Removed enum and hardcoded addToTable calls. Updated example output in the description of caminfo. (e48c1f7a) · Commits · aflab / astrogeology / ISIS3

isis/src/base/apps/caminfo/caminfo.xml

+155 −155

Original line number	Diff line number	Diff line
		@@ -39,30 +39,30 @@
		Object = Caminfo
		Object = Parameters
		Program = caminfo
		IsisVersion = "3.4.2.0 alpha \| 2012-08-28"
		RunDate = 2012-11-23T18:21:42
		IsisId = MeSSEnGeR/MDIS-WAC/1/0250507146:955000
		From = EW0250507146G.lev1.cub
		Lines = 512
		Samples = 512
		IsisVersion = "3.5.2.0 beta \| 2017-11-04"
		RunDate = 2018-03-30T20:41:47
		IsisId = MeSSEnGeR/MDIS-WAC/1/0131773041:923000
		From = EW0131773041G.cal.cub
		Lines = 1024
		Samples = 1024
		Bands = 1
		End_Object

		Object = Camstats
		MinimumLatitude = 57.872627357566
		MaximumLatitude = 61.299709008025
		MinimumLongitude = 18.065988732773
		MaximumLongitude = 24.841561067248
		MinimumResolution = 229.97591146546
		MaximumResolution = 232.50589076348
		MinimumPhase = 75.229196963297
		MaximumPhase = 85.75524278645
		MinimumEmission = 0.010416983765103
		MaximumEmission = 9.5170724264221
		MinimumIncidence = 78.991903468001
		MaximumIncidence = 81.783782038128
		LocalTimeMinimum = 7.0686934940095
		LocalTimeMaximum = 7.5203983163079
		MinimumLatitude = -82.601533727119
		MaximumLatitude = 8.4623007205256
		MinimumLongitude = 0.053389931705623
		MaximumLongitude = 359.98370567299
		MinimumResolution = 2778.4155965733
		MaximumResolution = 3185.0347214141
		MinimumPhase = 33.385785072039
		MaximumPhase = 43.111747273402
		MinimumEmission = 0.049809488269691
		MaximumEmission = 89.984607164464
		MinimumIncidence = 29.083595486132
		MaximumIncidence = 123.24917034029
		LocalTimeMinimum = 3.7737634370713
		LocalTimeMaximum = 12.835343181562
		End_Object

