def test_DataSetInitializedDataRecordsForComplexSingleDataWithArguents(self):
with Tokenizer(open(data_folder() + '58_complex_data_with_argument.unv', 'r')) as tokenizer:
dataSet = DataSet58(tokenizer)
values = dataSet.read_definition()
self.assertEquals(len(dataSet.data_records), 1)
data = dataSet.read_data()
for i in range(values.data.number_of_data_points):
self.assertEqual(data[i].abscissa, 10.0 * (i + 1))
self.assertEqual(data[i].value, complex(1.0 * (i + 1) + 0.1, 1.0 * (i + 1) + 0.2))
def test_DataSetReadsDefinition(self):
with Tokenizer(open(data_folder() + '2414_structural_mode_single_precision_complex.unv', 'r')) as tokenizer:
dataSet = DataSet2414(tokenizer)
values = dataSet.values;
if 1: #Records 1 to 8
self.assertEquals(values.dataset.label, 1)
self.assertEquals(values.dataset.name, 'Exported by LMS: Modal data: nodal complex translation and rotation')
self.assertEquals(values.dataset.location, 1)
self.assertEquals(values.dataset.location_, 'Data at nodes')
#...
self.assertEquals(values.id_lines[2], 'Data written by LMS Virtual.Lab')
if 1: #Record 9
self.assertEquals(values.model_type, 1)
self.assertEquals(values.model_type_, 'Structural')
self.assertEquals(values.analysis_type, 2)
self.assertEquals(values.analysis_type_, 'Normal mode')
self.assertEquals(values.data_characteristic, 3)
self.assertEquals(values.data_characteristic_, '6 DOF global translation & rotation vector')
self.assertEquals(values.result_type, 8)
self.assertEquals(values.result_type_, 'Displacement')
self.assertEquals(values.data_type, 5)
self.assertEquals(values.data_type_, 'Single precision complex')
self.assertEquals(values.number_of_data_values, 6)
if 1: #Record 10 and 11
self.assertEquals(values.design_set_id, 0)
self.assertEquals(values.iteration_number, 0)
self.assertEquals(values.solution_set_id, 29291)
self.assertEquals(values.boundary_condition, 0)
self.assertEquals(values.load_set, 0)
self.assertEquals(values.mode_number, 1)
self.assertEquals(values.time_stamp_number, 0)
self.assertEquals(values.frequency_number, 0)
self.assertEquals(values.creation_option, 0)
if 1: #Record 12 and 13
self.assertEquals(values.time, 0.0)
self.assertEquals(values.frequency, 8.29173e+00)
self.assertEquals(values.eigenvalue, 0.0)
self.assertEquals(values.modal_mass, 1.0)
self.assertEquals(values.viscous_damping_ratio, 3.05439e-03)
self.assertEquals(values.hysteretic_damping_ratio, 0.0)
self.assertEquals(values.eigenvalue_re, -1.59130e-01)
self.assertEquals(values.eigenvalue_im, 5.20985e+01)
self.assertEquals(values.modalA_re, 1.0)
self.assertEquals(values.modalA_im, 0.0)
self.assertEquals(values.modalB_re, 0.0)
self.assertEquals(values.modalB_im, 0.0)
def test_DataSetInitializedDataRecordsForSinglePrecisionComplexWith6DOF(self):
with Tokenizer(open(data_folder() + '2414_structural_mode_single_precision_complex.unv', 'r')) as tokenizer:
dataSet = DataSet2414(tokenizer)
values = dataSet.read_definition()
self.assertEquals(len(dataSet.data_records), 2)
data = dataSet.read_data()
self.assertEqual(len(data), values.number_of_data_values)
for i in range(len(data)):
self.assertEqual(data[i].node_number, i + 1)
#Just test the first and the last value
self.assertEqual(data[0].translation[0], complex(-1.58112e-03, 0.00000e+00))
self.assertEqual(data[len(data) - 1].rotation[2], complex(1.17549e-38, 1.17549e-38))
def test_DataSetInitializedDataRecordsForSinglePrecisionComplexWith6DOF(
self):
with Tokenizer(
open(
data_folder() +
'2414_structural_mode_single_precision_complex.unv',
'r')) as tokenizer:
dataSet = DataSet2414(tokenizer)
values = dataSet.read_definition()
self.assertEquals(len(dataSet.data_records), 2)
data = dataSet.read_data()
self.assertEqual(len(data), values.number_of_data_values)
for i in range(len(data)):
self.assertEqual(data[i].node_number, i + 1)
#Just test the first and the last value
self.assertEqual(data[0].translation[0],
complex(-1.58112e-03, 0.00000e+00))
self.assertEqual(data[len(data) - 1].rotation[2],
complex(1.17549e-38, 1.17549e-38))
def test_DataSetReadsDefinition(self):
with Tokenizer(open(data_folder() + '58_real_data_with_argument.unv', 'r')) as tokenizer:
dataSet = DataSet58(tokenizer)
self.assertEquals(dataSet.values.id_lines[1], 'Force_Time:+X')
#...
