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import Bladex ### / Added by Dario \ #### import Ontake import Stars import string ### \ Added by Dario / #### import math import Reference import Breakings import InitDataField import OnInitTake # Added by Manuel import AuxFuncs #Para Faces de camara import B3DLib import netgame import Damage import CharStats import MenuText import BInput import Select import Netval import Torchs import ItemTypes # # Fade out values -> For Enric # START_FADEOUT_IN_BIG_FALL=2.0 END_FADEOUT_IN_BIG_FALL=2.5 if Reference.DEBUG_INFO == 1: import pdb import pdb TRUE=(1==1) FALSE=(1!=1) # #Values returned by StatR #Tells what is being carried in the right hand # RA_NO_WEAPON=0 #Nothing in hand RA_1H_WEAPON=1 #Carring 1 hand weapon RA_BOW=2 #A bow RA_2H_OBJECT=3 #A 2 hand object RA_TORCH=4 #NEW : Now the torch is in the right hand! # #Values returned by StatL #Tells what is being carried in the left hand # LA_NO_WEAPON=0 #Nothing LA_SHIELD=1 #Shield LA_BOW=2 #A bow LA_2H_OBJECT=2 #A 2 hand object PI = math.pi TWOPI = PI*2 FACINGANGLE = PI * 0.125 BEHINDANGLE = PI * 0.75 B_SOLID_MASK_PERSON =1 B_SOLID_MASK_FLOOR =2 B_SOLID_MASK_CAMERA =4 B_SOLID_MASK_PARTICLES =8 MESSAGE_START_WEAPON =7 MESSAGE_STOP_WEAPON =8 MESSAGE_START_TRAIL =14 MESSAGE_STOP_TRAIL =15 # Interpolation Types for DoAction() InterpWithOff=0, InterpWithOutOff=1, InertialIntrp=2, FixedRFootIntep=3, FixedLFootIntep=4, FixedFootAutoInterp=5 # Table to be used by other libraries TryToTakeCallBacks = [] # # Message Support Functions # # Message to the user, maybe this should go to the screen def ReportMsg(Msg): if netgame.GetNetState()==0: import GameText GameText.WriteTextAux(MenuText.GetMenuText(Msg),2.0,255,255,255,[]) def GetListOfObjectsAt(inv,id): if inv.GetNumberObjectsAt(id)==1: name = inv.GetObject(id) if name: return [name] else: return [] else: corray = range(inv.GetNumberObjectsAt(id)) resulto = [] for i in corray: name = inv.GetObject(id) if not name: return [] inv.RemoveObject(name) ExtendedTakeObject(inv,name) resulto.append(name) return resulto def RemoveAllKeys(EntityName): me = Bladex.GetEntity(EntityName) inv= me.GetInventory() keyNames = [] for j in range(inv.nKeys): keyNames.append(inv.GetKey(j)) for key in keyNames: inv.RemoveKey(key) def RemoveNoTravelObjects(EntityName): me = Bladex.GetEntity(EntityName) inv = me.GetInventory() objname = inv.GetObject(0) counterid = 0 while objname: obj = Bladex.GetEntity(objname) if obj.Kind in Reference.TravelObjects: counterid = counterid + 1 else: inv.RemoveObject(objname) objname = inv.GetObject(counterid) # # # def PutAllInBack(EntityName): me = Bladex.GetEntity(EntityName) right= me.InvRight left= me.InvLeft rightback= me.InvRightBack leftback= me.InvLeftBack inv= me.GetInventory() inv.LinkRightHand ("") inv.LinkLeftHand ("") inv.LinkBack("") # Left Back if leftback: inv.LinkLeftBack(leftback) elif not leftback and left: inv.LinkLeftBack(left) elif leftback and left: print "ERROR - Actions.PutAllInBack -> leftback and left both diff on none!!!" inv.LinkLeftBack(leftback) print " Linked only the back one..." # Right Back if rightback: inv.LinkRightBack(rightback) elif not rightback and right: inv.LinkRightBack(right) elif rightback and right: print "ERROR - Actions.PutAllInBack -> rightback and right both diff on none!!!" inv.LinkRightBack(rightback) print " Linked only the back one..." # # # def Start_Weapon (EntityName,EventName): me = Bladex.GetEntity(EntityName) if me: inv= me.GetInventory() if inv: weapon_name= inv.GetActiveWeapon() if weapon_name: weapon= Bladex.GetEntity(weapon_name) if weapon: #print "Start Weapon" weapon.MessageEvent(Reference.MESSAGE_START_WEAPON,0,0) def Stop_Weapon (EntityName,EventName): me = Bladex.GetEntity(EntityName) if me: inv= me.GetInventory() if inv: weapon_name= inv.GetActiveWeapon() if weapon_name: weapon= Bladex.GetEntity(weapon_name) if weapon: #print "Stop Weapon" weapon.MessageEvent(Reference.MESSAGE_STOP_WEAPON,0,0) def Start_Weapon_Special (EntityName,EventName): me = Bladex.GetEntity(EntityName) if me: inv= me.GetInventory() if inv: weapon_name= inv.GetActiveWeapon() if weapon_name: weapon= Bladex.GetEntity(weapon_name) if weapon: if weapon.Data: try: weapon.Data.Start_Weapon_Special (EntityName,EventName) except AttributeError: pass def Stop_Weapon_Special (EntityName,EventName): me = Bladex.GetEntity(EntityName) if me: inv= me.GetInventory() if inv: weapon_name= inv.GetActiveWeapon() if weapon_name: weapon= Bladex.GetEntity(weapon_name) if weapon: if weapon.Data: try: weapon.Data.Stop_Weapon_Special (EntityName,EventName) except AttributeError: pass def Start_Trail (EntityName,EventName): me = Bladex.GetEntity(EntityName) if me: inv= me.GetInventory() if inv: weapon_name= inv.GetActiveWeapon() if weapon_name: weapon= Bladex.GetEntity(weapon_name) if weapon: weapon.MessageEvent(Reference.MESSAGE_START_TRAIL,0,0) def Stop_Trail (EntityName,EventName): me = Bladex.GetEntity(EntityName) if me: inv= me.GetInventory() if inv: weapon_name= inv.GetActiveWeapon() if weapon_name: weapon= Bladex.GetEntity(weapon_name) if weapon: weapon.MessageEvent(Reference.MESSAGE_STOP_TRAIL,0,0) def GraspString (EntityName,EventName): me= Bladex.GetEntity(EntityName) if me: inv= me.GetInventory() if inv: if inv.HoldingBow: bow= Bladex.GetEntity(inv.GetBow()) try: bow.Data.GraspString() except AttributeError: print "No string on bow. Do ItemTypes.ItemDefaultFuncs(Bladex.GetEntity('"+bow.Name+"'))" def UnGraspString (EntityName,EventName): me= Bladex.GetEntity(EntityName) if me: inv= me.GetInventory() if inv: if inv.HoldingBow: bow= Bladex.GetEntity(inv.GetBow()) try: bow.Data.UnGraspString() except AttributeError: print "No string on bow. Do ItemTypes.ItemDefaultFuncs(Bladex.GetEntity('"+bow.Name+"'))" def AddQuiver(inv, new_quiver_name): new_quiver= Bladex.GetEntity(new_quiver_name) # Do we already have a quiver of this type for i in range (inv.nQuivers): quiver_name= inv.GetQuiver(i) quiver= Bladex.GetEntity(quiver_name) if quiver.Data.ArrowType==new_quiver.Data.ArrowType: # Select this quiver inv.SetCurrentQuiver(quiver_name) if inv.HoldingBow: inv.LinkRightBack(quiver_name) # Add the arrows, and delete the new quiver quiver.Data.ReceiveArrows (new_quiver.Data.NumberOfArrows(), inv.Owner) new_quiver.SubscribeToList("Pin") inv.LinkRightHand("None") return # Else add a new quiver to the inventory and select it inv.AddQuiver(new_quiver_name) inv.SetCurrentQuiver(new_quiver_name) inv.LinkRightHand("None") if inv.HoldingBow: inv.LinkRightBack(new_quiver_name) def ExtendedTakeObject(inv,Object2TakeName): global StakObjects o = Bladex.GetEntity(Object2TakeName) if o.Kind in Reference.StackObjects.keys(): inv.AddObject(Object2TakeName,Reference.StackObjects[o.Kind]-1) else: inv.AddObject(Object2TakeName,0) def TakeObject(EntityName,Object2TakeName, force_take=TRUE): #print "Take object "+EntityName+", "+Object2TakeName me=Bladex.GetEntity(EntityName) inv=me.GetInventory() #if me.Data and me.Data.pickup_entity: # me.Data.pickup_entity=Object2TakeName #PickupEventHandler(EntityName,"PickupEvent") if IsOneTooMany (EntityName, Object2TakeName): if force_take: DropToMakeRoomFor(EntityName, Object2TakeName) else: print (EntityName+": Too many objects of this type: "+Object2TakeName) return object_flag=Reference.GiveObjectFlag(Object2TakeName) try: me.Data.RegisterObjectAsTaken(Object2TakeName) except: if EntityName=='Player1': print Object2TakeName+" not registered as taken, Players Data class not created yet" if object_flag == Reference.OBJ_ITEM: ExtendedTakeObject(inv,Object2TakeName) elif object_flag == Reference.OBJ_SHIELD: inv.AddShield(Object2TakeName) if not me.InvLeftBack and not me.InvRightBack and not me.InvLeft: inv.LinkLeftHand(Object2TakeName) elif object_flag == Reference.OBJ_WEAPON: flag=Reference.GiveWeaponFlag(Object2TakeName) inv.AddWeapon(Object2TakeName,flag) if me.InvLeftBack=="" and me.InvRightBack=="" and me.InvRight=="": inv.LinkRightHand(Object2TakeName) elif object_flag == Reference.OBJ_BOW: #Corregir? inv.AddBow(Object2TakeName) if not me.InvLeftBack and not me.InvRightBack and not me.InvRight and not me.InvLeft: inv.LinkLeftHand(Object2TakeName) #inv.LinkRightHand(Object2TakeName) # Esta bien ? Revisar ! elif object_flag == Reference.OBJ_QUIVER: AddQuiver(inv, Object2TakeName) elif object_flag == Reference.OBJ_STANDARD: if not me.InvLeftBack and not me.InvRightBack and not me.InvRight: inv.LinkRightHand(Object2TakeName) elif object_flag == Reference.OBJ_KEY: inv.AddKey(Object2TakeName) elif object_flag == Reference.OBJ_SPECIALKEY: inv.AddSpecialKey(Object2TakeName) elif object_flag == Reference.OBJ_TABLET: inv.AddTablet(Object2TakeName) elif object_flag == Reference.OBJ_ARROW: pass elif object_flag == Reference.OBJ_USEME and EntityName != "Player1" : ExtendedTakeObject(inv,Object2TakeName) else: print "ERROR adding an object to a character !!!" print "Not classified properly in Reference.py!!!" def StatR(EntityName): me=Bladex.GetEntity(EntityName) ObjectName=me.InvRight if ObjectName=="None" or not ObjectName: return RA_NO_WEAPON object_flag=Reference.GiveObjectFlag(ObjectName) if object_flag==Reference.OBJ_BOW: return RA_BOW #elif object_flag==Reference.OBJ_TORCH: # return RA_TORCH else: return RA_1H_WEAPON def StatL(EntityName): me=Bladex.GetEntity(EntityName) ObjectName=me.InvLeft if ObjectName=="None" or not ObjectName: return LA_NO_WEAPON object_flag=Reference.GiveObjectFlag(ObjectName) if object_flag==Reference.OBJ_SHIELD: return LA_SHIELD elif object_flag==Reference.OBJ_BOW: return LA_BOW else: print "ERROR - Invalid object in left hand!!!" print "Check it in Reference.py!!!" return # # IsRightHandStandardObject # def IsRightHandStandardObject(EntityName): me=Bladex.GetEntity(EntityName) if not me.InvRight: return FALSE # Get object type object_flag= Reference.GiveObjectFlag(me.InvRight) return object_flag == Reference.OBJ_STANDARD # # # def IsRightHandWeaponObject(EntityName): me=Bladex.GetEntity(EntityName) if not me.InvRight: return FALSE # Get object type object_flag= Reference.GiveObjectFlag(me.InvRight) return object_flag == Reference.OBJ_WEAPON or object_flag == Reference.OBJ_BOW # Do not include bow ? # # IsRightHandAutomaticObject # def IsRightHandAutomaticObject(EntityName): me=Bladex.GetEntity(EntityName) if not me.InvRight: return FALSE # Get object type object_flag= Reference.GiveObjectFlag(me.InvRight) return object_flag == Reference.OBJ_USEME # # ShieldOnLeft # """ def ShieldOnLeft(EntityName): me=Bladex.GetEntity(EntityName) if not me.InvLeft: return FALSE # Get object type object_flag= Reference.GiveObjectFlag(me.InvLeft) return object_flag == Reference.OBJ_USEME """ ################# # # A C T I O N S # ################# # # Turning Actions -> Shoudl NOT be here! # def IsBehindEntity(MyName, OtherName): them=Bladex.GetEntity(OtherName) angle1 = them.Angle angle2 = B3DLib.GetEntity2EntityAngle (OtherName, MyName) return abs (B3DLib.DiffAngle (angle1, angle2)) >= BEHINDANGLE def IsFacingEntity(MyName, OtherName): me=Bladex.GetEntity(MyName) angle1 = me.Angle angle2 = B3DLib.GetEntity2EntityAngle (MyName, OtherName) return abs (B3DLib.DiffAngle (angle1, angle2)) <= FACINGANGLE def IsFacingPos(MyName, x, z): me=Bladex.GetEntity(MyName) angle1 = me.Angle; p1=me.Position x = x-p1[0] z = z-p1[2] angle2 = B3DLib.GetXZAngle (x, 0.0, z) return abs (B3DLib.DiffAngle (angle1, angle2)) <= FACINGANGLE def Turn180(MyName): me=Bladex.GetEntity(MyName) angle = me.Angle+PI if angle >= TWOPI: angle = angle - TWOPI me.Face(angle) def QuickTurn180(MyName): me=Bladex.GetEntity(MyName) angle = me.Angle+PI if angle >= TWOPI: angle = angle - TWOPI me.QuickFace(angle) def TurnToFaceEntity(MyName, OtherName): me=Bladex.GetEntity(MyName) angle = B3DLib.GetEntity2EntityAngle (MyName, OtherName) me.Face(angle) def TurnToFaceEntityNow(MyName, OtherName): me=Bladex.GetEntity(MyName) angle = B3DLib.GetEntity2EntityAngle (MyName, OtherName) me.Angle = angle def QuickTurnToFaceEntity(MyName, OtherName): me=Bladex.GetEntity(MyName) angle = B3DLib.GetEntity2EntityAngle (MyName, OtherName) me.QuickFace(angle) def TurnToFacePos(MyName, x, z): me=Bladex.GetEntity(MyName) p1=me.Position x = x-p1[0] z = z-p1[2] angle = B3DLib.GetXZAngle (x, 0.0, z) me.Face(angle) def QuickTurnToFacePos(MyName, x, z): me=Bladex.GetEntity(MyName) p1=me.Position x = x-p1[0] z = z-p1[2] angle = B3DLib.GetXZAngle (x, 0.0, z) me.QuickFace(angle) # # Using Actions # # Use locations USE_FROM_INV=0 USE_FROM_NEARBY=2 USE_FROM_TAKE=4 def StdUse (EntityName): me = Bladex.GetEntity(EntityName) if me.Wuea==Reference.WUEA_ENDED: return FALSE if me.Wuea==Reference.WUEA_WAIT: return FALSE #Para evitar bug de usar un segundo objeto indefinidamente if me.AnmEndedFunc: return FALSE ###Reference.debugprint (EntityName + ": In StdUse") TryWithAnother = 1 if (me.Name[0:6]=="Player") and (me.Data.InventoryActive): inv = me.GetInventory() object_name = inv.GetSelectedObject() if object_name: ###Reference.debugprint (EntityName + ": Using "+object_name) object = Bladex.GetEntity(object_name) if object and object.CanUse: me.Data.obj_used=object InitDataField.Initialise(object) object.Data.UsedBy = EntityName object.UseFunc(object_name, USE_FROM_INV) TryWithAnother = 0 if TryWithAnother: if me.Data and me.Data.selected_entity: if IsValidForUsing (me.Data.selected_entity[0], EntityName): object_flag= Reference.GiveObjectFlag(me.Data.selected_entity[0]) if object_flag!=Reference.OBJ_USEME and object_flag!=Reference.OBJ_ITEM: # Automatics get picked up first object = Bladex.GetEntity(me.Data.selected_entity[0]) me.Data.obj_used=object InitDataField.Initialise(object) object.Data.UsedBy = EntityName object.UseFunc(object.Name, USE_FROM_NEARBY) return if IsValidForTaking (me.Data.selected_entity[0]): me.Data.toggle4t_clearback= FALSE me.Data.stuff_onback_b4= SthOnBack(EntityName) if TryToTake(EntityName, me.Data.selected_entity[0]): return else: ReportMsg ("The selected object cannot be taken") else: ReportMsg ("Nothing selected") def IsValidForUsing(instance_name, EntityName): me = Bladex.GetEntity(EntityName) object = Bladex.GetEntity(instance_name) if not me or not object or not object.CanUse or not object.UseFunc: return FALSE dist = B3DLib.GetXZDistance (EntityName, instance_name) chartype = Bladex.GetCharType(me.CharType,me.CharTypeExt) # Is it too far? if dist > chartype.Reach*1.5: # Patch because we extend our reach to use (e.g. with a torch) return FALSE # Is it too low? heightdiff = -(object.Position[1] - (me.Position[1]+me.Dist2Floor)) if heightdiff < chartype.MinTake: return FALSE #Is it too high? if heightdiff > chartype.MaxTake5: return FALSE return TRUE def has_torch (EntityName): me=Bladex.GetEntity (EntityName) obj_name = me.InvRight if obj_name: obj = Bladex.GetEntity(obj_name) if obj: return obj.Kind == "Antorcha" return 0 def DestroyBurningItem (EntityName, DestroyTime): ###Reference.debugprint (EntityName + ": Im being destroyed") obj=Bladex.GetEntity(EntityName) #obj.SubscribeToList("Pin") if obj: try: if not obj.Data.brkobjdata: Breakings.SetBreakable(EntityName, DestroyTime, DestroyTime) except: Breakings.SetBreakable(EntityName, DestroyTime, DestroyTime) ###Reference.debugprint (EntityName + ": Setting Light to pieces with destroy time " + `DestroyTime`) brkobj=obj.Data.brkobjdata Breakings.ExplodeSpecialObject (EntityName, 3500.0) # Set light to the pieces ###Reference.debugprint (EntityName + ": Setting Light to pieces...") for n in brkobj.n_piezas: brkobj.pieza[n].CatchOnFire(0.0,0.0,0.0) def StdSetFireToUseFunc(ObjectName,use_from): object=Bladex.GetEntity(ObjectName) from_pos = (0.0, 0.0, 0.0) if use_from==USE_FROM_INV or use_from==USE_FROM_NEARBY or use_from==USE_FROM_TAKE: EntityName = object.Data.UsedBy me = Bladex.GetEntity(EntityName) if me: if not has_torch (EntityName): return torch = Bladex.GetEntity(me.InvRight) if torch.Data.torchobjdata.LightStatus==Torchs.OFF: return object.UseFunc = 0 object.Data.UsedBy = me.InvRight QuickTurnToFaceEntity (EntityName, ObjectName) # Launch the set fire to animation depending on the height diff heightdiff = -(object.Position[1] - (me.Position[1]+me.Dist2Floor)) chartype = Bladex.GetCharType(me.CharType,me.CharTypeExt) me.AddAnmEventFunc("SetAlightEvent",SetAlightEventHandler) if heightdiff <= chartype.MaxTake1: me.LaunchAnmType("fire_g") elif heightdiff <= chartype.MaxTake2: me.LaunchAnmType("fire0") elif heightdiff <= chartype.MaxTake3: me.LaunchAnmType("fire1") elif heightdiff <= chartype.MaxTake4: me.LaunchAnmType("fire2") elif heightdiff <= chartype.MaxTake5: me.LaunchAnmType("fire3") def SetAlight (ObjectName): object = Bladex.GetEntity (ObjectName) if object: try: UserName = object.Data.UsedBy user = Bladex.GetEntity(UserName) user_pos = user.Position except: user_pos = (0.0, 0.0, 0.0) object.CatchOnFire(user_pos[0], user_pos[1], user_pos[2]) ###Reference.debugprint("Setting "+ ObjectName +" alight") # Set up the destruction of the item # after a given amount of time if object.Data.BurnTime: Bladex.AddScheduledFunc(Bladex.GetTime()+object.Data.BurnTime, DestroyBurningItem,(ObjectName,object.Data.DestroyTime,),"SetAlight"+ObjectName) def SetBurnable (EntityName, BurnTime, DestroyTime): object=Bladex.GetEntity(EntityName) object.UseFunc = StdSetFireToUseFunc InitDataField.Initialise(object) object.Data.BurnTime = BurnTime object.Data.DestroyTime = DestroyTime def SetAlightEventHandler(EntityName, EventName): me = Bladex.GetEntity(EntityName) me.DelAnmEventFunc(EventName) ###Reference.debugprint(EntityName+": in SetAlightEventHandler") # Check valid event type if EventName != "SetAlightEvent": ###Reference.debugprint(EntityName+":-( SetAlightEventHandler has unhandled event") return object = me.Data.obj_used if object: SetAlight(object.Name) # Taking Actions # """ Valid Object Checks """ def IsValidForTaking(instance_name): object = Bladex.GetEntity(instance_name) if(object): if object.Static or (object.Weapon and object.WeaponMode==Reference.ACTIVE_WEAPON_MODE): ###Reference.debugprint(instance_name+" is static and cannot be taken") return FALSE if object.Parent: parent=Bladex.GetEntity(object.Parent) if parent and parent.Person: return FALSE object_data = None if Reference.EntitiesObjectData.has_key(instance_name): object_data = Reference.EntitiesObjectData[instance_name] elif Reference.DefaultObjectData.has_key(object.Kind): object_data = Reference.DefaultObjectData[object.Kind] if not object_data: ###Reference.debugprint ("The object " + instance_name + " of type " + object.Kind + " is not referenced in any dictionary.") return FALSE # if its an automatic, and does't have a use func if object_data[0] == Reference.OBJ_USEME and not object.CanUse: ###Reference.debugprint ("The object " + instance_name + " cannot be used.") return FALSE return TRUE def IsValidForThrowing(object_name): object = Bladex.GetEntity(object_name) if(object): # Get object type if Reference.EntitiesObjectData.has_key(object_name): object_data = Reference.EntitiesObjectData[object_name] elif Reference.DefaultObjectData.has_key(object.Kind): object_data = Reference.DefaultObjectData[object.Kind] else: return FALSE object_flag = object_data[0] if object_flag == Reference.OBJ_WEAPON or object_flag == Reference.OBJ_BOW or object_flag == Reference.OBJ_STANDARD: return TRUE return FALSE def IsValidForDropping(ObjectName): if Reference.EntitiesObjectData.has_key(ObjectName): object_data = Reference.EntitiesObjectData[ObjectName] else: object = Bladex.GetEntity(ObjectName) if not Reference.DefaultObjectData.has_key(object.Kind): return TRUE object_data = Reference.DefaultObjectData[object.Kind] object_flag = object_data[0] # Should check against our drop tables, when they are created if object_flag == Reference.OBJ_KEY: return FALSE elif object_flag == Reference.OBJ_SPECIALKEY: return FALSE elif object_flag == Reference.OBJ_TABLET: return FALSE elif object_flag == Reference.OBJ_ITEM: return FALSE else: return TRUE def GetCheckSelected (func, Data): if Data: if Data.selected_entity: s = Data.selected_entity[0] if func(s): return s return None def DropToMakeRoomFor (EntityName, ObjectName): me = Bladex.GetEntity(EntityName) # Get object type object_flag=Reference.GiveObjectFlag(ObjectName) inv = me.GetInventory() # parse the object flag DropObjectName= None if object_flag == Reference.OBJ_ARMOUR: print "Warning DropToMakeRoomFor() unimplimented for Armour..." elif