		Object = Geometry
		@@ -70,129 +70,128 @@ Object = Caminfo
		ReferenceBand = 1
		OriginalBand = 1
		Target = Mercury
		StartTime = 2012-07-11T15:14:40.902702
		EndTime = 2012-07-11T15:14:40.902702
		CenterLine = 256.0
		CenterSample = 256.0
		CenterLatitude = 59.604440922996
		CenterLongitude = 21.354478199267
		StartTime = 2008-10-06T09:33:18.3061195
		EndTime = 2008-10-06T09:33:18.3061195
		CenterLine = 512.0
		CenterSample = 512.0
		CenterLatitude = -30.303731681153
		CenterLongitude = 293.02718174274
		CenterRadius = 2440000.0
		RightAscension = 149.14971069552
		Declination = -47.692390719996
		UpperLeftLongitude = 19.403075966477
		UpperLeftLatitude = 61.299709008025
		LowerLeftLongitude = 18.065988732773
		LowerLeftLatitude = 58.619183968695
		LowerRightLongitude = 23.126850062052
		LowerRightLatitude = 57.872627357566
		UpperRightLongitude = 24.841561067248
		UpperRightLatitude = 60.495929386174
		PhaseAngle = 80.450057821076
		EmissionAngle = 0.19786246622852
		IncidenceAngle = 80.389167381747
		NorthAzimuth = 253.73558748868
		OffNadir = 0.15660719057979
		SolarLongitude = 228.88911417663
		LocalTime = 7.2879261251091
		TargetCenterDistance = 3082.770704015
		SlantDistance = 642.77373761039
		SampleResolution = 229.97699384231
		LineResolution = 229.97699384231
		PixelResolution = 229.97699384231
		MeanGroundResolution = 231.24575069814
		SubSolarAzimuth = 0.57284290603718
		SubSolarGroundAzimuth = 106.83729602467
		SubSolarLatitude = -0.026413277465333
		SubSolarLongitude = 92.035586322631
		SubSpacecraftAzimuth = 252.66562276234
		SubSpacecraftGroundAzimuth = 358.93004128485
		SubSpacecraftLatitude = 59.645688996553
		SubSpacecraftLongitude = 21.352953761563
		ParallaxX = -0.0034527631018843
		ParallaxY = -6.44854385850795e-05
		ShadowX = 1.7105756767263
		ShadowY = 5.6523998602669
		HasLongitudeBoundary = FALSE
		RightAscension = 339.75734505335
		Declination = -19.724712429854
		UpperLeftLongitude = NULL
		UpperLeftLatitude = NULL
		LowerLeftLongitude = NULL
		LowerLeftLatitude = NULL
		LowerRightLongitude = NULL
		LowerRightLatitude = NULL
		UpperRightLongitude = 334.11593051093
		UpperRightLatitude = 3.3280369550883
		PhaseAngle = 37.725480444144
		EmissionAngle = 45.931765597717
		IncidenceAngle = 72.841686837124
		NorthAzimuth = 248.72752014043
		OffNadir = 5.5984715250291
		SolarLongitude = 344.11642585112
		LocalTime = 7.331847358858
		TargetCenterDistance = 17970.837424003
		SlantDistance = 16188.061078038
		SampleResolution = 2895.9905922639
		LineResolution = 2895.9905922639
		PixelResolution = 2895.9905922639
		MeanGroundResolution = 2981.5250345888
		ObliqueSampleResolution = 4163.810220016
		ObliqueLineResolution = 4163.810220016
		ObliquePixelResolution = 4163.810220016
		ObliqueDetectorResolution = 4163.810220016
		SubSolarAzimuth = 348.1448628345
		SubSolarGroundAzimuth = 79.614257577627
		SubSolarLatitude = -0.0096113650862139
		SubSolarLongitude = 3.049471359866
		SubSpacecraftAzimuth = 306.84376212478
		SubSpacecraftGroundAzimuth = 48.17816960795
		SubSpacecraftLatitude = -0.68903187938085
		SubSpacecraftLongitude = 321.8672927707
		ParallaxX = -0.68886500480703
		ParallaxY = 0.76986304566071
		ShadowX = -0.58387595477701
		ShadowY = 3.1857545288863
		HasLongitudeBoundary = TRUE
		HasNorthPole = FALSE
		HasSouthPole = FALSE
		End_Object

