There are two classes $x$ and $Y.$ Class $Y$ is a subclass of $x.$ There one constructors class X and one constructor $YO$ in class Y $.$ Creating an instance of X by "new $"$ begins with state A and creating an instance of Y by "new YO $"$ begins with state C $.$ In state $A,$ calling initializeData$0$ of class X will transit to state B $,$ which can further transit to state C if computeData$($ is called. In state C $,$ if initializeData$)$ is called, the transition gets back to state $B.$ In class $Y,$ two additional functions are added including searchData $0$ and displayData$(.$ While in state C $,$ if searchData$()$ is called, the state transits to state D $.$ While in state $D,$ the transition can move to state $E$ if displayData, is called or back to state $C$ if computeData$()$ is called$($O$.$ Besides, state C can transit to state E if displayData$()$ is called. For both states D and E $,$ calling the initializeData $0$ makes the transition go to state B $.$

When an object of Y is instantiated, both A and C are the beginning states. Due to this model variation, show the adjusted final state machine for the instantiation of an object Y $.(5$ pts$)$