private Activity Mining(Actor self, out MiningState state)
{
// Let the harvester become idle so it can shoot enemies.
// Tick in SpawnerHarvester trait will kick activity back to KickTick.
state = MiningState.Packaging;
return(ChildActivity);
}
Activity TryDeployTick(Actor self, out MiningState state)
{
// Wait for child wait activity to be done.
// Could be wait or could be move to.
if (ChildActivity != null)
{
ChildActivity = ActivityUtils.RunActivity(self, ChildActivity);
state = MiningState.TryDeploy;
return(this);
}
if (!deploy.IsValidTerrain(self.Location))
{
// If we can't deploy, go back to scan state so that we scan try deploy again.
state = MiningState.Scan;
return(this);
}
// Issue deploy order and enter deploying state.
//if (deploy. == DeployState.Undeployed)
//{
IsInterruptible = false;
tranforms.DeployTransform(true);
//}
state = MiningState.Deploying;
return(this);
}
void HandleSpawnerHarvest(Actor self, Order order)
{
allowKicks = true;
// state == Deploying implies order string of SpawnerHarvestDeploying
// and must not cancel deploy activity!
if (MiningState != MiningState.Deploying)
{
self.CancelActivity();
}
MiningState = MiningState.Scan;
LastOrderLocation = ResolveHarvestLocation(self, order);
self.QueueActivity(new SlaveMinerHarvesterHarvest(self));
//self.SetTargetLine(Target.FromCell(self.World, LastOrderLocation.Value), Color.Red);
// Assign new targets for slaves too.
foreach (var se in SlaveEntries)
{
if (se.IsValid && se.Actor.IsInWorld)
{
AssignTargetForSpawned(se.Actor, LastOrderLocation.Value);
}
}
}
private void StartMiningButton_Click(object sender, RoutedEventArgs e)
{
if (Settings.Server == null || Settings.Wallet == null || Settings.Worker == null)
{
Setup setupWindow = new Setup();
setupWindow.ShowDialog();
}
if (!System.IO.File.Exists(exeName))
{
MessageBox.Show(Application.Current.MainWindow, "You must add t-rex.exe to this folder before mining.", "You Suck", MessageBoxButton.OK, MessageBoxImage.Information);
return;
}
string args = "-a ethash -o stratum+tcp://" + Settings.Server + ":4444 -u " + Settings.Wallet + " -p x -w " + Settings.Worker;
if (state == MiningState.MINING)
{
myConsole.WriteOutput("Stopping Mining", Color.FromRgb(255, 255, 255));
StopTimer();
myConsole.StopProcess();
state = MiningState.STOPPED;
}
else
{
myConsole.WriteOutput("Starting Mining", Color.FromRgb(255, 255, 255));
myConsole.StartProcess(exeName, args);
state = MiningState.MINING;
StartTimer();
}
ReloadUI();
}
public void ResetState()
{
miningState = new MiningState();
_stateMachine = new StateMachine <State, Trigger>(State.Neutral);
// Neutral
_stateMachine.Configure(State.Neutral)
.Permit(Trigger.StartMining, State.Mining)
.Permit(Trigger.ThrowBobbler, State.ThrowingBobbler);
// Mining
_stateMachine.Configure(State.Mining)
.Permit(Trigger.EndMining, State.Neutral)
.Permit(Trigger.AbortMining, State.Neutral);
// Fishing
_stateMachine.Configure(State.Fishing)
.Permit(Trigger.AbortFishing, State.Neutral);
_stateMachine.Configure(State.ThrowingBobbler)
.SubstateOf(State.Fishing)
.Permit(Trigger.BobblerInWater, State.BobblerInWater);
_stateMachine.Configure(State.BobblerInWater)
.SubstateOf(State.Fishing)
.Permit(Trigger.FishBite, State.FishBiting);
_stateMachine.Configure(State.FishBiting)
.SubstateOf(State.Fishing)
.Permit(Trigger.FishSuccessfulCatch, State.Neutral)
.Permit(Trigger.FishUnsuccessfulCatch, State.Neutral);
}
Activity Kick(Actor self, out MiningState state)
{
var closestHarvestablePosition = ClosestHarvestablePos(self, harvInfo.KickScanRadius);
if (closestHarvestablePosition.HasValue)
{
// I may stay mining.
