def get_door_cost(self):
'''
Get the cost of the door panels
'''
D = self.D
Nd = len(D)
self.door_costs = []
for i in range(Nd):
model = doors.Door(D[i])
door_panels = model.get_design()
panel_areas = [np.prod(i) for i in door_panels]
total_area = sum(panel_areas)
total_cost = self.ca * total_area
self.door_costs.append(total_cost)
return self.door_costs
def set_doors(frame, game='instructions'):
doors_frame = tk.Frame(frame,
bg=FRAME_BG,
width=400,
height=200,
name="doors_frame")
door_patches = dict()
door_nums = (1, 2, 3) if game == 'instructions' else game.doors.keys()
for door_num in door_nums:
prize = False if game == 'instructions' else game.check_prize(door_num)
door_patches[door_num] = doors.Door(doors_frame, door_num, 0, door_num,
prize)
return doors_frame, door_patches
paper.zap()
if keys[pygame.K_m] and (abs(player.rect.x - lever1_x) <
150) and (abs(player.rect.y - lever1_y) < 150):
if lever1_pressed == 0:
lever1_pressed = 1
if keys[pygame.K_m] and (abs(player.rect.x - lever2_x) <
150) and (abs(player.rect.y - lever2_y) < 150):
if lever2_pressed == 0:
lever2_pressed = 1
if lever1_pressed == 1:
for d in door_sprites:
x_d, _ = d.rect.center
y_d = d.rect.top
door_sprites.empty()
door_sprites.add(doors.Door(x_d, y_d + 128))
lever1_pressed = 2
if lever2_pressed == 1:
for d in door_sprites:
x_d, _ = d.rect.center
y_d = d.rect.top
door_sprites.empty()
door_sprites.add(doors.Door(x_d, y_d))
lever2_pressed = 2
for b in bullet_sprites:
hit = pygame.sprite.spritecollide(b, block_sprites, dokill=False)
if not hit:
b.move(bull_speed)
else:
def drawHall(hall):
length = hall.parent.hallLength[hall.direction]
start = hall.parent.loc
if (hall.direction == 0):
start += Vec(0, 0, 0)
start = start.e(hall.offset)
stepw = Vec(1, 0, 0)
stepl = Vec(0, 0, 1)
dd1 = 5
dd2 = 4
torch_dat = 3
elif (hall.direction == 1):
start += Vec(hall.parent.parent.room_size - 1, 0, 0)
start = start.s(hall.offset)
stepw = Vec(0, 0, 1)
stepl = Vec(-1, 0, 0)
dd1 = 3
dd2 = 2
torch_dat = 2
elif (hall.direction == 2):
start += Vec(0, 0, hall.parent.parent.room_size - 1)
start = start.e(hall.offset)
stepw = Vec(1, 0, 0)
stepl = Vec(0, 0, -1)
dd1 = 5
dd2 = 4
torch_dat = 4
else:
start += Vec(0, 0, 0)
start = start.s(hall.offset)
stepw = Vec(0, 0, 1)
stepl = Vec(1, 0, 0)
dd1 = 3
dd2 = 2
torch_dat = 1
for j in xrange(length):
pen = start + stepl * j
# First wall
for k in xrange(hall.parent.parent.room_height - 1):
hall.parent.parent.setblock(pen.down(k), materials._wall)
# hallway (ceiling and floor)
for x in xrange(hall.size - 2):
pen += stepw
hall.parent.parent.setblock(pen, materials._ceiling)
for k in xrange(1, hall.parent.parent.room_height - 2):
hall.parent.parent.setblock(pen.down(k), materials.Air)
hall.parent.parent.setblock(
pen.down(hall.parent.parent.room_height - 2), materials._floor)
# Second wall
pen += stepw
for k in xrange(hall.parent.parent.room_height - 1):
hall.parent.parent.setblock(pen.down(k), materials._wall)
# Possible torches.
pen = start + stepl * length
hall.parent.parent.torches[pen.down(1)] = torch_dat
hall.parent.parent.torches[pen.down(1) + (stepw *
(hall.size - 1))] = torch_dat
# Possible doors
# Only halls of width 1 and 2 can have doors (single and double doors)
if (3 <= hall.size <= 4):
# find a starting position at the end of the hall
pen = start + stepl * (length - 1)
pen = pen.down(1)