		Object = Polygon
		CentroidLine = 258.34023273956
		CentroidSample = 257.21847692747
		CentroidLatitude = 59.590465340438
		CentroidLongitude = 21.359965088916
		CentroidRadius = 2440000.0 <meters>
		SurfaceArea = 13898.794042461 <km^2>
		GlobalCoverage = 0.018578 <percent>
		SampleIncrement = 51
		LineIncrement = 51
		GisFootprint = "MULTIPOLYGON (((19.4043245299965577
		61.3023495859178169, 19.9591033663380273
		61.2315368240940714, 20.5109136331950097
		61.1586516900412036, 21.0599888059494056
		61.0836769590772022, 21.6064014066990424
		61.0066139869781026, 22.1502234714845763
		60.9274625969637071, 22.6915266780484934
		60.8462210727062072, 23.2303824713721276
		60.7628861464013283, 23.7668621875485293
		60.6774529818562556, 24.3010371765409943
		60.5899151525158430, 24.8329789243747072
		60.5002646143153129, 24.8468003809156031
		60.4950897448882969, 24.6621540377068555
		60.2342816512584278, 24.4808344234486128
		59.9734256463113198, 24.3026802658222785
		59.7124215421160969, 24.1275717810041321
		59.4512190020262992, 23.9553945002749487
		59.1897673396973545, 23.7860389348923675
		58.9280154365526201, 23.6194002639650478
		58.6659116571399295, 23.4553780433470500
		58.4034037620610960, 23.2938759337506376
		58.1404388181350171, 23.1348014464353007
		57.8769631054306473, 23.1253981883423947
		57.8700250132380773, 22.6291388167111727
		57.9542062153035644, 22.1311712748992804
		58.0362115673268590, 21.6313369328161791
		58.1160668824232829, 21.1295724335347970
		58.1937799049820939, 20.6258143687462976
		58.2693567261389802, 20.1199991639326754
		58.3428018062430951, 19.6120629625565215
		58.4141179920416960, 19.1019415087693858
		58.4833065286652030, 18.5895700281331031
		58.5503670664614404, 18.0748831058364949
		58.6152976626940756, 18.0609063686927200
		58.6197579732196061, 18.1862320670262285
		58.8883242752207750, 18.3131290280031429
		59.1564691086538232, 18.4416916210760888
		59.4243018649568882, 18.5719929967238073
		59.6918797207437137, 18.7041092262310542
		59.9592593996394498, 18.8381195168780309
		60.2264972751596446, 18.9741064422031833
		60.4936494719392712, 19.1121561888774671
		60.7607719657418741, 19.2523588218842434
		61.0279206826665117, 19.3948085698758135
		61.2951515979628851, 19.4043245299965577
		61.3023495859178169)))"
		CentroidLine = 502.63655531561
		CentroidSample = 478.35374305118
		CentroidLatitude = -29.488782021364
		CentroidLongitude = 290.21111567036
		CentroidRadius = 2440000.0 <meters>
		SurfaceArea = 10664470.286639 <km^2>
		GlobalCoverage = 14.254427 <percent>
		SampleIncrement = 102
		LineIncrement = 102
		GisFootprint = "MULTIPOLYGON (((0.0000000000000000
		-66.8476725765257669, 15.1767434740871749
		-77.1683730441100266, 0.0000000000000000
		-79.4337923235828214, 0.0000000000000000
		-66.8476725765257669)), ((242.8869256246104840
		5.7263135391777826, 243.5601343627938888
		8.4618907890508996, 269.0341283875596332
		7.2851012019341370, 280.8571950447025074
		6.6018915311447106, 290.1169358498850670
		6.0309457247062559, 298.1480749560856793
		5.5225220975363509, 305.4806822959274086
		5.0563213585314202, 312.4012021168767888
		4.6215744329942057, 319.0978711923986566
		4.2118017742135532, 325.7167408827046984
		3.8228786367084715, 332.3911996847887735
		3.4522142367050717, 334.1498367339264064
		3.3345474794642787, 333.8009713957027884
		-3.2790590364693251, 333.6381205940322729
		-9.9542162735993269, 333.6727271018169745
		-16.8424968734716280, 333.9555932328583481
		-24.1267133773544735, 334.6136711007971485
		-32.0823127803993700, 335.9827759566368286
		-41.2133542381869944, 339.2994422660955820
		-52.7705910044257323, 360.0000000000000000
		-66.8476725765257669, 360.0000000000000000
		-79.4337923235828214, 344.5259945769852834
		-81.7435836352576501, 312.7243093850013906
		-82.2871258038501310, 272.7330321887411060
		-78.3032904306983113, 256.9120013841559285
		-71.6881729956653402, 249.7037103515991134
		-64.1402056416296205, 245.7489144278791287
		-55.9131045647652911, 243.2871680241342176
		-46.7511744912688840, 241.6466123551280418
		-36.0395468671273846, 240.8227253946276392
		-26.7483720432056948, 241.2427301282905603
		-18.4320979403016132, 242.4724806166474309
		-10.6121339933036545, 243.0000134753865950
		-3.1855953725975596, 243.0379118856032790
		1.6814051415971418, 242.8869256246104840
		5.7263135391777826)))"