state = MiningState.Mining;
return(ChildActivity);
}
// get going
harv.LastOrderLocation = null;
closestHarvestablePosition = ClosestHarvestablePos(self, lastScanRange);
if (closestHarvestablePosition != null)
{
state = MiningState.Undeploy;
harv.ForceMove(closestHarvestablePosition.Value);
}
else
{
state = MiningState.Kick;
lastScanRange *= 2; // larger search range
}
return(this);
}
public void UpdateTags(int methodNumber, MiningState miningState = null)
{
var list = new List <int>()
{
methodNumber
};
UpdateTags(list, miningState);
}
public void AbortMining(string id)
{
if (miningState.miningId != id)
{
Console.WriteLine(String.Format("Player {0} tried to AbortMining on Object {1}, but they were mining object {2}", _userName, id, miningState.miningId));
}
miningState = new MiningState();
_stateMachine.Fire(Trigger.AbortMining);
}
//NOTE! this is blocking method
public void stop()
{
MiningState state = MiningState.MINING_IN_PROGRESS;
if (m_state.compare_exchange_weak(state, MiningState.MINING_STOPPED))
{
m_miningStopped.wait();
m_miningStopped.clear();
}
}
void MakeFSM()
{
SleepingState sleeping = new SleepingState();
sleeping.AddTransition("wake_up", "walk_to_mine");
WalkToMineState walkToMine = new WalkToMineState(mines);
walkToMine.AddTransition("reached_mine", "mining");
walkToMine.AddTransition("all_empty_mines", "idle");
IdleState idle = new IdleState(mines);
idle.AddTransition("money_in_pocket", "walk_to_bank");
idle.AddTransition("available_mines", "walk_to_mine");
idle.AddTransition("nothing_to_do", "walk_to_bar");
idle.AddTransition("no_energy", "walk_to_house");
WalkToHouseState walkToHouse = new WalkToHouseState(house);
walkToHouse.AddTransition("reached_house", "sleeping");
WalkToBarState walkToBar = new WalkToBarState(bar);
walkToBar.AddTransition("reached_bar", "drinking");
DrinkingState drinking = new DrinkingState();
drinking.AddTransition("finished_drink", "idle");
MiningState mining = new MiningState();
mining.AddTransition("empty_mine", "walk_to_mine");
mining.AddTransition("no_energy", "walk_to_house");
WalkToBankState walkToBank = new WalkToBankState(bank);
walkToBank.AddTransition("reached_bank", "depositing");
DepositingState depositing = new DepositingState();
depositing.AddTransition("finished_deposit", "idle");
fsm = new FSM();
fsm.AddState(walkToHouse);
fsm.AddState(sleeping);
fsm.AddState(walkToMine);
fsm.AddState(mining);
fsm.AddState(walkToBank);
fsm.AddState(idle);
fsm.AddState(walkToBar);
fsm.AddState(depositing);
fsm.AddState(drinking);
}
private void CheckIfReachedBestLocation(Actor self, out MiningState state)
{
if ((self.Location - deployDestPosition).LengthSquared <= cellRange * cellRange)
{
ChildActivity.Cancel(self);
state = MiningState.TryDeploy;
}
else
{
state = MiningState.Moving;
}
}
public void ResolveOrder(Actor self, Order order)
{
if (order.OrderString == "SpawnerRefineryHarvest")
{
HandleSpawnerHarvest(self, order);
}
else if (order.OrderString == "Stop" || order.OrderString == "Move")
{
// Disable "smart idle"
MiningState = MiningState.Scan;
}
}
public void ResolveOrder(Actor self, Order order)
{
if (order.OrderString == orderID)
{
HandleSpawnerHarvest(self, order);
}
else if (order.OrderString == "Stop" || order.OrderString == "Move")
{
// Disable "smart idle"
allowKicks = false;
MiningState = MiningState.Scan;
}
}
void ScanAndMove(Actor self, out MiningState state)
{
var closestHarvestablePosition = ClosestHarvestablePos(self, harvInfo.LongScanRadius);
// No suitable resource field found.
// We only have to wait for resource to regen.
if (!closestHarvestablePosition.HasValue)
{
var randFrames = self.World.SharedRandom.Next(100, 175);
// Avoid creating an activity cycle
QueueChild(new Wait(randFrames));
state = MiningState.Scan;
}
// ... Don't claim resource layer here. Slaves will claim by themselves.