object_flag == Reference.OBJ_ITEM: ObjectKind = Bladex.GetEntity(ObjectName).Kind for i in range(inv.nObjects): auxname = inv.GetObject(i) if auxname: if Bladex.GetEntity(auxname).Kind == ObjectKind: DropObjectName= auxname break else: break elif object_flag == Reference.OBJ_SHIELD: DropObjectName= inv.GetShield(0) elif object_flag == Reference.OBJ_WEAPON: DropObjectName= inv.GetWeapon(0) elif object_flag == Reference.OBJ_BOW: if inv.HasBow: DropObjectName= inv.GetBow() else: DropObjectName= inv.GetWeapon(0) elif object_flag == Reference.OBJ_QUIVER: DropObjectName= inv.GetQuiver(0) elif object_flag == Reference.OBJ_STANDARD: DropObjectName= me.InvRight elif object_flag == Reference.OBJ_KEY: print "Warning DropToMakeRoomFor() unimplimented for Keys..." elif object_flag == Reference.OBJ_SPECIALKEY: print "Warning DropToMakeRoomFor() unimplimented for Special Keys..." elif object_flag == Reference.OBJ_TABLET: print "Warning DropToMakeRoomFor() unimplimented for Tablets..." elif object_flag == Reference.OBJ_USEME: DropObjectName= me.InvRight elif object_flag == Reference.OBJ_ARROW: print "Warning DropToMakeRoomFor() unimplimented for Arrows..." if DropObjectName: object= Bladex.GetEntity(DropObjectName) if object: RemoveFromInventory (me, object, "DropToMakeRoomFor "+ObjectName) object.Position= me.Position object.ExcludeHitFor(me) if object.TestHit: object.RemoveFromWorld() else: object.Alpha= 1.0 object.Impulse(0.0, 0.0, 0.0) # Do we have all that we can carry of an object type def IsOneTooMany (EntityName, ObjectName): me = Bladex.GetEntity(EntityName) # Get object type if Reference.EntitiesObjectData.has_key(ObjectName): object_data = Reference.EntitiesObjectData[ObjectName] else: object = Bladex.GetEntity(ObjectName) object_data = Reference.DefaultObjectData[object.Kind] object_flag = object_data[0] ret_val=FALSE inv = me.GetInventory() #if object_flag == Reference.OBJ_ARMOUR: # if me.CharTypeExt<>object_data[1]: # ReportMsg ("Type of armour not for me") # return TRUE # if me.Data.armour_level>=object_data[2]: # ReportMsg ("Quality of armour not worthy") # return TRUE # return FALSE #else: if object_flag == Reference.OBJ_ITEM: ret_val = inv.nObjects >= inv.maxObjects if not ret_val: ObjectEntity = Bladex.GetEntity(ObjectName) for i in range(inv.nObjects): auxname = inv.GetObject(i) if auxname: if Bladex.GetEntity(auxname).Kind == ObjectEntity.Kind: ret_val = inv.GetMaxNumberObjectsAt(i)<=inv.GetNumberObjectsAt(i) break else: break elif object_flag == Reference.OBJ_SHIELD: ret_val = inv.nShields >= inv.maxShields elif object_flag == Reference.OBJ_WEAPON: ret_val = inv.nWeapons >= inv.maxWeapons elif object_flag == Reference.OBJ_BOW: #Corregir? ret_val = inv.nWeapons >= inv.maxWeapons or inv.HasBow elif object_flag == Reference.OBJ_QUIVER: ret_val = inv.nObjects >= inv.maxObjects elif object_flag == Reference.OBJ_STANDARD: #if me.InvRight and SthOnBack(EntityName): # Check right hand is holding # return TRUE #else: ret_val = FALSE elif object_flag == Reference.OBJ_KEY: ret_val = FALSE #return me.InvRight # Check right hand is holding elif object_flag == Reference.OBJ_SPECIALKEY: ret_val = FALSE elif object_flag == Reference.OBJ_TABLET: ret_val = FALSE #return me.InvRight # Check right hand is holding elif object_flag == Reference.OBJ_USEME: ret_val = FALSE #return me.InvRight # Check right hand is holding elif object_flag == Reference.OBJ_ARROW: # Check if we have a full quiver of these already # Do we have a quiver ret_val= not CouldSheatheArrow(inv, ObjectName) return ret_val def TryToTake(EntityName, ObjectName): global TryToTakeCallBacks me = Bladex.GetEntity(EntityName) if me.Wuea==Reference.WUEA_ENDED: return FALSE if me.Wuea==Reference.WUEA_WAIT: return FALSE #Para evitar bug de coger un segundo objeto indegfinidamente if me.AnmEndedFunc: return FALSE inv=me.GetInventory() if inv.CarringObject(ObjectName): return FALSE object = Bladex.GetEntity(ObjectName) dist = B3DLib.GetXZDistance (EntityName, ObjectName) chartype = Bladex.GetCharType(me.CharType,me.CharTypeExt) # Is it too far? if dist > chartype.Reach: ReportMsg ("Not in reach") return FALSE # Is it too low? me.Data.last_heightdiff= -(object.Position[1] - (me.Position[1]+me.Dist2Floor)) ###Reference.debugprint ("START TAKE: ObjPos: " + `object.Position[1]` + ", MyHeight: "+`me.Position[1]` + ", Dist2Floor: "+`me.Dist2Floor`+", HeightDiff = "+`me.Data.last_heightdiff`) ###Reference.debugprint ("MinTake: "+`chartype.MinTake`+ ", MaxTake1: "+`chartype.MaxTake1`+ ", MaxTake2: "+`chartype.MaxTake2`+ ", MaxTake3: "+`chartype.MaxTake3`+ ", MaxTake4: "+`chartype.MaxTake4`+ ", MaxTake5: "+`chartype.MaxTake5`) if me.Data.last_heightdiff < chartype.MinTake: #pdb.set_trace() ReportMsg ("Too low to pick up") return FALSE # Is it too high? elif me.Data.last_heightdiff > chartype.MaxTake5: ReportMsg ("Too high to pick up") return FALSE # Do I have too many elif IsOneTooMany (EntityName, ObjectName): ReportMsg ("Too many objects of this type") return FALSE # If someone have something to say, speak now or keep silence forever! for f in TryToTakeCallBacks: if not f(me, object): return FALSE ###Reference.debugprint(EntityName+": Im Taking"+ObjectName) QuickTurnToFaceEntity (EntityName, ObjectName) # Store the name of this for the PickupEvent me.Data.pickup_entity = ObjectName IntermediateTake(EntityName,ObjectName) return TRUE def UnSheatheArrow(inv): des_quiver_name=inv.GetSelectedQuiver() inv.LinkRightHand("None") if des_quiver_name: inv.SetCurrentQuiver(des_quiver_name) inv.LinkRightBack("None") inv.LinkRightBack(des_quiver_name) quiver= Bladex.GetEntity(des_quiver_name) if quiver and quiver.Data.NumberOfArrows() > 0: arrow= quiver.Data.GiveArrow () if arrow: inv.LinkRightHand(arrow.Name) return ReportMsg ("Out of Arrows") def CouldSheatheArrow(inv, ArrowName): arrow=Bladex.GetEntity(ArrowName) for i in range (inv.nQuivers): quiver_name= inv.GetQuiver(i) quiver= Bladex.GetEntity(quiver_name) if quiver.Data.ArrowType==arrow.Kind: return quiver.Data.NumberOfArrows() < quiver.Data.MaxArrows # If we get this far, a quiver of the correct type was not encountered, so we could create one return TRUE def SheatheArrow(inv, ArrowName): UnGraspString (inv.Owner,"UnGraspString") arrow=Bladex.GetEntity(ArrowName) for i in range (inv.nQuivers): quiver_name= inv.GetQuiver(i) quiver= Bladex.GetEntity(quiver_name) if quiver.Data.ArrowType==arrow.Kind: # Select this quiver inv.SetCurrentQuiver(quiver_name) if inv.HoldingBow: inv.LinkRightBack("None") inv.LinkRightBack(quiver_name) if quiver.Data.ReceiveArrow (arrow, inv.Owner): inv.LinkRightHand("None") else: # We have found a quiver of the correct type, # but it is probably full. Just drop the arrow DropReleaseEventHandler(inv.Owner, "DropRightEvent", FALSE) return # If we get this far, a quiver of the correct type was not encountered, so we create one new_quiver_type= Reference.GiveQuiverType(arrow.Kind) if new_quiver_type: new_quiver= Bladex.CreateEntity(new_quiver_type+"_for_"+inv.Owner, new_quiver_type+'_E', 0,0,0, "Physic") ItemTypes.ItemDefaultFuncs (new_quiver) inv.AddQuiver(new_quiver.Name) inv.SetCurrentQuiver(new_quiver.Name) if inv.HoldingBow: inv.LinkRightBack(new_quiver.Name) new_quiver.Data.SetNumberOfArrows(0, inv.Owner) if new_quiver.Data.ReceiveArrow (arrow, inv.Owner): inv.LinkRightHand("None") return # If we get this far, a quiver of the correct type could not be created DropReleaseEventHandler(inv.Owner, "DropRightEvent", FALSE) def Toggle4TakingEvent(pj_name,event): me=Bladex.GetEntity(pj_name) inv=me.GetInventory() me.DelAnmEventFunc(event) # If we're carrying an arrow in the right hand then we can put it back in the quiver if inv.HoldingBow: if me.InvRight: if Reference.GiveObjectFlag(me.InvRight)==Reference.OBJ_ARROW: SheatheArrow(inv, me.InvRight) # We must be carrying an arrow in the right hand, lets sheathe it else: # Take an arrow UnSheatheArrow(inv) elif me.InvRightBack and Reference.GiveObjectFlag(me.InvRightBack)<>Reference.OBJ_QUIVER: #Pasar lo de right en espada a mano dch if (not me.Data.stuff_onback_b4) and me.Data.toggle4t_clearback: tmpr_back=me.InvRightBack inv.LinkRightBack("None") inv.LinkRightHand(tmpr_back) else: inv.LinkRightHand("None") else: if me.InvRight and (not me.Data.toggle4t_clearback): inv.LinkRightBack(me.InvRight) inv.LinkRightHand("None") if me.Data.toggle4t_clearback: me.Data.toggle4t_clearback= FALSE if me.InvLeftBack and Reference.GiveObjectFlag(me.InvLeftBack)==Reference.OBJ_BOW: ToggleWEvent(pj_name,event) def ToggleRight4Taking(EntityName): me=Bladex.GetEntity(EntityName) if IsRightHandStandardObject(EntityName): if TryDropRight(EntityName): print "TryDropRight is ok" DropReleaseEventHandler(EntityName, "DropRightEvent") if me.InvRight: #print "Still stuff on riht!!!" return FALSE me.Wuea=Reference.WUEA_ENDED if me.InvRight: #if Reference.GiveObjectFlag(me.InvLeft)==Reference.OBJ_BOW or (me.InvLeftBack and Reference.GiveObjectFlag(me.InvLeftBack)==Reference.OBJ_BOW): # me.AddAnmEventFunc("ChangeRLEvent",Toggle4TakingEvent) # me.LaunchAnmType("Chg_r_l") #else: me.AddAnmEventFunc("ChangeREvent",Toggle4TakingEvent) UnGraspString (EntityName,"UnGraspString") me.LaunchAnmType("Chg_r") return TRUE def IntermediateTake(EntityName,ObjectName): me = Bladex.GetEntity(EntityName) object = Bladex.GetEntity(ObjectName) inv=me.GetInventory() if inv.CarringObject(ObjectName): return if inv.HoldingBow: UnGraspString(EntityName, "UnGraspString") # Get object type if Reference.EntitiesObjectData.has_key(ObjectName): object_data = Reference.EntitiesObjectData[ObjectName] else: object_data = Reference.DefaultObjectData[object.Kind] object_flag = object_data[0] if object_flag==Reference.OBJ_ARMOUR: if me.CharTypeExt<>object_data[1]: ReportMsg ("Type of armour not for me") print "Info is " + str(object_data[1]) return if me.Data.armour_level>=object_data[2]: ReportMsg ("Quality of armour not worthy") return if (FreeBothHands(EntityName,None,(),0)): TakeMainAnm(EntityName) else: me.AnmEndedFunc=TakeMainAnm #Do we have sthing on the hands? if object_flag==Reference.OBJ_SHIELD: ###Reference.debugprint("Taking a shield...") if me.InvRight: if ToggleRight4Taking(EntityName)==FALSE: return me.AnmEndedFunc=TakeMainAnm else: TakeMainAnm(EntityName) elif object_flag==Reference.OBJ_BOW: ###Reference.debugprint("Taking a bow...") if me.InvRight: if ToggleRight4Taking(EntityName)==FALSE: return me.AnmEndedFunc=TakeMainAnm else: TakeMainAnm(EntityName) elif object_flag==Reference.OBJ_WEAPON: ###Reference.debugprint("Taking a weapon ...") if me.InvRight: if ToggleRight4Taking(EntityName)==FALSE: return me.AnmEndedFunc=TakeMainAnm else: #Are taking a 2h W and do we have a shield? Store shield if so w_flag=Reference.GiveWeaponFlag(ObjectName) if me.InvLeft<>"" and w_flag<>Reference.W_FLAG_1H: me.AddAnmEventFunc("ChangeLEvent",Left2InvEvent) me.LaunchAnmType("Chg_l") me.AnmEndedFunc=TakeMainAnm else: TakeMainAnm(EntityName) elif object_flag==Reference.OBJ_STANDARD: ###Reference.debugprint("Taking a standard object ...") if inv.HoldingBow: # We have a problem here because the standard object cannot # be used with the bow, and it cannot be put into the inventory. # The solution is to link the bow to the back if me.InvRight and Reference.GiveObjectFlag(me.InvRight)==Reference.OBJ_ARROW: SheatheArrow(inv, me.InvRight) inv.LinkLeftBack(me.InvLeft) inv.LinkLeftHand("None") if me.InvRight: if ToggleRight4Taking(EntityName)==FALSE: return me.AnmEndedFunc=TakeMainAnm else: TakeMainAnm(EntityName) else: ###Reference.debugprint("Taking sthing thast is NOT shield/weapon/standard ...") if me.InvRight: if ToggleRight4Taking(EntityName)!