Draw a class diagram for this coding.Show relationships using appropriate arrows. Include cardinality or multiplicity.#Create the class personTypefrom matplotlib.pyplot import phase_spectrumclass personType: #create the class constructor def __init__(self,fName,lName): #Initialize the data members self.fName = fName self.lName = lName #Method to access def getFName(self): return self.fName def getLName(self): return self.lName #Method to manipulate the data members def setFName(self,fName): self.fName = fName def setLName(self,lName): self.lName = lName #Create the class Doctor Type inherit from personTypeclass doctorType(personType): #Create the constructor for the doctorType class def __init__(self, fName, lName,speciality="unknown"): super().__init__(fName, lName) self.speciality = speciality #Methods to access def getSpeciality(self): return self.speciality #Methods to manipulate def setSpeciality(self,spc): self.speciality = spc #create the class billTypeclass billType(): #Create the constructor for the billType class def __init__(self,pId, pCharges): #Initialize the data members self.pId = pId self.pCharges = pCharges #Methods to access def getpId(self): return self.pId def getpChares(self): return self.pCharges #Methods to manipulate def setpId(self,id): self.pId = id def setpCharges(self,charges): self.pCharges = charges#Create the class Datetypeclass dateType(): #create the constructor by initializing the parameters def __init__(self,pDob,dAdmitted,dDischarged): self.pDob = pDob self.dAdmitted = dAdmitted self.dDischaged = dDischarged #Create the class patientType inherited from personTypeclass patientType(personType): #Create the constructor for the patientType class def __init__(self, fName, lName,pId,pAge,pDob,phyfName,phylName,dAdmitted,dDischarged): super().__init__(fName, lName) self.pId = pId self.pAge = pAge #Store the date Info in the dateType class self.dateInfo = dateType(pDob,dAdmitted,dDischarged) #use the doctorType class to store the physician Name self.doctorInfo = doctorType(phyfName,phylName) #Methods for the manipulation and access def getpId(self): return self.pId def getpAge(self): return self.pAge def getPhyfName(self): return self.doctorInfo.getFName() def getPhylName(self): return self.doctorInfo.getLName() def getdAdmitted(self): return self.dateInfo.dAdmitted def getdDischarged(self): return self.dateInfo.dDischaged def getdDob(self): return self.dateInfo.pDob def setpId(self,id): self.pId = id def setpAge(self,age): self.pAge = age def setpDob(self,Dob): self.dateInfo.pDob = Dob def setphyFName(self,fName): self.doctorInfo.setFName(fName) def setphyLName(self,lName): self.doctorInfo.setLName(lName) def setdAttended(self,date): self.dateInfo.dAdmitted = date def setdDischarged(self,date): self.dateInfo.dDischaged = date #main method to test the classes#Create the person class objectperson1 = personType("Daniel","Guzman")#Create the doctor class Objectdoctor1 = doctorType("Elisa","Lazgano","neurosurgeon")#use the method to get the valuesprint(doctor1.getFName())#Change the name of the doctordoctor1.setFName("Rudolfo")#print againprint(doctor1.getFName()) #Create the patient type class objectpatient1 = patientType("Daniel","Lazcano","1","18","15 Dec 2004","Rudolfo","Lazcano","15 Dec 2021","25 Dec 2021")#Now try to manipulatepatient1.setdDischarged("24 Dec 2021")#Try to access againprint(patient1.getdDischarged())

Question

Draw a class diagram for this coding.Show relationships using appropriate arrows. Include cardinality or multiplicity.#Create the class personTypefrom matplotlib.pyplot import phase_spectrumclass personType:    #create the class constructor    def __init__(self,fName,lName):        #Initialize the data members        self.fName = fName        self.lName = lName    #Method to access    def getFName(self):        return self.fName    def getLName(self):        return self.lName    #Method to manipulate the data members    def setFName(self,fName):        self.fName = fName    def setLName(self,lName):        self.lName = lName #Create the class Doctor Type inherit from personTypeclass doctorType(personType):    #Create the constructor for the doctorType class    def __init__(self, fName, lName,speciality=&#34;unknown&#34;):        super().__init__(fName, lName)        self.speciality = speciality    #Methods to access    def getSpeciality(self):        return self.speciality    #Methods to manipulate    def setSpeciality(self,spc):        self.speciality = spc #create the class billTypeclass billType():    #Create the constructor for the billType class    def __init__(self,pId, pCharges):        #Initialize the data members        self.pId = pId        self.pCharges = pCharges    #Methods to access    def getpId(self):        return self.pId    def getpChares(self):        return self.pCharges    #Methods to manipulate    def setpId(self,id):        self.pId = id    def setpCharges(self,charges):        self.pCharges = charges#Create the class Datetypeclass dateType():    #create the constructor by initializing the parameters    def __init__(self,pDob,dAdmitted,dDischarged):        self.pDob = pDob        self.dAdmitted = dAdmitted        self.dDischaged = dDischarged #Create the class patientType inherited from personTypeclass patientType(personType):    #Create the constructor for the patientType class    def __init__(self, fName, lName,pId,pAge,pDob,phyfName,phylName,dAdmitted,dDischarged):        super().__init__(fName, lName)        self.pId = pId        self.pAge = pAge        #Store the date Info in the dateType class        self.dateInfo = dateType(pDob,dAdmitted,dDischarged)        #use the doctorType class to store the physician Name        self.doctorInfo = doctorType(phyfName,phylName)    #Methods for the manipulation and access    def getpId(self):        return self.pId    def getpAge(self):        return self.pAge    def getPhyfName(self):        return self.doctorInfo.getFName()    def getPhylName(self):        return self.doctorInfo.getLName()    def getdAdmitted(self):        return self.dateInfo.dAdmitted    def getdDischarged(self):        return self.dateInfo.dDischaged    def getdDob(self):        return self.dateInfo.pDob    def setpId(self,id):        self.pId = id    def setpAge(self,age):        self.pAge = age    def setpDob(self,Dob):        self.dateInfo.pDob = Dob    def setphyFName(self,fName):        self.doctorInfo.setFName(fName)    def setphyLName(self,lName):        self.doctorInfo.setLName(lName)    def setdAttended(self,date):        self.dateInfo.dAdmitted = date    def setdDischarged(self,date):        self.dateInfo.dDischaged = date #main method to test the classes#Create the person class objectperson1 = personType(&#34;Daniel&#34;,&#34;Guzman&#34;)#Create the doctor class Objectdoctor1 = doctorType(&#34;Elisa&#34;,&#34;Lazgano&#34;,&#34;neurosurgeon&#34;)#use the method to get the valuesprint(doctor1.getFName())#Change the name of the doctordoctor1.setFName(&#34;Rudolfo&#34;)#print againprint(doctor1.getFName()) #Create the patient type class objectpatient1 = patientType(&#34;Daniel&#34;,&#34;Lazcano&#34;,&#34;1&#34;,&#34;18&#34;,&#34;15 Dec 2004&#34;,&#34;Rudolfo&#34;,&#34;Lazcano&#34;,&#34;15 Dec 2021&#34;,&#34;25 Dec 2021&#34;)#Now try to manipulatepatient1.setdDischarged(&#34;24 Dec 2021&#34;)#Try to access againprint(patient1.getdDischarged())

Accepted Answer

It is defined as a static view of an application. It represents the types of objects residing in the…