Earth Observation Mission CFI Software
DATAHANDLING SOFTWARE USER MANUAL
for JAVA

Code	EO-MA-DMS-GS-022
Issue	4.27
Date	07/06/24

	Name	Function	Signature
Prepared by:	EOCFI Team	Project Engineers
Checked by:	Inês Estrela	Project Manager
Approved by:	Antonio Gutierrez	Division Head

DOCUMENT INFORMATION

Contract Data		Classification
Contract Number:	4000102614/1O/NL/FF/ef	Internal
Contract Number:	4000102614/1O/NL/FF/ef	Public
Contract Issuer:	ESA / ESTEC	Industry	X
Contract Issuer:	ESA / ESTEC	Confidential

External Distribution
Name	Organization	Copies

Electronic handling
Document generator:	Doxygen 1.7.1
Electronic file name:	eo-ma-dms-gs-012-10

Document Status Log

Issue	Change Description	Date
1.0	These libraries corresponds to version 4.0 of C libraries.	22/06/09
4.1	These libraries corresponds to version 4.1 of C libraries.	07/05/10
4.2	These libraries corresponds to version 4.2 of C libraries.	31/01/11
4.3	These libraries corresponds to version 4.3 of C libraries.	06/02/12
4.4	These libraries corresponds to version 4.4 of C libraries.	05/07/12
4.5	These libraries corresponds to version 4.5 of C libraries.	01/03/13
4.6	These libraries corresponds to version 4.6 of C libraries.	03/10/13
4.7	These libraries corresponds to version 4.7 of C libraries.	28/03/14
4.8	These libraries corresponds to version 4.8 of C libraries.	29/10/14
4.9	These libraries corresponds to version 4.9 of C libraries.	23/04/15
4.10	These libraries corresponds to version 4.10 of C libraries.	29/10/15
4.11	These libraries corresponds to version 4.11 of C libraries.	15/04/16
4.12	These libraries corresponds to version 4.12 of C libraries.	03/11/16
4.13	These libraries corresponds to version 4.13 of C libraries.	05/04/17
4.14	These libraries corresponds to version 4.14 of C libraries.	16/11/17
4.15	These libraries corresponds to version 4.15 of C libraries.	20/04/18
4.16	These libraries corresponds to version 4.16 of C libraries.	09/11/18
4.17	These libraries corresponds to version 4.17 of C libraries.	10/05/19
4.18	These libraries corresponds to version 4.18 of C libraries.	08/11/19
4.19	These libraries corresponds to version 4.19 of C libraries.	29/05/20
4.20	These libraries corresponds to version 4.20 of C libraries.	30/11/20
4.21	These libraries corresponds to version 4.21 of C libraries.	23/06/21
4.22	These libraries corresponds to version 4.22 of C libraries.	22/12/21
4.23	These libraries corresponds to version 4.23 of C libraries.	23/06/22
4.24	These libraries corresponds to version 4.24 of C libraries.	29/11/22
4.25	These libraries corresponds to version 4.25 of C libraries.	10/05/23
4.26	These libraries corresponds to version 4.26 of C libraries.	31/10/23
4.27	These libraries corresponds to version 4.27 of C libraries.	07/06/24

ACRONYMS, NOMENCLATURE AND TERMINOLOGY

Acronyms

ANX	Ascending Node Crossing
AOCS	Attitude and Orbit Control Subsystem
ASCII	American Standard Code for Information Interchange
BOM	Beginning Of Mission
CFI	Customer Furnished Item
EOM	End Of Mission
ESA	European Space Agency
ESTEC	European Space Technology and Research Centre
GPL	GNU Public License
GPS	Global Positioning System
IERS	International Earth Rotation Service
I/F	Interface
LS	Leap Second
OBT	On-board Binary Time
OSF	Orbit Scenario File
SRAR	Satellite Relative Actual Reference
SUM	Software User Manual
TAI	International Atomic Time
UTC	Coordinated Universal Time
UT1	Universal Time UT1
WGS[84	World Geodetic System 1984

Nomenclature

CFI	A group of CFI functions, and related software and documentation. that will be distributed by ESA to the users as an independent unit
CFI function	A single function within a CFI that can be called by the user
Library	A software library containing all the CFI functions included within a CFI plus the supporting functions used by those CFI functions (transparently to the user)

Notes in Terminology

In order to keep compatibility with legacy CFI libraries, the Earth Observation Mission CFI Software makes use of terms that are linked with missions already or soon in the operational phase like the Earth Explorers. This may be reflected in the rest of the document when examples of Mission CFI Software usage are proposed or description of Mission Files is given.

APPLICABLE AND REFERENCE DOCUMENTS

Applicable Documents

[GEN_SUM]

Earth Observation Mission CFI Software. General Software User Manual. EO-MA-DMS-GS-019. Issue 4.27 07/06/24

Reference Documents

[MCD]	Earth Observation Mission CFI Software. Mission Conventions Document. EO-MA-DMS-GS-0001. Issue 4.27 07/06/24.
[MSC]	Earth Observation Mission CFI Software. Mission Specific Customizations. EO-MA-DMS-GS-0018. Issue 4.27 07/06/24.
[EE_COMMON_SUM]	Earth Observation Mission CFI Software. EECommon Software User Manual. EO-MA-DMS-GS-020. Issue 4.27 07/06/24.
[F_H_SUM]	Earth Observation Mission CFI Software. FileHandling Software User Manual. EO-MA-DMS-GS-021. Issue 4.27 07/06/24.
[IERS]	http://www.iers.org/iers/publications/bulletins/
[FFS]	Earth Observation File Format Standard http://eop-cfi.esa.int/index.php?option=com_content&view=article&id=137&Itemid=601&jsmallfib=1&dir=JSROOT&download_file=JSROOT/PE-TN-ESA_GS-0001_2.0_Signed.pdf