door = pen
# Look for adjacent doors. We don't want doors upon doors.
box = Box(door, 0, 0, 0)
abort = False
for x in iterate_points_surrounding_box(box):
if (x in hall.parent.parent.doors):
abort = True
# Create the door
if (abort == False):
# Give this door a direction.
hall.parent.parent.doors[door] = doors.Door()
hall.parent.parent.doors[
door].material = hall.parent.parent.doormaterial
hall.parent.parent.doors[door].direction = hall.direction
# place the actual door positions
for x in xrange(hall.size - 2):
pen += stepw
hall.parent.parent.doors[door].doors.append(pen)
def create_lvl(height, block_sprites, kill_sprites, door_sprites,
bdoor_sprites):
for _ in range(height - 192, height, 128):
for i in range(9):
block_sprites.add(Block.Block(64 + 128 * i, _))
for i in range(13):
block_sprites.add(Block.Block(1728 + 128 * i, _)) #1
for i in range(9):
block_sprites.add(Block.Block(64 + 128 * i, height + 64))
for i in range(7):
block_sprites.add(Block.Block(1664 - 64 + 128 * i, height + 64))
for i in range(2):
block_sprites.add(Block.Block(3200 - 64 + 128 * i, height + 64)) #3
for i in range(9):
block_sprites.add(Block.Block(64 + 128 * i, height + 192))
for i in range(4):
block_sprites.add(Block.Block(128 * 15 - 64 + 128 * i, height + 192))
block_sprites.add(Block.Block(3200 + 64, height + 192)) #4
for i in range(2):
block_sprites.add(Block.Block(64 + 128 * i, height + 320))
for i in range(3):
block_sprites.add(Block.Block(128 * 8 - 64 + 128 * i, height + 320))
for i in range(3):
block_sprites.add(Block.Block(128 * 15 - 64 + 128 * i,
height + 320)) #5
block_sprites.add(Block.Block(64, height + 320 + 128))
for i in range(3):
block_sprites.add(
Block.Block(128 * 15 - 64 + 128 * i, height + 320 + 128)) #6
block_sprites.add(Block.Block(64, height + 320 + 128 * 2))
for i in range(4):
block_sprites.add(
Block.Block(128 * 14 - 64 + 128 * i, height + 320 + 128 * 2))
for i in range(5):
block_sprites.add(
Block.Block(128 * 21 - 64 + 128 * i, height + 320 + 128 * 2)) #7
block_sprites.add(Block.Block(64, height + 320 + 128 * 3))
for i in range(5):
block_sprites.add(
Block.Block(128 * 13 - 64 + 128 * i, height + 320 + 128 * 3))
for i in range(7):
block_sprites.add(
Block.Block(128 * 20 - 64 + 128 * i, height + 320 + 128 * 3)) #8
block_sprites.add(Block.Block(64, height + 320 + 128 * 4))
for i in range(4):
block_sprites.add(
Block.Block(128 * 10 - 64 + 128 * i, height + 320 + 128 * 4))
for i in range(3):
block_sprites.add(
Block.Block(128 * 15 - 64 + 128 * i, height + 320 + 128 * 4))
for i in range(7):
block_sprites.add(
Block.Block(128 * 20 - 64 + 128 * i, height + 320 + 128 * 4))
for i in range(10):
kill_sprites.add(
KillBlock.Block(128 * 27 - 64 + 128 * i,
height + 320 + 128 * 4)) #9
block_sprites.add(Block.Block(64, height + 320 + 128 * 5))
block_sprites.add(Block.Block(128 * 16 - 64, height + 320 + 128 * 5))
block_sprites.add(Block.Block(128 * 20 - 64, height + 320 + 128 * 5)) #10
for i in range(7):
block_sprites.add(Block.Block(64 + 128 * i, height + 320 + 128 * 6))
block_sprites.add(Block.Block(128 * 19 - 64, height + 320 + 128 * 6)) #11
for i in range(8):
block_sprites.add(Block.Block(64 + 128 * i,
height + 320 + 128 * 7)) #12
