updated dawn driver and tests (#166) (e5cd1920) · Commits · aflab / astrogeology / Ale

ale/base/label_pds3.py

+10 −0

Original line number	Diff line number	Diff line
		@@ -248,3 +248,13 @@ class Pds3Label():
		@property
		def line_exposure_duration(self):
		return self.label['LINE_EXPOSURE_DURATION'].value * 0.001 # Scale to seconds

		@property
		def filter_number(self):
		"""
		Returns
		-------
		: int
		Returns the filter number from the PDS3 label
		"""
		return self.label['FILTER_NUMBER']

ale/drivers/dawn_drivers.py

+27 −8

Original line number	Diff line number	Diff line
		@@ -8,7 +8,7 @@ from ale.base.data_naif import NaifSpice
		from ale.base.label_pds3 import Pds3Label
		from ale.base.type_sensor import Framer

		class DawnFcPds3NaifSpiceDriver(Pds3Label, Driver, Framer, NaifSpice):
		class DawnFcPds3NaifSpiceDriver(Pds3Label, NaifSpice, Framer, Driver):
		"""
		Dawn driver for generating an ISD from a Dawn PDS3 image.
		"""
		@@ -24,8 +24,8 @@ class DawnFcPds3NaifSpiceDriver(Pds3Label, Driver, Framer, NaifSpice):
		: str
		instrument id
		"""
		instrument_id = self.label["INSTRUMENT_ID"]
		filter_number = self.label["FILTER_NUMBER"]
		instrument_id = super().instrument_id
		filter_number = self.filter_number

		return "DAWN_{}_FILTER_{}".format(instrument_id, filter_number)

		@@ -82,14 +82,15 @@ class DawnFcPds3NaifSpiceDriver(Pds3Label, Driver, Framer, NaifSpice):
		def spacecraft_name(self):
		"""
		Spacecraft name used in various Spice calls to acquire
		ephemeris data.
		ephemeris data. Dawn does not have a SPACECRAFT_NAME keyword, therefore
		we are overwriting this method using the instrument_host_id keyword instead.

		Returns
		-------
		: str
		Spacecraft name
		"""
		return self.label['INSTRUMENT_HOST_NAME']
		return self.instrument_host_id

		@property
		def target_name(self):
		@@ -105,7 +106,7 @@ class DawnFcPds3NaifSpiceDriver(Pds3Label, Driver, Framer, NaifSpice):
		: str
		target name
		"""
		target = self.label['TARGET_NAME']
		target = super().target_name
		target = target.split(' ')[-1]
		return target

		@@ -117,13 +118,13 @@ class DawnFcPds3NaifSpiceDriver(Pds3Label, Driver, Framer, NaifSpice):
		account for the CCD being discharged or cleared.
		"""
		if not hasattr(self, '_starting_ephemeris_time'):
		sclock = self.label['SPACECRAFT_CLOCK_START_COUNT']
		sclock = self.spacecraft_clock_start_count
		self._starting_ephemeris_time = spice.scs2e(self.spacecraft_id, sclock)
		self._starting_ephemeris_time += 193.0 / 1000.0
		return self._starting_ephemeris_time

		@property
		def optical_distortion(self):
		def usgscsm_distortion_model(self):
		"""
		The Dawn framing camera uses a unique radial distortion model so we need
		to overwrite the method packing the distortion model into the ISD.
		@@ -157,3 +158,21 @@ class DawnFcPds3NaifSpiceDriver(Pds3Label, Driver, Framer, NaifSpice):
		# Microns to mm
		pixel_size = spice.gdpool('INS{}_PIXEL_SIZE'.format(self.ikid), 0, 1)[0] * 0.001
		return [0.0, 0.0, 1/pixel_size]

		def detector_start_line(self):
		return 1

		def detector_start_sample(self):
		return 1

		@property
		def sensor_model_version(self):
		"""
		Returns instrument model version

		Returns
		-------
		: int
		model version
		"""
		return 2

tests/pytests/test_dawn_driver.py

deleted100644 → 0

+0 −436

Original line number	Diff line number	Diff line
		from collections import namedtuple
		from unittest import mock

		import pytest

		import ale
		from ale.drivers import dawn_drivers
		from ale.base import data_naif

		from ale.drivers.dawn_drivers import DawnFcPds3NaifSpiceDriver

		# 'Mock' the spice module where it is imported
		from conftest import SimpleSpice, get_mockkernels

		simplespice = SimpleSpice()
		data_naif.spice = simplespice
		dawn_drivers.spice = simplespice

