def __init__(self):
""" Initialize the Clue """
self.reverse = False
self.distance = None
self.nearWeapons = False
self.adjacencyClue = AdjacencyClue()
self.fragilityClue = FragilityClue()
self.weaponCautionClue = WeaponCautionClue()
self.subClues = [
self.adjacencyClue, self.fragilityClue, self.weaponCautionClue
]
def __init__(self):
""" Initialize the Clue """
self.reverse = False
self.distance = None
self.nearWeapons = False
self.adjacencyClue = AdjacencyClue()
self.fragilityClue = FragilityClue()
self.weaponCautionClue = WeaponCautionClue()
self.subClues = [self.adjacencyClue, self.fragilityClue, self.weaponCautionClue]
class Clue:
""" Represents a Clue for the Mine Game """
def __init__(self):
""" Initialize the Clue """
self.reverse = False
self.distance = None
self.nearWeapons = False
self.adjacencyClue = AdjacencyClue()
self.fragilityClue = FragilityClue()
self.weaponCautionClue = WeaponCautionClue()
self.subClues = [
self.adjacencyClue, self.fragilityClue, self.weaponCautionClue
]
def populate(self, minefield, gridRow, gridColumn):
""" Populate the Clue """
for subclue in self.subClues:
subclue.update(minefield, gridRow, gridColumn)
self.findAdjacentMines(minefield, gridRow, gridColumn)
self.nearWeapons = self.weaponCautionClue.nearWeapons
self.distance = self.fragilityClue.distance
def findAdjacentMines(self, minefield, gridRow, gridColumn):
""" Find an Adjacent Mine """
self.reverse = False
currentSquare = minefield.getSquare(gridRow, gridColumn)
for square in minefield.getAdjacentSquares(currentSquare,
includeCenter=True):
if square.reversed():
self.reverse = True
for subclue in self.subClues:
subclue.reverseReading()
if square.row == gridRow and square.column == gridColumn:
continue # Ignore the current grid Location, because we only want to examine adjacent cells
for subclue in self.subClues:
subclue.updateFromAdjacentSquare(square)
def __repr__(self):
""" Return the string representation of the Clue """
reportedAdjacentMines = self.adjacencyClue.getAdjacentMinesClue()
if reportedAdjacentMines == 0:
return ' '
else:
return str(reportedAdjacentMines)
class Clue:
""" Represents a Clue for the Mine Game """
def __init__(self):
""" Initialize the Clue """
self.reverse = False
self.distance = None
self.nearWeapons = False
self.adjacencyClue = AdjacencyClue()
self.fragilityClue = FragilityClue()
self.weaponCautionClue = WeaponCautionClue()
self.subClues = [self.adjacencyClue, self.fragilityClue, self.weaponCautionClue]
def populate(self, minefield, gridRow, gridColumn):
""" Populate the Clue """
for subclue in self.subClues:
subclue.update(minefield, gridRow, gridColumn)
self.findAdjacentMines(minefield, gridRow, gridColumn)
self.nearWeapons = self.weaponCautionClue.nearWeapons
self.distance = self.fragilityClue.distance
def findAdjacentMines(self, minefield, gridRow, gridColumn):
""" Find an Adjacent Mine """
self.reverse = False
currentSquare = minefield.getSquare(gridRow, gridColumn)
for square in minefield.getAdjacentSquares(currentSquare, includeCenter=True):
if square.reversed():
self.reverse = True
for subclue in self.subClues:
subclue.reverseReading()
if square.row == gridRow and square.column == gridColumn:
continue # Ignore the current grid Location, because we only want to examine adjacent cells
for subclue in self.subClues:
subclue.updateFromAdjacentSquare(square)
def __repr__(self):
""" Return the string representation of the Clue """
reportedAdjacentMines = self.adjacencyClue.getAdjacentMinesClue()
if reportedAdjacentMines == 0:
return ' '
else:
return str(reportedAdjacentMines)