=FALSE: me.AnmEndedFunc=TakeMainAnm else: TakeMainAnm(EntityName) def ToggleAfterTakeObj(EntityName): me = Bladex.GetEntity(EntityName) me.AnmEndedFunc=None ###Reference.debugprint("Im in ToggleAfterTakeObj") inv = me.GetInventory() if IsRightHandStandardObject(EntityName): return me.Data.toggle4t_clearback= TRUE if me.Data.stuff_onback_b4: ###Reference.debugprint ("SthingOnBack b4 taking - End") if SthOnBack(EntityName): ToggleRight4Taking(EntityName) else: ToggleRight4Taking(EntityName) else: ###Reference.debugprint ("NOthingOnBack b4 taking - End") ToggleRight4Taking(EntityName) # # Consulta # def TakeObject2Inv(EntityName): me = Bladex.GetEntity(EntityName) if not me.Data or not me.Data.pickup_entity: return FALSE object_flag= Reference.GiveObjectFlag(me.Data.pickup_entity) if object_flag==Reference.OBJ_ARROW and me.InvLeft and Reference.GiveObjectFlag(me.InvLeft)==Reference.OBJ_BOW: return FALSE back_flag=SthOnBack(EntityName) if back_flag and object_flag==Reference.OBJ_WEAPON: w_flag=Reference.GiveWeaponFlag(me.Data.pickup_entity) if w_flag<>Reference.W_FLAG_1H: back_flag=0 weapon_stay=0 if (not me.Data.stuff_onback_b4) and (not back_flag) and (object_flag == Reference.OBJ_WEAPON): if not me.InvLeft or Reference.GiveObjectFlag(me.InvLeft)!=Reference.OBJ_BOW: weapon_stay=1 if object_flag <> Reference.OBJ_STANDARD and object_flag <> Reference.OBJ_USEME and (not weapon_stay): return TRUE return FALSE def TakeObject2Left(EntityName): me = Bladex.GetEntity(EntityName) # # Not sure , but with the following the error of trying to take a weapon and WHEN TAKING , pressing the key to #take a shield , leaving the weapon on the LEFT hand ( and not taking the shield ) , , dissaers ( more or less ) # if me.Data and not (me.Data.pickup_entity==me.InvRight): #print " ERROR INVENT!!!!" #print " pickup_entity is " + me.Data.pickup_entity if me.InvRight: #print " Right was" + me.InvRight return FALSE if me.Data and me.Data.pickup_entity: if not me.InvLeft: object_flag= Reference.GiveObjectFlag(me.Data.pickup_entity) if object_flag==Reference.OBJ_SHIELD: #DO not left it in left hand if on back a 2hWeapon before taking it! #if me.Data.stuff_onback_b4==0 and TwoHandedWeaponOnBack(EntityName): if TwoHandedWeaponOnBack(EntityName): return FALSE if not me.InvLeftBack: return TRUE if object_flag==Reference.OBJ_BOW: # the bow requires both hands to be free if not me.InvLeftBack and not me.InvRightBack: return TRUE return FALSE def RemoveRightHandler(EntityName, EventName): me = Bladex.GetEntity(EntityName) me.DelAnmEventFunc(EventName) inv=me.GetInventory() if me.InvRight and Reference.GiveObjectFlag(me.InvRight)==Reference.OBJ_ARROW: SheatheArrow(inv, me.InvRight) else: object_name= me.InvRight inv.LinkRightHand("None") try: if object_name and me.Data.obj2left: inv.LinkLeftHand(object_name) me.Data.obj2left= None except AttributeError: pass def TakeArmour(EntityName): me = Bladex.GetEntity(EntityName) ObjectName=me.Data.pickup_entity object=Bladex.GetEntity(ObjectName) # Get object type if Reference.EntitiesObjectData.has_key(ObjectName): object_data = Reference.EntitiesObjectData[ObjectName] else: object_data = Reference.DefaultObjectData[object.Kind] if object_data[0]<>Reference.OBJ_ARMOUR: print "ERROR in Actions.TakeArmour , object is not an armour!!!" return ct = Bladex.GetCharType(me.CharType,me.CharTypeExt) sound=Bladex.CreateSound("..\\..\\Sounds\\cambio-armadura2.wav",EntityName+"SoundNewArmour") sound.Volume=0.6 sound.MinDistance=10000 sound.MaxDistance=20000 sound.PlayStereo() right= me.InvRight left= me.InvLeft rightback= me.InvRightBack leftback= me.InvLeftBack inv= me.GetInventory() inv.LinkRightHand ("") inv.LinkLeftHand ("") inv.LinkBack("") me.Data.UnlinkAll (EntityName, "") # Dettatch arrows me.ResetWounds() if object_data[2]==0: me.SetMesh(ct.NoArmour) elif object_data[2]==1: me.SetMesh(ct.LowArmour) elif object_data[2]==2: me.SetMesh(ct.MedArmour) elif object_data[2]==3: me.SetMesh(ct.HighArmour) else: print "ERROR in Actions.TakeArmour , armour level!!!" # # Link again the stuff # # Right Back if rightback: inv.LinkRightHand (rightback) inv.LinkRightBack(rightback) # Left Back if leftback: inv.LinkLeftHand (leftback) inv.LinkLeftBack(leftback) # Right hand if right: inv.LinkRightHand (right) # Left hand if left: inv.LinkLeftHand (left) me.Data.armour_level=object_data[2] me.Data.armour_prot_factor=object_data[3] object.SubscribeToList("Pin") # to fix bug with taking objects later..... me.AnmEndedFunc(EntityName) return def TakeMainAnm(EntityName): me = Bladex.GetEntity(EntityName) chartype = Bladex.GetCharType(me.CharType,me.CharTypeExt) #MOvido mas abajo!!! #obj2inv=TakeObject2Inv(EntityName) #me.Data.obj2left= TakeObject2Left(EntityName) # Added by Manuel ---> object_name=me.Data.pickup_entity ret=OnInitTake.OnInitTakeFunc(object_name) if OnInitTake.InitTakeDictionary.has_key(object_name) and not ret: return FALSE if not me.Data.pickup_entity: return FALSE # <---Added by Manuel inv=me.GetInventory() if inv.CarringObject(object_name): #print "---------CARRING IT ALREADY - Skipping" return FALSE obj2inv=TakeObject2Inv(EntityName) me.Data.obj2left= TakeObject2Left(EntityName) if Reference.GiveObjectFlag(object_name)==Reference.OBJ_ARMOUR: Bladex.AddScheduledFunc(Bladex.GetTime()+0.5, AuxFuncs.FadeTo, (0.5, 0.5)) Bladex.AddScheduledFunc(Bladex.GetTime()+1.0, TakeArmour, (EntityName,)) elif me.Data.last_heightdiff <= chartype.MaxTake1: if obj2inv: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.AddAnmEventFunc("Key_down",RemoveRightHandler) me.LaunchAnmType("tke_r_key00") else: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.LaunchAnmType("tke_r_01") ###Reference.debugprint (me.AnimName) elif me.Data.last_heightdiff <= chartype.MaxTake2: if obj2inv: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.AddAnmEventFunc("Key_down",RemoveRightHandler) me.LaunchAnmType("tke_r_key01") else: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.LaunchAnmType("tke_r_02") ###Reference.debugprint (me.AnimName) elif me.Data.last_heightdiff <= chartype.MaxTake3: if obj2inv: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.AddAnmEventFunc("Key_down",RemoveRightHandler) me.LaunchAnmType("tke_r_key02") else: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.LaunchAnmType("tke_r_03") ###Reference.debugprint (me.AnimName) elif me.Data.last_heightdiff <= chartype.MaxTake4: if obj2inv: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.AddAnmEventFunc("Key_down",RemoveRightHandler) me.LaunchAnmType("tke_r_key03") else: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.LaunchAnmType("tke_r_04") ###Reference.debugprint (me.AnimName) elif me.Data.last_heightdiff <= chartype.MaxTake5: if obj2inv: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.AddAnmEventFunc("Key_down",RemoveRightHandler) me.LaunchAnmType("tke_r_key04") else: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.LaunchAnmType("tke_r_05") ###Reference.debugprint (me.AnimName) else: print "Error in SubTake (last_height_diff) , Actions.py" if obj2inv: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.AddAnmEventFunc("Key_down",RemoveRightHandler) me.LaunchAnmType("tke_r_key04") else: me.AddAnmEventFunc("PickupEvent",PickupEventHandler) me.LaunchAnmType("tke_r_05") ###Reference.debugprint (me.AnimName) if Reference.GiveObjectFlag(object_name)==Reference.OBJ_ARMOUR: return if obj2inv: me.AnmEndedFunc=TakeStraightRecover else: me.AnmEndedFunc=MainTake2Inv return TRUE def TakeStraightRecover(EntityName): me = Bladex.GetEntity(EntityName) me.Data.toggle4t_clearback= TRUE if (not me.Data.stuff_onback_b4) and (SthOnBack(EntityName) or (me.InvRightBack and Reference.GiveObjectFlag(me.InvRightBack)==Reference.OBJ_QUIVER)): me.AddAnmEventFunc("ChangeREvent",Toggle4TakingEvent) UnGraspString (EntityName,"UnGraspString") me.LaunchAnmType("Chg_r") #ToggleRight4Taking(EntityName) def MainTake2Inv(EntityName): me = Bladex.GetEntity(EntityName) if not me.Data or not me.Data.pickup_entity: return #IS the object left in the right hand ? object_name = me.Data.pickup_entity if IsRightHandStandardObject(EntityName): ###Reference.debugprint("Object not 2 inv . Standard object.") return if IsRightHandAutomaticObject(EntityName): ###Reference.debugprint("Object not 2 inv . Automatic object.") return object_flag= Reference.GiveObjectFlag(object_name) if object_flag==Reference.OBJ_ARROW and me.InvLeft and Reference.GiveObjectFlag(me.InvLeft)==Reference.OBJ_BOW: return if (not me.Data.stuff_onback_b4) and (not SthOnBack(EntityName)) and IsRightHandWeaponObject(EntityName): ###Reference.debugprint("Nthing on back now nor b4 taking . Skipping ToggleAfterTakeObj.") return ToggleAfterTakeObj(EntityName) def PickupEventHandler(EntityName, EventName, force_take=TRUE): me = Bladex.GetEntity(EntityName) if EventName != "PickupEvent": ###Reference.debugprint(EntityName+":-( PickupEventHandler has unhandled event") return # Check the object is valid if not me.Data or not me.Data.pickup_entity: return if Bladex.GetEntity(me.Data.pickup_entity)==None: return object_name = me.Data.pickup_entity dist = B3DLib.GetXZDistance (EntityName, object_name ) chartype = Bladex.GetCharType(me.CharType,me.CharTypeExt) # Is it too far? if dist > chartype.Reach: ReportMsg ("Not in reach") # to fix problem when 2 chars go to pickup same item (or enemy archer and player go for same arrow) return FALSE object =Bladex.GetEntity(object_name) if object.Parent: parent= Bladex.GetEntity(object.Parent) if parent.Person: # also to fix problem when 2 chars go to pickup same item (or enemy archer and player go for same arrow) return parent.Unlink(object) #print "PickupEventHandler "+EntityName+", "+EventName+", "+object_name ### / Added by Dario \ #### Ontake.OnTakeFunc(object_name) Stars.DeTwinkle(object_name) ### \ Added by Dario / #### ###Reference.debugprint(EntityName+":-) Im picking up " + object_name) me.Data.selected_entity = None me.DelAnmEventFunc(EventName) if IsOneTooMany (EntityName, object_name): # Should never get here, as its checked before trying to take, but as scripts do weird things... if force_take: DropToMakeRoomFor(EntityName, object_name) else: print (EntityName+": Too many objects of this type: "+object_name) return # Get object type object_flag= Reference.GiveObjectFlag(object_name) inv = me.GetInventory() #NEW : So after taking , we launch the Chg_r anm... weapon_added=FALSE if not me.InvRight: # Check right hand is still free if object_flag == Reference.OBJ_WEAPON: flag=Reference.GiveWeaponFlag(object_name) inv.AddWeapon(object_name,flag) WeaponName = Bladex.GetEntity(object_name).Kind weapon_added=TRUE if(netgame.GetNetState()==0): if (not me.Data.NPC) and not me.Data.WasObjectAlreadyTaken(object_name): # Race-Ordered Weapons KnightWeaps = [ "QueenSword","IceSword","FireSword","Gladius","Orksword","Espadaelfica" , "Espadaromana","Espadacurva","Dagesse","Cimitarra","EgyptSword","Espadafilo" , "Espada","Maza","Maza2","Maza3"] DwarfWeaps = [ "CrushHammer","FireAxe","IceHammer","Hacha","Hacha5","Hacha4","Hacha3", "Hacha6","Hacha2","Garrote","Martillo","Martillo2","Garropin","MazaDoble" , "Garrote2","Martillo3"] AmazonWeaps = [ "TaiSword","SteelFeather","FireBo","LightEdge","Ninjato", "HookSword","Katana" ,"DoubleSword","Bo","Lanza","Naginata","Tridente", "Hachacuchilla","Naginata2","DeathBo","CrushBo"] BarbWeaps = [ "FireBigSword","IceAxe","DalWeapon","Sablazo","Chaosword", "DeathSword","LongSword","Alfanje","BigSword","SawSword","FlatSword", "Eclipse","Guadanya","Hacha2hojas","RhinoClub","Hacharrajada"] char = Bladex.GetEntity("Player1") import Scorer if char.Kind == "Barbarian_N": if ( (not AmazonWeaps.count(WeaponName)) and (not DwarfWeaps.count(WeaponName)) and (not KnightWeaps.count(WeaponName)) ): Scorer.SlideTBS(0) if char.Kind == "Amazon_N": if ( (not BarbWeaps.count(WeaponName)) and (not DwarfWeaps.count(WeaponName)) and (not KnightWeaps.count(WeaponName)) ): Scorer.SlideTBS(0) if char.Kind == "Dwarf_N": if ( (not AmazonWeaps.count(WeaponName)) and (not BarbWeaps.count(WeaponName)) and (not KnightWeaps.count(WeaponName)) ): Scorer.SlideTBS(0) if char.Kind == "Knight_N": if ( (not AmazonWeaps.count(object_name)) and (not DwarfWeaps.count(object_name)) and (not BarbWeaps.count(object_name)) ): Scorer.SlideTBS(0) inv.LinkRightHand (object_name) if object_flag == Reference.OBJ_ITEM: ExtendedTakeObject(inv,object_name) elif object_flag == Reference.OBJ_SHIELD: ###Reference.debugprint("AddShield... " + object_name +" ok ?") inv.AddShield(object_name) elif object_flag == Reference.OBJ_WEAPON: if weapon_added==FALSE: flag=Reference.GiveWeaponFlag(object_name) inv.AddWeapon(object_name,flag) if (not me.Data.NPC) and not me.Data.WasObjectAlreadyTaken(object_name): import Scorer Scorer.SlideTBS(0) elif object_flag == Reference.OBJ_BOW: #Corregir? inv.AddBow(object_name) elif object_flag == Reference.OBJ_QUIVER: AddQuiver(inv, object_name) elif object_flag == Reference.OBJ_STANDARD: pass elif object_flag == Reference.OBJ_KEY: inv.AddKey(object_name) elif object_flag == Reference.OBJ_SPECIALKEY: inv.AddSpecialKey(object_name) elif object_flag == Reference.OBJ_TABLET: inv.AddTablet(object_name) elif object_flag == Reference.OBJ_USEME: #me.TakeObject(object_name) if IsValidForUsing (object_name, EntityName): ###Reference.debugprint(EntityName+":-) Will Use... " + object_name) me.Data.obj_used= Bladex.GetEntity(object_name) object= Bladex.GetEntity(object_name) object.Data.UsedBy= EntityName object.UseFunc(object_name, USE_FROM_TAKE) # Need to link this object to the player first else: pass ###Reference.debugprint(EntityName+":-) Cannot use " + object_name) elif object_flag == Reference.OBJ_ARROW and not inv.HoldingBow: #SheatheArrow(inv, object_name) pass me.Data.RegisterObjectAsTaken(object_name) # # Throwing Actions # def ThrowTime2ThrowForce(throw_pressed): curve_f= 3.0 if throw_pressed<Reference.THROW_TIME_MIN: MinThrowForce= Reference.THROW_TIME_MIN / Reference.THROW_TIME_MAX MinThrowForce= pow (MinThrowForce, curve_f) ThrowForce= throw_pressed/Reference.THROW_TIME_MIN * MinThrowForce elif throw_pressed<Reference.THROW_TIME_MAX: ThrowForce= min (throw_pressed, Reference.THROW_TIME_MAX) / Reference.THROW_TIME_MAX ThrowForce= pow (ThrowForce, curve_f) else: ThrowForce= 1.0 return ThrowForce def TestThrowRight(EntityName): me = Bladex.GetEntity(EntityName) throw_pressed = Bladex.GetTimeActionHeld ("Throw") if not throw_pressed: return #attack_pressed = Bladex.GetTimeActionHeld ("Attack") #if not attack_pressed: # return #if throw_pressed < attack_pressed: # return if throw_pressed < Reference.THROW_TIME_MIN: if(netgame.GetNetState()!=2): TryDropRight(EntityName) else: netgame.SendUserString(Netval.NET_GAME_THROW_WEAPON,netgame.GetClientId()+" "+`-1`) else: if(netgame.GetNetState()!=2): # Clamp and normalize the force, record for later me.Data.ThrowForce = ThrowTime2ThrowForce (throw_pressed) StdThrowObject (EntityName) else: netgame.SendUserString(Netval.NET_GAME_THROW_WEAPON,netgame.GetClientId()+" "+`ThrowTime2ThrowForce (throw_pressed)`) def EnterThrowingMode(EntityName): pass def TestThrowLeft(EntityName): me = Bladex.GetEntity(EntityName) #print(EntityName+": In TestThrowLeft") ###Reference.debugprint(EntityName+": In TestThrowLeft") throw_pressed = Bladex.GetTimeActionHeld ("Throw") ###Reference.debugprint(EntityName+": In TestThrowLeft: throw_pressed = "+`throw_pressed`) if not throw_pressed: return # Only capable so far of dropping with the left TryDropLeft (EntityName) # Requires that me.Data.ThrowForce has been set up def StdThrowObject(EntityName): me = Bladex.GetEntity(EntityName) ###Reference.debugprint(EntityName+": Im in StdThrowObject") # Have I got anything in the right hand statR = StatR(EntityName) if statR <> RA_NO_WEAPON and statR <>RA_BOW: ###Reference.debugprint(EntityName+': Right hand obj = '+me.InvRight) object = Bladex.GetEntity(me.InvRight) if IsValidForThrowing (object.Name): #if object.TestHit: # ###Reference.debugprint(EntityName+": Pre-colliding - abandoning throw") # return object.ExcludeHitFor(me) mass = object.Mass ###Reference.debugprint ("Mass is "+`mass`) if mass <= Reference.LightMassMax: # In Combat Light Object Animation me.AddAnmEventFunc("ThrowLightFacingEvent",ThrowReleaseEventHandler) me.LaunchAnmType("1tw_l_f") ###Reference.debugprint (me.AnimName) else: # In Combat Heavy Object Animation me.AddAnmEventFunc("ThrowHeavyFacingEvent",ThrowReleaseEventHandler) me.LaunchAnmType("1tw_h_f") ###Reference.debugprint (me.AnimName) else: ReportMsg ("Cannot be thrown") StdDropObject(EntityName) def RemoveFromInventory (me, object, EventName): me.Unlink(object) inv = me.GetInventory() object_name = object.Name if object_name==me.InvRight: me.RemoveFromInventRight() if object_name==me.InvLeft: me.RemoveFromInventLeft() # Get object type object_flag= Reference.GiveObjectFlag(object_name) if object_flag == Reference.OBJ_ITEM: inv.RemoveObject(object_name) elif object_flag == Reference.OBJ_SHIELD: inv.RemoveShield(object_name) elif object_flag == Reference.OBJ_WEAPON: inv.RemoveWeapon(object_name) elif object_flag == Reference.OBJ_BOW: inv.RemoveBow(object_name) elif object_flag == Reference.OBJ_QUIVER: inv.RemoveQuiver(object_name) elif object_flag == Reference.OBJ_STANDARD: pass elif object_flag == Reference.OBJ_KEY: inv.RemoveKey(object_name) elif object_flag == Reference.OBJ_SPECIALKEY: inv.RemoveSpecialKey(object_name) elif object_flag == Reference.OBJ_TABLET: inv.RemoveTablet(object_name) elif object_flag == Reference.OBJ_USEME: pass """ if me.Name == "Player1": if object_flag == Reference.OBJ_ITEM: ObjectsControl.SetBODs() elif object_flag == Reference.OBJ_SHIELD or object_flag == Reference.OBJ_QUIVER: ShieldsControl.SetBODs() elif object_flag == Reference.OBJ_WEAPON or object_flag == Reference.OBJ_BOW: WeaponsControl.SetBODs() """ def ThrownWeaponStopFunc(EntityName): object= Bladex.GetEntity(EntityName) #print "Thrown object stopping" if object: object.MessageEvent(MESSAGE_STOP_WEAPON,0,0) object.MessageEvent(MESSAGE_STOP_TRAIL,0,0) try: if object.Data.PrevHitFunc: object.HitFunc= object.Data.PrevHitFunc object.Data.PrevHitFunc= None object.HitFunc (EntityName) except AttributeError: pass #object.Data.ThrownBy= None def ThrownWeaponInflictHitFunc(EntityName, VictimName, ImpX, ImpY, ImpZ): object= Bladex.GetEntity(EntityName) victim= Bladex.GetEntity(VictimName) print "Thrown object hitting "+VictimName object.MessageEvent(MESSAGE_STOP_WEAPON,0,0) if object.Data.PrevInflictHitFunc: object.InflictHitFunc= object.Data.PrevInflictHitFunc object.Data.PrevInflictHitFunc= None object.InflictHitFunc (EntityName, VictimName, ImpX, ImpY, ImpZ) else: object.InflictHitFunc=0 #object.Data.ThrownBy= None #if victim.Life <= 0: # node= 0 # victim.LinkToNode(object,node) def AutoCalcThrow (d, h, V, g): g2= g**2 V2= V**2 V4= V**4 d2= d**2 d4= d**4 a= h**2+d2 b= d2*(-1.0-(h*g/V2)) c= 0.25*g2*d4/V4 sq_term= b**2-4*a*c if sq_term<0.0: print "Auto calc doesn't reach" return -PI*0.25, 2.0 else: sq_term= math.sqrt(sq_term) k= (-b+sq_term)/(2.0*a) angle= -math.acos(math.sqrt(k)) time= d / (V*math.cos(angle)) if abs(h-(V*math.sin(angle)*time+0.5*g*time*time)) > 0.001: angle= -angle time= d / (V*math.cos(angle)) print "Auto calc gives angle: " + `angle` + " with time: " +`time` return angle, time def ThrowReleaseEventHandler(EntityName, EventName): me = Bladex.GetEntity(EntityName) ###Reference.debugprint(EntityName+": Im in ThrowReleaseEventHandler") if EventName=="ThrowLeftEvent": print "LeftThrow" if me.InvLeft=="None" or not me.InvLeft: return object = Bladex.GetEntity(me.InvLeft) else: if me.InvRight=="None" or not me.InvRight: return object = Bladex.GetEntity(me.InvRight) try: object.Data.ThrowReleaseEventHandler (me.Name, EventName) except AttributeError: if object.TestHit: ###Reference.debugprint(EntityName+": Pre-colliding - abandoning throw") return # Remove from inventory RemoveFromInventory (me, object, EventName) # Calculate impulse depending on event type # calculate impulse from keypress duration multiplier and character strength F= me.Data.ThrowForce*34000.0 if me.InCombat: target= Bladex.GetEntity(me.ActiveEnemy) target_pos= target.Position source_pos= object.Position x= target_pos[0]-source_pos[0] y= target_pos[1]-source_pos[1] z= target_pos[2]-source_pos[2] angle, time= AutoCalcThrow (math.sqrt(x*x+z*z), y, F/object.Mass,+9800.0) elif EventName == "ThrowLightFacingEvent": angle= -PI*0.0625 # max angle/4 elif EventName == "ThrowHeavyFacingEvent": angle= -PI*0.125 # max angle/2 else: angle= -PI*0.0625 # max angle/4 impulse = me.Rel2AbsVector(0.0, -math.cos(angle)*F, -math.sin(angle)*F) if me.InCombat: angle= B3DLib.Pos2PosXZAngle(source_pos[0], source_pos[1], source_pos[2],target_pos[0], target_pos[1], target_pos[2]) diff_angle= min (max (B3DLib.DiffAngle(angle, me.Angle), -FACINGANGLE), FACINGANGLE) x,y,z= impulse cos_ang= math.cos(diff_angle); sin_ang= math.sin(diff_angle) impulse = (x*cos_ang-z*sin_ang, y, x*sin_ang+z*cos_ang) object.Impulse(impulse[0], impulse[1], impulse[2]) throw_style= Reference.THR_SPINNING if Reference.EntitiesObjectData.has_key(object.Name): if Reference.EntitiesObjectData[object.Name][0] == Reference.OBJ_WEAPON or Reference.EntitiesObjectData[object.Name][0] == Reference.OBJ_STANDARD: weaponData= Reference.EntitiesObjectData[object.Name] if len(weaponData) > 4: throw_style= weaponData[4] else: kind = Bladex.GetEntity(object.Name).Kind if Reference.DefaultObjectData.has_key(kind): if Reference.DefaultObjectData[kind][0] == Reference.OBJ_WEAPON or Reference.DefaultObjectData[kind][0] == Reference.OBJ_STANDARD: weaponData = Reference.DefaultObjectData[kind] if len(weaponData) > 4: throw_style= weaponData[4] # exclude people from collision object.ExclusionMask= object.ExclusionMask | B_SOLID_MASK_PERSON if throw_style == Reference.THR_SPINNING: # Add an angular velocity component as well... print object.AngularVelocity axis= object.GetDummyAxis("1H_R", 0.0, 1.0, 0.0) mass= object.Mass print mass scale = TWOPI*10/mass object.AngularVelocity=axis[0]*scale,axis[1]*scale,axis[2]*scale object.MessageEvent(MESSAGE_START_WEAPON,0,0) object.MessageEvent(MESSAGE_START_TRAIL,0,0) InitDataField.Initialise(object) object.Data.PrevHitFunc= None #object.Data.PrevHitFunc= object.HitFunc #object.HitFunc= ThrownWeaponStopFunc Bladex.AddScheduledFunc(Bladex.GetTime()+2.0, ThrownWeaponStopFunc,(object.Name,),"Stop Weapon: "+object.Name) object.Data.PrevInflictHitFunc= object.InflictHitFunc object.InflictHitFunc= ThrownWeaponInflictHitFunc object.Data.ThrownBy= me me.DelAnmEventFunc(EventName) # # Dropping Actions # def StdDropObject(EntityName): me = Bladex.GetEntity(EntityName) ###Reference.debugprint(EntityName+": Im in StdDropObject") if TryDropRight(EntityName): pass ###Reference.debugprint(EntityName+": Dropping Right") elif TryDropLeft(EntityName): pass ###Reference.debugprint(EntityName+": Dropping Left") else: pass ###Reference.debugprint(EntityName+": Nothing to Drop") def TryDropRight (EntityName): me = Bladex.GetEntity(EntityName) # Have I got anything in the right hand statR = StatR(EntityName) if statR <> RA_NO_WEAPON: ###Reference.debugprint(EntityName+": Right hand obj = "+me.InvRight) object = Bladex.GetEntity(me.InvRight) if IsValidForDropping (object.Name): object.ExcludeHitFor(me) #if object.TestHit: # ###Reference.debugprint(EntityName+": Pre-colliding - abandoning drop") # return FALSE if statR == RA_2H_OBJECT: # 2 Handed Object Animation me.AddAnmEventFunc("Drop2HandedEvent",DropReleaseEventHandler) me.LaunchAnmType("drp_2o") ###Reference.debugprint (me.AnimName) return TRUE else: # Right Handed Object Animation me.AddAnmEventFunc("DropRightEvent",DropReleaseEventHandler) me.Attack=0 me.LaunchAnmType("drp_r") #The next : for not attacking just after droping! ###Reference.debugprint (me.AnimName) return TRUE else: ReportMsg ("Cannot be dropped") return FALSE else: return FALSE def TryDropLeft (EntityName): me = Bladex.GetEntity(EntityName) statL=StatL(me.Name) if statL <> LA_NO_WEAPON and statL <> LA_BOW: ###Reference.debugprint(EntityName+": Left hand obj = "+me.InvLeft) object = Bladex.GetEntity(me.InvLeft) if IsValidForDropping (object.Name): object.ExcludeHitFor(me) #if object.TestHit: # ###Reference.debugprint(EntityName+": Pre-colliding - abandoning drop") # return FALSE # Left Handed Object Animation me.AddAnmEventFunc("DropLeftEvent",DropReleaseEventHandler) me.LaunchAnmType("drp_l") ###Reference.debugprint (me.AnimName) return TRUE else: ReportMsg ("Cannot be dropped") else: return FALSE def DropReleaseEventHandler(EntityName, EventName, TestHit=TRUE): me = Bladex.GetEntity(EntityName) ###Reference.debugprint(EntityName+": Im in DropReleaseEventHandler") if EventName == "DropLeftEvent": object = Bladex.GetEntity(me.InvLeft) else: object = Bladex.GetEntity(me.InvRight) try: object.Data.DropReleaseEventHandler (me.Name, EventName) except AttributeError: if TestHit and object.TestHit: return RemoveFromInventory (me, object, EventName) if EventName == "DropLeftEvent": impulse = me.Rel2AbsVector(500.0, -750.0, 0.0) elif EventName == "Drop2HandedEvent": impulse = me.Rel2AbsVector(0.0, -750.0, 0.0) else: impulse = me.Rel2AbsVector(-1000.0, -1500.0, 0.0) object.Impulse(impulse[0],impulse[1],impulse[2]) object.ExcludeHitFor(me) me.DelAnmEventFunc(EventName) ################ # # # ################ def SqDistanceToGpj(entity): global Gpj return(Gpj.SQDistance2(entity)) def SthOnBack(EntityName): me=Bladex.GetEntity(EntityName) if me.InvLeftBack: return TRUE if me.InvRightBack: if Reference.GiveObjectFlag(me.InvRightBack)==Reference.OBJ_QUIVER: return FALSE else: return TRUE else: return FALSE def TwoHandedWeaponOnBack(EntityName): me=Bladex.GetEntity(EntityName) if SthOnBack(EntityName) and me.InvRightBack: back_object_flag= Reference.GiveObjectFlag(me.InvRightBack) if back_object_flag==Reference.OBJ_WEAPON: w_flag=Reference.GiveWeaponFlag(me.InvRightBack) if w_flag<>Reference.W_FLAG_1H: return TRUE return FALSE def Left2InvEvent(pj_name,event): me=Bladex.GetEntity(pj_name) me.DelAnmEventFunc(event) inv=me.GetInventory() if me.InvLeft: inv.LinkLeftHand("None") def Left2BackEvent(pj_name,event): me=Bladex.GetEntity(pj_name) me.DelAnmEventFunc(event) inv=me.GetInventory() if me.InvLeft: inv.LinkLeftBack(me.InvLeft) def ToggleWEvent(pj_name,event): me=Bladex.GetEntity(pj_name) # # So the standard obnject that could NOT ve dropped at the beggining ( cause inside B_world ) , do NOT dissapear! # if IsRightHandStandardObject(pj_name): #print "TryDropRight is ok" DropReleaseEventHandler(pj_name, "DropRightEvent") if me.InvRight: print "Actions.ToggleWEvent-> Could not drop standard object!" return FALSE me.Wuea=Reference.WUEA_ENDED if event=="ChangeRLEvent": me.DelAnmEventFunc("ChangeRLEvent") elif event=="ChangeREvent": me.DelAnmEventFunc("ChangeREvent") elif event=="ChangeLEvent": me.DelAnmEventFunc("ChangeLEvent") else: print "ToggleWEvent : Unexpected error! \n" inv=me.GetInventory() tmp_rback=me.InvRightBack tmp_lback=me.InvLeftBack if tmp_rback: if Reference.GiveObjectFlag(tmp_rback)==Reference.OBJ_QUIVER: tmp_rback="" something_on_back= SthOnBack(pj_name) inv.LinkBack("None") add_quiver=0 if something_on_back and (event=="ChangeRLEvent" or event=="ChangeREvent"): if me.InvRight: ###Reference.debugprint ("Removeing right hand thing on ToggleWEvent") inv.LinkRightHand("None") #inv.LinkBack("None") #Only here ! It deal with BOTH of them if tmp_lback and Reference.GiveObjectFlag(tmp_lback)==Reference.OBJ_BOW: add_quiver=1 if me.InvLeft and Reference.GiveObjectFlag(me.InvLeft)==Reference.OBJ_BOW: add_quiver=1 if event=="ChangeRLEvent" or event=="ChangeREvent": if me.InvRight: if me.InvLeft and Reference.GiveObjectFlag(me.InvLeft)==Reference.OBJ_BOW and me.InvRight and Reference.GiveObjectFlag(me.InvRight)==Reference.OBJ_ARROW: SheatheArrow(inv, me.InvRight) # We must be carrying an arrow in the right hand, lets sheathe it else: inv.LinkBack(me.InvRight) else: if inv.HoldingBow: des_quiver_name=inv.GetSelectedQuiver() if des_quiver_name: inv.SetCurrentQuiver(des_quiver_name) inv.LinkRightBack(des_quiver_name) #print "BUG KK" if not tmp_rback: inv.LinkRightHand("None") else: inv.LinkRightHand(tmp_rback) tmp_rback="" if event=="ChangeRLEvent" or event=="ChangeLEvent": #inv.LinkBack("None") if tmp_rback: print "Pseudo bug? ERROR , MIRAR" inv.LinkBack(tmp_rback) if me.InvLeft: inv.LinkBack(me.InvLeft) if not tmp_lback: inv.LinkLeftHand("None") else: inv.LinkLeftHand(tmp_lback) if add_quiver: UnSheatheArrow(inv) def StdToggleWeapons(EntityName): me=Bladex.GetEntity(EntityName) #Are we in combat mode #If so , abort it and return if me.ActiveEnemy: ###Reference.debugprint ("StdToggleeapons - Aborting combat mode") me.SetActiveEnemy("") me.Data.time_deactive_enemy=Bladex.GetTime() return if me.OnFloor==0: return if me.AnmEndedFunc: return FALSE inv= me.GetInventory() right_standard=IsRightHandStandardObject(EntityName) drop_right=0 #pdb.set_trace() if me.InvLeft and Reference.GiveObjectFlag(me.InvLeft)<>Reference.OBJ_BOW and me.InvRightBack: #and (not me.Attack and not me.Block): if not me.Attack and not me.Block: me.AddAnmEventFunc("ChangeLEvent",Left2BackEvent) me.LaunchAnmType("Chg_l") return