		DawnFcPds3NaifSpiceDriver.metakernel = get_mockkernels

		@pytest.fixture
		def dawn_label():
		return """
		PDS_VERSION_ID = PDS3
		LABEL_REVISION_NOTE = "20080201, PGM, DAWN FC V1.5"

		/* FILE CHARACTERISTICS */

		RECORD_TYPE = FIXED_LENGTH
		RECORD_BYTES = 512
		FILE_RECORDS = 4303
		LABEL_RECORDS = 26
		FILE_NAME = "FC21A0004515_11226150724F1F.IMG"

		/* POINTERS TO DATA OBJECTS */

		^IMAGE = 28
		^FRAME_2_IMAGE = 4124
		^FRAME_3_IMAGE = 4207
		^FRAME_4_IMAGE = 4240
		^FRAME_5_IMAGE = 4272
		^HISTORY = 27

		/* SOFTWARE */

		SOFTWARE_DESC = "TRAP.EXE"
		SOFTWARE_LICENSE_TYPE = "COMMERCIAL"
		SOFTWARE_ID = "TRAP"
		SOFTWARE_NAME = "TRAP"
		SOFTWARE_VERSION_ID = "Trap v3.22"
		SOFTWARE_RELEASE_DATE = 2012-10-19

		/* TELEMETRY IDENTIFICATION */

		TELEMETRY_FORMAT_ID = "305"

		/* PRODUCT IDENTIFICATION */

		DATA_SET_NAME = "DAWN FC2 RAW (EDR) VESTA IMAGES V1.0"
		DATA_SET_ID = "DAWN-A-FC2-2-EDR-VESTA-IMAGES-V1.0"
		PRODUCT_ID = "0004515"
		PRODUCT_TYPE = "DATA"
		STANDARD_DATA_PRODUCT_ID = "FC_IMAGE"
		PRODUCER_FULL_NAME = "PABLO GUTIERREZ-MARQUES"
		PRODUCER_INSTITUTION_NAME =
		"MAX PLANCK INSTITUT FUER SONNENSYSTEMFORSCHUNG"
		PRODUCT_CREATION_TIME = 2013-10-29T11:20:13.000
		PRODUCT_VERSION_ID = "F"
		RELEASE_ID = "0001"

		/* MISSION IDENTIFICATION */

		INSTRUMENT_HOST_ID = "DAWN"
		INSTRUMENT_HOST_NAME = "DAWN"
		MISSION_ID = "DAWN"
		MISSION_NAME = "DAWN MISSION TO VESTA AND CERES"
		MISSION_PHASE_NAME = "VESTA SCIENCE SURVEY (VSS)"

		/* INSTRUMENT DESCRIPTION */

		INSTRUMENT_ID = "FC2"
		INSTRUMENT_NAME = "FRAMING CAMERA 2"
		OBSERVATION_ID = "NAV_VSS_C2OpNav_001"
		OBSERVATION_TYPE = "N/A"
		INSTRUMENT_TYPE = "FRAME CCD REFRACTING TELESCOPE"
		DETECTOR_DESC = "1092x1056 PIXELS FRONTLIT FRAMETRANSFER CCD"
		DETECTOR_TYPE = "SI CCD"
		DETECTOR_TEMPERATURE = 219.158 <kelvin>

		/* TIME IDENTIFICATION */

		SPACECRAFT_CLOCK_START_COUNT = "366606510:071"
		SPACECRAFT_CLOCK_STOP_COUNT = "366606510:126"
		START_TIME = 2011-226T15:07:24.316
		DAWN:ALT_START_TIME = 2011-08-14T15:07:24.316
		STOP_TIME = 2011-226T15:07:24.531
		DAWN:ALT_STOP_TIME = 2011-08-14T15:07:24.531

		/* SYSTEM HARDWARE AND SOFTWARE CONFIGURATION */

		DAWN:DPU_HARDWARE_ID = "1.04"
		DAWN:DPU_SOFTWARE_VERSION = "3.05"
		DAWN:UDPLIB_SOFTWARE_VERSION = "3.05.01"
		DAWN:PCU_HARDWARE_ID = 2.02
		DAWN:FEE_HARDWARE_ID = "017.09.09"
		DAWN:MCU_HARDWARE_ID = "12"

