def test_getUnitDataUsbpr(self):
"""Check it's returning the correctly formatted data"""
# create a unloaded river unit to just check the readHeadData() method.
b = bridgeunit.BridgeUnitUsbpr()
# Put the test data into the method
b.readUnitData(self.usbpr_unitdata, 0)
test_output = [
'BRIDGE Bridge over the weir at bend in river based on section 1.042',
'USBPR1978', '1.042_BU 1.042_BD 1.042_US 1.042_DS ',
'MANNING',
' 1.000 0.000 0.000 0.000 0 ORIFICE 0.100 0.100 1.000',
' 3', ' 0FLAT ', ' ALIGNED', ' 11',
' 11.562 33.961 0.040 L',
' 11.587 33.667 0.040 ',
' 11.692 32.418 0.040 ',
' 12.030 32.417 0.040 ',
' 12.579 32.426 0.040 ',
' 13.475 32.419 0.040 ',
' 14.452 32.422 0.040 ',
' 15.127 32.425 0.040 ',
' 15.231 33.667 0.040 ',
' 15.256 33.969 0.040 ',
' 15.267 34.096 0.040 R', ' 1',
' 11.587 15.231 33.680 33.680', ' 1',
' 0.000 0.000 0.000 1.000 1.000 1.000'
]
output = b.getData()
self.assertListEqual(test_output, output)
def test_readHeadDataUsbpr(self):
"""Check that the HeadDataItem's get read in ok."""
# create a unloaded river unit to just check the readHeadData() method.
b = bridgeunit.BridgeUnitUsbpr()
# Put the test data into the method
b._readHeadData(self.usbpr_unitdata, 0)
self.assertEqual(b._name, '1.042_BU')
self.assertEqual(b._name_ds, '1.042_BD')
self.assertEqual(b.head_data['remote_us'].value, '1.042_US')
self.assertEqual(b.head_data['remote_ds'].value, '1.042_DS')
self.assertEqual(b.head_data['calibration_coef'].value, 1.000)
self.assertEqual(b.head_data['skew_angle'].value, 0.000)
self.assertEqual(b.head_data['width'].value, 0.000)
self.assertEqual(b.head_data['dual_distance'].value, 0.000)
self.assertEqual(b.head_data['num_of_orifices'].value, 0)
self.assertEqual(b.head_data['orifice_flag'].value, 'ORIFICE')
self.assertEqual(b.head_data['op_lower'].value, 0.1)
self.assertEqual(b.head_data['op_upper'].value, 0.1)
self.assertEqual(b.head_data['op_cd'].value, 1)
self.assertEqual(b.head_data['abutment_type'].value, '3')
self.assertEqual(b.head_data['num_of_piers'].value, 0)
self.assertEqual(b.head_data['pier_shape'].value, 'FLAT')
self.assertEqual(b.head_data['pier_shape_2'].value, '')
self.assertEqual(b.head_data['pier_calibration_coef'].value, '')
self.assertEqual(b.head_data['abutment_align'].value, 'ALIGNED')
def test_readUnitDataUsbpr(self):
"""
"""
# create a unloaded river unit to just check the readHeadData() method.
b = bridgeunit.BridgeUnitUsbpr()
# Put the test data into the method
b.readUnitData(self.usbpr_unitdata, 0)
# Lists for each of the data objects that are created when reading the file
chainage = [
11.562, 11.587, 11.692, 12.03, 12.579, 13.475, 14.452, 15.127,
15.231, 15.256, 15.267
]
elevation = [
33.961, 33.667, 32.418, 32.417, 32.426, 32.419, 32.422, 32.425,
33.667, 33.969, 34.096
]
roughness = [
0.04, 0.04, 0.04, 0.04, 0.04, 0.04, 0.04, 0.04, 0.04, 0.04, 0.04
]
marker = ['L', '', '', '', '', '', '', '', '', '', 'R']
self.assertListEqual(b.row_data['main'].dataObjectAsList(rdt.CHAINAGE),
chainage)
self.assertListEqual(
b.row_data['main'].dataObjectAsList(rdt.ELEVATION), elevation)
self.assertListEqual(
b.row_data['main'].dataObjectAsList(rdt.ROUGHNESS), roughness)
self.assertListEqual(
b.row_data['main'].dataObjectAsList(rdt.EMBANKMENT), marker)
open_start = [11.587]
open_end = [15.231]
spring = [33.68]
soffit = [33.68]
self.assertListEqual(
b.row_data['opening'].dataObjectAsList(rdt.OPEN_START), open_start)
self.assertListEqual(
b.row_data['opening'].dataObjectAsList(rdt.OPEN_END), open_end)
self.assertListEqual(
b.row_data['opening'].dataObjectAsList(rdt.SPRINGING_LEVEL),
spring)
self.assertListEqual(
b.row_data['opening'].dataObjectAsList(rdt.SOFFIT_LEVEL), soffit)