for i in range(4):
block_sprites.add(
Block.Block(128 * 5 - 64 + 128 * i, height + 320 + 128 * 8)) #13
for i in range(4):
block_sprites.add(
Block.Block(128 * 7 - 64 + 128 * i, height + 320 + 128 * 9))
for i in range(11):
block_sprites.add(
Block.Block(128 * 24 - 64 + 128 * i, height + 320 + 128 * 9)) # 0
for i in range(8):
block_sprites.add(
Block.Block(128 * 8 - 64 + 128 * i, height + 320 + 128 * 10))
for i in range(12):
block_sprites.add(
Block.Block(128 * 23 - 64 + 128 * i, height + 320 + 128 * 10)) #-1
for i in range(9):
block_sprites.add(
Block.Block(128 * 10 - 64 + 128 * i, height + 320 + 128 * 11))
for i in range(13):
block_sprites.add(
Block.Block(128 * 22 - 64 + 128 * i, height + 320 + 128 * 11)) #-2
block_sprites.add(Block.Block(128 * 11 - 64, height + 320 + 128 * 12))
for i in range(6):
block_sprites.add(
Block.Block(128 * 13 - 64 + 128 * i, height + 320 + 128 * 12))
for i in range(14):
block_sprites.add(
Block.Block(128 * 21 - 64 + 128 * i, height + 320 + 128 * 12)) #-3
for i in range(3):
block_sprites.add(Block.Block(64 + 128 * i, height + 320 + 128 * 13))
for i in range(4):
block_sprites.add(
Block.Block(128 * 14 - 64 + 128 * i, height + 320 + 128 * 13))
for i in range(12):
block_sprites.add(
Block.Block(128 * 23 - 64 + 128 * i, height + 320 + 128 * 13)) #-4
for i in range(2):
block_sprites.add(
Block.Block(128 * 3 - 64 + 128 * i, height + 320 + 128 * 14))
for i in range(4):
block_sprites.add(
Block.Block(128 * 15 - 64 + 128 * i, height + 320 + 128 * 14))
for i in range(10):
block_sprites.add(
Block.Block(128 * 25 - 64 + 128 * i, height + 320 + 128 * 14)) #-5
for i in range(2):
block_sprites.add(
Block.Block(128 * 6 - 64 + 128 * i, height + 320 + 128 * 15))
block_sprites.add(Block.Block(128 * 16 - 64, height + 320 + 128 * 15))
for i in range(2):
block_sprites.add(
Block.Block(128 * 19 - 64 + 128 * i, height + 320 + 128 * 15))
for i in range(10):
block_sprites.add(
Block.Block(128 * 25 - 64 + 128 * i, height + 320 + 128 * 15)) #-6
block_sprites.add(Block.Block(128 * 10 - 64, height + 320 + 128 * 16))
for i in range(10):
block_sprites.add(
Block.Block(128 * 25 - 64 + 128 * i, height + 320 + 128 * 16)) #-7
for i in range(2):
block_sprites.add(
Block.Block(128 * 12 - 64 + 128 * i, height + 320 + 128 * 17))
for i in range(11):
block_sprites.add(
Block.Block(128 * 24 - 64 + 128 * i, height + 320 + 128 * 17)) #-8
for i in range(12):
block_sprites.add(
Block.Block(128 * 23 - 64 + 128 * i, height + 320 + 128 * 18)) #-9
for i in range(20):
block_sprites.add(
Block.Block(128 * 15 - 64 + 128 * i,
height + 320 + 128 * 19)) #-10
for i in range(18):
block_sprites.add(
Block.Block(128 * 17 - 64 + 128 * i,
height + 320 + 128 * 20)) #-11
for i in range(16):
kill_sprites.add(KillBlock.Block(64 + 128 * i,
height + 320 + 128 * 20))
for i in range(17):
block_sprites.add(
Block.Block(128 * 18 - 64 + 128 * i,
height + 320 + 128 * 21)) #-12
for i in range(34):
block_sprites.add(Block.Block(64 + 128 * i,
height + 320 + 128 * 22)) #-13
door_sprites.add(doors.Door(26 * 128 - 64, height + 320 + 128 * 6.5))
bdoor_sprites.add(blockable_door.Doorb(128 * 9 + 64, 128 * 14 + 64))
return block_sprites, kill_sprites, door_sprites, bdoor_sprites