Final version of project

Did not have a chance to add a chaser character, still might try that,
but wanted to make sure I submit my working version first.

gamefiles/board.py

@@ -50,7 +50,7 @@ class Board:
     def play_turn(self,game):
         '''Checks after every turn (turn is length of time specified in retro) if the game needs snacks
         or mines.'''
-        game.log(game.state['Score'])
+        #game.log(game.state['Score'])
         while self.game_needs_snacks(game):
             self.add_snack(game)
         while self.game_needs_mines(game):

gamefiles/helpers.py

@@ -1,4 +1,5 @@
-#List of helper functions to move the man
+'''List of helper functions to move the man, none used in this game, but here in
+ case needed for future version'''
 
 '''def add(vec0, vec1):
     """Adds two vectors.

gamefiles/mine counter.py

@@ -1,28 +0,0 @@
-
-
-MAX_MINES = 50
-LEVELS = [
-[5, 10],
-[50, 20],
-[75, 30],
-[100, 40]
-]
-
-def num_mines(score):
-    for limit, n in LEVELS:
-        if score < limit: 
-            return n
-    return MAX_MINES
-'''
-    if score < 5:
-        num_mines = 10
-    if 10 <= score <50:
-        num_mines = 20
-    if 50 <= score <75:
-        num_mines = 30
-    if 75 <= score <100:
-        num_mines = 40
-    #else:
-        #num_mines = 50
-    return num_mines
-    '''

gamefiles/minecounter.py

@@ -1,2 +0,0 @@
-'''Not currently in use, may use if minecounter needs to be more complex
-but for now it is included in board.py'''

gamefiles/nav_game.py

@@ -5,7 +5,7 @@ from board import Board
 
 width = 25
 height = 25
-state= {"Score":00}
+state= {"Score": 0}
 num_snacks = 10
 board = Board(width,height,num_snacks,state) #sets the original board
 
@@ -13,6 +13,6 @@ board = Board(width,height,num_snacks,state) #sets the original board
 game = Game(
     board.get_agents(num_snacks,state),
       state,
-      board_size = (width, height),debug=True
+      board_size = (width, height),debug=False
 )
 game.play()

gamefiles/score.py

@@ -1,28 +0,0 @@
-
-
-MAX_MINES = 50
-LEVELS = [
-[5, 10],
-[50, 20],
-[75, 30],
-[100, 40]
-]
-
-def num_mines(score):
-    for limit, n in LEVELS:
-        if score < limit: 
-            return n
-    return MAX_MINES
-'''
-    if score < 5:
-        num_mines = 10
-    if 10 <= score <50:
-        num_mines = 20
-    if 50 <= score <75:
-        num_mines = 30
-    if 75 <= score <100:
-        num_mines = 40
-    #else:
-        #num_mines = 50
-    return num_mines
-    '''