def get_laser_points(
self,
original_image: np.ndarray,
image: np.ndarray,
extreme_points: ExtremePoints,
) -> Tuple[Optional[np.ndarray], Optional[np.ndarray],
Optional[np.ndarray], Optional[np.ndarray], ]:
"""
Given the interesting region of an image, containing the wall and desk planes
and the object, return the laser points in the three separate regions:
one for the wall plane, one for the desk plane, one of the object.
"""
height, width = image.shape[:2]
ymin_wall = extreme_points.wall.top_left.y
ymax_wall = extreme_points.wall.bottom_right.y
ymin_desk = extreme_points.desk.top_left.y
xmin = extreme_points.desk.top_left.x
laser_desk = self.get_laser_points_in_region(
image=image,
region=Rectangle(
top_left=Point(0, ymin_desk - ymin_wall),
bottom_right=Point(width, height),
),
)
if laser_desk is not None:
laser_wall = self.get_laser_points_in_region(
image=image,
region=Rectangle(
top_left=Point(0, 0),
bottom_right=Point(width, ymax_wall - ymin_wall),
),
)
if laser_wall is not None:
laser_obj = self.get_laser_points_in_region(
image=image,
region=Rectangle(
top_left=Point(0, ymax_wall - ymin_wall),
bottom_right=Point(width, ymin_desk - ymin_wall),
),
is_obj=True,
)
if laser_obj is not None:
laser_desk = self.offset_points(points=laser_desk,
offset=Point(
xmin, ymin_desk))
laser_wall = self.offset_points(points=laser_wall,
offset=Point(
xmin, ymin_wall))
laser_obj = self.remove_obj_outliers(laser_obj)
if laser_obj is not None:
laser_obj = self.offset_points(points=laser_obj,
offset=Point(
xmin, ymax_wall))
obj_colors = self.get_colors(original_image, laser_obj)
return laser_wall, laser_desk, laser_obj, obj_colors
return None, None, None, None
def __init__(self, points, color, *groups):
super().__init__()
self.dirty = 2
self._layer = constants.LAYER_GROUND
self.add(*groups)
self.points = points
self.origin = Point(min([p.x for p in points]),
min([p.y for p in points]))
self.width = max([p.x for p in points]) - self.origin.x
self.height = max([p.y for p in points]) - self.origin.y
self.color = color
self.image = PyGameSurface((
self.width,
self.height,
))
self.image.set_colorkey(colors.BLACK)
self.rect = Rect(self.origin.x, self.origin.y, self.width, self.height)
self.update()
# Make sure we don't try to make a mask from a 1-D image.
if self.width * self.height == 0:
raise ValueError()
self.mask = mask.from_surface(self.image)
def __init__(self, point, funds=0, *groups):
super().__init__()
self.funds = funds
self.points = [point]
self._layer = constants.LAYER_BALL
self.add(*groups)
self._velocity = math.Vector2(0, 0)
self.logical_position = Point(point.x - self.RADIUS,
point.y - self.RADIUS)
self.rect.x = self.logical_position.x
self.rect.y = self.logical_position.y
# This is a special collision mask we use for checks against surfaces.
# It's a little bit smaller that then the sprite-based collision mask
# to account for the fact that the ball is, in theory, spherical.
self.surface_mask = create_rectangular_mask(self.rect.width,
self.rect.height, 5, 5, 10,
10)
self.previous_positions = []
self.previous_velocities = []
def __init__(self, point1, point2, width=5, *groups):
super().__init__()
self.dirty = 2
self._layer = constants.LAYER_WALL
self.add(*groups)
self.points = [point1, point2]