// If not given a direct order, assume ordered to the first resource location we find:
if (!harv.LastOrderLocation.HasValue)
{
harv.LastOrderLocation = closestHarvestablePosition;
}
// Calculate best depoly position.
var deployPosition = CalcTransformPosition(self, closestHarvestablePosition.Value);
// Just sit there until we can. Won't happen unless the map is filled with units.
if (deployPosition == null)
{
QueueChild(new Wait(harvInfo.KickDelay));
state = MiningState.Scan;
}
// TODO: The harvest-deliver-return sequence is a horrible mess of duplicated code and edge-cases
var notify = self.TraitsImplementing <INotifyHarvesterAction>();
foreach (var n in notify)
{
n.MovingToResources(self, deployPosition.Value);
}
state = MiningState.Moving;
//When it reached the best position, we will let it do this activity again
deployDestPosition = deployPosition.Value;
cellRange = 2;
var moveActivity = mobile.MoveTo(deployPosition.Value, cellRange);
moveActivity.Queue(this);
QueueChild(moveActivity);
}
Activity KickTick(Actor self, out MiningState state)
{
var closestHarvestablePosition = ClosestHarvestablePos(self, harvInfo.KickScanRadius);
if (closestHarvestablePosition.HasValue)
{
// I may stay mining.
state = MiningState.Mining;
return(NextActivity);
}
// get going
harv.LastOrderLocation = null;
return(UndeployAndGo(self, out state));
}
private void SetLabelState(Label label, MiningState state = MiningState.None, params object[] values)
{
switch (state)
{
case MiningState.Mining:
label.Text = string.Format(Resources.MainForm_SetLabelState_Mining, values);
label.ForeColor = _goodColor;
break;
default:
label.Text = Resources.MainForm_SetLabelState_Not_mining;
label.ForeColor = _inactiveColor;
break;
}
}
private void Deploying(Actor self, out MiningState state)
{
// deploy failure.
if (!tranforms.CanDeploy())
{
//Wait 15 seconds and return state to Scan
Activity act = new Wait(15);
QueueChild(act);
state = MiningState.Scan;
}
else
{
state = MiningState.Mining;
}
}
private void UndeployingCheck(Actor self, out MiningState state)
{
var closestHarvestablePosition = ClosestHarvestablePos(self, harvInfo.KickScanRadius);
if (closestHarvestablePosition.HasValue)
{
// I may stay mining.
state = MiningState.Mining;
}
else
{
// get going
harv.LastOrderLocation = null;
CheckWheteherNeedUndeployAndGo(self, out state);
}
}
/// <summary>
/// Generalized mining method, used from mining proxy and cmd miner
/// </summary>
/// <param name="methodsList">Which functions should execute</param>
/// <param name="miningState">Link to mining proxy monitoring instance</param>
public void UpdateTags(List <int> methodsList, MiningState miningState = null)
{
this.miningState = miningState;
if (methodsList == null || methodsList.Count == 0)
{
throw new NotImplementedException();
}
if (methodsList.Contains(0))
{
DownloadAndTrimPagesAsync().Wait();
}
if (methodsList.Contains(1))
{
CalculateAndSaveBookTagsToDb();
}
}
private void TryDeploy(Actor self, out MiningState state)
{
if (!deploy.IsValidTerrain(self.Location))
{
// If we can't deploy, go back to scan state so that we scan try deploy again.
state = MiningState.Scan;
}
else
{
IsInterruptible = false;
Activity transformsActivity = tranforms.GetTransformActivity(self);
QueueChild(transformsActivity);
state = MiningState.Deploying;
}
}
public void TickIdle(Actor self)
{
// wake up on idle for long (to find new resource patch. i.e., kick)
if (allowKicks && self.IsIdle)
{
kickTicks--;
}
else
{
kickTicks = info.KickDelay;
}
if (kickTicks <= 0)
{
kickTicks = info.KickDelay;
MiningState = MiningState.Packaging;
self.QueueActivity(new SlaveMinerHarvesterHarvest(self));
}
}
void InitFSM()
{
_FSMSystemManager = new FSMSystemManager(gameObject, _navMeshAgent);
if (IsPlayerCamp)
{
CenterPos = GameMapManager.Instance.PlayerCenter.transform.position;
}
else
{
CenterPos = GameMapManager.Instance.AICenter.transform.position;
}
miningState = new MiningState(CenterPos, Object_Camp, IsPlayerCamp);;
idleState = new IdleState();
moveState = new MoveState();
_FSMSystemManager.AddState(miningState);
_FSMSystemManager.AddState(idleState);
_FSMSystemManager.AddState(moveState);
_FSMSystemManager.CurrentState = idleState;
harvesterState = HarvesterState.idle;
}
void INotifyDeployComplete.FinishedDeploy(Actor self)
{
allowKicks = true;
// rescan from where we are
MiningState = MiningState.Scan;
// Tell harvesters to unload and restart mining.
