def test_accel_mag_no_temp(self):
full_file_path = reference_file('accel_mag_no_temp.lid')
parameters = default_parameters()
parameters['average'] = False
dc = DataConverter(full_file_path, parameters)
dc.convert()
assert_compare_expected_file('accel_mag_no_temp_AccelMag.csv')
def test_conversion(self):
full_file_path = reference_file('test.lid')
parameters = default_parameters()
parameters['average'] = False
converter = DataConverter(full_file_path, parameters)
converter.convert()
assert_compare_expected_file('test_AccelMag.csv')
assert_compare_expected_file('test_Temperature.csv')
def test_observer(self):
full_file_path = reference_file('test.lid')
parameters = default_parameters()
parameters['average'] = False
dc = DataConverter(full_file_path, parameters)
dc.register_observer(lambda percent_done: None)
dc.convert()
assert_compare_expected_file('test_AccelMag.csv')
assert_compare_expected_file('test_Temperature.csv')
def test_convert_w_posix_time(self):
full_file_path = reference_file('test.lid')
parameters = default_parameters()
parameters['time_format'] = 'posix'
dc = DataConverter(full_file_path, parameters)
dc.convert()
assert_compare_expected_file('test_AccelMag.csv',
'test_AccelMag-posix.csv.expect')
assert_compare_expected_file('test_Temperature.csv',
'test_Temperature-posix.csv.expect')
def test_current(self):
full_file_path = reference_file('test.lid')
tilt_file_path = reference_file('tiltcurve/TCM-1, 1BalSalt.cal')
tilt_curve = TiltCurve(tilt_file_path)
parameters = default_parameters()
parameters['output_type'] = 'current'
parameters['tilt_curve'] = tilt_curve
dc = DataConverter(full_file_path, parameters)
dc.convert()
assert_compare_expected_file('test_Current.csv')
assert_compare_expected_file('test_Temperature.csv')
def test_custom_calibration(self):
full_file_path = reference_file('custom_cal/test.lid')
cal_path = reference_file('custom_cal/hoststorage_default.txt')
calibration = make_from_calibration_file(cal_path)
parameters = default_parameters()
parameters['calibration'] = calibration
parameters['average'] = False
dc = DataConverter(full_file_path, parameters)
dc.convert()
assert_compare_expected_file('custom_cal/test_AccelMag.csv')
assert_compare_expected_file('custom_cal/test_Temperature.csv')
def test_current_with_spike(self):
full_file_path = reference_file('spike.lid')
tilt_file_path = reference_file(
'tiltcurve/TCM-3, Deep Water Meter.cal')
tilt_curve = TiltCurve(tilt_file_path)
parameters = default_parameters()
parameters['output_type'] = 'current'
parameters['tilt_curve'] = tilt_curve
dc = DataConverter(full_file_path, parameters)
dc.convert()
assert_compare_expected_file('spike_Current.csv')
assert_compare_expected_file('spike_Temperature.csv')
def test_temp_comp_magnetometer(self):
full_file_path = reference_file('TCM1_Calibrate_(0).lid')
dc = DataConverter(full_file_path, default_parameters())
dc.convert()
assert_compare_expected_file('TCM1_Calibrate_(0)_AccelMag.csv')
assert_compare_expected_file('TCM1_Calibrate_(0)_Temperature.csv')
