def update(self):
if self.velocity.x != 0:
self.set_animation("run")
self.flipped = self.velocity.x < 0
else:
self.set_animation("idle")
NetEntity.update(self)
def update(self):
if self.velocity.x != 0:
self.set_animation("run")
self.flipped = self.velocity.x < 0
else:
self.set_animation("idle")
NetEntity.update(self)
def set_animation(self, animation):
"""Override method to set the animation with armed/unarmed variants.
:param animation: string animation name
"""
if self.is_armed:
NetEntity.set_animation(self, animation + "_armed")
else:
NetEntity.set_animation(self, animation + "_unarmed")
def set_animation(self, animation):
"""Override method to set the animation with armed/unarmed variants.
:param animation: string animation name
"""
if self.is_armed:
NetEntity.set_animation(self, animation + "_armed")
else:
NetEntity.set_animation(self, animation + "_unarmed")
def __init__(self, name, position=(0, 0)):
"""
:param name: string name of character
:param position: tuple(2) starting position
"""
NetEntity.__init__(self, position)
# set the texture folder
self.texture_folder = "player\\{}\\".format(name)
# Add all animations
# Last animation loaded will be used
self.add_animation("jump_armed", (0, 0, 16, 16), frames=2, fpi=6)
# self.add_animation("run_armed", (0, 0, 16, 32), frames=15, fpi=4)
self.add_animation("idle_armed", (0, 0, 16, 16), frames=2, fpi=30)
self.add_animation("jump_unarmed", (0, 0, 16, 16), frames=2, fpi=15)
self.add_animation("run_unarmed", (0, 0, 16, 16), frames=14, fpi=8)
self.add_animation("idle_unarmed", (0, 0, 16, 16), frames=2, fpi=60)
# whether or not the character sprite is
# facing right (False) or left (True)
self.flipped = False
# set the examine to the name of the
# character.
# will most likely be changed to player's
# username, and name replaced with 'skin'
self.examine = [name.title(), "Lvl 1 scout", "Unarmed"]
# if the player has at least one gun
self.is_armed = False
# player's two guns
# primary is always the one shown
# on the character
self.primary = None
self.secondary = None
# amount of jumps performed by player
self.jumps = 0
# used to prevent instant double jumps
# since a keypress may last more than
# one frame
self.is_jumping = False
# inventory of perks
# amount of perks are stored in the perks
# themselves
self.perks = []
# angle the player is aiming
# measured in radians from horizontal
self.aim = 0
def __init__(self, name, position=(0, 0)):
"""
:param name: string name of character
:param position: tuple(2) starting position
"""
NetEntity.__init__(self, position)
# set the texture folder
self.texture_folder = "player\\{}\\".format(name)
# Add all animations
# Last animation loaded will be used
self.add_animation("jump_armed", (0, 0, 16, 16), frames=2, fpi=6)
# self.add_animation("run_armed", (0, 0, 16, 32), frames=15, fpi=4)
self.add_animation("idle_armed", (0, 0, 16, 16), frames=2, fpi=30)
self.add_animation("jump_unarmed", (0, 0, 16, 16), frames=2, fpi=15)
self.add_animation("run_unarmed", (0, 0, 16, 16), frames=14, fpi=8)
self.add_animation("idle_unarmed", (0, 0, 16, 16), frames=2, fpi=60)
# whether or not the character sprite is
# facing right (False) or left (True)
self.flipped = False
# set the examine to the name of the
# character.
# will most likely be changed to player's
# username, and name replaced with 'skin'
self.examine = [name.title(), "Lvl 1 scout", "Unarmed"]
# if the player has at least one gun
self.is_armed = False
# player's two guns
# primary is always the one shown
# on the character
self.primary = None
self.secondary = None
# amount of jumps performed by player
self.jumps = 0
# used to prevent instant double jumps
# since a keypress may last more than
# one frame
self.is_jumping = False
# inventory of perks
# amount of perks are stored in the perks
# themselves
self.perks = []
# angle the player is aiming
# measured in radians from horizontal
self.aim = 0
def draw(self, screen):
"""Draw the player to the screen.
Also draws the primary weapon in a suitable position,
manually moving to the player's animation.
Key pixels for weapon positions may be necessary.
:param screen: pygame.Surface to draw to
"""
# get next frame
self.next_frame()
# flip sprite
if self.flipped:
self.image = pygame.transform.flip(self.image, True, False)
NetEntity.draw(self, screen)
# overlay perk effects on player
[item.draw_on_player(self, screen) for item in self.perks]
if self.primary is not None:
x_tr = 16
y_tr = -2
if self.examine == "Kyle":
# kyle is short
y_tr = -1
# manual tracking of gun onto player animation
# TODO!!
if self.get_animation() == "idle" and self.strips.i in [2, 3]:
y_tr += 1
elif self.get_animation() == "run" and self.strips.i in [0, 1, 2, 7, 8, 9]:
y_tr -= 1
# add recoil to the gun (if it is recoiling)
# TODO: currently broken
x_tr += self.primary.recoil * (1 if self.flipped else -1)
# flip gun to match player
if self.primary.flipped is not self.flipped:
self.primary.flipped = self.flipped
self.primary.image = pygame.transform.flip(self.primary.image, True, False)
grip_w = self.primary.grip_point
# move the gun rect left or right depending
# on which way its facing
if self.primary.flipped:
self.primary.rect.center = self.rect.move((-x_tr + grip_w, y_tr)).center
else:
self.primary.rect.center = self.rect.move((x_tr - grip_w, y_tr)).center
self.primary.draw(screen)
# recover the gun from recoil
# should be moved
if self.primary.recoil > 0:
self.primary.recover_recoil()
def draw(self, screen):
"""Draw the player to the screen.
Also draws the primary weapon in a suitable position,
manually moving to the player's animation.
Key pixels for weapon positions may be necessary.
:param screen: pygame.Surface to draw to
"""
# get next frame
self.next_frame()
# flip sprite
if self.flipped:
self.image = pygame.transform.flip(self.image, True, False)
NetEntity.draw(self, screen)
# overlay perk effects on player
[item.draw_on_player(self, screen) for item in self.perks]
if self.primary is not None:
x_tr = 16
y_tr = -2
if self.examine == "Kyle":
# kyle is short
y_tr = -1
# manual tracking of gun onto player animation
# TODO!!
if self.get_animation() == "idle" and self.strips.i in [2, 3]:
y_tr += 1
elif self.get_animation() == "run" and self.strips.i in [
0, 1, 2, 7, 8, 9
]:
y_tr -= 1
# add recoil to the gun (if it is recoiling)
# TODO: currently broken
x_tr += self.primary.recoil * (1 if self.flipped else -1)
# flip gun to match player
if self.primary.flipped is not self.flipped:
self.primary.flipped = self.flipped
self.primary.image = pygame.transform.flip(
self.primary.image, True, False)
grip_w = self.primary.grip_point
# move the gun rect left or right depending
# on which way its facing
if self.primary.flipped:
self.primary.rect.center = self.rect.move(
(-x_tr + grip_w, y_tr)).center
else:
self.primary.rect.center = self.rect.move(
(x_tr - grip_w, y_tr)).center
self.primary.draw(screen)
# recover the gun from recoil
# should be moved
if self.primary.recoil > 0:
self.primary.recover_recoil()