		Group = Mapping
		TargetName = Mercury
		EquatorialRadius = 2440000.0 <meters>
		PolarRadius = 2440000.0 <meters>
		EquatorialRadius = 2440000.0 <meters>
		PolarRadius = 2440000.0 <meters>
		LatitudeType = Planetocentric
		LongitudeDirection = PositiveEast
		LongitudeDomain = 360
		MinimumLatitude = 57.869205530706
		MaximumLatitude = 61.303013149342
		MinimumLongitude = 18.059709527443
		MaximumLongitude = 24.848591196067
		PixelResolution = 229.97590845703
		LongitudeDomain = 180
		MinimumLatitude = -82.375420626412
		MaximumLatitude = 8.5375281924006
		MinimumLongitude = -120.26989718658
		MaximumLongitude = 13.797078029821
		PixelResolution = 2778.4154540232
		ProjectionName = Sinusoidal
		CenterLongitude = 21.354478199267
		CenterLongitude = -53.236409578378
		End_Group
		End_Object
		End_Object
		End


		</pre>

		<p>
		@@ -364,7 +363,8 @@ End
		</change>
		<change name="Kaitlyn Lee" date="2018-03-06">
		Added oblique sample, line, detector, and pixel resolutions to the
		geometry PVL group. Fixes #4100.
		geometry PVL group. Updated example output in application description,
		so that the addded oblique elements are included.Fixes #4100.
		</change>
		</history>

isis/src/qisis/objs/AdvancedTrackTool/AdvancedTrackTool.cpp

+5 −53

Original line number	Diff line number	Diff line
		@@ -63,55 +63,6 @@ namespace Isis {
		connect(p_action, SIGNAL(triggered()), p_tableWin, SLOT(syncColumns()));
		p_tableWin->installEventFilter(this);

		// p_tableWin->addToTable(false, "Id", "Id");
		// p_tableWin->addToTable(true, "Sample:Line", "Sample:Line", -1,
		// Qt::Horizontal, "Sample and Line");
		// p_tableWin->addToTable(false, "Band", "Band");
		// p_tableWin->addToTable(true, "Pixel", "Pixel");
		// p_tableWin->addToTable(true, "Planetocentric Latitude", "Planetocentric Lat");
		// p_tableWin->addToTable(false, "Planetographic Latitude", "Planetographic Lat");
		// p_tableWin->addToTable(true, "360 Positive East Longitude", "360 East Longitude");
		// p_tableWin->addToTable(false, "360 Positive West Longitude", "360 West Longitude");
		// p_tableWin->addToTable(true, "180 Positive East Longitude", "180 East Longitude");
		// p_tableWin->addToTable(false, "180 Positive West Longitude", "180 West Longitude");
		// p_tableWin->addToTable(false, "Projected X:Projected Y", "Projected X:Projected Y", -1,
		// Qt::Horizontal, "X and Y values for a projected image");
		// p_tableWin->addToTable(false, "Local Radius", "Radius");
		// p_tableWin->addToTable(false, "Point X:Point Y:Point Z", "XYZ", -1, Qt::Horizontal,
		// "The X, Y, and Z of surface intersection in body-fixed coordinates");
		// p_tableWin->addToTable(false, "Right Ascension:Declination", "Ra:Dec", -1, Qt::Horizontal,
		// "Right Ascension and Declination");
		// p_tableWin->addToTable(false, "Resolution", "Resolution");
		// p_tableWin->addToTable(false, "Oblique Pixel Resolution", "Oblique Pixel Res");
		// p_tableWin->addToTable(false, "Oblique Sample Resolution", "Oblique Sample Res");
		// p_tableWin->addToTable(false, "Oblique Line Resolution", "Oblique Line Res");
		// p_tableWin->addToTable(false, "Oblique Detector Resolution", "Oblique Detector Res");
		// p_tableWin->addToTable(false, "Phase", "Phase");
		// p_tableWin->addToTable(false, "Incidence", "Incidence");
		// p_tableWin->addToTable(false, "Emission", "Emission");
		// p_tableWin->addToTable(false, "LocalIncidence", "LocalIncidence");
		// p_tableWin->addToTable(false, "LocalEmission", "LocalEmission");
		// p_tableWin->addToTable(false, "North Azimuth", "North Azimuth");
		// p_tableWin->addToTable(false, "Sun Azimuth", "Sun Azimuth");
		// p_tableWin->addToTable(false, "Solar Longitude", "Solar Longitude");
		// p_tableWin->addToTable(false, "Spacecraft X:Spacecraft Y:Spacecraft Z", "Spacecraft Position",
		// -1, Qt::Horizontal, "The X, Y, and Z of the spacecraft position");
		// p_tableWin->addToTable(false, "Spacecraft Azimuth", "Spacecraft Azimuth");
		// p_tableWin->addToTable(false, "Slant Distance", "Slant Distance");
		// p_tableWin->addToTable(false, "Focal Plane X:Focal Plane Y", "Focal Plane X:Y");
		// p_tableWin->addToTable(false, "Undistorted Focal X:Undistorted Focal Y: Undistorted Focal Z",
		// "Undistorted Focal Plane X:Y:Z");
		// p_tableWin->addToTable(false, "Ephemeris Time", "Ephemeris iTime");
		// p_tableWin->addToTable(false, "Local Solar Time", "Local Solar iTime");
		// p_tableWin->addToTable(false, "UTC", "UTC", -1, Qt::Horizontal, "Internal time in UTC format");
		// p_tableWin->addToTable(false, "Path", "Path");
		// p_tableWin->addToTable(false, "FileName", "FileName");
		// p_tableWin->addToTable(false, "Serial Number", "Serial Number");
		// p_tableWin->addToTable(false, "Track Mosaic Index", "Track Mosaic Index");
		// p_tableWin->addToTable(false, "Track Mosaic FileName", "Track Mosaic FileName");
		// p_tableWin->addToTable(false, "Track Mosaic Serial Number", "Track Mosaic Serial Number");
		// p_tableWin->addToTable(false, "Notes", "Notes");

