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LANDSAT ORTHORECTIFIED TM IMAGERY (LANDSAT_ORTHO_TM) PRODUCT README

TABLE OF CONTENTS

  • Compact Disc Organization
    • Naming Convention
    • Directory and File Descriptions
  • Background
  • Data Set Characteristics
  • Procedures
    • Processing
  • Restrictions
  • USGS Contact
  • References
  • Appendices
    • Approximate File Sizes
    • Sample Header File
    • Sample Object Description Language Metadata File

Compact Disc Organization

Naming Convention

File Conventions are compliant with ISO-9660 Level-1 standards (8.3 file naming convention) and also compliant with ISO-9660 standards with Joliet extensions (permits file names greater than 8.3 and permits the use of lowercase characters).

File Descriptions 
The granules on the LANDSAT_ORTHO_ETM+ compact disc contains README files, an Object
Description Language metadata file, a Sample FGDC Compliant Landsat-7 ETM+ Metadata file,
Landsat image files, and a browse file. The number of image files per granule may vary.
README.TXT: Self explanatory.

README.PDF: Self explanatory.

SAMPLE FGDC COMPLIANT LANDSAT-7 ETM+ METADATA: Self explanatory.

METADATA: ODL: Self explanatory.

IMAGE: Bands 1 through 8: Self explanatory.

BROWSE: Image of the scene ordered.

File Naming Convention (Browse, Metadata, and Image Files): 

/pppprrrr_isyyyymmdd_rmb_xxxx

		pppp: Path Indicator (4 characters)
			p = path
				Example: p158

		rrrr: Row Indicator (4 character maximum, not zero filled)
			r = row
				Example: r75

		_: Delimiter (1 character)
			i: Instrument Indicator (1 character)
				Values:
					4 = Landsat-4
					5 = Landsat-5

		s: Sensor Indicator (1 character)
			Values:
				t = TM

		yyyymmdd: Acquisition Date (8 characters)
			y = Year
			m = Month
			d = Day
			Example: 19890920

		_:* Delimiter (1 character)

		rm:* Resampling Method (2 characters)
			Values:
				nn = Nearest Neighbor

		b:* Band in the File (1 character)
			Values:
				1 = Band 1
				2 = Band 2
				3 = Band 3
				4 = Band 4
				5 = Band 5
				6 = Band 6
				7 = Band 7

		.xxxx File Extension (4 character maximum)
			Values:
				.tif = Image File
				.met = Metadata: Object Description Language
				.html = Metadata: User Friendly Metadata
				.jpg = Browse File
				.hdr = Header File

				*Applies to image files only.

	Sample file name in its entirety reads as follows:
		p158r75_5t19890920_nn7.tif

Background

Data were compiled through NASA's Commercial Remote Sensing Program; this program is a cooperative effort between NASA and the commercial remote sensing community to provide users with access to quality-screened, high-resolution satellite images with global coverage over the Earth's land masses. The resulting EarthSat thematic mapper (TM) geocover data set contains orthorectified Landsat TM sensor data from the Landsat-4 and -5 satellites. Only the Landsat images that most closely met a specific set of criteria, including acquisition date, cloud percentage, data quality parameters, and best available phenology, were considered for the collection. The Landsat TM data were compiled through a NASA contract with Earth Satellite Corporation, Rockville, Maryland, and are part of NASA's Scientific Data Purchase program, developed in response to the President's Space Policy.

Data Set Characteristics

Approximately 7,461 Landsat TM images were selected. The acquisition dates of these images were relative to a 1990 acquisition baseline, and the images were either cloud-free or contained minimal cloud cover. In addition, only TM images with a high quality ranking in regards to the possible presence of errors such as missing scans or saturated bands were selected. It was important to collect data during periods of peak greenness so NASA adopted an approach for image selection that was based upon a data set containing global 1-kilometer advanced very high-resolution radiometer Normalized Difference Vegetation Index data. It was sometimes difficult for NASA to obtain clear images during time frames of peak greenness, resulting in some image substitution from other times of the year.