self.width = width
# This sprite's origin on the application's screen.
# Necessary to draw the sprite correctly, as well as to calculate
# collision rectangles correctly.
self.origin = Point(min(point1.x, point2.x), min(point1.y, point2.y))
self.point1 = point1 - self.origin
self.point2 = point2 - self.origin
v = math.Vector2(*(point2 - point1).as_2d_tuple())
self.reflect_vector = math.Vector2(-1 * v.y, v.x)
self.image = Surface((
abs(point2.x - point1.x) + self.width,
abs(point2.y - point1.y) + self.width
))
self.image.set_colorkey(colors.BLACK)
self.rect = self.image.get_rect()
self.rect.x = self.origin.x
self.rect.y = self.origin.y
self.update()
self.mask = mask.from_surface(self.image)
def __init__(self,
name='untitled',
par=3,
origin=Point(50, 50),
width=1080,
height=900,
ball=None,
**labeled_groups):
self.score = -1
self.name = name
self.par = par
self.origin = origin
self.width = width
self.height = height
self.image = Surface((width, height))
self.rect = pygame.Rect(*origin.as_2d_tuple(), width, height)
self.groups = {'all': LayeredDirty()}
for label, group in labeled_groups.items():
self.groups[label] = group
self.groups['all'].add(*group.sprites())
self.ball = GolfBall(ball, 0, self.groups['all']) if ball else None
def get_extreme_points(self, wall_corners: np.ndarray,
desk_corners: np.ndarray) -> ExtremePoints:
"""
Given the corners of the rectangles on the wall and on the desk,
return the coordinates for a tight bounding box of the area
between the two rectangles.
"""
ymin_wall = int(np.min(wall_corners[:, :, 1]))
ymax_wall = int(np.max(wall_corners[:, :, 1]))
ymin_desk = int(np.min(desk_corners[:, :, 1]))
ymax_desk = int(np.max(desk_corners[:, :, 1]))
xmin = int(np.min(wall_corners[:, :, 0]))
xmax = int(np.max(wall_corners[:, :, 0]))
return ExtremePoints(
wall=Rectangle(top_left=Point(xmin, ymin_wall),
bottom_right=Point(xmax, ymax_wall)),
desk=Rectangle(top_left=Point(xmin, ymin_desk),
bottom_right=Point(xmax, ymax_desk)),
)
def save(self):
tmpl = """
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole(
{hole.name!r},
par={hole.par},
origin={origin!r},
ball={ball_pos!r},
noncollidibles=LayeredDirty(),
collidibles=LayeredDirty(
{collidibles}
)
)
"""
ball = None
for s in self.hole.groups['all'].sprites():
if isinstance(s, GolfBall):
ball = s
break
self.hole.groups['all'].remove(ball)
with open('new_hole.py', 'w') as outfile:
outfile.write(
tmpl.format(
hole=self.hole,
origin=self.hole.origin,
ball_pos=Point(
int(ball.logical_position.x),
int(ball.logical_position.y),
),
collidibles=(",\n" + 8 * ' ').join([
repr(s)
for s in self.hole.groups['collidibles'].sprites()
if not isinstance(s, GolfBall)
])))
pygame.quit()
raise Quit()
def _mouse_pos(self):
"""
Return the current position of the mouse cursor relative to
the canvas, snapped to a 10-pixel grid, and snapped to the
x or y axis.
"""
where = Point(*map(round_, pygame.mouse.get_pos())) - self.hole.origin
if self.should_snap_to_x(*where.as_2d_tuple()):
where.y = self.points[-1].y
elif self.should_snap_to_y(*where.as_2d_tuple()):
where.x = self.points[-1].x
return where
def _draw_pointer(self, ball, surface):
"""
Draw a line that visualizes strike direction and power.
