moved Kaguya TC template test to it's own file (#4955) (f97c727d) · Commits · aflab / astrogeology / ISIS3

isis/tests/FunctionalTestsIsisImport.cpp

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Original line number	Diff line number	Diff line
		@@ -232,259 +232,4 @@ End)";
		EXPECT_EQ(archiveGroup["ObservationId"][0].toStdString(), "CRUS_000000_505_1");
		}

		TEST_F(TempTestingFiles, FunctionalTestIsisImportKaguyaTC) {
		std::istringstream PvlInput(R"(
		Object = IsisCube
		Object = Core
		StartByte = 65537
		Format = Tile
		TileSamples = 1024
		TileLines = 1024

		Group = Dimensions
		Samples = 3
		Lines = 2
		Bands = 1
		End_Group

		Group = Pixels
		Type = SignedWord
		ByteOrder = Lsb
		Base = 0.0
		Multiplier = 2.0e-05
		End_Group
		End_Object

		Group = Instrument
		MissionName = SELENE
		SpacecraftName = KAGUYA
		InstrumentName = "Terrain Camera"
		InstrumentId = TC
		TargetName = MOON
		ObservationModeId = NORMAL&SUPPORT
		SensorDescription = "Imagery type:Pushbroom. ImageryMode:Mono,Stereo.
		ExposureTimeMode:Long,Middle,Short.
		CompressionMode:NonComp,DCT. Q-table:32 patterns.
		H-table:4 patterns.
		SwathMode:F(Full),N(Nominal),H(Half). First pixel
		number:1(F),297(N),1172(H)."
		SensorDescription2 = "Pixel size:7x7[micron^2](TC1/TC2). Wavelength
		range:430-850[nm](TC1/TC2). A/D
		rate:10[bit](TC1/TC2). Slant angle:+/-15[degree]
		(from nadir to +x of S/C)(TC1/TC2). Focal
		length:72.45/72.63[mm](TC1/TC2). F
		number:3.97/3.98(TC1/TC2)."
		End_Group

		Group = Archive
		ProductId = TC_EVE_02_S09E000S12E003SC
		SoftwareName = RGC_TC_MI
		SoftwareVersion = 2.5.0
		ProcessVersionId = MAP
		ProductCreationTime = 2009-09-17T01:03:48Z
		ProgramStartTime = 2009-09-17T00:58:53Z
		ProducerId = LISM
		ProductSetId = TC_Evening_MAP
		ProductVersionId = 02
		RegisteredProduct = Y
		Level2AFileName = (TC2S2A0_02DMF03519_003_0012.img,
		TC2S2A0_02DMF03519_003_0013.img,
		TC2S2A0_02DMF03519_003_0014.img,
		TC2S2A0_02DMF03520_003_0012.img,
		TC2S2A0_02DMF03520_003_0013.img,
		TC2S2A0_02DMF03520_003_0014.img,
		TC2S2A0_02DMF03521_003_0012.img,
		TC2S2A0_02DMF03521_003_0013.img,
		TC2S2A0_02DMF03521_003_0014.img,
		TC2S2A0_02DMF03522_003_0012.img,
		TC2S2A0_02DMF03522_003_0013.img,
		TC2S2A0_02DMF03522_003_0014.img)
		SpiceMetakernelFileName = (RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk,
		RGC_INF_TCv301IK_RISE100g_de421_090819.mk)
		DataSetId = TC_MAP
		ImageValueType = REFLECTANCE
		ImageUnit = ND
		MinForStatisticalEvaluation = 0
		MaxForStatisticalEvaluation = 32767
		SceneMaximumDn = 25005
		SceneMinimumDn = 1
		SceneAverageDn = 3782.5
		SceneStdevDn = 1777.9
		SceneModeDn = 154
		ShadowedAreaMinimum = 0
		ShadowedAreaMaximum = 0
		ShadowedAreaPercentage = 0
		InvalidType = (SATURATION, MINUS, DUMMY_DEFECT, OTHER)
		InvalidValue = (-20000, -21000, -22000, -23000)
		InvalidPixels = (0, 0, 0, 0)
		OutOfImageBoundsValue = -30000
		OutOfImageBoundsPixel = 0
		StretchedFlag = FALSE
		DarkFileName = (TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv,
		TC2_DRK_02952_04739_M_C_b05.csv)
		FlatFileName = (TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv,
		TC2_FLT_00293_04739_N_C_b05.csv)
		EfficFileName = (TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv,
		TC2_EFF_PRFLT_N_N_v01.csv)
		NonlinFileName = (TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv,
		TC2_NLT_PRFLT_N_N_v01.csv)
		RadCnvCoef = (3.723389, 3.723389, 3.723389, 3.723389,
		3.723389, 3.723389, 3.723389, 3.723389,
		3.723389, 3.723389, 3.723389,
		3.723389) <W/m**2/micron/sr>
		RefCnvCoef = 0.002396 <1/(W/m**2/micron/sr)>
		StandardGeometry = (30.0, 0.0, 30.0)
		PhotoCorrId = USGS
		PhotoCorrCoef = (-1.900000e-02, 2.420000e-04, -1.460000e-06,
		5.400000e-02, 1.600000e+00, 0.000000e+00,
		-2.180000e-01, 5.000000e-01, 4.000000e-01,
		-8.170000e-02, 8.100000e-03)
		ResamplingMethod = Bi-Linear
		TcoMosaicFileName = (N/A, N/A, N/A, N/A, N/A, N/A, N/A, N/A,
		N/A, N/A, N/A, N/A)
		DtmMosaicFileName = (N/A, N/A, N/A, N/A, N/A, N/A, N/A, N/A,
		N/A, N/A, N/A, N/A)
		OverlapSelectionId = "OVERWRITTEN BY BIGGER REV. NUMBER SCENE &
		MORE ACCURATE SPK VERSION"
		MatchingMosaic = N/A
		L2aDeadPixelThreshold = 30
		L2aSaturationThreshold = 1023
		DarkValidMinimum = -5
		RadianceSaturationThreshold = 425.971000 <W/m**2/micron/sr>
		RefSaturationThreshold = 0.655340 <ND>
		RefCnvCoef = 0.002396 <1/(W/m**2/micron/sr)>
		StandardGeometry = (30.0, 0.0, 30.0)
		PhotoCorrId = USGS
		PhotoCorrCoef = (-1.900000e-02, 2.420000e-04, -1.460000e-06,
		5.400000e-02, 1.600000e+00, 0.000000e+00,
		-2.180000e-01, 5.000000e-01, 4.000000e-01,
		-8.170000e-02, 8.100000e-03)
		End_Group

