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HMax:  F & HSeed:  FSeed "%> H HReset seed to  *?'. $ . L N $Alter the AutoNumber for this table?$J'0 0 P<Set the value. *Seed ",>o 2 '2$&Write a trail in the Immediate Window.a\[ , "! ( => *.COkkky!#Table can have only one AutoNumber.E;kp Next columnSkPkH)If the user chose Cancel, no more tables. 0 RIEyk Next table.Clean up.".. 2'iAttribute VB_Name = "modAutoNumFix" Option Compare Database`Explicit ` FuncZ() As Long 'Pu@rpose:Find aocally fix ales in current project` wherz; 'rnumber is negative or below actual v@alues.ReturnE xof?5 seed was rPesetpUto K[dialog: YW= change . NBoskipC ancel quit,archiDng*Not Re79fw 5Microsoft ADO Ext. library Dim cas NebwX.CP 6'oc HtblAkX.TableW'EachD1CNoG Column C field varMaxIDVaria@u 'Highest exis>t@C@i&lngOldSAcēfoundK @qU aft@k s,tr=S@ng MsgA4 '@Box messageH @1Answ@ 1 'Responso CK Ku'$B'C=t tC]Set.AveConFn@Ё= CCP j.g#'LooVhrough wrC? 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H'^k( h the following ADO code didn't work as well because only some querydefs are classified as "views" by ADO Dim rst As ADODB.Recordset Dim intColumn As Integer% On Error GoTo Error_SearchQueriesA Set rst = CurrentProject.Connection.OpenSchema(adSchemaViews) Do While Not rst.EOF; If InStr(1, rst("VIEW_DEFINITION"), strSearch) ThenF SearchQueries = SearchQueries & rst("TABLE_NAME") & vbCrLf End If' rst.MoveNext Loop Set rst = Nothing Exit FunctionError_SearchQueries: 'clean upQ MsgBox ("Error " & Err.Number & ": " & Err.Description & " in SearchQueries") If Not rst Is Nothing Then Set rst = Nothing End Ifi8Attribute VB_Name = "modSearchQueries" Option Compare Database 'Zes stored SQL (procedures/q) for a specifiPsng Public Fun6cg ~(% A(s S2)  Dim db!DAO., qdfyDef0On Err!Resu{Next Set(= CurrentDb() FEach-Inz.-sHZ= . If Inc(1,r ) Then%Ћ&0݀& vbCrLpEnd Ip ' thellowing ADO code didn't work as well because only soKtydefs Aclasst "views" byA 'c!grstbDB.Record se\intC olumn IntegerlGoTon_JB nAoProject.Conn.OpenSchema(adV.y$o While Not .EOFD"4 q@("VIEW_DEFINITION")u') r= &("TABLE_NAME") Gx)xH$.Move| Loop@7 Hh@@Ex|itp`@dK-:a'clean u MsgBox ("Ck" .Number": eDes(criÊ&in="1 -0 Is2e 6nC` !%E am  ID="{9F1F7BA8-C5D3-41E6-BE60-F49CDAAB6B9C}" Module=modAutoNumFix DocClass=Form_Search Queries/&H00000000 Module=modSearchQueries Name="blank back end" HelpContextID="0" VersionCompatible32="393222000" CMG="474505C00B405644564456445644" DPB="8E8CCC8954979A989A989A" GC="D5D7975E99A49AA49A5B" [Host Extender Info] &H00000001={3832D640-CF90-11CF-8E43-00A0C911005A};VK[BE;&H00000000 [Workspace] modAutoNumFix=44, 44, 719, 513, Z Form_Search Queries=0, 0, 0, 0, C modSearchQueries=22, 29, 760, 442, C $P+modAutoNumFixmodAutoNumFixForm_Search QueriesForm_Search QueriesmodSearchQueriesmodSearchQueriesere `*,`. tab`00289=Babc`e ghij k ](Forms w w 0w w Blob  PropData@sBc .  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Line4f2`$a$ b Line5f2`#ab Line6f`#abcX Line7f2`$a/ b Line8f2`#ab Line9f`#abc Line10f2`+a5b Line11f2`#ab Line12g`7#a bZcxImage13h(@@@@@@@@@@@@@@@g`+abcKImage14x( P K[@@@@@@@@@@@@@@f`#abc Line15f2`2ab Line16f2`--aZb Line17g`Z-abZcxImage18h(@@@@@@@@@@@@@@@ K[g`72abcKImage19x( P@@@@@@@@@@@@@@f`--abcS Line20f2`'ab Line21f2`#ab Line22g`7#a bZcxImage23h(@@@@@@@@@@@@@@ K[@g`3'a:bcKImage24x( P@@@@@@@@@@@@@@f`#ab Line25f2`1aub Line26f2`--aZb Line27g`Z-abZcxImage28h(@@@@@@@@ K[@@@@@@@g`1a bcKImage29x( P@@@@@@@@@@@@@@f`--abFc Line30f2`ab Line31f2`ab Line32g`a bZcxImage33h(@@@@@@@@ K[@@@@@@@g`aCbcKImage34x( P@@@@@@@@@@@@@@K[f`abc  Line35f2`K-ab Line36f2`=,a7b Line37f`-ab-c Line38f2`Z-ab Line39f2`=,a b Line40f`-a b<c  Line41f2`a-b Line42f2` a.b Line43f` a-bc- Line44f2`a/b Line45f2`a#(b Line46g` a'bZcxImage47h(@@@@@@@@@@@@@@@g`av/bcKImage48x( P@@@@@@@@@@@@@K[@f` a2(bc Line49f2`a0b Line50f2`a(b Line51g` a_(bZcxImage52h(@@@@@@@@@@@@@@@g`aH0bcKImage53x( P@@@@@@@K[@@@@@@@f` a)bc Line54f2`a,b 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Tahomad238"`Tajbcecltitle0&tblRegionalServices Tahoman07"abIcdlecl1Value List<"StakeholderID";"ElementID";"" Tahomad238"`ahbcecltitle1&tblStakeholderRoles Tahoman07"abIcSdlecl2Value Listz"StakeholderID";"StakeholderName";"StakeholderDescription";"" Tahomad238"`ahbScecltitle2tblStakeholders Tahoman07"a{bIcd&lecl3Value List"EntityID";"EntityAbbreviation";"EntityName";"EntityDescription";"EntityKind";"EntityClass";"EntityType";"" Tahomad238"`{ahbcecltitle3tblEntities Tahoman07"aibUcdlecl4Value List>"RegionalFlowID";"ProjectID";"" Tahomad238"`iatbcecltitle4,tblProjectArchitecture Tahoman07"alb cd&lecl5Value List"RegionalFlowID";"SourceElementID";"DestinationElementID";"FlowID";"InRegionalArchitecture";"FlowStatus";"To$K[uched";"Comment";"" Tahomad238"`la bcecltitle5.tblRegionalArchitecture Tahoman07"a*bx-cCdlecl6Value Listߘ"WorkspaceModified";"CurrentTask";"CurrentArchitecture";"InterviewStatus";"" Tahomad238"`*a,bCcecltitle6(tblApplicationStatus Tahoman07"a&bdElecl7Value 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F`jBEItatEsaP= 0&Ikb l.TypTABLE" The`G'` viewO 3= T.1asyste "M@" A1~athe c"`6%%  %Ae% @.3perties(" increm")&,adInt"FAk'?"p+ V-& Q3:  YBs5&"phB (!5?Dn=lW,@No+QИ!, ?"Al{W$7$?Es2 vb1?'s!<)ezdZ=E8o( ~rpo??'Wria trH! Imme`Wow Debug`[iu%5,X,A ^`X =t'"]C ?;x x'rBn haanon|-K[/#N^'oK'(ubsychoП1, no mQИ N+4jE7  iW'Cleanx up@ioZR2@oY~h]CĒ`"K01 U .y  @ @ @ @ @ @      !"#$%&'()*+,-./0 1!2"3#4$5%6&7'8(9):*;+<,=->.?S YNBBY u Y Y  Y  Y ڂ Y Id LValueObjectGuidObjectNameProperty ValueBCBDBEYYYId$ObjectGuidProperty$ObjectNamePropertyBHv1b  A A AFZ"~) O % C `  v X : ^ 4 fzpR4h>\ZHJ ? G ? G? ? G?@G '?tblRegionalArchitecturetblProjectArchitecture@Gwk? ?ArrowStyle13%% o?StatusIDD@G-!! o? tblRegionalArchitecture.FlowID= g?X@G g?N@G g?L@G g?tblProjectArchitecture=== ?tblRegionalArchitecture??? ? G? G? ? G?X7YZ_____2v@G1% 7?X7YZ_____1x@G1% 7? G ? G? ? G ?DN@G / ?F@G g?F@G g?CountN@G' o?qryAPFlowsRegionEnumerateCCC ? G? G? ? G?qryAPFlowsRegionForqryAPFlowsRegionRevv@ Gi]7 ?qryAPFlowsRegionForqryAPFlowsRegionRevn@ Gi]7 ?qryAPFlowsRegionForqryAPFlowsRegionRev@ Gi]7 ?qryAPFlowsRegionForqryAPFlowsRegionRev@ Gi]7 ?ArrowStyle23%% o?qryAPFlowsRegionFor.StatusID; g?qryAPFlowsRegionFor.FlowID9 g?P@ G g?F@G g?D@G g?qryAPFlowsRegionRev777 ?qryAPFlowsRegionFor777 ? G? G? ? G tblFlows.FlowName0 ' F@G ' tblAPEntities_1.EntityOrder: ' tblAPEntities.EntityOrder8 '  ~@G ' qryAPFlowsRegionIDSelecttblAPEntities@Gg[A  qryAPFlowsRegionIDSelecttblAPEntities_1@Gk_A  tblFlowsqryAPFlowsRegionIDSelectb@G]Q!  B@G g data flowtblFlows.FlowNameB## o F@G g DestinationIDtblAPEntities_1.EntityOrderT++ o SourceIDtblAPEntities.EntityOrderH!! o  qryAPFlowsRegionIDSelectAAA   tblAPEntitiestblAPEntities_1II+   tblAPEntities+++   tblFlows!!!   G  G    GLVALx < b * F l  0>^DjDqryAPFlowsRegionIDs.DestinationElementID = tblTmpSelectedElements_1.ElementIDqryAPFlowsRegionIDs.SourceElementID = tblTmpSelectedElements.ElementIDqryAPFlowsRegionIDs.DestinationElementIDqryAPFlowsRegionIDs.SourceElementIDSELECT * FROM qryAPFlowsRegionBoth((([Arch])=-1) AND ((tblRegionalArchitecture.InRegionalArchitecture)=True)) OR ((([Arch])>0) AND ((tblProjectArchitecture.ProjectID)=[Arch]))tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblRegionalArchitecture.FlowStatustblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowIDSELECT qryAPFlowsRegionIDSelect.DestinationElementID AS ElementID, qryAPFlowsRegionIDSelect.FlowID, qryAPFlowsRegionIDSelect.SourceElementID AS OtherElement FROM qryAPFlowsRegionIDSelectSELECT qryAPFlowsRegionIDSelect.SourceElementID AS ElementID, qryAPFlowsRegionIDSelect.FlowID, qryAPFlowsRegionIDSelect.DestinationElementID AS OtherElement FROM qryAPFlowsRegionIDSelect Count(qryAPFlowsRegionEnumerate.FlowID)qryAPFlowsRegionEnumerate.ElementIDqryAPFlowsRegionEnumerate.ElementIDCount(qryAPFlowsRegionEnumerate.FlowID)qryAPFlowsRegionFor.StatusID = qryAPFlowsRegionRev.StatusIDqryAPFlowsRegionFor.FlowID = qryAPFlowsRegionRev.FlowIDqryAPFlowsRegionFor.DestinationElementID = qryAPFlowsRegionRev.SourceElementIDqryAPFlowsRegionFor.SourceElementID = qryAPFlowsRegionRev.DestinationElementIDqryAPFlowsRegionFor.DestinationElementIDqryAPFlowsRegionFor.SourceElementIDqryAPFlowsRegionFor.RegionalFlowIDqryAPFlowsRegionIDSelect.ArrowStyle(((tblAPEntities_1.EntityOrder)<[tblAPEntities].[EntityOrder]))qryAPFlowsRegionIDSelect.SourceElementID = tblAPEntities.ElementIDqryAPFlowsRegionIDSelect.DestinationElementID = tblAPEntities_1.ElementIDtblFlows.FlowID = qryAPFlowsRegionIDSelect.FlowIDqryAPFlowsRegionIDSelect.StatusIDqryAPFlowsRegionIDSelect.ArrowStyleLVALvp$~:0p>lCount(qryAPFlowsRegionShowAllEnumerate.FlowID)qryAPFlowsRegionShowAllIDSelect.ArrowStyle(((tblAPEntities_1.EntityOrder)<[tblAPEntities].[EntityOrder]))qryAPFlowsRegionShowAllIDSelect.DestinationElementID = tblAPEntities_1.ElementIDqryAPFlowsRegionShowAllIDSelect.SourceElementID = tblAPEntities.ElementIDtblFlows.FlowID = qryAPFlowsRegionShowAllIDSelect.FlowIDqryAPFlowsRegionShowAllIDSelect.StatusIDqryAPFlowsRegionShowAllIDSelect.ArrowStyle(((tblRegionalArchitecture.InRegionalArchitecture)=True) AND (([Arch])=-1)) OR ((([Arch])>0) AND ((tblProjectArchitecture.ProjectID)=[Arch]))tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblRegionalArchitecture.FlowStatustblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.RegionalFlowID(((tblTmpSelectedElements.ElementShow)=Yes) AND ((tblTmpSelectedElements_1.ElementShow)=Yes) AND ((qryFilteredFlows.FlowShow)=Yes))qryFilteredFlows.RegionalFlowID = qryAPFlowsRegionIDs.RegionalFlowIDSELECT qryAPFlowsRegionFor.* FROM qryAPFlowsRegionFor LEFT JOIN qryAPFlowsRegionBoth ON (qryAPFlowsRegionFor.StatusID = qryAPFlowsRegionBoth.StatusID) AND (qryAPFlowsRegionFor.FlowID = qryAPFlowsRegionBoth.FlowID) AND (qryAPFlowsRegionFor.DestinationElementID = qryAPFlowsRegionBoth.DestinationElementID) AND (qryAPFlowsRegionFor.SourceElementID = qryAPFlowsRegionBoth.SourceElementID) WHERE (((qryAPFlowsRegionBoth.SourceElementID) Is Null)) UNION SELECT qryAPFlowsRegionRev.* FROM qryAPFlowsRegionRev LEFT JOIN qryAPFlowsRegionBoth ON (qryAPFlowsRegionRev.StatusID = qryAPFlowsRegionBoth.StatusID) AND (qryAPFlowsRegionRev.FlowID = qryAPFlowsRegionBoth.FlowID) AND (qryAPFlowsRegionRev.DestinationElementID = qryAPFlowsRegionBoth.SourceElementID) AND (qryAPFlowsRegionRev.SourceElementID = qryAPFlowsRegionBoth.DestinationElementID) WHERE (((qryAPFlowsRegionBoth.SourceElementID) Is Null)) @fH* ~ r ,  .  ~ ` B X . h~`B*tJYQ'q4^* ?D\@J / ?T@J g?T@J g?Count\@H' o?qryAPFlowsRegionShowAllEnumerateQQQ ? G? G? ? G ?tblFlows.FlowName0 ' ?T@H ' ?tblAPEntities_1.EntityOrder: ' ?tblAPEntities.EntityOrder8 '?~@H '?qryAPFlowsRegionShowAllIDSelecttblAPEntities_1@ HymO ?qryAPFlowsRegionShowAllIDSelecttblAPEntities@ HuiO ?tblFlowsqryAPFlowsRegionShowAllIDSelectp@ Hk_! ?P@ H g?data flowtblFlows.FlowNameB## o?T@ H g?DestinationIDtblAPEntities_1.EntityOrderT++ o?SourceIDtblAPEntities.EntityOrderH!! o?qryAPFlowsRegionShowAllIDSelectOOO ?tblAPEntitiestblAPEntities_1II+ ?tblAPEntities+++ ?tblFlows!!! ? G? G? ? G?@H '?tblRegionalArchitecturetblProjectArchitecture@Hwk? ?ArrowStyle-15%% o?StatusIDD@H-!! o? tblRegionalArchitecture.FlowID= g?N@H g?X@H g?L@H g?tblProjectArchitecture=== ?tblRegionalArchitecture??? ? G? G? ? G ? qryAPFlowsRegionIDs.ArrowStyle= '?@H '?qryFilteredFlowsqryAPFlowsRegionIDs@HcW1 ?qryAPFlowsRegionIDstblTmpSelectedElements_1@Gsg7 ?qryAPFlowsRegionIDstblTmpSelectedElements@Goc7 ?qryAPFlowsRegionIDs.StatusID; g? qryAPFlowsRegionIDs.ArrowStyle= g?qryAPFlowsRegionIDs.FlowID9 g?P@G g?F@G g?qryFilteredFlows111 ?tblTmpSelectedElementstblTmpSelectedElements_1mm= ?tblTmpSelectedElements=== ?qryAPFlowsRegionIDs777 ? G? G? ? G?X7YZ_____2D@G1% 7?X7YZ_____1@H1% 7LVALXL X  | Z tV<FqryAPInterconnectsBasic.SourceElementIDMin(qryAPInterconnectsBasic.StatusOrder)qryAPInterconnectsBasic.DestinationElementIDqryAPInterconnectsBasic.SourceElementIDSELECT DISTINCT tblRegionalArchitecture.DestinationElementID, tblRegionalArchitecture.SourceElementID, tblStatus.StatusOrder FROM (tblStatus RIGHT JOIN tblRegionalArchitecture ON tblStatus.StatusID = tblRegionalArchitecture.FlowStatus) LEFT JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID WHERE (((tblRegionalArchitecture.InRegionalArchitecture)=Yes) AND (([Arch])=-1)) OR ((([Arch])=[ProjectID])) (((tblAPEntities_1.EntityOrder)<[tblAPEntities].[EntityOrder]))qryAPInterconnectsFiltered.DestinationElementID = tblAPEntities_1.ElementIDqryAPInterconnectsFiltered.SourceElementID = tblAPEntities.ElementIDqryAPInterconnectsFiltered.[data flow]qryAPInterconnectsFiltered.StatusID(((tblTmpSelectedElements.ElementShow)=Yes) AND ((qryFilteredFlows.FlowShow)=Yes)) OR (((tblTmpSelectedElements_1.ElementShow)=Yes) AND ((qryFilteredFlows.FlowShow)=Yes))qryFilteredFlows.RegionalFlowID = qryAPFlowsRegionIDs.RegionalFlowIDqryAPFlowsRegionIDs.DestinationElementID = tblTmpSelectedElements_1.ElementIDqryAPFlowsRegionIDs.SourceElementID = tblTmpSelectedElements.ElementIDqryAPFlowsRegionIDs.DestinationElementIDqryAPFlowsRegionIDs.SourceElementIDSELECT qryAPFlowsRegionShowAllIDSelect.DestinationElementID AS ElementID, qryAPFlowsRegionShowAllIDSelect.FlowID, qryAPFlowsRegionShowAllIDSelect.SourceElementID AS OtherElement FROM qryAPFlowsRegionShowAllIDSelectSELECT qryAPFlowsRegionShowAllIDSelect.SourceElementID AS ElementID, qryAPFlowsRegionShowAllIDSelect.FlowID, qryAPFlowsRegionShowAllIDSelect.DestinationElementID AS OtherElement FROM qryAPFlowsRegionShowAllIDSelect Count(qryAPFlowsRegionShowAllEnumerate.FlowID)qryAPFlowsRegionShowAllEnumerate.ElementIDqryAPFlowsRegionShowAllEnumerate.ElementIDIJ P N $ j " & B $  x @ 4 (=~@>zP2PvX:?X7YZ_____2@L1% 7?X7YZ_____1@L1% 7? G ? G? ? G ?V@L ' ?Dd@L / ?V@L g?ElementIDV@L/## o?Countd@L' o?qryAPInterconnectsEnumerateGGG ? G? G? ? G ?X@L g ?N@J g?MinStatusOrderP@J9-- o?X@J g?N@J g?qryAPInterconnectsBasic??? ? G? G? ? G?X7YZ_____2@L1% 7?X7YZ_____1@J1% 7? G ? G? ? G ?tblAPEntities_1.EntityOrder: ' ?tblAPEntities.EntityOrder8 '?~@J '?qryAPInterconnectsFilteredtblAPEntities_1@JocE ?qryAPInterconnectsFilteredtblAPEntities@ Jk_E ?ArrowStyle03%% o?L@ J g?F@ J g?DestinationIDtblAPEntities_1.EntityOrderT++ o?SourceIDtblAPEntities.EntityOrderH!! o?tblAPEntitiestblAPEntities_1II+ ?tblAPEntities+++ ?qryAPInterconnectsFilteredEEE ? G? G? ? G ? qryAPFlowsRegionIDs.ArrowStyle= '?T@ J '?qryFilteredFlowsqryAPFlowsRegionIDs@ JcW1 ?qryAPFlowsRegionIDstblTmpSelectedElements_1@Jsg7 ?qryAPFlowsRegionIDstblTmpSelectedElements@Joc7 ?qryAPFlowsRegionIDs.StatusID; g? qryAPFlowsRegionIDs.ArrowStyle= g?qryAPFlowsRegionIDs.FlowID9 g?P@J g?F@J g?qryFilteredFlows111 ?tblTmpSelectedElementstblTmpSelectedElements_1mm= ?tblTmpSelectedElements=== ?qryAPFlowsRegionIDs777 ? G? G? ? G?X7YZ_____2@J1% 7?X7YZ_____1@J1% 7? G ? G? ? GLVALf  T D >XDBTTqryAPInterconnectsShowAllFiltered.[data flow]qryAPInterconnectsShowAllFiltered.StatusIDqryFilteredInteconnectTypes.SourceElementID=qryAPInterconnectsBasicMin.SourceElementIDqryFilteredInteconnectTypes.DestinationElementID=qryAPInterconnectsBasicMin.DestinationElementIDqryFilteredMarketPackageInterconnect.SourceElementID=qryAPInterconnectsBasicMin.SourceElementIDqryFilteredMarketPackageInterconnect.DestinationElementID=qryAPInterconnectsBasicMin.DestinationElementIDqryFilteredElements_1.ElementID=qryAPInterconnectsBasicMin.DestinationElementIDqryFilteredElements.ElementID=qryAPInterconnectsBasicMin.SourceElementIDtblFilterFlowDeployment.FlowDeployment=tblStatus.StatusIDqryAPInterconnectsBasicMin.MinStatusOrder=tblStatus.StatusOrdertblTmpSelectedElements.ElementID=qryAPInterconnectsBasicMin.SourceElementIDtblTmpSelectedElements_1.ElementID=qryAPInterconnectsBasicMin.DestinationElementIDqryFilteredElements_1.ElementShowqryAPInterconnectsBasicMin.DestinationElementIDqryAPInterconnectsBasicMin.SourceElementIDSELECT qryAPInterconnectsFiltered.DestinationElementID FROM qryAPInterconnectsFilteredSELECT qryAPInterconnectsFiltered.SourceElementID FROM qryAPInterconnectsFiltered qryAPInterconnectsEnumerate.SourceElementIDCount(qryAPInterconnectsEnumerate.SourceElementID)qryAPInterconnectsEnumerate.SourceElementIDqryAPInterconnectsEnumerate.SourceElementIDCount(qryAPInterconnectsEnumerate.SourceElementID)qryAPInterconnectsBasic.DestinationElementIDSELECT DISTINCT tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementID, tblStatus.StatusOrder FROM (tblStatus RIGHT JOIN tblRegionalArchitecture ON tblStatus.StatusID = tblRegionalArchitecture.FlowStatus) LEFT JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID WHERE (((tblRegionalArchitecture.InRegionalArchitecture)=Yes) AND (([Arch])=-1)) OR ((([Arch])=[ProjectID]))3R~: * ~ T  a I o ckM_ UO1u ?qryAPInterconnectsShowAllEnumerateUUU  ? G ? G ?  ? G ?tblAPEntities_1.EntityOrder: ' ?tblAPEntities.EntityOrder8 '?~@P '?qryAPInterconnectsShowAllFilteredtblAPEntities_1@P}qS ?qryAPInterconnectsShowAllFilteredtblAPEntities@PymS ?ArrowStyle03%% o?Z@L g?T@L g?DestinationIDtblAPEntities_1.EntityOrderT++ o?SourceIDtblAPEntities.EntityOrderH!! o?qryAPInterconnectsShowAllFilteredSSS ?tblAPEntitiestblAPEntities_1II+ ?tblAPEntities+++ ? G? G? ? G?@P '? qryFilteredInteconnectTypesqryAPInterconnectsBasicMin@L{G ? qryFilteredInteconnectTypesqryAPInterconnectsBasicMin@L{G ?qryFilteredMarketPackageInterconnectqryAPInterconnectsBasicMin@LY ?qryFilteredMarketPackageInterconnectqryAPInterconnectsBasicMin@LY ?qryFilteredElements_1qryAPInterconnectsBasicMin@L{o; ?qryFilteredElementsqryAPInterconnectsBasicMin@Lwk7 ?tblFilterFlowDeploymenttblStatusr@L]Q? ?qryAPInterconnectsBasicMintblStatus~@LcWE ?tblTmpSelectedElementsqryAPInterconnectsBasicMin@ L}q= ?tblTmpSelectedElements_1qryAPInterconnectsBasicMin@ LuA ?B@ L g?!qryFilteredElements.ElementShow> g?data flow""3## o?tblStatus.StatusID1 g?^@ L g?T@ L g? tblStatus### ?qryAPInterconnectsBasicMinEEE ?tblTmpSelectedElementstblTmpSelectedElements_1mm= ?tblTmpSelectedElements=== ?tblFilterFlowDeployment??? ?qryFilteredElements777 ?qryFilteredElementsqryFilteredElements_1aa7 ?qryFilteredMarketPackageInterconnectYYY ?qryFilteredInteconnectTypes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vLVAL<   J  L.jR&vqryFilteredInteconnectTypes.DestinationElementID = qryAPInterconnectsBasicMin.DestinationElementIDqryFilteredInteconnectTypes.SourceElementID = qryAPInterconnectsBasicMin.SourceElementIDqryFilteredMarketPackageInterconnect.DestinationElementID = qryAPInterconnectsBasicMin.DestinationElementIDqryFilteredMarketPackageInterconnect.SourceElementID = qryAPInterconnectsBasicMin.SourceElementIDqryFilteredElements.ElementID = qryAPInterconnectsBasicMin.SourceElementIDqryFilteredElements_1.ElementID = qryAPInterconnectsBasicMin.DestinationElementIDtblFilterFlowDeployment.FlowDeployment = tblStatus.StatusIDqryAPInterconnectsBasicMin.MinStatusOrder = tblStatus.StatusOrdertblTmpSelectedElements.ElementID = qryAPInterconnectsBasicMin.SourceElementIDtblTmpSelectedElements_1.ElementID = qryAPInterconnectsBasicMin.DestinationElementIDqryFilteredMarketPackageInterconnect.MinOfMPFilterShowqryAPInterconnectsBasicMin.DestinationElementIDqryAPInterconnectsBasicMin.SourceElementIDSELECT qryAPInterconnectsShowAllFiltered.DestinationElementID FROM qryAPInterconnectsShowAllFilteredSELECT qryAPInterconnectsShowAllFiltered.SourceElementID FROM qryAPInterconnectsShowAllFiltered Count(qryAPInterconnectsShowAllEnumerate.SourceElementID)qryAPInterconnectsShowAllEnumerate.SourceElementIDqryAPInterconnectsShowAllEnumerate.SourceElementIDCount(qryAPInterconnectsShowAllEnumerate.SourceElementID)(((tblAPEntities_1.EntityOrder)<[tblAPEntities].