def bezier3x_lines(self, data, canvas, i):
# points = [[beginning], [beginning_midifier], [end], [end_midifier]]
# points = [[200, 400], [300, 250], [450, 500], [500, 475]]
canvas_w = self.layout.game_w
canvas_h = self._step * data[3]
x_center = self.layout.game_w // 2
y_center = self._step * data[3] // 2
bezier = [[[0, 0] for j in range(4)] for j in range(3)]
# line 1 start
bezier[0][0] = Vector2(self.start_positions[i])
bezier[0][1] = Vector2(
random.randrange(self._step, canvas_w - self._step),
random.randrange(self._step * 2, canvas_h -
self._step)) # mod1 #first point modifier
# line 1 end
bezier[0][2] = Vector2(
random.randrange(self._step, canvas_w - self._step),
random.randrange(self._step,
canvas_h - self._step)) # first line end
bezier[0][3] = Vector2(
ex.rand_safe_curve(bezier[0][2], canvas_w, canvas_h))
# line 2 start
bezier[1][0] = bezier[0][2]
bezier[1][1] = bezier[0][2] + Vector2(-(Vector2.from_points(
bezier[0][2], bezier[0][3]))) # 3rd point modifier
# line 2 end
if bezier[0][2][
0] > x_center: # if first point is on the right the second will be on the left
x_range = [self._step, x_center]
else:
x_range = [x_center, canvas_w - self._step]
if bezier[0][2][
1] > y_center: # if first point is on the bottom the second will be on the over the center
y_range = [self._step, y_center]
else:
y_range = [y_center, canvas_h - self._step]
bezier[1][2] = Vector2(random.randrange(*x_range),
random.randrange(*y_range)) # second line end
bezier[1][3] = Vector2(
ex.rand_safe_curve(bezier[1][2], canvas_w, canvas_h))
# line 3 start
bezier[2][0] = bezier[1][2]
bezier[2][1] = bezier[1][2] + Vector2(-(Vector2.from_points(
bezier[1][2], bezier[1][3]))) # 5th point modifier
# line 3 end
bezier[2][2] = Vector2(self.end_positions[i]) # last point
bezier[2][3] = Vector2(
random.randrange(self._step, canvas_w - self._step),
random.randrange(self._step,
self._step * (data[3] - 1))) # 6th point modifier
bezier_points = []
for j in range(3):
bezier_points.extend(ex.DrawBezier(bezier[j]))
# pygame.draw.aalines(canvas, (0, 0, 0), False, bezier_points)
self.ready_lines.append(bezier_points)
def bezier2x_lines(self, data, canvas, i):
# points = [[beginning], [beginning_midifier], [end], [end_midifier]]
# points = [[200, 400], [300, 250], [450, 500], [500, 475]]
canvas_w = self.layout.game_w
canvas_h = self._step * data[3]
bezier = [[[0, 0] for j in range(4)] for j in range(2)]
# line 1 start
bezier[0][0] = Vector2(self.start_positions[i])
bezier[0][1] = Vector2(random.randrange(self._step, canvas_w - self._step),
random.randrange(self._step * 2, canvas_h - self._step)) # mod1 #first point modifier
# line 1 end
bezier[0][2] = Vector2(random.randrange(self._step, canvas_w - self._step),
random.randrange(self._step, canvas_h - self._step)) # first line end
bezier[0][3] = Vector2(ex.rand_safe_curve(bezier[0][2], canvas_w, canvas_h))
# line 3 start
bezier[1][0] = bezier[0][2]
bezier[1][1] = bezier[0][2] + Vector2(-(Vector2.from_points(bezier[0][2], bezier[0][3]))) # 5th point modifier
# line 3 end
bezier[1][2] = Vector2(self.end_positions[i]) # last point
bezier[1][3] = Vector2(random.randrange(self._step, canvas_w - self._step),
random.randrange(self._step, self._step * (data[3] - 1))) # 6th point modifier
bezier_points = []
for j2 in range(2):
bezier_points.extend(ex.DrawBezier(bezier[j2]))
