Need part 5 done , may need to use project doc for referenceHomework 6 Recursion and Classes Due...

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Need part 5 done , may need to use project doc for referenceHomework 6 Recursion and Classes Due Date: Friday, November 6th, 2020 by 11:59:59 PM Value: 50 points This assignment falls under the standard cmsc201 academic integrity policy.  This means you should not discuss/show/copy/distribute your solutions, your code or your main ideas for the solutions to any other student.  Also, you should not post these problems on any forum, internet solutions website, etc.   Make sure that you have a complete file header comment at the top of each file, and that all of the information is correctly filled out. """ File:    FILENAME.py Author:  YOUR NAME Date:    THE DATE Section: YOUR DISCUSSION SECTION NUMBER E-mail:  YOUR_EMAIL@umbc.edu Description:   DESCRIPTION OF WHAT THE PROGRAM DOES """ I've rated the problems based on what I think the expected difficulty is.  This is not a guarantee about what you'll find hard or easy, but it's basically just my expectation.   Submission Details Submit the files under the following titles: (These are case sensitive as usual.  ) submit cmsc201 HW6 the_third_degree.py matching_brackets.py all_the_way_down.py houses_and_people.py project_piece_test.py board_square.py 	Problem 1  - The Third Degree 	the_third_degree.py 	Problem 2  - Matching Brackets 	matching_brackets.py 	Problem 3  - Down the Path 	down_the_path.py 	Problem 4 - Houses and People 	houses_and_people.py 	Problem 5 - A Piece of the Project 	project_piece_test.py board_square.py Note that there are two files you need to submit for problem 5. Coding Standards Coding standards can be found here.   We will be looking for: 1. At least one inline comment per program explaining something about your code. 2. Constants above your function definitions, outside of the "if __name__ == '__main__':" block.   a. A magic value is a string which is outside of a print or input statement, but is used to check a variable, so for instance: i. print(first_creature_name, 'has died in the fight. ') does not involve magic values. ii. However, if my_string == 'EXIT':  exit is a magic value since it's being used to compare against variables within your code, so it should be: EXIT_STRING = 'EXIT' ... if my_string == EXIT_STRING: b. A number is a magic value when it is not 0, 1, and if it is not 2 being used to test parity (even/odd). c. A number is magic if it is a position in an array, like my_array[23], where we know that at the 23rd position, there is some special data.  Instead it should be USERNAME_INDEX = 23 my_array[USERNAME_INDEX] d. Constants in mathematical formulas can either be made into official constants or kept in a formula.   3. Previously checked coding standards involving: a. snake_case_variable_names b. CAPITAL_SNAKE_CASE_CONSTANT_NAMES c. Use of whitespace (2 before and after a function, 1 for readability.) Allowed Built-ins/Methods/etc · Declaring and assigning variables, ints, floats, bools, strings, lists, dicts.   · Using +, -, *, /, //, %, **; +=, -=, *=, /=, //=, %=, **= where appropriate · Comparisons ==, =, >,      person-name enter house-address     person-name exit house-address

Prasun Kumar · Accepted Answer

board_square.py
"""
File:    board_square.py
Author:  P. G. Patel
Date:    November 07, 2020
Section: Problem 5 - Project Piece
E-mail:  YOUR_EMAIL@umbc.edu
Description:
  Base class definition of UrPiece & BoardSquare
"""
WHITE = 'White'
BLACK = 'Black'
class UrPiece:
    """
    Class definition of UrPiece
    """
    def __init__(self, color, symbol):
        """
        Constructor
        :param self: the calling object
        :param color: BLACK or WHITE
        :param symbol: unique identifier for each piece
        :return: None
        """
        self.color = color
        self.position = None
        self.complete = False
        self.symbol = symbol
        self.can_move_flag = True
    def can_move_helper(self, num_moves):
        """
        Recursive function that sets a value self.can_move_flag
        :param self: the calling object
        :param num_moves: integer (number of moves)
        :return: None
        """
        if self.color == WHITE:
            next_bs = self.position.next_white
        else:
            next_bs = self.position.next_black
        if num_moves > 1:
            self.position = next_bs
            self.can_move_helper(num_moves-1)
        else:
            # case: unobstructed
            if next_bs.piece is not None:
                # case: same color piece at next_bs
                if next_bs.piece.color == self.color:
                    self.can_move_flag = False
                # case: different color piece at next_bs
                elif next_bs.rosette:
                    self.can_move_flag = False
    def can_move(self, num_moves):
        """
        Function that takes backup of position value and calls helper function
        :param self: the calling object
        :param num_moves: integer (number of moves)
        :return: bool (True if move is possible; False if not)
        """
        save = self.position
        self.can_move_helper(num_moves)
        result = self.can_move_flag
        self.position = save
        return result
class BoardSquare:
    """
    Class definition of BoardSquare
    """
    def __init__(self, x, y, entrance=False, _exit=False, rosette=False, forbidden=False):
        """
        Constructor
        :param self: the calling object
        :param x, y: position of board square
        :param entrance: whether square is entrance square
        :param _exit: whether square is exit square
        :param rosette: whether square is rosette square
        :param forbidden: whether forbidden is forbidden square
        :return: None
        """
        self.piece = None
        self.position = (x, y)
        self.next_white = None
        self.next_black = None
        self.exit = _exit
        self.entrance = entrance
        self.rosette = rosette
        self.forbidden = forbidden
    def load_from_json(self, json_string):
        import json
        loaded_position = json.loads(json_string)
        self.piece = None
        self.position = loaded_position['position']
        self.next_white = loaded_position['next_white']
        self.next_black = loaded_position['next_black']
        self.exit = loaded_position['exit']
        self.entrance = loaded_position['entrance']
        self.rosette = loaded_position['rosette']
        self.forbidden = loaded_position['forbidden']
    def jsonify(self):
        next_white = self.next_white.position if self.next_white else None
        next_black = self.next_black.position if self.next_black else None
        return {'position': self.position, 'next_white': next_white, 'next_black': next_black, \
        'exit': self.

Homework 6 Recursion and Classes Due Date: Friday, November 6th, 2020 by 11:59:59 PM Value: 50 points This assignment falls under the standard cmsc201 academic integrity policy. This means you should...

Answer To: Homework 6 Recursion and Classes Due Date: Friday, November 6th, 2020 by 11:59:59 PM Value: 50...

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