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, downYou 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 Volumeup – given a numeric amount, increases the Volume by that amount. (Subject to 0 <= vol <=11 constraint above.)down – given a numeric amount, decreases the Volume by that amount. (Subject to 0 <= vol <=11 constraint above.)__eq__ - implements the operator ==. Returns True if the two Volumes have the same value and FalseOutput is in the 2 attached images for this question: Please run a doctest so the function returns the following output, which is attached in an image # default arguments for init-->>> v = volume () # Volume defaults to 0>>> vVolume (0)# can compare Volumes using==>>> # comparisons>>> v = Volume (5)>>> v.up (1.1)>>> v == Volume (6.1)True>>> Volume (3.1)== Volume (3.2)False# constructor cannot set the Volume greater# than 11 or less than 0>>> v = volume (20)>>> vVolume (11)>>> v = Volume (-1)>>> vVolume (0)>>> ##### Volume ###### set and get>>> v = volume ()>>> v.set (5.3)>>> vVolume (5.3)>>> v.get ()5.3>>> v.get () ==5.3 # return not printTrue>>>init_,_repr_, up, down>>> v = volume (4.5) # set Volume with value>>> vVolume (4.5)>>> v.up (1.4)>>> vVolume (5.9)>>> v.up (6) # should max out at 11>>> vVolume (11)>>> v.down (3.5)>>> vVolume (7.5)>>> v.down (10) # minimum must be 0>>> vVolume (0)

class Volume: def __init__(self,val): if val>11: self.volume = 11…

Answered: Use Python for this question: Develop…

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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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 that amount. (Subject to 0 <= vol <=11 constraint above.)
down – given a numeric amount, decreases the Volume by that amount. (Subject to 0 <= vol <=11 constraint above.)
__eq__ - implements the operator ==. Returns True if the two Volumes have the same value and False

Output is in the 2 attached images for this question:

Please run a doctest so the function returns the following output, which is attached in an image