def generate_obstacle(self):
direction = rand(0, 1) < 0.5
obstacle_width = 0.45 * Constants.screen_width
obstacle_height = 0.06 * Constants.screen_height
rect1 = Rectangle(
Vector2(direction * 0.5 * Constants.screen_width + 12,
-obstacle_height), Vector2(obstacle_width,
obstacle_height),
Material((255, 255, 255)))
rect2_x = rect1.transform.position.x - 12
if rect2_x == 0:
rect2_x = 0.5 * Constants.screen_width + 12
else:
rect2_x = 0.0 + 12
rect2 = Rectangle(Vector2(rect2_x, rect1.transform.position.y),
Vector2(obstacle_width, obstacle_height),
Material((255, 255, 255)))
rect1.animation = ObstaclePulsingAnimation(rect1)
rect1.animator = Animator(rect1, [rect1.animation])
rect1.animator.play()
rect2.animation = ObstaclePulsingAnimation(rect2)
rect2.animator = Animator(rect2, [rect2.animation])
rect2.animator.play()
self.game_object_list.append([rect1, rect2])
def generate_obstacle(self):
direction = rand(0, 1) < 0.5
rect = Rectangle(Vector2(direction * 0.5 * Constants.screen_width + 12, - 0.06 * Constants.screen_height),
Vector2(0.45 * Constants.screen_width,0.06 * Constants.screen_height),
Material((255, 255, 255)))
rect.animation = ObstaclePulsingAnimation(rect)
rect.animator = Animator(rect, [rect.animation])
rect.animator.play()
self.game_object_list.append(rect)
def generate_obstacle(self):
self.obstacle_width = 0.3 * Constants.screen_width
self.obstacle_height = 0.06 * Constants.screen_height
rect = Rectangle(Vector2(0.5 * Constants.screen_width - 0.5 * self.obstacle_width, - 3*self.obstacle_height),
Vector2(self.obstacle_width, self.obstacle_height),
Material((255, 255, 255)))
rect.animation = ObstaclePulsingAnimation(rect)
rect.animator = Animator(rect, [rect.animation])
rect.animator.play()
self.game_object_list.append(rect)
def generate_obstacle(self):
random_pos = int(randfloat(self.size / 2 + Constants.circCenter_x - Constants.circRadius,
Constants.screen_width -
(self.size / 2 + Constants.circCenter_x - Constants.circRadius)))
rect = Rectangle(Vector2(random_pos, -self.size),
Vector2(self.size, self.size),
Material((255, 255, 255)))
rect.animation = ObstaclePulsingAnimation(rect)
rect.animator = Animator(rect, [rect.animation])
rect.animator.play()
direction = randint(0, 1)
if direction == 0:
direction = -1
rect.vel = direction # Checks if going left or right. Can be 1 for right or -1 for left
self.game_object_list.append(rect)
def generate_obstacle(self):
side = randint(0, 1)
rect = Rectangle(Vector2(-self.obstacle_width/2 + Constants.screen_width*side,
- self.obstacle_height),
Vector2(self.obstacle_width, self.obstacle_height),
Material((255, 255, 255)))
rect.animation = ObstaclePulsingAnimation(rect)
rect.animator = Animator(rect, [rect.animation])
rect.animator.play()
if side == 1:
rect.side = -1
else:
rect.side = 1
self.game_object_list.append(rect)
def generate_obstacle(self):
self.obstacle_width = 0.45 * Constants.screen_width
self.obstacle_height = 0.06 * Constants.screen_height
rect = Rectangle(
Vector2(0.5 * Constants.screen_width - 0.5 * self.obstacle_width,
-self.obstacle_height),
Vector2(self.obstacle_width, self.obstacle_height),
Material((255, 255, 255)))
direction = rand(0, 1) < 0.5
if direction == 0:
direction = -1
rect.direction = direction
rect.transform.rotate(0)
rect.animation = ObstaclePulsingAnimation(rect)
rect.animator = Animator(rect, [rect.animation])
rect.animator.play()
self.game_object_list.append(rect)