Note - The cover page ofadministrative reasons.

1

1 METRIC ~MIL-STD-2411-130 AUGUST 1994

this standard has been changed forThere are no other changes to this document.

DEPARTMENT OF DEFENSEINTERFACE STANDARD

REGISTERED DATA VALUES FORRASTER PRODUCT FORMAT

AMSC WA AREA MCGT

D!STRIBU TION STATEMENT A. Approved for public release; distribution

Is unllmlted.

FOREWORD

DEPAP.TMENTOF DEFENSE

1. This Military Standard is approved for use by all Departmentsand Agencies of the Department of Defense.

2. Beneficial comments (recommendations, additions, deletions)and any pertinent data which may be of use in improving thisdocument should be addressed to: Director, Defense MappingAgency, ATTN: TI, ST A-10, 8613 Lee Highway, Fairfax, VA 22031-2137 by using the Standardization Document Improvement Proposal(DD Form 1426) appearing at the end of this document or by letter.

-

CONTENTS

1.

2.

3.

4.5.

SCOPE ..................1.1 Scope. .............1.2 Purpose. ...........1.3 Application. .......1.4 Security. ..........APPLICABLE DOCUMENTS ....

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

.................................1

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. .1

.................................1

.................................22.1 Government documents. ...............................2

2.1.1 Specifications, standards, and handbooks. ......22.1.2 Other Govt. documents, drawings, and pubs. ,....2

2.2 Non-Government publications. ........................22.3 Order of precedence. ................................2DEFINITIONS ..............................................33.1 Acronyms used in this standard. .....................3GENERAL REQUIREMENTS.. ...................................4DETAILED REQUIREMENTS. ...................................55.1

5.2

5.3

Global data. .......................,...............65.1.1 Section/Component ID codes .....................6

Zone codes.Data seriesData series

5.1.2 Color/grayscale section codes ..................65.1.2.1 Color5.1.2.2 Color

5.1.35.1.45.1.55.1.6

table codes ........................6conversion codes... ................7...................................8codes ..............................9and zone codes .......,............10

Product data types,. ..........................11Security country/international codes. ....,....12Security classifications ......................18Security release markings .....................19of contents data. ............................20Producer codes .............................,..21Compression ratio code ........................21filedata. ...................................21Compression section.. .........................21

5.1.75.1.85.1.9Table

5.2.15.2.2Frame

5.3.15.3.1.1 Compression algorithm ID................225.3,1.2 Compression lookup table ID.............225.3.1.3 Compression parameter ID................225.3.1.4 Compression parameter value. ............22

5.3.2 Attribute section .............................235.3.2.1 Attribute and parameter descriptions. ...235,3.2.2 Datum codes .............................325.3.2.3 Projection codes and parameters. ........375.3.2.4 Navigation systems codes ................385.3,2.5 Ellipsoid codes .........................395.32.6 Units of measure codes ..................405.3.2.7 Grid codes ..............................41

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.ill

—

CONTENTS

5.3.3 Relationship code..... ........................475.4 NIT. .................. ............................47

6. NOTES ..................................................486.1 Intended use. ......................................486.2 Acquisition requirements. ..........................486.3 International standardization agreements. ..........48

6.3.1 International Stand. Agreements (STANAGS).....486.3.2 Quadripartite Stand. Agreements (QSTAGS)......486.3.3 Air Stand. Coord. Committee Agreements ........486.3,4 International MC&G Agreements .................486.3.5 Executive Orders ..............................486.3.7 InterAgency Agreements ........................486.3.7 Other Documentation.. .........................48

6.4 Subject term (keyword) listing. ...................48INDEX ...................................................49

....

1.1 m. Thismilitan standard for

1. SCOPE

document is a companion document to theRaster Product Format (RPF), MIL-sTD-2411.

It cont;ins all registered data values referenced in the standard.

1.2 ~. This document is intended to supply producersand users of RPF products with the registered data valuesnecessa~ to produce and interpret RPF data.

1.3 ~atio~. The Military Departments, Office of theSecreta~ of Defense, Organizations of the Joint Chiefs of Staff,and the Defense Agencies of the Department of Defense(collectively known as DoD components) shall use the informationin this document in preparing and accessing digital geographicdata required or specified to be in RPF.

1.4 ~itv. This standard is UNCLASSIFIED. The registereddata values presented herein may be used for classified processingwhere appropriate security provisions are added.

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KIL-S?’E)-2411-I

2. APPLICABLE DOCUMENTS-

2.1.1 ,~nerific-s. sran~. The followingspecifications, standards, and handbooks form a part of this document tothe extent specified herein. Unless otherwise specified, the issues ofthese documents are those listed in the current Department of DefenseIndex of Specifications and Standards (DODISS).

MIL-STD-2411 Military Standard forRaster Product Format

(Unless otherwise indicated, copies of federal and militaryspecifications, standards, and handbooks are available from theStandardization Documents Order Desk, Bldg. 4D, 700 RobbinsAvenue, Philadelphia, PA 19111-5094. )

2.1.2 9rh~r ~ov~rnrnent documents, dra~nas,i

licam. The following other government documents, drawand publications form a part of this document to the extentspecified herein. Unless otherwise specified, the issues arethose cited in the solicitation.

ings

a. DIAM 65-19, Defense Intelligence Agency Standard SecurityMarkings.

(Applications for copies should be addressed to Headquarters,Defense Intelligence Agency, Central Reference Division,Compartmented Reference Archive, ATTN: RTS-2E3, Wash,, IX 20301) .

b. DMA Technical Manual, DMA TM 8358.1, Defense MappingAgency: Datums, Ellipsoids, Grids, and Grid Reference Systems,Prelimina~ Edition.

(Application for DMA TR copies should be addressed to DefenseMapping Agency, ATTN: AM, ST A-2, 8613 Lee Highway, Fairfax, VA

22031-2137)

2.2 ~on-GoverW D@llca~loU. This section is notapplicable to this standard.

2.3 ~. In the event of a conflict betweenthe text of this document and the references cited herein (exceptfor related associated detail specifications, specificationsheets, or milltaxy sheet standards) the text of this documenttakes precedence. Nothing in this document, however, supersedesapplicable laws and regulations unless a specific exemption hasbeen obtained.

MIL-S’TL-2411-1

3. DEFINITIONS.x.

3.1definitions are applicable for the purpose

The followingof this standard.

a.

b.

c.

d.

e.

f.

9.

h.

i.

ASCII

CMYK

DIAM

DMA

NITF

RGB

RGBM

RPF

VQ

American Standard Code for InformationInterchange

Cyan, Magenta, Yellow and Black

Defense Intelligence Agency Manual

Defense Mapping Agency

National Imagery Transmission Format

Red, Green, Blue

Red, Green, Blue and Monochromatic

Raster Product Format

Vector Quantization

-----

4. GENEWL REQUIREMENTSu

This document provides all registered data values to be usedin products that conform to the RPF military standard (MIL-STD-2411) . The data includes identification codes, attribute andparameter tables, and other tables required for RPF products. RPFincludes several distinct file types (e.g., [table of contentsfile], [frame file]). Some of the registered data values found inthis document are unique to particular file types, and others arefound in several different file types.

The specific registered values are listed in section 5,Detailed Requirements. The format is such that new registeredvalues can easily be added to specific subsections. Whereapplicable, unused identification codes have been marked asreserved for future use.

4

-.

MIL-STD-2411-3

5. DETAILED REQUIREMENTS

Section 5 is a listing of the registered data values that areused in RPF products.

Each of the subsections in section 5 will include adescription of the registered data unique to that subsection, thecode or ID corresponding to the data field, and, in some cases thesize and data type of that code. The data types used are listedin TABLE 1 and defined in MIL-STD-2411. All registered data fieldtypes and sizes are defined in MIL-STD-2411.

TABLE 1. AbQ.revla~.

Data Tvl-)esand The1r

Data Type Abbreviation

ASCII string asci

Bit string bits

Byte string byte

Boolean bool

Integer (signed) ints

Integer (unsigned) uint

Real real

Section 5.1 describes global data. Global data is definedhere as data that can occur in more than one type of RPF file(i.e., <section/component id> values are necessary in all RPFfiles). Section 5.2 describes data that is used only in the[table of contents file]. Section 5.3 describes data that is usedonly in the [frame file] .

NOTE: h “*” next to a value or row in a table indicatesvalues or products that are used in user specifiedapplications of RPF that have not been approved for jointuse.

.-

MIL-STL~-2411-l

5.1 GIQkUhU. Data in this section will pertain toinformation that may be used in more than one type of RPF file.

5.1.1 CO-. The following are the valid -<section/component id> codes currently defined in MIL-STD-2411.

<sectIon/component id>1-127128129130131132133134135136137138139140141142143144145146147148149150151152153154-65535

Jsection/component ]Reserved for future standardizationheader componentlocation componentcoverage section subheadercompression section subheadercompression lookup subsectioncompression parameter subsectioncolor/grayscale section subheadercolormap subsectionimage description subheaderimage display parameters subheadermask subsectioncclor converter subsectionspatial data subsectionattribute section subheaderattribute subsectionexplicit areal coverage tablerelated images section subheaderrelated images subsectionreplace/update section subheaderreplace/update tableboundary rectangle section subheaderboundary rectangle tableframe file index section subheaderframe file index subsectioncolor table index section subheadercolor table index recordReserved for future standardization

5.1.2 avscale s~ct~n coi& . The following sectionsdefine the valid [color/grayscale section] codes currently definedfor RPF products, which include <color/grayscale table id> codesand <color converter codes>. The two types of table id’s can bedefined as traditional color/grayscale tables that contain valuesfor the various color planes and/or bands within an image, andcolor converter tables, which define a mapping between twocolor/grayscale tables. Sections 5.1.2.1 and 5.1.2.2 describe thetwo [color/grayscale] section codes in more detail.