[EntityOrder]))qryAPInterconnectsShowAllFiltered.DestinationElementID = tblAPEntities_1.ElementIDqryAPInterconnectsShowAllFiltered.SourceElementID = tblAPEntities.ElementID(((qryFilteredElements.ElementShow)=Yes) AND ((qryFilteredElements_1.ElementShow)=Yes) AND ((tblTmpSelectedElements_1.ElementShow)=True) AND ((tblTmpSelectedElements.ElementShow)=True) AND ((tblFilterFlowDeployment.[Select])=Yes) AND ((qryFilteredMarketPackageInterconnect.MinOfMPFilterShow)=Yes) AND ((qryFilteredInteconnectTypes.InterconnectShow)=Yes))X miOK 7 L z B >J & eaG%rnD4AQ??L΂@L΂@@qryCusTempAppendProje?9<@x<@@qryCusTempAppendProjectInterconnectsFilterVw@$ @vvvvvvvt @>RTؐ@/ڐ@@qryCusTempAppendProjectInterconnectsV@@vvjjjjjjjh @ <Fx@]۴@@qryCusTempAppendProjectFlowsV@@ @rffZZZZZZZX @;جHa@Ha@qryCusSelectCurrentProjectInterconnectsUniqueV@|@|||||||z @:جHa@جHa@qryCusSelectCurrentProjectInterconnectsV@@||pppppppn @9nHa@Hِ@qryCusSelectCurrentProjectFlowsV@@xll```````^ @ 7nGa@nGa@qryBatchSelectInterfacesBasicV@`@thh\\\\\\\Z @6KGa@KGa@qryBatchSelectInterfacesV'@@ @j^^RRRRRRRP @5zY;n@,Fn@0qryASResponseFlowsSetStatusProjectV*@@~rrfffffffd @4iAΑ@ VaQS@qryASResponseFlowsNotIncludedRegionVl@@tthhhhhhhf @32@U n@qryASResponseFlowsNotIncludedProjectV@@@vvjjjjjjjh @1mJ@nXБ@0qryASResponseFlowsIncludeRegionV@@xll```````^ @07#3@ n@@qryASResponseFlowsIncludeProjectV@@znnbbbbbbb` @/jБ@$nБ@0qryASResponseFlowsExcludeRegionV@@xll```````^ @.^5@ׯ:@qryASResponseFlowsExcludeProjectVW@@znnbbbbbbb` @-~@= n@qryASResponseFlowsAllV@@dXXLLLLLLLJ @+d6Α@LS@qryASRequestFlowsNotIncludedRegionV@@~rrfffffffd @*K"1@P n@qryASRequestFlowsNotIncludedProjectV@@tthhhhhhhf @)@)Б@@qryASRequestFlowsMissingAppendV@@vjj^^^^^^^\ @(/Ϸ@=3gБ@0qryASRequestFlowsIncludeRegionV@@vjj^^^^^^^\ @& \Б@y2@0qryASRequestFlowsExcludeRegionV\@@vjj^^^^^^^\ @%!:@y:@qryASRequestFlowsExcludeProjectV@@xll```````^ @$ظ@kn@qryASRequestFlowsAllV<@@bVVJJJJJJJH @#B7@/7@ qryASDeleteFlowsProjectVx@|@h\\PPPPPPPN @" :@H:@qryAPInterconnectsShowAllFilteredV@\ @|ppdddddddb @ Fa@Fa@qryAPInterconnectsShowAllCountV'@|@vjj^^^^^^^\ @9f:F(  < $ | > F LZ0b8P&Z>$?F@S g$?D@S g$?X@S g$?N@S g$?tblProjectArchitecture=== $?tblFlowRelationships999 $?tblRegionalArchitecture??? $?tblElementMapping333 $?tblElementMappingtblElementMapping_1YY3 $? $? G#?X@S '#?H@S g#?tblProjectArchitecture.*7 g#?tblProjectArchitecture=== #? G#? #? G"?@S '"? qryFilteredInteconnectTypesqryAPInterconnectsBasicMin@P{G "? qryFilteredInteconnectTypesqryAPInterconnectsBasicMin@P{G "?qryFilteredMarketPackageInterconnectqryAPInterconnectsBasicMin@PY "?qryFilteredMarketPackageInterconnectqryAPInterconnectsBasicMin@PY "?qryFilteredElementsqryAPInterconnectsBasicMin@Pwk7 "?qryFilteredElements_1qryAPInterconnectsBasicMin@P{o; "?tblFilterFlowDeploymenttblStatusv@P]Q? "?qryAPInterconnectsBasicMintblStatus@PcWE "?tblTmpSelectedElementsqryAPInterconnectsBasicMin@P}q= "?tblTmpSelectedElements_1qryAPInterconnectsBasicMin@ PuA "?l@ P g"?data flow""3## o"?tblStatus.StatusID1 g"?^@ P g"?T@ P g"? qryFilteredInteconnectTypesGGG "?qryFilteredMarketPackageInterconnectYYY "?qryFilteredElementsqryFilteredElements_1aa7 "?qryFilteredElements777 "?tblFilterFlowDeployment??? "?qryAPInterconnectsBasicMinEEE "?tblStatus### "?tblTmpSelectedElementstblTmpSelectedElements_1mm= "?tblTmpSelectedElements=== "? G"? G"? "? G!?X7YZ_____2@ P1% 7!?X7YZ_____1@P1% 7!? G! ? G!? !? G ?Dr@P / ?d@P g ?ElementIDd@P/## o ?Countr@P' o^LVAL 2 P dnXH :j[qryASResponseFlowsNotIncludedRegion].[DestinationElementID]=[tblRegionalArchitecture].[SourceElementID][qryASResponseFlowsNotIncludedRegion].[SourceElementID]=[tblRegionalArchitecture].[DestinationElementID][qryASResponseFlowsNotIncludedProject].[SourceElementID]=[tblRegionalArchitecture].[DestinationElementID][qryASResponseFlowsNotIncludedProject].[DestinationElementID]=[tblRegionalArchitecture].[SourceElementID][qryASResponseFlowsNotIncludedProject].[FlowIDRequest]=[tblRegionalArchitecture].[FlowID][tblRegionalArchitecture].[RegionalFlowID][qryASResponseFlowsNotIncludedProject].[ProjectID]tblRegionalArchitecture.RegionalFlowID=tblProjectArchitecture.RegionalFlowIDtblElementMapping_1.EntityID=tblFlowRelationships.EntityIDIFtblElementMapping_1.ElementID=tblRegionalArchitecture.DestinationElementIDtblFlowRelationships.FlowIDRequest=tblRegionalArchitecture.FlowIDtblElementMapping.EntityID=tblFlowRelationships.EntityIDtblElementMapping.ElementID=tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.FlowStatustblRegionalArchitecture.RegionalFlowIDtblRegionalArchitecture.InRegionalArchitecturetblFlowRelationships.FlowIDResponsetblFlowRelationships.FlowIDRequesttblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementID((([tblProjectArchitecture].[ProjectID])=0))[tblProjectArchitecture].[ProjectID](((qryFilteredMarketPackageInterconnect.MinOfMPFilterShow)=True) AND ((tblTmpSelectedElements_1.ElementShow)=True) AND ((tblFilterFlowDeployment.[Select])=True) AND ((qryFilteredElements.ElementShow)=True) AND ((qryFilteredElements_1.ElementShow)=True) AND ((qryFilteredInteconnectTypes.InterconnectShow)=True)) OR (((qryFilteredMarketPackageInterconnect.MinOfMPFilterShow)=True) AND ((tblFilterFlowDeployment.[Select])=True) AND ((qryFilteredElements.ElementShow)=True) AND ((qryFilteredElements_1.ElementShow)=True) AND ((tblTmpSelectedElements.ElementShow)=True) AND ((qryFilteredInteconnectTypes.InterconnectShow)=True)).`6H J N 0  ` 6 l ,  n"\8j$J(n(?tblRegionalArchitecture.FlowStatusb@VaU w(?tblRegionalArchitecture??? (?qryASRequestFlowsNotIncludedRegionUUU (? G(? (? G'?z@V ''?qryASRequestFlowsNotIncludedProjecttblRegionalArchitecture@VW '?qryASRequestFlowsNotIncludedProjecttblRegionalArchitecture@VW '?qryASRequestFlowsNotIncludedProjecttblRegionalArchitecture@VW '?ProjectIDZ@V/# w'?RegionalFlowIDL@V9- w'?tblRegionalArchitecture??? '?qryASRequestFlowsNotIncludedProjectWWW '? G'?tblProjectArchitecture=== O'? '? G&?qryASResponseFlowsNotIncludedRegiontblRegionalArchitecture@VW &?qryASResponseFlowsNotIncludedRegiontblRegionalArchitecture@SW &?qryASResponseFlowsNotIncludedRegiontblRegionalArchitecture@SW &?tblRegionalArchitecture.InRegionalArchitectureNo}m w&?tblRegionalArchitecture??? &?qryASResponseFlowsNotIncludedRegionWWW &? G&? &? G%?qryASResponseFlowsNotIncludedProjecttblRegionalArchitecture@SY %?qryASResponseFlowsNotIncludedProjecttblRegionalArchitecture@SY %?qryASResponseFlowsNotIncludedProjecttblRegionalArchitecture@SY %?T@S g%?d@S g%?tblRegionalArchitecture??? %?qryASResponseFlowsNotIncludedProjectYYY %? %? G$?tblRegionalArchitecturetblProjectArchitecture@Swk? $?tblElementMapping_1tblFlowRelationshipsx@Sk_7 $?tblElementMapping_1tblRegionalArchitecture@ Sqe7 $?tblRegionalArchitecturetblFlowRelationships@ Ssg? $?tblElementMappingtblFlowRelationshipsp@ Sg[3 $?tblElementMappingtblRegionalArchitecture@ Sma3 $?D@ S g$?L@S g$?"tblProjectArchitecture.ProjectID? g$?\@S g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t  x04NTtblFlows.FlowID=qryASResponseFlowsAll.FlowIDRequesttblElements_1.ElementID=qryASResponseFlowsAll.SourceElementIDtblElements.ElementID=qryASResponseFlowsAll.DestinationElementIDqryASRequestFlowsAll.SourceElementID=qryASResponseFlowsAll.DestinationElementIDqryASRequestFlowsAll.DestinationElementID=qryASResponseFlowsAll.SourceElementIDqryASRequestFlowsAll.FlowIDRequest=qryASResponseFlowsAll.FlowIDRequestqryASRequestFlowsAll.ProjectID=qryASResponseFlowsAll.ProjectIDqryASResponseFlowsAll.FlowIDResponse((([tblRegionalArchitecture].[SourceElementID]) Is Null) And (([tblRegionalArchitecture].[DestinationElementID]) Is Null) And (([tblRegionalArchitecture].[FlowID]) Is Null))[qryASResponseFlowsAll].[SourceElementID]=[tblRegionalArchitecture].[DestinationElementID][qryASResponseFlowsAll].[DestinationElementID]=[tblRegionalArchitecture].[SourceElementID][qryASResponseFlowsAll].[FlowIDRequest]=[tblRegionalArchitecture].[FlowID][qryASResponseFlowsAll].[FlowStatus][qryASResponseFlowsAll].[FlowIDRequest][qryASResponseFlowsAll].[SourceElementID][qryASResponseFlowsAll].[DestinationElementID][qryASRequestFlowsNotIncludedRegion].[FlowID]=[tblRegionalArchitecture].[FlowID][qryASRequestFlowsNotIncludedRegion].[DestinationElementID]=[tblRegionalArchitecture].[DestinationElementID][qryASRequestFlowsNotIncludedRegion].[SourceElementID]=[tblRegionalArchitecture].[SourceElementID][qryASRequestFlowsNotIncludedRegion].[FlowStatus](((qryASRequestFlowsNotIncludedProject.ProjectID)=[Project]))qryASRequestFlowsNotIncludedProject.SourceElementID = tblRegionalArchitecture.SourceElementIDqryASRequestFlowsNotIncludedProject.DestinationElementID = tblRegionalArchitecture.DestinationElementIDqryASRequestFlowsNotIncludedProject.FlowID = tblRegionalArchitecture.FlowIDqryASRequestFlowsNotIncludedProject.ProjectIDtblRegionalArchitecture.RegionalFlowID[qryASResponseFlowsNotIncludedRegion].[FlowIDRequest]=[tblRegionalArchitecture].[FlowID]/u= e  = w s I  S UL(V+? +? G*?@X '*?tblFlows_1qryASResponseFlowsAlll@X[O% *?tblFlowsqryASResponseFlowsAllf@VWK! *?tblElements_1qryASResponseFlowsAllz@VaU+ *?tblElementsqryASResponseFlowsAll@V]Q' *?qryASRequestFlowsAllqryASResponseFlowsAll@Voc9 *?qryASRequestFlowsAllqryASResponseFlowsAll@Voc9 *?qryASRequestFlowsAllqryASResponseFlowsAll@Voc9 *?qryASRequestFlowsAllqryASResponseFlowsAll|@Voc9 *? !qryASResponseFlowsAll.ProjectID> g*? "qryASResponseFlowsAll.FlowStatus? g*? CorrespondingFlowNametblFlows_1.FlowName\;; o*?CorrespondingFlowIDtblFlows_1.FlowIDV77 o*?H@V g*?tblFlows.FlowName0 g*?tblFlows.FlowID. g*?DestinationNametblElements_1.ElementNameV// o*?DestinationElementIDtblElements_1.ElementID^99 o*?SourceNametblElements.ElementNameJ%% o*?SourceElementIDtblElements.ElementIDR// o*?qryASResponseFlowsAll;;; *?qryASRequestFlowsAll999 *?tblElements''' *?tblElementstblElements_1AA' *?tblFlows!!! *?tblFlowstblFlows_155! *? *? G)?Z@V ')?qryASResponseFlowsAlltblRegionalArchitecture@Vui; )?qryASResponseFlowsAlltblRegionalArchitecture@Vui; )?qryASResponseFlowsAlltblRegionalArchitecture@Vui; )?FlowStatusH@V1% w)?FlowIDN@ V) w)?DestinationElementIDR@ VE9 w)?SourceElementID\@ V;/ w)?tblRegionalArchitecture??? )?qryASResponseFlowsAll;;; )?tblRegionalArchitecture??? O)? )? G(?qryASRequestFlowsNotIncludedRegiontblRegionalArchitecture@ VU (?qryASRequestFlowsNotIncludedRegiontblRegionalArchitecture@ VU (?qryASRequestFlowsNotIncludedRegiontblRegionalArchitecture@VU (?tblRegionalArchitecture.InRegionalArchitectureYes~m wLVAL R b 2 T X p^.BV*tblElementMapping_1.ElementID=tblRegionalArchitecture.SourceElementIDtblElementMapping.ElementID=tblRegionalArchitecture.DestinationElementIDtblElementMapping_1.EntityID=tblFlowRelationships.EntityIDIFtblElementMapping.EntityID=tblFlowRelationships.EntityIDtblRegionalArchitecture.FlowStatustblRegionalArchitecture.RegionalFlowIDtblRegionalArchitecture.InRegionalArchitecturetblFlowRelationships.FlowIDRequesttblFlowRelationships.FlowIDResponsetblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementID(((qryASRequestFlowsNotIncludedProject.ProjectID)=[Project]) AND ((tblRegionalArchitecture.FlowStatus)=0))qryASRequestFlowsNotIncludedProject.FlowID=tblRegionalArchitecture.FlowIDqryASRequestFlowsNotIncludedProject.DestinationElementID=tblRegionalArchitecture.DestinationElementIDqryASRequestFlowsNotIncludedProject.SourceElementID=tblRegionalArchitecture.SourceElementIDqryASRequestFlowsNotIncludedProject.flowstatus(((tblRegionalArchitecture.InRegionalArchitecture)=False) AND ((qryASResponseFlowsAll.InRegionalArchitecture)=True))tblElements_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblFlows_1.FlowID = qryASResponseFlowsAll.FlowIDResponsetblFlows.FlowID = tblRegionalArchitecture.FlowIDtblElements.ElementID = tblRegionalArchitecture.SourceElementIDqryASResponseFlowsAll.FlowIDRequest = tblRegionalArchitecture.FlowIDqryASResponseFlowsAll.DestinationElementID = tblRegionalArchitecture.SourceElementIDqryASResponseFlowsAll.SourceElementID = tblRegionalArchitecture.DestinationElementIDqryASResponseFlowsAll.FlowIDResponsetblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementID(((qryASRequestFlowsAll.ProjectID) Is Null) And ((qryASRequestFlowsAll.SourceElementID) Is Null) And ((qryASRequestFlowsAll.DestinationElementID) Is Null) And ((qryASRequestFlowsAll.FlowIDRequest) Is Null))tblFlows_1.FlowID=qryASResponseFlowsAll.FlowIDResponseq44> I ] 3 g c s 1ISmOcyO%[-?tblElementMappingtblFlowRelationshipsp@Xg[3 -?D@X g-?L@X g-?"tblProjectArchitecture.ProjectID? g-?\@X g-?D@X g-?F@X g-?X@X g-?N@X g-?tblProjectArchitecture=== -?tblRegionalArchitecture??? -?tblFlowRelationships999 -?tblElementMapping333 -?tblElementMappingtblElementMapping_1YY3 -? -? G,?@X ',?qryASRequestFlowsNotIncludedProjecttblRegionalArchitecture@XW ,?qryASRequestFlowsNotIncludedProjecttblRegionalArchitecture@XW ,?qryASRequestFlowsNotIncludedProjecttblRegionalArchitecture@XW ,?tblRegionalArchitecture.FlowStatus\@ XaU w,?tblRegionalArchitecture??? ,?qryASRequestFlowsNotIncludedProjectWWW ,? G,? ,? G+?@ X '+?tblElements_1tblRegionalArchitecture@ XeY+ +?tblFlows_1qryASResponseFlowsAllp@ X[O% +?tblFlowstblRegionalArchitecture`@ X[O! +?tblElementstblRegionalArchitecture~@XaU' +?qryASResponseFlowsAlltblRegionalArchitecture@Xui; +?qryASResponseFlowsAlltblRegionalArchitecture@Xui; +?qryASResponseFlowsAlltblRegionalArchitecture@Xui; +? CorrespondingFlowNametblFlows_1.FlowName\;; o+? CorrespondingFlowIDtblFlows_1.FlowIDV77 o+?H@X g+?"qryASResponseFlowsAll.FlowStatus? g+?tblFlows.FlowName0 g+?DestinationNametblElements_1.ElementNameV// o+?SourceNametblElements.ElementNameJ%% o+? tblRegionalArchitecture.FlowID= g+?X@X g+?N@X g+?tblRegionalArchitecture??? +?qryASResponseFlowsAll;;; +?tblElements''' +?tblFlows!!! +?tblElementstblElements_1AA' +?tblFlowstblFlows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n P v L  r T 6  L &hJRv6 N k1qryASResponseFlowsNotIncludedRegiontblRegionalArchitecture@\W 1tblRegionalArchitecture.InRegionalArchitectureYes~m w1tblRegionalArchitecture.FlowStatusd@\aU w1tblRegionalArchitecture??? 1qryASResponseFlowsNotIncludedRegionWWW 1 G1 1 G0 |@\ '0qryASResponseFlowsNotIncludedProjecttblRegionalArchitecture@\Y 0qryASResponseFlowsNotIncludedProjecttblRegionalArchitecture@ \Y 0qryASResponseFlowsNotIncludedProjecttblRegionalArchitecture@ \Y 0ProjectID\@ \/# w0RegionalFlowIDL@ \9- w0 tblRegionalArchitecture??? 0 qryASResponseFlowsNotIncludedProjectYYY 0 G0tblProjectArchitecture=== O0  0 G/?qryASRequestFlowsNotIncludedRegiontblRegionalArchitecture@ \U /?qryASRequestFlowsNotIncludedRegiontblRegionalArchitecture@\U /?qryASRequestFlowsNotIncludedRegiontblRegionalArchitecture@\U /?tblRegionalArchitecture.InRegionalArchitectureNo}m w/?tblRegionalArchitecture??? /?qryASRequestFlowsNotIncludedRegionUUU /? G/? G/? /? G.?qryASRequestFlowsNotIncludedProjecttblRegionalArchitecture@\W .?qryASRequestFlowsNotIncludedProjecttblRegionalArchitecture@\W .?qryASRequestFlowsNotIncludedProjecttblRegionalArchitecture@\W .?b@\ g.?T@\ g.?tblRegionalArchitecture??? .?qryASRequestFlowsNotIncludedProjectWWW .? .? G-?tblRegionalArchitecturetblProjectArchitecture@\wk? -?tblFlowRelationshipstblRegionalArchitecture@\sg9 -?tblElementMapping_1tblRegionalArchitecture@Xqe7 -?tblElementMappingtblRegionalArchitecture@Xma3 -?tblElementMapping_1tblFlowRelationshipsx@Xk_7 LVAL|.^  X h Plft,^qryASRequestFlowsAll.SourceElementID = tblRegionalArchitecture.DestinationElementIDqryASRequestFlowsAll.DestinationElementID = tblRegionalArchitecture.SourceElementIDqryASRequestFlowsAll.FlowIDResponse = tblRegionalArchitecture.FlowIDqryASRequestFlowsAll.FlowIDResponseqryASRequestFlowsAll.SourceElementIDqryASRequestFlowsAll.DestinationElementID[qryASResponseFlowsNotIncludedRegion].[SourceElementID]=[tblRegionalArchitecture].[SourceElementID][qryASResponseFlowsNotIncludedRegion].[DestinationElementID]=[tblRegionalArchitecture].[DestinationElementID][qryASResponseFlowsNotIncludedRegion].[FlowID]=[tblRegionalArchitecture].[FlowID][qryASResponseFlowsNotIncludedRegion].[FlowStatus](((qryASResponseFlowsNotIncludedProject.ProjectID)=[Project]))qryASResponseFlowsNotIncludedProject.FlowID = tblRegionalArchitecture.FlowIDqryASResponseFlowsNotIncludedProject.DestinationElementID = tblRegionalArchitecture.DestinationElementIDqryASResponseFlowsNotIncludedProject.SourceElementID = tblRegionalArchitecture.SourceElementIDqryASResponseFlowsNotIncludedProject.ProjectIDtblRegionalArchitecture.RegionalFlowIDqryASRequestFlowsNotIncludedRegion.FlowIDResponse = tblRegionalArchitecture.FlowIDqryASRequestFlowsNotIncludedRegion.DestinationElementID = tblRegionalArchitecture.SourceElementIDqryASRequestFlowsNotIncludedRegion.SourceElementID = tblRegionalArchitecture.DestinationElementID[qryASRequestFlowsNotIncludedProject].[FlowIDResponse]=[tblRegionalArchitecture].[FlowID][qryASRequestFlowsNotIncludedProject].[DestinationElementID]=[tblRegionalArchitecture].[SourceElementID][qryASRequestFlowsNotIncludedProject].[SourceElementID]=[tblRegionalArchitecture].[DestinationElementID][qryASRequestFlowsNotIncludedProject].[ProjectID][tblRegionalArchitecture].[RegionalFlowID]tblRegionalArchitecture.RegionalFlowID=tblProjectArchitecture.RegionalFlowIDtblFlowRelationships.FlowIDResponse=tblRegionalArchitecture.FlowID3b< D ] ] w 5  ? As8#pxJ~`B4tblFlows!!! 4tblElementstblElements_1AA' 4tblFlowstblFlows_155! 4 G4 G4 4 G3@ ^ '3tblFlows_1qryASRequestFlowsAllh@ ^YM% 3tblFlowsqryASRequestFlowsAllf@^UI! 3tblElements_1qryASRequestFlowsAllx@^_S+ 3tblElementsqryASRequestFlowsAll~@^[O' 3qryASRequestFlowsAllqryASResponseFlowsAll@^oc9 3qryASRequestFlowsAllqryASResponseFlowsAll@^oc9 3qryASRequestFlowsAllqryASResponseFlowsAll@^oc9 3qryASRequestFlowsAllqryASResponseFlowsAll|@^oc9 3 qryASRequestFlowsAll.ProjectID= g3 CorrespondingFlowNametblFlows_1.FlowName\;; o3 CorrespondingFlowIDtblFlows_1.FlowIDV77 o3D@^ g3!qryASRequestFlowsAll.FlowStatus> g3tblFlows.FlowName0 g3tblFlows.FlowID. g3DestinationNametblElements_1.ElementNameV// o3DestinationElementIDtblElements_1.ElementID^99 o3SourceNametblElements.ElementNameJ%% o3SourceElementIDtblElements.ElementIDR// o3qryASResponseFlowsAll;;; 3qryASRequestFlowsAll999 3tblElements''' 3tblElementstblElements_1AA' 3tblFlows!!! 3tblFlowstblFlows_155! 