		/* MECHANISM STATUS */

		DAWN:FILTER_ENCODER = 62
		FILTER_NUMBER = "1"
		DAWN:FRONT_DOOR_ENCODER = 53
		DAWN:FRONT_DOOR_STATUS_ID = OPEN

		/* IMAGE ACQUISITION OPTIONS */

		DAWN:DATA_ROUTING_ID = "OP-NAV"
		EXPOSURE_DURATION = 20.000 <millisecond>
		DAWN:USE_PRE_CLEAR = ON
		DAWN:IMAGE_ACQUIRE_MODE = NORMAL
		DAWN:CALLAMP_STROBE_TIME = "N/A"
		DAWN:CALLAMP_DELAY_TIME = "N/A"
		DAWN:CALLAMP_FREQUENCY = "N/A"
		DAWN:CALLAMP_DUTY = "N/A"

		/* POWER CONVERTER SWITCH STATUS */

		DAWN:FEE_FLAG = ON
		DAWN:HEATER0_FLAG = OFF
		DAWN:HEATER1_FLAG = OFF
		DAWN:CALLAMP_ENABLE_FLAG = OFF
		DAWN:MCU_MOTOR_POWER_FLAG = ON
		DAWN:MCU_FLAG = ON
		DAWN:FSA_SHOOT_FLAG = OFF
		DAWN:FSA_SHOOT_ENABLE_FLAG = OFF

		/* POWER SYSTEM STATUS */

		DAWN:V_28 = 29.720 <volt>
		DAWN:V_16 = 16.234 <volt>
		DAWN:V_12 = 12.131 <volt>
		DAWN:V_5 = 5.195 <volt>
		DAWN:V_M5 = -5.080 <volt>
		DAWN:V_5_ANALOG = 5.292 <volt>
		DAWN:V_M5_ANALOG = -5.163 <volt>
		DAWN:V_3_3 = 3.337 <volt>
		DAWN:V_2_5 = 2.502 <volt>
		DAWN:I_28 = 803.200 <milliampere>
		DAWN:I_16 = 35.613 <milliampere>
		DAWN:I_12 = 64.200 <milliampere>
		DAWN:I_5 = 269.200 <milliampere>
		DAWN:I_M5 = -74.895 <milliampere>
		DAWN:I_5_ANALOG = 213.000 <milliampere>
		DAWN:I_M5_ANALOG = -27.255 <milliampere>
		DAWN:I_3_3 = 235.800 <milliampere>
		DAWN:I_2_5 = 636.000 <milliampere>

		/* CALIBRATED TEMPERATURES */

		DAWN:T_CCD = 219.158 <kelvin>
		DAWN:T_DPU = 292.874 <kelvin>
		DAWN:T_DCDC = 284.410 <kelvin>
		DAWN:T_F12 = 289.405 <kelvin>
		DAWN:T_CSC = 289.596 <kelvin>
		DAWN:T_COVER_MOTOR = 246.290 <kelvin>
		DAWN:T_LENS_BARREL = 250.280 <kelvin>
		DAWN:T_BAFFLE = 244.292 <kelvin>
		DAWN:T_FILTER_MOTOR = 255.267 <kelvin>
		DAWN:T_STRUCTURE = 256.265 <kelvin>
		DAWN:T_RAD_MOTOR = 202.397 <kelvin>

		/* TEST SETUP CONFIGURATION */

		DAWN:PURPOSE = "N/A"
		DAWN:OPERATOR = "N/A"
		DAWN:SUBJECT = "N/A"
		DAWN:TEST_LAMP = "N/A"
		DAWN:TARGET = "N/A"
		DAWN:CHAMBER = "N/A"

		/* POINTING */

		RIGHT_ASCENSION = 133.615 <degree>
		DECLINATION = -80.357 <degree>
		TWIST_ANGLE = 84.902 <degree>
		CELESTIAL_NORTH_CLOCK_ANGLE = 264.902 <degree>
		QUATERNION = (
		0.0757133859
		,0.3512995579
		,0.9324823890
		,0.0365061358
		)

		/* SPICE KERNELS */

		SPICE_FILE_NAME = (
		"sclk\DAWN_203_SCLKSCET.00033.tsc"
		,"lsk\naif0010.tls"
		,"spk\dawn_rec_110802-110831_110922_v1.bsp"
		,"ck\dawn_sc_110808_110814.bc"
		,"ik\dawn_fc_v02.ti"
		,"fk\dawn_v11.tf"
		,"fk\dawn_vesta_v00.tf"
		,"pck\pck00010.tpc"
		,"spk\de421.bsp"
		,"pck\dawn_vesta_v06.tpc"
		,"spk\sb_vesta_110211.bsp"
		,"fk\dawn_vesta_v00.tf"
		)

