class Cyclops():
def __init__(self, position, window):
self.window = window
self.position = position
self.size = 10
self.view_angle = 0
self.eye = Eye(self.position)
self.eye.color = BLUE
self.color = WHITE
self.speed = 4
def move(self, position):
for element in self.scene:
#on_line = (-3 < (distance(element.a, position) + distance(position, element.b) - distance(element.a, element.b)) < 3)
if False:
print("collision")
return
else:
self.position.translate_to(position)
def forward(self):
direction = Position(math.sin(self.view_angle),
math.cos(self.view_angle))
direction = direction.multipy(self.speed)
self.move(self.position.plus(direction))
def backward(self):
direction = Position(math.sin(self.view_angle),
math.cos(self.view_angle))
direction = direction.multipy(self.speed)
self.move(self.position.minus(direction))
def rotate(self, direction):
self.eye.view_angle += direction
self.view_angle += direction
def show(self):
#pygame.draw.circle(window, self.color, self.position.toTuple(), self.size, 1)
self.eye.show(self.window)
lineEnd = (self.position.x + math.sin(self.view_angle) *
(self.size - 2), self.position.y +
math.cos(self.view_angle) * (self.size - 2))
pygame.draw.line(self.window, (255, 255, 255), self.position.toTuple(),
lineEnd, 2)
def see(self):
self.eye.update()
self.eye.see(self.scene)
self.render()
def render(self):
render = Image(self.eye.rays)
render.draw2D(Position(0, MAP_HEIGHT), self.window)
from eye import Eye
if __name__ == '__main__':
AnEye = Eye()
AnEye.see('./images/purple.jpg')
class Creature():
def __init__(self, position, window):
self.window = window
self.position = position
self.size = 20
self.view_angle = 0
self.left_eye_pos = Position(self.position.x + 20, self.position.y)
self.right_eye_pos = Position(self.position.x - 20, self.position.y)
self.left_eye = Eye(self.left_eye_pos)
self.right_eye = Eye(self.right_eye_pos)
self.left_eye.color = BLUE
self.color = WHITE
self.speed = 4
self.scene = []
def move(self, position):
for element in self.scene:
#on_line = (-3 < (distance(element.a, position) + distance(position, element.b) - distance(element.a, element.b)) < 3)
if False:
print("collision")
return
else:
self.position.translate_to(position)
def forward(self):
direction = Position(math.sin(self.view_angle),
math.cos(self.view_angle))
direction = direction.multipy(self.speed)
self.move(self.position.plus(direction))
self.left_eye_pos.translate_to(self.left_eye_pos.plus(direction))
self.right_eye_pos.translate_to(self.right_eye_pos.plus(direction))
def backward(self):
direction = Position(math.sin(self.view_angle),
math.cos(self.view_angle))
direction = direction.multipy(self.speed)
self.move(self.position.minus(direction))
self.left_eye_pos.translate_to(self.left_eye_pos.minus(direction))
self.right_eye_pos.translate_to(self.right_eye_pos.minus(direction))
def place_eye(self):
return
def rotate(self, direction):
self.left_eye.view_angle += direction
self.right_eye.view_angle += direction
self.view_angle += direction
new_left = Position(
self.position.x + self.size * math.cos(self.view_angle),
self.position.y - self.size * math.sin(self.view_angle))
self.left_eye_pos.translate_to(new_left)
new_right = Position(
self.position.x - self.size * math.cos(self.view_angle),
self.position.y + self.size * math.sin(self.view_angle))
self.right_eye_pos.translate_to(new_right)
def show(self):
pygame.draw.circle(self.window, self.color, self.position.toTuple(),
self.size, 1)
self.left_eye.show(self.window)
self.right_eye.show(self.window)
def see(self):
self.left_eye.update()
self.left_eye.see(self.scene)
left_img = self.left_eye.get_image()
left_img.draw1D(Position(0, MAP_HEIGHT + VIEW_HEIGHT - 60),
self.window)
show_text("left eye", self.window,
Position(3, MAP_HEIGHT + VIEW_HEIGHT - 54))
self.right_eye.update()
self.right_eye.see(self.scene)
right_img = self.right_eye.get_image()
right_img.draw1D(Position(0, MAP_HEIGHT + VIEW_HEIGHT - 30),
self.window)
show_text("right eye", self.window,
Position(3, MAP_HEIGHT + VIEW_HEIGHT - 24))