3 3 G2B@^ '2qryASRequestFlowsAlltblRegionalArchitecture@\sg9 2qryASRequestFlowsAlltblRegionalArchitecture@\sg9 2qryASRequestFlowsAlltblRegionalArchitecture@\sg9 2FlowStatus!qryASRequestFlowsAll.FlowStatusR% w2FlowIDF@\) w2DestinationElementIDH@\E9 w2SourceElementIDR@\;/ w2tblRegionalArchitecture??? 2qryASRequestFlowsAll999 2 G2tblRegionalArchitecture??? O2 2 G1qryASResponseFlowsNotIncludedRegiontblRegionalArchitecture@\W 1qryASResponseFlowsNotIncludedRegiontblRegionalArchitecture@\W LVALz ` 2 < n |$X .6P^qryASResponseFlowsNotIncludedProject.SourceElementID=tblRegionalArchitecture.SourceElementIDqryASResponseFlowsNotIncludedProject.DestinationElementID=tblRegionalArchitecture.DestinationElementIDqryASResponseFlowsNotIncludedProject.FlowID=tblRegionalArchitecture.FlowIDqryASResponseFlowsNotIncludedProject.FlowStatus(((tblRegionalArchitecture.InRegionalArchitecture)=False) AND ((qryASRequestFlowsAll.InRegionalArchitecture)=True))tblElements_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblFlows_1.FlowID = qryASRequestFlowsAll.FlowIDRequesttblFlows.FlowID = tblRegionalArchitecture.FlowIDtblElements.ElementID = tblRegionalArchitecture.SourceElementIDqryASRequestFlowsAll.SourceElementID = tblRegionalArchitecture.DestinationElementIDqryASRequestFlowsAll.DestinationElementID = tblRegionalArchitecture.SourceElementIDqryASRequestFlowsAll.FlowIDResponse = tblRegionalArchitecture.FlowIDqryASRequestFlowsAll.FlowIDRequesttblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementID(((qryASResponseFlowsAll.ProjectID) Is Null) And ((qryASResponseFlowsAll.SourceElementID) Is Null) And ((qryASResponseFlowsAll.DestinationElementID) Is Null) And ((qryASResponseFlowsAll.FlowIDRequest) Is Null))tblFlows_1.FlowID=qryASRequestFlowsAll.FlowIDRequesttblFlows.FlowID=qryASRequestFlowsAll.FlowIDResponsetblElements_1.ElementID=qryASRequestFlowsAll.SourceElementIDtblElements.ElementID=qryASRequestFlowsAll.DestinationElementIDqryASRequestFlowsAll.FlowIDResponse=qryASResponseFlowsAll.FlowIDResponseqryASRequestFlowsAll.SourceElementID=qryASResponseFlowsAll.DestinationElementIDqryASRequestFlowsAll.DestinationElementID=qryASResponseFlowsAll.SourceElementIDqryASRequestFlowsAll.ProjectID=qryASResponseFlowsAll.ProjectIDqryASRequestFlowsAll.FlowIDRequest(((tblRegionalArchitecture.SourceElementID) Is Null) AND ((tblRegionalArchitecture.DestinationElementID) Is Null) AND ((tblRegionalArchitecture.FlowID) Is Null))Zk @ @ @ @ @ @ @ @ @ @ @ @ @ @+ Y+Y+Y+Y+Y+Y+Y+Y+Y+W.,Y,Y,Y,Y,Y,Y ,Y!,Y",Y#,Y-Y$-Y&-Y'-Y(-Y)-Y*-Y+-Y,-Y--Y.-Y/-Y0-Y1-Y2-Y3-[-[-[-[-[-Y%.[.[.[.[ .[ .[ .[ .[ .[/[/[/[/[/[/[/[/[/[/[0[0[0[0[0[0[0[0[ 0[!0["0[#0[1[$1[&1['1[(1[)1[*1[+1]1]1[%2]2]2]2]2]2]2] 2] 2] 2] 2] 2]2]2]3]3]3]3]3]3]3]3]3]3]3]3]3]3]3]3 ] 3 ]!3 ]"3]#3]$3]%3]&3]'3](3])3]*3]+3]4],4].4]/4]04]14]24`4`4`4`4`4`4`4`4`4` 4` 4 ` 4 ` 4` 4`4`4`4`4`4`4`4]-5`5`5`5`5`5`5`5`5`5`6`6`!6`"6`#6`$6`%6`&6`'6`(6`)6`*6`+6`,6`-6`.6`/6`06`16i6i6i6i6i6i6i6` 7i7i 7i 7i 7i 7i8i 8i8i8i8i8i8i8i8i8i8 i8i9i9i9i9i9i9i42:E Z 0 d d v  6 LRjL.85 e 6qryBatchSelectInterfacesBasictblTmpBatch@hmaK 6tblTmpBatch_1.ElementShow8 g6tblTmpBatch.ElementShow6 g6DestinationNametblElements_1.ElementNameV// o6d@h g6SourceNametblElements.ElementNameJ%% o6Z@h g6tblElementstblElements_1AA' 6tblElements''' 6qryBatchSelectInterfacesBasicKKK 6tblTmpBatchtblTmpBatch_1AA' 6tblTmpBatch''' 6qryFilteredElementsqryFilteredElements_1aa7 6qryFilteredElements777 6tblFilterFlowDeployment??? 6 G6 G6 6 G5@h '5qryASResponseFlowsNotIncludedProjecttblRegionalArchitecture@^Y 5qryASResponseFlowsNotIncludedProjecttblRegionalArchitecture@^Y 5qryASResponseFlowsNotIncludedProjecttblRegionalArchitecture@^Y 5tblRegionalArchitecture.FlowStatus^@^aU w5tblRegionalArchitecture??? 5qryASResponseFlowsNotIncludedProjectYYY 5 G5 5 G4@^ '4tblElements_1tblRegionalArchitecture@^eY+ 4tblFlows_1qryASRequestFlowsAlll@^YM% 4tblFlowstblRegionalArchitecture`@^[O! 4tblElementstblRegionalArchitecture~@^aU' 4qryASRequestFlowsAlltblRegionalArchitecture@^sg9 4qryASRequestFlowsAlltblRegionalArchitecture@^sg9 4qryASRequestFlowsAlltblRegionalArchitecture@^sg9 4 CorrespondingFlowNametblFlows_1.FlowName\;; o4 CorrespondingFlowIDtblFlows_1.FlowIDV77 o4D@ ^ g4!qryASRequestFlowsAll.FlowStatus> g4tblFlows.FlowName0 g4DestinationNametblElements_1.ElementNameV// o4SourceNametblElements.ElementNameJ%% o4 tblRegionalArchitecture.FlowID= g4X@ ^ g4N@ ^ g4tblRegionalArchitecture??? 4qryASRequestFlowsAll999 4tblElements''' LVAL%Zj h $ r $ ~  ^  "@FR@2(((qryFunEPElements.ElementID) Is Null) AND ((tblApplicationStatus.CurrentArchitecture) Is Not Null))qryFunEPElementsRelated.ElementID = qryFunEPElements.ElementIDtblApplicationStatus.CurrentArchitecture = tblProjectElements.ProjectIDqryFunEPElementsRelated.ElementID = tblProjectElements.ElementIDqryFunEPElementsRelated.ElementName(((qryFunEPElements.ElementID) Is Null))qryFunEPElementsRelated.ElementID = qryFunEPElements.ElementID(((tblEPArch.ArchitectureID)=[Arch]) AND ((tblEPArch.EquipmentPackageID)=[EP]))tblElements.ElementID = tblEPArch.ElementID(((tblEPArch.ArchitectureID)=[Arch]))(((tblElements.ElementID) Like [Element]))tblElements.ElementID = qryFunEPArch.ElementIDtblElements.ElementID = qryFunArchRequirementsKeys.ElementIDqryFunArchRequirementsKeys.ElementID(((tblProjectElements.ElementID) Like [Element]) AND ((tblProjectElements.ProjectID)=[Arch]))tblProjectElements.ElementID = tblElements.ElementIDtblProjectElements.ProjectID = qryFunEPArch.ArchitectureIDtblProjectElements.ElementID = qryFunEPArch.ElementIDtblProjectElements.ProjectID = qryFunArchRequirementsKeys.ArchitectureIDtblProjectElements.ElementID = qryFunArchRequirementsKeys.ElementIDqryFunArchRequirementsKeys.ElementID(((tblElementMapping.ElementID)=[Element]))tblEntities.EntityID = tblElementMapping.EntityIDtblEntities.EntityID = tblEquipmentPackages.EntityIDtblEquipmentPackages.EquipmentPackageNametblEquipmentPackages.EquipmentPackageOrdertblEquipmentPackages.EquipmentPackageIDqryFunElementEPsRelated.EquipmentPackageNameqryFunElementEPsRelated.EquipmentPackageOrderqryFunElementEPsRelated.EntityName(((qryFunElementEPs.EquipmentPackageID) Is Null))qryFunElementEPsRelated.EquipmentPackageID = qryFunElementEPs.EquipmentPackageIDqryFunElementEPsRelated.EquipmentPackageNameqryFunElementEPsRelated.EquipmentPackageIDqryFunElementEPsRelated.EntityNametblEquipmentPackages.EquipmentPackageNametblEquipmentPackages.EquipmentPackageOrderc @@@@@  @  @@ kQJiMWhoQiYQk`dOJomdbo`SYu`dOkQJiMWhoQiYQkmoiLdOJmJkMWQ`JJomdbo`SYuJO`YbOJmJJMMQkkfJUQkOJmJLJkQkSdi`k `dOo^Qk iQ^JmYdbkWYfkiQfdimk kMiYfmk kvkiQ^ 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btblApplicationStatus999 btblProjectElements555 bqryFunEPElementsRelated??? b Gb Gb b Ga F@ a 'aP@a 'aqryFunEPElementsRelatedqryFunEPElements|@ak_? aqryFunEPElementsRelated.*8 gaqryFunEPElements111 aqryFunEPElementsRelated??? a Ga Ga a G` tblElements.ElementName6 '`@a '`tblElementstblEPArchV@aE9' `tblElements.ElementName6 g`tblElements.ElementID4 g`tblEPArch### `tblElements''' ` G` G` ` G_J@a '_ tblEPArch.** g_tblEPArch### _ G_ G_ _ G^ tblElements.ElementName6 '^T@a '^tblElementsqryFunEPArch\@aK?' ^tblElementsqryFunArchRequirementsKeysx@ag[' ^ReqTestH@a+ o^FunctionalityqryFunEPArch.ElementIDO++ o^tblElements.ElementName6 g^tblElements.ElementID4 g^qryFunEPArch))) ^qryFunArchRequirementsKeysEEE ^tblElements''' ^ G^ G^ ^ G]@a ']tblProjectElementstblElementsh@aWK5 ]tblProjectElementsqryFunEPArcht@aYM5 ]tblProjectElementsqryFunEPArchj@aYM5 ]tblProjectElementsqryFunArchRequirementsKeys@aui5 ]tblProjectElementsqryFunArchRequirementsKeys@aui5 ]ReqTestH@a+ o]FunctionalityqryFunEPArch.ElementIDO++ o]tblElements.ElementName6 g]tblProjectElements.ElementID; g]tblElements''' ]qryFunEPArch)))  @ @ @ @ @ @ @ @ @ @ @ @ @ @XXXX X!X"X#X$X%X&X'X(X )X *X +X ,X -XY.Y0Y1Y2Y3Y4Y5Y6Y7Y8Y9YYYYYYYYYY Y  Y  Y  Y  Y Y/ZZZZZZZZZZZZZZ Z Z Z[ ["[#[$[%[&['[([)[*[+[ ,[ -[ .[!\/\1\2\3\4\5\6\7\8\9\:\;\<\=\0]>]@]A]B]C]d]d]d]d]d]d]d]d]d]d ]d ]d ]?^d ^d^d^d^d^d^d^d^d^d^d^d^d^ d^d _d_d_d_d_d _d!_d`d"`d$`d%`d&`d'`d(`d)`d*`d+` d,`d#ad-ad/ad0ad1ad2ad3ad4ad5a d6ad.bd7bd9bd:bd;bdbd?bd@bdAbfbfb fbd8cfcfcfcfcfcf cf cf cf cf cfc fcfdfdfdfdfdfdfdfdfdfdfefefefefefef ef!ef"ef#efff$ff&ff'ff(ff)ff*ff+ff,ff-ff%gf.gf/F^4v6 ~ ~ ;  S #  e 5 jXfxZpFfH rTitblElementMapping333 itblEntities''' itblEquipmentPackages999 i Gi Gi i GhX7YZ_____2@g1% 7hX7YZ_____1@g1% 7h Gh  Gh h Gg@ g 'gqryFunEPsCurrentArchNotInRegionqryFunReqCurrentArchNotInRegionKeys@ gO gqryFunEPsCurrentArchNotInRegionqryFunReqCurrentArchNotInRegionKeys@ gO gR@ g ggd@ g ggqryFunReqCurrentArchNotInRegionKeysWWW gqryFunEPsCurrentArchNotInRegionOOO g Gg Gg g GfZ@g 'fqryFunEPsCurrentArchqryFunEPArchn@g]Q9 fqryFunEPsCurrentArchqryFunEPArch@g]Q9 fqryFunEPsCurrentArch.*5 gfqryFunEPsCurrentArch999 fqryFunEPArch))) f Gf Gf f GetblEPArchtblApplicationStatus@gWK# etblEPArch.ArchitectureID7 getblEPArch.ElementID2 getblEPArch.EquipmentPackageID; getblEPArch### etblApplicationStatus999 e Ge Ge e GdtblEPArchtblEPRequirements@gQE# d!tblEPRequirements.RequirementID> gdtblEPArch.ElementID2 gdtblEPArch.EquipmentPackageID; gdtblEPArch### dtblEPRequirements333 d Gd Gd d Gc tblElements.ElementName6 'cd@g 'ctblElementstblElementMappingf@gUI' ctblEquipmentPackagestblElementMappingt@gg[9 ctblElements.ElementName6 gctblElements.ElementID4 gctblElements''' ctblElementMapping333 ctblEquipmentPackages999 c Gc Gc c Gb F@g 'b@$a 'bqryFunEPElementsRelatedqryFunEPElements|@#ak_? <LVALF| p p  ` P jSELECT tblElements.ElementName, tblEquipmentPackages.EquipmentPackageName, Null as RequirementID, Null as Requirement FROM (qryFunEPsCurrentArchNotInRegionFAsOnly INNER JOIN tblEquipmentPackages ON qryFunEPsCurrentArchNotInRegionFAsOnly.EquipmentPackageID = tblEquipmentPackages.EquipmentPackageID) INNER JOIN tblElements ON qryFunEPsCurrentArchNotInRegionFAsOnly.ElementID = tblElements.ElementIDSELECT tblElements.ElementName, tblEquipmentPackages.EquipmentPackageName, tblEPRequirements.RequirementID, tblEPRequirements.Requirement FROM tblEPRequirements INNER JOIN (tblElements INNER JOIN (tblEquipmentPackages INNER JOIN qryFunReqCurrentArchNotInRegionKeys ON tblEquipmentPackages.EquipmentPackageID = qryFunReqCurrentArchNotInRegionKeys.EquipmentPackageID) ON tblElements.ElementID = qryFunReqCurrentArchNotInRegionKeys.ElementID) ON (qryFunReqCurrentArchNotInRegionKeys.EquipmentPackageID = tblEPRequirements.EquipmentPackageID) AND (tblEPRequirements.RequirementID = qryFunReqCurrentArchNotInRegionKeys.RequirementID) ORDER BY tblElements.ElementName, tblEquipmentPackages.EquipmentPackageOrder, tblEPRequirements.RequirementID (((qryFunReqCurrentArchNotInRegionKeys.EquipmentPackageID) Is Null))qryFunEPsCurrentArchNotInRegion.ElementID = qryFunReqCurrentArchNotInRegionKeys.ElementIDqryFunEPsCurrentArchNotInRegion.EquipmentPackageID = qryFunReqCurrentArchNotInRegionKeys.EquipmentPackageIDqryFunEPsCurrentArchNotInRegion.ElementIDqryFunEPsCurrentArchNotInRegion.EquipmentPackageID(((qryFunEPArch.EquipmentPackageID) Is Null))qryFunEPsCurrentArch.ElementID = qryFunEPArch.ElementIDqryFunEPsCurrentArch.EquipmentPackageID = qryFunEPArch.EquipmentPackageIDtblEPArch.ArchitectureID = tblApplicationStatus.CurrentArchitecturetblEPArch.EquipmentPackageID = tblEPRequirements.EquipmentPackageID(((tblEquipmentPackages.EquipmentPackageID)=[EP]))tblElements.ElementID = tblElementMapping.ElementIDtblEquipmentPackages.EntityID = tblElementMapping.EntityIDqryFunEPElementsRelated.ElementNameLVAL*l H  j H *,FMin(qryCusSelectCurrentProjectInterconnects.InProjectArch)qryCusSelectCurrentProjectInterconnects.DestinationElementIDqryCusSelectCurrentProjectInterconnects.SourceElementIDtblApplicationStatus.CurrentArchitecture = tblProjectArchitecture.ProjectIDtblElements.ElementID = tblProjectElements.ElementIDtblApplicationStatus.CurrentArchitecture = tblProjectElements.ProjectIDSELECT DISTINCT tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementID, tblStatus.StatusID FROM (tblStatus RIGHT JOIN tblRegionalArchitecture ON tblStatus.StatusID = tblRegionalArchitecture.FlowStatus) LEFT JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID WHERE ((((tblRegionalArchitecture.InRegionalArchitecture=Yes) AND ([Arch]=-1)) OR ([Arch]=[ProjectID])) AND (SourceElementID<DestinationElementID)) (((qryFilteredElements.ElementShow)=Yes) AND ((qryFilteredElements_1.ElementShow)=Yes) AND ((tblTmpBatch.ElementShow)=Yes) AND ((tblFilterFlowDeployment.[Select])=Yes)) OR (((qryFilteredElements.ElementShow)=Yes) AND ((qryFilteredElements_1.ElementShow)=Yes) AND ((tblTmpBatch_1.ElementShow)=Yes) AND ((tblFilterFlowDeployment.[Select])=Yes))tblElements.ElementID = qryBatchSelectInterfacesBasic.SourceElementIDtblElements_1.ElementID = qryBatchSelectInterfacesBasic.DestinationElementIDqryBatchSelectInterfacesBasic.StatusID = tblFilterFlowDeployment.FlowDeploymentqryBatchSelectInterfacesBasic.DestinationElementID = tblTmpBatch_1.ElementIDqryBatchSelectInterfacesBasic.DestinationElementID = qryFilteredElements_1.ElementIDqryBatchSelectInterfacesBasic.SourceElementID = qryFilteredElements.ElementIDqryBatchSelectInterfacesBasic.SourceElementID = tblTmpBatch.ElementIDqryBatchSelectInterfacesBasic.DestinationElementIDqryBatchSelectInterfacesBasic.SourceElementID(((qryASResponseFlowsNotIncludedProject.ProjectID)=[Project]) AND ((tblRegionalArchitecture.FlowStatus)=0))H?vj Z z \ > h J  F  ) n$f( DX.V(fv<RegionalFlowIDT@l9- w<qryCusSelectCurrentProjectFlowsOOO <tblElementstblElements_1AA' <tblRegionalArchitecture??? <qryCusCurrentProjectElementsIII <qryCusCurrentProjectElementsqryCusCurrentProjectElements_1I <tblStatus### <tblFlows!!! <tblElements''' <tblTempCustomize111 O< < G; p@l g; x@j g; n@j g;p@j g;InProjectArcht@h7++ o;x@h g;n@h g;qryCusSelectCurrentProjectInterconnects___ ; G; G; ; G:X7YZ_____2 @l1% 7:X7YZ_____1 @j1% 7: G:  G: : G9tblApplicationStatustblProjectArchitecture@hqe9 9tblProjectArchitecture.*7 g9tblApplicationStatus999 9tblProjectArchitecture=== 9 G9 G9 9 G8 tblElements.ElementName6 '8tblElementstblProjectElementsh@ hWK' 8tblApplicationStatustblProjectElements@ hi]9 8tblElements.ElementName6 g8tblProjectElements.ElementID; g8tblElements''' 8tblApplicationStatus999 8tblProjectElements555 8 G8 G8 8 G7X7YZ_____2@j1% 77X7YZ_____1@ h1% 77 G7  G7 7 G6@ h '6tblElementsqryBatchSelectInterfacesBasic@ hma' 6tblElements_1qryBatchSelectInterfacesBasic@hqe+ 6qryBatchSelectInterfacesBasictblFilterFlowDeployment@hyK 6qryBatchSelectInterfacesBasictblTmpBatch_1@hqeK 6qryBatchSelectInterfacesBasicqryFilteredElements_1@huK 6qryBatchSelectInterfacesBasicqryFilteredElements@h}qK LVAL DfqryCusSelectCurrentProjectInterconnects.DestinationElementIDqryCusSelectCurrentProjectInterconnects.SourceElementIDqryCusSelectCurrentProjectInterconnects.InterconnectShowSELECT DISTINCT qryFilteredInterconnects.SourceElementID, qryFilteredInterconnects.DestinationElementID, IIf(IsNull([ProjectID]),False,True) AS InProjectArch, qryFilteredInterconnects.InterconnectShow FROM (((qryCusSelectCurrentProjectFlows RIGHT JOIN tblRegionalArchitecture ON qryCusSelectCurrentProjectFlows.RegionalFlowID = tblRegionalArchitecture.RegionalFlowID) LEFT JOIN qryFilteredInterconnects ON (tblRegionalArchitecture.SourceElementID = qryFilteredInterconnects.SourceElementID) AND (tblRegionalArchitecture.DestinationElementID = qryFilteredInterconnects.DestinationElementID)) LEFT JOIN qryCusCurrentProjectElements ON tblRegionalArchitecture.SourceElementID = qryCusCurrentProjectElements.ElementID) LEFT JOIN qryCusCurrentProjectElements AS qryCusCurrentProjectElements_1 ON tblRegionalArchitecture.DestinationElementID = qryCusCurrentProjectElements_1.ElementID WHERE (((qryFilteredInterconnects.SourceElementID) Is Not Null) AND ((qryFilteredInterconnects.DestinationElementID) Is Not Null) AND ((qryCusCurrentProjectElements.ElementID) Is Not Null)) OR (((qryFilteredInterconnects.SourceElementID) Is Not Null) AND ((qryFilteredInterconnects.DestinationElementID) Is Not Null) AND ((qryCusCurrentProjectElements_1.ElementID) Is Not Null)) SELECT DISTINCT tblRegionalArchitecture.DestinationElementID, tblRegionalArchitecture.SourceElementID, tblStatus.StatusID FROM (tblStatus RIGHT JOIN tblRegionalArchitecture ON tblStatus.StatusID = tblRegionalArchitecture.FlowStatus) LEFT JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID WHERE ((((tblRegionalArchitecture.InRegionalArchitecture=Yes) AND ([Arch]=-1)) OR ([Arch]=[ProjectID])) AND (DestinationElementID<SourceElementID))_p @ @ @ @ @ @ @ @ @ @ @ @ @ @3]3]3]3]3]3 ] 3 ]!3 ]"3]#3]$3]%3]&3]'3](3])3]*3]+3]4],4].4]/4]04]14]24`4`4`4`4`4`4`4`4`4` 4` 4 ` 4 ` 4` 4`4`4`4`4`4`4`4]-5`5`5`5`5`5`5`5`5`5`6`6`!6`"6`#6`$6`%6`&6`'6`(6`)6`*6`+6`,6`-6`.6`/6`06`16i6i6i6i6i6i6i6` 7i7i 7i 7i 7i 7i8i 8i8i8i8i8i8i8i8i8i8 i8i9i9i9i9i9i9i9i 9i:i!:i#:i$:i%:i&:i";i';i);i*;i+;i,;i-;i.;i/; i0; i1; i2;i(<i3<i5<i6<i7<i8<i9<i:<i;<i<<i=<i><m<m<m<m<m<m<m< m< m<m <m <m <m <m <m<m<m<i4=m=m=m=m=m=m=m=m=m=m=m= m=m=m=m =m!=m"=m#=m$=m%= m&= m'= m(=m)=m*=m+=m,=o=o=o=o=o=m>o>o>o>o >o >o >o >o >o>o>o>o>o>o> o> o> o>o?o?o?o?o?o?oLVAL *f |2>qryCusCurrentProjectElements_1.ElementID=[tblRegionalArchitecture].[DestinationElementID][qryCusCurrentProjectElements].[ElementID]=[tblRegionalArchitecture].[SourceElementID][tblRegionalArchitecture].[RegionalFlowID]=[qryCusSelectCurrentProjectFlows].[RegionalFlowID][tblRegionalArchitecture].[DestinationElementID]=tblElements_1.ElementID[tblRegionalArchitecture].[Comment][tblRegionalArchitecture].[InRegionalArchitecture][tblRegionalArchitecture].[LastBuild]IIf(IsNull([ProjectID]),32767,[StatusOrder])[tblRegionalArchitecture].[FlowStatus]IIf(IsNull([ProjectID]),False,True)[tblRegionalArchitecture].