foreach (var se in SlaveEntries)
{
if (!se.IsValid || !se.Actor.IsInWorld)
{
continue;
}
var s = se.Actor;
se.SpawnerSlave.Stop(s);
AssignTargetForSpawned(s, self.Location);
s.QueueActivity(new FindAndDeliverResources(s));
}
}
Activity DeployingTick(Actor self, out MiningState state)
{
// Deploying in progress
if (ChildActivity != null)
{
ChildActivity = ActivityUtils.RunActivity(self, ChildActivity);
state = MiningState.Deploying;
return(this);
}
// deploy failure.
if (!tranforms.CanDeploy())
{
QueueChild(new Wait(15));
state = MiningState.Scan;
return(this);
}
state = MiningState.Mining;
return(this);
}
public void backupstates()
{
backuptravel = _States.TravelerState;
backupmining = _States.MiningState;
backupdrone = _States.DroneState;
backupfitting = _States.fittingstate;
backuplogin = _States.LoginState;
backupskill = _States.SkillState;
backuptut = _States.tutstates;
}
Activity UndeployAndGo(Actor self, out MiningState state)
{
state = MiningState.Scan;
QueueChild(new UndeployForGrantedCondition(self, deploy));
return(this);
}
private Activity CheckWheteherNeedUndeployAndGo(Actor self, out MiningState state)
{
QueueChild(new DeployForGrantedCondition(self, deploy));
state = MiningState.Scan;
return(this);
}
Activity ScanTick(Actor self, out MiningState state)
{
if (ChildActivity != null)
{
ChildActivity = ActivityUtils.RunActivity(self, ChildActivity);
state = MiningState.Scan;
return(this);
}
var closestHarvestablePosition = ClosestHarvestablePos(self, harvInfo.LongScanRadius);
// No suitable resource field found.
// We only have to wait for resource to regen.
if (!closestHarvestablePosition.HasValue)
{
var randFrames = self.World.SharedRandom.Next(100, 175);
// Avoid creating an activity cycle
QueueChild(new Wait(randFrames));
state = MiningState.Scan;
return(this);
}
//// ... Don't claim resource layer here. Slaves will claim by themselves.
// If not given a direct order, assume ordered to the first resource location we find:
if (!harv.LastOrderLocation.HasValue)
{
harv.LastOrderLocation = closestHarvestablePosition;
}
self.SetTargetLine(Target.FromCell(self.World, closestHarvestablePosition.Value), Color.Red, false);
// Calculate best depoly position.
var deployPosition = CalcTransformPosition(self, closestHarvestablePosition.Value);
// Just sit there until we can. Won't happen unless the map is filled with units.
if (deployPosition == null)
{
QueueChild(new Wait(harvInfo.KickDelay));
state = MiningState.Scan;
return(this);
}
//}
// TODO: The harvest-deliver-return sequence is a horrible mess of duplicated code and edge-cases
var notify = self.TraitsImplementing <INotifyHarvesterAction>();
foreach (var n in notify)
{
n.MovingToResources(self, deployPosition.Value, this);
}
state = MiningState.TryDeploy;
// This gives glitch. If you repeatedly on an ore target then
// the child Move() will glitch out and the harvester will be positioned in illegal places.
// QueueChild(mobile.MoveTo(deployPosition.Value, 2));
// Instead of queing, we RETURN MOVE.
// This doesn't break the graph and will work fine (as "bad" codes did in older ORA engine).
var move = mobile.MoveTo(deployPosition.Value, 2);
move.Queue(this);
return(move);
}