def _get_full(self, which):
tmp = SS.loadSheet("images/sprites/player_total.png",
52, 26, [8, 3])
tmp = tmp[which]
full_speed = []
for i in range(5, len(tmp)):
full_speed.append(tmp[i])
return full_speed
def _get_accelerating(self, which):
tmp = SS.loadSheet("images/sprites/player_total.png",
52, 26, [8, 3])
tmp = tmp[which]
accelerating = []
for i in range(1, 5):
accelerating.append(tmp[i])
return accelerating
def __init__(self, location, screensize):
game.sprite.Sprite.__init__(self)
Boss_1.screen_width = screensize[0]
Boss_1.screen_height = screensize[1]
self.frame = 0
self.frameCalls = 0
if Boss_1.image is None:
# make all of the appropriate transformations of the image based
# on direction of travel
sprites = SP.loadSheet(
"images/sprites/boss_1.png", 52, 26, [2, 1])
Boss_1.right = sprites[0]
Boss_1.left = SP.rotateSprites(Boss_1.right, 180)
Boss_1.up = SP.rotateSprites(Boss_1.right, 90)
Boss_1.down = SP.rotateSprites(Boss_1.right, -90)
Boss_1.upright = SP.rotateSprites(Boss_1.right, 45)
Boss_1.upleft = SP.rotateSprites(Boss_1.right, 135)
Boss_1.downright = SP.rotateSprites(Boss_1.right, -45)
Boss_1.downleft = SP.rotateSprites(Boss_1.right, -135)
self.waiting = False
self.direction = "right"
self.set_direction(self.direction)
self.set_image()
#set the speed & get the rectangle
self.rect = self.image.get_rect()
#make sure it is in the appropriate location
self.rect.topleft = location
#get the width & height of screen
self.width = screensize[0]
self.height = screensize[1]
self.x = location[0]
self.y = location[1]
self.current_move = 0
self.old_pos_x = location[0]
self.old_pos_y = location[1]
#This variable keeps track of the number of cycles
#the enemy has waited before restarting
#If 0, enemy continues as normal
#Enemy will stay stopped until stop_time == max_stop_time
self.waited_time = 0
self.moved_time = 0
self.speed = 7
self.active_distance = 15
#Initial strength for car
self.strength = 0
#Set as 500 to give him a little more strength
self.health = 500
#Original transport variables
self.is_transporting = False
self.transport_time = 0
self.transport_location = None
def __init__(self, location, screensize,
speed, direction, move_array):
game.sprite.Sprite.__init__(self)
Enemy.screen_width = screensize[0]
Enemy.screen_height = screensize[1]
self.frame = 0
self.frameCalls = 0
if Enemy.image is None:
# make all of the appropriate transformations of the image based
# on direction of travel
sprites = SP.loadSheet(
"images/sprites/enemyfullhealthlights.png", 52, 26, [3, 1])
Enemy.right = sprites[0]
Enemy.left = SP.rotateSprites(Enemy.right, 180)
Enemy.up = SP.rotateSprites(Enemy.right, 90)
Enemy.down = SP.rotateSprites(Enemy.right, -90)
Enemy.upright = SP.rotateSprites(Enemy.right, 45)
Enemy.upleft = SP.rotateSprites(Enemy.right, 135)
Enemy.downright = SP.rotateSprites(Enemy.right, -45)
Enemy.downleft = SP.rotateSprites(Enemy.right, -135)
self.direction = direction
self.set_direction(direction)
self.set_image()
#set the speed & get the rectangle
self.speed = speed
self.rect = self.image.get_rect()
#make sure it is in the appropriate location
self.rect.topleft = location
#get the width & height of screen
self.width = screensize[0]
self.height = screensize[1]
self.x = location[0]
self.y = location[1]
self.movements = move_array
self.current_move = 0
self.old_pos_x = location[0]
self.old_pos_y = location[1]
#This variable keeps track of the number of cycles
#the enemy has waited before restarting
#If 0, enemy continues as normal
#Enemy will stay stopped until stop_time == max_stop_time
self.stop_time = 0
def _get_stopped(self, which):
tmp = SS.loadSheet("images/sprites/player_total.png",
52, 26, [8, 3])
tmp = tmp[which]
return [tmp[0]]
