def populate(self):
self.hero.hasEscaped = False
for item in self.hero.inventory:
if type(item) == Entities.Shotgun:
item.ammo = True
break
generated = []
numberOfMonsters = self.calculateMonsterQuantity()
self.monsters.clear()
for i in range(numberOfMonsters):
self.monsters.append(
Entities.Monster(getValue('Entities', 'monsterMove', 'int'),
getValue('Entities', 'monsterName', 'str')))
# Place Exit
randX, randY = self.uniqueGen(generated)
while self.world.grid[randX][randY].entity is not None:
randX, randY = self.uniqueGen(generated)
self.world.placeEntity(randX, randY, self.exit)
generated.append((self.exit.x, self.exit.y))
# Place Player
randX, randY = self.uniqueGen(generated)
placeAble = self.iDFS((randX, randY), (self.exit.x, self.exit.y))
while (not placeAble):
randX, randY = self.uniqueGen(generated)
placeAble = self.iDFS((randX, randY), (self.exit.x, self.exit.y))
self.world.placeEntity(randX, randY, self.hero)
generated.append((self.hero.x, self.hero.y))
# Place Monster(s)
# Clear the list of monsters from previous levels
for i in range(numberOfMonsters):
randX, randY = self.uniqueGen(generated)
placeAble = self.iDFS((randX, randY), (self.hero.x, self.hero.y))
while (not placeAble):
randX, randY = self.uniqueGen(generated)
placeAble = self.iDFS((randX, randY),
(self.hero.x, self.hero.y))
self.world.placeEntity(randX, randY, self.monsters[i])
generated.append((self.monsters[i].x, self.monsters[i].y))
print(generated)
# Place Items
# Generate Non-Gem Items
p, t, s, u = 0, 0, 0, 0
chance = getValue('GameState', 'chance',
'int') # Chance of item appearing on level (10%)
chanceShotgun = getValue('GameState', 'chanceShotgun', 'int')
# Count Instances of Item in Inventory
for item in self.hero.inventory:
if item.icon == 'P':
p += 1
elif item.icon == 'T':
t += 1
elif item.icon == 'S':
s += 1
elif item.icon == 'U':
u += 1
# Place Potions
if p <= 2 and random.randint(1, 100) < chance:
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
while (not placeAble):
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
self.world.placeEntity(
randX, randY,
Entities.Potion(getValue('Entities', 'potionMoveMod', 'int')))
generated.append((randX, randY))
print(generated)
# Place Torches
if t <= 2 and random.randint(1, 100) < chance:
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
while (not placeAble):
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
self.world.placeEntity(
randX, randY,
Entities.Torch(getValue('Entities', 'torchVisMod', 'int')))
generated.append((randX, randY))
print(generated)
# Place Shoes
if s <= 2 and random.randint(1, 100) < chance:
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
while (not placeAble):
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
self.world.placeEntity(
randX, randY,
Entities.Shoes(getValue('Entities', 'shoeNoiseMod', 'int')))
generated.append((randX, randY))
print(generated)
# Place Shotgun
if u <= 1 and random.randint(1, 100) < chanceShotgun:
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
while (not placeAble):
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
self.world.placeEntity(randX, randY, Entities.Shotgun())
generated.append((randX, randY))
print(generated)
# Place Gems
for _ in range(getValue('Entities', 'fireNum', 'int')): # Places Gems
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
while (not placeAble):
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
self.world.placeEntity(
randX, randY,
Entities.Firecracker(getValue('Entities', 'gemWorth', 'int')))
generated.append((randX, randY))
print(generated)
# Place Gems
for _ in range(getValue('Entities', 'gemNum', 'int')): # Places Gems
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
while (not placeAble):
randX, randY = self.uniqueGen(generated)
placeAble = type(
self.world.grid[randX][randY].entity) != Entities.Wall
self.world.placeEntity(
randX, randY,
Entities.Gem(getValue('Entities', 'gemWorth', 'int')))
generated.append((randX, randY))
print(generated)
