def __init__(self, kwargs):
Character.__init__(self, kwargs)
self._populate_images()
# TODO: Move animation cycling to PSprite?
self._walk_ctr = 0 # Walk cycle counter
self._fpi = kwargs["fpi"]
self._prev_image_series = "none" # Name of previous animation
# Signal that this Player has died
self.dead = False
# Number of frames to display dead animation
self._dead_ctr = 60
# Platform the player is standing on
self._floor = None
# Player control characteristics
self._max_vx = kwargs["horizontal_speed"]
self._ix = kwargs["horizontal_inertia"]
# _mx: current momentum in x-direction
self._mx = 0.0
self._j_multi = kwargs["multi_jumps"]
# _jumps: current number of consecutive jumps without landing
self._jumps = 0
# Is SPACE pressed? Don't jump again w/out SPACE being released
# Defaults to True to prevent jump on spawn
self._k_space = True
# Vertical velocity at jump time _j_t is given by
# v = _j_a * (_j_t + _j_o) + _j_b
# _j_t keeps track of how far into a jump the sprite is
# _j_t == None means that a jump is not in progress
# _j_o is an offset that ensures that _j_t == 0 is the apogee (useful
# for determining speed when falling of floors)
self._j_a = kwargs["vertical_acceleration"]
self._j_b = kwargs["jump_velocity"]
self._j_t = None
self._j_o = -self._j_b / self._j_a
# Vertical point direction ((-1, 0, 1) == (down, forward, up))
self._point_v = 0
# Horizontal point direction ((-1, 1) == (left, right))
self._point_h = 1
# Make sure control characteristics make sense
if self._max_vx <= 0.0:
raise ValueError("horizontal_speed must be > 0.0")
if self._ix <= 0.0:
raise ValueError("horizontal_inertia must be > 0.0")
if self._j_multi <= 0:
raise ValueError("multi_jumps must be > 0")
if self._j_a <= 0.0:
raise ValueError("vertical_acceleration must be > 0.0")
if self._j_b >= 0.0:
raise ValueError("jump_velocity must be < 0.0")
# Set targets
targets = kwargs["targets"]
if targets is None:
targets = pygame.sprite.RenderPlain()
# Set up default Projectile container
self.fired_projectiles = kwargs["fired_projectiles"]
b_kwargs = {
"owner": self,
"floors": kwargs["floors"],
"l_walls": kwargs["l_walls"],
"r_walls": kwargs["r_walls"],
"ceilings": kwargs["ceilings"],
"projectile_class": kwargs["projectile_class"],
"fired_projectiles": self.fired_projectiles,
"max_in_flight": kwargs["max_in_flight"],
"max_shots": -1,
"targets": targets,
"centerx": 0,
"centery": 0,
"decoration_list": kwargs["decoration_list"]
}
self._box = ProjectileBox(b_kwargs)
# Stack of Boxes
self._box_stack = []
# Invincibility counter after being hit
self._invincible_counter = 0
# Decorations
# Invincibility
r = math.ceil(max(self.rect.width, self.rect.height) * 0.75)
self._dec_invinc_surf = \
pygame.Surface((r*2, r*2), flags=SRCALPHA).convert_alpha()
self._dec_invinc_rect = self._dec_invinc_surf.get_rect()
pygame.draw.circle(self._dec_invinc_surf, (0, 80, 0), (r, r), r - 1, 1)
# Got hit
self._hit_counter = 0
self._dec_hit_surf = \
pygame.Surface((r*2, r*2), flags=SRCALPHA).convert_alpha()
self._dec_hit_rect = self._dec_invinc_surf.get_rect()
pygame.draw.circle(self._dec_hit_surf, (255, 0, 0), (r, r), r - 1, 0)
def __init__(self, kwargs):
Character.__init__(self, kwargs)
self._populate_images()
self.points = kwargs["points"]
# Location and default movement characteristics
# True x- and y-coordinates are calculated and stored in floats to
# allow for sub-pixel motion, but collision detection, drawing, etc.
# are done on integers
self._xf = float(self.rect.centerx)
self._yf = float(self.rect.centery)
# Useful for Baddies that just float and bounce around
self._speed = 1.0
self._dir = 0.0
# Animation-related variables
# TODO: Move animation cycling to PSprite?
self._walk_ctr = 0
self._fpi = kwargs["fpi"]
self._prev_image_series = "none"
# Whether to draw hit decoration
self._hit_counter = 0
# Number of frames to display dead animation
self._dead_ctr = 30
# Set targets
targets = kwargs["targets"]
if targets is None:
targets = pygame.sprite.RenderPlain()
# Set up Projectiles
# Use fired_projectiles from owner so Projectiles can outlive the
# Baddie
b_kwargs = {
"owner": self,
"floors": kwargs["floors"],
"l_walls": kwargs["l_walls"],
"r_walls": kwargs["r_walls"],
"ceilings": kwargs["ceilings"],
"projectile_class": kwargs["projectile_class"],
"fired_projectiles": kwargs["fired_projectiles"],
"max_in_flight": kwargs["max_in_flight"],
"max_shots": -1,
"targets": kwargs["targets"],
"centerx": 0,
"centery": 0,
"decoration_list": kwargs["decoration_list"]
}
self._box = ProjectileBox(b_kwargs)
# Decorations
# Invincibility
r = math.ceil(max(self.rect.width, self.rect.height) * 0.75)
self._dec_invinc_surf = \
pygame.Surface((r*2, r*2), flags=SRCALPHA).convert_alpha()
self._dec_invinc_rect = self._dec_invinc_surf.get_rect()
pygame.draw.circle(self._dec_invinc_surf, (255, 0, 0), (r, r), r - 1,
0)