tests.sensitivity_calculator

Unit tests for the sensitivity_calculator.frontend_adapter module

tests.sensitivity_calculator.test_end_to_end.test_default_continuum_int_time()

This is an end to end testing of the SC ContinuumIntTime component. A range of possible inputs are tried and the results compared with expected.

‘Expert’ values are not set, so the SC will calculate the standard defaults where necessary.

tests.sensitivity_calculator.test_end_to_end.test_default_continuum_sensitivity()

This is an end to end testing of the SC ContinuumSensitivity component. A range of possible inputs are tried and the results compared with expected.

‘Expert’ values are not set, so the SC will calculate the standard defaults where necessary.

tests.sensitivity_calculator.test_end_to_end.test_default_line_int_time()

This is an end to end testing of the SC LineIntTime component. A range of possible inputs are tried and the results compared with expected.

‘Expert’ values are not set, so the SC will calculate the standard defaults where necessary.

tests.sensitivity_calculator.test_end_to_end.test_default_line_sensitivity()

This is an end to end testing of the SC LineSensitivity component. A range of possible inputs are tried and the results compared with expected.

‘Expert’ values are not set, so the SC will calculate the standard defaults where necessary.

Unit tests for the sensitivity_calculator.frontend_adapter module

tests.sensitivity_calculator.test_frontend_adapter.test_construct_frontend_result()

This tests the translate_frontend_result method for one set of inputs.

tests.sensitivity_calculator.test_frontend_adapter.test_default_continuum_int_time()

This is an end to end testing of the SC ContinuumIntTime component. A range of possible inputs are tried and the results compared with those calculated directly.

‘Expert’ values are not set, so the SC will calculate the standard defaults where necessary.

tests.sensitivity_calculator.test_frontend_adapter.test_default_continuum_sensitivity()

This is an end to end testing of the SC ContinuumSensitivity component. A range of possible inputs are tried and the results compared with those calculated directly.

‘Expert’ values are not set, so the SC will calculate the standard defaults where necessary.

tests.sensitivity_calculator.test_frontend_adapter.test_default_line_int_time()

This is an end to end testing of the SC LineIntTime component. A range of possible inputs are tried and the results compared with those calculated directly.

‘Expert’ values are not set, so the SC will calculate the standard defaults where necessary.

tests.sensitivity_calculator.test_frontend_adapter.test_default_line_sensitivity()

This is an end to end testing of the SC LineSensitivity component. A range of possible inputs are tried and the results compared with those calculated directly.

‘Expert’ values are not set, so the SC will calculate the standard defaults where necessary.

tests.sensitivity_calculator.test_frontend_adapter.test_get_chunks()

This tests the get_chunks method for one set of inputs.

tests.sensitivity_calculator.test_frontend_adapter.test_translate_backend_state()

This tests the translate_backend_state method for one set of inputs.

Unit tests for the sensitivity_calculator.mid module.

tests.sensitivity_calculator.test_mid.test_SEFD_antenna()

Verify performance of SEFD_antenna.

tests.sensitivity_calculator.test_mid.test_SEFD_array()

Verify performance of SEFD_antenna.

tests.sensitivity_calculator.test_mid.test_calculate_integration_time()

Verify the integration time of a proposed observation for a given sensitivity

tests.sensitivity_calculator.test_mid.test_calculate_sensitivity()

Verify the sensitivity of a proposed observation for a given integration

tests.sensitivity_calculator.test_mid.test_never_up()

Verify behaviour of mid.MidCalculator with target always below horizon

tests.sensitivity_calculator.test_mid.test_state()

Verify the method that passes the calculated values back to the front end

Unit tests for the sensitivity_calculator.mid_utilities module.

tests.sensitivity_calculator.test_mid_utilities.test_Tgal()

Validate mid_utilities.Tgal

tests.sensitivity_calculator.test_mid_utilities.test_Trcv()

Validate mid_utilities.Trcv

tests.sensitivity_calculator.test_mid_utilities.test_Tsky()

