RPG Game state Machine Implementation Example

Local Hero = Class ("Hero", function () return Display.newnode () end) function Hero:ctor () Self:inithero () Self:add StateMachine ()--Add a state machine function End Function Hero:inithero () Self.hero = sp.
	Skeletonanimation:create ("Spine/sp-zuozhu/skeleton.json", "Spine/sp-zuozhu/skeleton.atlas", 1)
	Self.hero.debugBones = true; Self.jineng = sp. Skeletonanimation:create ("Spine/sp-zuozhu/skeleton_effect.json", "Spine/sp-zuozhu/skeleton_effect.atlas", 1) Self : AddChild (Self.hero) self:addchild (Self.jineng)--Create Spine skeletal animation wizard self.sk = sp. Skeletonanimation:create ("Spine/effects/huangseguanghuan/huangseguanghuan.json", "spine/effects/ Huangseguanghuan/huangseguanghuan.atlas ", 1) self.sk:setAnimation (0," animation ", True) Self:addchild (self.sk)-- Add animation self.hero:setAnimation (0, "Run", true) end--Increase the state machine function hero:addstatemachine ()--Table SELF.FSM = {} c C.gameobject.extend (SELF.FSM): AddComponent ("Components.behavior.StateMachine"): Exportmethods ()--Creates a state machine object self. Fsm:setupstate ({--The initialization state is idle initial = "idle", events = {--the corresponding event when the state transitions {name = "normal", from={"Walk", "Run", "Atk1", "Atk2", "Atk3", "Skill1", "Skill2", "Skill3", "Floorhurt", "Win"}, to = "Idle"}, {name = "move1", from={"Idle", "Run"}, T o = "Walk"}, {name = "Move2", from={"idle", "Walk"}, to = "Run"}, {name = "Attack1", from={"idle", "Walk", "Run"}, to = "Atk1"}, {name = ' Attack2 ', from={"idle", "Walk", "Run", "Atk1"}, to = "Atk2"}, {name = "Attac K3 ", from={" idle "," Walk "," Run "," Atk2 "}, to=" Atk3 "}, {name =" SKILLS1 ", from={" idle "," Walk "," Run "}, to =" skill1  "}, {name =" Skills2 ", from={" idle "," Walk "," Run "}, to =" Skill2 "}, {name =" SKILLS3 ", from={" idle "," Walk ", "Run"}, to = "Skill3"}, {name = "injured", from={"idle", "Walk", "Run"}, to= "Floorhurt"}, {name = "death", F rom={"Idle", "Walk", "Run", "Atk1", "Atk2", "Atk3", "Skill1", "Skill2", "Skill3"}, to = "Die"}, {name = "victory", from={"IDL E "," Walk "," Run "," Atk1"," Atk2 "}, to =" Win "},--from and to are followed by state, to the post-jump state callbacks={-The callback function when the transition occurs ONENTERIDLE=FUNCT Ion () self.hero:setAnimation (0, "idle", true) end, Onenterwalk = function () self.hero:setAnimatio
	        N (0, "Walk", true) end, Onenterrun = function () self.hero:setAnimation (0, "Run", true) End, Onenteratk1 = function () self.hero:setAnimation (0, "Atk1", false) Self.jineng:setAni Mation (0, "Atk1", false) Self.isputskills = true--Self.scheduler = Scheduler.scheduleglobal (Handler (SE LF, self.
	        	pengzhuangjiance), 0.1) end, onenteratk2 = function () self.hero:setAnimation (0, "atk2", false) Self.jineng:setAnimation (0, "atk2", false) Self.isputskills = true--Self.scheduler = Schedule R.scheduleglobal (Handler (self, self. pengzhuangjiance), 0.1) end, ONENTERATK3 = function () Self.hero:setAnimatIon (0, "Atk3", False) self.jineng:setAnimation (0, "Atk3", false) Self.isputskills = true--Self . Scheduler = Scheduler.scheduleglobal (Handler (self, self. pengzhuangjiance), 0.1) end, onenterskill1 = function ()--wait until local a1 = cc. Delaytime:create (0.2) Local a2 = cc. Moveby:create (0.5,CC.P (480* (-self.hero:getscalex ()), 0))--Local S = transition.sequence (A1,A2) Local s = cc. Sequence:create (A1,a2,nil) self:runaction (s) self.hero:setAnimation (0, "Skill1", false) SELF.J
	        	Ineng:setanimation (0, "Skill1", false) Self.isputskills = True end, Onenterskill2 = function () Self.hero:setAnimation (0, "Skill2", False) self.jineng:setAnimation (0, "Skill2", false) Self.isp
	        	Utskills = True end, Onenterskill3 = function () self.hero:setAnimation (0, "Skill3", false) Self.jineng:setAnimation (0, "Skill3",False) Self.isputskills = True end, Onenterfloorhurt = function () Self.hero:setAnim ation (0, "Floorhurt", false) end, Onenterdie = function () self.hero:clearTracks () se
	        Lf.jineng:clearTracks () self.hero:setAnimation (0, "die", False) self.jineng:setAnimation (0, "die", false) End, Onenterwin = function () self.hero:setAnimation (0, "win", false) Self.jineng:setA Nimation (0, "win", false) End,},}) End Function Hero:doevent (event)--Spine wizard object can be called Doevent ("NA") in other classes Me ") function to transform the state--first determine whether this event can execute if self.fsm:canDoEvent (event) then Self.fsm:doEvent (event) end end return Hero