def __init__(self, pos):
"""
pos -> position tuple
platG -> platform Group
"""
# initialise parent class
pygame.sprite.Sprite.__init__(self)
self.x = pos[0]
self.y = pos[1]
# state varibles
self.idle = True
self.walk = False
self.fall = True
# attributes
self.speed = 3
self.x_vel =0
self.y_vel = 0
self.jump_power = 10
# animation indices
self.walkPos = 0
self.walkFact = 8 # every eigth iteration , fetch next image
self.animSpeed = 2
# special attributes
self.worldShift = False # shifting the world
self.canShift = True # atarimae darou
# extract walking images
sheet = SpriteSheet(playWalkPath)
self.walk_r_list = list()
self.walk_l_list = list()
# extract left-facing images
w = 66
h = 92
self.coords = [(0, 0, w, h), (67, 0, w, h), (134, 0, w, h), \
(0, 93, w, h), (67, 93, 64, h), (132, 93, 72, h), \
(0, 187, 70, h), (71, 187, 70, h), (142, 187, 70,h), \
(0, 279, 70, h), (71, 279, 70, h)]
for ind in self.coords:
image_r = sheet.get_image(*ind).convert() # expand tuple into arugments
self.walk_r_list.append(image_r)
image_l = pygame.transform.flip(image_r, True, False)
self.walk_l_list.append(image_l)
# startup values
self.rightIdleImg = self.walk_r_list[0]
self.leftIdleImg = self.walk_l_list[0]
self.image = self.rightIdleImg
self.direction = RIGHT
self.rect = self.image.get_rect(topleft=pos) # set correct position
self.OUTLIST = [False, 0.00] # isShifting, time
def __init__(self, pos):
"""
pos -> position tuple
platG -> platform Group
"""
# initialise parent class
pygame.sprite.Sprite.__init__(self)
self.x = pos[0]
self.y = pos[1]
#emergency debug vars
self.d1 = None
self.d2 = None
# state varibles
self.idle = True
self.walk = False
self.fall = False
self.climb = False # for ladders and such
self.climb_mobility = True # moving up and down
self.action_contact = False # in contact with a switch or such
self.water_contact = False # in contact with water
# attributes
self.speed = 3
self.x_vel = 0
self.y_vel = 0
self.jump_power = 10
self.health = MAX_PLAYER_HEALTH
self.ammo = 50 # No of fireballs
self.canShoot = True # can shoot fireball
# item-related attributes
self.coins = 0
self.keys = 0
# animation indices
self.walkPos = 0
self.walkFact = 8 # every eigth iteration, fetch next image
self.animSpeed = 2
# special attributes
self.worldShift = False # shifting the world
self.canShift = True # atarimae darou
self.prev_slope = False
self.d1 = self.d2 = 0 # for debugging purposes only
# extract walking images
sheet = SpriteSheet(playWalkPath)
# timers for abilities
self.timer_fire = 0
self.timer_allstop = 0
self.walk_r_list = list()
self.walk_l_list = list()
# extract left-facing images
w = 66
h = 92
self.coords = [(0, 0, w, h), (67, 0, w, h), (134, 0, w, h), \
(0, 93, w, h), (67, 93, 64, h), (132, 93, 72, h), \
(0, 187, 70, h), (71, 187, 70, h), (142, 187, 70,h), \
(0, 279, 70, h), (71, 279, 70, h)]
for ind in self.coords:
image_r = sheet.get_image(*ind).convert() # expand tuple into arugments
self.walk_r_list.append(image_r)
image_l = pygame.transform.flip(image_r, True, False)
self.walk_l_list.append(image_l)
# startup values
self.rightIdleImg = self.walk_r_list[0]
self.leftIdleImg = self.walk_l_list[0]
self.image = self.rightIdleImg
self.direction = RIGHT
self.rect = self.image.get_rect(topleft=pos) # set correct position
self.OUTLIST = [False, 0.00] # isShifting, time
self.powerGroup = pygame.sprite.Group()
self.action_obj = None # stores currently-touching action obj
# IGNORABLE VARS
self.intMousePos = (0, 0)
