def unmark_taken(self, row, col):
"""
Marks the tile at row,col as no longer in use.
Tile at row,col must be in use when this function is called.
Args:
self: this board
row: row of board, 0..3
col: col of board, 0..3
Returns:
nothing
Requires:
Tile must be marked in use. mark_taken and unmark_taken must
strictly alternate. Proper sequence is
- check position for availability
- get character
- mark taken
- further exploration from this position
- unmark taken
"""
assert row >= 0 and row < len(self.content)
assert col >= 0 and col < len(self.content[0])
assert self.in_use[row][col]
self.in_use[row][col] = False
grid.fill_cell(row, col, grid.white) # Hack alert!
grid.label_cell(row, col, self.content[row][col]) # Hack alert!
def __init__(self, tiles):
"""Create a boggle board and its graphical depiction
from a string of 16 characters.
Args:
self: the board (to be initialized)
tiles: A string of exactly 16 characters, each
representing one tile. Most characters
represent a tile containing that character,
but 'q' represents the pair 'qu' on a tile.
Returns: Nothing. The board is encapsulated in this module.
"""
assert(len(tiles) == 16)
self.content = []
self.results = [] # Added by Cole to reduce recursion load
self.in_use = []
grid.make(4, 4, 500, 500) # Hack alert!
for row in range(4):
self.content.append([])
self.in_use.append([])
for col in range(4):
char = tiles[4*row + col]
if char == "q":
char = "qu"
self.content[row].append(char)
self.in_use[row].append(False)
grid.fill_cell(row, col, grid.white) # Hack alert!
grid.label_cell(row, col, char) # Hack alert!
def handle_events(tile, event):
"""Handle an event announced by a tile.
Arguments:
tile: The sdkboard.Tile object announcing the event
event: String describing the event. The only currently known
event type is "duplicate", for when a tile has been
discovered to be a duplicate of another tile in the same
row, column, or square.
"""
if event == "duplicate":
grid.fill_cell(tile.row, tile.col, color=grid.red)
grid.label_cell(tile.row, tile.col, tile.symbol, color=grid.white)
elif event == "determined":
grid.fill_cell(tile.row, tile.col, color=grid.green)
grid.label_cell(tile.row, tile.col, tile.symbol, color=grid.white)
elif event == "constrained":
grid.fill_cell(tile.row,tile.col, color=grid.green)
grid.fill_cell(tile.row,tile.col, color=grid.white)
candidates = [[ '1', '2', '3'], ['4', '5', '6'], ['7', '8', '9']]
for subrow in range(3):
for subcol in range(3):
candidate = candidates[subrow][subcol]
if candidate in tile.possible:
grid.sub_label_cell(tile.row, tile.col,
subrow, subcol, candidate)
def __init__(self, tiles):
"""
Create a boggle board and its graphical depiction
from a string of 16 characters.
Args:
self: the board (to be initialized)
tiles: A string of exactly 16 characters, each
representing one tile. Most characters
represent a tile containing that character,
but 'q' represents the pair 'qu' on a tile.
Returns: Nothing. The board is encapsulated in this module.
"""
assert (len(tiles) == 16)
self.content = []
self.in_use = []
grid.make(4, 4, 500, 500) # Hack alert!
for row in range(4):
self.content.append([])
self.in_use.append([])
for col in range(4):
char = tiles[4 * row + col]
if char == "q":
char = "qu"
self.content[row].append(char)
self.in_use[row].append(False)
grid.fill_cell(row, col, grid.white) # Hack alert!
grid.label_cell(row, col, char) # Hack alert!
def unmark_taken(self, row, col):
"""
Marks the tile at row,col as no longer in use.
Tile at row,col must be in use when this function is called.
Args:
self: this board
row: row of board, 0..3
col: col of board, 0..3
Returns:
nothing
Requires:
Tile must be marked in use. mark_taken and unmark_taken must
strictly alternate. Proper sequence is
- check position for availability
- get character
- mark taken
- further exploration from this position
- unmark taken
"""
assert row >= 0 and row < len(self.content)
assert col >= 0 and col < len(self.content[0])
assert self.in_use[row][col]
self.in_use[row][col] = False
grid.fill_cell(row, col, grid.white) # Hack alert!
grid.label_cell(row, col, self.content[row][col]) # Hack alert!
def mark_taken(self, row, col):
"""
Marks the tile at row,col as currently in use
Args:
self: this board
row: row of board, 0..3
col: col of board, 0..3
Returns:
nothing
"""
assert row >= 0 and row < len(self.content)
assert col >= 0 and col < len(self.content[0])
assert not self.in_use[row][col]
self.in_use[row][col] = True
grid.fill_cell(row,col,grid.green)
grid.label_cell(row,col,self.content[row][col])
def unmark_taken(self, row, col):
"""
Marks the tile at row,col as no longer in use.
Tile at row,col must be in use when this function is called.