		// Adds each item of checkBoxItems to the table.
		// If a tool tip is specified, we cannot skip parameters, so -1 and
		// Qt::Horizontal are specified.
		@@ -298,7 +249,8 @@ namespace Isis {
		index++;
		}
		}
		// cout<<"COUDL NOT FIND: "<< keyword<<endl;
		IString msg = "Header [" + keyword + "] not found; make sure spelling is correct";
		throw IException(IException::Io, msg, _FILEINFO_);
		}

		/**
		@@ -347,7 +299,7 @@ namespace Isis {
		if (line > cvp->cubeLines() + 0.5) return;

		// Write cols 0-2 (id, sample, line)
		p_tableWin->table()->item(row, getIndex("Id"))->setText(QString::number(p_id));
		p_tableWin->table()->item(row, getIndex("ID"))->setText(QString::number(p_id));
		p_tableWin->table()->item(row, getIndex("Sample"))->setText(QString::number(sample));
		p_tableWin->table()->item(row, getIndex("Line"))->setText(QString::number(line));

		@@ -620,7 +572,7 @@ namespace Isis {
		setText(QString::number(wlon, 'f', 15));
		p_tableWin->table()->item(row, getIndex("180 Positive East Longitude"))->
		setText(QString::number(TProjection::To180Domain(wlon), 'f', 15));
		p_tableWin->table()->item(row, RADIUS)->setText(QString::number(radius, 'f', 15));
		p_tableWin->table()->item(row, getIndex("Local Radius"))->setText(QString::number(radius, 'f', 15));
		}
		}
		else { // RingPlane
		@@ -867,7 +819,7 @@ namespace Isis {
		p_id = 0;
		}
		else {
		p_id = p_tableWin->table()->item(p_tableWin->currentRow() - 1, ID)->text().toInt() + 1;
		p_id = p_tableWin->table()->item(p_tableWin->currentRow() - 1, getIndex("ID"))->text().toInt() + 1;
		}
		}

isis/src/qisis/objs/AdvancedTrackTool/AdvancedTrackTool.h

+0 −58

Original line number	Diff line number	Diff line
		@@ -186,63 +186,6 @@ namespace Isis {
		QList<QString>({"Track Mosaic Serial Number", "false", "Track Mosaic Serial Number", ""}) <<
		QList<QString>({"Notes", "false", "Notes", ""});

