque = packet.totalAvailableTorque;
totalResistance = packet.totalResistance;
speed = packet.speed;
if (isNew)
{
angle = packet.angle;
}
serverSideAngle = packet.angle;
}
public void updateFromPacket(MechNetworkPacket packet, bool isNew)
{
totalAvailableTorque = packet.totalAvailableTorque;
totalResistance = packet.totalResistance;
speed = packet.speed;
direction = packet.direction;
if (isNew)
{
serverSideAngle = packet.angle;
}
else
{
angle = packet.angle;
}
firstPowerNode = new BlockPos(packet.firstNodeX, packet.firstNodeY, packet.firstNodeZ);
}
public void UpdateFromPacket(MechNetworkPacket packet, bool isNew)
{
totalAvailableTorque = packet.totalAvailableTorque;
networkResistance = packet.networkResistance;
networkTorque = packet.networkTorque;
speed = Math.Abs(packet.speed); //ClientTick() expects speed to be positive always
if (isNew)
{
angle = packet.angle;
clientSpeed = speed;
}
serverSideAngle = packet.angle;
TurnDir = packet.direction >= 0 ? EnumRotDirection.Clockwise : EnumRotDirection.Counterclockwise;
DirectionHasReversed = false;
}
public void broadcastNetwork(MechNetworkPacket packet)
{
serverNwChannel.BroadcastPacket(packet);
}