INTRODUCTION

Classes Overview

This software library contains a set of classes for reading and writing Earth Observation Mission Files. The following CFI classes for reading/writing files are included:

AttFile: Class for reading/writing attitude generic files
DemConfFile: Class for reading DEM configuration files.
DemFile: Class for reading DEM files.
DorisFile: Class for reading/writing DORIS navigator files.
EEFile: Base class for Earth Observation File.
IersFile: Class for reading Iers bulletin.
OrbitFile: Class for reading/writing orbit files.
OsfFile: Class for reading/writing Orbit Scenario files.
PropagPreciseConf: Class to read and store the data for numerical propagator configuration.
SdfFile: Class for reading Swath defintion files.
StarFile: Class for reading star files.
StarTracker: Class for star tracker quaternion.
StarTrackerConfFile: Class for reading Star tracker configuration files.
StarTrackerFile: Class for reading star tracker files.
StationFile: Class for reading Station files.
StfFile: Class for reading/writing Swath Template Files.
TleFile: Class for reading/writing Two Line Elements file.
ZoneFile: Class for reading zone files.

The following classes to contain data are also included:

AngleModel (defined in DataHandlingData.h): Angle model.
Asar (defined in DataHandlingData.h): ASAR definition.
AttitudeModel (defined in DataHandlingData.h): Attitude model.
AttRec: Class for storing attitude data.
BulbTable (defined in DataHandlingData.h): Class to store the data for one entry read from the IERS bulletin.
DemPoint (defined in DataHandlingData.h): DEM point.
DorisHeader (defined in DataHandlingData.h): Class to store DORIS navigator files header.
FileModel (defined in DataHandlingData.h): File model.
HarmonicData (defined in DataHandlingData.h): Harmonic model data.
HarmonicModel (defined in DataHandlingData.h): Harmonic model.
MatrixModel (defined in DataHandlingData.h): Matrix model.
OsfRec: Class for containing data structure for Orbit Scenario File records.
OsvRec: Class for containing a satellite state vector for a given time.
ParamModel (defined in DataHandlingData.h): Parameter model.
SdfRec: Class for containing Swath definition data.
StarRec: Class for storing star information.
StarTracker: Class for star tracker quaternion.
StationRec: Class for storing station information.
StfPt (defined in DataHandlingData.h): Swath point coordinates.
StfRec: Class to contain a Swath record.
StfVhr (defined in DataHandlingData.h): Class for containing Swath variable header.
SwathGeometry (defined in DataHandlingData.h): Swath geometry data.
TleRec: Class for containing data structure for Two Line Elements.
TrackerLimits (defined in DataHandlingData.h): Star tracker limits.
ZonePoint (defined in DataHandlingData.h): Zone point.
ZoneRec: Class for storing zone information.

Reading routines

EEFile.readHeader: reads the fixed header for an Earth Observation XML file.
IersFile.read: reads the time correlations from an IERS bulletin.
OrbitFile:read: reads orbit files consisting in a list of state vectors of the satellite in the orbit.The following files are supported: Predicted Orbit files, Restituted Orbit files and DORIS Preliminary files.
DorisFile.read: reads DORIS Navigator files for CRYOSAT.
DorisFile.readHeader: reads the MPH and SPH data from a DORIS Navigator file for CRYOSAT.
OsfFile.read: reads Orbit Scenario files.
AttFile.read: reads a generic attitude file.
StarTrackerFile.read: reads an star traker file for CRYOSAT.
StarTrackerConfFile.read: reads an star tracker configuration file for CRYOSAT.
DemFile.read: provides the points of a DEM that are adjacent to a given point.
DemConfFile.read: reads a DEM configuration file.
SdfFile.read: reads swath definition files.
StfFile.read: reads swath template files.
StfFile.readVhr: reads the variable header for swath template files
ZoneFile.read: reads the parameters of one zone in a zone database file or a zone database file.
ZoneFile.readIds: reads the list of zone names from a zone database file.
StationFile.read: reads the parameters of one station in a station database file or a station database file.
StationFile.readIds: reads the list of station names from a station database file
StarFile.read: reads the parameters of one star in a star database file or a star database file.
StarFile.readIds: reads the list of star id. from a star database file
TleFile.read: reads a TLE file
PropagPreciseConf:.read: reads a data file used to configure the numerical propagator

Writing routines

OrbitFile.write: writes an orbit file using as input an structure with the data of the file
OsfFile.write: writes an orbit scenario file using as input an structure with the data of the file
DorisFile.write: writes a DORIS Navigator file.
AttFile.write: writes a generic attitude file.
StfFile.write: writes a swath template file using as input the data structure containing the data for the swath.
TleFile.write: writes a TLE file using as input a data structure.
AttitudeDefinitionData.write: writes an Attitude Definition Data file

Validation of XML files

EEFile.validate: validates an XML file using an XML schema as reference.

Memory usage

Note: due to the implementation of the third-party library handling XML files, large amount memory may be needed by an application handling (reading of writing) a file with many entries. Therefore the user is recommended to perform handling of large files on computers equipped with adequate memory resources. If these resources are not available, the user has to properly configure virtual memory and take into account long execution times. In extreme cases, due to platform limitation or operating system settings, the operation may fail. In order to give an indication, a restituted orbit file covering a period of 10 days and a time interval between OSVs of 30 sec contains 28800 OSVs and its size on disk is about 14MB. The memory usage peak during the writing of such file is about 215MB.