		/**
		* Enum for column values
		*/
		// enum {
		// ID, //!< The record ID
		// SAMPLE, //!< The current sample
		// LINE, //!< The current line
		// BAND, //!< The current band
		// PIXEL, //!< The current pixel
		// PLANETOCENTRIC_LAT, //!< The planetocentric latitude for this point
		// PLANETOGRAPHIC_LAT, //!< The planetographic latitude for this point
		// EAST_LON_360, //!< The 360 east longitude for this point
		// WEST_LON_360, //!< The 360 west longitude for this point
		// EAST_LON_180, //!< The 180 east longitude for this point
		// WEST_LON_180, //!< The 180 west longitude for this point
		// PROJECTED_X, //!< Projected X value for valid projections
		// PROJECTED_Y, //!< Projected Y value for valid projections
		// RADIUS, //!< The radius for this point
		// POINT_X, //!< The x value for this point
		// POINT_Y, //!< The y value for this point
		// POINT_Z, //!< The z value for this point
		// RIGHT_ASCENSION, //!< The right ascension for this point
		// DECLINATION, //!< The declination for this point
		// RESOLUTION, //!< The resoultion for this point
		// OBLIQUE_PIXEL_RES, //!< The oblique pixel resolution
		// OBLIQUE_SAMPLE_RES, //!< The oblique sample resolution
		// OBLIQUE_LINE_RES, //!< The oblique line resolution
		// OBLIQUE_DETECTOR_RES, //!< The oblique detector resolution
		// PHASE, //!< The phase for this point
		// INCIDENCE, //!< The incidence for this point
		// EMISSION, //!< The emission for this point
		// LOCAL_INCIDENCE, //!< The local incidence for this point
		// LOCAL_EMISSION, //!< The local emission for this point
		// NORTH_AZIMUTH, //!< The north azimuth for this cube
		// SUN_AZIMUTH, //!< The sun azimuth for this cube
		// SOLAR_LON, //!< The solar longitude for this point
		// SPACECRAFT_X, //!< The spacecraft x position for this cube
		// SPACECRAFT_Y, //!< The spacecraft y position for this cube
		// SPACECRAFT_Z, //!< The spacecraft z position for this cube
		// SPACECRAFT_AZIMUTH, //!< The spacecraft azimuth for this cube
		// SLANT, //!< The slant for this cube
		// DISTORTED_FOCAL_X, //!< The x of the distorted focal plane
		// DISTORTED_FOCAL_Y, //!< The y of the distorted focal plane
		// UNDISTORTED_FOCAL_X, //!< The x of the undistorted focal plane
		// UNDISTORTED_FOCAL_Y, //!< The y of the undistorted focal plane
		// UNDISTORTED_FOCAL_Z, //!< The z of the undistorted focal plane
		// EPHEMERIS_TIME, //!< The ephemeris time for this cube
		// SOLAR_TIME, //!< The local solar time for this cube
		// UTC, //!< The UTC for this cube
		// PATH, //!< The path for this cube
		// FILENAME, //!< The filename for this cube
		// SERIAL_NUMBER, //!< The serial number for this cube
		// TRACK_MOSAIC_INDEX, //!< Track the origin of the Mosaic, display the zero based index
		// TRACK_MOSAIC_FILENAME, //!< Track the origin of the Mosaic, display file name
		// TRACK_MOSAIC_SERIAL_NUM,//!< Track the origin of the Mosaic, display file name
		// NOTES //!< Any notes for this record
		// };
		QAction *p_action; //!< Action to bring up the track tool
		int p_numRows; //!< The number of rows in the table
		int p_id; //!< The record id
		@@ -250,7 +193,6 @@ namespace Isis {
		bool m_showHelpOnStart; //!< True to show dialog When tool is started

		};

		};

		#endif