def coli_block(self):
global score
coli = []
l, r, a, b = self.block_size, SIZE_B, self.ball.ball_pos[
0] + SIZE_B, self.ball.ball_pos[1] + SIZE_B
for x in range(0, self.num[0]):
for y in range(0, self.num[1]):
if self.blocks[x][y]:
if pygame.sprite.collide_rect(self.ball,
self.blocks[x][y]):
coli.append((x, y))
if len(coli) == 0:
pass
#elif len(coli)==1:
else:
for x, y in coli:
self.block_g.remove(self.blocks[x][y])
self.blocks[x][y] = None
p1, p2 = coli[0][0], coli[0][1]
x, y = self.block_pos[p1][p2]
if (calc.rect(l, r, x, y - r, a, b)) or (calc.rect(
l, r, x, y + l, a, b)):
self.ball.ball_angle = 360 - self.ball.ball_angle #상하
elif (calc.rect(r, l, x - r, y, a, b)) or (calc.rect(
r, l, x + l, y, a, b)):
self.ball.ball_angle = 180 - self.ball.ball_angle #좌우
elif (calc.circle(r, x, y, a, b)) * (calc.square(
r, x - r, y - r, a, b)):
self.ball.ball_angle = 225 #좌상단
elif (calc.circle(r, x + l, y, a, b)) * (calc.square(
r, x + l, y - r, a, b)):
self.ball.ball_angle = 315 #우상단
elif (calc.circle(r, x, y + l, a, b)) * (calc.square(
r, x - r, y + l, a, b)):
self.ball.ball_angle = 135 #좌하단
elif (calc.circle(r, x + l, y + l, a, b)) * (calc.square(
r, x + l, y + l, a, b)):
self.ball.ball_angle = 45 #우하단
else:
self.ball.ball_angle = 90
'''
else:
for x,y in coli:
self.block_g.remove(self.blocks[x][y])
self.blocks[x][y]=None
self.ball.ball_angle=90
'''
score += len(coli)
self.num_b -= len(coli)
def test_calcSquare(a, b, c, answer):
assert square(a, b, c) == answer
def test_square(self): result = square(5) self.assertEqual(result, 25)
def test_square(self):
self.assertEqual(calc.square(2), 4)
self.assertEqual(calc.square(9), 81)
'''with self.assertRaises(ValueError):
def test_calc_square(test_input, expected_output):
result = calc.square(test_input)
assert result == expected_output
def squ():
s = square(7)
return s
import calc calc.square(10) x = calc.cube(10) print(x)
def test_square(test_input, test_output):
result = calc.square(test_input)
assert result == test_output
