SightSpirit · July 28, 2023 15:58
diff --git a/crank.py b/crank.py
 '''
 Description:
 I got bored and decided to make a class in Python. The `Crank` class represents a turnable crank and tracks how many degrees it's been turned and how many times it has been fully turned. (I may or may not have been inspired subconsciously by *Unbreakable Kimmy Schmidt*.)

 Example Use Case:
 I genuinely do not know, but I am genuinely excited to find out how someone uses this!

 License:
 This code is in the public domain. You may use it for any purpose that is considered legal in your jurisdiction, including for-profit purposes, without providing attribution or including a similar license. You may attribute to Eden Biskin, if desired.
 '''

 from math import floor

 class Crank():
    def __init__(self):
        self.degrees = 0  # How many degrees crank has been turned clockwise *in the current rotation*
        self.turns = 0  # How many full rotations the crank has been turned clockwise
        
    # Turn crank clockwise
    def crank(self,degrees:int):
        if degrees < 0:
            raise ValueError('To crank counterclockwise, use Crank.uncrank.')
        elif degrees == 0:
            print('You grab the crank and then let go without having moved it. You\'re weird.')
            return

        self.degrees += degrees
        if self.degrees > 359:
            self.turns += floor(self.degrees / 360)
            self.degrees = self.degrees % 360

    # Turn crank counterclockwise
    def uncrank(self,degrees:int):
        if degrees < 0:
            raise ValueError('To crank clockwise, use Crank.crank.')
        elif degrees == 0:
            print('You grab the crank and then let go without having moved it. You\'re weird.')
            return

        if self.degrees - degrees > -1:
            self.degrees -= degrees
        elif self.totalDegrees - degrees < 0:
            print('Crank stopped at initial position.')
            self.turns = 0
            self.degrees = 0
        else:
            total = self.totalDegrees
            total -= degrees
            self.turns = floor(total / 360)
            self.degrees = total % 360

    # How many degrees the crank has been turned, in total
    @property
    def totalDegrees(self):
        return 360* self.turns + self.degrees

    # Returns a tuple containing how many turns and how many degrees turned in the current rotation
    @property
    def turnsDegs(self):
        return (self.turns,self.degrees)

    # Returns a floating-point number representing exactly how many times the crank has been turned clockwise
    @property
    def turnsFloat(self):
        return self.totalDegrees / 360

 # Module-level method that accepts a Crank object and turns it based on the sign of the degrees argument passed to it
 def turn(crank:Crank, degrees:int):
  if degrees < 0:
    crank.uncrank(abs(degrees))
  else:
    crank.crank(degrees)
	'''
	Description:
	I got bored and decided to make a class in Python. The `Crank` class represents a turnable crank and tracks how many degrees it's been turned and how many times it has been fully turned. (I may or may not have been inspired subconsciously by Unbreakable Kimmy Schmidt.)

	Example Use Case:
	I genuinely do not know, but I am genuinely excited to find out how someone uses this!

	License:
	This code is in the public domain. You may use it for any purpose that is considered legal in your jurisdiction, including for-profit purposes, without providing attribution or including a similar license. You may attribute to Eden Biskin, if desired.
	'''

	from math import floor

	class Crank():
	def __init__(self):
	self.degrees = 0 # How many degrees crank has been turned clockwise in the current rotation
	self.turns = 0 # How many full rotations the crank has been turned clockwise

	# Turn crank clockwise
	def crank(self,degrees:int):
	if degrees < 0:
	raise ValueError('To crank counterclockwise, use Crank.uncrank.')
	elif degrees == 0:
	print('You grab the crank and then let go without having moved it. You\'re weird.')
	return

	self.degrees += degrees
	if self.degrees > 359:
	self.turns += floor(self.degrees / 360)
	self.degrees = self.degrees % 360

	# Turn crank counterclockwise
	def uncrank(self,degrees:int):
	if degrees < 0:
	raise ValueError('To crank clockwise, use Crank.crank.')
	elif degrees == 0:
	print('You grab the crank and then let go without having moved it. You\'re weird.')
	return

	if self.degrees - degrees > -1:
	self.degrees -= degrees
	elif self.totalDegrees - degrees < 0:
	print('Crank stopped at initial position.')
	self.turns = 0
	self.degrees = 0
	else:
	total = self.totalDegrees
	total -= degrees
	self.turns = floor(total / 360)
	self.degrees = total % 360

	# How many degrees the crank has been turned, in total
	@property
	def totalDegrees(self):
	return 360* self.turns + self.degrees

	# Returns a tuple containing how many turns and how many degrees turned in the current rotation
	@property
	def turnsDegs(self):
	return (self.turns,self.degrees)

	# Returns a floating-point number representing exactly how many times the crank has been turned clockwise
	@property
	def turnsFloat(self):
	return self.totalDegrees / 360

	# Module-level method that accepts a Crank object and turns it based on the sign of the degrees argument passed to it
	def turn(crank:Crank, degrees:int):
	if degrees < 0:
	crank.uncrank(abs(degrees))
	else:
	crank.crank(degrees)