Procedures

Processing

Landsat images were orthorectified, using geodetic and elevation control data to correct for positional accuracy and relief displacement. Large blocks of Landsat data were adjusted through a patented procedure that uses pixel correlation to acquire tie-points within the overlap area between adjacent Landsat images. Ground control points are fixed, and images are projected to the Universal Transverse Mercator map projection, using the World Geodetic System 1984 datum. All bands are individually resampled, using a nearest neighbor algorithm. The result is a final product with a Root Mean Square Error of better than 50 meters in positional accuracy.

Restrictions

No restrictions.

USGS Contact

Customer Services
U.S. Geological Survey
EROS Data Center
47914 252nd Street
Sioux Falls, SD 57198-0001

Tel: 800-252-4547
Tel: 605-594-6151
TDD: 605-594-6933
Fax: 605-594-6589
Email: custserv@usgs.gov

References

Kalluri, Satya, Grant, Denelle, Tucker, Compton, Policelli, Fritz, Dykstra, Jon, and Bearden, Phil, 2000, NASA creates global archive of ortho-rectified Landsat data: EOS, Transactions, American Geophysical Union, v. 81, no. 50, p. 609, 617-618.

Appendices

Approximate File Sizes:

FILE TYPE			FILE SIZE: (kilobytes)
Metadata File: ODL		26
Metadata File:  HTML	6
Header File:			2
Image File: Band 1		55,790
Image File: Band 2		55,790
Image File: Band 3		55,790
Image File: Band 4		55,790
Image File: Band 5		55,790
Image File: Band 6		55,790
Image File: Band 7		55,790
Browse File:			38
ReadMe File: text		24
ReadMe File: pdf		119

Sample Header File 
PRODUCT=99082031-01   WRS=158/07500   ACQUISITION DATE=19890920
SATELLITE=L5   INSTRUMENT=TM10   PRODUCT TYPE=ORBIT ORIENTED PRODUCT
SIZE = FULL
SCENE TYPE OF GEODETIC PROCESSING=SYSTEMATIC   RESAMPLING=D6
RAD   GAINS/BIASES=00.00398/-0.0100 00.00964/-0.0232 00.00540/-0.0078
00.01043/-0.0193   00.00235/-0.0080 00.00000/0.00000 00.00154/-0.0040
TAPE SPANNING FLAG=1/1   START LINE#= 1   LINES PER VOL=40096
ORIENTATION =-7.70   PROJECTION=UTM
USGS PROJECTION #=1   USGS MAP ZONE=39
USGS PROJECTION PARAMETERS=
0.480992764709966D+02  -0.216673125156208D+02   0.000000000000000D+00
0.000000000000000D+00   0.000000000000000D+00   0.000000000000000D+00
0.000000000000000D+00   0.000000000000000D+00   0.000000000000000D+00
0.000000000000000D+00   0.000000000000000D+00   0.000000000000000D+00
0.000000000000000D+00   0.000000000000000D+00   0.000000000000000D+00
EARTH ELLIPSOID=CLARKE 1880   SEMI-MAJOR AXIS=6378249.145
SEMI-MINOR AXIS=6356514.967   PIXEL SIZE=30.00   PIXELS PER LINE=6920
LINES PER IMAGE=5728   UL 0472452.9493E 204656.8660S   126654.962
7697974.973   UR 0490823.9381E   210146.6264S   306698.640   7673646.079 
LR 0484736.1475E   223301.2681S   273073.859   7504787.962   LL 0470300.6839E 
221750.6244S   92911.262   7529132.956   BANDS PRESENT=1234567
BLOCKING FACTOR=1 RECORD   LENGTH=6920   SUN ELEVATION=48
SUN AZIMUTH=62   CENTER 0480557.3953E   214002.3251S   199451.620
7599726.857   3348   2865 OFFSET=113 REVB