5.1.2.1 Color ta~lp cnd~s. Each of the color/grayscale tablesidentified in the table below represents a particular organizationof the color planes in the table. For example, a color tablecontaining Red, Green and Blue (RGB) cGlor planes would have an idof one indicating an RGB arrangement of the table. Examples ofother arrangements of the color table that are currentlyregistered in RPF include Red, Green, Blue, Monochromatic (RGBF!),

-

Monochromatic (M), and Cyan Magenta Yellow, Black (CMYK),often used in color printing.

--

<color/qrayscale table id> Description1 RGB2 RGBM3 M4 CMYK5-65535 Reserved for future

standardization&

which is

5.1.2.2 The color conversion tablemaps the colors from one color/grayscale table into anothercolor/grayscale table. If a user is unable, or does not choose,to use the primary color/grayscale table in an RPF file, the colorconversion table can be used to map the primav colors into theclosest matching colors within the alternate table. These namesused to describe the <color/grayscale table id>’s begin with the~et~ers CcT/, The number immediately after the slash (/) is the<color/grayscale table id> of the primary color table, and thenumber after the arrow (->) is the alternate color table id. Incases where the primary and alternate color tables contain thesame color planes, the numbers after the slashes will be the same.In these cases the color converter table is often used to map alarger number of colors in the primary color table to a smallernumber of colors in the alternate color table.

La. As an example of the use of a color conversion table,

assume that an RPF file has two <color/grayscale tables id>s andone <color converter table id>. The two [color/grayscale table]are RGBM (<color/grayscale table id> = 2) and therefore theappropriate [color converter table would map the primary RGBM intothe alternate RGBM, (<color converter table id> = 5). The colorconversion table is a mapping of the colors from the primary RGBMcolor table to the alternate RGBM color table as shown in figure1. A call to display a color X from the primary color table willbe routed to the color conversion table, where the index of X willbe mapped to the index of Y, a color in the alternate color table.

<color converter table id> jDescription1 jCCT/1->1234567,810-65535

.

CCT/1->2CCT/1->3CCT/1->4CCT/2->2cCT/2->3CCT/2->4CCT/3->3Reserved for futurestandardization

PrimaryColor Table

Color ConversionTable

AlternateColor Table——

0 I RGBM II 1IEEcll

II u I

2 I RGBNl II3 RGBM

P u I

.

. I

I

I..Eu

L-II‘“u

+

Figure 1. Color mapping between primary and alternate colortables.

5.1.3 ~. Zone codes are used in conjunction with the ~data series codes (5.1.4) to construct the <data series and zone>codes in 5.1.5. For products where zone code and/or data seriesis not applicable, the <data series and zone codes> shall consistof a 3-byte descriptor applicable to a particular product. No<data series “and zone codes> are currently registered for suchproducts.

ZoneNumber

I,A2,B3,C4,D5,E6,F7,G8,H9,J

EquatorwardLatitude

f)o

3U2048°56°64°68”72°76°80°

MidpointLatitude

22.94791772°41.12682127°52.28859923°60.32378942°66.09421768°70.10896259°74.13230145°78.17283750°

PolewardLatitude

32°48°56°64°68°72°76°80°90°

.-..

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5,1.4 The data series codes are used inconjunction with the zone codes (5.1.3) to construct the <dataseries and zone> codes in 5.1.5. The specific methodology forcreating the data series and zone codes is described in MIL-STD-2411.

Cede Series Scale Eata series RPF dataA&r. /resolution type

GN 1:5,000,000 Glo~l NavigationChart CADRGJN 1:2,000,000 Jet Navigationchart CADRGm 1:1,000,000 OperationalNavigationChart CADRGTP TR 1:500,000 TacticalPilotageChart CADRGLF 1:500,000 Ixw FlyingChart (UK) CADRGJG JCG 1:250,000 Joint @erations Graphic CADRGJA JOG-A 1:250,000 Joint @erations Graphic- Pir CADRGm. JOG-F. 1:250,000 Joint @erations Graphic– Radar CADRGTF 1:250,000 TransitFlytigChart (UK) CADRGAT AT 1:200,000 Series200 kir TargetChart CADRGT TLM 100 1:100,000 TopographicLine Map CADRGTL m 50 1:50,000 To~aphic Line Map CADRGHA HA Various Harkm and -roach Charts CADRGco CO Varims CoastalCharts CADRGOA OPAREA Va.rim Naval Range@crating Area Chart CADRGCG 0.3 Various City Graptics CADRGCM — Various Combt Charts CADRGMM ‘ Various (MiscellaneousMaps & Charts) CADRG11 — lom Imagery,10 meter resolution CIB12 — 5m Imgeg, 5 meter resolution CIBD1 * --- loom Elevation~ta franDTED level1 CDTEDD2 ● --- 3om Elevation@ta frcxnDIED level2 CDTEDOV 1 — Various Ovemiw imae ANY

* See note in paragraph 5.

7 The <data series> and <data series and zone codes> for theoverview image for individual products conform to the RPFstandard, and the specific 3-character code used for the <dataseries and zone codes> are as defined in the individual productspecifications.

5 .1.5 Uta series a zone Cocigs..The following are the valid<data series and zone> codes currently defined for RPF data.

NORTHERN HEMISPHERE

●

Dataseries

GNJNON!rPLFJGJAJRTF?.TTCTLHAcoOACGCMMM1112D1 *

D2 *

ZONE

1 2 3 4 5 6 7 8 9GN1 GN2 N/A N/A GN7 GN9JN1ON1TP1LF1JG1JA1JR1TF1AT1TC1TL1HAlco1OA1CGICM1MMl111121D11

JN2ON2TP2LF2JG2JA2JR2TF2AT2TC2TL2HA2C020A2CG2CM2MM2112122D12

GN3JN30N3TP3LF3JG3JA3JR3TF3AT3TC3TL3HA3C030A3CG3CM3W-3:12123D13

GN4-JN4ON4TP4LF4JG4JA4JR4TF4AT4TC4TL4HA4C040A4 “CG4CM4MM4114124D14

JN50N5TP5LF5JG5JA5JR5TF5AT 5TC5TL5HA5C05OA5CG5CM5MM5115125D15

JN6ON6TP6LF6JG6JA6JR6TF6AT6TC 6TL6HA6C06OA6CG6CM6MM6116126D16

D21 D22 D23 D24 D25 D26

See note in paragraph 5.

JN7ON7TP7LF7JG7JA7JR7TF7AT7TC7TL7HA7C070A7CG7CM7MM7117127D17D27

N/AJN8ON8TP8LF8JG8JA8JR8TF8AT8TC8TL8HA8C080A8CG8CM8MM8Il&128D18D28

JN90N9TP9LF9JG9JA9JR9TF9AT9TC9TL9HA9C09OA9CG9CM9MM9119129D19D29

-

.-

.

] ()

SOUTHERN HEMISPHERE

-....-

>...

Dataseries

GNJNONTPLFJGJAJRTFATTCTLHAcoOACGCMm1112D1 ‘D2 *

ZONE

A B c D E F G H JGNA GNB GNC GND N/A N/A GNG N/A GNJJNA JNB JNC JND JNE JNF JNG JNH JNJONA ONB ONC OND ONE ONF ONG ONH ONJTPA TPB TPC TPD TPE TPF TPG TPH TPJ

LFA LFB LFC LFD LFE LFF LFG LFH LFJJGA JGB JGC JGD JGE JGF JGG JGH JGJJAA JAB JAC JAD JAE JAF JAG JAH JAJJRA JRB JRC JRD JRE JRF JRG JRH JRJTFA TFB TFC TFD TFE TFF TFG TFH TFJATA ATB ATC ATD ATE ATF ATG ATH ATJTCA TCB TCC TCD TCE TCF TCG TCH TCJTLA TLB TLC TLD TLE TLF TLG TLH TLJHAA HAB HAC HAD HAE HAF HAG HAH H.AJCOA COB Coc COD COE COF COG COH COJOAA OAB OAC OAD OAE OAF OAG OAH OAJCGA CGB CGC CGD CGE CGF CGG CGH CGJCM.A CMB CMC CME CME CMF CMG CMH CMJMMA MMB MMC MME MME MMF MMG MMI-l MMJ11A IIB IIC IID IIE IIF IIG IIH IIJ12A 12B 12C 12D 12E 12F 12G 12H 12JDIA DIE DIC DID DIE DIF DIG DIH DIJD2A D2B D2C D~D D2E D2F D2G D2H D2J

* See note in paragraph 5.

