def test_divide_2(self):
ret = [a.string for a in TM35Block('M234').divide()]
self.assertEqual(len(ret), 4)
self.assertTrue('M2341' in ret)
self.assertTrue('M2342' in ret)
self.assertTrue('M2343' in ret)
self.assertTrue('M2344' in ret)
def test_expand_1(self):
ret = TM35Block.expand('K3444B')
self.assertEqual(len(ret), 4)
self.assertTrue('K3444B1' in ret)
self.assertTrue('K3444B2' in ret)
self.assertTrue('K3444B3' in ret)
self.assertTrue('K3444B4' in ret)
def test_divide_1(self):
ret = [a.string for a in TM35Block('K').divide()]
self.assertEqual(len(ret), 5)
self.assertTrue('K2' in ret)
self.assertTrue('K3' in ret)
self.assertTrue('K4' in ret)
self.assertTrue('K5' in ret)
self.assertTrue('K6' in ret)
def test_neighbors_missing(self):
ret = TM35Block('L2').neighbors()
labels = [b.string for b in ret]
self.assertEqual(len(ret), 5)
self.assertTrue('K2' in labels)
self.assertTrue('K3' in labels)
self.assertTrue('L3' in labels)
self.assertTrue('M2' in labels)
self.assertTrue('M3' in labels)
def test_overlapping_blocks_3(self):
ret = TM35Block.overlapping_blocks(311145,
6764630,
327533,
6766638,
level=6)
self.assertEqual(len(ret), 4)
codes = [a.string for a in ret]
self.assertTrue('M4111A' in codes)
self.assertTrue('M4111C' in codes)
self.assertTrue('M4111E' in codes)
self.assertTrue('M4111G' in codes)
def test_overlapping_blocks_2(self):
ret = TM35Block.overlapping_blocks(311145, 6764630, 327533, 6766638)
self.assertEqual(len(ret), 12)
codes = [a.string for a in ret]
self.assertTrue('M4111A3' in codes)
self.assertTrue('M4111A4' in codes)
self.assertTrue('M4111C1' in codes)
self.assertTrue('M4111C2' in codes)
self.assertTrue('M4111C3' in codes)
self.assertTrue('M4111C4' in codes)
self.assertTrue('M4111E1' in codes)
self.assertTrue('M4111E2' in codes)
self.assertTrue('M4111E3' in codes)
self.assertTrue('M4111E4' in codes)
self.assertTrue('M4111G1' in codes)
self.assertTrue('M4111G2' in codes)
def test_left_neighbour_2(self):
ret = TM35Block('N421').left_neighbor()
self.assertEqual(ret.string, 'N343')
def test_constructor_04(self):
ret = TM35Block('K34')
self.assertEqual(ret.llcorner[0], 212000)
self.assertEqual(ret.llcorner[1], 6618000)
self.assertEqual(ret.dims[0], 96000)
self.assertEqual(ret.dims[1], 48000)
def test_left_neighbour_1(self):
ret = TM35Block('L4').left_neighbor()
self.assertEqual(ret.string, 'L3')
def test_constructor_09(self):
ret = TM35Block('M4')
self.assertEqual(ret.llcorner[0], 308000)
self.assertEqual(ret.llcorner[1], 6762000)
self.assertEqual(ret.dims[0], 192000)
self.assertEqual(ret.dims[1], 96000)
def test_constructor_05(self):
ret = TM35Block('K344')
self.assertEqual(ret.llcorner[0], 260000)
self.assertEqual(ret.llcorner[1], 6642000)
self.assertEqual(ret.dims[0], 48000)
self.assertEqual(ret.dims[1], 24000)
def test_bottom_neighbor_2(self):
ret = TM35Block('N421').bottom_neighbor()
self.assertEqual(ret.string, 'N412')
def test_top_right_neighbor_1(self):
ret = TM35Block('L4').top_right_neighbor()
self.assertEqual(ret.string, 'M5')
def test_constructor_15(self):
ret = TM35Block('M4414H4')
self.assertEqual(ret.llcorner[0], 449000)
self.assertEqual(ret.llcorner[1], 6831000)
self.assertEqual(ret.dims[0], 3000)
self.assertEqual(ret.dims[1], 3000)
def test_bottom_left_neighbor_1(self):
ret = TM35Block('L4').bottom_left_neighbor()
self.assertEqual(ret.string, 'K3')
def test_constructor_13(self):
ret = TM35Block('M4414')
self.assertEqual(ret.llcorner[0], 428000)
self.assertEqual(ret.llcorner[1], 6822000)
self.assertEqual(ret.dims[0], 24000)
self.assertEqual(ret.dims[1], 12000)
def test_constructor_14(self):
ret = TM35Block('M4414H')
self.assertEqual(ret.llcorner[0], 446000)
self.assertEqual(ret.llcorner[1], 6828000)
self.assertEqual(ret.dims[0], 6000)
self.assertEqual(ret.dims[1], 6000)
def test_constructor_12(self):
ret = TM35Block('M441')
self.assertEqual(ret.llcorner[0], 404000)
self.assertEqual(ret.llcorner[1], 6810000)
self.assertEqual(ret.dims[0], 48000)
self.assertEqual(ret.dims[1], 24000)
def test_constructor_11(self):
ret = TM35Block('M444')
self.assertEqual(ret.llcorner[0], 452000)
self.assertEqual(ret.llcorner[1], 6834000)
self.assertEqual(ret.dims[0], 48000)
self.assertEqual(ret.dims[1], 24000)
def test_expand_2(self):
ret = TM35Block.expand('K3')
self.assertEqual(len(ret), 2048)
def test_left_neighbour_3(self):
ret = TM35Block('Q5222A2').left_neighbor()
self.assertEqual(ret.string, 'Q4444G4')
def test_constructor_06(self):
ret = TM35Block('K3444')
self.assertEqual(ret.llcorner[0], 284000)
self.assertEqual(ret.llcorner[1], 6654000)
self.assertEqual(ret.dims[0], 24000)
self.assertEqual(ret.dims[1], 12000)
def test_top_neighbor_2(self):
ret = TM35Block('N421').top_neighbor()
self.assertEqual(ret.string, 'N422')
def test_no_overlapping_blocks(self):
ret = TM35Block.overlapping_blocks(0, 0, 1, 1)
self.assertEqual(len(ret), 0)
def test_bottom_neighbor_3(self):
ret = TM35Block('Q5222A2').bottom_neighbor()
self.assertEqual(ret.string, 'Q5222A1')
def test_no_left_neighbor(self):
ret = TM35Block('L2').left_neighbor()
self.assertTrue(ret is None)
def test_top_right_neighbor_2(self):
ret = TM35Block('Q5222A2').top_right_neighbor()
self.assertEqual(ret.string, 'Q5222B3')
def test_constructor_08(self):
ret = TM35Block('K3444H4')
self.assertEqual(ret.llcorner[0], 305000)
self.assertEqual(ret.llcorner[1], 6663000)
self.assertEqual(ret.dims[0], 3000)
self.assertEqual(ret.dims[1], 3000)
def test_bottom_left_neighbor_2(self):
ret = TM35Block('Q5222A2').bottom_left_neighbor()
self.assertEqual(ret.string, 'Q4444G3')
def test_inequality_1(self):
r1 = TM35Block.overlapping_blocks(300001, 6990001, 301000, 6991000)
r2 = TM35Block.overlapping_blocks(303001, 6990001, 304000, 6991000)
self.assertEqual(len(r1), 1)
self.assertEqual(len(r2), 1)
self.assertNotEqual(r1[0], r2[0])