[RegionalFlowID]qryCusSelectCurrentProjectInterconnects.InterconnectShowSELECT DISTINCT qryFilteredInterconnects.SourceElementID, qryFilteredInterconnects.DestinationElementID, IIf(IsNull([ProjectID]),False,True) AS InProjectArch, qryFilteredInterconnects.InterconnectShow FROM (((qryCusSelectCurrentProjectFlows RIGHT JOIN tblRegionalArchitecture ON qryCusSelectCurrentProjectFlows.RegionalFlowID = tblRegionalArchitecture.RegionalFlowID) LEFT JOIN qryFilteredInterconnects ON (tblRegionalArchitecture.DestinationElementID = qryFilteredInterconnects.SourceElementID) AND (tblRegionalArchitecture.SourceElementID = qryFilteredInterconnects.DestinationElementID)) LEFT JOIN qryCusCurrentProjectElements ON tblRegionalArchitecture.SourceElementID = qryCusCurrentProjectElements.ElementID) LEFT JOIN qryCusCurrentProjectElements AS qryCusCurrentProjectElements_1 ON tblRegionalArchitecture.DestinationElementID = qryCusCurrentProjectElements_1.ElementID WHERE (((qryFilteredInterconnects.SourceElementID) Is Not Null) AND ((qryFilteredInterconnects.DestinationElementID) Is Not Null) AND ((qryCusCurrentProjectElements.ElementID) Is Not Null)) OR (((qryFilteredInterconnects.SourceElementID) Is Not Null) AND ((qryFilteredInterconnects.DestinationElementID) Is Not Null) AND ((qryCusCurrentProjectElements_1.ElementID) Is Not Null))^-6e u = 5  ? k -  y+aU?Z=qryCusCurrentProjectElements_1tblRegionalArchitecture@ n{M =qryCusCurrentProjectElementstblRegionalArchitecture@ nwI =tblRegionalArchitectureqryCusSelectCurrentProjectFlows@ n}? =tblRegionalArchitecturetblElements_1@ neY? = ShowqryFilteredFlows.FlowShow@ w= Comment!tblRegionalArchitecture.CommentL w= InRegionalArch\@ n9- w=LastBuildB@n/# w=FlowStatusDisplayFlowStatusDisplayX@naU3 =FlowStatusD@n1% w=InArchInArchF@n5) =FlowNametblFlows.FlowName@! w=DestinationElementtblElements_1.ElementName\5 w=SourceElementtblElements.ElementNameP+ w=RegionalFlowIDL@n9- w= tblStatus### =qryFilteredFlows111 =qryCusSelectCurrentProjectFlowsOOO =tblElementstblElements_1AA' =tblRegionalArchitecture??? =qryCusCurrentProjectElementsIII =qryCusCurrentProjectElementsqryCusCurrentProjectElements_1I =tblFlows!!! =tblElements''' = G=tblTempCustomize111 O= = G<@n '<tblElementstblRegionalArchitecture@naU' <tblFlowstblRegionalArchitecturel@n[O! <tblStatustblRegionalArchitecturez@n]Q# <qryCusCurrentProjectElements_1tblRegionalArchitecture@ l{M <qryCusCurrentProjectElementstblRegionalArchitecture@ lwI <tblRegionalArchitectureqryCusSelectCurrentProjectFlows@ l}? <tblRegionalArchitecturetblElements_1@ leY? < CommentF@l+ w< InRegionalArchd@l9- w<LastBuildJ@l/# w<FlowStatusDisplayFlowStatusDisplayX@laU3 <FlowStatusL@l1% w<InArchInArchF@l5) <FlowName[tblFlows].[FlowName]D! w<DestinationElementtblElements_1.ElementName\5 w<SourceElement[tblElements].[ElementName]T+ wLVAL P n , D H XljBLZMin(qryCusTempAppendProjectInterconnectSupport.InRegionalArch)Min([InterconnectShow] And [MinOfMPFilterShow] And qryFilteredElements.ElementShow And qryFilteredElements_1.ElementShow)Min(qryCusTempAppendProjectInterconnectSupport.InProjectArch)Min(qryCusTempAppendProjectInterconnectSupport.MinOfLastBuild)(((tblElements_1.ElementName)>[tblElements].[ElementName]))qryCusTempAppendProjectInterconnectSupport.DestinationElementID = tblElements_1.ElementIDqryCusTempAppendProjectInterconnectSupport.SourceElementID = tblElements.ElementIDMin(qryCusTempAppendProjectInterconnectSupport.InRegionalArch)Min(qryCusTempAppendProjectInterconnectSupport.InProjectArch)Min(qryCusTempAppendProjectInterconnectSupport.MinOfLastBuild)(((qryCusCurrentProjectElements.ElementID) Is Not Null)) OR (((qryCusCurrentProjectElements_1.ElementID) Is Not Null))tblStatus.StatusID = tblRegionalArchitecture.FlowStatustblElements.ElementID = tblRegionalArchitecture.SourceElementIDtblFlows.FlowID = tblRegionalArchitecture.FlowIDtblRegionalArchitecture.RegionalFlowID = qryFilteredFlows.RegionalFlowIDqryCusCurrentProjectElements_1.ElementID = tblRegionalArchitecture.DestinationElementIDqryCusCurrentProjectElements.ElementID = tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowID = qryCusSelectCurrentProjectFlows.RegionalFlowIDtblRegionalArchitecture.DestinationElementID = tblElements_1.ElementIDtblRegionalArchitecture.InRegionalArchitecturetblRegionalArchitecture.LastBuildIIf(IsNull([ProjectID]),32767,[StatusOrder])tblRegionalArchitecture.FlowStatusIIf(IsNull([ProjectID]),False,True)tblRegionalArchitecture.RegionalFlowID((([qryCusCurrentProjectElements].[ElementID]) Is Not Null)) Or (((qryCusCurrentProjectElements_1.ElementID) Is Not Null))[tblElements].[ElementID]=[tblRegionalArchitecture].[SourceElementID][tblFlows].[FlowID]=[tblRegionalArchitecture].[FlowID][tblStatus].[StatusID]=[tblRegionalArchitecture].[FlowStatus]+ H  5 j  _ 3 cEQaJ%}Q?qryCusTempAppendProjectInterconnectSupportqryFilteredElements_1@qe ?qryFilteredElementsqryCusTempAppendProjectInterconnectSupport@q7 ?qryCusTempAppendProjectInterconnectSupporttblElements_1@qe ?qryCusTempAppendProjectInterconnectSupporttblElements@q{e ?MinOfInRegionalArchInRegionalArch|@n_S7 ?Expr1Show@n/# ?MinOfInProjectArchInArchz@nMA5 ?MinOfMinOfLastBuildLastBuild|@nUI7 ?DestinationElementtblElements_1.ElementName\5 w?SourceElementtblElements.ElementNameP+ w?qryFilteredInteconnectTypesGGG ?qryFilteredMarketPackageInterconnectYYY ?qryFilteredElementsqryFilteredElements_1aa7 ?tblElementstblElements_1AA' ?tblElements''' ?qryCusTempAppendProjectInterconnectSupporteee ?qryFilteredElements777 ?tblTempCustomize111 O? ? G> v@n '> tblElements_1.ElementName8 g> tblElements.ElementName6 g>qryCusTempAppendProjectInterconnectSupporttblElements_1@ne >qryCusTempAppendProjectInterconnectSupporttblElements@n{e >MinOfInRegionalArchInRegionalArch|@n_S7 >ShowShow Min(True)8! >MinOfInProjectArchInArchz@nMA5 >MinOfMinOfLastBuildLastBuild|@nUI7 >DestinationElementtblElements_1.ElementName\5 w>SourceElementtblElements.ElementNameP+ w>tblElementstblElements_1AA' >tblElements''' >qryCusTempAppendProjectInterconnectSupporteee > G>tblTempCustomize111 O> > G=@n '=tblStatustblRegionalArchitecturen@n]Q# =tblElementstblRegionalArchitecture~@naU' =tblFlowstblRegionalArchitecture`@n[O! =tblRegionalArchitectureqryFilteredFlows@nk_? kw @ @ @ @ @ @ @ @ @ @ @ @ @ @9i 9i:i!:i#:i$:i%:i&:i";i';i);i*;i+;i,;i-;i.;i/; i0; i1; i2;i(<i3<i5<i6<i7<i8<i9<i:<i;<i<<i=<i><m<m<m<m<m<m<m< m< m<m <m <m <m <m <m<m<m<i4=m=m=m=m=m=m=m=m=m=m=m= m=m=m=m =m!=m"=m#=m$=m%= m&= m'= m(=m)=m*=m+=m,=o=o=o=o=o=m>o>o>o>o >o >o >o >o >o>o>o>o>o>o> o> o> o>o?o?o?o?o?o?o?o?o?o ?o!?o"?o#?o$?o%?o&?o'?o(?o)?o*?r?r?r?r? r? r? r?o@r@r @r @r @r @rAr ArArArArArArArArArArArArArArA rArArAr Ar!ArBr"Br$Br%Br&Br'Br(Br)Br*Br+Br,Br-Br.Br/Br0Br1Br2B r3BuBuBuBuBuBr#CuCuCuCu Cu Cu Cu Cu CuCuCuCuC uC uC uCuDuDuDuDuDuDuDuDuDuDuDu Du!Du"Du#Du$Du%Du&Du'DuLVAL `D R t Z ftblRegionalArchitecture.RegionalFlowIDSELECT tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementID, Min(tblRegionalArchitecture.LastBuild) AS MinOfLastBuild, Min(IIf(IsNull([ProjectID]),False,True)) AS InProjectArch, Min([InRegionalArchitecture]) as InRegionalArch FROM ((tblRegionalArchitecture LEFT JOIN qryCusCurrentProjectElements ON tblRegionalArchitecture.SourceElementID = qryCusCurrentProjectElements.ElementID) LEFT JOIN qryCusCurrentProjectElements AS qryCusCurrentProjectElements_1 ON tblRegionalArchitecture.DestinationElementID = qryCusCurrentProjectElements_1.ElementID) LEFT JOIN qryCusSelectCurrentProjectFlows ON tblRegionalArchitecture.RegionalFlowID = qryCusSelectCurrentProjectFlows.RegionalFlowID GROUP BY tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementID, qryCusCurrentProjectElements.ElementID, qryCusCurrentProjectElements_1.ElementID HAVING (((qryCusCurrentProjectElements.ElementID) Is Not Null)) OR (((qryCusCurrentProjectElements_1.ElementID) Is Not Null)) (((tblElements_1.ElementName)>tblElements.ElementName))qryCusTempAppendProjectInterconnectSupport.SourceElementID=qryFilteredInteconnectTypes.SourceElementIDqryCusTempAppendProjectInterconnectSupport.DestinationElementID=qryFilteredInteconnectTypes.DestinationElementIDqryCusTempAppendProjectInterconnectSupport.SourceElementID=qryFilteredMarketPackageInterconnect.SourceElementIDqryCusTempAppendProjectInterconnectSupport.DestinationElementID=qryFilteredMarketPackageInterconnect.DestinationElementIDqryCusTempAppendProjectInterconnectSupport.DestinationElementID=qryFilteredElements_1.ElementIDqryFilteredElements.ElementID=qryCusTempAppendProjectInterconnectSupport.SourceElementIDqryCusTempAppendProjectInterconnectSupport.DestinationElementID=tblElements_1.ElementIDqryCusTempAppendProjectInterconnectSupport.SourceElementID=tblElements.ElementID4:t Z <  f H * > z  g1I~> `2ZJB Show[qryFilteredFlows].[FlowShow]D wBLastBuildJ@ t/# wBFlowStatusDisplayFlowStatusDisplayb@ taU3 BFlowStatusL@ t1% wBInArchd@ t) wBFlowName[tblFlows].[FlowName]D! wBDestinationElementtblElements_1.ElementName\5 wBSourceElement[tblElements].[ElementName]T+ wBRegionalFlowIDT@ t9- wBqryFilteredFlows111 BtblElementstblElements_1AA' BtblRegionalArchitecture??? BtblFlows!!! BtblElements''' BtblStatus### BtblTempCustomize111 OB B GAtblRegionalArchitecturetblStatusj@t]Q? AtblElementstblRegionalArchitecturez@taU' AtblFlowstblRegionalArchitecture\@t[O! AtblRegionalArchitecturetblElements_1@teY? A Comment!tblRegionalArchitecture.CommentL wALastBuildB@t/# wAFlowStatusDisplayFlowStatusDisplayb@taU3 AFlowStatusD@t1% wAInArch\@t) wAFlowNametblFlows.FlowName@! wADestinationElementtblElements_1.ElementName\5 wASourceElementtblElements.ElementNameP+ wARegionalFlowIDL@ q9- wAtblStatus### AtblElementstblElements_1AA' AtblRegionalArchitecture??? AtblFlows!!! AtblElements''' AtblTempCustomize111 OA A G@X7YZ_____2@t1% 7@X7YZ_____1@ q1% 7@ G@  G@ @ G? n@q '? tblElements_1.ElementName8 g? tblElements.ElementName6 g?qryCusTempAppendProjectInterconnectSupportqryFilteredInteconnectTypes@qe ?qryCusTempAppendProjectInterconnectSupportqryFilteredInteconnectTypes@qe ?qryCusTempAppendProjectInterconnectSupportqryFilteredMarketPackageInterconnect@qe ?qryCusTempAppendProjectInterconnectSupportqryFilteredMarketPackageInterconnect@qe .#UQOr LN : J g ?;H#ECAbbXς@Xς@qrybzXa@zXa@qryFunEPElementsAdditionalProjectV'@@|ppdddddddb @aTCWa@TCWa@qryFunEPElementsAdditionalV'@@nbbVVVVVVVT @_Ua@Ua@qryFunEPArchV'@|@RFF:::::::8 @^Ta@Ta@qryFunElementsRegionV'@@bVVJJJJJJJH @]Ra@Ra@qryFunElementsProjectV'@@dXXLLLLLLLJ @\pQa@pQa@qryFunElementEPsRelatedV'@@h\\PPPPPPPN @Z@Oa@@Oa@qryFunElementEPsV'@@ZNNBBBBBBB@ @YMa@;HNa@qryFunAutoRemoveProjectV'@@h\\PPPPPPPN @XgLa@gLa@qryFunAutoRemoveV'@@ ZNNBBBBBBB@ @WDLa@DLa@qryFunAutoPotentialProjectVy@$ @ nbbVVVVVVVT @ULa@La@qryFunAutoAddProjectV'@@ bVVJJJJJJJH @TKa@Ka@qryFunAutoAddV'@@THH<<<<<<<: @SKa@Ka@qryFunArchRequirementsKeysV'@@nbbVVVVVVVT @R]XKa@Ka@qryFunArchRequirementsV'@|@fZZNNNNNNNL @Q.@7Xz@qryFilteredMarketPackagesSupport2VI@@|ppdddddddb @O!R/@`R/@qryFilteredMarketPackagesEntityFlowsV[@@vvjjjjjjjh @N" ,@YM@qryFilteredMarketPackagesV@@l``TTTTTTTR @MJa@2F@qryFilteredMarketPackageInterconnectBasicV@`@tttttttr @L_Ja@!1@qryFilteredMarketPackageInterconnectV @|@vvjjjjjjjh @ Jq5z@F@qryFilteredInterconnectsV@@j^^RRRRRRRP @I4Xؐ@e Е@qryFilteredInteconnectTypesV@@pddXXXXXXXV @HIa@H2\z@qryFilteredFlowsExpandedV @@j^^RRRRRRRP @GW3z@lYM@qryFilteredFlowsV @\ @ZNNBBBBBBB@ @ EWؐ@Wؐ@qryCusTempAppendRegionInterconnectSupportVH@|@tttttttr @D3Vؐ@W L   C Z<h$2@r*xDqryFilteredElementsqryCusTempAppendRegionInterconnectSupport@ v7 DqryCusTempAppendRegionInterconnectSupportqryFilteredInteconnectTypes@ vc DqryCusTempAppendRegionInterconnectSupportqryFilteredInteconnectTypes@ vc DqryCusTempAppendRegionInterconnectSupporttblElements_1@ v}c DqryCusTempAppendRegionInterconnectSupporttblElements@ vyc DExpr1Show@v/# DMinOfMinOfLastBuildLastBuildz@vUI7 DMinOfMinOfInRegionalArchitectureInArch@vi]Q DDestinationElementtblElements_1.ElementName\5 wDSourceElementtblElements.ElementNameP+ wDqryFilteredInteconnectTypesGGG DtblElementstblElements_1AA' DtblElements''' DqryCusTempAppendRegionInterconnectSupportccc DqryFilteredElements777 DqryFilteredElementsqryFilteredElements_1aa7 DqryFilteredMarketPackageInterconnectYYY D GDtblTempCustomize111 OD D GC v@v 'C tblElements_1.ElementName8 gC tblElements.ElementName6 gCqryCusTempAppendRegionInterconnectSupporttblElements_1@v}c CqryCusTempAppendRegionInterconnectSupporttblElements@vyc CMinOfMinOfLastBuildLastBuildz@vUI7 CMinOfMinOfInRegionalArchitectureInArch@vi]Q CDestinationElementtblElements_1.ElementName\5 wCSourceElementtblElements.ElementNameP+ wCtblElementstblElements_1AA' CtblElements''' CqryCusTempAppendRegionInterconnectSupportccc C GCtblTempCustomize111 OC C GBtblStatustblRegionalArchitecturez@v]Q# BtblElementstblRegionalArchitecture@taU' BtblFlowstblRegionalArchitecturel@t[O! BtblRegionalArchitectureqryFilteredFlows@tk_? BtblRegionalArchitecturetblElements_1@teY? LVALx &  N ,8XSELECT tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementID, Min(tblRegionalArchitecture.InRegionalArchitecture) AS MinOfInRegionalArchitecture, Min(tblRegionalArchitecture.LastBuild) AS MinOfLastBuild FROM tblRegionalArchitecture GROUP BY tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementID (((tblElements_1.ElementName)>[tblElements].[ElementName]))qryFilteredMarketPackageInterconnect.SourceElementID = qryCusTempAppendRegionInterconnectSupport.SourceElementIDqryFilteredMarketPackageInterconnect.DestinationElementID = qryCusTempAppendRegionInterconnectSupport.DestinationElementIDqryFilteredElements_1.ElementID = qryCusTempAppendRegionInterconnectSupport.DestinationElementIDqryFilteredElements.ElementID = qryCusTempAppendRegionInterconnectSupport.SourceElementIDqryCusTempAppendRegionInterconnectSupport.DestinationElementID = qryFilteredInteconnectTypes.DestinationElementIDqryCusTempAppendRegionInterconnectSupport.SourceElementID = qryFilteredInteconnectTypes.SourceElementIDqryCusTempAppendRegionInterconnectSupport.DestinationElementID = tblElements_1.ElementIDqryCusTempAppendRegionInterconnectSupport.SourceElementID = tblElements.ElementIDMin([InterconnectShow] And [MinOfMPFilterShow] And [qryFilteredElements].[ElementShow] And [qryFilteredElements_1].[ElementShow])Min(qryCusTempAppendRegionInterconnectSupport.MinOfLastBuild)Min(qryCusTempAppendRegionInterconnectSupport.MinOfInRegionalArchitecture)(((tblElements_1.ElementName)>[tblElements].[ElementName]))qryCusTempAppendRegionInterconnectSupport.DestinationElementID = tblElements_1.ElementIDqryCusTempAppendRegionInterconnectSupport.SourceElementID = tblElements.ElementIDMin(qryCusTempAppendRegionInterconnectSupport.MinOfLastBuild)Min(qryCusTempAppendRegionInterconnectSupport.MinOfInRegionalArchitecture)[tblStatus].[StatusID]=[tblRegionalArchitecture].[FlowStatus]p| @ @ @ @ @ @ @ @ @ @ @ @ @ @?o?o?o ?o!?o"?o#?o$?o%?o&?o'?o(?o)?o*?r?r?r?r? r? r? r?o@r@r @r @r @r @rAr ArArArArArArArArArArArArArArA rArArAr Ar!ArBr"Br$Br%Br&Br'Br(Br)Br*Br+Br,Br-Br.Br/Br0Br1Br2B r3BuBuBuBuBuBr#CuCuCuCu Cu Cu Cu Cu CuCuCuCuC uC uC uCuDuDuDuDuDuDuDuDuDuDuDu Du!Du"Du#Du$Du%Du&Du'Du(Du)DxDxDxD xD xD xDuExExEx Ex Ex ExFx FxFxFxFxFxFxFxFxFxFxFxF xF xF xFx GxGxGxGx Gx!Gx"Gx#Gx$Gx%G x&Gx'Gx(Gx)Gx*Gx+Gx,Gx-Gx.Gx/Gx0Gx1Gx2Gx3GzGzGzGxHzHzHzHzHzHz Hz Hz Hz Hz HzHzHzHzH zH zH zH zH zHzHzHzHzHzIzIzIzIzIz Iz!Iz"Iz#Iz$Iz%Iz&Iz'Iz(Iz)Iz*Iz+Iz,IzJz-Jz/Jz0Jz1Jz2Jz3Jz.L4Z J  j ,  j $ i ) U ;_1_U+Cj0PLGtblRegionalArchitectureqryFilteredMarketPackages@y}q? GtblFilterFlowDeploymenttblRegionalArchitecture@yym? GqryFilteredElementstblRegionalArchitecture@yqe7 GqryFilteredElements_1tblRegionalArchitecture@yui; GtblFlowstblFilterFlowTypesj@ yQE! GFlowShow6@ y-!! oGT@ y gGFlowTypeShow[tblFilterFlowTypes].[Select]T)) oGFlowFuturisticShow@ yA55 oGFlowStatusShowD@ y9-- oGDestinationElementShowB@yI== oGSourceElementShowF@y?33 oGT@y gG qryFilteredMarketPackagesCCC GtblRegionalArchitecture??? GqryFilteredElementsqryFilteredElements_1aa7 GqryFilteredElements777 GtblFilterFlowDeployment??? GtblFilterFlowTypes555 GtblFlows!!! GqryFilteredInteconnectTypesGGG GtblFilterFlowFuturistic??? G G GF tblElementMapping.ElementID: 'F Z@y 'F tblElementMapping.ElementID: gFtblEntitiestblElementMappingb@yUI' FtblEntitiestblFilterEntityTypesp@y[O' FtblEntitiestblFilterEntityClassesx@y_S' FElementShow@y3'' oFtblElementMapping.ElementID: gFtblElementMapping333 FtblEntities''' FtblFilterEntityTypes999 FtblFilterEntityClasses=== F GF GF F GEX7YZ_____2@y1% 7EX7YZ_____1@v1% 7E GE  GE E GD v@v 'D tblElements_1.ElementName8 gD tblElements.ElementName6 gDqryFilteredMarketPackageInterconnectqryCusTempAppendRegionInterconnectSupport@vY DqryFilteredMarketPackageInterconnectqryCusTempAppendRegionInterconnectSupport@vY DqryFilteredElements_1qryCusTempAppendRegionInterconnectSupport@v; LVAL0  . r  R 8^"z6tblRegionalArchitecture.FlowStatustblRegionalArchitecture.InRegionalArchitecturetblRegionalArchitecture.RegionalFlowID[qryFilteredInteconnectTypes].[DestinationElementID]=[tblRegionalArchitecture].[DestinationElementID][qryFilteredInteconnectTypes].[SourceElementID]=[tblRegionalArchitecture].[SourceElementID][tblFlows].[FlowID]=[tblRegionalArchitecture].[FlowID][tblRegionalArchitecture].[RegionalFlowID]=[qryFilteredMarketPackages].[RegionalFlowID][tblFilterFlowDeployment].[FlowDeployment]=[tblRegionalArchitecture].[FlowStatus][qryFilteredElements].[ElementID]=[tblRegionalArchitecture].[SourceElementID]qryFilteredElements_1.ElementID=[tblRegionalArchitecture].[DestinationElementID][tblFlows].[FlowType]=[tblFilterFlowTypes].[FlowType][SourceElementShow] And [DestinationElementShow] And [FlowStatusShow] And [FlowFuturisticShow] And [FlowTypeShow] And [MPFilterShow] And [InterconnectShow][qryFilteredMarketPackages].[MPFilterShow]IIf((([tblFilterFlowFuturistic].[Select]=False) And ([tblFlows].[FlowFuturistic]=True)),False,True)[tblFilterFlowDeployment].[Select]qryFilteredElements_1.ElementShow[qryFilteredElements].[ElementShow][tblRegionalArchitecture].[RegionalFlowID](((tblElementMapping.ElementID) Is Not Null))tblEntities.EntityID = tblElementMapping.EntityIDtblEntities.EntityType = tblFilterEntityTypes.EntityTypetblEntities.EntityClass = tblFilterEntityClasses.EntityClassMin(IIf([tblFilterEntityClasses].[Select]>[tblFilterEntityTypes].[Select],[tblFilterEntityClasses].[Select],[tblFilterEntityTypes].[Select]))SELECT tblRegionalArchitecture.DestinationElementID, tblRegionalArchitecture.SourceElementID, Min(tblRegionalArchitecture.InRegionalArchitecture) AS MinOfInRegionalArchitecture, Min(tblRegionalArchitecture.LastBuild) AS MinOfLastBuild FROM tblRegionalArchitecture GROUP BY tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementIDE5 |^@  D  I f < m " 9 cAu5{1UkM/WJqryFilteredElements777 JqrySelectUniqueInterconnectsIII JqryFilteredMarketPackageInterconnectYYY JqryFilteredInteconnectTypesGGG J GJ GJ J GIqrySelectAllInterconnectstblElementMapping@{qeC IqrySelectAllInterconnectstblElementMapping_1@ {uiC ItblEntitiestblElementMapping_1j@ {YM' ItblEntities_1tblElementMappingj@ {YM+ ItblFilterInterconnectstblEntities_1@ {cW= ItblFilterInterconnectstblEntities@ {_S= IInterconnectShowB@{=11 oId@{ gIZ@{ gItblElementMappingtblElementMapping_1YY3 ItblElementMapping333 ItblEntitiestblEntities_1AA' ItblEntities''' ItblFilterInterconnects=== IqrySelectAllInterconnectsCCC I GI I GHtblRegionalArchitectureqryFilteredFlows@{k_? HtblElementstblRegionalArchitecturez@{aU' HtblFlowstblRegionalArchitecture\@{[O! HtblRegionalArchitecturetblElements_1@{eY? H ShowqryFilteredFlows.FlowShow@ oH B@{ gH !tblRegionalArchitecture.Comment> gH tblFlows.FlowDescription7 gH TouchedFalse2 oHFlowStatusDisplayX@{?33 oHD@y gHtblFlows.FlowKind0 gHtblFlows.FlowName0 gHDestinationElementtblElements_1.ElementName\55 oHSourceElementtblElements.ElementNameP++ oHInArch\@y) oHL@y gHqryFilteredFlows111 HtblElementstblElements_1AA' HtblRegionalArchitecture??? HtblFlows!!! HtblElements''' H H GGqryFilteredInteconnectTypestblRegionalArchitecture@yuG GqryFilteredInteconnectTypestblRegionalArchitecture@yuG GtblFlowstblRegionalArchitecturel@y[O! LVALf| " | v  h LHn8[qryFilteredMarketPackagesSupport2].