LIBRARY INSTALLATION

For a detailed description of the installation of any CFI library, please refer to [GEN_SUM].

LIBRARY USAGE

Compilation hints

Note that to use the DATAHANDLING software library, the following other CFI software libraries are required:

EE_COMMON
FILE_HANDLING

Third party libraries:

POSIX thread library: libpthread.so (Note: this library is normally pre-installed in Linux and MacOS platforms. For Windows platforms, pthread.lib is included in the distribution package, with license LGPL)
GEOTIFF, TIFF, PROJ, LIBXML2 libraries (these libraries are included in the distribution package. Their usage terms and conditions are available in the file "TERMS_AND_CONDITIONS.TXT" which is part of the distribution package).

To use the CFI DATA_HANDLING software library in an user application, that application must import the classes that are going to be used. To do this, it must be taken into account that all CFI classes are part of EECFI package. For instance, to import class OneCfiClass:

import EECFI.OneCfiClass;

For Java to find the classes, the jar files where they are defined must be included in the CLASSPATH environment variable. For DataHandling library, CLASSPATH must be something like:

WINDOWS: CLASSPATH=jar_directoryEECommon.jar;jar_directoryFileHandling.jar;jar_directoryDataHandling.jar;other_class_paths
Other operating systems: CLASSPATH=jar_directory/EECommon.jar:jar_directory/FileHandling.jar:jar_directory/DataHandling.jar:other_class_paths

where jar_directory is the directory where the jar files are stored.

CFI libraries call C++ native methods. These methods are defined in dynamic libraries, which name and extension depend on the operating system:

LINUX and SOLARIS: libJLibrary.so
MAC systems: libJLibrary.jnilib
WINDOWS: JLibrary.dll

If these libraries are stored in cfi_lib_dir, this directory must be included in the path where the system looks for dynamic libraries (LD_LIBRARY_PATH in LINUX and SOLARIS, DYLD_LIBRARY_PATH in MAC systems, PATH in WINDOWS sytem).

Finally, in order to use the function EEFile.validate , it is neccessary the xerces-c 2.7 (or later) dynamic library and the SAX2Count executable program. Both of them are distributed under Apache 2.0 Licence (More information about xerces-c can be found in: http://xml.apache.org/xerces-c/index.html). EEFile.validate internally calls the SAX2Count program, so that in order to find it, the path for SAX2Count and the xerces-c dynamic library has to be included in the environment variable PATH (For LINUX and SOLARIS, the xerces library has to be included in the LD_LIBRARY_PATH instead).

Enumerations

Every CFI library has defined constant values that can be used as input for several methods of the classes. They are grouped in a class with the name EnumLibrary. To use them, a static import is recommended:

import static EECFI.EnumLibrary.*;

so the constants can be used directly, without prefixing with package name and class name.
You can consult the constants available for this library here.

ERROR HANDLING

The error management in Java DATA_HANDLING is made throw exceptions, that is, if any error is produced, an exception of type CfiError is thrown and it must be catched putting the code inside a try-catch block.
See [GEN_SUM] to know more about how to handle the CFI errors. For a descripton about the CfiError class and its methods, see [EE_COMMON_SUM].

EARTH OBSERVATION FILE VERSIONS

Table Default schema's versions shows the list of file types handled by this version of the EOCFI SW. For each type, the applicable schema and its version are provided. The applicable schema/version depends on the applicable File Format Standard (see [FFS]), therefore each file is associated to three distinct schemas depending on the FFS Column. By default, the File Format Standard used to write and read files is mission dependent as defined in Table Default File Format Standard applicable to supported satellites. The default can be overridden by using method EEFile.setEoffsVersion.

**Default File Format Standard version**
Code	Meaning	Applicable satellites
FFS_1	Compliant with v1.0 of File Format Standard	Ers1
		Ers2
		Envisat
		Meop (1,2,3)
		Cryosat
		Adm Aeolus
		Goce
		Smos
		Terrasar
		Swarm (A,B,C)
		Seosat
FFS_2	Compliant with v2.0 of File Format Standard	Sentinel (1A,1B,1C,2,3,2A,2B,2C,3A,3B,3C,5P)
FFS_2	Compliant with v2.0 of File Format Standard	EarthCare
FFS_3	Compliant with v3.0 of File Format Standard	Sentinel 5
		MetopSg (A1,A2,A3,B1,B2,B3)
		Biomass
		Saocom_cs
		Jason_cs (A,B)
		FLEX
		Sentinel 6A, 6B
		CIMR
		ROSE-L
		CHIME
		CRISTAL
		CO2M
		LSTM
		FORUM

