Overview This homework is worth 100 points toward your overall homework grade, and is due Wednesday,...

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Overview This homework is worth 100 points toward your overall homework grade, and is due Wednesday, April 28, 2021 at 11:59:59 pm. It has three parts. The first two are not worth many points, and may end up being worth 0. They are mainly there to give you information to help you debug your solution. Please download hw8_files.zip. and unzip it into the directory for your HW8. You will find data files and sample outputs for each of the parts. The goal of this assignment is to work with classes. You will be asked to write a simulation engine and use classes to encapsulate data and functionality. You will have a lot of design choices to make. While we have done simulations before, this one will be more complex. It is especially important that you start slowly, build a program that works for simple cases, test it and then add more complexity. We will provide test cases of increasing difficulty. Make sure you develop slowly and test throughly. Submission Instructions In this homework, for the first time, you will be submitting multiple files to Submitty that together comprise a single program. Please follow these instructions carefully. Each of Part 1, Part 2 and Part 3 will require you to to write a main program: hw8_part1.py, hw8_part2.py and hw8_part3.py, respectively. You must also submit three modules per part in addition to this main file, each of which encapsulates a class. The first is a file called BerryField.py that contains your berry class, a file called Bear.py that contains your Bear class and a file called Tourist.py that contains your Tourist class. As always, make sure you follow the program structure guidelines. You will be graded on good program structure as well as program correctness. Remember as well that we will be continuing to test homeworks for similarity. So, follow our guidelines for the acceptable levels of collaboration. You can download the guidelines from the resources section in the Course Materials if you need a refresher. We take this very seriously and will not hesitate to impose penalties when warranted.Getting Started You will need to write at least three classes for this assignment corresponding to a BerryField, a Bear and a Tourist. We are going to give you a lot of freedom in how you organize these three classes, but each class must have at least an initializer and a string method. Additional methods are up to you. Each of the classes is described below. BerryField The berry field must maintain and manage the location of berries as a square Row X Column grid with (0,0) being the upper left corner and (N-1, N-1) being the lower right corner. Each space holds 0-10 berry units.  The initializer class must, minimally, be able to take in a grid of values (think of our Sodoku lab) and use it to create a berry field with the values contained in the grid.  The string function must, minimally, be able to generate a string of the current state of the berry patch. Each block in the grid must be formatted with the "{:>4}" format specifier. If there is a bear at the location the grid should have a "B", if there is a tourist the grid should have a "T", and if there is both a bear and a tourist the grid should have an "X". If there is neither a bear nor a tourist, it should have the number of berries at the location.  Berries grow. The berry class must provide a way to grow the berry field. When the berries grow, any location with a value 1

Pulkit · Accepted Answer

Python/Bear.py
class Bear:
    def _init_(self, row, column, direction):
        self.row = row
        self.column = column
        self.sleep = False
        self.turns = 0
        self.left = False
        self.direction = direction
        self.kill = False
        self.eat = 0
    def _str_(self):
        output = "Bear at", str(self.row),str(self.column),"is moving",self.direction
        return output
    def move(self):
            if self.direction == "W":
                self.column -= 1
            elif self.direction == "N":
                self.row -= 1 
            elif self.direction == "E":
                self.column += 1
            elif self.direction == "SE":
                self.row += 1   
                self.column += 1
            elif self.direction == "S":
                self.row += 1
            elif self.direction == "SW":
                self.row+= 1
                self.column-= 1
             
            elif self.direction == "NW":
                self.row-= 1
                self.column-= 1
            elif self.direction == "NE":
                self.row -= 1
                self.column += 1
Python/BerryField.py
class BerryField:
    def _init_(self,ber_f,tourists,bears):
        self.bears = bears
        self.tourists = tourists
        self.ber_f = ber_f
      
    def _str_(self):
        ber_f = ''
        X = False
        B = False
        T = False
        l = (len(self.ber_f))
        for i in range(l):
            for j in range(l):
                for b in range(len(self.bears)):
                    for t in range(len((self.tourists))):
                          if  self.bears[b].r == i and self.bears[b].c == j and self.tourists[t].r == i and self.tourists[t].c == j:
                            ber_f += ("{:>4}".format("i"))
                            X = True

                if X == False:
        
                    for t in range(len(self.tourists)):
                        if self.tourists[t].r == i and self.tourists[t].c == j:
                            ber_f += ("{:>4}".format("T"))
                            T = True
                            
                    for b in range(len(self.bears)):
                        if self.bears[b].r == i and self.bears[b].c == j:
                            ber_f += ("{:>4}".format("B"))                                                                                                                                                                                     
                            B = True
                        
                if X == False and B == False and T == False:
                    ber_f += ("{:>4}".format(self.ber_f[i][j]))
                i = False
                B = False
                T = False
            ber_f += "
"
        return ber_f
    def total1(self):
        total = 0
        for i in range(len(self.ber_f)):
            for j in range(len(self.ber_f)):
                total += self.ber_f[i][j]
        return total
    def growth(self):
        for i in range(len(self.ber_f)):
            for j in range(len(self.ber_f)):
                if (self.ber_f[i][j] >= 1 and self.ber_f[i][j]  len(berryfield.ber_f)-1:
                        bears[b].left = True
                        break
                    elif bears[b].c > len(berryfield.ber_f)-1:
                        bears[b].left = True
                        break
                    elif bears[b].r = 30:
                        berryfield.ber_f[bears[b].r][bears[b].c] =  bears[b].eat - 30
                        break
            bears[b].eat = 0    
        for b in range(len(bears)):
             for t in range(len((tour))):
                 if  bears[b].r == tour[t].r  and bears[b].c == tour[t].c:
                     tour[t].die = True
                     bears[b].

Overview This homework is worth 100 points toward your overall homework grade, and is due Wednesday, April 28, 2021 at 11:59:59 pm. It has three parts. The first two are not worth many points, and may...

Answer To: Overview This homework is worth 100 points toward your overall homework grade, and is due Wednesday,...

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