• Call your class Car.

• Write an __init__() method with self as the only parameter. This method should do the following: Setanattributex(representingthecar'sxcoordinate)to0. Setanattributey(representingthecar'sycoordinate)to0. Setanattributeorient(representingthecar'sorientation)to"n"(fornorth).

  Setanattributegas(representingtheamountofgasinthecar'stank)to10.0.

• Write a drive() method with parameters self and reverse. reverse should take a Boolean value; give it a default value of False. This method should do the following:

  • Ifthegasattributeislessthan0.2,raiseaRuntimeError.

  • Thismethodshouldchangethexoryattributedependingonthevalueoftheorientattributeandthe

    parameter reverse. When driving north, decrease y by 1; south, increase y by 1; west, decrease x by 1; east,

    increase x by 1.

  • Thismethodshoulddecreasethegasattributeby0.2.

• Write a turn() method with parameters self and dir (for direction). dir should be 'l' or 'r'. This method should do the following: Changetheorientattributedependingonthevalueofdir.Forexample,iforientwas'n'anddiris'r',

  orient should become 'e'.

• Write a refill() method with self as the only parameter. This method should do the following:

  Setthegasattributeto10.0.

• Write a status() method with self as the only parameter. This method should do the following:

  Printamessageindicatingthecar'scurrentpositionandorientationandtheamountofgasinthetank.

• Write docstrings for each method. (__init__() doesn't need a docstring.)

• Make an if __name__ == "__main__": statement in which you create an instance of your class and invoke each method (you don't have to explicitly invoke __init__()).