**Default schema's versions**
File Type	File Format Standard	Version	Schema	Example File
Predicted Orbit files	FFS_1	1.5	EO_OPER_MPL_ORBPRE_0105.XSD	CS_TEST_MPL_ORBPRE_20100409T105737_20100410T015421_0007.EEF
	FFS_2	2.3	EO_OPER_MPL_ORBPRE_0203.XSD	S1A_TEST_MPL_ORBPRE_20140404.273104_20140405T091945_0004.EOF
	FFS_3	3.0	EO_OPER_MPL_ORBPRE_0300.XSD	MA1_TEST_MPL_ORBPRE_20210401T174.27_20210402T085834_0001.EOF
Restituted Orbit files	FFS_1	1.5	EO_OPER_AUX_ORBRES_0105.XSD	CS_TEST_AUX_ORBRES_20100616T174.27_20100616T194756_0007.EEF CS_TEST_AUX_ORBRES_20100616T175926_20100616T180826_0007.EEF
	FFS_2	2.3	EO_OPER_AUX_ORBRES_0203.XSD	S1A_TEST_AUX_ORBRES_20140611T104.27_20140611T123846_0004.EOF S1A_TEST_AUX_ORBRES_20140611T105116_20140611T110016_0004.EOF
	FFS_3	3.0	EO_OPER_AUX_ORBRES_0300.XSD	MA1_TEST_AUX_ORBRES_20210610T050853_20210610T051753_0001.EOF MA1_TEST_AUX_ORBRES_20210610T045753_20210610T065853_0001.EOF
Doris Preliminary files	FFS_1	1.5	EO_OPER_AUX_ORBDOP_0105.XSD	CS_TEST_AUX_ORBDOP_20100616T174.27_20100616T194756_0007.EEF
	FFS_2	N/A	N/A	N/A
	FFS_3	N/A	N/A	N/A
Doris Precise files	FFS_1	1.5	EO_OPER_AUX_ORBDOR_0105.XSD	CS_TEST_AUX_ORBDOR_20100616T174.27_20100616T194756_0007.EEF
	FFS_2	N/A	N/A	N/A
	FFS_3	N/A	N/A	N/A
Orbit Scenario files	FFS_1	1.5	EO_OPER_MPL_ORBSCT_0105.XSD	CS_TEST_MPL_ORBSCT_20100408T150159_99999999T999999_0006.EEF
	FFS_2	2.4	EO_OPER_MPL_ORBSCT_0204.XSD	S1A_TEST_MPL_ORBSCT_20140403T224609_99999999T999999_0006.EOF
	FFS_3	3.1	EO_OPER_MPL_ORBSCT_0301.XSD	MA1_TEST_MPL_ORBSCT_20210331T213001_99999999T999999_0001.EOF
Orbit Event files	FFS_1	1.6	EO_OPER_MPL_ORBREF_0106.XSD	CS_TEST_MPL_ORBREF_20100409T105737_20100410T015421_0006.EEF
	FFS_2	N/A	N/A	N/A
	FFS_3	N/A	N/A	N/A
Satellite Configuration File	FFS_1	1.4	EO_OPER_INT_SATCFG_0104.XSD	CS_TEST_INT_SATCFG_00000000T000000_99999999T999999_0003.EEF
	FFS_2	2.3	EO_OPER_INT_SATCFG_0203.XSD	S1A_TEST_INT_SATCFG_00000000T000000_99999999T999999_0002.EOF
	FFS_3	3.1	EO_OPER_INT_SATCFG_0301.XSD	MA1_TEST_INT_SATCFG_00000000T000000_99999999T999999_0001.EOF
Attitude Quaternion File Attitude Roll Pitch Yaw File	FFS_1	1.3	EO_OPER_INT_ATTREF_0103.XSD	CS_TEST_INT_ATTREF_20100616T174.27_20100616T194756_0004.EEF
	FFS_2	2.3	EO_OPER_INT_ATTREF_0203.XSD	S1A_TEST_INT_ATTREF_20140611T104.27_20140611T123846_0004.EOF
	FFS_3	3.0	EO_OPER_INT_ATTREF_0300.XSD	MA1_TEST_INT_ATTREF_20210610T045753_20210610T065853_0001.EOF
Star tracker configuration File	FFS_1	1.2	EO_OPER_INT_STRCFG_0102.XSD	CS_TEST_INT_STRCFG_20040101T000000_99999999T999999_0002.EEF
	FFS_2	N/A	N/A	N/A
	FFS_3	N/A	N/A	N/A