		/* COORDINATE SYSTEM */

		COORDINATE_SYSTEM_NAME = "VESTA_FIXED"
		COORDINATE_SYSTEM_CENTER_NAME = "VESTA"
		DESCRIPTION =
		"Geometry in this label is provided in the 'Claudia Double-Prime'
		coordinate system. This coordinate system is described in the Coordinate
		System Document a copy of which is provided in the DOCUMENT directory of
		the volume containing these data."

		/* ORBIT GEOMETRY */

		SUB_SPACECRAFT_LATITUDE = 52.0476417161 <degree>
		SUB_SPACECRAFT_LONGITUDE = -72.0222917248 <degree>
		SUB_SPACECRAFT_AZIMUTH = 343.7032379078 <degree>
		SPACECRAFT_ALTITUDE = 2748.861 <kilometer>
		TARGET_CENTER_DISTANCE = 2993.912 <kilometer>
		ORBIT_NUMBER = 0
		SC_TARGET_POSITION_VECTOR = (
		-352.294 <kilometer>
		,371.618 <kilometer>
		,-2949.796 <kilometer>
		)
		SC_TARGET_VELOCITY_VECTOR = (
		0.0447333628 <kilometer per second>
		,-0.0600644712 <kilometer per second>
		,-0.0129574262 <kilometer per second>
		)
		LOCAL_HOUR_ANGLE = 312.3750000000 <degree>
		SUB_SOLAR_LATITUDE = -27.2818892230 <degree>
		SUB_SOLAR_LONGITUDE = -60.3555523516 <degree>
		SUB_SOLAR_AZIMUTH = 359.7927987788 <degree>
		SOLAR_LONGITUDE = 4.6047962270 <degree>
		SOLAR_ELONGATION = 100.0931056462 <degree>
		TARGET_NAME = "4 VESTA"
		TARGET_TYPE = "ASTEROID"

		/* SOLAR GEOMETRY */

		SPACECRAFT_SOLAR_DISTANCE = 336379980.155 <kilometer>
		SC_SUN_POSITION_VECTOR = (
		-238402563.791 <kilometer>
		,208107845.933 <kilometer>
		,114047503.646 <kilometer>
		)
		SC_SUN_VELOCITY_VECTOR = (
		-15.1210487072 <kilometer per second>
		,-13.2045253747 <kilometer per second>
		,-3.2678570132 <kilometer per second>
		)

		/* ILLUMINATION */

		INCIDENCE_ANGLE = 92.3329483506 <degree>
		EMISSION_ANGLE = 12.6898534751 <degree>
		PHASE_ANGLE = 79.7855437535 <degree>

		/* IMAGE PARAMETERS */

		SAMPLE_DISPLAY_DIRECTION = "RIGHT"
		LINE_DISPLAY_DIRECTION = "UP"
		SLANT_DISTANCE = 2794.081 <kilometer>
		MINIMUM_LATITUDE = 15.7892321376 <degree>
		CENTER_LATITUDE = 54.3788837542 <degree>
		MAXIMUM_LATITUDE = 59.4028905299 <degree>
		WESTERNMOST_LONGITUDE = 44.3396847907 <degree>
		CENTER_LONGITUDE = 288.0742730899 <degree>
		EASTERNMOST_LONGITUDE = 325.4891695146 <degree>
		HORIZONTAL_PIXEL_SCALE = 0.256 <kilometer>
		VERTICAL_PIXEL_SCALE = 0.256 <kilometer>
		RETICLE_POINT_RA = (
		133.615 <degree>
		,122.409 <degree>
		,111.070 <degree>
		,154.022 <degree>
		,147.457 <degree>
		)
		RETICLE_POINT_DECLINATION = (
		-80.357 <degree>
		,-77.153 <degree>
		,-82.253 <degree>
		,-82.881 <degree>
		,-77.523 <degree>
		)
		RETICLE_POINT_LONGITUDE = (
		288.074 <degree>
		,264.365 <degree>
		,197.453 <degree>
		,44.340 <degree>
		,325.489 <degree>
		)
		RETICLE_POINT_LATITUDE = (
		54.379 <degree>
		,15.789 <degree>
		,50.420 <degree>
		,59.403 <degree>
		,21.960 <degree>
		)
		NORTH_AZIMUTH = 190.5945144433 <degree>

