def test_getData(self): self.assertTrue(BBB.getData())
def test_sendData(self): self.assertTrue(BBB.sendData()) self.assertFalse(BBB.sendData())
def test_humidity(self): self.assertGreaterEqual(BBB.read_humidity(), 0)
def test_pressure(self): self.assertGreaterEqual(BBB.read_pressure(), 0)
def test_lux(self): self.assertGreaterEqual(BBB.read_lux(), 0)
def test_temp1(self): self.assertGreater(BBB.read_temp1(), BBB.MIN_TEMP)
listOf3couples = [] listOf3 = [] for i in range(0, 3, 1): listOf3couples.append(generate_BB(Img)) # set the point from left to right if listOf3couples[i][0][0] > listOf3couples[i][1][0]: x = listOf3couples[i][0][0] y = listOf3couples[i][0][1] x1 = listOf3couples[i][1][0] y1 = listOf3couples[i][1][1] listOf3couples[i][0] = [x1, y] listOf3couples[i][1] = [x, y1] # convert from 2points representation to point+W+H tmp = [ listOf3couples[i][0][0], listOf3couples[i][0][1], listOf3couples[i][1][0] - listOf3couples[i][0][0], listOf3couples[i][1][1] - listOf3couples[i][0][1] ] listOf3.append(tmp) tmpList = [] Img = clone.copy() print listOf3 bestBB = [BBB.selectBest(listOf3, imgpath)] displayAll(bestBB, listOf3)