self.assertEquals(dataSet.values.id_lines[5], 'Default condition')
#Record 6
self.assertEquals(dataSet.values.dof.function_type, 1)
self.assertEquals(dataSet.values.dof.response_entity_name, 'Force_Time')
#Record 7
self.assertEquals(dataSet.values.data.ordinate_data_type, 2)
self.assertEquals(dataSet.values.data.number_of_data_points, 10)
#Record 8
self.assertEquals(dataSet.values.abscissa.data_type, 17)
self.assertEquals(dataSet.values.abscissa.axis_units_label, 's')
#Record 9
self.assertEquals(dataSet.values.ordinate_numerator.data_type, 13)
self.assertEquals(dataSet.values.ordinate_numerator.axis_units_label, 'N')
#Record 10
self.assertEquals(dataSet.values.ordinate_denominator.data_type, 0)
self.assertEquals(dataSet.values.ordinate_denominator.axis_units_label, 'NONE')
#Record 11
self.assertEquals(dataSet.values.z_axis.data_type, 0)
self.assertEquals(dataSet.values.z_axis.axis_units_label, 'NONE')
def test_seek_FileSetsTheCurrentPosition(self):
tokenizer = Tokenizer(open(data_folder() + 'tokenizer.txt', 'r'))
tokenizer.seek(5)
self.assertEqual(tokenizer.read(7), '6789012')
def test_read_FileReturnsSameLengthAsItIsAsked(self):
tokenizer = Tokenizer(open(data_folder() + 'tokenizer.txt', 'r'))
self.assertEqual(tokenizer.read(5), '12345')
self.assertEqual(tokenizer.read(4), '6789')
def test_DataSetReadsDefinition(self):
with Tokenizer(
open(
data_folder() +
'2414_structural_mode_single_precision_complex.unv',
'r')) as tokenizer:
dataSet = DataSet2414(tokenizer)
values = dataSet.values
if 1: #Records 1 to 8
self.assertEquals(values.dataset.label, 1)
self.assertEquals(
values.dataset.name,
'Exported by LMS: Modal data: nodal complex translation and rotation'
)
self.assertEquals(values.dataset.location, 1)
self.assertEquals(values.dataset.location_, 'Data at nodes')
#...
self.assertEquals(values.id_lines[2],
'Data written by LMS Virtual.Lab')
if 1: #Record 9
self.assertEquals(values.model_type, 1)
self.assertEquals(values.model_type_, 'Structural')
self.assertEquals(values.analysis_type, 2)
self.assertEquals(values.analysis_type_, 'Normal mode')
self.assertEquals(values.data_characteristic, 3)
self.assertEquals(
values.data_characteristic_,
'6 DOF global translation & rotation vector')
self.assertEquals(values.result_type, 8)
self.assertEquals(values.result_type_, 'Displacement')
self.assertEquals(values.data_type, 5)
self.assertEquals(values.data_type_,
'Single precision complex')
self.assertEquals(values.number_of_data_values, 6)
if 1: #Record 10 and 11
self.assertEquals(values.design_set_id, 0)
self.assertEquals(values.iteration_number, 0)
self.assertEquals(values.solution_set_id, 29291)
self.assertEquals(values.boundary_condition, 0)
self.assertEquals(values.load_set, 0)
self.assertEquals(values.mode_number, 1)
self.assertEquals(values.time_stamp_number, 0)
self.assertEquals(values.frequency_number, 0)
self.assertEquals(values.creation_option, 0)
if 1: #Record 12 and 13
self.assertEquals(values.time, 0.0)
self.assertEquals(values.frequency, 8.29173e+00)
self.assertEquals(values.eigenvalue, 0.0)
self.assertEquals(values.modal_mass, 1.0)
self.assertEquals(values.viscous_damping_ratio, 3.05439e-03)
self.assertEquals(values.hysteretic_damping_ratio, 0.0)
self.assertEquals(values.eigenvalue_re, -1.59130e-01)
self.assertEquals(values.eigenvalue_im, 5.20985e+01)
self.assertEquals(values.modalA_re, 1.0)
self.assertEquals(values.modalA_im, 0.0)
self.assertEquals(values.modalB_re, 0.0)
self.assertEquals(values.modalB_im, 0.0)
def test_seek_FileSetsTheCurrentPosition(self):
tokenizer = Tokenizer(open(data_folder() + 'tokenizer.txt', 'r'))
tokenizer.seek(5)
self.assertEqual(tokenizer.read(7), '6789012')
def test_read_FileReturnsSameLengthAsItIsAsked(self):
tokenizer = Tokenizer(open(data_folder() + 'tokenizer.txt', 'r'))
self.assertEqual(tokenizer.read(5), '12345')
self.assertEqual(tokenizer.read(4), '6789')