5.1.6 ~. The follo”ing<product data type>s currently registered for

areRPF

the validproducts.

product Data Product NameWP eADRG ARC Digitized Raster GraphicsADRI ARC Digital Raster ImagevCADRG Compressed ARC Digitized Raster GraphicsCIB Controlled Image BaseCDTED ‘ Compressed Digital Terrain Elevation DataDTED * Digital Terrain Elevation Data

* See note in paragraph 5.

5.1.7 S~curit~ countm/lnt.ernatlonal codes. The following arethe registered <Security Country/International Codes> for RPFproducts.

----

11

D~Bc&tiorA

AB Abu Muss (Disputed Island In PersianGulf

AF AfghanistanAL AlbaniaAG AlgeriaAQ American Samoa (US)ZQ Andaman Islands (IN)AN AndorraAO AngolaAV Anquilla (Leeward Islands) (UK)YR Annobon (Pagulu) (EK)AY AntarcticaAC Antigua-BarbudaAR ArgentinaAM ArmeniaAA Aruba (NL)AT Ashmore & Cartier Islands (AS)AS AustraliaAU AustriaAJ AzerbaijanAz Azores (PO)BF Bahama IslandsBA BahrainFQ Baker Islands (SP)BG Bangladesh

-

.-

.--.

k-

-%-

BB BarbadosBs Bassas Da India (FR)BO BelarusBK BelgiumBH BelizeBK BeninBD BermudaBT BhutanBL BoliviaBK Bosnia-HerzegovinaBC BotswanaBV Bovet Island (NO)BR BrazilIO British Indian Ocean Territo~ (Chagos

Archipelago )VI British Virgin Islands (Leeward Islands)Bx BruneiBU Bulgariaw Burkina Faso (Upper Volta)BM Myanmar (Burma)BY BurundiVl” Cabinda (AO)CB Kampuchea (Cambodia)CM CameroonCA Canada22 Cana~ Islands (SP)Cv Cape Verde IslandsZL Caroline IslandsCJ Cayman IslandsCT Central African RepublicCD ChadCI ChileCH China, People’s Republic ofKT Christmas Island (Indian Ocean) (AS)1P Clipperton Island (FR~CF. Cocos Islands (Keeling) (AS) .co ColumbiaCN Comoro Islands (AS)CF CongoCw Cook Islands (NZ)CR Coral Sea Islands (AS)Cs Costa RicaIv Cote d’Ivoire (IVOU Coast)VJ Crete (Kriti) (GR)HR CroatiaCu CubaCY CyprusEZ Czech RepublicDA DenmarkYL Diego GarciaDJ Djibouti

——.

DoDRXzECEGESYuEKER~ENRTEUFOFKFJFIFRFGFPFSGBGAGZGGGMQHGIGOGRGL .GJGPGQGTGKGVPuGYHAmHOHKHQHUICINIDIRIZEIIS

DominicaDominican RepublicEaster Island (Isla De Pascua) (CI)EquadorEgyptEl SalvadorElobey, Islas DeEquatorial Gu~neaEritreaEstoniaEthiopiaEuropa Island (FR)Farroe Islands (DE)Falkland Islands (UK) (Malvinas)Fiji IslandsFinlandFranceFrench GuianaFrench PolynesiaFrench Southern & Antarctic LandsGabonGambiaGaza Strip (Is)GeorgiaGermanyGhanaGibraltar (UK)Glorioso Island (Ma)GreeceGreenlandGrenadaGuadaloupe (Leeward Islands)GuamGuatemalaGuernsey (UK)GuineaGuinea-BissauGuyanaHaitiHeard Island & McDonald Is (AS)HondurasHong Kong (UK)Howland Island (US)HungaryIcelandIndiaIndonesiaIranIraqIrelandIsrael

w

.-.

._. .

IT ItalyJM JamaicaJN Jan Mayen Is (NO)JA JapanDQ Jarvis Island (US)JE Jersey (UK)JQ Johnston Atoll (US)JO JordanJU Juan De Nova Islands (FR)w Juan Fernandez, Archipelago (CI)KZ KazakhstanKE KenyaKQ Kingman Reef (US)KN Korea, NorthKS Korea, SouthKU KuwaitKG KirghiziaLD Lakshadweep Islands (IN)LA LaosLG LatviaLE LebanonLT LesothoLI LiberiaLY LibyaLS LiechtensteinLH LithuaniaLU LuxembourgMC Macao (PO)MK MacedoniaZx Macais Nguema BiyogoMA MadagascarVD Madeira Islands (PO)MI MalawiMY MalaysiaMv MaldivesML MaliMT MaltaIM Isle of Man (UK)RN Republic of the Marshall IslandsMB Martinique (FR)MR MauritaniaMP MauritiusMP Mayotte (FR)MX MexicoFM Federated States of MicronesiaYQ Midway Island (US)WD Moldova$fN Monaco$lG Monqolia

VT _=mlm--lf - , ... Ati “.- .--i ----

‘mMHMOMZNANRBQNPNLNTNCNZNUYzNGNINENFW-NCQNOXoMuPKPsLQPMPPPFPAPBPERFPcPLPoRQQARERORSRWSHSTVcWcYxYKSM

MontenegroMontserratMoroccoMozambiqueNamibiaNauruNavassa Island (US)NepalNetherlandsNetherlands AntillesNew Caledonia (FR)New ZealandNicaraguaNicobar Islands (IN)NigerNigeriaNiue (NZ)Norfolk Islands (AS)Northern IrelandNorthern Marlana Islands (US)NorwayOkinawa (JA)OmanPakistanPalau, Republic of (US)Palmyra Atoll (US)PanamaPapua New GuineaParacel Islands (CH)ParaguayPemba Island (TZ)PeruPhilippinesPitcairn Island (UK)PolandPortugalPuerto Rico (US)QatarReunion (FR)RomaniaRussiaRwandaSaint Helena, Ascension Island (UK)Saint LuciaSaint Vincent and the GrenadinesSala Y Gomez (CI)San Ambrosia Island (CI)San Felix Island (CI)

-

-.

L.

TPSDSASGSRSESLSNLoSISJSPsoSFSxWGWHSPPGCEScSBs~NSSvWzSwSzSYThTTITZTHTOTLTNTDTETSTUTxTKTVUGUPTCUKusIn

Sao Tome and PrincipeSardinia (IT)Saudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSlovakiaSloveniaSocotra (YM)Solomon IslandsSomaliaRepublic of South Africasouth Georgia & South Sandwich Is (UK).South Orkney Islands (UK)South Shetland Islands (UK)SpainSpratly Islands (CH, RP, MY, VM)Sri LankaSt. Christopher-NevisSt . Pierre Miqurlon (CA)SudanSurinarnSvalbard (NO)SwazilandSwedenSwitzerlandSyriaTaiwan and PenghuTajikistanTanzaniaThailandTogoTokelau (NZ)Tonga IslandsTrinidad and TobagoTromelin Island (FR)TunisiaTurkeyTurkmenistanTurks and Caicos Islands (UKTuvaluUgandaUkraineUnited Arab EmiratesUnited KingdomUnited Statesus miscellaneous pacific Islands

UY UruguayUz UzbekistanNH Vanuatu (Former New Hebrides)VT Vatican CityVE VenezuelaV-M VietnamVQ Virgin Islands (US, UK)WQ wake Island (US)WF Wallis and Futuna Islands (FR)YA Walvis Bay (SF)WE West BankWI Western Sahara (MO)Ws Western SamoaYM YemenCG ZaireZA ZambiaZY Zanzibar (TZ)ZI Zimbabwe

5.1.8 s~curlrv cla=csi icatLon~.The following <securityclassifications> are as defined in DIAM 65-19.

Code ClassificationT Top Secrets Secretc ConfidentialR Restrictedu unclassified

-

>.-

%.

5.1.9 ser~itv release ~. The following <securityrelease markings> are as defined in DIAM 65-19.

AT ATOMAL (NATO designation to identify restricted orformerly restricted data)

BX Background use onlyPI Caution - Proprietary information involved

(PROPIN)cc Continued ControlPx CopyrightCs COSMIC (Caveat applied to NATO Top Secret)CN Critical Nuclear Weapon Design Information/DoD

directive 5210.2 applies (CNWDI)CR Cryptographic (CRYPTO)OR Dissemination and Extraction Of information

controlled by originator (ORCON)DS Distribution Limited-Destroy when no longer needed

(DIST LIM)I’X Enc~pted for Transmission OnlyFO For Official Use Only (FOUO)?.F Formerly restricted data (FRD)Ic Intelligence Components OnlyLA LimitedLU Limited official useJB NFIB (National Foreign Intelligence Board)

departments only (NFIB ONLY)3A No Dissemination AbroadQT Noncompartmented‘JC Not releasable to contractors/consultants?N Not releasable to foreign national (DoD)!F Not releasable to foreign nationals {NOFORN)~s NSC Participating Agencies OnlyIN Personal Data - Privacy Act32 Releasable to Republic of Vietnam?D Restricted Data (RD)5A SAO3L SAO Handling Caveat #1 (SAO-1)iA SAO Handling Caveat #2 (SAO-2)3B SAO Handling Caveat #3 (SAO-3)SK SAO Special Intelligence Handling Caveat #2 (SAO-

S1-2)ic SAO Special Intelligence Handling Caveat 43 (SAO-

SI-3)ID SAO Special Intelligence Handling Caveat #4 (SAO-

S1-4);H sinqle Integrated Operational Plan (SIOP)

