Python Problem Help! Goal: [5 pts] Write the class SodaMachine that will represent a typical soda vending machine (product name, price).

Python Problem Help!!!

Goal:

[5 pts] Write the class SodaMachine that will represent a typical soda vending machine (product name, price). An instance of SodaMachine has access to three methods, purchase, deposit and restock that will describe its interaction with the user returning strings. Tip: use the string format method 

>>> m = SodaMachine('Coke', 10) >>> m.purchase() 'Product out of stock' >>> m.restock(2) 'Current soda stock: 2' >>> m.purchase() 'Please deposit $10' >>> m.deposit(7) 'Balance: $7' >>> m.purchase() 'Please deposit $3' >>> m.deposit(5) 'Balance: $12' >>> m.purchase() 'Coke dispensed, take your $2' >>> m.deposit(10) 'Balance: $10' >>> m.purchase() 'Coke dispensed' >>> m.deposit(15) 'Sorry, out of stock. Take your $15 back' >>> x = SodaMachine('Dr. Pepper', 8) >>> x.restock(1) 'Current soda stock: 1' >>> x.deposit(8) 'Balance: $8' >>> x.purchase() 'Dr. Pepper dispensed'

  Quotes mean method returned a string, no need to append them in your code  Return output with the sentences provided. Solution is not case or space sensitive, which means Balance: $10 is the same as balance:$10, but is not the same as Balance= $10

[5 pts] Write the class Line that stores the coordinates of two points in a line and provides the distance between the two points and the slope of the line using the property methods called distance and slope. Unless the slope is equal to infinity, both methods must return the value as float. Tip: https://www.pdesas.org/ContentWeb/Content/Content/21083/Lesson%20Plan - Coordinates must be provided as tuples when creating your class instances - Use the round method to format your output to 3 decimals [round(ouput_value, 3)]. Incorrect format will result in -1 pt from your score

EXAMPLES:

>>> line1=Line((8,3),(0,-4)) #Coordinates provided as tuple >>> line1.distance 10.63               >>> line1.slope 0.875 >>> line2=Line((-7,-9),(1,5.6)) >>> line2.distance 16.648 >>> line2.slope 1.825 >>> line3=Line((2,6),(2,3)) >>> line3.distance 3.0 >>> line3.slope 'Infinity'

-----------------------------------------------------------given starter code---------------------------------------

class SodaMachine:

'''

Creates instances of the class SodaMachine. Takes a string and an

integer

>>> m = SodaMachine('Coke', 10)

>>> m.purchase()

'Product out of stock'

>>> m.restock(2)

'Current soda stock: 2'

>>> m.purchase()

'Please deposit $10'

>>> m.deposit(7)

'Balance: $7'

>>> m.purchase()

'Please deposit $3'

>>> m.deposit(5)

'Balance: $12'

>>> m.purchase()

'Coke dispensed, take your $2'

>>> m.deposit(10)

'Balance: $10'

>>> m.purchase()

'Coke dispensed'

>>> m.deposit(15)

'Sorry, out of stock. Take your $15 back'

'''

def __init__(self, product, price):

#-- start code here ---

#-- ends here ---

def purchase(self):

#-- start code here ---

#-- ends here ---

def deposit(self, amount):

#-- start code here ---

#-- ends here ---

def restock(self, amount):

#-- start code here ---

#-- ends here ---

class Line:

'''

Creates objects of the class Line, takes 2 tuples

>>> line1=Line((-7,-9),(1,5.6))

>>> line1.distance

16.648

>>> line1.slope

1.825

>>> line2=Line((2,6),(2,3))

>>> line2.distance

3.0

>>> line2.slope

'Infinity'

'''

def __init__(self, coord1, coord2):

#-- start code here ---

#-- ends here ---

#PROPERTY METHODS

def distance(self):

#-- start code here ---

#-- ends here ---

def slope(self):

#-- start code here ---

#-- ends here ---