# Power.py # 2004 by Erik Andresen (Defiant) erik@vontaene.de # # Changes: # ======== # -11.11.2004: # -Work around for Pulse Turrets with a Recharge rate of 0: Use their cooldown time for Recharge rate. # -14.11.2004: # -testing with Shortcut key # -7.11.2004: # Fixed Weapon when Power = 0 # released as Version 0.4.1 # -6.11.2004: # Fixed Problem for Phasers when MinFiringCharge = MaxCharge # released as Version 0.4 # fixed Impulse Engine setting # -5.11.2004: # Fixed Tubes set to full load after Power was 0 # Weapons could be receive damage now when Power > 150% # -21.10.2004: # added Tractor beams # released as Version 0.3. # -20.10.2004: # Torpedo Tubes now unloaded when no power. # -18.10.2004: # Fixed shields when set to 0 # -17.10.2004: # Fixed Weapon reload time # Fix: Main Power changes now go with our settings # -Version 0.2 ready! # -16.10.2004: # Bugfixes: fixed Shields, lowered output needed for Repair System. # -15.10.2004: # Version 0.1 is ready # -14.10.1004: # started on Weapons # -13.10.2004: # Shields, Saving done # -12.10.2004: # Project started # # Todo: # ===== # -stop flickering # MODINFO = { "Author": "\"Defiant\" erik@vontaene.de", "Download": "http://defiant.homedns.org/~erik/STBC/Power/Power-current.zip", "Version": "0.5", "License": "BSD", "Description": "Advanced Power control for Bridge Commanders" } import App import MissionLib import Lib.LibEngineering import nt import string import math # too many globals! pExtendedPowerWindow = None ET_SHIELDS = {} ET_SHIELDS[0] = Lib.LibEngineering.GetEngineeringNextEventType(), "Front" ET_SHIELDS[1] = Lib.LibEngineering.GetEngineeringNextEventType(), "Rear" ET_SHIELDS[2] = Lib.LibEngineering.GetEngineeringNextEventType(), "Top" ET_SHIELDS[3] = Lib.LibEngineering.GetEngineeringNextEventType(), "Bottom" ET_SHIELDS[4] = Lib.LibEngineering.GetEngineeringNextEventType(), "Left" ET_SHIELDS[5] = Lib.LibEngineering.GetEngineeringNextEventType(), "Right" ET_REPAIR = Lib.LibEngineering.GetEngineeringNextEventType() pShieldBars = {} pRepairBar = None Ships = {} ET_SAVE = Lib.LibEngineering.GetEngineeringNextEventType() ET_LOAD = Lib.LibEngineering.GetEngineeringNextEventType() ET_NAME = {} ET_NAME[0] = "Battle-Standard" ET_NAME[1] = "Battle-Offensive" ET_NAME[2] = "Battle-Defensive" ET_NAME[3] = "Withdraw and Repair" ET_NAME[4] = Lib.LibEngineering.GetEngineeringNextEventType() Switch = 0 pButtonSwitch = {} ET_REFRESH = Lib.LibEngineering.GetEngineeringNextEventType() ET_CLOSE = Lib.LibEngineering.GetEngineeringNextEventType() DynamicPowerInterieur = {} ET_WEAPON = Lib.LibEngineering.GetEngineeringNextEventType() forceupdategraphics = 0 ET_TRACTOR = Lib.LibEngineering.GetEngineeringNextEventType() TORPEDO_SET_TIMER = Lib.LibEngineering.GetEngineeringNextEventType() TorpsReady = {} lockPowerWindow = 0 # class for saving, setting and loading settings class ShipSettings: def __init__(self, pShip): self.MaxShields = {} self.ShieldChargePerSecond = {} self.PowerWanted = {} self.pShip = pShip self.oldPower = 1.0 self.WeaponoldPower = 0.0 self.Repair = 1.0 self.RepairPowerPerSecond = self.pShip.GetRepairSubsystem().GetProperty().GetNormalPowerPerSecond() self.MaxRepairPoints = self.pShip.GetRepairSubsystem().GetProperty().GetMaxRepairPoints() self.pPhasers = {} self.pPulse = {} self.pTorp = {} self.AllWeapons = [] self.ShieldStatus = {} self.forceshieldupdate = 0 self.pTractor = {} # clycle all shields for Shield in range(App.ShieldClass.NUM_SHIELDS): self.MaxShields[Shield] = self.pShip.GetShields().GetMaxShields(Shield) self.ShieldChargePerSecond = self.pShip.GetShields().GetProperty().GetShieldChargePerSecond(Shield) self.PowerWanted[Shield] = 1/6 self.ShieldStatus[Shield] = 1.0 # add Phasers pPropSet = self.pShip.GetPropertySet() pShipSubSystemPropInstanceList = pPropSet.GetPropertiesByType(App.CT_PHASER_PROPERTY) if pShipSubSystemPropInstanceList: iNumItems = pShipSubSystemPropInstanceList.TGGetNumItems() pShipSubSystemPropInstanceList.TGBeginIteration() for i in range(iNumItems): pInstance = pShipSubSystemPropInstanceList.TGGetNext() pProperty = App.PhaserProperty_Cast(pInstance.GetProperty()) pName = pProperty.GetName().GetCString() MaxCharge = pProperty.GetMaxCharge() MaxDamage = pProperty.GetMaxDamage() MaxDamageDistance = pProperty.GetMaxDamageDistance() RechargeRate = pProperty.GetRechargeRate() Value = 1.0 self.pPhasers[pName] = pProperty, MaxCharge, MaxDamage, MaxDamageDistance, RechargeRate, Value self.AllWeapons.append(pName) pShipSubSystemPropInstanceList.TGDoneIterating() if self.pShip.GetPhaserSystem(): self.pPhasers[0] = self.pShip.GetPhaserSystem().GetProperty().GetNormalPowerPerSecond() # add Pulse Weapons pShipSubSystemPropInstanceList = pPropSet.GetPropertiesByType(App.CT_PULSE_WEAPON_PROPERTY) if pShipSubSystemPropInstanceList: iNumItems = pShipSubSystemPropInstanceList.TGGetNumItems() pShipSubSystemPropInstanceList.TGBeginIteration() for i in range(iNumItems): pInstance = pShipSubSystemPropInstanceList.TGGetNext() pProperty = App.PulseWeaponProperty_Cast(pInstance.GetProperty()) pName = pProperty.GetName().GetCString() MaxCharge = pProperty.GetMaxCharge() MaxDamage = pProperty.GetMaxDamage() MaxDamageDistance = pProperty.GetMaxDamageDistance() RechargeRate = pProperty.GetRechargeRate() Value = 1.0 self.pPulse[pName] = pProperty, MaxCharge, MaxDamage, MaxDamageDistance, RechargeRate, Value self.AllWeapons.append(pName) pShipSubSystemPropInstanceList.TGDoneIterating() if self.pShip.GetPulseWeaponSystem(): self.pPulse[0] = self.pShip.GetPulseWeaponSystem().GetProperty().GetNormalPowerPerSecond() # add Torpedos # found another way - this will add the Tube itself, not pTube.GetProperty() if self.pShip.GetTorpedoSystem(): for i in range(self.pShip.GetTorpedoSystem().GetNumChildSubsystems()): pProperty = App.TorpedoTube_Cast(self.pShip.GetTorpedoSystem().GetChildSubsystem(i)) pName = pProperty.GetName() ReloadDelay = pProperty.GetReloadDelay() Value = 1.0 MaxReady = pProperty.GetMaxReady() self.pTorp[pName] = pProperty, ReloadDelay, Value, MaxReady self.AllWeapons.append(pName) self.pTorp[0] = self.pShip.GetTorpedoSystem().GetProperty().GetNormalPowerPerSecond() # add Tractorbeams if self.pShip.GetTractorBeamSystem(): for i in range(self.pShip.GetTractorBeamSystem().GetNumChildSubsystems()): pProperty = App.TractorBeamProjector_Cast(self.pShip.GetTractorBeamSystem().GetChildSubsystem(i)) pName = pProperty.GetName() MaxDamage = pProperty.GetMaxDamage() MaxDamageDistance = pProperty.GetMaxDamageDistance() Value = 1.0 self.pTractor[pName] = pProperty, MaxDamage, MaxDamageDistance, Value self.pTractor[0] = self.pShip.GetTractorBeamSystem().GetProperty().GetNormalPowerPerSecond() def SetShieldStatus(self, i, Value): self.ShieldStatus[i] = Value # Changing a Shield def SetShields(self, ShieldNum, Value): if self.pShip.GetShields().IsOn() == 0 and Value > 0: for ShieldNum in range(App.ShieldClass.NUM_SHIELDS): self.ShieldStatus[ShieldNum] = 0 return if Value > 2.0: Value = 2.0 elif Value == 0.0: Value = 0.01 oldValue = self.pShip.GetShields().GetSingleShieldPercentage(ShieldNum) self.pShip.GetShields().GetProperty().SetShieldChargePerSecond(ShieldNum, self.ShieldChargePerSecond * Value) self.pShip.GetShields().GetProperty().SetMaxShields(ShieldNum, self.MaxShields[ShieldNum] * Value) self.PowerWanted[ShieldNum] = Value/6 self.ShieldStatus[ShieldNum] = Value normPower = 0 for Shield in range(App.ShieldClass.NUM_SHIELDS): normPower = normPower + self.PowerWanted[Shield] self.pShip.GetShields().SetCurShields(ShieldNum, self.pShip.GetShields().GetProperty().GetMaxShields(ShieldNum)*oldValue) self.pShip.GetShields().SetPowerPercentageWanted(normPower) def Save(self, Switch): ShieldStatus = {} Repair = {} pPhasers = {} pPulse = {} pTorp = {} Engines = {} Sensors = {} Tractors = {} filename = string.split(self.pShip.GetScript(), '.')[-1] dirlist = nt.listdir("scripts\Custom\QBautostart\saves\Power\\") fileexists = 0 for file in dirlist: if file == filename + ".py": fileexists = 1 break # if file exist, we have to rescue our old settings! if fileexists == 1: file = __import__("saves.Power." + filename) reload(file) if hasattr(file, "ShieldStatus"): ShieldStatus = file.ShieldStatus if hasattr(file, "Repair"): Repair = file.Repair if hasattr(file, "pPhasers"): pPhasers = file.pPhasers if hasattr(file, "pPulse"): pPulse = file.pPulse if hasattr(file, "pTorp"): pTorp = file.pTorp if hasattr(file, "Engines"): Engines = file.Engines if hasattr(file, "Sensors"): Sensors = file.Sensors if hasattr(file, "Tractors"): Tractors = file.Tractors nt.remove("scripts\Custom\QBautostart\saves\Power\\" + filename + ".py") # now override at "Switch" ShieldStatus[Switch] = self.ShieldStatus Repair[Switch] = self.Repair myPhasers = {} for Phaser in self.pPhasers.keys(): if Phaser != 0: myPhasers[Phaser] = self.pPhasers[Phaser][5] pPhasers[Switch] = myPhasers myPulse = {} for Pulse in self.pPulse.keys(): if Pulse != 0: myPulse[Pulse] = self.pPulse[Pulse][5] pPulse[Switch] = myPulse myTorps = {} for Torp in self.pTorp.keys(): if Torp != 0: myTorps[Torp] = self.pTorp[Torp][2] pTorp[Switch] = myTorps Engines[Switch] = self.pShip.GetImpulseEngineSubsystem().GetPowerPercentageWanted() Sensors[Switch] = self.pShip.GetSensorSubsystem().GetPowerPercentageWanted() myTractors = {} for Tractor in self.pTractor.keys(): if Tractor != 0: myTractors[Tractor] = self.pTractor[Tractor][3] Tractors[Switch] = myTractors # and save to file file = nt.open("scripts\Custom\QBautostart\saves\Power\\" + filename + ".py", nt.O_CREAT | nt.O_RDWR) nt.write(file, "ShieldStatus = " + repr(ShieldStatus) + "\n") nt.write(file, "Repair = " + repr(Repair) + "\n") nt.write(file, "pPhasers = " + repr(pPhasers) + "\n") nt.write(file, "pPulse = " + repr(pPulse) + "\n") nt.write(file, "pTorp = " + repr(pTorp) + "\n") nt.write(file, "Engines = " + repr(Engines) + "\n") nt.write(file, "Sensors = " + repr(Sensors) + "\n") nt.write(file, "Tractors = " + repr(Tractors) + "\n") nt.close(file) def Load(self, Switch): filename = string.split(self.pShip.GetScript(), '.')