SE Single Integrated Operational Plan/ExtremelySensitive Information (SIOP/ESI)

Sc Special ControlSu Special Handling Required/Not Releasable to

foreign NationalsSI Special Intelligence (S1)SN Special Intelligence Handling Caveat #l (S1-1)EP Authorized for release to Australia (REL

AUSTRALIA)EN Authorized for release to Canada (REL CANADA)ER This information has been authorized for release

to CENTO (REL CENTO)BZ Authorized for release to Chile (REL CHILE)EK Authorized for release to Denmark (REL DENMARK)EQ Authorized for release to Federal Republic of

Germany (FEDERAL REPUBLIC OF GERMANY)FR Authorized for release to France (REL FRANCE)IG Authorized for release to Greece (REL GREECE)FV Authorized for release to Israel (REL ISRAEL)FY Authorized for release to Italy (REL ITALY)PM Authorized for release to Japan (REL JAPAN)MR Authorized for release to Jordan (REL JORDAN)ET Authorized for release to NATO (REL NATO)FP Authorized for release to NATO Forces (REL NATO

FORCES )FC Authorized for release to New Zealand (REL NEW

ZEALAND )EF Authorized for release to Norway (REL NORh’}.Y)FX Authorized for release to Taiwan (REL TAIWAN)EO Authorized for release to Republic of Korea (REL

REPUBLIC OF KOREA)ES This Information has been Authorized for release

to SEATO (REL SEATO)IS Authorized for release to DenmarkFW Authorized for release to Spain (REL SPAIN)ED Authorized for release to Sweden (REL SWEDEN)PF Authorized for release to Thailand (REL THAILAND)EA Authorized for release to Turkey (REL TURKEY)NN Authorized for release to United Kingdom (REL

UNITED KINGDOM)NI Warning Notice - Intelligence sources or Methods

Involved (WNINTEL)

5.2 ~. This section defines codes thatare used primarily in RPF [table of contents file]s,

-

-----5.2.1 ~. The following are the valid <producer

code>s currently registered for RPF products,

ID

;34

5678910ll,A-Z

ProducercodeAFACCAFESCDMAACDMAHC

DMARCDMASCSOCAFSOCOMPACAFUSAFE

Producer

Air Force Air Combat CommandAir Force Electronic Systems CenterDefense Mapping Agency Aerospace CenterDefense Mapping Agency HydrographicTopographic CenterDefense Mapping Agency Reston CenterDefense Mapping Agency Systems CenterAir Force Special Operations CommandUnited States Special Operations CommandPacific Air ForcesUnited States Air Force, EuropeReserved for future standard~zation

5.2.2 The compression ratio code isan ASCII field within the [table of contents] file of RPFproducts. Examples of text that may be found in this field aregiven below.

Code Description55:1

12:1

48:1

UNc

Digital product compressedapproximately 55:1 with respectto the uncompressed dataDigital product compressedapproximately 12:1 with respectto the uncompressed dataDigital product compressedapproximately 48:1 with respectto the uncompressed dataUncompressed RPF product

~VAR lVariable compression ratio 1

5.3 file datd. This section defines codes that are usedin the RPF [frame file].

5.3.1 ~ on sectl~. RPF data can be in a compressed oruncompressed format. This compression section defines valid codesfor compression scheme parameters,

21

5 .3.1.1 The following are the valid<compression algorithm id>s currently registered for RPF products.

-

ID Compression Algorithm1 VQ2 JPEG Lossless ●

3-65535 Reserved for futurestandardization

* See note in paragraph 5.

5,3.1.2 1(-)mn e ID. The following are thevalid <compression lookup table id>s currently registered for RPFproducts.

ID Compression Lookup Table1 1x4 Row O VQ2 1x4 Row 1 VQ3 1x4 Row 2 VQ4 1x4 Row 3 VQ5 4x4 VQ6 2x2 VQ7 Huffman Code *8 Length of Huffman Code *9 Huffman Value *10-65535 Reserved for future

standardization

* See note in paragraph 5.

5.3.1.3 The <compression parameterid> is a code which identifies parameters wb.ichmay be used in the[compression section] of an RPF [frame file]. Not all compressionschemes require <compression parameter id>s.

ID Compression Parameter1 JPEG data stream for Huffman table

]structure *2-65535 ]Reserved for future standardization I

-

7-).,‘.

MIL-STD-~411-l

5.3.1.4 f=t(=rVti . The <compressionparameter value> can be either an explicit value to be used in acompression scheme or an index to a table used in the compression---of RPF [frame file]s. Not all compression schemes require<compression parameter value>s. Currently no <compressionparameter value>s are registered.

5,3.2 ~ sect=. The [attribute section] in RPFproducts defines ancillary or qualifying information about thedata within the [frame filels. The following tables listcurrently registered attributes and parameters for RPF products.

---

Attr Attribute Description Number ofID Parameters1 Currency Date 12 Production Date 13 Significant Date 14 Map/Chart Source 45 Projection System 56 Vertical Datum 17 Horizontal Datum 18 Vertical Absolute Accuracy 29 Horizontal Absolute Accuracy 210 Vertical Relative Accuracy 211 Horizontal Relative Accuracy 212 Ellipsoid 113 Sounding Datum 114 Navigation System 115 Grid 116 Easterly Annual Magnetic Change 217 Westerly Annual Magnetic Change 218 Grid North-Magnetic North Angle 219 Grid Convergence Angle 220 Highest Known Elevation 421 Multiple Legend 122 Image Source 223* Data Level 1

* See note in paragraph 5.

.. .

5 .3.2.1.,

The followingare the valid parameters associated with attributes listed aboveand currently registered for RPF products.

Currency Date (ID ::= 1)Parameter 1Tn

Parameter Currency DateName

Data Type lasci:8

Description

Date of most recent revision tothe RPF product in the [framefile], in the form YYYYMMDD

Production Date (ID ::= 2)ParameterIDParameterName

1

ProductionDate

Data TVDf3 Iasci:fl I

Description

Date that the source data wastransformed to RPF format, in theform YYYYMMDD

Significant Date (ID ::= 3)ParameterIDParameterName

Data Type

1

SignificantDate

asci:8

Description

Date that most accuratelydescribes the basic date of thesource product, in the formYYYYMMDD . It can be thecompletion date, compilation date,collection date, revision date,or other date depending on theproduct and circumstances.

. ..

L-

MIL-S?’D- 2411-I

Man lrh>~t Cn)lrr.n fTn ..- A\.. U+J, LL. UAL O“u.bc ,.!. ” . .- =,

Parameter 1 DescriptionIDParameter Data series A short title for theName designation identification of a group of

products usually having the samescale and/or cartographicspecification (e.g., JOG 1501A,JOG 1501G, or JOG 1501C)

Data Type asci:10

Parameter 2 DescriptionIDParameter Map The designation, within the dataName Designation series, of the hardcopy source

(e.g., if the hardcopy source isONC G18, then the map designationis “G18 “.

Data Type asci:8

Parameter 3 DescriptionIDParameter Old Horizontal Original horizontal datum of theName Datum Code hardcopy product. A list of

horizontal datum codes is given in5.3.2.2

Data Type asci:4

Parameter 4 DescriptionIDParameter Edition Edition number of the sourceName Identifier graphic, which uniquely identifies

a product within a series and itemnumber.

Data Type asci:7

MIL-STD-2411-1

-...,.—-:—— -..-L-— Z-n..c \~rogec~lor] >ysr-eHI (LIJ ::= 3/

Parameter 1 DescriptionIDParameter Projection projection of the source hardcopyName Code graphic, as listed in 5.3.2.31Data Type asci:2

Parameter 2 DescriptionIDParameter Projection The value of the first projectionName Parameter A parameter. A definition of the

first projection parameter isgiven in 5.3.2.3

Data Type real:4

Parameter 3 DescriptionIDParameter Projection The value of the second projectionName Parameter B parameter. A definition of the

second projection parameter isgiven in 5.3.2.3

Data Type real :4

Parameter 4 DescriptionIDParameter Projection The value of the third projectionName Parameter C parameter. A definition of the

third projection parameter isgiven in 5.3.2.3

Data Type real:4

Parameter 5 DescriptionIDParameter Projection The value of the fourth projectionName Parameter D parameter. A definition of the

fourth projection parameter isgiven in 5.3.2.3

Data Type real:4. . . .. –..———-

T A full description 01 the projection sys~ems ana cnelr parame~erscan be found in DM.ATM 8358.1.

Parameter 11 I DescriptionIDParameter Vertical Datum Vertic&l datum of this RPF [frameName I Code lfilel orareal extent, as listed

.

I?IL-STD-2411-I

Horizontal Datum (ID ::= 7)Parameter 1 DescriptionIDParameter Horizontal Horizontal datum of this RPFName Datum Code [frame file] or areal extent, as

listed in 5.3.2.2

--

Vertical Absolute Accuracy (ID ::= 8)Parameter 1 DescriptionIDParameter Vertical Vertical absolute accuracy of thisName Absolute RPF [frame file] or areal extent.

