def __init__(self, pos, anim_set):
Entity.__init__(self, pos)
self.money = 0
self.hp = 25
self.maxhp = 25
self.invpos = -665
self.animator = Animator(anim_set, Animator.MODE_LOOP, 15.0)
self.animator.setAnim("idle")
self.mouseoffset = 0
self.invdock = False
self.inventory = []
#Greater food = More hungry; 100 = Starving; 50 = Indifferent; 0 = Very Full; (0-25 Could possibly give a buff)
self.food = 50
def __init__(self, pos, anim_set):
Entity.__init__(self, pos)
self.money = 0
self.hp = 25
self.maxhp = 25
self.invpos = -665
self.animator = Animator(anim_set, Animator.MODE_LOOP, 15.0)
self.animator.setAnim("idle")
self.mouseoffset = 0
self.invdock = False
self.inventory = []
#Greater food = More hungry; 100 = Starving; 50 = Indifferent; 0 = Very Full; (0-25 Could possibly give a buff)
self.food = 50
class Player(Entity):
WALK_SPEED = 3
def __init__(self, pos, anim_set):
Entity.__init__(self, pos)
self.money = 0
self.hp = 25
self.maxhp = 25
self.invpos = -665
self.animator = Animator(anim_set, Animator.MODE_LOOP, 15.0)
self.animator.setAnim("idle")
self.mouseoffset = 0
self.invdock = False
self.inventory = []
#Greater food = More hungry; 100 = Starving; 50 = Indifferent; 0 = Very Full; (0-25 Could possibly give a buff)
self.food = 50
def give(self, item, quant):
#give items
for x in range(quant):
self.inventory.append(item)
#auto stack
stack = self.inventory.count(item)
self.inventory = list(set(self.inventory))
self.inventory[self.inventory.index(item)].stack = stack
def take(self, item, quant):
#take items
for x in self.inventory:
if x.name == item:
x.stack -= quant
print x.stack
def update(self, dt):
k = pygame.key.get_pressed()
# Only update player anim with actual movement
if k[K_e]:
for x in self.inventory:
print "FOOD B4:" + str(self.food)
x.Use()
self.take("apple", 1)
print "FOOD AFRTER:" + str(self.food)
if k[K_w]:
self.pos.y -= Player.WALK_SPEED
self.animator.update(dt)
elif k[K_s]:
self.pos.y += Player.WALK_SPEED
self.animator.update(dt)
if k[K_a]:
self.pos.x -= Player.WALK_SPEED
self.animator.update(dt)
elif k[K_d]:
self.pos.x += Player.WALK_SPEED
self.animator.update(dt)
def render(self, surf, offset=None):
screen_pos = self.pos + offset if offset else self.pos
self.animator.render(surf, screen_pos.intArgs())
def lookAt(self, pos):
# Determine direction
d = pos - self.pos
frame = 0
if d.x >= d.y:
frame = 1 if d.x >= -d.y else 3
else:
frame = 0 if d.x >= -d.y else 2
#Determine which anim set to use.
if frame == 3:
self.animator.setAnim("walk_up")
if frame == 2:
self.animator.setAnim("walk_left")
if frame == 1:
self.animator.setAnim("walk_right")
if frame == 0:
self.animator.setAnim("walk_down")
class Player(Entity):
WALK_SPEED = 3
def __init__(self, pos, anim_set):
Entity.__init__(self, pos)
self.money = 0
self.hp = 25
self.maxhp = 25
self.invpos = -665
self.animator = Animator(anim_set, Animator.MODE_LOOP, 15.0)
self.animator.setAnim("idle")
self.mouseoffset = 0
self.invdock = False
self.inventory = []
#Greater food = More hungry; 100 = Starving; 50 = Indifferent; 0 = Very Full; (0-25 Could possibly give a buff)
self.food = 50
def give(self,item,quant):
#give items
for x in range(quant):
self.inventory.append(item)
#auto stack
stack = self.inventory.count(item)
self.inventory=list(set(self.inventory))
self.inventory[self.inventory.index(item)].stack = stack
def take(self,item,quant):
#take items
for x in self.inventory:
if x.name == item:
x.stack-=quant
print x.stack
def update(self, dt):
k = pygame.key.get_pressed()
# Only update player anim with actual movement
if k[K_e]:
for x in self.inventory:
print "FOOD B4:" + str(self.food)
x.Use()
self.take("apple",1)
print "FOOD AFRTER:" + str(self.food)
if k[K_w]:
self.pos.y -= Player.WALK_SPEED
self.animator.update(dt)
elif k[K_s]:
self.pos.y += Player.WALK_SPEED
self.animator.update(dt)
if k[K_a]:
self.pos.x -= Player.WALK_SPEED
self.animator.update(dt)
elif k[K_d]:
self.pos.x += Player.WALK_SPEED
self.animator.update(dt)
def render(self, surf, offset = None):
screen_pos = self.pos + offset if offset else self.pos
self.animator.render(surf, screen_pos.intArgs())
def lookAt(self, pos):
# Determine direction
d =pos - self.pos
frame = 0
if d.x >= d.y:
frame = 1 if d.x >= -d.y else 3
else:
frame = 0 if d.x >= -d.y else 2
#Determine which anim set to use.
if frame == 3:
self.animator.setAnim("walk_up")
if frame == 2:
self.animator.setAnim("walk_left")
if frame == 1:
self.animator.setAnim("walk_right")
if frame == 0:
self.animator.setAnim("walk_down")