Sample Object Description Language Metadata File:
/* p158r75_5t890920.met							*/
/*									*/
/* Trailblazer ECS intermediate granule metadata			*/
/* file created from:  esat_tm_granule_template.txt			*/
/*									*/
/* A "granule" is defined as a single TM scene.				*/
/*									*/
/* This metadata is compliant with EOS Core System			*/
/* Intermediate Metadata Standard (a contract				*/
/* requirement) and 1994 FGDC Content Standards for			*/
/* Geospatial Metadata (a statutory requirement)			*/
/* Executive Order requires all federal agencies to			*/
/* comply with this metadata content standard when			*/
/* creating or procuring geospatial data				*/
/*									*/
/* ESDT Version: 001  4/6/00 						*/
/* Granule Template Version 4/11/00					*/
/*									*/
/* Manually or automatically insert the information			*/
/* for each granule where indicated by "insert_..."			*/
/* Change the file extension to .met when data entry			*/
/* is complete								*/
/*									*/
/* UPDATE FIXED VALUES WHEN THEY CHANGE					*/
/*									*/
/* Syntax tested with UFM tool (see file				*/
/* p158r75_5t890920.html).						*/
/*									*/
/* After inserting required values, change the file			*/
/* extension from ".txt" to ".met"					*/
/*									*/
GROUP = INVENTORYMETADATA
GROUPTYPE = MASTERGROUP
GROUP = ECSDATAGRANULE
/* Enter the size of the total granule in megabytes,			*/
/* including the .hdr and .jpg files (no quotes,			*/
/* float format--0.0).							*/
OBJECT = SIZEMBECSDATAGRANULE
NUM_VAL = 1
VALUE = 381.410
END_OBJECT = SIZEMBECSDATAGRANULE
OBJECT = REPROCESSINGPLANNED
NUM_VAL = 1
VALUE = "No Further Update Anticipated"
END_OBJECT = REPROCESSINGPLANNED
OBJECT = REPROCESSINGACTUAL
NUM_VAL = 1
VALUE = "NA"
END_OBJECT = REPROCESSINGACTUAL
/* LocalGranuleID will be the root file name of the			*/
/* image as received from EarthSat					*/
/* (example:  p158r75_5t860920)						*/
OBJECT = LOCALGRANULEID
NUM_VAL = 1
VALUE = "p158r75_5t890920"
END_OBJECT = LOCALGRANULEID
/* LocalVersionID is "1" unless the granule has been		`	*/
/* updated.  If the granule has been resubmitted or			*/
/* changed, enter the appropriate version number			*/
/* (2, 3, etc.)								*/
OBJECT = LOCALVERSIONID
NUM_VAL = 1
VALUE = "1"
END_OBJECT = LOCALVERSIONID
OBJECT = PRODUCTIONDATETIME
NUM_VAL = 1
/* ProductionDateTime must be in the format				*/
/* yyyy-mm-ddThh:mm:ss.sZ						*/
VALUE = "1999-07-02T16:14:23.0Z"
END_OBJECT = PRODUCTIONDATETIME
OBJECT = DAYNIGHTFLAG
NUM_VAL = 1
VALUE = "Day"
END_OBJECT = DAYNIGHTFLAG
END_GROUP = ECSDATAGRANULE
/* MeasuredParameter group determined to be mandatory			*/
/* during NASA validation						*/
GROUP = MEASUREDPARAMETER
OBJECT = MEASUREDPARAMETERCONTAINER
CLASS = "1"
OBJECT = PARAMETERNAME
CLASS = "1"
NUM_VAL = 1
VALUE = "percent missing or out of spec"
END_OBJECT = PARAMETERNAME
GROUP = QASTATS
CLASS = "1"
/* From Data Provider Customer Data Sheet and/or NASA			*/
/* discrepancy reports, enter the estimated percentage of		*/
/* the final data granule that is:					*/
/* 1) missing from the geographic area that is supposed to 		*/
/* be covered by the Landsat scene					*/
/* 2) made unusable by sensor noise, cloud cover, or other		*/
/* phenomena associated with Landsat imagery				*/
/* 3) otherwise not usable						*/
/* Always enter an explanation of QAPercentMissing in a 		*/
/* comment line above the VALUE.					*/
/* Use of QAPercentMissingData recognizes that the 			*/
/* orthorectified Landsat scene in this granule is the best		*/
/* available scenefor this path/row and that coverage of the		*/