[RegionalFlowID]qryFilteredMarketPackageInterconnectBasic.DestinationElementIDqryFilteredMarketPackageInterconnectBasic.SourceElementIDMin(qryFilteredMarketPackageInterconnectBasic.MPFilterShow)qryFilteredMarketPackageInterconnectBasic.DestinationElementIDqryFilteredMarketPackageInterconnectBasic.SourceElementIDqryFilteredInteconnectTypes.SourceElementID = qrySelectUniqueInterconnects.SourceElementIDqryFilteredInteconnectTypes.DestinationElementID = qrySelectUniqueInterconnects.DestinationElementIDqryFilteredMarketPackageInterconnect.DestinationElementID = qrySelectUniqueInterconnects.DestinationElementIDqryFilteredMarketPackageInterconnect.SourceElementID = qrySelectUniqueInterconnects.SourceElementIDqrySelectUniqueInterconnects.DestinationElementID = qryFilteredElements_1.ElementIDqrySelectUniqueInterconnects.SourceElementID = qryFilteredElements.ElementIDqryFilteredElements.ElementShow And qryFilteredElements_1.ElementShow And [minofMPFilterShow] And qryFilteredInteconnectTypes.InterconnectShow[qrySelectAllInterconnects].[SourceElementID]=[tblElementMapping].[ElementID][qrySelectAllInterconnects].[DestinationElementID]=tblElementMapping_1.ElementID[tblEntities].[EntityID]=tblElementMapping_1.EntityIDtblEntities_1.EntityID=[tblElementMapping].[EntityID][tblFilterInterconnects].[EntityClass]=tblEntities_1.EntityClass[tblFilterInterconnects].[EntityClass2]=[tblEntities].[EntityClass][tblFilterInterconnects].[Select][qrySelectAllInterconnects].[DestinationElementID][qrySelectAllInterconnects].[SourceElementID]tblRegionalArchitecture.RegionalFlowID=qryFilteredFlows.RegionalFlowIDtblElements.ElementID=tblRegionalArchitecture.SourceElementIDtblFlows.FlowID=tblRegionalArchitecture.FlowIDtblRegionalArchitecture.DestinationElementID=tblElements_1.ElementIDtblRegionalArchitecture.LastBuildIIf([InRegionalArchitecture],[FlowStatus],0)w @ @ @ @ @ @ @ @ @ @ @ @ @ @Du)DxDxDxD xD xD xDuExExEx Ex Ex ExFx FxFxFxFxFxFxFxFxFxFxFxF xF xF xFx GxGxGxGx Gx!Gx"Gx#Gx$Gx%G x&Gx'Gx(Gx)Gx*Gx+Gx,Gx-Gx.Gx/Gx0Gx1Gx2Gx3GzGzGzGxHzHzHzHzHzHz Hz Hz Hz Hz HzHzHzHzH zH zH zH zH zHzHzHzHzHzIzIzIzIzIz Iz!Iz"Iz#Iz$Iz%Iz&Iz'Iz(Iz)Iz*Iz+Iz,IzJz-Jz/Jz0Jz1Jz2Jz3Jz4J}J}J}J}J}J}J}J}J}Jz.K} K} K} K} K}K} L}L}L}L}L}L}L}L }L }L}M}M}M}M}M}M}N}N}!N}"N}#N}$N}%N}&N}'N}(N})N}*N}+N} O},O}.O}/O}0O}1O}2O}3O}4O}5O}6O}-P}7P}9P}:PPPPPPPPPP P P P P PPPPPPPP}8QQQQQQQQQQQ  Q !Q "Q #Q $QR%R'R(R)R*R+R&S,S-;Hv @ f H * r T 6  ` 6 xZ<fH^4 BvX:tJ b8PtblTmpSelectedMP111 P GP P GO,@ 'OtblMarketPackagestblMarketPackageFlows@i]3 OtblMarketPackageFlows.FlowID; gOR@ gOH@ gOtblMarketPackageFlows;;; OtblMarketPackages333 OtblTmpSelectedMP111 O GO O GNqryFilteredMarketPackagesSupport2qryFilteredMarketPackagesSupport1@S NqryFilteredMarketPackagesSupport2qryFilteredMarketPackagesSupport1@S NqryFilteredMarketPackagesSupport2qryFilteredMarketPackagesSupport1@~S NMPFilterShowl@~5)) oNX@~ gNt@~ gNj@~ gNh@{ gNqryFilteredMarketPackagesSupport1SSS NqryFilteredMarketPackagesSupport2SSS N GN N GMX7YZ_____2`@~1% 7MX7YZ_____1b@~1% 7M GM  GM M GL |@{ gL r@{ gLMinOfMPFilterShowv@{?33 oL|@{ gLr@{ gLqryFilteredMarketPackageInterconnectBasicccc L GL GL L GKX7YZ_____2@~1% 7KX7YZ_____1@~1% 7K GK  GK K GJqryFilteredInteconnectTypesqrySelectUniqueInterconnects@{G JqryFilteredInteconnectTypesqrySelectUniqueInterconnects@{G JqryFilteredMarketPackageInterconnectqrySelectUniqueInterconnects@{Y JqryFilteredMarketPackageInterconnectqrySelectUniqueInterconnects@{Y JqrySelectUniqueInterconnectsqryFilteredElements_1@{sI JqrySelectUniqueInterconnectsqryFilteredElements@{{oI JInterconnectShow@{=11 oJ qrySelectUniqueInterconnects.*= gJqryFilteredElementsqryFilteredElements_1aa7 LVAL z<x[qryFilteredMarketPackagesSupport2].[SourceElementID]=[qryFilteredMarketPackagesSupport1].[SourceElementID]IIf(IsNull([MPShowOverall]),[ShowAll],[MPShowOverall])[qryFilteredMarketPackagesSupport2].[FlowID][qryFilteredMarketPackagesSupport2].[DestinationElementID][qryFilteredMarketPackagesSupport2].[SourceElementID]SELECT DISTINCT qryFilteredMarketPackages.DestinationElementID, qryFilteredMarketPackages.SourceElementID,qryFilteredMarketPackages.MPFilterShow FROM qryFilteredMarketPackagesSELECT DISTINCT qryFilteredMarketPackages.SourceElementID, qryFilteredMarketPackages.DestinationElementID,qryFilteredMarketPackages.MPFilterShow FROM qryFilteredMarketPackages SELECT qryFilteredInterconnects.SourceElementID, qryFilteredInterconnects.DestinationElementID, qryFilteredInterconnects.InterconnectShow,Min(tblRegionalArchitecture.InRegionalArchitecture) AS InRegion, Min(tblRegionalArchitecture.LastBuild) AS LastBuild FROM qryFilteredInterconnects LEFT JOIN tblRegionalArchitecture ON (qryFilteredInterconnects.DestinationElementID = tblRegionalArchitecture.DestinationElementID) AND (qryFilteredInterconnects.SourceElementID = tblRegionalArchitecture.SourceElementID) GROUP BY qryFilteredInterconnects.SourceElementID, qryFilteredInterconnects.DestinationElementID, qryFilteredInterconnects.InterconnectShowSELECT qryFilteredInterconnects.SourceElementID, qryFilteredInterconnects.DestinationElementID, qryFilteredInterconnects.InterconnectShow,Min(tblRegionalArchitecture.InRegionalArchitecture) AS InRegion, Min(tblRegionalArchitecture.LastBuild) AS LastBuild FROM qryFilteredInterconnects LEFT JOIN tblRegionalArchitecture ON (qryFilteredInterconnects.DestinationElementID = tblRegionalArchitecture.SourceElementID) AND (qryFilteredInterconnects.SourceElementID = tblRegionalArchitecture.DestinationElementID) GROUP BY qryFilteredInterconnects.SourceElementID, qryFilteredInterconnects.DestinationElementID, qryFilteredInterconnects.InterconnectShow LVAL d D  > j @ XR`Th  (((tblEPArchRequirements.ArchitectureID)=[Arch]))tblEPElementsRequirements.EPElementReqID = tblEPArchRequirements.EPElementReqIDtblEPArchRequirements.ArchitectureIDtblEPElementsRequirements.RequirementIDtblEPElementsRequirements.ElementIDtblEPElementsRequirements.EquipmentPackageID(((tblEPArchRequirements.ArchitectureID)=[ArchID]))tblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowIDtblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowID((([tblMarketPackageElements].[Select])=Yes) And ((tblMarketPackageElements_1.[Select])=Yes))[tblTmpSelectedMP].[MarketPackageID]=[tblMarketPackages].[MarketPackageID][tblMarketPackages].[MarketPackageID]=[tblMarketPackageElements].[MarketPackageID][tblMarketPackageElements].[ElementID]=[tblElementMapping].[ElementID]tblMarketPackageElements_1.ElementID=tblElementMapping_1.ElementIDtblMarketPackageElements_1.MarketPackageID=[tblMarketPackages].[MarketPackageID][tblMarketPackages].[MarketPackage]=[tblMarketPackageFlows].[MarketPackage][tblMarketPackageFlows].[DestinationEntityID]=tblElementMapping_1.EntityID[tblMarketPackageFlows].[SourceEntityID]=[tblElementMapping].[EntityID]tblMarketPackageElements_1.[Select][tblMarketPackageElements].[Select]tblMarketPackageElements_1.ElementID[tblMarketPackageElements].[ElementID](((tblTmpSelectedMP.ShowAll)=True)) Or (((tblMarketPackages.MarketPackageID)=tblTmpSelectedMP.MarketPackageID) And ((tblTmpSelectedMP.ShowAll)=False))tblMarketPackages.MarketPackage=tblMarketPackageFlows.MarketPackagetblMarketPackageFlows.DestinationEntityIDtblMarketPackageFlows.SourceEntityID[qryFilteredMarketPackagesSupport2].[FlowID]=[qryFilteredMarketPackagesSupport1].[FlowID][qryFilteredMarketPackagesSupport2].[DestinationElementID]=[qryFilteredMarketPackagesSupport1].[DestinationElementID]?0h h      iK-[1yO%mO1j@"x0~`TtblEquipmentPackages999 TtblElements''' TqryFunAutoPotential777 T GT GT T GSb@ 'StblEPElementsRequirementstblEPArchRequirements@ymC SH@ gSN@ gSF@ gSX@ gStblEPArchRequirements;;; StblEPElementsRequirementsCCC S GS GS S GRf@ 'RtblEPArchRequirements.*6 gRtblEPArchRequirements;;; R GR GR R GQ tblTmpSelectedMP.ShowAll7 gQ  tblRegionalArchitecture.FlowID= gQ X@ gQ N@ gQ L@ gQtblTmpSelectedMP.ShowAll7 gQ tblRegionalArchitecture.FlowID= gQX@ gQN@ gQL@ gQtblRegionalArchitecture??? QtblTmpSelectedMP111 Q GQ GQ Q GP@ 'PtblTmpSelectedMPtblMarketPackages@_S1 PtblMarketPackageElementstblMarketPackages@ocA PtblMarketPackageElementstblElementMapping@ocA PtblMarketPackageElements_1tblElementMapping_1@wkE PtblMarketPackageElements_1tblMarketPackages@ sgE PtblMarketPackagestblMarketPackageFlows@ i]3 PtblMarketPackageFlowstblElementMapping_1@ ma; PtblMarketPackageFlowstblElementMapping@ i]; PF@  gPF@ gPMPShowOverallYes<++ oP"[tblMarketPackageFlows].[FlowID]? gPDestinationElementIDH@E99 oPSourceElementIDL@;// oPtblElementMappingtblElementMapping_1YY3 PtblElementMapping333 PtblMarketPackageFlows;;; PtblMarketPackages333 PtblMarketPackageElementstblMarketPackageElements_1uuA PtblMarketPackageElementsAAA | @ @ @ @ @ @ @ @ @ @ @ @ @ @J}J}J}J}J}J}J}J}J}Jz.K} K} K} K} K}K} L}L}L}L}L}L}L}L }L }L}M}M}M}M}M}M}N}N}!N}"N}#N}$N}%N}&N}'N}(N})N}*N}+N} O},O}.O}/O}0O}1O}2O}3O}4O}5O}6O}-P}7P}9P}:PPPPPPPPPP P P P P PPPPPPPP}8QQQQQQQQQQQ  Q !Q "Q #Q $QR%R'R(R)R*R+R&S,S.S/S0S1S2S3S4S5S6S7S-T8T:T;TTTTTTTTTTT T T T T  T T T T T9UUUUUUUUUUUUUU U!U"U#U$U%U&U 'U (U )U *U +UV,V.V/V0V1V2V3V4V5V6V7V8V9V:V-W;WWWWWWWWWW W W W W WWWWWWWWTTTTTTTTTT T T T T  T T T T T9UUUUUUUUUUUUUU U!U"U#U$U%U&U 'U (U )U *U +UV,V.V/V0V1V2V3V4V5V6V7V8V9V:V-W;WWWWWWWWWW W W W W WWWWWWWW]@]A]B]C]d]d]d]d]d]d]d]d]?1Dc9W K g $ i K -  e % q {9m!mCwM#ME_y[]qryFunArchRequirementsKeysEEE ]tblProjectElements555 ] G] G] ] G\V@a '\tblEntitiestblElementMappingb@aUI' \tblEntitiestblEquipmentPackagesh@ a[O' \R@ a g\T@ a g\N@ a g\tblEntities.EntityName5 g\tblEntities.EntityID3 g\tblElementMapping333 \tblEquipmentPackages999 \tblEntities''' \ G\ G\ \ G[ X@ a '[ Z@a '[ D@a '[b@a '[qryFunElementEPsRelatedqryFunElementEPs@ak_? [X@a g[T@a g[D@a g["qryFunElementEPsRelated.EntityID? g[qryFunElementEPs111 [qryFunElementEPsRelated??? [ G[ G[ [ GZ R@a 'Z T@a 'Z tblEntities.EntityName5 'Z@ 'ZtblEquipmentPackagestblEPArch@WK9 ZtblEquipmentPackagestblEntitiesh@9 ZR@ gZtblEPArch.EquipmentPackageID; gZtblEntities.EntityName5 gZtblEntities.EntityID3 gZtblEPArch### ZtblEntities''' ZtblEquipmentPackages999 Z GZ GZ Z GY R@ 'Y T@ 'Y tblEquipmentPackages.EntityID< 'Y tblElements.ElementName6 'Y  "Remove"' 'Y@@ 'YqryFunEPsCurrentArchqryFunAutoPotentialProject@ym9 YqryFunEPsCurrentArchqryFunAutoPotentialProject@ym9 YqryFunEPsCurrentArchqryFunAutoPotentialProject@ym9 YqryFunEPsCurrentArchtblElementsl@[O9 YtblEquipmentPackagesqryFunEPsCurrentArch@ma9 YR@ gYT@ gYN@ gYtblEquipmentPackages.EntityID< g!O_K M- 9  |J ~  Iz@FcvrC&mς@{a@{a@qryGenNewOtherEntityEntriesV@ @&pddXXXXXXXV @xza@OH.@qryGenCurrentProjectMPsV@0@&h\\PPPPPPPN @MT@.@qryGenAppendAllValidProjectFlowsSupport3V @0.!~~rrrrrrrp @3F@J.@qryGenAppendAllValidProjectFlowsSupport2V[ @-+!~~rrrrrrrp @MC@װ.@qryGenAppendAllValidProjectFlowsSupportV@*@&||pppppppn @}Lpta@,/6@@qryGenAppendAllValidProjectFlowsModerateV@%@&~~rrrrrrrp @|Ara@v-6@@qryGenAppendAllValidProjectFlowsConservativeV @%@$zzzzzzzx @{pa@R.@@qryGenAppendAllValidProjectFlowsVQ@"`@#znnbbbbbbb` @z@@A@qryGenAppendAllValidFlowsSupport3V[ @"@!|ppdddddddb @y)?@g?@qryGenAppendAllValidFlowsSupport2V@ @|ppdddddddb @wla@ ]#6@qryGenAppendAllValidFlowsModerateSupportVn @@~~rrrrrrrp @vja@!6@@qryGenAppendAllValidFlowsModerateV@@|ppdddddddb @uxha@΁n6@@qryGenAppendAllValidFlowsConservativeV@\ @xxlllllllj @tnjga@ga@@qryGenAppendAllValidFlowsV@@l``TTTTTTTR @r]ea@]ea@0qryFunSaveUpdateV@ @ZNNBBBBBBB@ @q&da@&da@0qryFunSaveArchSetDeleteV@ @h\\PPPPPPPN @p)ba@L.ca@@qryFunSaveArchAddV@ @\PPDDDDDDDB @n`a@D`a@@qryFunRequirementsAppendVR@@j^^RRRRRRRP @mS8@S8@qryFunReqCurrentArchNotInRegionKeysV@@tthhhhhhhf @lB6@B6@qryFunReqCurrentArchNotInRegionV@@xll```````^ @k(4@(4@qryFunReqCurrentArchV@@bVVJJJJJJJH @j _a@ _a@qryFunEPsRegionVG@@XLL@@@@@@@> @i\a@D]a@qryFunEPsProjectV@@ZNNBBBBBBB@ @g 1@ 1@qryFunEPsCurrentArchNotInRegionFAsOnlyVA@@zznnnnnnnl @fL!.@o_.@qryFunEPsCurrentArchNotInRegionV@@xll```````^ @e[a@[a@qryFunEPsCurrentArchV'@@bVVJJJJJJJH @dBZa@BZa@qryFunEPElementsRequirementsRelatedV'@@tthhhhhhhf @e @ @ @ @ @ @ @ @ @ @ @ @ @ @]d ]d ]d ]?^d ^d^d^d^d^d^d^d^d^d^d^d^d^ d^d _d_d_d_d_d _d!_d`d"`d$`d%`d&`d'`d(`d)`d*`d+` d,`d#ad-ad/ad0ad1ad2ad3ad4ad5a d6ad.bd7bd9bd:bd;bdbd?bd@bdAbfbfb fbd8cfcfcfcfcfcf cf cf cf cf cfc fcfdfdfdfdfdfdfdfdfdfdfefefefefefef ef!ef"ef#efff$ff&ff'ff(ff)ff*ff+ff,ff-ff%gf.gf0gf1gf2gf3gf4gf5gf6gf7gf8gf/hf9hf;hfhf:if?ifAifBifCifDifEiiiiiiiiii i i i i i i i if@jjjjjjjjjjjjjjj j!j"j#j $j %j &jk'k)k*k+k,k(l-l/l0l1l2l3l4l5l.m6m8m9m:m;mm?m@mm7nnnnnnnn n n n n nnnnnniAx/o#  5 u W 9  C r H  n*jL.]i#wwM#m\@ gmD@ gmN@ gmF@ gmX@ gmtblEPElementsRequirementsCCC mqryFunReqCurrentArchNotInRegionOOO m Gm Gm m Glf@ 'lqryFunReqCurrentArchqryFunArchRequirements@qe9 lqryFunReqCurrentArch.*5 glqryFunArchRequirements=== lqryFunReqCurrentArch999 l Gl Gl l GktblApplicationStatustblEPArchRequirements@oc9 ktblEPArchRequirements.*6 gktblEPArchRequirements;;; ktblApplicationStatus999 k k Gj R@ 'j T@ 'j tblEntities.EntityName5 'jn@ 'jtblEquipmentPackagesqryFunEPsCurrentArch@ma9 jtblEntitiestblElementMappingb@UI' jtblEquipmentPackagestblEntitiesh@[O9 jIncludedN@-!! oj"tblEquipmentPackages.UserDefined? gjR@  gjN@  gjT@  gjtblEntities.EntityName5 gjtblEquipmentPackages.EntityID< gjqryFunEPsCurrentArch999 jtblElementMapping333 jtblEntities''' jtblEquipmentPackages999 j Gj Gj j Gi R@  'i T@  'i tblEntities.EntityName5 'i@ 'itblEquipmentPackagesqryFunEPsCurrentArch@ma9 itblEntitiestblElementMappingb@UI' itblElementMappingtblProjectElementst@cW3 itblEquipmentPackagestblEntitiesh@[O9 iIncludedN@-!! oi"tblEquipmentPackages.UserDefined? giR@ giT@ giN@ gitblEntities.EntityName5 gitblEquipmentPackages.EntityID< giqryFunEPsCurrentArch999 itblProjectElements555 LVAL%^ V  l  x * ` Pzv(|40IIf(IsNull([ArchitectureID]),32767,[tblstatus].[StatusOrder])IIf(IsNull([ArchitectureID]),0,[tblstatus].[StatusID])IIf(IsNull([tblstatus].[StatusID]),0,[tblstatus].[StatusID])tblEquipmentPackages.EquipmentPackageNametblEquipmentPackages.EquipmentPackageOrdertblEPRequirements.EquipmentPackageIDqryFunEPElementsRequirementsRelated.ElementIDqryFunReqCurrentArchNotInRegion.EPElementReqID = tblEPElementsRequirements.EPElementReqIDqryFunReqCurrentArchNotInRegion.ArchitectureIDtblEPElementsRequirements.StatusIDtblEPElementsRequirements.RequirementIDtblEPElementsRequirements.ElementIDtblEPElementsRequirements.EquipmentPackageID(((qryFunArchRequirements.EPElementReqID) Is Null))qryFunReqCurrentArch.EPElementReqID = qryFunArchRequirements.EPElementReqIDtblApplicationStatus.CurrentArchitecture=tblEPArchRequirements.ArchitectureIDtblEquipmentPackages.EquipmentPackageNametblEquipmentPackages.EquipmentPackageOrder(((tblEquipmentPackages.EquipmentPackageID) Like [EP]))tblEquipmentPackages.EquipmentPackageID = qryFunEPsCurrentArch.EquipmentPackageIDtblEntities.EntityID = tblElementMapping.EntityIDtblEquipmentPackages.EntityID = tblEntities.EntityIDqryFunEPsCurrentArch.EquipmentPackageIDtblEquipmentPackages.EquipmentPackageNametblEquipmentPackages.EquipmentPackageIDtblEquipmentPackages.EquipmentPackageOrdertblEquipmentPackages.EquipmentPackageNametblEquipmentPackages.EquipmentPackageOrder(((tblEquipmentPackages.EquipmentPackageID) Like [EP]) AND ((tblProjectElements.ProjectID)=[Project]))tblEquipmentPackages.EquipmentPackageID = qryFunEPsCurrentArch.EquipmentPackageIDtblEntities.EntityID = tblElementMapping.EntityIDtblElementMapping.ElementID = tblProjectElements.ElementIDtblEquipmentPackages.EntityID = tblEntities.EntityIDqryFunEPsCurrentArch.EquipmentPackageIDtblEquipmentPackages.EquipmentPackageNametblEquipmentPackages.EquipmentPackageOrdertblEquipmentPackages.EquipmentPackageID -fH*@ L  { " . x   ?s?/y[x*|otblEPElementsRequirementstblTempFunction@ maC otblTempFunctiontblEPElementsRequirements~@ ma/ oStatusIDtblTempFunction.StatusE! woRequirementIDtblTempFunction.NumberO+ woEquipmentPackageIDD@ A5 woElementIDtblTempFunction.ElementIDJ# wotblEPElementsRequirementsCCC otblTempFunction/// o GotblEPElementsRequirementsCCC Oo o Gn@  'ntblEPElementsRequirementstblStatusn@aUC nqryFunEPElementsRequirementsRelatedtblEPElementsRequirements@W nqryFunEPElementsRequirementsRelatedtblEPRequirements@yW nqryFunEPElementsRequirementsRelatedtblEPElementsRequirements@W nqryFunEPElementsRequirementsRelatedtblEPElementsRequirements@W nqryFunEPElementsRequirementsRelatedtblEPRequirements@yW ntblEquipmentPackagesqryFunEPElementsRequirementsRelated@9 ntblEPElementsRequirementsqryFunArchRequirements@{oC n IncludeIncludeH@9- n DisplayStatusOrderDisplayStatusOrderz@$eY5 n DisplayStatusDisplayStatusl@#QE+ n StatusStatusx@"5) n TailoredtblEPRequirements.UserDefinedL! wnRequirementtblEPRequirements.RequirementR' wnNumber!tblEPRequirements.RequirementIDJ wnEquipmentPackageNameR@!E9 wnEquipmentPackageOrderT@ G; wnEquipmentPackageIDH@A5 wnEntityIDtblEquipmentPackages.EntityIDL! wnElementIDZ@/# wnApplicability!tblEPRequirements.ApplicabilityX+ wntblStatus### nqryFunEPElementsRequirementsRelatedWWW nqryFunArchRequirements=== ntblEquipmentPackages999 ntblEPRequirements333 ntblEPElementsRequirementsCCC n GntblTempFunction/// On n GmqryFunReqCurrentArchNotInRegiontblEPElementsRequirements@O  @ @ @ @ @ @ @ @ @ @ @ @ @ @gf1gf2gf3gf4gf5gf6gf7gf8gf/hf9hf;hfhf:if?ifAifBifCifDifEiiiiiiiiii i i i i i i i if@jjjjjjjjjjjjjjj j!j"j#j $j %j &jk'k)k*k+k,k(l-l/l0l1l2l3l4l5l.m6m8m9m:m;mm?m@mm7nnnnnnnn n n n n nnnnnn n n n n nnnnnnnnn no!o#o$o%o&o'o(o)o*o+o,ooo"ppppppp p p p p pqqqqqqqqqqqqqrrrrr r!r"r#r$r%rs&s(s)s*s+s,s-s.s't/t1t2t3t4t5t6t7t8ttt t t t0uuuu u u u u uuuu uuuuuuLVALX . d lLxXN.tblEPElementsRequirements.EPElementReqID = tblEPArchRequirements.EPElementReqIDtblEPElementsRequirements.RequirementID = tblTempFunction.NumbertblEPElementsRequirements.EquipmentPackageID = tblTempFunction.EquipmentPackageIDtblTempFunction.ElementID = tblEPElementsRequirements.ElementID(((tblTempFunction.Touched)=Yes) AND ((tblTempFunction.Include)=Yes))tblEPElementsRequirements.RequirementID = tblTempFunction.NumbertblEPElementsRequirements.EquipmentPackageID = tblTempFunction.EquipmentPackageIDtblTempFunction.ElementID = tblEPElementsRequirements.ElementIDtblEPElementsRequirements.EPElementReqID(((tblEPElementsRequirements.EquipmentPackageID) Is Null) AND ((tblTempFunction.Touched)=Yes) AND ((tblTempFunction.Include)=Yes))tblEPElementsRequirements.RequirementID = tblTempFunction.NumbertblEPElementsRequirements.EquipmentPackageID = tblTempFunction.EquipmentPackageIDtblTempFunction.ElementID = tblEPElementsRequirements.ElementIDtblTempFunction.EquipmentPackageID(((tblEPRequirements.Applicability)=[Element]) AND ((qryFunEPElementsRequirementsRelated.ElementID)=[Element])) OR (((tblEPRequirements.Applicability)=0) AND ((qryFunEPElementsRequirementsRelated.ElementID)=[Element]))tblEPElementsRequirements.StatusID = tblStatus.StatusIDqryFunEPElementsRequirementsRelated.RequirementID = tblEPElementsRequirements.RequirementIDqryFunEPElementsRequirementsRelated.RequirementID = tblEPRequirements.RequirementIDqryFunEPElementsRequirementsRelated.ElementID = tblEPElementsRequirements.ElementIDqryFunEPElementsRequirementsRelated.EquipmentPackageID = tblEPElementsRequirements.EquipmentPackageIDqryFunEPElementsRequirementsRelated.EquipmentPackageID = tblEPRequirements.EquipmentPackageIDtblEquipmentPackages.EquipmentPackageID = qryFunEPElementsRequirementsRelated.EquipmentPackageIDtblEPElementsRequirements.EPElementReqID = qryFunArchRequirements.EPElementReqIDIIf(IsNull([ArchitectureID]),No,Yes)A9\> ~.  ~ B C O O%q!(4 Tk C tMinOfInArchInArchX@ ?3' tFlowIDN@) wtDestinationElementIDj@E9 wtSourceElementID`@;/ wttblStatus### tqryGenAppendAllValidFlowsSupportQQQ t GttblTmpRegionalArchitectureEEE Ot t GstblElementMappingtblOtherEntitiesl@_S3 s tblOtherEntities.OtherEntityID= gstblElementMapping.ElementID: gstblElementMapping333 stblOtherEntities111 s Gs Gs s Gr@ 'rtblEPElementsRequirementstblTempFunction@maC rtblEPElementsRequirementstblTempFunction@maC rtblTempFunctiontblEPElementsRequirements~@ma/ rtblEPElementsRequirements.StatusID[DisplayStatus]rU wrtblEPElementsRequirementsCCC rtblTempFunction/// r Gr Gr r Gq@ 'qtblEPElementsRequirementstblEPArchRequirements@ymC qtblEPElementsRequirementstblTempFunction@maC qtblEPElementsRequirementstblTempFunction@maC qtblTempFunctiontblEPElementsRequirements~@ma/ qtblEPArchRequirements.DeleteYesZI wqtblEPArchRequirements;;; qtblEPElementsRequirementsCCC qtblTempFunction/// q Gq Gq q Gp@ 'ptblEPElementsRequirementstblTempFunction@maC ptblEPElementsRequirementstblTempFunction@maC ptblTempFunctiontblEPElementsRequirements~@ma/ pExpr1ArchitectureID [ArchID]M7 pEPElementReqIDP@9- wptblEPElementsRequirementsCCC ptblTempFunction/// p GptblEPArchRequirements;;; Op p Go@ 'otblEPElementsRequirementstblTempFunction@ maC LVALR2 ( \ L Z d|xh.D~Min(qryGenAppendAllValidFlowsModerateSupport.Touched)Min(qryGenAppendAllValidFlowsModerateSupport.InArch)qryGenAppendAllValidFlowsModerateSupport.FlowIDqryGenAppendAllValidFlowsModerateSupport.DestinationElementIDqryGenAppendAllValidFlowsModerateSupport.SourceElementID(((tblElements_1.ElementID)<>tblElements.ElementID))tblElements.ElementID=tblElementMapping.ElementIDtblElements.ElementID=tblMarketPackageElements.ElementIDtblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDtblMarketPackages.MarketPackage=tblMarketPackageFlows.MarketPackagetblMarketPackageElements_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.DestinationEntityID=tblElementMapping_1.EntityIDtblElementMapping_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.SourceEntityID=tblElementMapping.EntityIDtblRegionalServices.MarketPackageID=tblMarketPackageElements_1.MarketPackageIDtblRegionalServices.MarketPackageID=tblMarketPackageElements.MarketPackageIDMin(IIf(tblRegionalServices.Applicability=0,No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No)))qryGenAppendAllValidFlowsSupport.FlowIDqryGenAppendAllValidFlowsSupport.DestinationElementIDqryGenAppendAllValidFlowsSupport.SourceElementIDqryGenAppendAllValidFlowsSupport.TotalStatusOrder = tblStatus.StatusOrderMin(qryGenAppendAllValidFlowsSupport.InArch)qryGenAppendAllValidFlowsSupport.FlowIDqryGenAppendAllValidFlowsSupport.DestinationElementIDqryGenAppendAllValidFlowsSupport.SourceElementIDtblElementMapping.EntityID = tblOtherEntities.EntityID(((tblTempFunction.Touched)=Yes) AND ((tblTempFunction.Include)=Yes))tblEPElementsRequirements.RequirementID = tblTempFunction.NumbertblEPElementsRequirements.EquipmentPackageID = tblTempFunction.EquipmentPackageIDtblTempFunction.ElementID = tblEPElementsRequirements.ElementID(((tblTempFunction.Touched)=Yes) AND ((tblEPArchRequirements.ArchitectureID)=[ArchID]))1wY u 1 a  s %  { % _e !OY;?u?vMaxOfStatusIDFlowStatusMax(tblStatus.StatusID)d?+ vMinOfInArchInArchh@?3' vFlowID^@) wvDestinationElementIDz@E9 wvSourceElementIDp@;/ wvtblStatus### vqryGenAppendAllValidFlowsModerateSupportaaa v GvtblTmpRegionalArchitectureEEE Ov v Gu h@ 'u tblMarketPackageFlows.FlowID; gu tblElements_1.ElementID6 gu tblElements.ElementID4 gu tblElementstblElementMappingb@UI' u tblElementstblMarketPackageElementsp@cW' utblMarketPackagestblRegionalServices@eY3 utblMarketPackagestblMarketPackageFlows@i]3 utblMarketPackageElements_1tblElements_1x@k_E utblMarketPackageFlowstblElementMapping_1@ma; utblElementMapping_1tblElements_1j@]Q7 utblMarketPackageFlowstblElementMapping~@i]; utblRegionalServicestblMarketPackageElements_1@wk7 utblRegionalServicestblMarketPackageElements@sg7 uTouchedTouched @9- uTotalStatusFlowStatus0I;' uInArchInArchNo9) uFlowIDtblMarketPackageFlows.FlowIDG wuDestinationElementIDDestinationElementIDtblElements_1.ElementIDa9 uSourceElementIDSourceElementIDtblElements.ElementIDpM/ u tblElementstblElements_1AA' utblElementMappingtblElementMapping_1YY3 utblElementMapping333 utblMarketPackageFlows;;; utblMarketPackageElementstblMarketPackageElements_1uuA utblMarketPackageElementsAAA utblRegionalServices777 utblMarketPackages333 utblElements''' u GutblTmpRegionalArchitectureEEE Ou u Gt N@  gt j@  gt `@  gtqryGenAppendAllValidFlowsSupporttblStatus@ ocQ tMaxOfStatusIDFlowStatusMax(tblStatus.StatusID)d?+  @ @ @ @ @ @ @ @ @ @ @ @ @ @n n n n nnnnnnnnn no!o#o$o%o&o'o(o)o*o+o,ooo"ppppppp p p p p pqqqqqqqqqqqqqrrrrr r!r"r#r$r%rs&s(s)s*s+s,s-s.s't/t1t2t3t4t5t6t7t8ttt t t t0uuuu u u u u uuuu uuuuuuuuuuuuuuu  u !u "u #u $u %uv&v(v)v*v+v,v-v.v/v0vvv v v v'wwww w w w w www w w w wwwwwwwwwwwww w!w "w #w $w %w &w 'w (w )w *w +wx,x.x/x0x1x2x3xxxxxxx-yyy y y y y yyyy y y y yyyyyyyy&4$jL N ~ 6 B m  :  ,2N|2`j@"DxP@ gxP@ gxl@ gxb@ gxqryGenAppendAllValidFlowsSupport3SSS xqryGenAppendAllValidFlowsSupport2SSS x x Gw h@ 'w @ gw tblMarketPackageFlows.FlowID; gw tblElements_1.ElementID6 gw tblElements.ElementID4 gw tblElementstblElementMappingb@UI' w tblElementstblMarketPackageElementsp@cW' w tblMarketPackagestblRegionalServices@eY3 w tblMarketPackagestblMarketPackageFlows@i]3 w tblRegionalServicestblStatush@UI7 wtblElements_1tblStatus_2`@MA+ wtblMarketPackageElements_1tblElements_1x@ k_E wtblMarketPackageFlowstblElementMapping_1@ ma; wtblElementMapping_1tblElements_1j@ ]Q7 wtblMarketPackageFlowstblElementMapping~@ i]; wtblRegionalServicestblMarketPackageElements_1@ wk7 wtblRegionalServicestblMarketPackageElements@sg7 wtblElementstblStatus_1\@I=' wTouched @+ owTotalStatusOrder"@=11 owInArch@) owtblMarketPackageFlows.FlowID; gwDestinationElementIDtblElements_1.ElementID^99 owSourceElementIDtblElements.ElementIDR// ow tblStatus### w tblStatustblStatus_299# w tblElementstblElements_1AA' w tblElementMappingtblElementMapping_1YY3 wtblElementMapping333 wtblMarketPackageFlows;;; wtblMarketPackageElementstblMarketPackageElements_1uuA wtblMarketPackageElementsAAA wtblRegionalServices777 wtblMarketPackages333 wtblStatustblStatus_199# wtblElements''' w Gw w Gv ^@ gv z@ gv p@ gvqryGenAppendAllValidFlowsModerateSupporttblStatus@sa vMinOfTouchedTouchedj@C7) LVALbx \tp"(\>qryGenAppendAllValidFlowsSupport2.FlowIDqryGenAppendAllValidFlowsSupport2.DestinationElementIDqryGenAppendAllValidFlowsSupport2.SourceElementID(((tblElements_1.ElementID)<>tblElements.ElementID))IIf(tblRegionalServices.Applicability=0,No,IIf(tblMarketPackageElements.[Select] And tblMarketPackageElements_1.[Select],Yes,No))tblElements.ElementID=tblElementMapping.ElementIDtblElements.ElementID=tblMarketPackageElements.ElementIDtblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDtblMarketPackages.MarketPackage=tblMarketPackageFlows.MarketPackagetblRegionalServices.Applicability=tblStatus.StatusIDtblElements_1.ElementStatus=tblStatus_2.StatusIDtblMarketPackageElements_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.DestinationEntityID=tblElementMapping_1.EntityIDtblElementMapping_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.SourceEntityID=tblElementMapping.EntityIDtblRegionalServices.MarketPackageID=tblMarketPackageElements_1.MarketPackageIDtblRegionalServices.MarketPackageID=tblMarketPackageElements.MarketPackageIDtblElements.ElementStatus=tblStatus_1.StatusIDMin(IIf(tblRegionalServices.Applicability=0,No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No)))Min(IIf([InArch],(IIf(tblStatus_1.StatusOrder>tblStatus_2.StatusOrder,IIf(tblStatus_1.StatusOrder>tblStatus.StatusOrder,tblStatus_1.StatusOrder,tblStatus.StatusOrder),IIf(tblStatus_2.StatusOrder>tblStatus.StatusOrder,tblStatus_2.StatusOrder,tblStatus.StatusOrder))),32767))IIf(tblRegionalServices.Applicability=0,No,IIf(tblMarketPackageElements.[Select] And tblMarketPackageElements_1.[Select],Yes,No))qryGenAppendAllValidFlowsModerateSupport.FlowIDqryGenAppendAllValidFlowsModerateSupport.DestinationElementIDqryGenAppendAllValidFlowsModerateSupport.SourceElementIDqryGenAppendAllValidFlowsModerateSupport.TotalStatusOrder=tblStatus.StatusOrderLVALL R  ( 8NftblMarketPackageElements.[Select]+tblMarketPackageElements_1.[Select]IIf(tblRegionalServices.Applicability=0,No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No))(((tblElements_1.ElementID)<>tblElements.ElementID))IIf(tblRegionalServices.Applicability=0,No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No))tblElements.ElementID=tblMarketPackageElements.ElementIDtblElements.ElementID=tblElementMapping.ElementIDtblMarketPackages.MarketPackage=tblMarketPackageFlows.MarketPackagetblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDtblElements_1.ElementStatus=tblStatus_2.StatusIDtblStatus.StatusID=tblRegionalServices.ApplicabilitytblMarketPackageElements_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.DestinationEntityID=tblElementMapping_1.EntityIDtblElementMapping_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.SourceEntityID=tblElementMapping.EntityIDtblRegionalServices.MarketPackageID=tblMarketPackageElements_1.MarketPackageIDtblRegionalServices.MarketPackageID=tblMarketPackageElements.MarketPackageIDtblElements.ElementStatus=tblStatus_1.StatusIDMin(tblMarketPackageElements.[Select]+tblMarketPackageElements_1.[Select])IIf(tblRegionalServices.Applicability=0,No,IIf(tblMarketPackageElements.[Select] Or 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xqryGenAppendAllValidFlowsSupport2qryGenAppendAllValidFlowsSupport3@S xqryGenAppendAllValidFlowsSupport2qryGenAppendAllValidFlowsSupport3@S xd@ g @ @ @ @ @ @ @ @ @ @ @ @ @ @uuuuuuuuu  u !u "u #u $u %uv&v(v)v*v+v,v-v.v/v0vvv v v v'wwww w w w w www w w w wwwwwwwwwwwww w!w "w #w $w %w &w 'w (w )w *w +wx,x.x/x0x1x2x3xxxxxxx-yyy y y y y yyyy y y y yyyyyyyyyyyy y!y "y #y $y %y &y 'y (y )y *y yzzzzzzzz z z z  z  z z zzzzzzzzzzzzzzz z z  z !z "z #z $z %z &z 'z (z{){+{,{-{.{/{0{1{2{{{ { { {*|||| | | | | |||| | | | |||||||||||| |!|"| #| $| %| &| '|h3|HN~ 6 B 2 j , V \xD\Ij@"d^({MinOfInArchInArchf@?3' {FlowID\@) w{DestinationElementIDx@E9 w{SourceElementIDn@;/ w{qryGenAppendAllValidProjectFlowsSupport___ {tblStatus### { G{tblTmpRegionalArchitectureEEE O{ { Gz h@ 'z @ gz @ gz tblMarketPackageFlows.FlowID; gz tblElements_1.ElementID6 gz tblElements.ElementID4 gz tblElementstblMarketPackageElementsp@ cW' z tblElementstblElementMappingb@ UI' z tblMarketPackagestblMarketPackageFlows@ i]3 z tblMarketPackagestblRegionalServices@ eY3 z tblElements_1tblStatus_2`@ MA+ ztblStatustblRegionalServicesh@UI# ztblMarketPackageElements_1tblElements_1x@k_E ztblMarketPackageFlowstblElementMapping_1@ma; ztblElementMapping_1tblElements_1j@]Q7 ztblMarketPackageFlowstblElementMapping~@i]; ztblRegionalServicestblMarketPackageElements_1@wk7 ztblRegionalServicestblMarketPackageElements@sg7 ztblElementstblStatus_1\@I=' zMPAffinity@1%% ozTotalStatusOrder&@=11 ozInArch@) oztblMarketPackageFlows.FlowID; gzDestinationElementIDtblElements_1.ElementID^99 ozSourceElementIDtblElements.ElementIDR// oz tblStatustblStatus_299# z tblElementstblElements_1AA' z tblElementMappingtblElementMapping_1YY3 z tblElementMapping333 ztblMarketPackageFlows;;; ztblMarketPackageElementstblMarketPackageElements_1uuA ztblMarketPackageElementsAAA ztblRegionalServices777 ztblStatus### ztblMarketPackages333 ztblStatustblStatus_199# ztblElements''' z Gz z Gy h@ 'LVAL ~ J b ^ $*T~<&Min(IIf(IsNull(qryGenCurrentProjectMPs.ProjectID),No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No)))qryGenAppendAllValidProjectFlowsSupport.FlowIDqryGenAppendAllValidProjectFlowsSupport.DestinationElementIDqryGenAppendAllValidProjectFlowsSupport.SourceElementIDtblStatus.StatusOrder=qryGenAppendAllValidProjectFlowsSupport.TotalStatusOrderMin(qryGenAppendAllValidProjectFlowsSupport.InArch)qryGenAppendAllValidProjectFlowsSupport.FlowIDqryGenAppendAllValidProjectFlowsSupport.DestinationElementIDqryGenAppendAllValidProjectFlowsSupport.SourceElementID(((tblElements_1.ElementID)<>tblElements.ElementID))tblMarketPackageElements.[Select]+tblMarketPackageElements_1.[Select]IIf(tblRegionalServices.Applicability=0,No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No))tblElements.ElementID=tblMarketPackageElements.ElementIDtblElements.ElementID=tblElementMapping.ElementIDtblMarketPackages.MarketPackage=tblMarketPackageFlows.MarketPackagetblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDtblElements_1.ElementStatus=tblStatus_2.StatusIDtblStatus.StatusID=tblRegionalServices.ApplicabilitytblMarketPackageElements_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.DestinationEntityID=tblElementMapping_1.EntityIDtblElementMapping_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.SourceEntityID=tblElementMapping.EntityIDtblRegionalServices.MarketPackageID=tblMarketPackageElements_1.MarketPackageIDtblRegionalServices.MarketPackageID=tblMarketPackageElements.MarketPackageIDtblElements.ElementStatus=tblStatus_1.StatusIDMin((IIf([InArch],(IIf(tblStatus_1.StatusOrder>tblStatus_2.StatusOrder,IIf(tblStatus_1.StatusOrder>tblStatus.StatusOrder,tblStatus_1.StatusOrder,tblStatus.StatusOrder),IIf(tblStatus_2.StatusOrder>tblStatus.StatusOrder,tblStatus_2.StatusOrder,tblStatus.StatusOrder))),32767))),iK g # S e  / f 9#?55c"m| L@  g| tblMarketPackageFlows.FlowID; g| tblElements_1.ElementID6 g| tblElements.ElementID4 g| tblElementstblElementMappingb@ UI' | tblElementstblMarketPackageElementsp@ cW' | tblMarketPackagestblRegionalServices@ eY3 | tblMarketPackagestblMarketPackageFlows@ i]3 | tblRegionalServicesqryGenCurrentProjectMPs@qe7 |tblMarketPackageElements_1qryCusCurrentProjectElements_1@E |tblMarketPackageElementsqryCusCurrentProjectElements@yA |tblMarketPackageElements_1tblElements_1x@k_E |tblMarketPackageFlowstblElementMapping_1@ma; |tblElementMapping_1tblElements_1j@]Q7 |tblMarketPackageFlowstblElementMapping~@i]; |tblRegionalServicestblMarketPackageElements_1@wk7 |tblRegionalServicestblMarketPackageElements@sg7 |TouchedTouched@9- |TotalStatusFlowStatus0I;' |InArchInArchNo9) |FlowIDtblMarketPackageFlows.FlowIDG w|DestinationElementIDDestinationElementIDtblElements_1.ElementIDa9 |SourceElementIDSourceElementIDtblElements.ElementIDpM/ | qryGenCurrentProjectMPs??? | qryCusCurrentProjectElementsqryCusCurrentProjectElements_1I | qryCusCurrentProjectElementsIII | tblElementstblElements_1AA' |tblElementMappingtblElementMapping_1YY3 |tblElementMapping333 |tblMarketPackageFlows;;; |tblMarketPackageElementstblMarketPackageElements_1uuA |tblMarketPackageElementsAAA |tblRegionalServices777 |tblMarketPackages333 |tblElements''' | G|tblTmpRegionalArchitectureEEE O| | G{ \@ g{ x@ g{ n@ g{tblStatusqryGenAppendAllValidProjectFlowsSupport@}q# {MaxOfStatusIDFlowStatusMax(tblStatus.StatusID)d?+ LVALhN X N   < ZfxNZLtblStatus_1.StatusID=tblElements.ElementStatusIIf(IsNull(qryGenCurrentProjectMPs.ProjectID),No,IIf(tblMarketPackageElements.[Select] And tblMarketPackageElements_1.[Select],Yes,No))qryGenAppendAllValidProjectFlowsModerateSupport.FlowIDqryGenAppendAllValidProjectFlowsModerateSupport.DestinationElementIDqryGenAppendAllValidProjectFlowsModerateSupport.SourceElementIDqryGenAppendAllValidProjectFlowsModerateSupport.TotalStatusOrder=tblStatus.StatusOrderMin(qryGenAppendAllValidProjectFlowsModerateSupport.Touched)Min(qryGenAppendAllValidProjectFlowsModerateSupport.InArch)qryGenAppendAllValidProjectFlowsModerateSupport.FlowIDqryGenAppendAllValidProjectFlowsModerateSupport.DestinationElementIDqryGenAppendAllValidProjectFlowsModerateSupport.SourceElementID(((tblElements_1.ElementID)<>tblElements.ElementID) And ((qryCusCurrentProjectElements.ElementID) Is Not Null)) Or (((tblElements_1.ElementID)<>tblElements.ElementID) And ((qryCusCurrentProjectElements_1.ElementID) Is Not Null))qryCusCurrentProjectElements_1.ElementIDqryCusCurrentProjectElements.ElementIDtblElements.ElementID=tblElementMapping.ElementIDtblElements.ElementID=tblMarketPackageElements.ElementIDtblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDtblMarketPackages.MarketPackage=tblMarketPackageFlows.MarketPackagetblRegionalServices.MarketPackageID=qryGenCurrentProjectMPs.MarketPackageIDtblMarketPackageElements_1.ElementID=qryCusCurrentProjectElements_1.ElementIDtblMarketPackageElements.ElementID=qryCusCurrentProjectElements.ElementIDtblMarketPackageElements_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.DestinationEntityID=tblElementMapping_1.EntityIDtblElementMapping_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.SourceEntityID=tblElementMapping.EntityIDtblRegionalServices.MarketPackageID=tblMarketPackageElements_1.MarketPackageIDtblRegionalServices.MarketPackageID=tblMarketPackageElements.MarketPackageID @ @ @ @ @ @ @ @ @ @ @ @ @ @yyyy y!y "y #y $y %y &y 'y (y )y *y yzzzzzzzz z z z  z  z z zzzzzzzzzzzzzzz z z  z !z "z #z $z %z &z 'z (z{){+{,{-{.{/{0{1{2{{{ { { {*|||| | | | | |||| | | | |||||||||||| |!|"| #| $| %| &| '| (| )| *| +| | |}}}}}}} } } } } }} } } }~~~~~~~~~~~ ~ ~ ~  ~ !~"~#~$~%~&~'~(~)~*~+~,~-~.~/~0~1~ ~ ~ ~ ~ ~~~~ ~  ~  ~  ~  ~  ~ ~ !"#$%&' ( ) * + ,W2pT  8 w _ A #  K  C y9/Q? 1-M[~tblMarketPackageElementsqryCusCurrentProjectElements@yA ~tblMarketPackageElements_1tblElements_1x@k_E ~tblMarketPackageFlowstblElementMapping_1@ma; ~tblElementMapping_1tblElements_1j@]Q7 ~tblMarketPackageFlowstblElementMapping~@i]; ~tblRegionalServicestblMarketPackageElements_1@wk7 ~tblRegionalServicestblMarketPackageElements@sg7 ~tblStatus_1tblElements\@I=' ~Touched@+ o~TotalStatusOrder"@=11 o~InArch@) o~tblMarketPackageFlows.FlowID; g~DestinationElementIDtblElements_1.ElementID^99 o~SourceElementIDtblElements.ElementIDR// o~qryGenCurrentProjectMPs??? ~qryCusCurrentProjectElementsqryCusCurrentProjectElements_1I ~ qryCusCurrentProjectElementsIII ~ tblElementstblElements_1AA' ~ tblElementMappingtblElementMapping_1YY3 ~ tblElementMapping333 ~ tblMarketPackageFlows;;; ~tblMarketPackageElementstblMarketPackageElements_1uuA ~tblMarketPackageElementsAAA ~tblRegionalServices777 ~tblStatustblStatus_299# ~tblStatus### ~tblMarketPackages333 ~tblElements''' ~tblStatustblStatus_199# ~ G~ ~ G} l@ g} @ g} ~@ g}qryGenAppendAllValidProjectFlowsModerateSupporttblStatus@o }MinOfTouchedTouchedx@C7) }MaxOfStatusIDFlowStatusMax(tblStatus.StatusID)d?