Args:
self: this board
row: row of board, 0..3
col: col of board, 0..3
Returns:
nothing
"""
assert row >= 0 and row < len(self.content)
assert col >= 0 and col < len(self.content[0])
assert self.in_use[row][col]
self.in_use[row][col] = False
grid.fill_cell(row,col,grid.white)
grid.label_cell(row,col,self.content[row][col])
def display(board):
"""Create a display of a Sudoku board.
Arguments:
board: an sdkboard.Board object
Note an event handler (handle_events) will be attached
as a listener to each tile in the board.
"""
grid.make(9,9,500,500)
grid.sub_grid_dim(3,3)
for row in range(9):
for col in range(9):
# Direct access to tile of sdkboard is more Pythonic
# than an access method.
# In Java and some other languages we'd need a getter.
tile = board.tiles[row][col]
tile.register(handle_events)
grid.fill_cell(row, col, grid.white)
if (tile.symbol != sdkboard.OPEN):
grid.label_cell(row, col, tile.symbol)
def display(board):
"""Create a display of a Sudoku board.
Arguments:
board: an sdkboard.Board object
Note an event handler (handle_events) will be attached
as a listener to each tile in the board.
"""
grid.make(9,9,500,500)
grid.sub_grid_dim(3,3)
for row in range(9):
for col in range(9):
# Direct access to tile of sdkboard is more Pythonic
# than an access method.
# In Java and some other languages we'd need a getter.
tile = board.tiles[row][col]
tile.register(handle_events)
grid.fill_cell(row, col, grid.white)
if (tile.symbol != sdkboard.OPEN):
grid.label_cell(row, col, tile.symbol)
def mark_taken(self, row, col):
"""
Marks the tile at row,col as currently in use
Args:
self: this board
row: row of board, 0..3
col: col of board, 0..3
Returns:
nothing
Requires:
Tile must not already be in use. mark_taken and unmark_taken must
strictly alternate. Proper sequence is
- check position for availability
- get character
- mark taken
- further exploration from this position
- unmark taken
"""
assert row >= 0 and row < len(self.content)
assert col >= 0 and col < len(self.content[0])
assert not self.in_use[row][col]
self.in_use[row][col] = True
grid.fill_cell(row, col, grid.green)
grid.label_cell(row, col, self.content[row][col])
def handle_events(tile, event):
"""Handle an event announced by a tile.
Arguments:
tile: The sdkboard.Tile object announcing the event
event: String describing the event. The only currently known
event type is "duplicate", for when a tile has been
discovered to be a duplicate of another tile in the same
row, column, or square.
"""
if event == "duplicate":
grid.fill_cell(tile.row, tile.col, color=grid.red)
grid.label_cell(tile.row, tile.col, tile.symbol, color=grid.white)
elif event == "determined":
grid.fill_cell(tile.row, tile.col, color=grid.green)
grid.label_cell(tile.row, tile.col, tile.symbol, color=grid.white)
elif event == "constrained":
grid.fill_cell(tile.row,tile.col, color=grid.green)
grid.fill_cell(tile.row,tile.col, color=grid.white)
candidates = [[ '1', '2', '3'], ['4', '5', '6'], ['7', '8', '9']]
for subrow in range(3):
for subcol in range(3):
candidate = candidates[subrow][subcol]
if candidate in tile.possible:
grid.sub_label_cell(tile.row, tile.col,
subrow, subcol, candidate)
def __init__(self, tiles):
"""
Create a boggle board and its graphical depiction
from a string of characters.
Args:
self: the board (to be initialized)
tiles: A string of characters, each
representing one tile. Most characters
represent a tile containing that character,
but 'q' represents the pair 'qu' on a tile.
Returns: Nothing. The board is encapsulated in this module.
"""
# To maintain desired functionality from the command line the board must
# square. To ensure this and do math on the board square root is used
# frequently.
assert(len(tiles)**.5 == int(len(tiles)**.5)) # To ensure board is quare.
self.content = [ ]
self.in_use = [ ]
self.board_height = int(len(tiles)**.5)
self.board_width = int(len(tiles)**.5)
grid.make(self.board_height,self.board_width,500,500) # Hack alert!
for row in range(self.board_height):
self.content.append([ ])
self.in_use.append([ ])
for col in range(self.board_width):
char = tiles[int(len(tiles)**.5)*row + col]
if char == "q" :
char = "qu"
self.content[row].append(char)
self.in_use[row].append( False )
grid.fill_cell(row,col,grid.white) # Hack alert!
grid.label_cell(row,col,char) # Hack alert!
def mark_taken(self, row, col):
""" Marks the tile at row,col as currently in use
Args:
self: this board
row: row of board, 0..3
col: col of board, 0..3
Returns:
nothing
Requires:
Tile must not already be in use. mark_taken and unmark_taken must
strictly alternate. Proper sequence is
- check position for availability
- get character
- mark taken
- further exploration from this position
- unmark taken
"""
assert row >= 0 and row < len(self.content)
assert col >= 0 and col < len(self.content[0])
assert not self.in_use[row][col]
self.in_use[row][col] = True
grid.fill_cell(row, col, grid.green)
grid.label_cell(row, col, self.content[row][col])