/* specified area is normally complete, if an adjacent scene		*/
/* from the collection is used.						*/
/*									*/
/* QAPercentMissingData is a integer with no quotation marks*/
OBJECT = QAPERCENTMISSINGDATA
NUM_VAL = 1
CLASS  = "1"
/* Comment here with a brief explanation of the missing or		*/
/* out-of-spec data							*/
VALUE = 0
END_OBJECT = QAPERCENTMISSINGDATA
END_GROUP = QASTATS
END_OBJECT = MEASUREDPARAMETERCONTAINER
END_GROUP = MEASUREDPARAMETER
GROUP = COLLECTIONDESCRIPTIONCLASS
OBJECT = SHORTNAME
NUM_VAL = 1
VALUE = "GeoCvTM"
END_OBJECT = SHORTNAME
/* The current corresponding version of the ESDT Descriptor		*/
/* File is 001.  Update the VersionID value if the ESDT			*/
/* Descriptor File is updated.						*/
OBJECT = VERSIONID
NUM_VAL = 1
VALUE = "1"
END_OBJECT = VERSIONID
END_GROUP = COLLECTIONDESCRIPTIONCLASS
GROUP = INPUTGRANULE
/* Enter the actual number of files that make up this			*/
/* granule.  Include the following granule-specific			*/
/* files in the InputPointer:						*/
/*									*/
/* pXXXrXX_XtYYMMDD.hdr 						*/
/* pXXXrXX_XtYYMMDD.tar.jpg (browse image or "chip")			*/
/* pXXXrXX_XtYYMMDD_nn1.tif						*/
/* pXXXrXX_XtYYMMDD_nn2.tif						*/
/* pXXXrXX_XtYYMMDD_nn3.tif						*/
/* pXXXrXX_XtYYMMDD_nn4.tif						*/
/* pXXXrXX_XtYYMMDD_nn5.tif						*/
/* pXXXrXX_XtYYMMDD_nn6.tif						*/
/* pXXXrXX_XtYYMMDD_nn7.tif						*/
OBJECT = INPUTPOINTER
/* No quotations around the number entered for NUM_VAL			*/
/* Use regular quotations " " around each "file.ext" with		*/
/* comma separation.							*/
/* Every TM scene granule will have nine files--seven TIFF 		*/
/* for the bands, an original EarthSat header, and a JPEG		*/
/* browse image.							*/
NUM_VAL = 9
VALUE = ("p158r75_5t89092.hdr","p158r75_5t89092.tar.jpg",
"p158r75_5t89092_nn1.tif","p158r75_5t89092_nn2.tif","p158r75_5t89092_nn3.tif",
"p158r75_5t89092_nn4.tif","p158r75_5t89092_nn5.tif","p158r75_5t89092_nn6.tif",
"p158r75_5t89092_nn7.tif")
END_OBJECT = INPUTPOINTER 
END_GROUP = INPUTGRANULE
GROUP = SPATIALDOMAINCONTAINER
GROUP = HORIZONTALSPATIALDOMAINCONTAINER
GROUP = ZONEIDENTIFIERCLASS
OBJECT = ZONEIDENTIFIER
NUM_VAL = 1
VALUE = "-39"
END_OBJECT = ZONEIDENTIFIER
END_GROUP = ZONEIDENTIFIERCLASS
GROUP = GPOLYGON
OBJECT = GPOLYGONCONTAINER
CLASS = "1"
GROUP = GRing
CLASS = "1"
OBJECT = EXCLUSIONGRINGFLAG
NUM_VAL = 1
VALUE = "N"
END_OBJECT = EXCLUSIONGRINGFLAG
END_GROUP = GRING
GROUP = GRINGPOINT
CLASS = "1"
OBJECT = GRINGPOINTLATITUDE
NUM_VAL = 4
/*  Enter negative latitudes for south latitudes.			*/
/*  Must be in the format:						*/
/*  (AA.AAAAAA, BB.BBBBBB, CC.CCCCCC, DD.DDDDDD)			*/
/* No quotation marks.							*/
VALUE = (-20.784656, -21.034270, 
-22.553381, -22.299921)
END_OBJECT = GRINGPOINTLATITUDE
OBJECT = GRINGPOINTLONGITUDE
NUM_VAL = 4
VALUE = (47.404989, 49.127444, 
48.782592, 47.041719)
END_OBJECT = GRINGPOINTLONGITUDE
OBJECT = GRINGPOINTSEQUENCENO
NUM_VAL = 4
VALUE = (0,1,2,3)
END_OBJECT = GRINGPOINTSEQUENCENO
END_GROUP = GRINGPOINT
END_OBJECT = GPOLYGONCONTAINER
END_GROUP = GPOLYGON
END_GROUP = HORIZONTALSPATIALDOMAINCONTAINER
END_GROUP = SPATIALDOMAINCONTAINER
GROUP = SINGLEDATETIME
OBJECT = TIMEOFDAY
NUM_VAL = 1
/* Time must be in the format HH:MM:SS.s with				*/
/* PrecisionofSeconds=1 in collection metadata				*/
/* Eastern Madagascar is in time zone GMT-3				*/
/* Local time 10:30 A.M. is 0730 UTC					*/
VALUE = "07:30:00.0"
END_OBJECT = TIMEOFDAY
OBJECT = CALENDARDATE
/* Date must be in the format YYYY-MM-DD				*/
NUM_VAL= 1
VALUE = "1989-09-20"
END_OBJECT = CALENDARDATE