AccuracyData Type uint:4Parameter 2 DescriptionIDParameter Accuracy Units Units of measure for the verticalName of Measure absolute accuracy, as listed in

5,3.2,6Data Type uint:2

Horizontal Absolute Accuracy (ID ::= 9)Parameter 11 I DescriptionIDParameter Horizontal Horizontal absolute accuracy ofName Absolute this RPF [frame file] or areal

Accuracy extent.Data Type uint :4Parameter 2 Description.-

Parameter Accuracy Units units of measure for theName of Measure horizontal absolute accuracy, as

listed in 5.3.2.6

27

---- —-—— ----- ---- ----- --~, --- .—A “,

Parameter 1 DescriptionIDParameter Vertical Vertical relative accuracy of thisName Relative RPF [frame file] or areal extent.

AccuracyData Type uint:4Parameter 2 DescriptionIDParameter Accuracy Units Units of measure for the verticalName of Measure relative accuracy, as listed in

5.3.2.6Data Type uint:2

Horizontal Relative Accuracy (ID ::= 11)Parameter 1 DescriptionIDParameter Horizontal Horizontal relative accuracy ofName Relative this RPF [frame file] or areal

Accuracy extent .DataParameter 2 DescriptionIDParameter Accuracy Units Units of measure for theName of Measure horizontal relative accuracy, as

listed in 5.3.2.6Data Type uint:2

Ellipsoid (ID ::= 12)Parameter 1 DescriptionIDParameter Ellipsoid Code Ellipsoid used in this RPF [frameName file] or areal extent, as listed

in 5.3.2.5Data Tvne asci:3

Sounding Datum (ID ::= 13)Parameter 1 DescriptionIDParameter Sounding Datum Sounding datum used in this RPFName Code [frame file] or areal extent, as

listed in 5.3.2.2Data TVD e asci:4

-

-

-

-.

AI C2VAUULLU1 L .JJL7LC, ,( ,& L,’ . .- Am,

Parameter 1 DescriptionIDParameter Navigation Navigation system used in this RPFName System Code [frame file] or areal extent, as

listed in 5.3.2.4Data Type uint:2

Grid (ID ::= 15)Parameter 1 DescriptionIDParameter Grid Code Grid code for this RPF [frameName file] or areal extent, as listed

in 5.3.2.7Data Type asci:2

8.uaLcL kv nLLLIua.L A.LaLJiJcLLL L11ailL4c \AI-J . . = Au)

Parameter 1 DescriptionIDParameter Easterly Annual magnetic change in CheName Annual easterly direction for this RPF

Magnetic [frame file] or areal extent.Chanue

Data Type real:4Parameter 2 DescriptionIDParameter Units of Units for the magnetic change, asName Magnetic listed in 5.3.2.6

ChangeData Type uint:2

Westerly Annual Maqnetic Change (ID ::. 17)Parameter 1 DescriptionIDParameter Westerly Annual magnetic change in theName Annual westerly direction for this RPF

Magnetic [frame file] or areal extent,Chanae

Data Type real:4Parameter 2 DescriptionIDParameter Units of Units for the magnetic change, asName Magnetic listed in 5.3.2.6

ChanqeData Type uint:2

UL AU lVUL LiL– L-l CIY1l CLAL lVUL LIL ~I~AC \-Lu ..- Au/

Parameter 1 DescriptionIDParameter Grid North- Angle between north/south gridName Magnetic North lines and magnetic north in this

(G-M) Angle [frame file] or areal extent.Data Type real:4Parameter 2 DescriptionIDParameter Units of Angle Units of measure for the gridName north-magnetic north angle, as

listed in 5.3.2.6Data Type uint:2

Parameter 1 DescriptionIDParameter Grid Angle between grid north and trueName Convergence north in this [frame file] or

Anqle areal extent.Data Type real :4Parameter 2 DescriptionIDParameter Units of Angle Units of measure for the gridName convergence angle, as listed in

5.3.2.6

-

.

.

MIL-STD-2411-1

----.

---

Hiqhest Known Elevation (ID ::= 20)Parameter 11 I DescriptionIDParameter Highest Known Highest known elevation for theName El;vation RPF frame or areal extent.DataParameter 2 DescriptionIDParameter Units of Units of measure for the highestName elevation known elevation, as listed in

5.3.2.6Data Type uint:2Parameter 3 DescriptionIDParameter Latitude of Latitude in decimal degrees of theName Ielevation highest known elevation point

within this RPF [frame file] or

~ area’ “tent oData Type real:8Parameter 4 DescriptionIDParameter Longitude of Longitude in decimal degrees ofName elevation the highest known elevation point

within this RPF [frame file] orareal extent.

Multiple Leqend (ID ::= 21)Parameter 11 I Description

-“. ” ““L- .--,* w.. - &&,

Parameter 1 DescriptionIDParameter Data Source Source of the data from which thisName RPF data was derived. Examples of

this field as it would be includedin CIB data include “SPOT”,“Landsat7” or “Landsat4”.

For the CDTED product, examples ofthis attribute include “image~” ,‘carte”. ●

Data Type asci:12Parameter 2 DescriptionIDParameter GSD Ground Sample or post Distance?Jame (GSD) of the RPF dataData Type uint :4

Data Level (ID ::= 23) ●

Parameter 1 DescriptionIDParameter Data Level The level of the source for thisName data. For the CDTED product, this

attribute would be used todistinguish between DTED/CDTEDlevel 1 and DTED/CDTED level 2.

Data Type Uint:2

-

* See note in paragraph 5.

32

>...

MIL-STD-~4il-l

5.3.2.2 Q&uuuki. The following are the valid datum codescurrently registered for RPF products.

unYi7nntal natllm Pniiac.,”. **”..&u+ &-&u.., -w”--

Code Name (Region)

ADIM Adindan (Mean value: Ethiopia and Sudan)ADIA Adindan (Ethiopia)ADIB Adindan (Sudan)ADIC Adindan (Mali)ADID Adindan (Senegal)AFG Afgooye (Somalia)AIN Ain el Abd 1970 (Bahrain Island)ANo Anna 1 Astro (Cocos Islands)ARFM Arc 1950 (Mean value: Botswana, Lesotho, Malawi,

Swaziland, Zaire, Zambia, and Zimbabwe)ARF.L Arc 1950 (Botswana)ARFB Arc 1950 (Lesotho)ARFC Arc 1950 (Swaziland)ARFE Arc 1950 (Zaire)ARFF Arc 1950 (Zambia)ARFG “ Arc 1950 (Zimbabwe)ARSM Arc 1960 (Mean value: Kenya, Tanzania)ARSA Arc 1960 (Kenya)ARSB Arc 1960 (Tanzania)ASC Ascension Island 1958 (Ascension Isiand)ATF Astro Beacon “E” (Iwo Jima Island)TRN Astro Tern Is. 1961 (Tern Island, Hawaii)SHB Astro Dos 71/4 (St. Helena Island)ASQ Astro Station 1952 (Marcus Island)AUA Australian Geod. 1966 (Australia and Tasmania Is.)AUG Australian Geod. 1984 (Australia and Tasmania Is.)IBE Bellevue (IGN (Efate and Errornango Islands)BER ‘Bermuda 1957 (Bermuda Islands)BOO Bogota Observatory (Colombia)BUR Bukit Rimpah (Bangka and Belitum Islands,

Indonesia)CAZ Camp Area Astro (Camp McMurdo Area, Antarctica)CAI Campo Inchauspe (Argentina)CAO Canton Astro 1966 (Phoenix Islands)CAP Cape (South Africa)CAC Cape Canaveral (Mean value: Florida and Bahama

Islands)CGE Carthage (Tunisia)CHI Chatham 1971 (Chatham Island, New Zealand)2HU Chua Astro (Paraquay)

-.

COABATGIZEASEUREURM

EURA

EURBEURCEURDEUREEURFEURHEURIEURJEURK

EUQ

GAAGEOGUAGSEEx3BHENHJOHKDHTNINDAINDSIRL1STJOHKJWKEGKEALCFLIBLUZAMIKMAR

Corrego Alegre (Brazil)Djakarta (Batavia) Sumatra Island, Indonesia)DOS 1968 0230 (Gizo Island, New Georgia Islands)Easter Island 1967 (Easter Island)European 19S0 (Mean Value)European 1950 (Mean Value: Austria, Belgium,Denmark, Finland, France, Federal Republic ofGermany, Gibraltar, Greece, Italy, Luxembourg,Netherlands, Norway, Portugal, Spain, Sweden andSwitzerland)European 1950 (Western Europe: Austria, Denmark,France, Federal Republic of Germany, Netherlands,and Switzerland)European 1950 (Greece)European 1950 (Norway and FinlandEuropean 1950 (Portugal and SpainEuropean 1950 (CyprW)European 1950 (Egypt)European 1950 (Iran)European 1950 (Sardinia)European 1950 (Sicily)European 1950 (England, Channel Islands, Ireland,Northern Ireland, Scotland, Shetland Islands, andWales )European 1979 (Mean value: Austria, Finland,Netherlands, Norway, Spain, Sweden, andSwitzerland)GAN Datum (Addu Atoll, Republick of Maldives)Geodetic Datum 1949 (New Zealand)Guam 1963 (Guam Island)Genung Segara (Kalimantan Island, Indonesia)GUX 1 Astro (Guadalcanal Island)Herat (North Afghanistan)Hjorsey 1955 (Iceland)Hong Kong 1963 (Hong Kong)Hu-Tzu-Shan (Taiwan)Indian (Thailand and Vietnam)Indian (Bangladesh, India, and Nepal)Ireland 1965 (Ireland and Northern Ireland)ISTS 073 Astro 1969 (Diego Garcia)Johnston Island 1961 (Johnston Island)Kandawala (Sri Lanka)Kerguelen Island 1949 (Kerguelen Island)Kertau 1948 (West Malaysia and Singapore)L.C. 5 Astro 1961 (Cayman Brat Island)Liberia 1964 (Liberia)Luzon (Philippines except Mindanao Island)Mahe 1971 (Mahe Island)Marco Astro (Salvaqe Islands)