else: me.AddAnmEventFunc("ChangeREvent",ToggleWEvent) me.LaunchAnmType("Chg_r") return elif ((me.InvRight and right_standard==1)) and (me.InvLeft or me.InvLeftBack) and me.InvRightBack and not inv.HasBowOnBack: me.AddAnmEventFunc("ChangeLEvent",ToggleWEvent) me.LaunchAnmType("Chg_l") return elif ((me.InvRight and right_standard==0) or me.InvRightBack) and (me.InvLeft or me.InvLeftBack): drop_right=1 if inv.HasBowOnBack: if right_standard: object= Bladex.GetEntity(me.InvRight) object.ExcludeHitFor(me) if not object.TestHit: if TryDropRight(EntityName): DropReleaseEventHandler(EntityName, "DropRightEvent") me.Wuea=Reference.WUEA_ENDED else: me.Wuea=Reference.WUEA_ENDED return else: ReportMsg ("Cannot be dropped") return elif ((me.InvRight and right_standard==0) or me.InvRightBack) and (not me.InvLeft and not me.InvLeftBack): drop_right=2 elif (not me.InvRight and not me.InvRightBack) and (me.InvLeft or me.InvLeftBack): if inv.HasBowOnBack: if right_standard: object= Bladex.GetEntity(me.InvRight) object.ExcludeHitFor(me) if not object.TestHit: if TryDropRight(EntityName): DropReleaseEventHandler(EntityName, "DropRightEvent") me.Wuea=Reference.WUEA_ENDED else: me.Wuea=Reference.WUEA_ENDED return else: ReportMsg ("Cannot be dropped") return me.AddAnmEventFunc("ChangeRLEvent",ToggleWEvent) me.LaunchAnmType("Chg_r_l") return else: me.AddAnmEventFunc("ChangeLEvent",ToggleWEvent) me.LaunchAnmType("Chg_l") return else: return if drop_right<>0 and IsRightHandStandardObject(EntityName): if TryDropRight(EntityName): DropReleaseEventHandler(EntityName, "DropRightEvent") me.Wuea=Reference.WUEA_ENDED if drop_right==1: me.AddAnmEventFunc("ChangeRLEvent",ToggleWEvent) me.LaunchAnmType("Chg_r_l") elif drop_right==2: me.AddAnmEventFunc("ChangeREvent",ToggleWEvent) me.LaunchAnmType("Chg_r") else: print "ERROR - ToggleW" # Added by Dario def FreeBothHands(EntityName,CallBack=None,Params=(),ForceNow = 1): me=Bladex.GetEntity(EntityName) if IsRightHandStandardObject(EntityName): if TryDropRight(EntityName): DropReleaseEventHandler(EntityName, "DropRightEvent") me.Wuea=Reference.WUEA_ENDED if (me.InvRight) or (me.InvLeft): if ForceNow: me.Wuea=Reference.WUEA_ENDED me.SetTmpAnmFlags(1,1,1,0,5,1,0) me.LaunchAnmType("rlx") me.Wuea=Reference.WUEA_ENDED me.SetTmpAnmFlags(1,1,1,0,5,1,0) StdToggleWeapons(EntityName) if CallBack: Bladex.AddScheduledFunc(Bladex.GetTime()+2.0, CallBack,Params) return 0 if CallBack: Bladex.AddScheduledFunc(Bladex.GetTime()+0.1, CallBack,Params) return 1 def RelaxTurn180(EntityName): me=Bladex.GetEntity(EntityName) me.LaunchAnmType("rlx_turn") import BInput def FrwdDown(EntityName): me=Bladex.GetEntity(EntityName) if netgame.GetNetState() != 2: if me.InCombat: return binput_time_down=BInput.GetInputManager().GetTimeActionActivated("FrwdDown") diff=binput_time_down-me.Data.last_frwdup if diff>0.0 and diff<0.125: me=Bladex.GetEntity(EntityName) me.Run=1 def FrwdUp(EntityName): me=Bladex.GetEntity(EntityName) if netgame.GetNetState() != 2: if me.InCombat: return me.Data.last_frwdup=BInput.GetInputManager().GetTimeActionActivated("FrwdUp") if me.Gob==FALSE: me.Run=0 def BrwdDown(EntityName): me=Bladex.GetEntity(EntityName) if netgame.GetNetState() != 2: if me.InCombat: return binput_time_down=BInput.GetInputManager().GetTimeActionActivated("BrwdDown") diff=Bladex.GetTime()-me.Data.last_brwdup if diff>0.0 and diff<0.125: me=Bladex.GetEntity(EntityName) me.Run=1 def BrwdUp(EntityName): me=Bladex.GetEntity(EntityName) if netgame.GetNetState() != 2: if me.InCombat: return me.Data.last_brwdup=BInput.GetInputManager().GetTimeActionActivated("BrwdUp") if me.Gof==FALSE: me.Run=0 # BowStuff def TakeArrowEventHandler(EntityName, EventName): me= Bladex.GetEntity(EntityName) if me: #print EntityName+" TakeArrowEventHandler, "+me.AnimName+": "+`me.AnmPos` inv= me.GetInventory() UnSheatheArrow(inv) #if me.InvRight: # print EntityName+" TakeArrowEventHandler: aimpressed: "+`me.Data.AimPressed` def CurrentlyBowing(EntityName): me= Bladex.GetEntity(EntityName) anm= me.AnimName return (anm=="B1" or anm=="B2" or anm=="B3" or anm=="b1" or anm=="b2" or anm=="b3") def InitBowing(EntityName): #print EntityName+" InitBowing" me= Bladex.GetEntity(EntityName) cam= Bladex.GetEntity("Camera") if EntityName=='Player1': try: if me.Data.LastPViewType==None: me.Data.LastPViewType= cam.PViewType except AttributeError: me.Data.LastPViewType= cam.PViewType try: if me.Data.LastReturns==None: me.Data.LastReturns= me.Returns except AttributeError: me.Data.LastReturns= me.Returns cam.PViewType= 3 me.Returns= 0 me.Aim= 1 me.Data.AimPressed= 1 me.Accuracy= CharStats.GetCharAccuracy(me.Kind, me.Level) me.AimOffTarget= TWOPI def TestDrawBow(EntityName): me= Bladex.GetEntity(EntityName) #print EntityName+" TestDrawBow" #pdb.set_trace() # Are we carrying a bow if me.Aim==0 or not CurrentlyBowing(EntityName): if me.InvLeft and Reference.GiveObjectFlag(me.InvLeft)==Reference.OBJ_BOW: # check we can interrupt the animation if me.Wuea==Reference.WUEA_WAIT: if (me.AnimName[:3]=="Rlx" or me.AnimName[:3]=="rlx"): me.Wuea=Reference.WUEA_NONE else: return # Are we carrying an arrow if me.InvRight and Reference.GiveObjectFlag(me.InvRight)==Reference.OBJ_ARROW: InitBowing(EntityName) GraspString (EntityName,"GraspString") me.SetTmpAnmFlags(1,0,1,1,2,0) me.LaunchAnmType ("b1") arrow= Bladex.GetEntity(me.InvRight) tensar_sound=Bladex.CreateEntity(arrow.Name+"RedrawSound", "Entity Sound", 0, 0, 0) tensar_sound.SetSound("..\\..\\Sounds\\M-CREAKCUERDA-3b.wav") tensar_sound.MinDistance=5000 tensar_sound.MaxDistance=10000 arrow.Link(tensar_sound) tensar_sound.PlaySound(0) # Problems: Cannot get the animation to stay on last frame, or allow rotation # else if we have arrows draw an arrow and continue elif not CurrentlyBowing(EntityName): inv=me.GetInventory() des_quiver_name=inv.GetSelectedQuiver() if des_quiver_name: inv.SetCurrentQuiver(des_quiver_name) inv.LinkRightBack(des_quiver_name) quiver= Bladex.GetEntity(des_quiver_name) if quiver and quiver.Data.NumberOfArrows() > 0: InitBowing(EntityName) if me.Wuea==Reference.WUEA_WAIT: print "Trying to draw bow during other animation, wait and try again" else: me.LaunchAnmType ("b2") def EndBowMode(EntityName): #print EntityName+" in EndBowMode" me= Bladex.GetEntity(EntityName) #print EntityName+" EndBowMode" try: if me.Data.LastPViewType!=None: cam= Bladex.GetEntity("Camera") cam.PViewType= me.Data.LastPViewType me.Data.LastPViewType= None except AttributeError: pass try: if me.Data.LastReturns!=None: me.Returns= me.Data.LastReturns me.Data.LastReturns= None except AttributeError: pass me.Aim= 0 me.Data.AimPressed= 0 def TestReleaseArrow(EntityName): me= Bladex.GetEntity(EntityName) #print EntityName+' TestReleaseArrow setting AimPressed to 0' me.Data.AimPressed= 0 if not CurrentlyBowing(EntityName): #print " exited abnormally" EndBowMode(EntityName) def EndDrawBowEventHandler(EntityName, EventName): me= Bladex.GetEntity(EntityName) #print EntityName+" EndDrawBowEventHandler, "+me.AnimName+": "+`me.AnmPos` if me.Data.AimPressed==0: me.Aim= 0 arrow= Bladex.GetEntity(me.InvRight) if arrow: #print EntityName+" EndDrawBowEventHandler:Letting Arrow Fly" # exclude people from collision #arrow.ExclusionMask= arrow.ExclusionMask | B_SOLID_MASK_PERSON # play arrow sound me.Unlink(arrow) me.RemoveFromInventRight() UnGraspString (EntityName,"UnGraspString") # Release the arrow arrow.ExcludeHitFor(me) arrow.PutToWorld() # Let the arrow fly along its own Z axis if me.Data.NPC: vx,vy,vz= me.AimVector else: vx,vy,vz= arrow.Rel2AbsVector(0,0,-40000) arrow.Fly(vx,vy,vz) arrow.MessageEvent(MESSAGE_START_WEAPON,0,0) arrow.MessageEvent(MESSAGE_START_TRAIL,0,0) # Arrange for the MESSAGE_STOP_WEAPON to be sent InitDataField.Initialise(arrow) Bladex.AddScheduledFunc(Bladex.GetTime()+2.0, ThrownWeaponStopFunc,(arrow.Name,),"Stop Weapon: "+arrow.Name) arrow.Data.PrevInflictHitFunc= arrow.InflictHitFunc arrow.InflictHitFunc= ThrownWeaponInflictHitFunc arrow.Data.ThrownBy= me soltar_sound=Bladex.CreateEntity(arrow.Name+"FlySound", "Entity Sound", 0, 0, 0) soltar_sound.SetSound("..\\..\\Sounds\\ARCO-DISPARO-3.wav") soltar_sound.MinDistance=5000 soltar_sound.MaxDistance=10000 arrow.Link(soltar_sound) soltar_sound.PlaySound(0) #"ARCO-DISPARO-3.wav" #"M-CREAKCUERDA-44.wav" # Draw another arrow me.SetTmpAnmFlags(1,0,1,1,2,0) me.LaunchAnmType ("b2") return #print EntityName+" EndDrawBowEventHandler:b3" me.LaunchAnmType ("b3") def CheckRefireBowEventHandler(EntityName, EventName): me= Bladex.GetEntity(EntityName) #print EntityName+" CheckRefireBowEventHandler, "+me.AnimName+": "+`me.AnmPos` if me.InvRight: action= BInput.GetInputManager().GetInputActions().Find("Attack") if action and action.this!="NULL" and action.CurrentlyActivated(): me.Aim= 1 me.Data.AimPressed= 1 if me.Data.AimPressed: arrow= Bladex.GetEntity(me.InvRight) if arrow: #print "CheckRefireBowEventHandler:Refire" GraspString (EntityName,"GraspString") me.DoActionWI ("b1", FixedFootAutoInterp, 0.3, 0.9) tensar_sound=Bladex.CreateEntity(arrow.Name+"RedrawSound", "Entity Sound", 0, 0, 0) tensar_sound.SetSound("..\\..