"""
mouse_pos = Point(*mouse.get_pos())
mouse_vec = math.Vector2(mouse_pos.x - ball.center.x - self.origin.x,
mouse_pos.y - ball.center.y - self.origin.y)
max_speed = constants.MAX_SPEED * constants.STRIKE_SCALE_FACTOR
if mouse_vec.length_squared() > max_speed**2:
mouse_vec.scale_to_length(max_speed)
draw.line(surface, (0, 0, 255), (ball.center.x, ball.center.y),
(int(ball.center.x - mouse_vec.x),
int(ball.center.y - mouse_vec.y)), 3)
power = int(mouse_vec.length() / max_speed * 100)
font = pygame.font.Font(None, 20)
surface.blit(
font.render("{power!s}%".format(power=power), True, colors.WHITE),
(ball.center.x + 10, ball.center.y + 10))
class ShapeDefinitions:
Shapes = [((255, 0, 0), (Point(1, 0), Point(1, 1), Point(1,
2), Point(1, 3))),
((0, 255, 0), (Point(1, 0), Point(0, 1), Point(1,
1), Point(2, 1))),
((0, 0, 255), (Point(1, 0), Point(0, 1)))]
def get_node_coordinate(self, point):
return Point((self.x + point.x) * 20, (self.y + point.y) * 20)
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole(
'Hole #6',
par=3,
origin=Point(150, 100, 0),
ball=Point(200, 630, 0),
noncollidibles=LayeredDirty(
Text(Point(88, 92), 'Par 3', font.Font(None, 30), colors.WHITE)),
collidibles=LayeredDirty(
Water([
Point(150, 150, 0),
Point(150, 550, 0),
Point(550, 550, 0),
Point(550, 150, 0)
]),
Green([
Point(150, 550, 0),
Point(550, 550, 0),
Point(550, 700, 0),
Point(150, 700, 0)
]),
Green([
Point(150, 150, 0),
Point(150, 50, 0),
def center(self):
return Point(int(self.logical_position.x + self.RADIUS),
int(self.logical_position.y + self.RADIUS))
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole('Hole #12',
par=5,
origin=Point(80, 30, 0),
ball=Point(440, 125, 0),
noncollidibles=LayeredDirty(
Text(Point(530, 15), 'Par 5', font.Font(None, 30),
colors.WHITE), ),
collidibles=LayeredDirty(
Green([
Point(50, 50, 0),
Point(500, 50, 0),
Point(500, 200, 0),
Point(100, 200, 0),
Point(100, 450, 0),
Point(50, 450, 0)
]),
Slope([
Point(100, 200, 0),
Point(200, 200, 0),
Point(200, 450, 0),
Point(100, 450, 0)
], Color(200, 0, 0, 255), Vector2(0.3, 0.0)),
Sand([
def __repr__(self):
return "Pin({p!r})".format(p=Point(self.rect.x, self.rect.y))
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole(
'Hole #7',
par=4,
origin=Point(50, 50, 0),
ball=Point(255, 630, 0),
noncollidibles=LayeredDirty(
Text(Point(805, 70), 'Par 4', font.Font(None, 30), colors.WHITE)),
collidibles=LayeredDirty(
Green([
Point(50, 500, 0),
Point(450, 500, 0),
Point(450, 700, 0),
Point(50, 700, 0)
]),
Slope([
Point(200, 500, 0),
Point(300, 500, 0),
Point(300, 325, 0),
Point(200, 325, 0)
], Color(125, 0, 0, 255), Vector2(0.0, -0.1)),
Rough([
Point(200, 325, 0),
Point(200, 200, 0),
def center_on(self, point):
self.set_logical_pos(
Point(point.x - self.RADIUS, point.y - self.RADIUS))
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole(
'Hole #8',
par=2,
origin=Point(50, 50, 0),
ball=Point(145, 520, 0),