-

?4

--

k-

MAs Massawa (Eritrea, Ethiopia)MER Merchich (Morocco)MID Midway Astro 1961 (Midway Island)MIN Minna (Nigeria)NAHA Nahrwan (Masirah Island, Oman)NAHB Nahrwan (United Arab Emirates)NAHC Nahrwan (Saudi Arabia)NAP Naparima (BWI Trinidad and Tobago)NAS North American 1927 (Mean Value)NASC North American 1927 (Mean value: CONUS )NASA North American 1927 (Eastern US)NASB North American 1927 (Western US)NASD North American 1927 (Alaska)NASQ North Nnerican 1927 (Bahamas, except San Salvador

Island)NASR North American 1927 (San Salvador Island)NASE North American 1927 (Mean value: Canada )NASF North American 1927 (Alberta and British Columbia)NASG North American 1927 (Newfoundland, New Brunswick,

Nova Scotia, and Quebec)NASH North American 1927 (Manitoba and Ontario)NASI North American 1927 (Northwest Territories and

Saskatchewan )NASJ North American 1927 (Yukon)NASO North American 1927 (Canal Zone)NASP North American 1927 (Caribbean, Barbados, Caicos

Islands, Cuba, Dominican Republic, Grand Cayman,Jamaica, Leeward Islands, and Turks Islands)

NASN North American 1927 (Central America - Belize,Costa Rica, El Salvador, Guatemala, Honduras, andNicaragua)

NAST North American 1927 (Cuba)NASU North American 1927 (Hayes, Peninsula, Greenland)NASL North American 1927 (Mexico)NAR North American 1983 (Mean Value: Alaska, Canada,

CONUS , Mexico, and Central America)FLO Observatorio 1966 (Corvo and Flores Islands,

Azores )OEG Old Egyptian (Egypt)OHAM Old Hawaiian (Mean value)OHAA Old Hawaiian (Hawaii)OHAB Old Hawaiian (Kauai)OHAC Old Hawaiian (Maui)OHAD Old Hawaiian (Oahu)FAH Oman (Oman)OGBM Oral.Survey G. G. 1936 (Mean Value: England, Isle

of Man, Scotland, Shetland, and Wales)

OGBA Oral.Survey G.B. 1936 (England)OGBB Ord. Survey G.G. 1936 (England, Isle of Man, and

Wales )OGBC Oral.Survey G.B. 1936 (Scotland and Shetland

Islands)OGBD Ord . Survey G. B. 1936 (Wales)PLN Pico de las Nieves (Canary Islands)PIT Pitcairn Astro 1967 (Pitcairn Island)HIT Prov. S. Chilean (S. Chile, 53 S.)PRPM Prov. S. Amer. 1956 (Mean value: Bolivia, Chile,

Colombia, Ecuador, Guyana, Peru and Venezuela)PRPA Prov. S. Amer. 1956 (Northern Chile near 19

degrees south)PRPC Prov. S. Amer. 1956 (Southern Chile near 43

degrees south)PRPD Prov. S. Amer. 1956 (Columbia)PRPE Prov. S. Amer. 1956 (Ecuador)PRPF Prov. S. Amer. 1956 (Guyana)PRPG Prov. S. Amer. 1956 (Peru)PRPH Prov. S. Amer. 1956 (Venezuela)PUR Puerto Rico (Puerto Rico and Virgin Islands)QAT Qatar National (Qatar)QUO Qornog (South Greenland)REU Reunion (Mascarene Island) .

MOD Rome 1940 (Sardinia Island)SAE Santo (DOS) 1965 (Espirito Santo Island)SAO Sao Braz (Sao Miguel, Santa Maria Islands, Azores)SAP Sapper Hill 1943 (East Falkland Islands)SCK Schwarzeck (Namibia)SAN!4 South American 1969 (Mean value: Argentina,

Bolivia, Brazil, Chile, Columbia, Ecuador, Guyana,Paraguay, Peru, Trinidad and Tobago, andVenezuela)

SANA South American 1969 (Argentina)SANE South American 1969 (Bolivia}SANC South American 1969 (Brazil) .SAND South American 1969 (Chile)SANE South American 1969 (Columbia)SANF South American 1969 (Ecuador)SANG South American 1969 (Guyana)SANH South American 1969 (Paraguay)SANI South American 1969 (Peru)SANK South American 1969 (Trinidad and Tobago)sANIJ South American 1969 (Venezuela)SOA South Asia (Southeast Asia, Singapore)Pos SE Base (Porte Sante) (Porto Santo & Madeira

Islands)

-

w

L-

---”

GRA

TAN

TOKTOYMTOYATOYBTOYCTDCUNDMvs~1

WGCWGEYACZAN

Sw Base (Faial, Graciosa, Pico, Sao Jorge, andTerceira Island, Azores)Timbali 1948 (Brunei and East Malaysia - Sarawakand Sabah)Tokyo (Mean Value)Tokyo (Mean value: Japan, Korea, and Okinawa)Tokyo (Japan)Tokyo (Korea)Tokyo (Okinawa)Tristan Astro 1968 (Tristan da Cunha)undetermined (processed as if wGS 84)Viti Lem 1916 (Viti Levu Island, Fiji Islands)Wake-Eniwetok 1960 (Marshall Islands)World Geodetic System 1972World Geodetic System 1984Yacare (Uruguay)Zanderij (Surinam)

Sounding Datum Codes

Code DescriptionMean High WaterMean High Water “Neaps

MHws Mean High Water SpringsMHHW Mean Higher High WaterMYJw Mean Low WaterMLWN Mean Low Water NeapsMLws Mean Low Water Springs,MLLW Mean Lower Low Water

Vertical Datum Codes

MSL Mean Sea Level (All elevations in the data set arereferenced to the geoid of the specified datum.)

GEOD Geodetic (All elevations in the data set arereferenced to the ellipsoid of the specified2----- \

5.3.2.3 Proiertion cod%~te~. The following arethe valid projection codes and parameters currently registered forRPF products.

Code Name ParametersA B c D

AC Albers Equal Central Std. Parallel Std. Parallel Latitude of

Area Meridian Nearest to Farthest from OriginEquator Equator

AL Azimuthal Longitude of Latitude of

Equal Distant Tangency Tangency --- ---

RB Hotline Longitude of Latitude of Azimuth ofOblique Great Circle Great Circle great Circle ---

Mercator

LE Lambert Central Std. Parallel Std. Parallel Latitude ofConformal Meridian Nearest to Farthest from Origin

Conic EquaCor Equator

MC Mercator Central Latitude ofMeridian True scale --- ---

Oc Oblique Longitude of Latitude of Azimuth of

Mercator Great Circle Great Circle Great Circle ---

OD Orthographic Longitude of Latitude ofTangency Tangency --- ---

PG Polar Stereo- Central Latitude of Latitude of Longitude of

graphic Meridian True Scale Origin Origin

PH Polyconic Central Latitude ofMeridian Origin --- ---

TC Transverse Central Meridian of Central Scale

Mercator Meridian True North Factor ---

UT Universal CentralTransverse Meridian --- --- ---

Mercator

-

5.3.2.4 ~on sv~m s (-ok. The following are the validnavigation system codes currently registered for RPF products.

Code Description

o Unknown1 Circular Radio Beacon2 CONSOL3 DECCA4 Radio Direction Finding5 Direction Finding Beacon6 Distance Finding7 Long Range Air Navigation System (LORAN)8 OMEGA9 Undefined10 Radar Response Beacon (~CON)11 Radar12 Radio13 Radio Telephone14 Undefined15 TV16 Microwave

.

17 Non-Directional Radio Beacon (NCB)18 Non-Directional Beacon/Distance Measuring

Equipment (NDB/DME)19 Radic Range (RNG)20 VHF Omni Directional Radio Range (VOR)21 VHF Omni Directional (VOR/DME)22 VHF Omni Directional (VORTAC)23 Tactical Air Navigation Equipment (TACAN)24 Instrument Landing System (ILS)25 (ILS/DME)26 Localizer (LOC)17 Localizer/Distance measuring Equipment (LOC/DME)28 Simplified Direction Facility29 Landing Distance Available (LDA)30 Microwave Landing System (MLS))1 Fan Marker32 Bone Marker33 Radio Telegraph14 Ground Control Approach (GCA)15 Radar htenna)6 Undefined)7 Precision Approach Radar (PAR))8 Aeronautical Radio19 Undefined10 Radio Beacon11 Rotating LooP Radio Beacon

3a

F::L-STII-24:1-i

42 Visual Flight Rules (VFR) Test Signal Maker43 Undefined44 Consol Radio Beacon45 Aeronautical Radio Beacon46 Radar Station47 Hifix48 Hyperfix

5.3.2.5 ~oid codes. The following are the validellipsoid codes currently registered for RPF products.

