def move_action(self, grid, player, move):
if type(move) != str:
return
r = player.row
c = player.col
cell = grid[r][c]
if r < 0 or c < 0:
return Wall.step(cell, self, player, grid, move)
return cell.step(self, player, grid, move)
def game_move(self, move):
# Store current location, so if an illegal move is made, it can go back
y = self.player.row
x = self.player.col
# Perform the given move command
self.player.move(move)
if (self.player.row < 0 or self.player.col < 0
or self.player.row >= len(self.grid)
or self.player.col >= len(self.grid[0])):
# If the player is on the border and tries to step out of bounds, act as a wall
# None is used in step as we do not require a cell instance here
result = Wall.step(None, self)
self.msg = result[2]
else:
# The player did not try step out of bounds, so perform the step
# command for the cell type that the player went to
result = self.grid[self.player.row][self.player.col].step(self)
if len(result) == 3:
self.msg = result[2]
else:
# The player moved onto the cell that does not return a message
self.msg = ''
isLegalMove, isEndingMove = result[0], result[1]
if isLegalMove:
if isEndingMove:
# Player landed on finish point (Won game)
self.moves_made.append(move)
self.finished = True
else:
# Player made a legal move that did not win the game_won
# i.e. player stepped on air,TP pad, water, start
self.moves_made.append(move)
else:
if isEndingMove:
# Player stepped on fire and died (Game over)
self.moves_made.append(move)
self.finished = True
self.lost = True
else:
# Player walked into a wall, revert back to previous position
self.player.row = y
self.player.col = x