public ClientMeshedObject SendMoveToInterpolated(Vector3 start, Vector3 end, float deltaTime = 1f)
{
var obj = new ClientMeshedObject(ObjType);
obj.SendMoveToInterpolated(start, end, deltaTime);
return(obj);
}
public ClientMeshedObject SendMoveToInterpolated(Vector3 start, Vector3 end, float deltaTime = .2f)
{
var obj = new ClientMeshedObject(ObjType);
obj.SendMoveToInterpolated(start, Quaternion.identity, deltaTime, ObjSettings);
obj.SendMoveToInterpolated(end, Quaternion.identity, deltaTime, ObjSettings);
Task.Run(() =>
{
System.Threading.Thread.Sleep((int)(deltaTime * 1000) + 500);
obj.SendRemoval(end, ObjSettings);
});
return(obj);
}
public static void DoWork(Players.Player player, MachineState machineState)
{
if (machineState.Durability > 0 &&
machineState.Fuel > 0 &&
machineState.Load > 0 &&
machineState.NextTimeForWork < Pipliz.Time.SecondsSinceStartDouble)
{
if (!machineState.TempValues.Contains(DoorOpen))
{
machineState.TempValues.Set(DoorOpen, false);
}
if (!_gatePositions.ContainsKey(player))
{
_gatePositions.Add(player, new Dictionary <Vector3Int, GateState>());
}
Dictionary <GateState, Vector3Int> moveGates = new Dictionary <GateState, Vector3Int>();
foreach (var gate in _gatePositions[player])
{
if (gate.Value.State == GatePosition.MovingClosed || gate.Value.State == GatePosition.MovingOpen)
{
continue;
}
if (World.TryGetTypeAt(gate.Key, out var gateType))
{
if (gate.Value.Orientation == VoxelSide.None)
{
if (gateType == GateItemXN.ItemIndex)
{
gate.Value.Orientation = VoxelSide.xMin;
}
else if (gateType == GateItemXP.ItemIndex)
{
gate.Value.Orientation = VoxelSide.xPlus;
}
else if (gateType == GateItemZN.ItemIndex)
{
gate.Value.Orientation = VoxelSide.zMin;
}
else if (gateType == GateItemZP.ItemIndex)
{
gate.Value.Orientation = VoxelSide.zPlus;
}
}
if ((gateType != GateItem.ItemIndex &&
gateType != GateItemXN.ItemIndex &&
gateType != GateItemXP.ItemIndex &&
gateType != GateItemZN.ItemIndex &&
gateType != GateItemZP.ItemIndex))
{
switch (gate.Value.Orientation)
{
case VoxelSide.xMin:
ServerManager.TryChangeBlock(gate.Key, GateItemXN.ItemIndex);
break;
case VoxelSide.xPlus:
ServerManager.TryChangeBlock(gate.Key, GateItemXP.ItemIndex);
break;
case VoxelSide.zMin:
ServerManager.TryChangeBlock(gate.Key, GateItemZN.ItemIndex);
break;
case VoxelSide.zPlus:
ServerManager.TryChangeBlock(gate.Key, GateItemZP.ItemIndex);
break;
default:
ServerManager.TryChangeBlock(gate.Key, GateItemXN.ItemIndex);
break;
}
}
}
if (TimeCycle.IsDay && gate.Value.State == GatePosition.Open)
{
continue;
}
if (!TimeCycle.IsDay && gate.Value.State == GatePosition.Closed)
{
continue;
}
float dis = Vector3.Distance(machineState.Position.Vector, gate.Key.Vector);
if (dis <= 21)
{
int offset = 2;
if (!TimeCycle.IsDay)
{
offset = -2;
}
moveGates.Add(gate.Value, gate.Key.Add(0, offset, 0));
}
}
foreach (var mkvp in moveGates)
{
if (_gatePositions[player].ContainsKey(mkvp.Key.Position))
{
_gatePositions[player].Remove(mkvp.Key.Position);
}
}
foreach (var mkvp in moveGates)
{
_gatePositions[player].Add(mkvp.Value, mkvp.Key);
ServerManager.TryChangeBlock(mkvp.Key.Position, BuiltinBlocks.Air);
int newOffset = -1;
if (!TimeCycle.IsDay)
{
newOffset = 1;
}
switch (mkvp.Key.Orientation)
{
case VoxelSide.xMin:
ClientMeshedObject.SendMoveOnceInterpolatedPosition(mkvp.Key.Position.Vector, mkvp.Value.Add(0, newOffset, 0).Vector, TravelTime, _gateXMinusItemObjSettings);
break;
case VoxelSide.xPlus:
ClientMeshedObject.SendMoveOnceInterpolatedPosition(mkvp.Key.Position.Vector, mkvp.Value.Add(0, newOffset, 0).Vector, TravelTime, _gateXPlusItemObjSettings);
break;
case VoxelSide.zMin:
ClientMeshedObject.SendMoveOnceInterpolatedPosition(mkvp.Key.Position.Vector, mkvp.Value.Add(0, newOffset, 0).Vector, TravelTime, _gateZMinusItemObjSettings);
break;
case VoxelSide.zPlus:
ClientMeshedObject.SendMoveOnceInterpolatedPosition(mkvp.Key.Position.Vector, mkvp.Value.Add(0, newOffset, 0).Vector, TravelTime, _gateZPlusItemObjSettings);
break;
default:
ClientMeshedObject.SendMoveOnceInterpolatedPosition(mkvp.Key.Position.Vector, mkvp.Value.Add(0, newOffset, 0).Vector, TravelTime, _gateXMinusItemObjSettings);
break;
}
var moveState = GatePosition.MovingClosed;
if (TimeCycle.IsDay)
{
moveState = GatePosition.MovingOpen;
}
mkvp.Key.State = moveState;
mkvp.Key.Position = mkvp.Value;
var thread = new Thread(() =>
{
Thread.Sleep(8000);
var state = GatePosition.Closed;
if (TimeCycle.IsDay)
{
state = GatePosition.Open;
}
mkvp.Key.State = state;
switch (mkvp.Key.Orientation)
{
case VoxelSide.xMin:
ServerManager.TryChangeBlock(mkvp.Value, GateItemXN.ItemIndex);
break;
case VoxelSide.xPlus:
ServerManager.TryChangeBlock(mkvp.Value, GateItemXP.ItemIndex);
break;
case VoxelSide.zMin:
ServerManager.TryChangeBlock(mkvp.Value, GateItemZN.ItemIndex);
break;
case VoxelSide.zPlus:
ServerManager.TryChangeBlock(mkvp.Value, GateItemZP.ItemIndex);
break;
default:
ServerManager.TryChangeBlock(mkvp.Value, GateItemXN.ItemIndex);
break;
}
});
thread.IsBackground = true;
thread.Start();
}
if (moveGates.Count > 0)
{
ServerManager.SendAudio(machineState.Position.Vector, GameLoader.NAMESPACE + "GateLeverMachineAudio");
machineState.Durability -= 0.01f;
machineState.Fuel -= 0.03f;
if (machineState.Durability < 0)
{
machineState.Durability = 0;
}
if (machineState.Fuel <= 0)
{
machineState.Fuel = 0;
}
}
machineState.NextTimeForWork = machineState.MachineSettings.WorkTime + Pipliz.Time.SecondsSinceStartDouble;
}
}
public void SendMoveToInterpolatedOnce(Vector3 start, Vector3 end, float deltaTime = 1f)
{
ClientMeshedObject.SendMoveOnceInterpolatedPositionAutoRotation(start, end, deltaTime, ObjSettings);
}