		/* IMAGE OBJECT */

		OBJECT = IMAGE
		INTERCHANGE_FORMAT = BINARY
		LINE_SAMPLES = 1024
		LINES = 1024
		BANDS = 1
		SAMPLE_BITS = 16
		SAMPLE_TYPE = "LSB_UNSIGNED_INTEGER"
		FIRST_LINE = 17
		FIRST_LINE_SAMPLE = 35
		UNIT = "DU"
		INST_CMPRS_NAME =
		"SET PARTITIONING IN HIERARCHICAL TREES (SPIHT TAP)"
		INST_CMPRS_RATIO = 2.63
		INST_CMPRS_TYPE = "LOSSLESS"
		PIXEL_AVERAGING_WIDTH = 1
		PIXEL_AVERAGING_HEIGHT = 1
		END_OBJECT = IMAGE


		/* FRAME_2_IMAGE OBJECT */

		OBJECT = FRAME_2_IMAGE
		INTERCHANGE_FORMAT = BINARY
		LINE_SAMPLES = 10
		LINES = 1054
		BANDS = 1
		SAMPLE_BITS = 32
		SAMPLE_TYPE = "PC_REAL"
		FIRST_LINE = 2
		FIRST_LINE_SAMPLE = 2
		UNIT = "DU"
		INST_CMPRS_NAME = "N/A"
		INST_CMPRS_RATIO = 0.00
		INST_CMPRS_TYPE = "LOSSLESS"
		PIXEL_AVERAGING_WIDTH = 1
		PIXEL_AVERAGING_HEIGHT = 1
		END_OBJECT = FRAME_2_IMAGE


		/* FRAME_3_IMAGE OBJECT */

		OBJECT = FRAME_3_IMAGE
		INTERCHANGE_FORMAT = BINARY
		LINE_SAMPLES = 8
		LINES = 1054
		BANDS = 1
		SAMPLE_BITS = 16
		SAMPLE_TYPE = "LSB_UNSIGNED_INTEGER"
		FIRST_LINE = 2
		FIRST_LINE_SAMPLE = 16
		UNIT = "DU"
		INST_CMPRS_NAME = "N/A"
		INST_CMPRS_RATIO = 0.00
		INST_CMPRS_TYPE = "LOSSLESS"
		PIXEL_AVERAGING_WIDTH = 1
		PIXEL_AVERAGING_HEIGHT = 1
		END_OBJECT = FRAME_3_IMAGE


		/* FRAME_4_IMAGE OBJECT */

		OBJECT = FRAME_4_IMAGE
		INTERCHANGE_FORMAT = BINARY
		LINE_SAMPLES = 1024
		LINES = 8
		BANDS = 1
		SAMPLE_BITS = 16
		SAMPLE_TYPE = "LSB_UNSIGNED_INTEGER"
		FIRST_LINE = 3
		FIRST_LINE_SAMPLE = 35
		UNIT = "DU"
		INST_CMPRS_NAME = "N/A"
		INST_CMPRS_RATIO = 0.00
		INST_CMPRS_TYPE = "LOSSLESS"
		PIXEL_AVERAGING_WIDTH = 1
		PIXEL_AVERAGING_HEIGHT = 1
		END_OBJECT = FRAME_4_IMAGE


		/* FRAME_5_IMAGE OBJECT */

		OBJECT = FRAME_5_IMAGE
		INTERCHANGE_FORMAT = BINARY
		LINE_SAMPLES = 1024
		LINES = 8
		BANDS = 1
		SAMPLE_BITS = 16
		SAMPLE_TYPE = "LSB_UNSIGNED_INTEGER"
		FIRST_LINE = 1047
		FIRST_LINE_SAMPLE = 35
		UNIT = "DU"
		INST_CMPRS_NAME = "N/A"
		INST_CMPRS_RATIO = 0.00
		INST_CMPRS_TYPE = "LOSSLESS"
		PIXEL_AVERAGING_WIDTH = 1
		PIXEL_AVERAGING_HEIGHT = 1
		END_OBJECT = FRAME_5_IMAGE

