def updateAndRender(user_input, window_surface, player):
""" update the game and render the current frame """
# TODO(hugo): maybe consider acceleration and equations of motion
# for a better game feel
player.dp = pkmath.v2(0, 0)
if user_input.move_up:
player.dp = pkmath.add(player.dp, pkmath.v2(0, -50))
if user_input.move_down:
player.dp = pkmath.add(player.dp, pkmath.v2(0, 50))
if user_input.move_left:
player.dp = pkmath.add(player.dp, pkmath.v2(-50, 0))
if user_input.move_right:
player.dp = pkmath.add(player.dp, pkmath.v2(50, 0))
player.p = pkmath.add(player.p, pkmath.times(user_input.dt, player.dp))
player_rect = pygame.Rect(player.p.x, player.p.y, player.w, player.h)
window_surface.fill(pkcolor.red, player_rect)
return (player.p.x, player.p.y)
def updateAndRender(user_input, window_surface,
player):
""" update the game and render the current frame """
# TODO(hugo): maybe consider acceleration and equations of motion
# for a better game feel
player.dp = pkmath.v2(0, 0)
if user_input.move_up:
player.dp = pkmath.add(player.dp, pkmath.v2(0, -50))
if user_input.move_down:
player.dp = pkmath.add(player.dp, pkmath.v2(0, 50))
if user_input.move_left:
player.dp = pkmath.add(player.dp, pkmath.v2(-50, 0))
if user_input.move_right:
player.dp = pkmath.add(player.dp, pkmath.v2(50, 0))
player.p = pkmath.add(player.p, pkmath.times(user_input.dt, player.dp))
player_rect = pygame.Rect(player.p.x, player.p.y, player.w, player.h)
window_surface.fill(pkcolor.red, player_rect)
return (player.p.x, player.p.y)
def __init__(self, x, y, w, h):
self.p = pkmath.v2(x, y)
self.dp = pkmath.v2(0, 0)
self.w = w
self.h = h
def __init__(self, x, y, w, h):
self.p = pkmath.v2(x, y)
self.dp = pkmath.v2(0, 0)
self.w = w
self.h = h
