walrus | interactively visualizing large directed graphs

import random

class Tamagotchi:
    def __init__(self, name, animaltype, activities):
        self.name = name
        self.animaltype = animaltype
        self.activities = activities
        self.energy = 100

    def getName(self):
        return self.name

    def getAnimalType(self):
        return self.animaltype

    def getEnergy(self):
        return self.energy

    def setHealth(self, newHealth):
        self.energy = newHealth

    def getExercise():
        activity = random.choice(activities)
        return (activity)

class Donkey (Tamagotchi):
    def __init__ (self, name, activities):
        super().__init__(name, "Donkey", activities)
        self.__home = "Beach"

    def getHome(self):
        return (self.__home)

    def __fightingSkill(self):
        print(self.name, "fights by kicking with their back leg straight into the opponents head")
   
    def DoExercise(self, activity):
        if activity == "fighting":
            energy = round(self.energy - 10)
            print(energy)
            print("Strong Kick")
        if activity == "racing":
            energy = round(self.energy - 15)
            print("Hard work")
        if activity == "Tail Launch":
            energy = round(self.energy - 1)
            print("I am a donkey, not a Walrus")

        self.setHealth(energy)
        if self.getEnergy() < 70:
            print(self.getName(), "Is out of energy")
        else:
            print(self.getName(), "Tired, New Energy:", self.getEnergy())

class Horse(Tamagotchi):
    def __init__(self, name, activities):
        super().__init__(name, "Horse", activities)

    def DoExercise(self, activity):
        if activity == "fighting":
            energy = round(self.energy - 15)
            print("Beaten")
        if activity == "racing":
            energy = round(self.energy - 5)
            print("I am a racing horse")
        if activity == "Tail Launch":
            energy = round(self.energy - 2)
            print("I am a horse i dont tail launch")
           
        self.setHealth(energy)
        if self.getEnergy() < 70:
            print(self.getName(), "Is out of energy")
        else:
            print(self.getName(), "Tired, New Energy:", self.getEnergy())



class Walrus(Tamagotchi):
    def __init__(self, name, activities):
        super().__init__(name, "Walrus", activities)

    def DoExercise(self, activity):
        if activity == "fighting":
            energy = round(self.energy - 34)
            print("Victorious")
        if activity == "racing":
            energy = round(self.energy - 5)
            print("I am a Walrus, i dont race")
        if activity == "Tail Launch":
            energy = round(self.energy - 12)
            print("Get launched lol")
           
        self.setHealth(energy)
        if self.getEnergy() < 70:
            print(self.getName(), "Is out of energy")
        else:
            print(self.getName(), "Tired, New Energy:", self.getEnergy())
   





Pet1 = Donkey("Gracy", "fighting")
print("Player1, you are", Pet1.getName(), "who is a", Pet1.getAnimalType())
Pet2 = Horse("Mabel", "racing")
print("Player2, you are", Pet2.getName(), "who is a", Pet2.getAnimalType())
Pet3 = Walrus("Steve", "Tail Lauch")
print("Player3, you are", Pet3.getName(), "who is a", Pet3.getAnimalType())
activities = []
activities.append(Pet1.activities)
activities.append(Pet2.activities)
activities.append(Pet3.activities)
print(activities)
activity = Tamagotchi.getExercise()
print("Activity chosen", activity)

#Accessing private attributes
Pet1.__home = "Land"
print(Pet1.name, "lives on a", Pet1.getHome())

#Accessing private methods
Pet1._Donkey__fightingSkill()

while Pet1.getEnergy()>70 and Pet2.getEnergy()>70 and Pet3.getEnergy() > 70:
    Pet1.DoExercise(activity)
    if Pet2.getEnergy() > 70:
        Pet2.DoExercise(activity)
    if Pet3.getEnergy() > 70:
        Pet3.DoExercise(activity)
if Pet1.getEnergy() >Pet2.getEnergy()and Pet3.getEnergy():
    print("Player 1 wins")
else:
    if Pet3.getEnergy() > Pet2.getEnergy():
        print("Player 3 wins")
    else:
        print("Player 2 wins")