+ }MinOfInArchInArchv@?3' }FlowIDl@) w}DestinationElementID@E9 w}SourceElementID~@;/ w}tblStatus### }qryGenAppendAllValidProjectFlowsModerateSupportooo } G}tblTmpRegionalArchitectureEEE O} } G| @ '| P@ gLVAL 0   |<.ZqryGenAppendAllValidProjectFlowsSupport2.DestinationElementIDqryGenAppendAllValidProjectFlowsSupport2.SourceElementID(((tblElements_1.ElementID)<>tblElements.ElementID) And ((qryCusCurrentProjectElements.ElementID) Is Not Null)) Or (((tblElements_1.ElementID)<>tblElements.ElementID) And ((qryCusCurrentProjectElements_1.ElementID) Is Not Null))qryCusCurrentProjectElements_1.ElementIDqryCusCurrentProjectElements.ElementIDIIf(IsNull(qryGenCurrentProjectMPs.ProjectID),No,IIf(tblMarketPackageElements.[Select] And tblMarketPackageElements_1.[Select],Yes,No))tblElements.ElementID=tblElementMapping.ElementIDtblElements.ElementID=tblMarketPackageElements.ElementIDtblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDtblMarketPackages.MarketPackage=tblMarketPackageFlows.MarketPackagetblStatus.StatusID=tblRegionalServices.ApplicabilitytblStatus_2.StatusID=tblElements_1.ElementStatustblRegionalServices.MarketPackageID=qryGenCurrentProjectMPs.MarketPackageIDtblMarketPackageElements_1.ElementID=qryCusCurrentProjectElements_1.ElementIDtblMarketPackageElements.ElementID=qryCusCurrentProjectElements.ElementIDtblMarketPackageElements_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.DestinationEntityID=tblElementMapping_1.EntityIDtblElementMapping_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.SourceEntityID=tblElementMapping.EntityIDtblRegionalServices.MarketPackageID=tblMarketPackageElements_1.MarketPackageIDtblRegionalServices.MarketPackageID=tblMarketPackageElements.MarketPackageIDMin(IIf(IsNull(qryGenCurrentProjectMPs.ProjectID),No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No)))Min(IIf([InArch],(IIf(tblStatus_1.StatusOrder>tblStatus_2.StatusOrder,IIf(tblStatus_1.StatusOrder>tblStatus.StatusOrder,tblStatus_1.StatusOrder,tblStatus.StatusOrder),IIf(tblStatus_2.StatusOrder>tblStatus.StatusOrder,tblStatus_2.StatusOrder,tblStatus.StatusOrder))),32767))-f, D r 1 | R ( T h >  J"NT<H qryCusCurrentProjectElementsIII  tblElementstblElements_1AA'  tblElementMappingtblElementMapping_1YY3  tblElementMapping333  tblMarketPackageFlows;;; tblMarketPackageElementstblMarketPackageElements_1uuA tblMarketPackageElementsAAA tblRegionalServices777 tblStatustblStatus_299# tblStatus### tblMarketPackages333 tblElements''' tblStatustblStatus_199#  G  GqryGenAppendAllValidProjectFlowsSupport2qryGenAppendAllValidProjectFlowsSupport3@a qryGenAppendAllValidProjectFlowsSupport2qryGenAppendAllValidProjectFlowsSupport3@a qryGenAppendAllValidProjectFlowsSupport2qryGenAppendAllValidProjectFlowsSupport3@a qryGenAppendAllValidProjectFlowsSupport2qryGenAppendAllValidProjectFlowsSupport3@a qryGenAppendAllValidProjectFlowsSupport2qryGenAppendAllValidProjectFlowsSupport3@a r@ g^@ g^@ gz@ gp@ gqryGenAppendAllValidProjectFlowsSupport3aaa qryGenAppendAllValidProjectFlowsSupport2aaa   G~ @ '~ P@ g~ L@ g~ @ g~ tblMarketPackageFlows.FlowID; g~ tblElements_1.ElementID6 g~ tblElements.ElementID4 g~tblElementstblElementMappingb@UI' ~tblElementstblMarketPackageElementsp@cW' ~tblMarketPackagestblRegionalServices@eY3 ~ tblMarketPackagestblMarketPackageFlows@ i]3 ~ tblStatustblRegionalServicesh@ UI# ~ tblStatus_2tblElements_1`@ MA' ~ tblRegionalServicesqryGenCurrentProjectMPs@ qe7 ~ tblMarketPackageElements_1qryCusCurrentProjectElements_1@ E LVALD @ zblz"tblElements.ElementID=tblMarketPackageElements.ElementIDtblElements.ElementID=tblElementMapping.ElementIDtblMarketPackages.MarketPackage=tblMarketPackageFlows.MarketPackagetblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDtblStatus.StatusID=tblRegionalServices.ApplicabilitytblStatus_2.StatusID=tblElements_1.ElementStatustblRegionalServices.MarketPackageID=qryGenCurrentProjectMPs.MarketPackageIDtblMarketPackageElements_1.ElementID=qryCusCurrentProjectElements_1.ElementIDtblMarketPackageElements.ElementID=qryCusCurrentProjectElements.ElementIDtblMarketPackageElements_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.DestinationEntityID=tblElementMapping_1.EntityIDtblElementMapping_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.SourceEntityID=tblElementMapping.EntityIDtblRegionalServices.MarketPackageID=tblMarketPackageElements_1.MarketPackageIDtblRegionalServices.MarketPackageID=tblMarketPackageElements.MarketPackageIDtblStatus_1.StatusID=tblElements.ElementStatusMin(tblMarketPackageElements.[Select]+tblMarketPackageElements_1.[Select])IIf(IsNull(qryGenCurrentProjectMPs.ProjectID),No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No))qryGenAppendAllValidProjectFlowsSupport2.SourceElementID=qryGenAppendAllValidProjectFlowsSupport3.SourceElementIDqryGenAppendAllValidProjectFlowsSupport2.DestinationElementID=qryGenAppendAllValidProjectFlowsSupport3.DestinationElementIDqryGenAppendAllValidProjectFlowsSupport2.FlowID=qryGenAppendAllValidProjectFlowsSupport3.FlowIDqryGenAppendAllValidProjectFlowsSupport2.InArch=qryGenAppendAllValidProjectFlowsSupport3.InArchqryGenAppendAllValidProjectFlowsSupport2.MinMPAffinity=qryGenAppendAllValidProjectFlowsSupport3.MPAffinityqryGenAppendAllValidProjectFlowsSupport3.TotalStatusOrderqryGenAppendAllValidProjectFlowsSupport2.InArchqryGenAppendAllValidProjectFlowsSupport2.FlowID<.n"X @ < \ j > fJ ~T*|6L8J qryCusCurrentProjectElementsIII  tblElementstblElements_1AA'  tblElementMappingtblElementMapping_1YY3  tblElementMapping333  tblMarketPackageFlows;;; tblMarketPackageElementstblMarketPackageElements_1uuA tblMarketPackageElementsAAA tblRegionalServices777 tblStatustblStatus_299# tblStatus### tblMarketPackages333 tblElements''' tblStatustblStatus_199#  G  G @ ' P@ g L@ g  @ g tblMarketPackageFlows.FlowID; g tblElements_1.ElementID6 g tblElements.ElementID4 gtblElementstblMarketPackageElementsp@cW' tblElementstblElementMappingb@UI' tblMarketPackagestblMarketPackageFlows@i]3  tblMarketPackagestblRegionalServices@eY3  tblStatustblRegionalServicesh@UI#  tblStatus_2tblElements_1`@MA'  tblRegionalServicesqryGenCurrentProjectMPs@qe7  tblMarketPackageElements_1qryCusCurrentProjectElements_1@E tblMarketPackageElementsqryCusCurrentProjectElements@yA tblMarketPackageElements_1tblElements_1x@k_E tblMarketPackageFlowstblElementMapping_1@ma; tblElementMapping_1tblElements_1j@]Q7 tblMarketPackageFlowstblElementMapping~@ i]; tblRegionalServicestblMarketPackageElements_1@ wk7 tblRegionalServicestblMarketPackageElements@ sg7 tblStatus_1tblElements\@ I=' MinMPAffinity@ 7++ oInArch @) otblMarketPackageFlows.FlowID; gDestinationElementIDtblElements_1.ElementID^99 oSourceElementIDtblElements.ElementIDR// oqryGenCurrentProjectMPs??? qryCusCurrentProjectElementsqryCusCurrentProjectElements_1I  @ @ @ @ @ @ @ @ @ @ @ @ @ @| )| *| +| | |}}}}}}} } } } } }} } } }~~~~~~~~~~~ ~ ~ ~  ~ !~"~#~$~%~&~'~(~)~*~+~,~-~.~/~0~1~ ~ ~ ~ ~ ~~~~ ~  ~  ~  ~  ~  ~ ~ !"#$%&' ( ) * + ,                  !"#$%&'( ) * + , -                   "#$%&'!(*+,-./0)         LVALX b |H`\0:H`tblElements.ElementID=tblMarketPackageElements.ElementIDtblElements.ElementID=tblElementMapping.ElementIDtblMarketPackages.MarketPackage=tblMarketPackageFlows.MarketPackagetblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDtblStatus.StatusID=tblRegionalServices.ApplicabilitytblStatus_2.StatusID=tblElements_1.ElementStatustblRegionalServices.MarketPackageID=qryGenCurrentProjectMPs.MarketPackageIDtblMarketPackageElements_1.ElementID=qryCusCurrentProjectElements_1.ElementIDtblMarketPackageElements.ElementID=qryCusCurrentProjectElements.ElementIDtblMarketPackageElements_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.DestinationEntityID=tblElementMapping_1.EntityIDtblElementMapping_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.SourceEntityID=tblElementMapping.EntityIDtblRegionalServices.MarketPackageID=tblMarketPackageElements_1.MarketPackageIDtblRegionalServices.MarketPackageID=tblMarketPackageElements.MarketPackageIDtblStatus_1.StatusID=tblElements.ElementStatustblMarketPackageElements.[Select]+tblMarketPackageElements_1.[Select]Min(IIf([InArch],(IIf(tblStatus_1.StatusOrder>tblStatus_2.StatusOrder,IIf(tblStatus_1.StatusOrder>tblStatus.StatusOrder,tblStatus_1.StatusOrder,tblStatus.StatusOrder),IIf(tblStatus_2.StatusOrder>tblStatus.StatusOrder,tblStatus_2.StatusOrder,tblStatus.StatusOrder))),32767))IIf(IsNull(qryGenCurrentProjectMPs.ProjectID),No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No))(((tblElements_1.ElementID)<>tblElements.ElementID) And ((qryCusCurrentProjectElements.ElementID) Is Not Null)) Or (((tblElements_1.ElementID)<>tblElements.ElementID) And ((qryCusCurrentProjectElements_1.ElementID) Is Not Null))qryCusCurrentProjectElements_1.ElementIDqryCusCurrentProjectElements.ElementIDIIf(IsNull(qryGenCurrentProjectMPs.ProjectID),No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No))B1n"X R |  & |"Nv:hJ,\vX:^4qryGenAllOtherEntityEntriestblElementMapping@uiG R@ gJ@ gqryGenAllOtherEntityEntriesGGG tblElementMapping333  G G  GtblApplicationStatustblMarketPackageProjects@ui9 tblMarketPackageProjects.*9 gtblMarketPackageProjectsAAA tblApplicationStatus999  G G  G @ ' @ g P@ g L@ g  @ g tblMarketPackageFlows.FlowID; g tblElements_1.ElementID6 g tblElements.ElementID4 gtblElementstblMarketPackageElementsp@cW' tblElementstblElementMappingb@UI' tblMarketPackagestblMarketPackageFlows@i]3  tblMarketPackagestblRegionalServices@eY3  tblStatustblRegionalServicesh@UI#  tblStatus_2tblElements_1`@MA'  tblRegionalServicesqryGenCurrentProjectMPs@qe7  tblMarketPackageElements_1qryCusCurrentProjectElements_1@E tblMarketPackageElementsqryCusCurrentProjectElements@yA tblMarketPackageElements_1tblElements_1x@ k_E tblMarketPackageFlowstblElementMapping_1@ ma; tblElementMapping_1tblElements_1j@ ]Q7 tblMarketPackageFlowstblElementMapping~@ i]; tblRegionalServicestblMarketPackageElements_1@ wk7 tblRegionalServicestblMarketPackageElements@sg7 tblStatus_1tblElements\@I=' MPAffinity@1%% oTotalStatusOrder"@=11 oInArch @) otblMarketPackageFlows.FlowID; gDestinationElementIDtblElements_1.ElementID^99 oSourceElementIDtblElements.ElementIDR// oqryGenCurrentProjectMPs??? qryCusCurrentProjectElementsqryCusCurrentProjectElements_1I LVALX  l " J l V":6 tFqryCusCurrentProjectElements_1.ElementIDqryCusCurrentProjectElements.ElementIDtblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDtblMarketPackages.MarketPackage=tblMarketPackageFlows.MarketPackagetblElements.ElementID=tblMarketPackageElements.ElementIDtblElements.ElementID=tblElementMapping.ElementIDtblRegionalServices.MarketPackageID=qryGenCurrentProjectMPs.MarketPackageIDtblMarketPackageElements_1.ElementID=qryCusCurrentProjectElements_1.ElementIDtblMarketPackageElements.ElementID=qryCusCurrentProjectElements.ElementIDtblMarketPackageElements_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.DestinationEntityID=tblElementMapping_1.EntityIDtblElementMapping_1.ElementID=tblElements_1.ElementIDtblMarketPackageFlows.SourceEntityID=tblElementMapping.EntityIDtblRegionalServices.MarketPackageID=tblMarketPackageElements_1.MarketPackageIDtblRegionalServices.MarketPackageID=tblMarketPackageElements.MarketPackageIDMin(IIf(IsNull(qryGenCurrentProjectMPs.ProjectID),No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No)))(((tblElementMapping.ElementID) Is Null))qryGenAllOtherEntityEntries.OtherEntityID = tblElementMapping.EntityIDqryGenAllOtherEntityEntries.ElementID = tblElementMapping.ElementIDqryGenAllOtherEntityEntries.OtherEntityIDqryGenAllOtherEntityEntries.ElementIDtblApplicationStatus.CurrentArchitecture = tblMarketPackageProjects.ProjectID(((tblElements_1.ElementID)<>tblElements.ElementID) And ((qryCusCurrentProjectElements.ElementID) Is Not Null)) Or (((tblElements_1.ElementID)<>tblElements.ElementID) And ((qryCusCurrentProjectElements_1.ElementID) Is Not Null))tblMarketPackageElements.[Select]+tblMarketPackageElements_1.[Select]qryCusCurrentProjectElements_1.ElementIDqryCusCurrentProjectElements.ElementIDIIf(IsNull(qryGenCurrentProjectMPs.ProjectID),No,IIf(tblMarketPackageElements.[Select] Or tblMarketPackageElements_1.[Select],Yes,No))S/~T6B r * 6 N  8 : @\R:h?`6^R@ gH@ g!tblTempImportElements.ElementID> gtblTempImportElements;;; tblTempImportElementMappingGGG   G @ ' P@ g L@ g tblMarketPackageFlows.FlowID; g tblElements_1.ElementID6 g tblElements.ElementID4 g tblMarketPackagestblRegionalServices@eY3  tblMarketPackagestblMarketPackageFlows@i]3  tblElementstblMarketPackageElementsp@cW'  tblElementstblElementMappingb@UI'  tblRegionalServicesqryGenCurrentProjectMPs@qe7 tblMarketPackageElements_1qryCusCurrentProjectElements_1@E tblMarketPackageElementsqryCusCurrentProjectElements@yA tblMarketPackageElements_1tblElements_1x@k_E tblMarketPackageFlowstblElementMapping_1@ma; tblElementMapping_1tblElements_1j@]Q7 tblMarketPackageFlowstblElementMapping~@i]; tblRegionalServicestblMarketPackageElements_1@ wk7 tblRegionalServicestblMarketPackageElements@ sg7 InArch@ ) otblMarketPackageFlows.FlowID; gDestinationElementIDtblElements_1.ElementID^99 oSourceElementIDtblElements.ElementIDR// o qryGenCurrentProjectMPs???  qryCusCurrentProjectElementsqryCusCurrentProjectElements_1I  qryCusCurrentProjectElementsIII  tblElementstblElements_1AA' tblElementMappingtblElementMapping_1YY3 tblElementMapping333 tblMarketPackageFlows;;; tblMarketPackageElementstblMarketPackageElements_1uuA tblMarketPackageElementsAAA tblRegionalServices777 tblElements''' tblMarketPackages333  G  GR@  'qryGenAllOtherEntityEntriestblElementMapping@ uiG o!i] M? + JH 6 H o1-Fv`\CR@@-1Ђ@Ђ@qryReportDiscontinuedJJJJJJJJJJJ ;,a@ja@qryReportChangeLogsV'@@|@A`TTHHHHHHHF @za@za@qryReportArchSummaryPart2V@@`@Al``TTTTTTTR @1a@1a@qryReportArchSummaryPart1VY@@@Al``TTTTTTTR @a@a@qryReportArchSummaryVY@@@=bVVJJJJJJJH @⽸a@0)@qryReportArchitectureNamesV@6`@=nbbVVVVVVVT @;a@a@qryReportAgreementsProjectsV'@6@=pddXXXXXXXV @a@a@qryReportAgreementsByTypeV'@9@<l``TTTTTTTR @a@1Oa@qryReportAgreementsByTitleV'@9@<nbbVVVVVVVT @g'a@ea@qryReportAgreementsByNumberV'@9`@<pddXXXXXXXV @a@{a@qryReportAgreementsByLeadStakeholderV'@9@<vvjjjjjjjh @;M,a@pja@qryReportAgreementsByAssociatedProjectV'@9@:zznnnnnnnl @za@@qryReportAdditionalProjectOptions2V@9@8~rrfffffffd @됛a@ .@qryReportAdditionalProjectOptions1V@9@8~rrfffffffd @Ca@Ca@qryReportAdditionalIntegrationOptionsV'@6|@8xxlllllllj @a@;Pa@qryMPElementsSelectValidVN@6@7j^^RRRRRRRP @!_a@!_a@qryMPElementsSelectInvalidV-@6@7nbbVVVVVVVT @*a@*a@qryMarketPackageEntitiesV@`@7j^^RRRRRRRP @ٴa@ٴa@qryInterviewSelectStakeholderUniqueV@@7tthhhhhhhf @a@Na@qryInterviewIdentifyCenterStakeholdersVz@6@5zznnnnnnnl @]a@]a@qryInterviewGenerateElementMappingRSVN@6`@5vvjjjjjjjh @٪a@٪a@qryInterviewCentersBySegmentV@@5rffZZZZZZZX @a@a@0qryInitRegionalServicesV@|@5h\\PPPPPPPN @p@bq@qryImportStakeholderRolesVD@-@3l``TTTTTTTR @Sa@Sa@qryImportReqTextTruncateLocalV'@0|@3thh\\\\\\\Z @ba@ڠa@qryImportReqTextCompareV_@2@3h\\PPPPPPPN @I Q@d` @qryImportElementMappingsVk@2@3j^^RRRRRRRP @}a@TI.@qryGenSelectAllValidProjectFlowsV @2@1znnbbbbbbb` @ @ @ @ @ @ @ @ @ @ @ @ @ @ @                  !"#$%&'( ) * + , -                   "#$%&'!(*+,-./0)               ! " # $ % & '(*+,-.)      "#$%&'()!*,-./01+24567839;<=>     :LVAL&PH H  F R j pXp. @j xx"qryReportMPsProjectPart1.MarketPackageOrdertblElements.ElementID=tblMarketPackageElements.ElementIDqryReportMPsOLD.MarketPackageID=tblMarketPackageElements.MarketPackageIDtblElements.ElementID=qryFilteredElements.ElementIDtblMarketPackageElements.[Select]qryReportMPsOLD.MarketPackageInstanceqryReportMPsOLD.MarketPackageDescriptionqryReportMPsOLD.MarketPackageNameqryReportMPsOLD.MarketPackageOrdertblMarketPackages.MarketPackageOrdertblMarketPackageProjects.MarketPackageID=tblRegionalServices.MarketPackageIDtblRegionalServices.MarketPackageID=tblMarketPackages.MarketPackageIDtblMarketPackageProjects.ProjectID=tblProjectInformation.ProjectIDtblProjectInformation.ProjectNametblMarketPackages.MarketPackageInstancetblMarketPackages.MarketPackageDescriptiontblMarketPackages.MarketPackageNametblRegionalServices.MarketPackageIDtblMarketPackages.MarketPackageOrderqryReportMPsPart1.MarketPackageID = tblMarketPackages.MarketPackageIDtblRegionalServices.Applicability = tblStatus.StatusIDqryReportMPsPart1.MarketPackageID = tblRegionalServices.MarketPackageIDqryReportMPsPart1.MarketPackageInstancetblMarketPackages.MarketPackageDescriptionqryReportMPsPart1.MarketPackageNameqryReportMPsPart1.MarketPackageOrder(((qryFilteredElements.ElementShow)<>0) AND ((tblElementMapping.AutoGenerated)=False))tblEntities.EntityID=tblElementMapping.EntityIDqryReportSelectedElements.ElementStatus=tblStatus.StatusIDqryReportSelectedElements.ElementID=qryReportElementProjectNames.ElementIDqryReportSelectedElements.ElementID=qryReportElementStakeholderNames.ElementIDqryReportSelectedElements.ElementID=qryFilteredElements.ElementIDtblElementMapping.ElementID=qryReportSelectedElements.ElementIDqryReportSelectedElements.ElementShowqryReportElementStakeholderNames.StakeholderGroupqryReportElementStakeholderNames.StakeholderIDqryReportElementStakeholderNames.StakeholderNameqryReportElementProjectNames.ProjectName>g=v3  \ t V 8 v L " z P &  gIMD}:cucE'O%ProjectStatustblStatus.StatusNameM++ oP@ gB@ gtblStatus### qryReportProjectArchAllFlowsPart1SSS tblProjectInformation;;;   G -D@ '-tblElementstblMarketPackageElementsp@cW' -qryReportMPsOLDtblMarketPackageElements@k_/ -tblProjectInformationtblApplicationStatus@oc; -qryReportMPsOLDtblProjectInformationz@eY/ -tblElementsqryFilteredElementsf@YM' - qryReportMPsOLD.ProjectName: g-B@  g-tblElements.ElementName6 g-J@  g-P@  g-B@  g-qryReportMPsOLD.MarketPackage< g-!qryReportMPsOLD.MarketPackageID> g-D@  g-tblMarketPackageElementsAAA -tblApplicationStatus999 -tblProjectInformation;;; -qryReportMPsOLD/// -qryFilteredElements777 -tblElements''' - G- - G-tblRegionalServicestblStatush@UI7 -qryReportMPsProjectPart1tblRegionalServices@sgA - tblRegionalServices.Comment: g- ApplicabilitytblStatus.StatusNameM++ o-H@ g-B@ g-H@ g-\@ g-b@ g-T@ g-L@ g-V@% g-tblStatus### -tblRegionalServices777 -qryReportMPsProjectPart1AAA - - G-tblElementstblMarketPackageElementsp@$cW' -qryReportMPsOLDtblMarketPackageElements@#k_/ -tblElementsqryFilteredElementsf@"YM' - qryReportMPsOLD.ProjectName: g-B@! g-tblElements.ElementName6 g-J@  g-P@ g-B@ g-qryReportMPsOLD.MarketPackage< g-D@ g-!qryReportMPsOLD.MarketPackageID> g-tblMarketPackageElementsAAA tLVAL(`Z 8 J n  n x(ZFL@2>|[qryReportSelectedElements].[ElementShow]+[qryReportSelectedElements_1].