DEM Configuration File	FFS_1	1.12	EO_OPER_INT_DEMCFG_0112.XSD	CS_TEST_INT_DEMCFG_00000000T000000_99999999T999999_0010.EEF
	FFS_2	2.10	EO_OPER_INT_DEMCFG_0210.XSD	S1A_TEST_INT_DEMCFG_00000000T000000_99999999T999999_0008.EOF
	FFS_3	3.3	EO_OPER_INT_DEMCFG_0303.XSD	MA1_TEST_INT_DEMCFG_00000000T000000_99999999T999999_0001.EOF
Swath Definition File	FFS_1	2.4	EO_OPER_MPL_SW_DEF_0204.XSD	CS_TEST_MPL_SW_DEF_00000000T000000_99999999T999999_0005.EEF
	FFS_2	3.4	EO_OPER_MPL_SW_DEF_0304.XSD	S2A_TEST_MPL_SW_DEF_00000000T000000_99999999T999999_0002.EOF
	FFS_3	4.1	EO_OPER_MPL_SW_DEF_0401.XSD	MA1_TEST_MPL_SW_DEF_00000000T000000_99999999T999999_0001.EOF
Swath Template File	FFS_1	2.3	EO_OPER_MPL_SWTREF_0203.XSD	CS_TEST_MPL_SWTREF_00000000T000000_99999999T999999_0009.EEF
	FFS_2	3.3	EO_OPER_MPL_SWTREF_0303.XSD	S1A_TEST_MPL_SWTREF_00000000T000000_99999999T999999_0004.EOF
	FFS_3	4.0	EO_OPER_MPL_SWTREF_0400.XSD	MA1_TEST_MPL_SWTREF_00000000T000000_99999999T999999_0001.EOF
Zone Database File	FFS_1	1.3	EO_OPER_MPL_ZON_DB_0103.XSD	CS_TEST_MPL_ZON_DB_00000000T000000_99999999T999999_0003.EEF
	FFS_2	2.2	EO_OPER_MPL_ZON_DB_0202.XSD	S1A_TEST_MPL_ZON_DB_00000000T000000_99999999T999999_0002.EOF
	FFS_3	3.0	EO_OPER_MPL_ZON_DB_0300.XSD	MA1_TEST_MPL_ZON_DB_00000000T000000_99999999T999999_0001.EOF
Station Database File	FFS_1	1.5	EO_OPER_MPL_GND_DB_0105.XSD	CS_TEST_MPL_GND_DB_00000000T000000_99999999T999999_0005.EEF
	FFS_2	2.2	EO_OPER_MPL_GND_DB_0202.XSD	S1A_TEST_MPL_GND_DB_00000000T000000_99999999T999999_0002.EOF
	FFS_3	3.0	EO_OPER_MPL_GND_DB_0300.XSD	MA1_TEST_MPL_GND_DB_00000000T000000_99999999T999999_0001.EOF
Precise Propagator Configuration File	FFS_1	1.1	EO_OPER_INT_PPRCFG_0101.XSD	CS_TEST_INT_PPRCFG_00000000T000000_99999999T999999_0002.EEF
	FFS_2	2.2	EO_OPER_INT_PPRCFG_0202.XSD	S1A_TEST_INT_PPRCFG_00000000T000000_99999999T999999_0002.EOF
	FFS_3	3.0	EO_OPER_INT_PPRCFG_0300.XSD	MA1_TEST_INT_PPRCFG_00000000T000000_99999999T999999_0001.EOF
Attitude definition file	FFS_1	1.4	EO_OPER_INT_ATTDEF_0104.XSD	CS_TEST_INT_ATTDEF_00000000T000000_99999999T999999_0003.EEF
	FFS_2	2.5	EO_OPER_INT_ATTDEF_0205.XSD	S1A_TEST_INT_ATTDEF_00000000T000000_99999999T999999_0004.EOF
	FFS_3	3.2	EO_OPER_INT_ATTDEF_0302.XSD	MA1_TEST_INT_ATTDEF_00000000T000000_99999999T999999_0001.EOF
Field of View Configuration File	FFS_1	1.0	EO_OPER_INT_FOVCFG_0100.XSD	CS_TEST_INT_FOVCFG_00000000T000000_99999999T999999_0001.EEF
	FFS_2	2.0	EO_OPER_INT_FOVCFG_0200.XSD	S1A_TEST_INT_FOVCFG_00000000T000000_99999999T999999_0001.EOF
	FFS_3	3.0	EO_OPER_INT_FOVCFG_0300.XSD	MA1_TEST_INT_FOVCFG_00000000T000000_99999999T999999_0001.EOF

