def reset(self):
""" Reset the Level """
self.completionRating = CompletionRating(self)
self.moveRating = MoveRating(self)
self.powerRating = PowerRating(self.getPowerRating(), self)
self.minefield = Minefield(self.rows, self.columns)
self.drone = Drone(self.minefield, self.moveRating, self.powerRating)
self.defenseItems = []
for defenseClass in self.defenses:
for i in range(self.defenses[defenseClass]):
self.addDefense(defenseClass)
def reset(self):
""" Reset the Level """
self.completionRating = CompletionRating(self)
self.moveRating = MoveRating(self)
self.powerRating = PowerRating(self.getPowerRating(), self)
self.minefield = Minefield(self.rows, self.columns)
self.drone = Drone(self.minefield, self.moveRating, self.powerRating)
self.defenseItems = []
for defenseClass in self.defenses:
for i in range(self.defenses[defenseClass]):
self.addDefense(defenseClass)
class Level:
""" Represents a Level """
def __init__(self, init):
""" Initialize the Level """
self.init = init
self.name = init.name
self.rows = init.rows
self.columns = init.columns
self.defenses = init.defenses
self.reset()
def reset(self):
""" Reset the Level """
self.completionRating = CompletionRating(self)
self.moveRating = MoveRating(self)
self.powerRating = PowerRating(self.getPowerRating(), self)
self.minefield = Minefield(self.rows, self.columns)
self.drone = Drone(self.minefield, self.moveRating, self.powerRating)
self.defenseItems = []
for defenseClass in self.defenses:
for i in range(self.defenses[defenseClass]):
self.addDefense(defenseClass)
def addDefense(self, defenseClass):
""" Add a Defense to the minefield """
defense = defenseClass()
defenseAdder = defenseClass.adderClass()
self.defenseItems.append(defense)
defenseAdder.addDefense(defense, self.minefield)
def getPowerRating(self):
""" Returns the amount of power the drone should have on the level """
powerRating = self.rows * self.columns * SCAN_POWER
for defenseClass in self.defenses:
powerRating += self.defenses[
defenseClass] * defenseClass.powerRating
return powerRating
def performGameCycle(self):
""" Perform a single Game Cycle """
if not self.finished():
for defense in self.defenseItems:
defense.performGameCycle(self.minefield, self.drone)
elif self.won():
self.tryToAwardRatings()
def lost(self):
""" Return if the player has lost the level """
return self.destroyed() or self.noPower()
def destroyed(self):
""" Return if the player drone has been destroyed """
return self.drone.destroyed
def noPower(self):
""" Return if the player has no power """
return not self.drone.hasPower()
def won(self):
""" Return if the player has won the level """
won = True
for defense in self.defenseItems:
if not defense.isDeactivated():
return False
else:
return self.drone.powerRating.power >= 0
return won
def finished(self):
""" Return if the level is finished """
return self.lost() or self.won()
def tryToAwardRatings(self):
""" Try To award the Ratings """
self.completionRating.checkAwarded()
self.moveRating.checkAwarded()
self.powerRating.checkAwarded()
CURRENT_PROFILE.achievement.award()
def getRemainingDefenses(self):
""" Return the number of Remaining defenses """
remainingDefenses = {}
for defenseClass in self.defenses:
remainingDefenses[defenseClass] = 0
for defense in self.defenseItems:
if not defense.isDeactivated():
remainingDefenses[defense.__class__] += 1
return remainingDefenses
def getID(self):
""" Return the Level's ID """
return self.init.id
class Level:
""" Represents a Level """
def __init__(self, init):
""" Initialize the Level """
self.init = init
self.name = init.name
self.rows = init.rows
self.columns = init.columns
self.defenses = init.defenses
self.reset()
def reset(self):
""" Reset the Level """
self.completionRating = CompletionRating(self)
self.moveRating = MoveRating(self)
self.powerRating = PowerRating(self.getPowerRating(), self)
self.minefield = Minefield(self.rows, self.columns)
self.drone = Drone(self.minefield, self.moveRating, self.powerRating)
self.defenseItems = []
for defenseClass in self.defenses:
for i in range(self.defenses[defenseClass]):
self.addDefense(defenseClass)
def addDefense(self, defenseClass):
""" Add a Defense to the minefield """
defense = defenseClass()
defenseAdder = defenseClass.adderClass()
self.defenseItems.append(defense)
defenseAdder.addDefense(defense, self.minefield)
def getPowerRating(self):
""" Returns the amount of power the drone should have on the level """
powerRating = self.rows*self.columns*SCAN_POWER
for defenseClass in self.defenses:
powerRating += self.defenses[defenseClass]*defenseClass.powerRating
return powerRating
def performGameCycle(self):
""" Perform a single Game Cycle """
if not self.finished():
for defense in self.defenseItems:
defense.performGameCycle(self.minefield, self.drone)
elif self.won():
self.tryToAwardRatings()
def lost(self):
""" Return if the player has lost the level """
return self.destroyed() or self.noPower()
def destroyed(self):
""" Return if the player drone has been destroyed """
return self.drone.destroyed
def noPower(self):
""" Return if the player has no power """
return not self.drone.hasPower()
def won(self):
""" Return if the player has won the level """
won = True
for defense in self.defenseItems:
if not defense.isDeactivated():
return False
else:
return self.drone.powerRating.power >= 0
return won
def finished(self):
""" Return if the level is finished """
return self.lost() or self.won()
def tryToAwardRatings(self):
""" Try To award the Ratings """
self.completionRating.checkAwarded()
self.moveRating.checkAwarded()
self.powerRating.checkAwarded()
CURRENT_PROFILE.achievement.award()
def getRemainingDefenses(self):
""" Return the number of Remaining defenses """
remainingDefenses = {}
for defenseClass in self.defenses:
remainingDefenses[defenseClass] = 0
for defense in self.defenseItems:
if not defense.isDeactivated():
remainingDefenses[defense.__class__] += 1
return remainingDefenses
def getID(self):
""" Return the Level's ID """
return self.init.id
