def event_step(self, time_passed):
left_key = ['left', 'a', 'j', 'kp_4'][self.player]
right_key = ['right', 'd', 'l', 'kp_6'][self.player]
up_key = ['up', 'w', 'i', 'kp_8'][self.player]
down_key = ['down', 's', 'k', 'kp_5'][self.player]
self.xvelocity = (sge.get_key_pressed(right_key) -
sge.get_key_pressed(left_key))
self.yvelocity = (sge.get_key_pressed(down_key) -
sge.get_key_pressed(up_key))
# Limit the circles to inside the room.
if self.bbox_left < 0:
self.bbox_left = 0
elif self.bbox_right >= sge.game.current_room.width:
self.bbox_right = sge.game.current_room.width - 1
if self.bbox_top < 0:
self.bbox_top = 0
elif self.bbox_bottom >= sge.game.current_room.height:
self.bbox_bottom = sge.game.current_room.height - 1
self.set_color()
# Set view
my_view = sge.game.current_room.views[self.player]
my_view.x = self.x - (my_view.width // 2)
my_view.y = self.y - (my_view.height // 2)
def event_step(self, time_passed):
left_key = ['left', 'a', 'j', 'kp_4'][self.player]
right_key = ['right', 'd', 'l', 'kp_6'][self.player]
up_key = ['up', 'w', 'i', 'kp_8'][self.player]
down_key = ['down', 's', 'k', 'kp_5'][self.player]
self.xvelocity = (sge.get_key_pressed(right_key) -
sge.get_key_pressed(left_key))
self.yvelocity = (sge.get_key_pressed(down_key) -
sge.get_key_pressed(up_key))
# Limit the circles to inside the room.
if self.bbox_left < 0:
self.bbox_left = 0
elif self.bbox_right >= sge.game.current_room.width:
self.bbox_right = sge.game.current_room.width - 1
if self.bbox_top < 0:
self.bbox_top = 0
elif self.bbox_bottom >= sge.game.current_room.height:
self.bbox_bottom = sge.game.current_room.height - 1
self.set_color()
# Set view
my_view = sge.game.current_room.views[self.player]
my_view.x = self.x - (my_view.width // 2)
my_view.y = self.y - (my_view.height // 2)
def event_step(self, time_passed, delta_mult): # Movement key_motion = (sge.get_key_pressed(self.down_key) - sge.get_key_pressed(self.up_key)) self.yvelocity = key_motion * PADDLE_SPEED # Keep the paddle inside the window if self.bbox_top < 0: self.bbox_top = 0 elif self.bbox_bottom > sge.game.height: self.bbox_bottom = sge.game.height
def event_step(self, time_passed):
# Movement
key_motion = (sge.get_key_pressed(self.down_key) -
sge.get_key_pressed(self.up_key))
self.yvelocity = key_motion * PADDLE_SPEED
# Keep the paddle inside the window
if self.y < 0:
self.y = 0
elif self.y > sge.game.height:
self.y = sge.game.height
def event_step(self, time_passed):
# Movement
if self.axis_motion:
self.yvelocity = self.axis_motion * 4
else:
self.yvelocity = (sge.get_key_pressed(self.down_key) -
sge.get_key_pressed(self.up_key)) * 4
# Keep the paddle inside the window
if self.bbox_top < 0:
self.bbox_top = 0
elif self.bbox_bottom > sge.game.height:
self.bbox_bottom = sge.game.height
self.axis_motion = 0
def event_step(self, time_passed):
self.xvelocity = (sge.get_key_pressed(self.right_key) - sge.get_key_pressed(self.left_key)) * 6
self.yvelocity = sge.get_key_pressed(self.down_key) - sge.get_key_pressed(self.up_key)
if self.bbox_left < 0:
self.bbox_left = 0
elif self.bbox_right > sge.game.width:
self.bbox_right = sge.game.width
if self.bbox_top < 0:
self.bbox_top = 0
elif self.bbox_bottom > sge.game.height:
self.bbox_bottom = sge.game.height
if self.can_shoot and sge.get_key_pressed("space"):
self.shoot()
def event_step(self, time_passed):
self.xvelocity = (sge.get_key_pressed(self.right_key) -
sge.get_key_pressed(self.left_key)) * 6
self.yvelocity = (sge.get_key_pressed(self.down_key) -
sge.get_key_pressed(self.up_key))
if self.bbox_left < 0:
self.bbox_left = 0
elif self.bbox_right > sge.game.width:
self.bbox_right = sge.game.width
if self.bbox_top < 0:
self.bbox_top = 0
elif self.bbox_bottom > sge.game.height:
self.bbox_bottom = sge.game.height
if self.can_shoot and sge.get_key_pressed('space'):
self.shoot()
def event_step(self, time_passed):
left_key = ["left", "a", "j", "kp_4"][self.player]
right_key = ["right", "d", "l", "kp_6"][self.player]
up_key = ["up", "w", "i", "kp_8"][self.player]
down_key = ["down", "s", "k", "kp_5"][self.player]
self.xvelocity = sge.get_key_pressed(right_key) - sge.get_key_pressed(left_key)
self.yvelocity = sge.get_key_pressed(down_key) - sge.get_key_pressed(up_key)
# Limit the circles to inside the room.
if self.bbox_left < 0:
self.bbox_left = 0
elif self.bbox_right >= sge.game.current_room.width:
self.bbox_right = sge.game.current_room.width - 1
if self.bbox_top < 0:
self.bbox_top = 0
elif self.bbox_bottom >= sge.game.current_room.height:
self.bbox_bottom = sge.game.current_room.height - 1
def event_step(self, time_passed):
# Movement
key_motion = sge.get_key_pressed(self.down_key) - sge.get_key_pressed(self.up_key)
axis_motion = sge.get_joystick_axis(self.joystick, 1)
if abs(axis_motion) > abs(key_motion) and abs(axis_motion) > abs(self.trackball_motion):
self.yvelocity = axis_motion * PADDLE_SPEED
elif abs(self.trackball_motion) > abs(key_motion) and abs(self.trackball_motion) > abs(axis_motion):
self.yvelocity = self.trackball_motion * PADDLE_SPEED
else:
self.yvelocity = key_motion * PADDLE_SPEED
self.trackball_motion = 0
# Keep the paddle inside the window
if self.bbox_top < 0:
self.bbox_top = 0
elif self.bbox_bottom > sge.game.height:
self.bbox_bottom = sge.game.height
def event_step(self, time_passed):
# Movement
key_motion = (sge.get_key_pressed(self.down_key) -
sge.get_key_pressed(self.up_key))
axis_motion = sge.get_joystick_axis(self.joystick, 1)
if (abs(axis_motion) > abs(key_motion)
and abs(axis_motion) > abs(self.trackball_motion)):
self.yvelocity = axis_motion * PADDLE_SPEED
elif (abs(self.trackball_motion) > abs(key_motion)
and abs(self.trackball_motion) > abs(axis_motion)):
self.yvelocity = self.trackball_motion * PADDLE_SPEED
else:
self.yvelocity = key_motion * PADDLE_SPEED
self.trackball_motion = 0
# Keep the paddle inside the window
if self.bbox_top < 0:
self.bbox_top = 0
elif self.bbox_bottom > sge.game.height:
self.bbox_bottom = sge.game.height