This version of this EOCFI SW is able to handle (read and/or write) files compliant to older schemas. The following table presents the list of all schema versions. For each version, the “Supp. CFI“ column shows how such file is handled:

N indicates that the version is not supported for neither reading nor writing.
Y: indicates that the version is supported for both reading and writing (the used schema depends on the applicable File Format Standard).
R: indicates that the version is supported only for reading.

Note that the writing functions create files with the version labeled with "Y". Note also that for those files that can be written by the CFI, the written version depends on the satellite mission (this behaviour can be modified using the function xd_set_file_format_standard_version). For reading, the files can be read independently of the mission.

**List of schema's versions**
File Type	Version	Schema	File Format Standard	Supp. CFI's
Predicted Orbit files	1.0	EO_OPER_MPL_ORBPRE_0100.XSD	-	N
	1.1	EO_OPER_MPL_ORBPRE_0101.XSD	-	R
	1.2	EO_OPER_MPL_ORBPRE_0102.XSD	-	R
	1.3	EO_OPER_MPL_ORBPRE_0103.XSD	-	R
	1.4	EO_OPER_MPL_ORBPRE_0104.XSD	-	R
	1.5	EO_OPER_MPL_ORBPRE_0105.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	2.0	EO_OPER_MPL_ORBPRE_0200.XSD	-	R
	2.1	EO_OPER_MPL_ORBPRE_0201.XSD	-	R
	2.2	EO_OPER_MPL_ORBPRE_0202.XSD	-	R
	2.3	EO_OPER_MPL_ORBPRE_0203.XSD	FFS_1	N
			FFS_2	Y
			FFS_3	N
	3.0	EO_OPER_MPL_ORBPRE_0300.XSD	FFS_1	N
			FFS_2	N
			FFS_3	Y
Restituted Orbit files	1.0	EO_OPER_AUX_ORBRES_0100.XSD	-	N
	1.1	EO_OPER_AUX_ORBRES_0101.XSD	-	R
	1.2	EO_OPER_AUX_ORBRES_0102.XSD	-	R
	1.3	EO_OPER_AUX_ORBRES_0103.XSD	-	R
	1.4	EO_OPER_AUX_ORBRES_0104.XSD	-	R
	1.5	EO_OPER_AUX_ORBRES_0105.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	2.0	EO_OPER_AUX_ORBRES_0200.XSD
	2.1	EO_OPER_AUX_ORBRES_0201.XSD	-	R
	2.2	EO_OPER_AUX_ORBRES_0202.XSD	-	R
	2.3	EO_OPER_AUX_ORBRES_0203.XSD	FFS_1	N
			FFS_2	Y
			FFS_3	N
	3.0	EO_OPER_AUX_ORBRES_0300.XSD	FFS_1	N
			FFS_2	N
			FFS_3	Y
Doris Preliminary files	1.0	EO_OPER_AUX_ORBDOP_0100.XSD	-	N
	1.1	EO_OPER_AUX_ORBDOP_0101.XSD	-	R
	1.2	EO_OPER_AUX_ORBDOP_0102.XSD	-	R
	1.3	EO_OPER_AUX_ORBDOP_0103.XSD	-	R
	1.4	EO_OPER_AUX_ORBDOP_0104.XSD	-	R
	1.5	EO_OPER_AUX_ORBDOP_0105.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	2.0	EO_OPER_AUX_ORBDOP_0200.XSD	-	R
	2.1	EO_OPER_AUX_ORBDOP_0201.XSD	-	R
	2.2	EO_OPER_AUX_ORBDOP_0202.XSD	-	R
	2.3	EO_OPER_AUX_ORBDOP_0203.XSD	FFS_1	N
			FFS_2	Y
			FFS_3	N
	3.0	EO_OPER_AUX_ORBDOP_0300.XSD	FFS_1	N
			FFS_2	N
			FFS_3	Y
Doris Precise files	1.0	EO_OPER_AUX_ORBDOR_0100.XSD	-	N
	1.1	EO_OPER_AUX_ORBDOR_0101.XSD	-	R
	1.2	EO_OPER_AUX_ORBDOR_0102.XSD	-	R
	1.3	EO_OPER_AUX_ORBDOR_0103.XSD	-	R
	1.4	EO_OPER_AUX_ORBDOR_0104.XSD	-	R
	1.5	EO_OPER_AUX_ORBDOR_0105.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	2.0	EO_OPER_AUX_ORBDOR_0200.XSD	-	R
	2.1	EO_OPER_AUX_ORBDOR_0201.XSD	-	R
	2.2	EO_OPER_AUX_ORBDOR_0202.XSD	-	R
	2.3	EO_OPER_AUX_ORBDOR_0203.XSD	FFS_1	N
			FFS_2	Y
			FFS_3	N
	3.0	EO_OPER_AUX_ORBDOR_0300.XSD	FFS_1	N
			FFS_2	N
			FFS_3	Y
Orbit Scenario files	1.0	EO_OPER_MPL_ORBSCT_0100.XSD	-	N
	1.1	EO_OPER_MPL_ORBSCT_0101.XSD	-	R
	1.2	EO_OPER_MPL_ORBSCT_0102.XSD	-	R
	1.3	EO_OPER_MPL_ORBSCT_0103.XSD	-	R
	1.4	EO_OPER_MPL_ORBSCT_0104.XSD	-	R
	1.5	EO_OPER_MPL_ORBSCT_0105.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	2.0	EO_OPER_MPL_ORBSCT_0200.XSD	-	R
	2.1	EO_OPER_MPL_ORBSCT_0201.XSD	-	R
	2.2	EO_OPER_MPL_ORBSCT_0202.XSD	-	R