[-1] dirlist = nt.listdir("scripts\Custom\QBautostart\saves\Power\\") fileexists = 0 for file in dirlist: if file == filename + ".py": fileexists = 1 break if fileexists == 1: file = __import__("saves.Power." + filename) reload(file) if hasattr(file, "ShieldStatus"): if file.ShieldStatus.has_key(Switch): self.ShieldStatus = file.ShieldStatus[Switch] normPower = 0 for ShieldNum in range(App.ShieldClass.NUM_SHIELDS): Value = self.ShieldStatus[ShieldNum] self.SetShields(ShieldNum, Value) self.forceshieldupdate = 1 self.oldPower = normPower if hasattr(file, "Repair"): if file.Repair.has_key(Switch): self.Repair = file.Repair[Switch] self.SetRepair(self.Repair) if hasattr(file, "pPhasers"): if file.pPhasers.has_key(Switch): for Phaser in self.pPhasers.keys(): if (Phaser != 0): pProperty, MaxCharge, MaxDamage, MaxDamageDistance, RechargeRate, Value = self.pPhasers[Phaser] Value = file.pPhasers[Switch][Phaser] self.pPhasers[Phaser] = pProperty, MaxCharge, MaxDamage, MaxDamageDistance, RechargeRate, Value self.updateWeapon(Phaser, Value) if hasattr(file, "pPulse"): if file.pPulse.has_key(Switch): for Pulse in self.pPulse.keys(): if (Pulse != 0): pProperty, MaxCharge, MaxDamage, MaxDamageDistance, RechargeRate, Value = self.pPulse[Pulse] Value = file.pPulse[Switch][Pulse] self.pPulse[Pulse] = pProperty, MaxCharge, MaxDamage, MaxDamageDistance, RechargeRate, Value self.updateWeapon(Pulse, Value) if hasattr(file, "pTorp"): if file.pTorp.has_key(Switch): for Torp in self.pTorp.keys(): if (Torp != 0): pProperty, ReloadDelay, Value, MaxReady = self.pTorp[Torp] Value = file.pTorp[Switch][Torp] self.pTorp[Torp] = pProperty, ReloadDelay, Value, MaxReady self.updateWeapon(Torp, Value) if hasattr(file, "Engines"): if file.Engines.has_key(Switch): self.pShip.GetImpulseEngineSubsystem().SetPowerPercentageWanted(file.Engines[Switch]) self.pShip.GetWarpEngineSubsystem().SetPowerPercentageWanted(file.Engines[Switch]) if hasattr(file, "Sensors"): if file.Sensors.has_key(Switch): self.pShip.GetSensorSubsystem().SetPowerPercentageWanted(file.Sensors[Switch]) if hasattr(file, "Tractors"): if file.Tractors.has_key(Switch): for Tractor in self.pTractor.keys(): if (Tractor != 0): Value = file.Tractors[Switch][Tractor] self.updateTractor(Tractor, Value) WStatus = 0 PowerNeeded = 0 cWeapons = 0 if self.pShip.GetPhaserSystem(): WStatus = self.pShip.GetPhaserSystem().IsOn() elif self.pShip.GetPulseWeaponSystem(): WStatus = self.pShip.GetPulseWeaponSystem().IsOn() elif self.pShip.GetTorpedoSystem(): WStatus = self.pShip.GetTorpedoSystem().IsOn() if self.pShip.GetPhaserSystem(): PowerNeeded = PowerNeeded + self.pShip.GetPhaserSystem().GetPowerPercentageWanted() cWeapons = cWeapons + 1 if self.pShip.GetPulseWeaponSystem(): PowerNeeded = PowerNeeded + self.pShip.GetPulseWeaponSystem().GetPowerPercentageWanted() cWeapons = cWeapons + 1 if self.pShip.GetTorpedoSystem(): PowerNeeded = PowerNeeded + self.pShip.GetTorpedoSystem().GetPowerPercentageWanted() cWeapons = cWeapons + 1 if cWeapons > 0: PowerNeeded = PowerNeeded / cWeapons if (WStatus == 0): PowerNeeded = 0 self.WeaponoldPower = PowerNeeded else: print("Unable to load config for", filename) def SetRepair(self, Points): self.Repair = Points pRepair = self.pShip.GetRepairSubsystem().GetProperty() pRepair.SetMaxRepairPoints(self.MaxRepairPoints*self.Repair) if self.Repair > 1.0: # expotentiel! pRepair.SetNormalPowerPerSecond(self.RepairPowerPerSecond * math.exp(self.Repair*2)) else: pRepair.SetNormalPowerPerSecond(self.RepairPowerPerSecond * self.Repair) def GetRepair(self): return self.Repair def updateWeapon(self, Weapon, Value): if Value > 2.0: Value = 2.0 if self.pPhasers.has_key(Weapon): pProperty, MaxCharge, MaxDamage, MaxDamageDistance, RechargeRate, ignoredValue = self.pPhasers[Weapon] self.pPhasers[Weapon] = pProperty, MaxCharge, MaxDamage, MaxDamageDistance, RechargeRate, Value pProperty.SetMaxCharge(MaxCharge * Value) pProperty.SetMaxDamage(MaxDamage * Value) pProperty.SetMaxDamageDistance(MaxDamageDistance * Value) pProperty.SetRechargeRate(RechargeRate * Value) while (pProperty.GetMaxCharge() < pProperty.GetMinFiringCharge()): #print("damm...fixing miscalculation", pProperty.GetMaxCharge(), pProperty.GetMinFiringCharge()) pProperty.SetMaxCharge(pProperty.GetMaxCharge() + 0.001) normPower = 0 cPhasers = len(self.pPhasers) - 1 for prob in self.pPhasers.keys(): if (prob == 0): continue normPower = normPower + self.pPhasers[prob][5] / cPhasers