Create a class called WanderBot that inherits from Bot WanderBot is a bot that will wander around randomly. . In the init it should simply call the init from super (and adds no extra instance attributes)
. Note that to do this, the init should take a character input with the same default (8982)
. This value will need to be passed into the super's init
Add two methods to WanderBot Method: wander
This method will choose a random move from the possibilities, making sure that move is valid on the current grid
Procedure
. Initialize a boolean variable has_new_pos as False
. Use a while loop, with the condition not has_new_pos
Set a variable move as the output of calling random. choice on self. moves
Add move to self. position, using add_lists (a function we created earlier), and assign the output to a new variable new_pos
Call check_bounds on new_pos, also passing self. grid_size into check_bounds
Assign the output of check_bounds to has_new_pos
This will lead to exiting the loop when a valid new position has been assigned
Return new_pos
Method: move
No inputs (other than self ) or outputs, just sets self position to be the output of calling self. wander()
Multiple Bots
a) List of bots
Create a list bots_list that contains three distinct WanderBot instances.
Each WanderBot in bots_list will have a different shape, specified with the value passed into the character attribute.
The first WanderBot in bots_list should take the character input value 1078. The second: 1127. The third: 1279.
b) Create grid and play_board
Step 1: Assign two variables
grid_n should be assigned the integer 15
iter_n should be assigned the integer 25
Step 2: Call play_board
Call play_board() with the following inputs for the parameters in play_board:
bots | input should be bots_list
grid_size | input should be grid_n
n_iter | input sould be iter_n
Upon executing the cell, you should see a a 15x15 grid, with three bots (of different shapes), wandering around the grid for 25 iterations.