	2.3	EO_OPER_MPL_ORBSCT_0203.XSD	-	R
	2.4	EO_OPER_MPL_ORBSCT_0204.XSD	FFS_1	N
			FFS_2	Y
			FFS_3	N
	3.0	EO_OPER_MPL_ORBSCT_0300.XSD	FFS_1	N
			FFS_2	N
			FFS_3	Y
Orbit Event files	1.0	EO_OPER_MPL_ORBREF_0100.XSD	-	N
	1.1	EO_OPER_MPL_ORBREF_0101.XSD	-	R
	1.2	EO_OPER_MPL_ORBREF_0102.XSD	-	R
	1.3	EO_OPER_MPL_ORBREF_0103.XSD	-	R
	1.4	EO_OPER_MPL_ORBREF_0104.XSD	-	R
	1.5	EO_OPER_MPL_ORBREF_0105.XSD	-	R
	1.6	EO_OPER_MPL_ORBREF_0106.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	2.0	EO_OPER_MPL_ORBREF_0200.XSD	-	R
	2.1	EO_OPER_MPL_ORBREF_0201.XSD	-	R
	2.2	EO_OPER_MPL_ORBREF_0202.XSD	-	R
	2.3	EO_OPER_MPL_ORBREF_0203.XSD	FFS_1	N
			FFS_2	Y
			FFS_3	N
	3.0	EO_OPER_MPL_ORBREF_0300.XSD	FFS_1	N
			FFS_2	N
			FFS_3	Y
DORIS Navigator files	1.0	EO_OPER_DOR_NAV_0_.HeaderTypes_0100.XSD with EO_OPER_DOR_NAV_0_.DataBlockTypes_0100.XSD	-	R
	1.1	EO_OPER_DOR_NAV_0_.HeaderTypes_0101.XSD	-	R
	1.2	EO_OPER_DOR_NAV_0_.HeaderTypes_0102.XSD	-	R
	1.3	EO_OPER_DOR_NAV_0_.HeaderTypes_0103.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	2.0	EO_OPER_DOR_NAV_0_.HeaderTypes_0200.XSD with EO_OPER_DOR_NAV_0_.DataBlockTypes_0100.XSD	-	R
	2.1	EO_OPER_DOR_NAV_0_.HeaderTypes_0201.XSD with EO_OPER_DOR_NAV_0_.DataBlockTypes_0100.XSD	-	R
	2.2	EO_OPER_DOR_NAV_0_.HeaderTypes_0202.XSD with EO_OPER_DOR_NAV_0_.DataBlockTypes_0100.XSD	-	R
	2.3	EO_OPER_DOR_NAV_0_.HeaderTypes_0203.XSD with EO_OPER_DOR_NAV_0_.DataBlockTypes_0100.XSD	FFS_1	N
			FFS_2	Y
			FFS_3	N
	3.0	EO_OPER_DOR_NAV_0_.HeaderTypes_0300.XSD with EO_OPER_DOR_NAV_0_.DataBlockTypes_0100.XSD	FFS_1	N
			FFS_2	N
			FFS_3	Y
Star Tracker files	1.0	EO_OPER_STR1ATT_0_HeaderTypes_0100.XSD with EO_OPER_STR1ATT_0_.DataBlockTypes_0100.XSD	-	R
	1.1	EO_OPER_STR1ATT_0_HeaderTypes_0101.XSD with EO_OPER_STR1ATT_0_.DataBlockTypes_0100.XSD	-	R
	2.0	EO_OPER_STR1ATT_0_HeaderTypes_0200.XSD with EO_OPER_STR1ATT_0_.DataBlockTypes_0100.XSD	-	R
	2.1	EO_OPER_STR1ATT_0_HeaderTypes_0201.XSD with EO_OPER_STR1ATT_0_.DataBlockTypes_0100.XSD	-	R
	2.2	EO_OPER_STR1ATT_0_HeaderTypes_0202.XSD with EO_OPER_STR1ATT_0_.DataBlockTypes_0100.XSD	-	R
	3.0	EO_OPER_STR1ATT_0_HeaderTypes_0300.XSD with EO_OPER_STR1ATT_0_.DataBlockTypes_0100.XSD	-	R
Satellite Configuration File	1.0	EO_OPER_INT_SATCFG_0100.XSD	-	N
	1.1	EO_OPER_INT_SATCFG_0101.XSD	-	N
	1.2	EO_OPER_INT_SATCFG_0102.XSD	-	R
	1.3	EO_OPER_INT_SATCFG_0103.XSD	-	R
	1.4	EO_OPER_INT_SATCFG_0104.XSD	-	R
	2.0	EO_OPER_INT_SATCFG_0200.XSD	-	R
	2.1	EO_OPER_INT_SATCFG_0201.XSD	-	R
	2.2	EO_OPER_INT_SATCFG_0202.XSD	-	R
2.3	EO_OPER_INT_SATCFG_0203.XSD	-	R
3.0	EO_OPER_INT_SATCFG_0300.XSD	-	R
3.1	EO_OPER_INT_SATCFG_0301.XSD	-	R
Attitude File	1.0	EO_OPER_INT_ATTCFG_0100.XSD	-	N
	1.1	EO_OPER_INT_ATTREF_0101.XSD	-	R
	1.2	EO_OPER_INT_ATTREF_0102.XSD	-	R
	1.3	EO_OPER_INT_ATTREF_0103.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	2.0	EO_OPER_INT_ATTREF_0200.XSD	-	R
	2.1	EO_OPER_INT_ATTREF_0201.XSD	-	R
	2.2	EO_OPER_INT_ATTREF_0202.XSD	-	R
	2.3	EO_OPER_INT_ATTREF_0203.XSD	FFS_1	N
			FFS_2	Y
			FFS_3	N
	3.0	EO_OPER_INT_ATTREF_0300.XSD	FFS_1	N
			FFS_2	N
			FFS_3	Y
Star tracker configuration File	1.0	EO_OPER_INT_STRCFG_0100.XSD	-	N
	1.1	EO_OPER_INT_STRCFG_0101.XSD	-	R
	1.2	EO_OPER_INT_STRCFG_0102.XSD	-	R
	2.0	EO_OPER_INT_STRCFG_0200.XSD	-	R
	2.1	EO_OPER_INT_STRCFG_0201.XSD	-	R
	2.2	EO_OPER_INT_STRCFG_0202.XSD	-	R
	3.0	EO_OPER_INT_STRCFG_0300.XSD	-	R
DEM Configuration File	1.0	EO_OPER_INT_DEMCFG_0100.XSD	-	N
	1.1	EO_OPER_INT_DEMCFG_0101.XSD	-	R