		END
		OBJECT = HISTORY
		GROUP = LEVEL_1A_GENERATION
		VERSION_DATE = 2012-10-19
		DATE_TIME = 2012-10-19T21:31:16.000Z
		SOFTWARE_DESC = "TRAP.EXE"
		GROUP = PARAMETERS
		FILENAME = "FC21A0004515_11226150724F1E.IMG"
		END_GROUP = PARAMETERS
		END_GROUP = LEVEL_1A_GENERATION
		END_OBJECT = HISTORY
		END
		"""

		def test_mdis_creation(dawn_label):
		#with DawnFcPds3NaifSpiceDriver(dawn_label) as m:
		# d = m.to_dict()
		#assert d['instrument_id'] == 'DAWN_FC2_FILTER_1'
		#assert d['spacecraft_name'] == 'DAWN'
		#assert d['target_name'] == 'VESTA'
		#assert pytest.approx(d['ephemeris_start_time'], 1e-6) == 0.293

		#assert isinstance(d, dict)

		# Need to insert new tests here, one for each property unique to this driver
		assert True

tests/pytests/test_dawn_drivers.py

0 → 100644

+66 −0

Original line number	Diff line number	Diff line
		import pytest

		import ale
		from ale.drivers import dawn_drivers
		from ale.base import data_naif
		from ale.base import label_pds3

		from unittest.mock import PropertyMock, patch

		# 'Mock' the spice module where it is imported
		from conftest import SimpleSpice, get_mockkernels

		simplespice = SimpleSpice()

		data_naif.spice = simplespice
		dawn_drivers.spice = simplespice
		label_pds3.spice = simplespice

		from ale.drivers.dawn_drivers import DawnFcPds3NaifSpiceDriver

		DawnFcPds3NaifSpiceDriver.metakernel = get_mockkernels

		@pytest.fixture
		def driver():
		return DawnFcPds3NaifSpiceDriver("")

		@patch('ale.base.label_pds3.Pds3Label.instrument_id', 1)
		@patch('ale.base.label_pds3.Pds3Label.filter_number', 2)
		def test_instrument_id(driver):
		assert driver.instrument_id == 'DAWN_1_FILTER_2'

		@patch('ale.base.label_pds3.Pds3Label.instrument_host_id', 'DAWN')
		def test_spacecraft_name(driver):
		assert driver.spacecraft_name == 'DAWN'

		def test_target_name(driver):
		with patch('ale.base.label_pds3.Pds3Label.target_name', new_callable=PropertyMock) as mock_target_name:
		mock_target_name.return_value = '4 VESTA'
		assert driver.target_name == 'VESTA'
		mock_target_name.return_value = 'VESTA'
		assert driver.target_name == 'VESTA'

		@patch('ale.base.label_pds3.Pds3Label.spacecraft_clock_start_count', 123)
		@patch('ale.base.label_pds3.Pds3Label.instrument_host_id', 'DAWN')
		def test_ephemeris_start_time(driver):
		assert driver.ephemeris_start_time == .1 + 193.0 / 1000.0

		@patch('ale.base.data_naif.NaifSpice.ikid', 123)
		def test_odtk(driver):
		assert driver.odtk == [1]

		@patch('ale.base.data_naif.NaifSpice.ikid', 123)
		def test_usgscsm_distortion_model(driver):
		distortion_model = driver.usgscsm_distortion_model
		assert distortion_model['dawnfc']['coefficients'] == [1]

		@patch('ale.base.data_naif.NaifSpice.ikid', 123)
		def test_focal2pixel_samples(driver):
		assert driver.focal2pixel_samples == [0, 1000, 0]

		@patch('ale.base.data_naif.NaifSpice.ikid', 123)
		def test_focal2pixel_lines(driver):
		assert driver.focal2pixel_lines == [0, 0, 1000]

		def test_sensor_model_version(driver):
		assert driver.sensor_model_version == 2

tests/pytests/test_pds3_label.py

+3 −0

Original line number	Diff line number	Diff line
		@@ -58,6 +58,7 @@ EXPOSURE_DURATION = 1.23 <MS>
		INSTRUMENT_HOST_ID = "mro"
		DOWNTRACK_SUMMING = 2
		CROSSTRACK_SUMMING = 3
		FILTER_NUMBER = 5

		END
		"""
		@@ -115,3 +116,5 @@ def test_spacecraft_clock_stop_count(test_image_label):
		def test_exposure_duration(test_image_label):
		assert test_image_label.exposure_duration == 0.00123

		def test_filter_number(test_image_label):
		assert test_image_label.filter_number == 5