Write the program below to familiarize with the conventional syntax and formatting of Object-Oriented Programming in Python. 1. Let us create a class Dog with the script below. Save this script as dogs.py. Take note of the indentions, colons, and number of parenthesis used to avoid errors on our program. 1234567 2 68 def def roll(self): print (self.name.title() + rolled over!") def bark (self, times): print (self.name, 'says woof', times, ' times.') 2. Identify the user-defined attributes/parameters on our class Dog. 9 class Dog: definit_(self, name, breed, age): self.name = name self.breed self.age = age 10 11 12 breed sit(self): print (self.name.title() + is now sitting.") 3. Identify the user-defined methods or actions that can be acted out on our class Dog.
Write the program below to familiarize with the conventional syntax and formatting of Object-Oriented Programming in Python. 1. Let us create a class Dog with the script below. Save this script as dogs.py. Take note of the indentions, colons, and number of parenthesis used to avoid errors on our program. 1234567 2 68 def def roll(self): print (self.name.title() + rolled over!") def bark (self, times): print (self.name, 'says woof', times, ' times.') 2. Identify the user-defined attributes/parameters on our class Dog. 9 class Dog: definit_(self, name, breed, age): self.name = name self.breed self.age = age 10 11 12 breed sit(self): print (self.name.title() + is now sitting.") 3. Identify the user-defined methods or actions that can be acted out on our class Dog.
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Transcribed Image Text:Programming Demo 3: Dog Class
Write the program below to familiarize with the conventional syntax and formatting of Object-Oriented
Programming in Python.
1. Let us create a class Dog with the script below. Save this script as dogs.py. Take note of the
indentions, colons, and number of parenthesis used to avoid errors on our program.
12345678
3
9
10
11
12
class Dog:
definit_(self, name, breed, age):
self.name = name
self.breed breed
=
self.age = age
def sit(self):
print (self.name.title() + is now sitting.")
123456
def roll(self):
"
print (self.name.title() + rolled over!")
def bark(self, times):
print (self.name, 'says woof', times, times.')
2. Identify the user-defined attributes/parameters on our class Dog.
"
3. Identify the user-defined methods or actions that can be acted out on our class Dog.
4. Create a new Python script and name it as sub_dogs.py. Make sure this script is saved on the same
folder with dogs.py. Write the codes below then run it.
from dogs import Dog
dog1= Dog("bantay", "aspin',4)
print (dog1.name)
print (dog1. breed)
print (dog1.age)
Transcribed Image Text:5. Determine the purpose of line 1 on our code. What will happen if we commented or delete the first
line before running the code.
6. Try replacing the values: "bantay" to "milo", 'aspin' to 'labrador', 4 to 13. What will be the outputs?
8
9
print('The name of my dog is + dog1.name.title() + ".")
print('She is an {0}. She is {1} years old.'
.format (dog1.breed.title(), str (dog1.age)))
10
11
7. Explain the outputs of line 8 to line 10.
dog1.sit()
dog1.roll()
dog1.bark()
12
13
14
15
8. Identify the outputs of line 12 to line 14. Try inserting an integer value inside the bark() function.
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