		Group = BandBin
		FilterName = BroadBand
		Center = 640nm
		Width = 420nm
		End_Group

		Group = Mapping
		ProjectionName = SimpleCylindrical
		CenterLongitude = 0.0
		TargetName = Moon
		EquatorialRadius = 1737400.0 <meters>
		PolarRadius = 1737400.0 <meters>
		LatitudeType = Planetocentric
		LongitudeDirection = PositiveEast
		LongitudeDomain = 360
		MinimumLatitude = -11.99975586
		MaximumLatitude = -9.0
		MinimumLongitude = 0.0
		MaximumLongitude = 2.99975586
		UpperLeftCornerX = 3.7015 <meters>
		UpperLeftCornerY = -272900.4905 <meters>
		PixelResolution = 7.403 <meters/pixel>
		Scale = 4096.0 <pixels/degree>
		End_Group
		End_Object

		Object = Label
		Bytes = 65536
		End_Object

		Object = History
		Name = IsisCube
		StartByte = 302055425
		Bytes = 725
		End_Object

		Object = OriginalLabel
		Name = IsisCube
		StartByte = 302056150
		Bytes = 10573
		End_Object
		End
		)");

		QVector<QString> args = {"from=data/isisimport/kaguyaTC12bytesImage.img", "to=" + tempDir.path() + "/kaguyatc.cub" };
		UserInterface options(APP_XML, args);

		isisimport(options);

		Pvl output = Pvl(tempDir.path() + "/kaguyatc.cub");
		Pvl truth;
		PvlInput >> truth;

		PvlGroup truthDimensions = truth.findGroup("Dimensions", Isis::Plugin::Traverse);
		PvlGroup truthInstrument = truth.findGroup("Instrument", Isis::Plugin::Traverse);

		PvlGroup outputDimensions = output.findGroup("Dimensions", Isis::Plugin::Traverse);
		PvlGroup outputInstrument = output.findGroup("Instrument", Isis::Plugin::Traverse);


		PvlKeyword truthLines = truthDimensions.findKeyword("Lines");
		PvlKeyword truthSamples = truthDimensions.findKeyword("Samples");
		PvlKeyword truthMissionName = truthInstrument.findKeyword("MissionName");
		PvlKeyword truthSpacecraftName = truthInstrument.findKeyword("SpacecraftName");

		PvlKeyword outputLines = outputDimensions.findKeyword("Lines");
		PvlKeyword outputSamples = outputDimensions.findKeyword("Samples");
		PvlKeyword outputMissionName = outputInstrument.findKeyword("MissionName");
		PvlKeyword outputSpacecraftName = outputInstrument.findKeyword("SpacecraftName");


		ASSERT_TRUE(PvlKeyword::stringEqual(truthLines, outputLines));
		ASSERT_TRUE(PvlKeyword::stringEqual(truthSamples, outputSamples));
		ASSERT_TRUE(PvlKeyword::stringEqual(truthMissionName, outputMissionName));
		ASSERT_TRUE(PvlKeyword::stringEqual(truthSpacecraftName, outputSpacecraftName));
		}

isis/tests/FunctionalTestsIsisImportKaguyaTC.cpp

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File added.

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