END_GROUP = SINGLEDATETIME
GROUP = SENSORCHARACTERISTIC
OBJECT = SENSORCHARACTERISTICCONTAINER
/* All the data from a single granule should be from			*/
/* the same sensor, so there should only be one				*/
/* SensorCharacteristicContainer class in the granule.			*/
CLASS = "1"
OBJECT = PLATFORMSHORTNAME
CLASS = "1"
NUM_VAL = 1
/* Valid values are "Landsat 4" or "Landsat 5"				*/
VALUE = "Landsat 5"
END_OBJECT = PLATFORMSHORTNAME
OBJECT = INSTRUMENTSHORTNAME
CLASS = "1"
NUM_VAL = 1
/* Valid values are "Landsat 4" or "Landsat 5"				*/
VALUE  = "Landsat 5"
END_OBJECT = INSTRUMENTSHORTNAME
OBJECT = SENSORSHORTNAME
CLASS = "1"
NUM_VAL = 1
VALUE = "TM"
END_OBJECT = SENSORSHORTNAME
/* Deleted SensorCharacteristicName from the MCF file.			*/
/* Sensor CharacteristicName is not mandatory and not			*/
/* used at the granule level.						*/
/*  Deleted SensorCharacteristicValue from MCF file.			*/
/* Sensor CharacteristicValue is not mandatory and not			*/
/* used at the granule level.						*/
END_OBJECT = SENSORCHARACTERISTICCONTAINER
END_GROUP = SENSORCHARACTERISTIC
GROUP = ADDITIONALATTRIBUTES
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "1"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "1"
NUM_VAL = 1
VALUE = "SunAzimuth"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "1"
OBJECT = PARAMETERVALUE
CLASS = "1"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE  = 62.0
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "2"  
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "2"
NUM_VAL = 1
VALUE = "SunElevation"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "2"  
OBJECT = PARAMETERVALUE
CLASS = "2"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = 48.0
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "3"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "3"
NUM_VAL = 1
VALUE = "MaxBlockRMSE"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "3"
OBJECT = PARAMETERVALUE
CLASS = "3"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = 50.0
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "4"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "4"
NUM_VAL = 1
VALUE = "RawSceneCloudCoverPercent"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS  = "4"
OBJECT = PARAMETERVALUE
CLASS = "4"
NUM_VAL = 1
/* integer number, no quotes						*/
VALUE = 0
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER 
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "5"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "5"
NUM_VAL = 1
VALUE = "Band1Gain"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "5"
OBJECT = PARAMETERVALUE
CLASS = "5"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = 0.003980
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER 
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS  = "6"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS  = "6"
NUM_VAL = 1
VALUE = "Band1Bias"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "6"
OBJECT = PARAMETERVALUE
CLASS = "6"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = -0.010000
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "7"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "7"
NUM_VAL = 1
VALUE = "Band2Gain"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "7"
OBJECT = PARAMETERVALUE
CLASS = "7"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = 0.009640
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "8"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "8"
NUM_VAL = 1
VALUE = "Band2Bias"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "8" 
OBJECT = PARAMETERVALUE