noncollidibles=LayeredDirty(
Text(Point(708, 20), 'Par 2', font.Font(None, 30), colors.WHITE),
Text(Point(925, 310), 'Is this lava?', font.Font(None, 24), colors.WHITE)
),
collidibles=LayeredDirty(
Green([Point(50, 50, 0), Point(50, 580, 0), Point(250, 580, 0), Point(250, 200, 0), Point(650, 200, 0), Point(650, 50, 0)]),
Rough([Point(650, 50, 0), Point(800, 50, 0), Point(800, 200, 0), Point(650, 200, 0)]),
Lava([Point(250, 580, 0), Point(250, 200, 0), Point(800, 200, 0), Point(800, 50, 0), Point(900, 50, 0), Point(900, 580, 0)]),
Pin(Point(730, 125, 0)),
Money(Point(225, 175)),
Wall(Point(50, 50, 0), Point(900, 50, 0), 5),
Wall(Point(900, 50, 0), Point(900, 580, 0), 5),
Wall(Point(900, 580, 0), Point(50, 580, 0), 5),
Wall(Point(50, 580, 0), Point(50, 50, 0), 5)
)
)
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole(
'Hole #11',
par=3,
origin=Point(75, 50, 0),
ball=Point(180, 680, 0),
noncollidibles=LayeredDirty(
Text(Point(900, 75), 'Par 3', font.Font(None, 30), colors.WHITE),
),
collidibles=LayeredDirty(
Green([Point(130, 620, 0), Point(230, 620, 0), Point(230, 730, 0), Point(130, 730, 0)]),
Rough([Point(230, 730, 0), Point(230, 680, 0), Point(350, 680, 0), Point(350, 730, 0)]),
Slope([Point(230, 620, 0), Point(230, 540, 0), Point(350, 540, 0), Point(350, 620, 0)], Color(200, 0, 0, 255), Vector2(0.15, 0.4)),
Green([Point(230, 620, 0), Point(230, 680, 0), Point(350, 680, 0), Point(350, 620, 0)]),
Rough([Point(350, 460, 0), Point(470, 460, 0), Point(470, 730, 0), Point(350, 730, 0)]),
Green([Point(470, 620, 0), Point(710, 620, 0), Point(710, 680, 0), Point(590, 680, 0), Point(590, 730, 0), Point(470, 730, 0)]),
Green([Point(650, 620, 0), Point(650, 310, 0), Point(790, 310, 0), Point(790, 620, 0)]),
Sand([Point(790, 620, 0), Point(790, 560, 0), Point(880, 560, 0), Point(880, 620, 0)]),
Water([Point(790, 560, 0), Point(790, 450, 0), Point(880, 450, 0), Point(880, 560, 0)]),
Sand([Point(790, 450, 0), Point(790, 310, 0), Point(880, 310, 0), Point(880, 450, 0)]),
Slope([Point(470, 510, 0), Point(470, 390, 0), Point(650, 390, 0), Point(650, 510, 0)], Color(200, 0, 0, 255), Vector2(-0.2, -0.15)),
Green([Point(470, 460, 0), Point(130, 460, 0), Point(130, 310, 0), Point(470, 310, 0)]),
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole(
'Hole #3',
par=3,
origin=Point(50, 50, 0),
ball=Point(253, 555, 0),
noncollidibles=LayeredDirty(
Text(Point(850, 183), 'Par 3', font.Font(None, 30), colors.WHITE)
),
collidibles=LayeredDirty(
Green([Point(180, 140, 0), Point(830, 140, 0), Point(830, 240, 0), Point(310, 240, 0), Point(310, 590, 0), Point(180, 590, 0)]),
Rough([Point(310, 240, 0), Point(380, 240, 0), Point(380, 590, 0), Point(310, 590, 0)]),
Sand([Point(380, 240, 0), Point(830, 240, 0), Point(830, 310, 0), Point(380, 310, 0)]),
Pin(Point(780, 190, 0)),
Money(Point(773, 265)),
Wall(Point(180, 140, 0), Point(830, 140, 0), 5),
Wall(Point(830, 140, 0), Point(830, 310, 0), 5),
