MY QUESTION IS IF ITS POSSIBLE TO GET SOME HELP SETTING UP MY PYTHON CODE THAT IS DONE AND FUNCTIONS PROPERLY SET UP AS A ( PSEUDOCODE ) I NEED TO SET UP MY CODE AS A (PSEUDOCODE). class Patient: def __init__(self,fname,mname,lanme,zipcode,phone,addess,city,state): self.firstName = fname self.middleName = mname self.lastName = lanme self.zip = zipcode self.phoneNumber=phone self.add = addess self.city = city self.state = state def __str__(self): return "Name: " +self.firstName+ " "+ self.middleName +" "+self.lastName+"\n"+"Address: "+self.add+" city: "+self.city class Procedure: def __init__(self, procedure, date, practitioner, charges): self.procedureName = procedure self.procedureDate = date self.practitionerName = practitioner self.charg = charges def __str__(self): x= float(eval(str(self.charg))) return "Procedure Name: "+ self.procedureName+"\nDate: "+ self.procedureDate+"\nPractioner: "+ self.practitionerName #Patient Objecct patient1 = Patient("Britney","Mark","Spears","40035","189030","2/78 Street 2", "abc","New York"); print("Patient Details: ") print(patient1) #procedure Objects procedure1 = Procedure("Physical","12/15/2017","Dr. Irvine",250.00) procedure2 = Procedure("X-ray","12/15/2017","Dr. Jamison",500) procedure3 = Procedure("Blood test","12/15/2017","Dr. Smith",200) print("Procedure#1: ") print(procedure1) print("Procedure#2: ") print(procedure2) print("Procedure#3: ") print(procedure3) total = procedure1.charg+procedure2.charg+procedure3.charg print("Total charge = "+str(total))

Use Python for this question: Develop a class Volume that stores the volume for a stereo that has a value between 0 and 11. Usage of the class is listed below the problem descriptions.  Throughout the class you must guarantee that: The numeric value of the Volume is set to a number between 0 and 11. Any attempt to set the value to greater than 11 will set it to 11 instead, any attempt to set a negative value will instead set it to 0. This applies to the following methods below: __init__, set, up, down You must write the following methods: __init__ - constructor. Construct a Volume that is set to a given numeric value, or, if no number given, defaults the value to 0.   (Subject to 0 <= vol <=11 constraint above.) __repr__ - converts Volume to a str for display, see runs below. set – sets the volume to the specified argument (Subject to 0 <= vol <=11 constraint above.) get – returns the numeric value of the Volume up – given a numeric amount, increases the Volume by…

Using Data Encapsulation in Python, give the output of the Pseudocode:  class Computer: def __init__(self): self.__maxprice = 900 def sell(self): print("Selling Price: {}".format(self.__maxprice)) def setMaxPrice(self, price): self.__maxprice = price c = Computer() c.sell() c.__maxprice = 1000 c.sell() c.setMaxPrice(1000) c.sell()

Create a social network, Chirper, that lets the user add new Chirps and like existing Chirps. It's lonely because only one person can add and like messages -- so there's really not much "social" about it. At least you can practice using objects, references, and function overloading in C++! Here's an example of how this program will run You can "chirp" a new message to Chirper, or "like" an existing chirp, or "exit". What do you want to do? chirp What's your message? This is my first chirp! Chirper has 1 chirps: 1. This is my first chirp! (0 likes)  You can "chirp" a new message to Chirper, or "like" an existing chirp, or "exit". What do you want to do? like Which index do you want to like? 1 Chirper has 1 chirps: 1. This is my first chirp! (1 likes)  You can "chirp" a new message to Chirper, or "like" an existing chirp, or "exit". What do you want to do? chirp What's your message? Second chirp is the best chirp. Chirper has 2 chirps: 1. This is my first chirp! (1 likes) 2. Second chirp…