Code Description

AixyAUN Australian NationalBES Bessel 1841bes Bessel 1841 (Namibia)CLK Clark 1866CLJ Clark 1880EVE EverestFM Fischer 1960FC Fischer 1968RE Geodetic Reference System 1967GF.S Geodetic Reference System 1980HE Helmert 1906HO HoughINT International .KRA Krasovsky

Modified AimModified Everest

FA Modified Fischer 1960 (South Asia)SA South American 1969WGA World Geodetic System 1960WGB World Geodetic System 1966WGC World Geodetic System 1972WGD World Geodetic System 1984

I

...-.

----

5.3.2.6 ~sure md~S . The following are the validunits of measure codes currently registered for RPF products.

Code Description

o Unknown1 Meters (Length, Area, Volume)2 Kilopounds (Weight)3 Seconds (Of Time)4 Meters/Second (Speed)5 Cubic Meters/Second (Flow)6 Volt (Electrical Potential)7 Watt (Ten to the Sixth (Electrical

Power ))8 Hertz (Frequency)9 i DDD MM SS.S (Angular)10 t HH MM SS.S (Time)11 International Nautical Mile (1852

meters )12 Knot13 Nautical Mile/Day14 Feet15 Fathom16 Micrometers (Microns)17 Mils18 Seconds of arc19 Minutes of arc20 Degrees of arc999 Other

5.3.2.7 ~. The following are the valid grid codescurrently registered for RPF products.

Code Description

AD Aden ZoneAl? Afghanistan Gauss-Krueger GridAG Air Defense GridAI Air Support GridAJ Alabama Coordinate SystemAK Alaska Coord~nate SystemAL Algeria ZoneAM Albania Bonne GridAN Alpha-Numeric (Atlas) GridAO Arbitrary GridAP American Samoa Coordinate SystemAQ Argentina Gauss-Krueger Conformal GridA!!. Artille~’ Referencing SystemAS Arizona Coordinate SystemAU Australia BeltSAV Arkansas Coordinate SystemAW Australian Map GridAx Azores Gauss Conformal GridAZ Azores ZoneBA Baku 1927 Coordinate SystemBB Bavaria Solder Coordinate SystemBC Eelgium-Lambert GridBE Belgium Bonne GridBF Brazil Gauss Conformal GridBOBO Borneo Rectified Skew Orthomorphic GridBW British West Indies GridCB California Coordinate SystemCD Canada British Modified GridCE Ceylon Belt (Transverse Mercator)CF Canary Islands (Spanish) Lambert GridCG Chile Gauss Conformal GridCH China BeltCI Canary Islands ZoneCJ China Lambert ZoneCK Colorado Coordinate SystemCM Connecticut Coordinate Sys~emCN Caspian Zoneco Costa Rica Lambert GridCQ Crimea GridCR Crete ZoneCT Cuba Lambert Grid(2U Caucasus Zone

-.

Cv(-AJ

Cx

CYCzDADBDcDDDEDJDKEAEBEDEEEFEPERETFAFBFCFDFEFFFIFJFLFO

FSGAGB

GDGE

GFGGGHGIGKGLGNGOGPGO

Cape Verde Islands ZoneBritish Cassini GridCzechoslovak Uniform CadastralCoordinate SystemCyprus GridCzechoslovak Military GridDanube ZoneDahomey BeltDenmark General Staff GridDelaware Coordinate SystemDominican Lambert GridDenmark Geodetic Institute System 1934Cape Verde Peninsula GridEast Africa BeltEnglish BeltEgypt Gauss Conformal GridEl Salvador Lambert GridEstonian GridEgypt Purple BeltEgypt Red BeltEgypt 35 Degree BeltFernando Poo Gauss GridFiji GridFlorida Coordinate SystemFrench Bonne GridFrench Guiana Gauss GridFrench Somaliland Gauss-LaBorde GridFrench Indochina GridFranz Josef Land ZoneFrench Lambert GridFormosa (Taiwan) Gauss-SchreiberCoordinate SystemFrench Equatorial Africa GridGabon BeltItaly Gauss-Boaga Grid (TransverseMercator)Gabon Gauss Conformal GridWorld Geographic Reference System(GEOREF)Guadaloupe Gauss-LaBorde GridColombia Gause Conformal GridSweden Gauss-Hanover GridGeorgia Coordinate SystemGauss-Krueger Grid (Transverse Mercator)Greece Azimuthal GridGerman Army Grid (DHG)Ghana National GridGreece Bonne GridGreece Conical Mecklenburq Coordinates

43

GR

GTGUGVGWGYHBHCHDHEHFHGHK1AIBxcIDIEIFIGIHIJIKILINIRITIYIZJAJB

JCJOKAKBKCKDKEKFKGKHKJKKKLKRKTKW

Greece Conical Mecklenburg Coordinate(New Numbering)Greenland Lambert GridGuinea ZoneGuam Coordinate SystemGuatemala Lambert GridGuyana Transverse Mercator GridHaiti Lambert GridHawaii Coordinate SystemHawaii GridHonduras Lambert GridHong Kong New System Cassini GridHunga~ Stereographic GridHong Kong Colony GridIdaho Coordinate SystemIllinois Coordinate SystemIndiana Coordinate SystemIndonesia Mercator GridIndonesia Polyhedric GridIowa Coordinate SystemIvo~ Coast Azimuthal GridIrish Cassini GridIvo~ Coast BeltIrish Transverse Mercator GridIceland New Lambert ZoneIndia ZoneIraq National GridItal>’ZoneIV - Found on an HA in Marshall IslandsIceland ZoneJamaica Foot GridJapan Plane-Rectangular CoordinateSystemJapan Gauss-Sch~-eiber GridJohore GridAustria Gauss-Krueger GridBulgaria Gauss-Krueger GridKatanga GridKansas Coordinate SystemKentucky Coordinate SystemFinland Gauss-Kreuger GridGerman Gauss-Kreuger GridKenya Colony GridKorea Gauss-Schreiber Coordinate SystemLouisiana Coordinate SystemLithuania Gauss-Kreuger GridKwantung Province GridTurkey Gauss-Kreuger GridKwanasi Province Grid

44

----

L

Kx Luxembourg Gauss-Kreuger GridLC Lambert Conformal Conic GridLD Latvia Coordinate SystemLE Levant ZoneLF Levant Stereographic GridLG Liberia Rectified Skew Orthomorphic GridLI Libya ZoneLL Sirte (Libya) Lambert GridMA Malaya GridMB Malta BeltMC Maldive-Chagos BeltMD Madiera ZoneME Mediterranean ZoneMF Maine Coordinate SystemMG Malaya Rectified Skew Orthomorphic

(Yard) GridMH Martinique Gauss GridMI Ma~land Coordinate SystemNJ Massachusetts Coordinate SystemMK Mexican Lambert GridML Michigan Coordinate SystemMM Mecca-Muscat ZOnem Minnesota Coordinate SystemMO Madagascar Grid (Laborde)MP Mississippi Coordinate SystemMQ Morocco ZoneMl’ Missouri Coordinate SystemMU Mauritius ZoneMv Montana Coordinate SystemNW Mozambique Lambert GridMX Mozambique Polyconic GridNA Northwest Africa ZoneNC Nigeria Colony BeltND National Grid of Great BritainNE Northern European ZoneNF Nebraska Coordinate SystemNG Numeric GridNI Niger ZoneNJ Netherlands Stereographic Grid (Old

Numbering)NK North Korea Gauss-Kreuger GridNL Netherlands Stereographic Grid (New

Numbering)NM Netherlands East Indies Equatorial Zone

British Metric Grid (Lambert)NO Nerd de Guerre ZoneNP Nevada Coordinate SystemNQ New Sierra Leone Colony GridNR New York Coordinate System

NS/ NTNUNvm’NXNY

NZOA03ODOEOR0sPAPBPcPDPEPFPIPJPKPLPPPQPRPsPTPuQAQURBRCRDRERFRHRIRTSASBSD

SESFSHS1

Netherlands East Indies Southern ZoneNew Zealand National GridNicaragua Lambert GridNiger BeltNorth Caroline Coordinate SystemNorth Dakota Coordinate SystemNetherlands East Indies Equatorial ZoneU.S. Yard GridNew Zealand BeltNorthern Malaya GridNorway Gauss-Kreuger GridOhio Coordinate SystemOklahoma Coordinate SystemOrange Report NetOregon Coordinate SystemPalestine BeltPanama Lambert GridPalestine Civil Grid (Cassini)Paraguay Gauss-Kreuger GridPeiping Coordinate System of 1954Pennsylvania Coordinate SystemPeru Polyconic GridPhilippine Plane Coordinate SystemPoland Gauss-Kreuger GridPoland Quasi-Stereographic GridPhilippine Polyconic GridPortugal Bonne Grid, OldPortugal Bonne Grid, NewPortugal Gauss GridPuerto Rico Coordinate SystemPuerto Rico Lambert GridQatar GridQatar Peninsula GridRussian BeltReunion Gauss GridRhode Island Coordinate SystemRumania Bonne GridSoviet Coordinate System of 1942Rumania Lambert-Cholesky GridRumania Stereographic GridPulkovo Coordinate System of 1932South Africa BeltSenegal Gauss Conformal Grid (Belt)South Africa Coordinate System (Republicof South Africa)Senegal BeltSouth Carolina Coordinate SystemSahara ZoneSouth Dakota Coordinate System