CLASS = "8"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = -0.023200
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER 
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "9"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "9"
NUM_VAL = 1
VALUE = "Band3Gain"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "9"
OBJECT = PARAMETERVALUE
CLASS = "9"
NUM_VAL = 1	
/* float number, no quotes						*/
VALUE = 0.005400
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "10"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "10"
NUM_VAL = 1
VALUE = "Band3Bias"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "10"
OBJECT = PARAMETERVALUE
CLASS = "10"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = -0.007800
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "11"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "11"
NUM_VAL = 1
VALUE = "Band4Gain"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "11" 
OBJECT = PARAMETERVALUE
CLASS = "11"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = 0.010430
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "12"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "12"
NUM_VAL = 1
VALUE = "Band4Bias"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "12"
OBJECT = PARAMETERVALUE
CLASS = "12"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = -0.019300
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "13"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "13"
NUM_VAL = 1
VALUE = "Band5Gain"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "13"
OBJECT = PARAMETERVALUE
CLASS = "13"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = 0.002350
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "14"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "14"
NUM_VAL = 1
VALUE = "Band5Bias"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "14"
OBJECT = PARAMETERVALUE
CLASS = "14"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = -0.008000
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT  = ADDITIONALATTRIBUTESCONTAINER
CLASS = "15"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "15"
NUM_VAL = 1
VALUE = "Band6Gain"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "15"
OBJECT = PARAMETERVALUE
CLASS = "15"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = 0.000000
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "16"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "16"
NUM_VAL = 1
VALUE = "Band6Bias"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "16"
OBJECT = PARAMETERVALUE
CLASS = "16"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = 0.000000
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "17"
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "17"
NUM_VAL = 1
VALUE = "Band7Gain"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "17"
OBJECT = PARAMETERVALUE
CLASS = "17"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = 0.001540
END_OBJECT = PARAMETERVALUE 
END_GROUP = INFORMATIONCONTENT 
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
OBJECT = ADDITIONALATTRIBUTESCONTAINER
CLASS = "18" 
OBJECT = ADDITIONALATTRIBUTENAME
CLASS = "18"
NUM_VAL = 1
VALUE = "Band7Bias"
END_OBJECT = ADDITIONALATTRIBUTENAME
GROUP = INFORMATIONCONTENT
CLASS = "18"
OBJECT = PARAMETERVALUE
CLASS = "18"
NUM_VAL = 1
/* float number, no quotes						*/
VALUE = -0.004000
END_OBJECT = PARAMETERVALUE
END_GROUP = INFORMATIONCONTENT
END_OBJECT = ADDITIONALATTRIBUTESCONTAINER
END_GROUP = ADDITIONALATTRIBUTES
END_GROUP = INVENTORYMETADATA
END
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