	1.2	EO_OPER_INT_DEMCFG_0102.XSD	-	R
	1.3	EO_OPER_INT_DEMCFG_0103.XSD	-	R
	1.4	EO_OPER_INT_DEMCFG_0104.XSD	-	R
	1.5	EO_OPER_INT_DEMCFG_0105.XSD	-	R
	1.6	EO_OPER_INT_DEMCFG_0106.XSD	-	R
	1.7	EO_OPER_INT_DEMCFG_0107.XSD	-	R
	1.8	EO_OPER_INT_DEMCFG_0108.XSD	-	R
	1.9	EO_OPER_INT_DEMCFG_0109.XSD	-	R
	1.10	EO_OPER_INT_DEMCFG_0110.XSD	-	R
	1.11	EO_OPER_INT_DEMCFG_0111.XSD	-	R
	2.0	EO_OPER_INT_DEMCFG_0200.XSD	-	R
	2.1	EO_OPER_INT_DEMCFG_0201.XSD	-	R
	2.2	EO_OPER_INT_DEMCFG_0202.XSD	-	R
	2.3	EO_OPER_INT_DEMCFG_0203.XSD	-	R
	2.4	EO_OPER_INT_DEMCFG_0204.XSD	-	R
	2.5	EO_OPER_INT_DEMCFG_0205.XSD	-	R
	2.6	EO_OPER_INT_DEMCFG_0206.XSD	-	R
2.7	EO_OPER_INT_DEMCFG_0207.XSD	-	R
2.8	EO_OPER_INT_DEMCFG_0208.XSD	-	R
2.9	EO_OPER_INT_DEMCFG_0209.XSD	-	R
3.0	EO_OPER_INT_DEMCFG_0300.XSD	-	R
3.1	EO_OPER_INT_DEMCFG_0301.XSD	-	R
3.2	EO_OPER_INT_DEMCFG_0302.XSD	-	R
Swath Definition File	1.0	EO_OPER_MPL_SW_DEF_0100.XSD	-	N
	1.1	EO_OPER_MPL_SW_DEF_0101.XSD	-	R
	2.1	EO_OPER_MPL_SW_DEF_0201.XSD	-	R
	2.2	EO_OPER_MPL_SW_DEF_0202.XSD	-	R
	2.3	EO_OPER_MPL_SW_DEF_0203.XSD	-	R
	3.0	EO_OPER_MPL_SW_DEF_0300.XSD	-	R
	3.1	EO_OPER_MPL_SW_DEF_0301.XSD	-	R
	3.2	EO_OPER_MPL_SW_DEF_0302.XSD	-	R
	3.3	EO_OPER_MPL_SW_DEF_0303.XSD	-	R
	4.0	EO_OPER_MPL_SW_DEF_0400.XSD	-	R
Swath Template File	1.0	EO_OPER_MPL_SWTREF_0100.XSD	-	N
	1.1	EO_OPER_MPL_SWTREF_0101.XSD	-	R
	2.0	EO_OPER_MPL_SWTREF_0200.XSD	-	R
	2.1	EO_OPER_MPL_SWTREF_0201.XSD	-	R
	2.2	EO_OPER_MPL_SWTREF_0202.XSD	-	R
	2.3	EO_OPER_MPL_SWTREF_0203.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	3.0	EO_OPER_MPL_SWTREF_0300.XSD	-	R
	3.1	EO_OPER_MPL_SWTREF_0301.XSD	-	R
	3.2	EO_OPER_MPL_SWTREF_0302.XSD	-	R
	3.3	EO_OPER_MPL_SWTREF_0303.XSD	FFS_1	N
			FFS_2	Y
			FFS_3	N
	4.0	EO_OPER_MPL_SWTREF_0400.XSD	FFS_1	N
			FFS_2	N
			FFS_3	Y
Zone Database File	1.0	EO_OPER_MPL_ZON_DB_0100.XSD	-	N
	1.1	EO_OPER_MPL_ZON_DB_0101.XSD	-	R
	1.2	EO_OPER_MPL_ZON_DB_0102.XSD	-	R
	1.3	EO_OPER_MPL_ZON_DB_0103.XSD	-	R
	2.0	EO_OPER_MPL_ZON_DB_0200.XSD	-	R
	2.1	EO_OPER_MPL_ZON_DB_0201.XSD	-	R
	2.2	EO_OPER_MPL_ZON_DB_0202.XSD	-	R
	3.0	EO_OPER_MPL_ZON_DB_0300.XSD	-	R
Station Database File	1.0	EO_OPER_MPL_GND_DB_0100.XSD	-	N
	1.1	EO_OPER_MPL_GND_DB_0101.XSD	-	R
	1.2	EO_OPER_MPL_GND_DB_0102.XSD	-	R
	1.3	EO_OPER_MPL_GND_DB_0103.XSD	-	R
	1.4	EO_OPER_MPL_GND_DB_0104.XSD	-	R
	1.5	EO_OPER_MPL_GND_DB_0105.XSD	-	R
	2.0	EO_OPER_MPL_GND_DB_0200.XSD	-	R
	2.1	EO_OPER_MPL_GND_DB_0201.XSD	-	R
	2.2	EO_OPER_MPL_GND_DB_0202.XSD	-	R
	3.0	EO_OPER_MPL_GND_DB_0300.XSD	-	R
Precise Propagator Configuration File	1.0	EO_OPER_INT_PPRCFG_0100.XSD	-	R
	1.1	EO_OPER_INT_PPRCFG_0101.XSD	-	R
	2.0	EO_OPER_INT_PPRCFG_0200.XSD	-	R
	2.1	EO_OPER_INT_PPRCFG_0201.XSD	-	R
	2.2	EO_OPER_INT_PPRCFG_0202.XSD	-	R
	3.0	EO_OPER_INT_PPRCFG_0300.XSD	-	R
Attitude definition file	1.0	EO_OPER_INT_ATTDEF_0100.XSD	-	R
	1.1	EO_OPER_INT_ATTDEF_0101.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	1.2	EO_OPER_INT_ATTDEF_0102.XSD	FFS_1	Y
			FFS_2	N
			FFS_3	N
	2.0	EO_OPER_INT_ATTDEF_0200.XSD	-	R
	2.1	EO_OPER_INT_ATTDEF_0201.XSD	-	R
	2.2	EO_OPER_INT_ATTDEF_0202.XSD	FFS_1	N
			FFS_2	Y
			FFS_3	N
	3.0	EO_OPER_INT_ATTDEF_0300.XSD	FFS_1	N
			FFS_2	N
			FFS_3	Y
Field of View Configuration File	1.0	EO_OPER_INT_FOVCFG_0100.XSD	FFS_1	R
			FFS_2	N
			FFS_3	N
	2.0	EO_OPER_INT_FOVCFG_0200.XSD	FFS_1	N
			FFS_2	R
			FFS_3	N
	3.0	EO_OPER_INT_FOVCFG_0300.XSD	FFS_1	N
			FFS_2	N
			FFS_3	R
TLE File	-	TLE file is not in XML	-	-
SP3 File	-	SP3 file is not XML	-	-
EOM File	-	OEM file is not XML	-	-