self.pShip.GetPhaserSystem().SetPowerPercentageWanted(normPower) elif self.pPulse.has_key(Weapon): pProperty, MaxCharge, MaxDamage, MaxDamageDistance, RechargeRate, ignoredValue = self.pPulse[Weapon] self.pPulse[Weapon] = pProperty, MaxCharge, MaxDamage, MaxDamageDistance, RechargeRate, Value pProperty.SetMaxCharge(MaxCharge * Value) pProperty.SetMaxDamage(MaxDamage * Value) pProperty.SetMaxDamageDistance(MaxDamageDistance * Value) if Value != 0: myRechargeRate = RechargeRate / Value # Fix damm Hardpoints with a Recharge Rate of 0 if RechargeRate == 0 and Value != 0: myRechargeRate = pProperty.GetCooldownTime() * Value else: myRechargeRate = 0 pProperty.SetRechargeRate(myRechargeRate) normPower = 0 cPulse = len(self.pPulse) - 1 for prob in self.pPulse.keys(): if (prob == 0): continue normPower = normPower + self.pPulse[prob][5] / cPulse self.pShip.GetPulseWeaponSystem().SetPowerPercentageWanted(normPower) elif self.pTorp.has_key(Weapon): pProperty, ReloadDelay, oldValue, MaxReady = self.pTorp[Weapon] self.pTorp[Weapon] = pProperty, ReloadDelay, Value, MaxReady if Value != 0: myRechargeRate = ReloadDelay / Value if pProperty.GetProperty().GetMaxReady() != MaxReady: if oldValue != 0: pProperty.SetNumReady(MaxReady) else: global TORPEDO_SET_TIMER, TorpsReady # start a Timer to reset the torps # Create an event - it's a thing that will call this function pTimerEvent = App.TGEvent_Create() pTimerEvent.SetEventType(TORPEDO_SET_TIMER) pTimerEvent.SetDestination(App.TopWindow_GetTopWindow()) CounterTime = App.g_kUtopiaModule.GetGameTime() + myRechargeRate # Create a timer - it's a thing that will wait for a given time,then do something pTimer = App.TGTimer_Create() pTimer.SetTimerStart(ReloadDelay) pTimer.SetDelay(0) pTimer.SetDuration(0) pTimer.SetEvent(pTimerEvent) App.g_kTimerManager.AddTimer(pTimer) TorpsReady[str(pTimerEvent)] = (pProperty, MaxReady) pProperty.GetProperty().SetMaxReady(MaxReady) else: myRechargeRate = 0 pProperty.SetNumReady(0) pProperty.GetProperty().SetMaxReady(0) pProperty.GetProperty().SetReloadDelay(myRechargeRate) normPower = 0 cTorps = len(self.pTorp) - 1 for prob in self.pTorp.keys(): if (prob == 0): continue normPower = normPower + self.pTorp[prob][2] / cTorps self.pShip.GetTorpedoSystem().SetPowerPercentageWanted(normPower) def GetWeapon(self, Weapon): if self.pPhasers.has_key(Weapon): if (self.pShip.GetPhaserSystem().IsOn() == 0): return 0.0 return self.pPhasers[Weapon][5] elif self.pPulse.has_key(Weapon): if (self.pShip.GetPulseWeaponSystem().IsOn() == 0): return 0.0 return self.pPulse[Weapon][5] elif self.pTorp.has_key(Weapon): if (self.pShip.GetTorpedoSystem().IsOn() == 0): return 0.0 return self.pTorp[Weapon][2] else: return self.GetTractor(Weapon) def SetWeaponoldPower(self, Power): self.WeaponoldPower = Power def updateTractor(self, Tractor, Value): pProperty, MaxDamage, MaxDamageDistance, ignoredValue = self.pTractor[Tractor] self.pTractor[Tractor] = pProperty, MaxDamage, MaxDamageDistance, Value pProperty.GetProperty().SetMaxDamage(MaxDamage*Value) pProperty.GetProperty().SetMaxDamageDistance(MaxDamageDistance*Value) normPower = 0 for i in self.pTractor.keys(): if i == 0: continue # just use the maximum for now if self.pTractor[i][3] > normPower: normPower = self.pTractor[i][3] self.pShip.GetTractorBeamSystem().SetPowerPercentageWanted(normPower) def GetTractor(self, Tractor): return self.pTractor[Tractor][3] # end class ShipSettings def SetShields(ShieldNum, Value): global Ships pPlayer = MissionLib.GetPlayer() if not Ships.has_key(str(pPlayer)): Ships[str(pPlayer)] = ShipSettings(pPlayer) Ships[str(pPlayer)].SetShields(ShieldNum, Value) if (pPlayer.GetShields().IsOn() == 0): Ships[str(pPlayer)].oldPower = 0 else: Ships[str(pPlayer)].oldPower = pPlayer.GetShields().GetPowerPercentageWanted() def SetShield0(pObject, pEvent): SetShields(0, pEvent.GetFloat()) pObject.CallNextHandler(pEvent) def SetShield1(pObject, pEvent): SetShields(1, pEvent.GetFloat()) pObject.CallNextHandler(pEvent) def SetShield2(pObject, pEvent): SetShields(2, pEvent.GetFloat()) pObject.CallNextHandler(pEvent) def SetShield3(pObject, pEvent): SetShields(3, pEvent.GetFloat()) pObject.CallNextHandler(pEvent) def SetShield4(pObject, pEvent): SetShields(4, pEvent.GetFloat()) pObject.CallNextHandler(pEvent) def SetShield5(pObject, pEvent): SetShields(5, pEvent.GetFloat()) pObject.CallNextHandler(pEvent) def SwitchName(pObject, pEvent): global Switch Switch = pEvent.GetInt() def SaveConfig(pObject, pEvent): global Switch, Ships pPlayer = MissionLib.GetPlayer() Ships[str(pPlayer)].Save(Switch) def LoadConfig(pObject, pEvent): global Switch, Ships pPlayer = MissionLib.GetPlayer() Ships[str(pPlayer)].Load(Switch) def SetRepair(pObject, pEvent): global Ships pPlayer = MissionLib.GetPlayer() Ships[str(pPlayer)].SetRepair(pEvent.GetFloat()) def SetWeapon(pObject, pEvent): global Ships pText = App.TGString() pPlayer = MissionLib.GetPlayer() # damm this casting was a pane! App.STNumericBar_Cast(pEvent.GetSource()).GetText().GetString(pText) Ships[str(pPlayer)].updateWeapon(pText.GetCString(), pEvent.GetFloat()) WStatus = 0 PowerNeeded = 0 cWeapons = 0 if pPlayer.GetPhaserSystem(): WStatus = pPlayer.GetPhaserSystem().IsOn() elif pPlayer.GetPulseWeaponSystem(): WStatus = pPlayer.GetPulseWeaponSystem().IsOn() elif pPlayer.GetTorpedoSystem(): WStatus = pPlayer.GetTorpedoSystem().IsOn() if pPlayer.GetPhaserSystem(): PowerNeeded = PowerNeeded + pPlayer.GetPhaserSystem().GetPowerPercentageWanted() cWeapons = cWeapons + 1 if pPlayer.GetPulseWeaponSystem(): PowerNeeded = PowerNeeded + pPlayer.GetPulseWeaponSystem().GetPowerPercentageWanted() cWeapons = cWeapons + 1 if pPlayer.GetTorpedoSystem(): PowerNeeded = PowerNeeded + pPlayer.GetTorpedoSystem().GetPowerPercentageWanted() cWeapons = cWeapons + 1 if cWeapons > 0: PowerNeeded = PowerNeeded / cWeapons if (WStatus == 0): Ships[str(pPlayer)].SetWeaponoldPower(0) else: Ships[str(pPlayer)].SetWeaponoldPower(PowerNeeded) def SetTractor(pObject, pEvent): global Ships pText = App.TGString() pPlayer = MissionLib.GetPlayer() App.STNumericBar_Cast(pEvent.GetSource()).GetText().GetString(pText) Ships[str(pPlayer)].updateTractor(pText.GetCString(), pEvent.GetFloat()) # from MainMenu.MainMenu.CreateVolumeButton() def CreateSliderBar(pName, eType, fValue, myColor, fWidth, fHeight=0.0364, RangeLow=0.0, RangeHigh=1.0): pTopWindow = App.TopWindow_GetTopWindow() pOptionsWindow = pTopWindow.FindMainWindow(App.MWT_OPTIONS) pBar = App.STNumericBar_Create() pBar.SetRange(RangeLow, RangeHigh) pBar.SetKeyInterval(0.1) pBar.SetMarkerValue(1.0) pBar.SetValue(fValue) pBar.SetUseAlternateColor(0) pBar.SetUseButtons(0) pBar.SetNormalColor(myColor) pBar.SetEmptyColor(App.g_kSTMenu3Disabled) pText = pBar.GetText(); pText.SetStringW(pName) pBar.Resize(fWidth, fHeight, 0) pEvent = App.TGFloatEvent_Create() pEvent.SetDestination(pOptionsWindow) pEvent.SetFloat(fValue) pEvent.SetEventType(eType) pBar.SetUpdateEvent(pEvent) return pBar def CreateButton(myEvent, g_pPerson, Num, Name): pEvent = App.TGIntEvent_Create() pEvent.SetEventType(myEvent) pEvent.SetDestination(g_pPerson) pEvent.SetInt(Num) pButton = App.STButton_CreateW(Name, pEvent) return pButton def UpdateDynamicPowerWindowInterieur(updategraphics): global Ships, DynamicPowerInterieur pPlayer = MissionLib.GetPlayer() # test if Power Level for weapons was changed WStatus = 0 PowerNeeded = 0 cWeapons = 0 if pPlayer.GetPhaserSystem(): WStatus = pPlayer.GetPhaserSystem().IsOn() elif pPlayer.GetPulseWeaponSystem(): WStatus = pPlayer.GetPulseWeaponSystem().IsOn() elif pPlayer.GetTorpedoSystem(): WStatus = pPlayer.GetTorpedoSystem().IsOn() if pPlayer.GetPhaserSystem(): PowerNeeded = PowerNeeded + pPlayer.GetPhaserSystem().GetPowerPercentageWanted() cWeapons = cWeapons + 1 if pPlayer.GetPulseWeaponSystem(): PowerNeeded = PowerNeeded + pPlayer.GetPulseWeaponSystem().GetPowerPercentageWanted() cWeapons = cWeapons + 1 if pPlayer.GetTorpedoSystem(): PowerNeeded = PowerNeeded + pPlayer.GetTorpedoSystem().GetPowerPercentageWanted() cWeapons = cWeapons + 1 if cWeapons > 0: PowerNeeded = PowerNeeded / cWeapons if (WStatus == 0): PowerNeeded = 0 if (Ships[str(pPlayer)].WeaponoldPower != PowerNeeded): for myWeapon in range(len(Ships[str(pPlayer)].AllWeapons)): Weapon = Ships[str(pPlayer)].AllWeapons[myWeapon] if Ships[str(pPlayer)].WeaponoldPower != 0: difference = Ships[str(pPlayer)].GetWeapon(Weapon) / Ships[str(pPlayer)].WeaponoldPower else: difference = 1 newStatus = difference * PowerNeeded Ships[str(pPlayer)].updateWeapon(Weapon, newStatus) Ships[str(pPlayer)].SetWeaponoldPower(PowerNeeded) if (updategraphics == 1): for Weapon in DynamicPowerInterieur.keys(): if hasattr(DynamicPowerInterieur[Weapon], "SetValue"): DynamicPowerInterieur[Weapon].SetValue(Ships[str(pPlayer)].GetWeapon(Weapon)) DynamicPowerInterieur[Weapon].Resize(0.2, 0.0364, 0) # Weapons always have to be added dynamicly, cause different from ship to ship def CreateDynamicPowerWindowInterieur(): global pExtendedPowerWindow, DynamicPowerInterieur, ET_WEAPON, Ships, ET_TRACTOR pPlayer = MissionLib.GetPlayer() if not Ships.has_key(str(pPlayer)): Ships[str(pPlayer)] = ShipSettings(pPlayer) x = 0 y = 0 DynamicPowerInterieur['Phaser'] = App.TGParagraph_CreateW(App.TGString("Phaser control:")) pExtendedPowerWindow.AddChild(DynamicPowerInterieur['Phaser'], x, y, 0) # cycle weapon, grep its name and add to list pPropSet = pPlayer.GetPropertySet() pShipSubSystemPropInstanceList = pPropSet.GetPropertiesByType(App.CT_PHASER_PROPERTY) iNumItems = pShipSubSystemPropInstanceList.TGGetNumItems() pShipSubSystemPropInstanceList.TGBeginIteration() for i in range(iNumItems): pInstance = pShipSubSystemPropInstanceList.TGGetNext() pProperty = pPlayer.GetSubsystemByProperty(App.PhaserProperty_Cast(pInstance.GetProperty())) pName = pProperty.GetName() y = y + 0.04 Status = Ships[str(pPlayer)].GetWeapon(pName) if not Status: Status = 0 DynamicPowerInterieur[pName] = CreateSliderBar(App.TGString(pName), ET_WEAPON, Status, App.g_kEngineeringWeaponsColor, 0.2, 0.0364, 0.0, 2.0) pExtendedPowerWindow.AddChild(DynamicPowerInterieur[pName], x, y, 0) pShipSubSystemPropInstanceList.TGDoneIterating() y = y + 0.08 DynamicPowerInterieur['Tractor'] = App.TGParagraph_CreateW(App.TGString("Tractor control:")) pExtendedPowerWindow.AddChild(DynamicPowerInterieur['Tractor'], x, y, 0) for pName in Ships[str(pPlayer)].pTractor.keys(): if pName == 0: continue y = y + 0.04 Status = Ships[str(pPlayer)].GetTractor(pName) DynamicPowerInterieur[pName] = CreateSliderBar(App.TGString(pName), ET_TRACTOR, Status, App.g_kEngineeringSensorsColor, 0.2, 0.0364, 0.0, 2.0) pExtendedPowerWindow.AddChild(DynamicPowerInterieur[pName], x, y, 0) x = 0.25 y = 0 DynamicPowerInterieur['Pulse'] = App.TGParagraph_CreateW(App.TGString("Pulse control:")) pExtendedPowerWindow.AddChild(DynamicPowerInterieur['Pulse'], x, y, 0) pPropSet = pPlayer.GetPropertySet() pShipSubSystemPropInstanceList = pPropSet.GetPropertiesByType(App.CT_PULSE_WEAPON_PROPERTY) iNumItems = pShipSubSystemPropInstanceList.TGGetNumItems() pShipSubSystemPropInstanceList.TGBeginIteration() for i in range(iNumItems): pInstance = pShipSubSystemPropInstanceList.TGGetNext() pProperty = pPlayer.GetSubsystemByProperty(App.PulseWeaponProperty_Cast(pInstance.GetProperty())) pName = pProperty.GetName() y = y + 0.04 Status = Ships[str(pPlayer)].GetWeapon(pName) if not Status: Status = 0 DynamicPowerInterieur[pName] = CreateSliderBar(App.TGString(pName), ET_WEAPON, Status, App.g_kEngineeringWeaponsColor, 0.2, 0.0364, 0.0, 2.0) pExtendedPowerWindow.AddChild(DynamicPowerInterieur[pName], x, y, 0) pShipSubSystemPropInstanceList.TGDoneIterating() y = y + 0.08 DynamicPowerInterieur['Torpedo'] = App.TGParagraph_CreateW(App.TGString("Torpedo control:")) pExtendedPowerWindow.AddChild(DynamicPowerInterieur['Torpedo'], x, y, 0) pPropSet = pPlayer.GetPropertySet() pShipSubSystemPropInstanceList = pPropSet.GetPropertiesByType(App.CT_TORPEDO_TUBE_PROPERTY) iNumItems = pShipSubSystemPropInstanceList.TGGetNumItems() pShipSubSystemPropInstanceList.TGBeginIteration() for i in range(iNumItems): pInstance = pShipSubSystemPropInstanceList.TGGetNext() pProperty = pPlayer.GetSubsystemByProperty(App.TorpedoTubeProperty_Cast(pInstance.GetProperty())) pName = pProperty.GetName() y = y + 0.04 Status = Ships[str(pPlayer)].GetWeapon(pName) if not Status: Status = 0 DynamicPowerInterieur[pName] = CreateSliderBar(App.TGString(pName), ET_WEAPON, Status, App.g_kEngineeringWeaponsColor, 0.2, 0.0364, 0.0, 2.0) pExtendedPowerWindow.AddChild(DynamicPowerInterieur[pName], x, y, 0) pShipSubSystemPropInstanceList.TGDoneIterating() pExtendedPowerWindow.InteriorChangedSize() def DestroyDynamicPowerWindowInterieur(): global pExtendedPowerWindow, DynamicPowerInterieur for key in DynamicPowerInterieur.keys(): pExtendedPowerWindow.DeleteChild(DynamicPowerInterieur[key]) DynamicPowerInterieur = {} # static Interieur def CreatePowerWindowInterieur(): global pExtendedPowerWindow, ET_SHIELDS, pShieldBars, ET_SAVE, ET_LOAD, ET_NAME, pButtonSwitch, g_pBrex, pRepairBar, ET_REPAIR, ET_CLOSE x = 0.5 y = 0 pText = App.TGParagraph_CreateW(App.TGString("Shield control:")) pExtendedPowerWindow.AddChild(pText, x, y, 0) x = pText.GetRight() + 0.05 pEvent = App.TGIntEvent_Create() pEvent.SetEventType(ET_CLOSE) pEvent.SetDestination(g_pBrex) pEvent.SetInt(0) pButton = App.STRoundedButton_CreateW(App.TGString("Close"), pEvent, 0.13125, 0.034583) pExtendedPowerWindow.AddChild(pButton, x, y, 0) pShip = MissionLib.GetPlayer() if pShip.GetShields().IsOn() == 1: Status = pShip.GetShields().GetPowerPercentageWanted() else: Status = 0 x = 0.5 # cacle all shields for i in range(App.ShieldClass.NUM_SHIELDS): y = y + 0.04 pShieldBars[i] = CreateSliderBar(App.TGString(ET_SHIELDS[i][1]), ET_SHIELDS[i][0], Status, App.g_kEngineeringShieldsColor, 0.2, 0.0364, 0.0, 2.0) pExtendedPowerWindow.AddChild(pShieldBars[i], x, y, 0) y = y + 0.08 pRepairBar = CreateSliderBar(App.TGString("Repair Subsystem"), ET_REPAIR, 1.0, App.g_kEngineeringSensorsColor, 0.2, 0.0364, 0.0, 2.0) pExtendedPowerWindow.AddChild(pRepairBar, x, y, 0) y = 0.5 pButtonSwitch[0] = CreateButton(ET_NAME[4], g_pBrex, 0, App.TGString(ET_NAME[0])) pExtendedPowerWindow.AddChild(pButtonSwitch[0], x, y, 0) y = y + 0.04 pButtonSwitch[1] = CreateButton(ET_NAME[4], g_pBrex, 1, App.TGString(ET_NAME[1])) pExtendedPowerWindow.AddChild(pButtonSwitch[1], x, y, 0) y = y + 0.04 pButtonSwitch[2] = CreateButton(ET_NAME[4], g_pBrex, 2, App.TGString(ET_NAME[2])) pExtendedPowerWindow.AddChild(pButtonSwitch[2], x, y, 0) y = y + 0.04 pButtonSwitch[3] = CreateButton(ET_NAME[4], g_pBrex, 3, App.TGString(ET_NAME[3])) pExtendedPowerWindow.AddChild(pButtonSwitch[3], x, y, 0) y = y + 0.04 pEvent = App.TGIntEvent_Create() pEvent.SetEventType(ET_SAVE) pEvent.SetDestination(g_pBrex) pEvent.SetInt(0) pButton = App.STRoundedButton_CreateW(App.TGString("Save"), pEvent, 0.13125, 0.034583) pExtendedPowerWindow.AddChild(pButton, x, y, 0) x = pButton.GetRight() + 0.01 pEvent = App.TGIntEvent_Create() pEvent.SetEventType(ET_LOAD) pEvent.SetDestination(g_pBrex) pEvent.SetInt(0) pButton = App.STRoundedButton_CreateW(App.TGString("Load"), pEvent, 0.13125, 0.034583) pExtendedPowerWindow.AddChild(pButton, x, y, 0) # just somwthing to redraw window pExtendedPowerWindow.Layout() # handle mouse clicks in empty space def PassMouse(pWindow, pEvent): pWindow.CallNextHandler(pEvent) if pEvent.EventHandled() == 0: pEvent.SetHandled() # check for changed settings, resets itself def RefreshTimer(pObject=None, pEvent=None): global pShieldBars, pExtendedPowerWindow, Ships, ET_REFRESH, pRepairBar, forceupdategraphics updategraphics = 0 if not pExtendedPowerWindow: return if pExtendedPowerWindow.IsVisible(): updategraphics = 1 dTimeLeft=0.5 pPlayer = MissionLib.GetPlayer() if pPlayer: if (pPlayer.GetShields().IsOn() == 0): newPower = 0 else: newPower = pPlayer.GetShields().GetPowerPercentageWanted() if not Ships.has_key(str(pPlayer)): Ships[str(pPlayer)] = ShipSettings(pPlayer) if Ships[str(pPlayer)].forceshieldupdate == 1 or updategraphics == 1: for i in range(App.ShieldClass.NUM_SHIELDS): pShieldBars[i].SetValue(Ships[str(pPlayer)].ShieldStatus[i]) pShieldBars[i].Resize(0.2, 0.0364, 0) if Ships[str(pPlayer)].forceshieldupdate == 1: Ships[str(pPlayer)].oldPower = newPower Ships[str(pPlayer)].forceshieldupdate = 0 if (newPower != Ships[str(pPlayer)].oldPower): if not Ships.has_key(str(pPlayer)): Ships[str(pPlayer)] = ShipSettings(pPlayer) for i in range(App.ShieldClass.NUM_SHIELDS): if Ships[str(pPlayer)].oldPower != 0: difference = Ships[str(pPlayer)].ShieldStatus[i] / Ships[str(pPlayer)].oldPower else: difference = 1 newStatus = difference * newPower Ships[str(pPlayer)].SetShieldStatus(i, newStatus) if updategraphics == 1: pShieldBars[i].SetValue(Ships[str(pPlayer)].ShieldStatus[i]) pShieldBars[i].Resize(0.2, 0.0364, 0) Ships[str(pPlayer)].PowerWanted[i] = newPower / 6 Ships[str(pPlayer)].oldPower = newPower if updategraphics == 1 or forceupdategraphics == 1: for i in range(App.ShieldClass.NUM_SHIELDS): if Ships[str(pPlayer)].forceshieldupdate == 1: pShieldBars[i].SetValue(Ships[str(pPlayer)].ShieldStatus[i]) pRepairBar.SetValue(Ships[str(pPlayer)].GetRepair()) pRepairBar.Resize(0.2, 0.0364, 0) UpdateDynamicPowerWindowInterieur(updategraphics) if pExtendedPowerWindow.IsVisible(): forceupdategraphics = 0 pExtendedPowerWindow.Layout() pTimerEvent = App.TGEvent_Create() pTimerEvent.SetEventType(ET_REFRESH) pTimerEvent.SetDestination(App.TopWindow_GetTopWindow()) pTimer = App.TGTimer_Create() pTimer.SetTimerStart(App.g_kUtopiaModule.GetGameTime() + 0.5) pTimer.SetDelay(0) pTimer.SetDuration(0) pTimer.SetEvent(pTimerEvent) App.g_kTimerManager.AddTimer(pTimer) def CreateExtendedPowerWindow(pObject=None, pEvent=None): global pExtendedPowerWindow, g_pBrex # Create the Engineering extra Window: pExtendedPowerWindow = App.STStylizedWindow_CreateW("StylizedWindow", "NoMinimize", App.TGString("Extended Power Window"), 0.0, 0.0, None, 1, 0.8, 0.8, App.g_kMainMenuBorderMainColor) pTacticalControlWindow = App.TacticalControlWindow_GetTacticalControlWindow() pTacticalControlWindow.AddChild(pExtendedPowerWindow, 0.1, 0.1) pExtendedPowerWindow.AddPythonFuncHandlerForInstance(App.ET_MOUSE, __name__ + ".PassMouse") pExtendedPowerWindow.SetNotVisible() CreatePowerWindowInterieur() RefreshTimer() def UnlockTimer(pObject, pEvent): global lockPowerWindow lockPowerWindow = 0 def PowerWindowKey(pObject, pEvent): global lockPowerWindow if lockPowerWindow == 1: return # Lock against too fast key presses lockPowerWindow = 1 PowerWindow(pObject, pEvent) # unlock using a Timer MissionLib.CreateTimer(Lib.LibEngineering.GetEngineeringNextEventType(), __name__ + ".UnlockTimer", App.g_kUtopiaModule.GetGameTime() + 1.0, 0, 0) def PowerWindow(pObject, pEvent): global pExtendedPowerWindow, forceupdategraphics if not pExtendedPowerWindow: return pTacticalControlWindow = App.TacticalControlWindow_GetTacticalControlWindow() if pExtendedPowerWindow.IsVisible(): pTacticalControlWindow.MoveToBack(pExtendedPowerWindow) pExtendedPowerWindow.SetNotVisible() DestroyDynamicPowerWindowInterieur() else: pExtendedPowerWindow.SetVisible() pTacticalControlWindow.MoveToFront(pExtendedPowerWindow) # Not so agressiv to the front - only give us problems! pTacticalControlWindow.MoveTowardsBack(pExtendedPowerWindow) CreateDynamicPowerWindowInterieur() forceupdategraphics = 1 #RefreshTimer() # Seperate from PowerWindow() - just for close, avoids trouble def PowerWindowClose(pObject, pEvent): global pExtendedPowerWindow if not pExtendedPowerWindow: return pTacticalControlWindow = App.TacticalControlWindow_GetTacticalControlWindow() if pExtendedPowerWindow.IsVisible(): pTacticalControlWindow.MoveToBack(pExtendedPowerWindow) pExtendedPowerWindow.SetNotVisible() DestroyDynamicPowerWindowInterieur() pObject.CallNextHandler(pEvent) def WeaponFired(pObject, pEvent): global Ships # just try it the hard way: pFiringWeapon = App.TractorBeamProjector_Cast(pEvent.GetSource()) if not pFiringWeapon: pFiringWeapon = App.PhaserBank_Cast(pEvent.GetSource()) if not pFiringWeapon: pFiringWeapon = App.PulseWeapon_Cast(pEvent.GetSource()) if not pFiringWeapon: pFiringWeapon = App.TorpedoTube_Cast(pEvent.GetSource()) # lets get the parent ship - we need the parent subsystem for this: ParentSubsystem = App.ShipSubsystem_Cast(pFiringWeapon.GetParentSubsystem()) pShip = ParentSubsystem.GetParentShip() WeaponName = pFiringWeapon.GetName() if not Ships.has_key(str(pShip)): return PowerLevel = Ships[str(pShip)].GetWeapon(WeaponName) if PowerLevel <= 1.5: return # else randomly damage it: # 1. Do we damage it= myLevel = 200 - PowerLevel * 100 # 50...0 RandNum = App.g_kSystemWrapper.GetRandomNumber(100) if RandNum < myLevel: # no damage return # 2. how much damage? myLevel = PowerLevel - 1.0 WeaponCondition = pFiringWeapon.GetConditionPercentage() cDamage = WeaponCondition - myLevel / (App.g_kSystemWrapper.GetRandomNumber(49) + 1) if cDamage <= 0: pShip.DestroySystem(pFiringWeapon) else: pFiringWeapon.SetConditionPercentage(cDamage) def SetTorpLoad(pObject, pEvent): global TorpsReady if TorpsReady.has_key(str(pEvent)): pProperty = TorpsReady[str(pEvent)][0] NumReady = TorpsReady[str(pEvent)][1] pProperty.SetNumReady(NumReady) def init(): global g_pBrex, ET_SHIELDS, ET_NAME, ET_REFRESH, ET_REPAIR, ET_CLOSE, ET_WEAPON, ET_TRACTOR, TORPEDO_SET_TIMER if not Lib.LibEngineering.CheckActiveMutator("Advanced Power control"): return if App.g_kUtopiaModule.IsMultiplayer(): return pGame = App.Game_GetCurrentGame() pEpisode = pGame.GetCurrentEpisode() pMission = pEpisode.GetCurrentMission() pBridge = App.g_kSetManager.GetSet("bridge") g_pBrex = App.CharacterClass_GetObject(pBridge, "Engineer") if not g_pBrex: print("Error: no Brex :(") return Lib.LibEngineering.CreateMenuButton("Advanced Power control", "Engineer", __name__ + ".PowerWindow") # key bind Lib.LibEngineering.AddKeyBind("Advanced Power control", __name__ + ".PowerWindowKey") # sounds like the game sometimes crashes if we already create it here, so don't #CreateExtendedPowerWindow() # really bad work around! MissionLib.CreateTimer(Lib.LibEngineering.GetEngineeringNextEventType(), __name__ + ".CreateExtendedPowerWindow", App.g_kUtopiaModule.GetGameTime() + 2.0, 0, 0) App.g_kEventManager.AddBroadcastPythonFuncHandler(ET_SHIELDS[0][0], pMission, __name__ + ".SetShield0") App.g_kEventManager.AddBroadcastPythonFuncHandler(ET_SHIELDS[1][0], pMission, __name__ + ".SetShield1") App.g_kEventManager.AddBroadcastPythonFuncHandler(ET_SHIELDS[2][0], pMission, __name__ + ".SetShield2") App.g_kEventManager.AddBroadcastPythonFuncHandler(ET_SHIELDS[3][0], pMission, __name__ + ".SetShield3") App.g_kEventManager.AddBroadcastPythonFuncHandler(ET_SHIELDS[4][0], pMission, __name__ + ".SetShield4") App.g_kEventManager.AddBroadcastPythonFuncHandler(ET_SHIELDS[5][0], pMission, __name__ + ".SetShield5") App.g_kEventManager.AddBroadcastPythonFuncHandler(ET_REPAIR, pMission, __name__ + ".SetRepair") App.g_kEventManager.AddBroadcastPythonFuncHandler(ET_CLOSE, pMission, __name__ + ".PowerWindow") g_pBrex.AddPythonFuncHandlerForInstance(ET_NAME[4], __name__ + ".SwitchName") g_pBrex.AddPythonFuncHandlerForInstance(ET_SAVE, __name__ + ".SaveConfig") g_pBrex.AddPythonFuncHandlerForInstance(ET_LOAD, __name__ + ".LoadConfig") App.TopWindow_GetTopWindow().AddPythonFuncHandlerForInstance(ET_REFRESH, __name__ + ".RefreshTimer") App.g_kEventManager.AddBroadcastPythonFuncHandler(ET_WEAPON, pMission, __name__ + ".SetWeapon") g_pBrex.AddPythonFuncHandlerForInstance(App.ET_CHARACTER_MENU, __name__ + ".PowerWindowClose") App.g_kEventManager.AddBroadcastPythonFuncHandler(ET_TRACTOR, pMission, __name__ + ".SetTractor") App.g_kEventManager.AddBroadcastPythonFuncHandler(App.ET_WEAPON_FIRED, pMission, __name__+".WeaponFired") App.TopWindow_GetTopWindow().AddPythonFuncHandlerForInstance(TORPEDO_SET_TIMER, __name__ + ".SetTorpLoad") def exit(): global pExtendedPowerWindow, Ships, TorpsReady if pExtendedPowerWindow: pExtendedPowerWindow.KillChildren() pTacticalControlWindow = App.TacticalControlWindow_GetTacticalControlWindow() pTacticalControlWindow.DeleteChild(pExtendedPowerWindow) Ships = {} TorpsReady = {} def Restart(): global Ships Ships = {}