-

--

-----

SJ South Libya ZoneSK Sarawak GridSL Spain Lambert GridSN Southern New Guinea GridSQ South Georgia Lambert GzidSR South Syria Lambert GridSs Spanish North-Morocco Lambert GridSv Svalbard Gauss-Kreuger GridSx Svobodny 1935 Coordinate SystemSY Seychelles BeltSZ Spitzbergen ZoneTA Tanganyika Territorial GridTB Tashkent 1875 Coordinate SystemTC Tennessee Coordinate SystemTD Texas Coordinate SystemTE Tobago GridTF Trinidad GridTG Trucial Coast Cassini GridTH Trucial Coast Transverse Mercator GridTI Turkey Bonne GridTN Tunisia ZoneUA Uganda Cassini Coordinate SystemUB Unidentified GridUc Uruguay Gauss-Kreuger GridUD Utah Coordinate SystemUP Universal Polar Stereographic Systemus Us. Polyconic Grid SystemUT Universal Transverse Mercator GridVA Vermont Coordinate SystemVB Virginia Coordinate SystemVE Venezuela Modified Lambert GridVI Viet Nam Azimuthal GridWA West Malaysia Rectified Skew

Orthomorphic (Metric) GridWB Switzerland Bonne GridWc Switzerland Conformal Oblique

Cylindrical Gridm West Virginia Coordinate SystemWE Wisconsin Coordinate SystemWF Wyoming Coordinate SystemWP World Polyconic SystemYA Yugoslavia Gauss-Kreuger Grid (Not

Reduced)Yu Yunnan Province Grid

47

5 .3.3 n code. The <relationship code> describesthe relationship between two or more RPF [frame file]s. Validcodes are listed below.

fCode Description1 Stereographic pairs2 Leqend Imaqe,3-65535 Reserved for future standardization

5.4 F re~ered data ta~. The following codes are validNITF registered data tags for use by RPF products which arewritten in an NITF message.

Taq DescriptionRPFHDR’ User Defined Header Section for RPFRPFIMGt User Defined Image Section for RPFRPFDES’ Data Extension Seament for RPF

4

-

t Pending approval by the NITF technical board

-

—

6. NOTES

This section contains information of a general or explanatory naturethat may be helpful, but is not mandatory.

6.1 Lam&bL=. This document is intended for use with MIL-

STD-2411, Military Standard for Raster product Format (RPF), andall specifications governed by that military standard.Identification codes and values tabulated in this document are theregistered data values to be used in all products conforming to

the RPF standard. The registered data values are included in thisdocument, separate from MIL-STD-2411 so that new values can easilybe added to the registered data set without modifying thegoverning standard

6.2 ~re~. When this standard is used in

acquisition, the applicable issue of DODISS must be cited in thesolicitation (see 2.1.1 and 2.2) .

6.3 .This section is

not applicable to this standard.

6.3.1 terwtlod Standa.rdlz~~n Agreements (STAN- .This

section is not applicable to this standard.

6.3.2 Standardlza.kion Agreements (OST@ .Thislr2artlt~->-.

section ,1snot applicable to this standard.

6.3.3 ~@u.This section is not applicable to this standard.

6.3.4 al M~&G AareemfulLS.This section is not

applicable to this standard.

6.3.5 ~~~cut iv~ Orders .This section is not applicable to this

standard.

6.3.7 ~. This section is not applicable to

this standard.

6.3.7 .This section is not applicable to

this standard.

6.4 meet term (ke~r word ) RPF; Registered Data

Values.

45

INDEX

ASCII

Attribute

Currency

Easterly

date

annual magnetic change

Ellipsoid

Ellipsoid codes

Grid

Grid

Grid

Grid

codes

convergence angle

North-Magnetic north angle

Highest known elevation

Horizontal absolute accuracy

Horizontal datum

Horizontal datum codes

Horizontal relative accuracy

Map/Chart source

Multiple legend

Navigation system

Navigation system codes

Production date

Projection system

Projection system codes andparametersSignificant date

SECTIQN

3.1

5.

5.3.2

5.3.2.1

5.3.2.1

5.3.2.1

5.3.2.5

5.3.2.1

5.3.2.7

5.3.2.1

5.3.2.1

5.3.2.1

5.3.~.l

5.3.2,1

5.3.2.2

5.3.2.1

5.3.2.1

5.3.2.1

5.3.2.1

5.3.2.4

5.3.2.1

5.3.2.1

5.3.2.3

5.3.2.1

3

5

23-47

23

29

28

39

29

41

30

30

31

27

27

32

28

25

31

~g

38

24

26

37

24

—

Sounding

Sounding

Units of

Vertical

Vertical

Vertical

Vertical

Westerly

datum

datum codes

measure

absolute accuracy

datum

datum codes

relative accuracy

annual magnetic change

Boundary rectangle section

CMYK

Color table index

Color/grayscale

Color converter table id

Color/grayscale table id

Compression

Algorlthm id

Lookup table id

Parameter id

Parameter value

Coverage

Data series and zone codes

Data series codes

Zone codes

Datum codes

s~rz.zm

5.3.2.1

5.3.2.2

5.3.2.6

5.3.2.1

5.3.2.1

5.3.2.2

5.3.2.1

5.3.2.1

5.1.1

3.1

5.1.2.1

5.1.1

5,1.1

5.1.2

5.1.2.2

5.1.2.1

5.1.1

5.2.2

5.3.1

5.3.1.1

5.3.1.2

5.3,1.3

5.3.1.4

5.1.1

28

36

40

27

26

36

28

29

6

3

7

6

6

6

7

7

6

21

22

22

22

22

22

6

8-11

5.1.4 9

5.1.3 8

(see Attribute)

SURJE~

Frame file data

Frame file index

Header component

Image section

Legend

Location component

MIL-STD-2411

NITF

Producer code

Product data type

Raster Product Format

Related images

Relationship code

Replace/update

RGBM

SJ?CTION

5.3

5.1.1

5.1.1

5.1.1

5.3.3

5.1.1

1.1

2.1.1

4.

5.

5.1.1

5.1.3

5.1.4.

6.1

3.1

5.4

5.2.I

5.1.6

1.1

2.1.1

6.1

5.1.1

5.3.3

5.1.1

3.1

5.1.2.1

21-47.4

6

6

6

31

47

6

1

2

4

5

6

8

9

48

3

47

21

11

3

1

2

48

6

47

6

3

7

52

—

sTD-24ii-l

Section/component id-—

Security classifications

Security count~/internationalcodesSecurity release markings

Stereographic pairs

Table of contents data

VQ

5.1.1

5.1.8

5.1.7

5.1.9

5.3.3

5.2

3.1

5.3.1.1

5.3.1.2

6

18

12-18

19

47

20-21

3

22

22

Custodian:DMA - MP

Review activities:Air Force - 09Army - PONavy - NOMarine Corps - MC

MIL-S’TD-2411-1

CONCLUDING MATERIAL

Preparing activity:DMA - MP

Agent : AFMC

(Project MCGT-0122)

—

I_—

STANDARDIZATION DOCUMENT IMPROVEMENT PROPOSAL

I LNSTRIJCIU2M

I 1, The preparing activity musl complete blocks 1, 2, 3, and 8, In block 1, both the document number and revisionletter should be given

2, The submitter of this iorm must complete blocks 4, 5,6,and 7

3. The preparing activity must provide a reply wlthln 30 days from receipt of the form

NOTE: This form may not be used to request copies of documents, nor to request waivers, or clarification ofrequirements on current contrads. Comments submitted on this form do not constitute or imply authorization towaive any portion of the referenced document(s) or to amend contractual requirements

I RECOMMEND A CHANGE:1 DOCUMENT NUMBER 2 DOCUMENT DATE (YYMMDD)

MIL-STD-2411-1 30 August 19943 DOCUMENT TITLE Military Standard for Registered Data Values for Raster Product Format

4 NATURE OF CHANGE (#anr@ paq~h number and indd pmpusad rawrrk?, It POSSIM AttaA saTra ti-ls as ~)

5 REASON FOR RECOMMENDATION

;. SUBMITTER

L NAME {Las!, Frst -e I*O b ORGANIZATION

: ADORESS (hCbd$ Zip Coda) d TELEPHONE (hdude Ama CO*) 7 DATE SUWITTED

(I) fhllmarcd {WbwOLv

(2) AUTOVON(if wdmabh)

1

9 PREPARING ACTIVI?W

h NAMEDefense Mapping Agency

b TELEPHONE (hchda Area CO*)(1) Commercial (2) AUTOVCMJ

ATIN” Tl, ST A-10 (703) 285-9238 356-923E

: ADDRESS (klCkf& Zp Code) IF YOU 00 NOT RECEIVE A REPLY WITHIN 45 DAYS, CONTACT:

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8Teiephone (7 3)756-2340 AuToVON ZB9-234CI

DC)~O!7Tl 1426, OCT 89 Prffwoils 6’dil/o/?s are obsdet: 196p