Wall(Point(830, 310, 0), Point(380, 310, 0), 5),
Wall(Point(380, 310, 0), Point(380, 590, 0), 5),
Wall(Point(380, 590, 0), Point(180, 590, 0), 5),
Wall(Point(180, 590, 0), Point(180, 140, 0), 5)
)
def center(self):
return Point(self.rect.x + self.rect.width // 2,
self.rect.y + self.rect.height // 2)
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole(
'Hole #9',
par=3,
origin=Point(150, 50, 0),
ball=Point(505, 450, 0),
noncollidibles=LayeredDirty(
Text(Point(590, 143), 'Par 3', font.Font(None, 30), colors.WHITE),
),
collidibles=LayeredDirty(
Green([Point(450, 100, 0), Point(560, 100, 0), Point(560, 200, 0), Point(450, 200, 0)]),
Lava([Point(450, 200, 0), Point(440, 200, 0), Point(440, 90, 0), Point(450, 90, 0)]),
Lava([Point(450, 100, 0), Point(450, 90, 0), Point(570, 90, 0), Point(570, 100, 0)]),
Lava([Point(560, 100, 0), Point(560, 210, 0), Point(570, 210, 0), Point(570, 100, 0)]),
Lava([Point(560, 210, 0), Point(440, 210, 0), Point(440, 200, 0), Point(560, 200, 0)]),
Green([Point(440, 210, 0), Point(440, 510, 0), Point(570, 510, 0), Point(570, 210, 0)]),
Slope([Point(570, 510, 0), Point(570, 360, 0), Point(620, 360, 0), Point(620, 510, 0)], Color(200, 0, 0, 255), Vector2(0.33, 0.0)),
Green([Point(620, 360, 0), Point(750, 510, 0), Point(620, 510, 0)]),
Slope([Point(620, 510, 0), Point(620, 560, 0), Point(750, 560, 0), Point(750, 510, 0)], Color(200, 0, 0, 255), Vector2(0.0, 0.4)),
Green([Point(620, 560, 0), Point(620, 700, 0), Point(750, 560, 0)]),
Slope([Point(620, 560, 0), Point(570, 560, 0), Point(570, 700, 0), Point(620, 700, 0)], Color(200, 0, 0, 255), Vector2(-0.5, 0.0)),
Green([Point(340, 560, 0), Point(340, 620, 0), Point(570, 620, 0), Point(570, 560, 0)]),
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole('Hole #10',
par=2,
origin=Point(50, 75, 0),
ball=Point(485, 690, 0),
noncollidibles=LayeredDirty(
Text(Point(810, 340), 'Par 2', font.Font(None, 30),
colors.WHITE), ),
collidibles=LayeredDirty(
Rough([
Point(300, 430, 0),
Point(340, 430, 0),
Point(340, 470, 0),
Point(300, 470, 0)
]),
Rough([
Point(630, 430, 0),
Point(670, 430, 0),
Point(670, 470, 0),
Point(630, 470, 0)
]),
Slope([
Point(300, 430, 0),
Point(260, 390, 0),
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole('Hole #2',
par=2,
origin=Point(50, 50, 0),
ball=Point(390, 575, 0),
noncollidibles=LayeredDirty(
Text(Point(670, 140), 'Par 2', font.Font(None, 30),
colors.WHITE)),
collidibles=LayeredDirty(
Green([
Point(440, 210, 0),
Point(540, 210, 0),
Point(540, 510, 0),
Point(640, 510, 0),
Point(640, 630, 0),
Point(340, 630, 0),
Point(340, 510, 0),
Point(440, 510, 0)
]),
Rough([
Point(440, 210, 0),
Point(340, 210, 0),
Point(340, 90, 0),
Point(640, 90, 0),
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole('Hole #1',
par=1,
origin=Point(50, 50, 0),
ball=Point(535, 545, 0),
noncollidibles=LayeredDirty(
Text(Point(515, 160), 'Par 1', font.Font(None, 30),
colors.WHITE), ),