\\Sounds\\M-CREAKCUERDA-44.wav") tensar_sound.MinDistance=5000 tensar_sound.MaxDistance=10000 arrow.Link(tensar_sound) tensar_sound.PlaySound(0) return #else: # print EntityName+" CheckRefireBowEventHandler, aimpressed: "+`me.Data.AimPressed` # print EntityName+" CheckRefireBowEventHandler, InvRight: "+me.InvRight #print EntityName+" CheckRefireBowEventHandler:EndBowMode" EndBowMode(EntityName) def EndReloadBowEventHandler(EntityName, EventName): #print EntityName+" In EndReloadBowEventHandler" me= Bladex.GetEntity(EntityName) if me.Aim: #print EntityName+" EndReloadBowEventHandler: b1" me.DoAction ("b1") #me.LaunchAnmType ("b1") else: # Default, go to rlx #print EntityName+" EndReloadBowEventHandler: Rlx_b" if not me.InvRight: TakeArrowEventHandler(EntityName, EventName) me.LaunchAnmType ("Rlx_b") #me.DoAction ("Rlx_b") def FadeMeOut(EntityName,timer): if EntityName=="Player1": return me= Bladex.GetEntity(EntityName) current_alpha=me.Alpha if current_alpha>0.0: current_alpha=current_alpha-0.02 else: me.Life=0 me.RemoveFromList("Timer60") if current_alpha<0: current_alpha=0 me.Alpha=current_alpha if me.InvRight: right=Bladex.GetEntity(me.InvRight) right.Alpha=current_alpha if me.InvLeft: left=Bladex.GetEntity(me.InvLeft) left.Alpha=current_alpha if me.InvRightBack: right2=Bladex.GetEntity(me.InvRightBack) right2.Alpha=current_alpha if me.InvLeftBack: left2=Bladex.GetEntity(me.InvLeftBack) left2.Alpha=current_alpha def ClientCallBack(id,type,cad): if type==Netval.NET_GAME_FADE_DUE2BIGFALL: if netgame.GetClientId()==cad: AuxFuncs.FadeTo(START_FADEOUT_IN_BIG_FALL,END_FADEOUT_IN_BIG_FALL) def ServerCallBack(id,type,cad): if type==Netval.NET_GAME_THROW_WEAPON: if netgame.GetNetState() == 1: params = string.split(cad) me = Bladex.GetEntity(params[0]) coso = string.atof(params[1]) if coso == -1: TryDropRight(params[0]) else: me.Data.ThrowForce = coso StdThrowObject(params[0]) def StartFadingOutPlayer(EntityName): me= Bladex.GetEntity(EntityName) net_state=netgame.GetNetState() if net_state==0: if EntityName=="Player1"and me.WillCrashInFloor==0: AuxFuncs.FadeTo(START_FADEOUT_IN_BIG_FALL,END_FADEOUT_IN_BIG_FALL) elif EntityName=="Player1": if me.WillCrashInFloor==0: AuxFuncs.FadeTo(START_FADEOUT_IN_BIG_FALL,END_FADEOUT_IN_BIG_FALL) netgame.SendUserString(Netval.NET_GAME_FADE_DUE2BIGFALL,EntityName) else: netgame.SendUserString(Netval.NET_GAME_FADE_DUE2BIGFALL,EntityName) me.TimerFunc=FadeMeOut me.SubscribeToList("Timer60") def EndFadingOutPlayer(EntityName): me= Bladex.GetEntity(EntityName) me.Life=0 net_state=netgame.GetNetState() me.Wuea=Reference.WUEA_ENDED if net_state==0: # NO red #me.LaunchAnmType("rlx") me.ImDeadFunc(me.Name) if EntityName=="Player1": if me.WillCrashInFloor==0: int_pos=me.InitPos me.Position=int_pos[0],int_pos[1],int_pos[2] else: int_pos=me.InitPos me.Position=int_pos[0],int_pos[1],int_pos[2] elif net_state==1: #Red -> Servidor me.Alpha=1.0 Damage.PlayerHitFunc(me.Name,"BigFall", me.Life, 1) elif net_state==2: #Red -> Cliente me.Alpha=1.0 else: print "Actions.py->EndFadingOutPlayer error . Unknown GetNetState()!!!" def LinkNextAttack(EntityName, EventName): me= Bladex.GetEntity(EntityName) if me: me.RaiseEvent("HitFinalItpC") if not me.Data.NPC: Select.AutoSelectInAttack(EntityName) def EndOfAttack(EntityName, EventName): me= Bladex.GetEntity(EntityName) if me: me.RaiseEvent("ActionEndC") if not me.Data.NPC: Select.AutoSelectInAttack(EntityName) def BackUpEnemy(EntityName, EventName): me= Bladex.GetEntity(EntityName) me.Data.TmpEnemy=me.ActiveEnemy def Swap180Handler(EntityName, EventName): me= Bladex.GetEntity(EntityName) if me.Data and me.Data.TmpEnemy and me.Data.TmpEnemy==me.ActiveEnemy: me.SetActiveEnemy(None) #Quitada la sigu comprobacion if me.Data.selected_enemy: ene=Bladex.GetEntity(me.Data.selected_enemy[0]) if me and ene.Person: me.SetActiveEnemy(ene) else: if me.Data.selected_enemy: ene=Bladex.GetEntity(me.Data.selected_enemy[0]) if me and ene.Person: me.SetActiveEnemy(ene) def EndTransitionFllHugeHandler(EntityName, EventName): me= Bladex.GetEntity(EntityName) #enemigos? Bladex.AddScheduledFunc(Bladex.GetTime()+0.2, StartFadingOutPlayer,(EntityName,),"StartFadingOutPlayer "+EntityName) me.AnmEndedFunc=TakeMainAnm=EndFadingOutPlayer #Puesto en AnmEnd en lugar de Scheduled... #Bladex.AddScheduledFunc(Bladex.GetTime()+1.0, EndFadingOutPlayer,(EntityName,),"EndFadingOutPlayer "+EntityName) def W2hToLeftHandler(EntityName, EventName): me= Bladex.GetEntity(EntityName) ObjectName=me.InvRight if ObjectName=="None" or not ObjectName: print "W2hToLeftHandle-> Event in a unexpected situation!!! Entity " + EntityName + " in animation " +me.AnimName return inv=me.GetInventory() inv.LinkRightHand("None") object=Bladex.GetEntity(ObjectName) node= me.GetNodeIndex("L_Hand") me.LinkToNode(object,node) me.Data.TmpW2h=ObjectName def W2hToRightHandler(EntityName, EventName): me= Bladex.GetEntity(EntityName) if not("TmpW2h" in dir(me.Data)): me.Data.TmpW2h="" return if me.Data.TmpW2h == None: return if me.Data.TmpW2h=="": return inv=me.GetInventory() object=Bladex.GetEntity(me.Data.TmpW2h) me.Unlink(object) inv.LinkLeftHand("None") inv.LinkRightHand(me.Data.TmpW2h) me.Data.TmpW2h="" # simple take used for network bindings def AutoTake(EntityName): me = Bladex.GetEntity(EntityName) if me.InvRight: if not FreeBothHands(EntityName,None,(),0): return head_pos=me.Rel2AbsPoint(0.0,0.0,0.0) pj_dir=me.Rel2AbsVector(0.0,-1.0,0.0) list=Bladex.GetObjectEntitiesVisibleFrom(head_pos,5000.0,pj_dir,0.0) for n in list: o = Bladex.GetEntity(n) if (o.Parent == None) | (o.Parent == ""): if IsValidForTaking(n) & o.Weapon : if TryToTake(EntityName,n): return 1 ################################################################################################## ########################################## INSTANT ATTACK ########################################## ################################################################################################## def ToggleIAttackRight(EntityName,event): me = Bladex.GetEntity(EntityName) if not me.InvRightBack or me.InvRightBack=="": print "Error in Actions.ToggleIAttackRight" return inv= me.GetInventory() tmpr_back=me.InvRightBack inv.LinkRightBack("None") inv.LinkRightHand(tmpr_back) if not me.InCombat: import DefaultSelectionData DefaultSelectionData.SelectEnemy() def ToggleIAttackLeft(EntityName,event): me = Bladex.GetEntity(EntityName) if not me.InvLeftBack or me.InvLeftBack=="": return inv= me.GetInventory() tmpl_back=me.InvLeftBack inv.LinkLeftBack("None") inv.LinkLeftHand(tmpl_back) def InstantAttackSlow(EntityName, EventName): me = Bladex.GetEntity(EntityName) if (not me.Data.NPC) and me.GotAnmType("g_draw_rlx"): me.AddAnmEventFunc("ChangeREvent",ToggleIAttackRight) me.AddAnmEventFunc("ChangeLEvent",ToggleIAttackLeft) me.AttackFunc (EntityName, "g_draw_rlx") elif not me.Data.NPC: print "No instant attack for not having the animation!! ----3D Dept---" + EntityName def InstantAttackRun(EntityName, EventName): me = Bladex.GetEntity(EntityName) if me.GotAnmType("g_draw_run"): me.AddAnmEventFunc("ChangeREvent",ToggleIAttackRight) me.AddAnmEventFunc("ChangeLEvent",ToggleIAttackLeft) me.AttackFunc (EntityName, "g_draw_run") else: if me.Data.NPC==0: print "No instant attack for not having the animation!! ----3D Dept---" + EntityName def LinkContinuosSoundAux(csound): csound.PlaySound(-1) def LinkContinuosSound(EntityName,SoundName,max_dist=12000,min_dist=5000): me = Bladex.GetEntity(EntityName) csound=Bladex.CreateEntity(EntityName+"ContinuosSound", "Entity Sound", 0,0,0) csound.SetSound(SoundName) csound.MinDistance=min_dist csound.MaxDistance=max_dist me.Link(csound) #Otherwise it would not work (the SS does NOT launch any sounds when loading!!!) Bladex.AddScheduledFunc(Bladex.GetTime()+1.0,LinkContinuosSoundAux,(csound,),"LinkContinuosSoundAux") ################################################################################################## ########################################## FIRE DEATH ########################################## ################################################################################################## def CicloDeluz(PersonName,val): per = Bladex.GetEntity(PersonName) if per: if val < 1.0: per.SelfIlum = val Bladex.AddScheduledFunc(Bladex.GetTime()+0.1, CicloDeluz,(PersonName,val+0.1)) wps=Bladex.GetEntity(PersonName+"WPS") if wps: wps.PPS=wps.PPS+25 elif val < 2.0: per.Alpha = -val+1.9 Bladex.AddScheduledFunc(Bladex.GetTime()+0.1, CicloDeluz,(PersonName,val+0.1)) def HumoDeFuego(PersonName): per = Bladex.GetEntity(PersonName) if per: wps=Bladex.CreateEntity(PersonName+"WPSmk", "Entity Particle System Dperson", 0.0, 0.0, 0.0) wps.PersonName=PersonName wps.ParticleType="DarkSmoke" wps.Time2Live=96 wps.RandomVelocity=0 wps.Velocity=0,0,0 wps.NormalVelocity=5 wps.YGravity=0 wps.PPS=125 wps.DeathTime=Bladex.GetTime()+1.0 def FreezeMeGuy(PersonName): import GameText per = Bladex.GetEntity(PersonName) per.Freeze() per.RemoveFromWorld() if (netgame.GetNetState()==0) and (Reference.DEMO_MODE==0) and (PersonName=="Player1") and GameText.MapList.has_key(string.upper(Bladex.GetCurrentMap())): import SaveGame Bladex.AddScheduledFunc(Bladex.GetTime()+7.0,SaveGame.MenuStart,(PersonName,)) def RePutTheFuckingEndFunction(PersonName): per = Bladex.GetEntity(PersonName) per.AnmEndedFunc = FreezeMeGuy def FireDeath(PersonName = "Player1",ParType="LargeFire",NumPart=32): TIME_TO_FIRE = 12.0 per = Bladex.GetEntity(PersonName) if per: wps=Bladex.CreateEntity(PersonName+"WPS", "Entity Particle System Dperson", 0.0, 0.0, 0.0) wps.PersonName=PersonName wps.ParticleType=ParType wps.Time2Live=NumPart wps.RandomVelocity=1.0 wps.Velocity=0,-300,0 wps.NormalVelocity=3 wps.YGravity=0 wps.PPS=200 wps.DeathTime=Bladex.GetTime()+TIME_TO_FIRE Bladex.AddScheduledFunc(Bladex.GetTime()+TIME_TO_FIRE-0, HumoDeFuego, (PersonName,)) if netgame.GetNetState()!=2: per.SelfIlum = 0.0 per.Alpha = 1.0 Bladex.AddScheduledFunc(Bladex.GetTime()+TIME_TO_FIRE-2, CicloDeluz, (PersonName,0)) Bladex.AddScheduledFunc(Bladex.GetTime()+1.5,RePutTheFuckingEndFunction,(PersonName,)) per.LaunchAnmType("dth_burn") per.AnmEndedFunc = FreezeMeGuy if per.Name == "Player1": cam = Bladex.GetEntity("Camera") cam.SType = 0 cam.TType = 0 def ToggleInvincibility(): me= Bladex.GetEntity("Player1") try: if me: if not me.Data.Invincibility: import pocimac me.Life= CharStats.GetCharMaxLife(me.Kind,me.Level) pocimac.RestoreWoundsToLifeLevel(me.Name) me.Data.Invincibility= TRUE ReportMsg ("Enabling INVINCIBILITY mode") else: me.Data.Invincibility= FALSE ReportMsg ("Disabling INVINCIBILITY mode") except AttributeError: pass profiler_on=1 def ToggleProfiling(): global profiler_on profiler_on= not profiler_on if not profiler_on: print "Switching off Profiler" Bladex.SetCallCheck(3) Bladex.SaveProfileData("Profile.txt") Bladex.StartProfile() Bladex.DisableProfiler() else: print "Switching on Profiler" Bladex.SetCallCheck(11) Bladex.EnableProfiler() Bladex.StartProfile() def QuickDeath(EntityName,EventName): Bladex.GetEntity(EntityName).Life = 0 if EntityName == "Player1": import SaveGame Bladex.AddScheduledFunc(Bladex.GetTime()+5.0,SaveGame.MenuStart,(EntityName,)) AuxFuncs.FadeTo(3.5,10.0,128,0,0) ##################################################################################################