Validate mid_utilities.Tsky

tests.sensitivity_calculator.test_mid_utilities.test_Tspl()

Validate mid_utilities.Tspl

tests.sensitivity_calculator.test_mid_utilities.test_Tsys_dish()

Validate mid_utilities.Tsys_dish

tests.sensitivity_calculator.test_mid_utilities.test_eta_bandpass()

Verify mid_utilities.eta_bandpass

tests.sensitivity_calculator.test_mid_utilities.test_eta_coherence()

Verify mid_utilities.eta_coherence

tests.sensitivity_calculator.test_mid_utilities.test_eta_correlation()

Verify mid_utilities.eta_correlation

tests.sensitivity_calculator.test_mid_utilities.test_eta_digitisation()

Verify mid_utilities.BaseCalculator.eta_digitise

tests.sensitivity_calculator.test_mid_utilities.test_eta_dish()

Validate mid_utilities.eta_dish

tests.sensitivity_calculator.test_mid_utilities.test_eta_point()

Verify mid_utilities.BaseCalculator.eta_point

tests.sensitivity_calculator.test_mid_utilities.test_eta_rfi()

Validate mid_utilities.eta_rfi

tests.sensitivity_calculator.test_mid_utilities.test_eta_system()

Validate mid_utilities.eta_system

Unit tests for the sensitivity_calculator.routes module At the moment, test the subarrays REST interface.

tests.sensitivity_calculator.test_routes.client()

As explained in the Flask documentation: https://flask.palletsprojects.com/en/1.1.x/testing/

tests.sensitivity_calculator.test_routes.test_subarrays_list(client)

Test the subarrays entry point.

Unit tests for the sensitivity_calculator.subarray module.

tests.sensitivity_calculator.test_subarray.test_local_storage_listing()

Verify storage lists subarray files properly

tests.sensitivity_calculator.test_subarray.test_local_storage_load_data()

Verify that the storage instance load subarray files and transforms them to Subarray objects properly

tests.sensitivity_calculator.test_subarray.test_local_storage_load_non_existing_data()

Verify that an exception is raised when the storage file is not found

tests.sensitivity_calculator.test_subarray.test_subarray_class_properties()

Check that the two convenience properties return the correct number of antennas

tests.sensitivity_calculator.test_subarray.test_subarray_marshmallow_deserialization()

Test that the marshmallow schema works: deserialization

tests.sensitivity_calculator.test_subarray.test_subarray_marshmallow_serialization()

Test that the marshmallow schema works: serialization

Unit tests for the sensitivity_calculator.utilities module.

tests.sensitivity_calculator.test_utilities.test_Tatm()

Verify Tatm calculation

tests.sensitivity_calculator.test_utilities.test_Tcmb()

Verify that the Tcmb is 2.73K

tests.sensitivity_calculator.test_utilities.test_Tgal()

Verify that the Tcmb is 2.73K

tests.sensitivity_calculator.test_utilities.test_Tx()

Verify that the correction applied to temperature is calculated correctly

tests.sensitivity_calculator.test_utilities.test_calculate_Trcv()

Verify TelParams.calculate_Trcv

tests.sensitivity_calculator.test_utilities.test_calculate_Tspl()

Verify TelParams.calculateTspl

tests.sensitivity_calculator.test_utilities.test_dish_area()

Verify TelParams.dish_area

tests.sensitivity_calculator.test_utilities.test_dish_efficiency()

Verify TelParams.calculate_dish_efficiency

tests.sensitivity_calculator.test_utilities.test_dish_fwhm()

Verify TelParams.dish_fwhm

tests.sensitivity_calculator.test_utilities.test_get_tauz_atm()

Verify tauz lookup

tests.sensitivity_calculator.test_utilities.test_mid_core_location()

Verify TelParams.mid_core_location

tests.sensitivity_calculator.test_utilities.test_telparams_constants()

Verify constants