collidibles=LayeredDirty(
Green([
Point(360, 190, 0),
Point(700, 190, 0),
Point(700, 600, 0),
Point(360, 600, 0)
]), Pin(Point(535, 260, 0)), Money(Point(529, 215)),
Wall(Point(360, 190, 0), Point(700, 190, 0), 5),
Wall(Point(700, 190, 0), Point(700, 600, 0), 5),
Wall(Point(700, 600, 0), Point(360, 600, 0), 5),
Wall(Point(360, 600, 0), Point(360, 190, 0), 5)))
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole(
'Hole #4',
par=4,
origin=Point(50, 100, 0),
ball=Point(312, 580, 0),
noncollidibles=LayeredDirty(
Text(Point(900, 268), 'Par 4', font.Font(None, 30), colors.WHITE),
),
collidibles=LayeredDirty(
Green([Point(250, 600, 0), Point(250, 150, 0), Point(370, 150, 0), Point(370, 250, 0), Point(770, 250, 0), Point(770, 150, 0), Point(870, 150, 0), Point(870, 400, 0), Point(770, 400, 0), Point(770, 300, 0), Point(370, 300, 0), Point(370, 600, 0)]),
Slope([Point(250, 150, 0), Point(250, 90, 0), Point(370, 90, 0), Point(370, 150, 0)], Color(100, 0, 0, 255), Vector2(0.0, -0.7)),
Sand([Point(250, 90, 0), Point(250, 50, 0), Point(370, 50, 0), Point(370, 90, 0)]),
Slope([Point(410, 250, 0), Point(410, 200, 0), Point(770, 200, 0), Point(770, 250, 0)], Color(100, 0, 0, 255), Vector2(-0.33, -0.6)),
Slope([Point(410, 300, 0), Point(410, 360, 0), Point(770, 360, 0), Point(770, 300, 0)], Color(100, 0, 0, 255), Vector2(-0.33, 0.6)),
Rough([Point(410, 200, 0), Point(410, 150, 0), Point(770, 150, 0), Point(770, 200, 0)]),
Rough([Point(770, 400, 0), Point(410, 400, 0), Point(410, 360, 0), Point(770, 360, 0)]),
Pin(Point(840, 275, 0)),
Money(Point(305, 200)),
Wall(Point(250, 50, 0), Point(370, 50, 0), 5),
Wall(Point(370, 50, 0), Point(370, 250, 0), 5),
Wall(Point(370, 250, 0), Point(410, 250, 0), 5),
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole('Hole #5',
par=4,
origin=Point(50, 100, 0),
ball=Point(490, 550, 0),
noncollidibles=LayeredDirty(
Text(Point(670, 138), 'Par 4', font.Font(None, 30),
colors.WHITE), ),
collidibles=LayeredDirty(
Green([
Point(440, 100, 0),
Point(540, 100, 0),
Point(540, 200, 0),
Point(440, 200, 0)
]),
Slope([
Point(440, 100, 0),
Point(380, 50, 0),
Point(600, 50, 0),
Point(540, 100, 0)
], Color(100, 0, 0, 255), Vector2(0.0, -0.4)),
Slope([
Point(600, 50, 0),
Point(540, 100, 0),
from pygame import Color, font
from pygame.math import Vector2
from pygame.sprite import LayeredDirty
from src.models import Hole as BaseHole
from src.sprites import *
from src.utils import colors, Point
Hole = BaseHole(
'Hole #13',
par=3,
origin=Point(100, 0, 0),
ball=Point(495, 315, 0),
noncollidibles=LayeredDirty(
Text(Point(775, 605), 'Par 3', font.Font(None, 30), colors.WHITE), ),
collidibles=LayeredDirty(
Green([
Point(440, 260, 0),
Point(540, 260, 0),
Point(540, 360, 0),
Point(440, 360, 0)
]),
Slope([
Point(440, 360, 0),
Point(510, 360, 0),
Point(510, 410, 0),
Point(470, 410, 0),
Point(470, 460, 0),
Point(440, 460, 0)
], Color(200, 0, 0, 255), Vector2(0.5, 0.5)),
Slope([