self.ready_lines.append(bezier_points)
def bezier2x_lines(self, data, canvas, i):
#points = [[beginning], [beginning_midifier], [end], [end_midifier]]
#points = [[200, 400], [300, 250], [450, 500], [500, 475]]
canvas_w = self.layout.game_w
canvas_h = self._step*data[3]
x_center = self.layout.game_w //2
y_center = self._step*data[3]//2
bezier = [[[0,0] for j in range(4)] for j in range(2)]
#line 1 start
bezier[0][0] = Vector2(self.start_positions[i])
bezier[0][1] = Vector2(random.randrange(self._step,canvas_w-self._step),random.randrange(self._step*2,canvas_h-self._step))#mod1 #first point modifier
#line 1 end
bezier[0][2] = Vector2(random.randrange(self._step,canvas_w-self._step),random.randrange(self._step,canvas_h-self._step)) #first line end
bezier[0][3] = Vector2(ex.rand_safe_curve(bezier[0][2],canvas_w,canvas_h))
#line 3 start
bezier[1][0] = bezier[0][2]
bezier[1][1] = bezier[0][2] + Vector2(-(Vector2.from_points(bezier[0][2], bezier[0][3]))) #5th point modifier
#line 3 end
bezier[1][2] = Vector2(self.end_positions[i]) #last point
bezier[1][3] = Vector2(random.randrange(self._step,canvas_w-self._step),random.randrange(self._step,self._step*(data[3]-1))) #6th point modifier
bezier_points = []
for j2 in range(2):
bezier_points.extend(ex.DrawBezier(bezier[j2]))
self.ready_lines.append(bezier_points)
def bezier3x_lines(self, data, canvas, i):
# points = [[beginning], [beginning_midifier], [end], [end_midifier]]
# points = [[200, 400], [300, 250], [450, 500], [500, 475]]
canvas_w = self.layout.game_w
canvas_h = self._step * data[3]
x_center = self.layout.game_w // 2
y_center = self._step * data[3] // 2
bezier = [[[0, 0] for j in range(4)] for j in range(3)]
# line 1 start
bezier[0][0] = Vector2(self.start_positions[i])
bezier[0][1] = Vector2(random.randrange(self._step, canvas_w - self._step),
random.randrange(self._step * 2, canvas_h - self._step)) # mod1 #first point modifier
# line 1 end
bezier[0][2] = Vector2(random.randrange(self._step, canvas_w - self._step),
random.randrange(self._step, canvas_h - self._step)) # first line end
bezier[0][3] = Vector2(ex.rand_safe_curve(bezier[0][2], canvas_w, canvas_h))
# line 2 start
bezier[1][0] = bezier[0][2]
bezier[1][1] = bezier[0][2] + Vector2(-(Vector2.from_points(bezier[0][2], bezier[0][3]))) # 3rd point modifier
# line 2 end
if bezier[0][2][0] > x_center: # if first point is on the right the second will be on the left
x_range = [self._step, x_center]
else:
x_range = [x_center, canvas_w - self._step]
if bezier[0][2][1] > y_center: # if first point is on the bottom the second will be on the over the center
y_range = [self._step, y_center]
else:
y_range = [y_center, canvas_h - self._step]
bezier[1][2] = Vector2(random.randrange(*x_range), random.randrange(*y_range)) # second line end
bezier[1][3] = Vector2(ex.rand_safe_curve(bezier[1][2], canvas_w, canvas_h))
# line 3 start
bezier[2][0] = bezier[1][2]
bezier[2][1] = bezier[1][2] + Vector2(-(Vector2.from_points(bezier[1][2], bezier[1][3]))) # 5th point modifier
# line 3 end
bezier[2][2] = Vector2(self.end_positions[i]) # last point
bezier[2][3] = Vector2(random.randrange(self._step, canvas_w - self._step),
random.randrange(self._step, self._step * (data[3] - 1))) # 6th point modifier
bezier_points = []
for j in range(3):
bezier_points.extend(ex.DrawBezier(bezier[j]))
self.ready_lines.append(bezier_points)