[ElementShow]IIf(IsNull([qryCusSelectCurrentProjectFlows]![ProjectID]),"Not Planned",[tblStatus]![StatusName])qryReportSelectedElements_1.ElementNameqryReportSelectedElements.ElementNametblRegionalArchitecture.InRegionalArchitectureqryCusSelectCurrentProjectFlows.ProjectIDqryReportProjectArchAllFlowsPart1.FlowNameqryReportProjectArchAllFlowsPart1.DestinationElementqryReportProjectArchAllFlowsPart1.SourceElementtblProjectInformation.ProjectNametblProjectInformation.ProjectStatus=tblStatus.StatusIDtblProjectInformation.ProjectID=qryReportProjectArchAllFlowsPart1.CheckProjectIDqryReportProjectArchAllFlowsPart1.ElementShowqryReportProjectArchAllFlowsPart1.FlowStatusqryReportProjectArchAllFlowsPart1.FlowNameqryReportProjectArchAllFlowsPart1.DestinationElementqryReportProjectArchAllFlowsPart1.SourceElementqryReportProjectArchAllFlowsPart1.InRegionalArchitecturetblProjectInformation.ProjectDescriptiontblProjectInformation.ProjectNameqryReportMPsOLD.MarketPackageOrdertblElements.ElementID=tblMarketPackageElements.ElementIDqryReportMPsOLD.MarketPackageID=tblMarketPackageElements.MarketPackageIDtblProjectInformation.ProjectID=tblApplicationStatus.CurrentArchitectureqryReportMPsOLD.ProjectName=tblProjectInformation.ProjectNametblElements.ElementID=qryFilteredElements.ElementIDtblMarketPackageElements.[Select]qryReportMPsOLD.MarketPackageInstanceqryReportMPsOLD.MarketPackageDescriptionqryReportMPsOLD.MarketPackageNameqryReportMPsOLD.MarketPackageOrdertblRegionalServices.Applicability=tblStatus.StatusIDqryReportMPsProjectPart1.MarketPackageID=tblRegionalServices.MarketPackageIDqryReportMPsProjectPart1.ProjectNameqryReportMPsProjectPart1.[Select]qryReportMPsProjectPart1.ElementNameqryReportMPsProjectPart1.MarketPackageInstanceqryReportMPsProjectPart1.MarketPackageDescriptionqryReportMPsProjectPart1.MarketPackageNameqryReportMPsProjectPart1.MarketPackage @ @ @ @ @ @ @ @ @ @ @ @ @ @  ! " # $%'()*+,-      &   !"#$%'()*+,-./01234 5&689:;     7    !"#$%&'()*+,-. /01234 5689:;<=        7     !"#$%&'() * +, - . / 02345    1    &6X.n ^ @ "  : d  | >  8 6{UM{c9l$P@ gB@  gtblStatus### tblProjectInformation;;;   G tblFlows.FlowName0 ' N@  ' J@  '@  ' tblRegionalArchitectureqryReportSelectedElements_1@ u?  tblRegionalArchitectureqryReportSelectedElements@}q? tblFlowstblRegionalArchitecture`@[O! tblRegionalArchitecturetblStatusn@]Q? tblRegionalArchitectureqryFilteredFlows@k_? tblRegionalArchitectureqryCusCurrentProjectElements@w? tblRegionalArchitectureqryCusCurrentProjectElements_1@{? tblRegionalArchitectureqryCusSelectCurrentProjectFlows@}? tblRegionalArchitecturetblProjectElements_1@sg? tblRegionalArchitecturetblProjectElements@oc? ElementShow@'3'' oFlowStatus@&1%% otblFlows.FlowName0 gDestinationElementN@%A55 oSourceElementJ@$7++ o\@# gCheckProjectIDR@"9-- o qryReportSelectedElementsqryReportSelectedElements_1yyC  qryReportSelectedElementsCCC  tblStatus### qryFilteredFlows111 qryCusCurrentProjectElementsqryCusCurrentProjectElements_1I qryCusCurrentProjectElementsIII qryCusSelectCurrentProjectFlowsOOO tblFlows!!! tblRegionalArchitecture??? tblProjectElementstblProjectElements_1]]5 tblProjectElements555  G G  G T@! ' h@  ' ^@ ' dB@ /tblProjectInformationtblStatusl@YM; tblProjectInformationqryReportProjectArchAllFlowsPart1@};  Z@ gX@ gT@ gh@ g^@ gp@ gLVAL!t,~ N > l@X pjB(((qryFilteredElements.ElementShow)=True Or (qryFilteredElements.ElementShow) Is Null))qryReportReconCompare.ElementID = qryFilteredElements.ElementIDqryReportReconCompare.ElementID = tblMarketPackageElements.ElementIDqryReportReconCompare.MarketPackageID = tblMarketPackageElements.MarketPackageIDqryReportReconCompare.MarketPackageInstancetblMarketPackageElements.[Select]qryReportReconCompare.ElementNameqryReportReconCompare.MarketPackageNameqryReportReconCompare.MarketPackageqryReportReconCompare.MarketPackageOrdertblProjectInformation.ProjectStatus = tblStatus.StatusIDtblProjectInformation.ProjectRevisionDatetblProjectInformation.ProjectVersiontblProjectInformation.ProjectMaintainertblProjectInformation.ProjectDevelopertblProjectInformation.ProjectServiceScopetblProjectInformation.ProjectGeoScopetblProjectInformation.ProjectTimeframetblProjectInformation.ProjectDescriptiontblProjectInformation.ProjectNameqryReportSelectedElements_1.ElementNameqryReportSelectedElements.ElementName(((qryCusCurrentProjectElements.ElementID) Is Not Null) AND ((qryFilteredFlows.FlowShow)=True)) OR (((qryFilteredFlows.FlowShow)=True) AND ((qryCusCurrentProjectElements_1.ElementID) Is Not Null))tblRegionalArchitecture.DestinationElementID = qryReportSelectedElements_1.ElementIDtblRegionalArchitecture.SourceElementID = qryReportSelectedElements.ElementIDtblFlows.FlowID = tblRegionalArchitecture.FlowIDtblRegionalArchitecture.FlowStatus = tblStatus.StatusIDtblRegionalArchitecture.RegionalFlowID = qryFilteredFlows.RegionalFlowIDtblRegionalArchitecture.SourceElementID = qryCusCurrentProjectElements.ElementIDtblRegionalArchitecture.DestinationElementID = qryCusCurrentProjectElements_1.ElementIDtblRegionalArchitecture.RegionalFlowID = qryCusSelectCurrentProjectFlows.RegionalFlowIDtblRegionalArchitecture.DestinationElementID = tblProjectElements_1.ElementIDtblRegionalArchitecture.SourceElementID = tblProjectElements.ElementIDDe;i?  a  ] 3 q G  o q G  gI+ evL >x`d ^F@  gtblFilterEntityTypes999 tblFilterEntityClasses=== tblEntities''' tblMarketPackageEntitiesAAA tblMarketPackages333 tblRegionalServices777  G G  G tblEntities.EntityName5 ' tblEntities.EntityKind5 ' N@  '*@  'tblElementstblElementMappingf@UI' tblEntitiestblElementMappingb@UI' tblEntitiesqryReportReconSelectedMPsz@eY'  ^@ g X@ gtblElements.ElementName6 gtblElementMapping.ElementID: gtblEntities.EntityName5 gtblEntities.EntityKind5 gV@ g!tblElementMapping.AutoGenerated> gN@ gR@ gqryReportReconSelectedMPsCCC tblElements''' tblElementMapping333 tblEntities'''  G G  G "qryReportReconCompare.EntityName? ' "qryReportReconCompare.EntityKind? ' P@ '@  'qryReportReconCompareqryFilteredElements~@ma; qryReportReconComparetblMarketPackageElements@wk; qryReportReconComparetblMarketPackageElements@wk; V@ gB@ gB@ g"qryReportReconCompare.EntityName? g"qryReportReconCompare.EntityKind? gN@ gF@ gP@ gqryReportReconCompare;;; qryFilteredElements777 tblMarketPackageElementsAAA  G G  GtblProjectInformationtblStatusp@YM;  R@ g H@ g N@ gL@ gR@ gJ@ gL@ gtblStatus.StatusOrder4 gProjectStatustblStatus.StatusNameM++ opLVAL8 L 2 j "^0JfFtblInterviewEtypeEntity.ElementType = tblInterviewCurrentInfo.ElementTypetblInterviewEtypeEntity.EntityID = tblInterviewActionEntities.EntityIDtblInterviewActionEtypes.ElementType = tblInterviewEtypeEntity.ElementTypetblInterviewAnswers.QuestionSequence = tblInterviewActionEtypes.QuestionSequencetblInterviewAnswers.QuestionCategory = tblInterviewActionEtypes.QuestionCategorytblInterviewAnswers.QuestionSequence = tblInterviewActionEntities.QuestionSequencetblInterviewAnswers.QuestionCategory = tblInterviewActionEntities.QuestionCategorytblInterviewCurrentInfo.ElementIDtblElements.ElementID = tblInterviewCentersBySegment.CenterIDtblInterviewCentersBySegment.SegmentID(((tblTempImportElements.ElementID)<>0) AND ((tblTempImportStakeholderRoles.StakeholderID)<>0))tblTempImportStakeholderRoles.ImportElementID = tblTempImportElements.ImportElementIDtblTempImportStakeholderRoles.StakeholderIDtblTempImportEPElementsRequirements.ImportRequirementIDtblTempImportEPElementsRequirements.EquipmentPackageIDtblEPRequirements.EquipmentPackageIDqryImportReqTextTruncateLocal.RequirementLength = qryImportReqTextTruncateRemote.RequirementLengthqryImportReqTextTruncateLocal.TruncatedRequirement = qryImportReqTextTruncateRemote.TruncatedRequirementqryImportReqTextTruncateLocal.EquipmentPackageID = qryImportReqTextTruncateRemote.EquipmentPackageIDqryImportReqTextTruncateLocal.RequirementIDqryImportReqTextTruncateRemote.ImportRequirementIDqryImportReqTextTruncateLocal.EquipmentPackageID(((tblTempImportElements.ElementID)<>0) AND ((tblTempImportElementMapping.EntityID)<>0))tblTempImportElementMapping.ImportElementID=tblTempImportElements.ImportElementIDtblTempImportElementMapping.AutoGeneratedtblTempImportElementMapping.EntityID(((tblElements_1.ElementID)<>tblElements.ElementID) And ((qryCusCurrentProjectElements.ElementID) Is Not Null)) Or (((tblElements_1.ElementID)<>tblElements.ElementID) And ((qryCusCurrentProjectElements_1.ElementID) Is Not Null))?vL.|"  d j L , l N +kMb8bD&VpR[1tblInterviewActionEntitiesEEE tblInterviewAnswers777 tblInterviewSegmentCategoriesKKK  G  GtblElementstblInterviewCentersBySegmentz@k_' tblElements.ElementName6 gL@ gtblInterviewCentersBySegmentIII tblElements'''   GtblRegionalServices.TouchedNoWG wtblRegionalServices.Comment""WG wtblRegionalServices.Applicability0aS wtblRegionalServices777  G G  G@ 'tblTempImportStakeholderRolestblTempImportElements@uK V@ g!tblTempImportElements.ElementID> gtblTempImportElements;;; tblTempImportStakeholderRolesKKK  G G  GRequirementLengthLen(Trim([Requirement]))Y33 oTruncatedRequirementLeft([Requirement],255)^99 on@  gl@  gtblTempImportEPElementsRequirementsWWW  G G  GRequirementLengthLen(Trim([Requirement]))Y33 oTruncatedRequirementLeft([Requirement],255)^99 o!tblEPRequirements.RequirementID> gH@  gtblEPRequirements333  G G  GqryImportReqTextTruncateLocalqryImportReqTextTruncateRemote@ K qryImportReqTextTruncateLocalqryImportReqTextTruncateRemote@ K qryImportReqTextTruncateLocalqryImportReqTextTruncateRemote@K V@ gd@ g`@ gqryImportReqTextTruncateRemoteMMM qryImportReqTextTruncateLocalKKK  G G  G@ 'tblTempImportElementMappingtblTempImportElements@}qG c  @ @  @@ hivSobQ^Q`QbmkiQUYdbshivSobQfJiMWshivSobQfQ^Q`Qbmks hivSobQfQ^Q`QbmkJOOYmYdbJ^s!hivSobQfQ^Q`QbmkJOOYmYdbJ^fid[QMms"hivSobQfQ^Q`QbmkiQ^JmQOhivSobQfQ^Q`QbmkiQhoYiQ`QbmkiQ^JmQOhivSobQfkMoiiQbmJiMWhivSobQfkMoiiQbmJiMWbdmYbiQUYdbhivSobQfkMoiiQbmJiMWbdmYbiQUYdbSJkdb^vhivSobQfkMoiiQbmJiMWbdmYbiQUYdbkfQ^^QOdomhivSobQfkfid[QMmhivSobQfkiQUYdbhivSobiQhMoiiQbmJiMWhivSobiQhMoiiQbmJiMWbdmYbiQUYdb hivSobiQhMoiiQbmJiMWbdmYbiQUYdb\Qvk hivSobiQhoYiQ`QbmkJffQbO hivSobkJqQJOO hivSobkJqQJiMWJOO hivSobkJqQJiMWkQmOQ^QmQhivSobkJqQofOJmQhivUQbJ^^dmWQiQbmYmvQbmiYQkhivUQbJffQbOJ^^qJ^YOS^dskhivUQbJffQbOJ^^qJ^YOS^dskMdbkQiqJmYqQhivUQbJffQbOJ^^qJ^YOS^dsk`dOQiJmQhivUQbJffQbOJ^^qJ^YOS^dsk`dOQiJmQkoffdimhivUQbJffQbOJ^^qJ^YOS^dskkoffdimhivUQbJffQbOJ^^qJ^YOS^dskkoffdim:hivUQbJffQbOJ^^qJ^YOS^dskkoffdim<hivUQbJffQbOJ^^qJ^YOfid[QMmS^dskhivUQbJffQbOJ^^qJ^YOfid[QMmS^dskMdbkQiqJmYqQhivUQbJffQbOJ^^qJ^YOfid[QMmS^dsk`dOQiJmQhivUQbJffQbOJ^^qJ^YOfid[QMmS^dsk`dOQiJmQkoffdimhivUQbJffQbOJ^^qJ^YOfid[QMmS^dskkoffdimhivUQbJffQbOJ^^qJ^YOfid[QMmS^dskkoffdim:hivUQbJffQbOJ^^qJ^YOfid[QMmS^dskkoffdim<hivUQbMoiiQbmfid[QMm`fkhivUQbbQsdmWQiQbmYmvQbmiYQk hivUQbkQ^QMmJ^^qJ^YOfid[QMmS^dskhivY`fdimQ^Q`Qbm`JffYbUkhivY`fdimiQhmQumMd`fJiQhivY`fdimiQhmQummiobMJmQ^dMJ^hivY`fdimiQhmQummiobMJmQiQ`dmQhivY`fdimkmJ\QWd^OQiid^QkhivYbYmiQUYdbJ^kQiqYMQkhivYbmQiqYQsMQbmQikLvkQU`QbmhivYbmQiqYQsUQbQiJmQQ^Q`Qbm`JffYbUikhivYbmQiqYQsYOQbmYSvMQbmQikmJ\QWd^OQik hivYbmQiqYQsbQskmJ\QWd^OQiid^Qk hivYbmQiqYQskQ^QMmkmJ\QWd^OQiobYhoQ hiv`Ji\QmfJM\JUQQbmYmYQk hiv`fQ^Q`QbmkkQ^QMmYbqJ^YO hiv`fQ^Q`QbmkkQ^QMmqJ^YOhiv`ffid[QMmkob`JffQOhiviQfdimJOOYmYdbJ^YbmQUiJmYdbdfmYdbkhiviQfdimJOOYmYdbJ^fid[QMmdfmYdbk8hiviQfdimJOOYmYdbJ^fid[QMmdfmYdbk:hiviQfdimJUiQQ`QbmkLvJkkdMYJmQOfid[QMmhiviQfdimJUiQQ`QbmkLvJkkdMYJmQOkmJ\QWd^OQihiviQfdimJUiQQ`QbmkLv^QJOkmJ\QWd^OQihiviQfdimJUiQQ`QbmkLvbo`LQihiviQfdimJUiQQ`QbmkLvmYm^QhiviQfdimJUiQQ`QbmkLvmvfQhiviQfdimJUiQQ`Qbmkfid[QMmkhiviQfdimJUiQQ`QbmkkmJ\QWd^OQikhiviQfdimJiMWYmQMmoiQbJ`QkhiviQfdimJiMWko``JivhiviQfdimJiMWko``JivfJim8hiviQfdimJiMWko``JivfJim:hiviQfdimMWJbUQ^dUkhiviQfdimOYkMdbmYboQO hiviQfdimQ^Q`QbmJiMWYmQMmoiQkhiviQfdimQ^Q`Qbmfid[QMmbJ`QkhiviQfdimQ^Q`Qbmfid[QMmkhiviQfdimQ^Q`QbmkmJ\QWd^OQihiviQfdimQ^Q`QbmkmJ\QWd^OQibJ`QkhiviQfdimQumQbkYdbkhiviQfdimQumQbkYdbkfJim8hiviQfdimSY^mQikQbmYmvM^JkkhiviQfdimSY^mQikQbmYmvmvfQhiviQfdimSY^mQikS^dsOQf^dv`Qbm hiviQfdimSY^mQikS^dsSomoiYkmYM hiviQfdimSY^mQikS^dsmvfQ hiviQfdimSY^mQikYbmQiMdbbQMmk hiviQfdimSY^mQik`f hiviQfdimSobhiviQfdimSobJiMWQ^Q`QbmQbmYmYQkhiviQfdimSobJiMWQ^Q`QbmQbmYmYQkQfhiviQfdimSobJiMWQ^Q`QbmQfhiviQfdimSobJiMWQ^Q`QbmiQhhiviQfdimYbmQiMdbbQMmkJMMQkk^Jvdom`kvkOL@2fl4 , ,   ^bD&x,Z<h(rHJZ@ gR@ gtblStakeholderRoles777 qryInterviewNewStakeholderRolesOOO  G G  G &@ ' F@  g B@  gtblInterviewCurrentInfotblElementMappingz@ ma? qryInterviewIdentifyCenterStakeholderstblInterviewCurrentInfo@ ] StakeholderIDt@ 7++ oB@ gtblElementMapping333 tblInterviewCurrentInfo??? qryInterviewIdentifyCenterStakeholders]]]   Gd@ 'tblInterviewCurrentInfotblStakeholderRoles@qe? B@ g"tblInterviewCurrentInfo.CenterID? gtblStakeholderRoles777 tblInterviewCurrentInfo???  G G  G"(tblInterviewAnswers.Answer > 0)? ' tblInterviewSegmentCategoriestblInterviewCurrentInfo@yK  tblInterviewSegmentCategoriestblInterviewActionEntities@K  tblInterviewSegmentCategoriestblInterviewAnswers@}qK  tblInterviewSegmentCategoriestblInterviewActionEtypes@{K tblInterviewAnswerstblInterviewCurrentInfo~@qe7 tblInterviewEtypeEntitytblInterviewCurrentInfo@ym? tblInterviewActionEntitiestblInterviewEtypeEntity@sE tblInterviewActionEtypestblInterviewEtypeEntity@{oA tblInterviewAnswerstblInterviewActionEtypes@sg7 tblInterviewAnswerstblInterviewActionEtypes@sg7 tblInterviewAnswerstblInterviewActionEntities@wk7 tblInterviewAnswerstblInterviewActionEntities@wk7 Expr2No+ oExpr1No+ o"tblInterviewEtypeEntity.EntityID? gB@ gtblInterviewCurrentInfo??? tblInterviewEtypeEntity??? tblInterviewActionEtypesAAA LVAL$l  l X V 0h(((qryMPElementsSelectValid.ElementID) Is Null))tblMarketPackageElements.ElementID = qryMPElementsSelectValid.ElementIDtblMarketPackageElements.MarketPackageID = qryMPElementsSelectValid.MarketPackageIDSELECT DISTINCT tblMarketPackageFlows.MarketPackageID,tblMarketPackageFlows.DestinationEntityID FROM tblMarketPackageFlowsSELECT DISTINCT tblMarketPackageFlows.MarketPackageID, tblMarketPackageFlows.SourceEntityID as EntityID FROM tblMarketPackageFlows (((tblStakeholderRoles.ElementID) Is Null))qryInterviewNewStakeholderRoles.ElementID = tblStakeholderRoles.ElementIDqryInterviewNewStakeholderRoles.StakeholderIDqryInterviewNewStakeholderRoles.ElementID(((tblInterviewCurrentInfo.ElementType)="Personnel" Or (tblInterviewCurrentInfo.ElementType)="Roadside Elements" Or (tblInterviewCurrentInfo.ElementType)="Kiosks" Or (tblInterviewCurrentInfo.ElementType)="Transit Vehicles" Or (tblInterviewCurrentInfo.ElementType)="Emergency Vehicles" Or (tblInterviewCurrentInfo.ElementType)="MCO Vehicles" Or (tblInterviewCurrentInfo.ElementType)="MCO Field Devices"))tblInterviewCurrentInfo.ElementTypetblInterviewCurrentInfo.ElementIDtblInterviewCurrentInfo.ElementID=tblElementMapping.ElementIDqryInterviewIdentifyCenterStakeholders.CenterID=tblInterviewCurrentInfo.CenterIDLast(qryInterviewIdentifyCenterStakeholders.StakeholderID)tblInterviewCurrentInfo.ElementID(((tblInterviewCurrentInfo.ElementType)="Center"))tblInterviewCurrentInfo.ElementID = tblStakeholderRoles.ElementIDtblStakeholderRoles.StakeholderIDtblInterviewSegmentCategories.SegmentID = tblInterviewCurrentInfo.SegmentIDtblInterviewSegmentCategories.QuestionCategory = tblInterviewActionEntities.QuestionCategorytblInterviewSegmentCategories.QuestionCategory = tblInterviewAnswers.QuestionCategorytblInterviewSegmentCategories.QuestionCategory = tblInterviewActionEtypes.QuestionCategorytblInterviewCurrentInfo.CenterID = tblInterviewAnswers.CenterID @ @ @ @ @ @ @ @ @ @ @ @ @ @      ! " # $ % & '(*+,-.)      "#$%&'()!*,-./01+24567839;<=>         : !"#$%& ' ( )*,-./01+     !"#$%& ' (*+,-./012 3 4 5)689:;<=>?@ABC7IDrH* T6 @ p b D  v L   y[=b8L"c9pR48 nrtblFlows.FlowName0 gDestinationElementNameN@I== oSourceElementNameJ@ ?33 o\@  gqryReportSelectedElementsqryReportSelectedElements_1yyC qryReportSelectedElementsCCC tblRegionalArchitecture??? tblFlows!!! qryReportAdditionalProjectOptions2UUU qryGenSelectAllValidProjectFlowsQQQ  G G  G !qryReportsRegionalArch.FlowName> ' R@  ' H@  'l@  'D@ g qryReportsRegionalArch.Comment= g!qryReportsRegionalArch.FlowName> gR@ gH@ gqryReportsRegionalArch===  G G  G B@ '@ 'B@ g!tblProjectInformation.ProjectID> gtblProjectInformation;;;  G G  GtblMarketPackagestblMarketPackageEntities@oc3 tblMarketPackageEntitiestblElementMapping|@ocA TouchedNo/ oSelectNo- otblElementMapping.ElementID: gB@ gtblMarketPackages333 tblMarketPackageEntitiesAAA tblElementMapping333  G G  G`@ 'tblMarketPackageElementsqryMPElementsSelectValid@}qA tblMarketPackageElementsqryMPElementsSelectValid@}qA tblMarketPackageElements.*9 gqryMPElementsSelectValidAAA tblMarketPackageElementsAAA  G G  GX7YZ_____2@1% 7X7YZ_____1 @1% 7 G  G  GV@ 'qryInterviewNewStakeholderRolestblStakeholderRoles@uO LVAL Bp > ` Z f $~ |Tt&qryCusSelectCurrentProjectFlows.RegionalFlowID = tblRegionalArchitecture.RegionalFlowIDtblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementIDqryReportSelectedElements_1.ElementNameqryReportSelectedElements.ElementNametblRegionalArchitecture.InRegionalArchitecture(((qryReportAdditionalProjectOptions2.SourceElementID) Is Null))qryGenSelectAllValidProjectFlows.DestinationElementID = qryReportSelectedElements_1.ElementIDqryGenSelectAllValidProjectFlows.SourceElementID = qryReportSelectedElements.ElementIDqryGenSelectAllValidProjectFlows.SourceElementID = tblRegionalArchitecture.SourceElementIDqryGenSelectAllValidProjectFlows.DestinationElementID = tblRegionalArchitecture.DestinationElementIDqryGenSelectAllValidProjectFlows.FlowID = tblRegionalArchitecture.FlowIDqryGenSelectAllValidProjectFlows.FlowID = tblFlows.FlowIDqryGenSelectAllValidProjectFlows.FlowID = qryReportAdditionalProjectOptions2.FlowIDqryGenSelectAllValidProjectFlows.SourceElementID = qryReportAdditionalProjectOptions2.SourceElementIDqryGenSelectAllValidProjectFlows.DestinationElementID = qryReportAdditionalProjectOptions2.DestinationElementIDqryReportSelectedElements.ElementShow+qryReportSelectedElements_1.ElementShowqryReportSelectedElements_1.ElementNameqryReportSelectedElements.ElementNametblRegionalArchitecture.InRegionalArchitectureqryReportsRegionalArch.DestinationElementqryReportsRegionalArch.SourceElement(((qryReportsRegionalArch.InRegionalArchitecture)=No))qryReportsRegionalArch.ElementShowqryReportsRegionalArch.DestinationElementqryReportsRegionalArch.SourceElementtblProjectInformation.ProjectName(((tblProjectInformation.ProjectID) Not In (SELECT ProjectID from tblMarketPackageProjects where MarketPackageID = 18)))tblProjectInformation.ProjectNametblMarketPackages.MarketPackage = tblMarketPackageEntities.MarketPackagetblMarketPackageEntities.EntityID = tblElementMapping.EntityIDtblMarketPackages.MarketPackageID3uk Y ) o E  4JxZ<v.w.u%it G  G tblAgreements.AgreementNumber< 'tblProjectInformationtblAgreementsProjects@qe; tblAgreementstblAgreementsProjectsz@aU+ tblAgreementstblStakeholders_1z@YM+ tblAgreementstblStatusd@I=+ AgreementStatusNametblStatus.StatusNameY77 oLeadStakeholderNameB@C77 oD@ gtblAgreements.AgreementType: gtblAgreements.AgreementTitle; gtblAgreements.AgreementNumber< gtblAgreements.AgreementID8 gB@ gtblProjectInformation;;; tblAgreementsProjects;;; tblStakeholderstblStakeholders_1QQ/ tblStatus### tblAgreements+++  G G  GqryCusSelectCurrentProjectFlowstblRegionalArchitecture@}O  tblRegionalArchitecture.FlowID= gX@ gN@ gtblRegionalArchitecture??? qryCusSelectCurrentProjectFlowsOOO  G G  G tblFlows.FlowName0 ' N@ ' J@ ' \@ '@ ' qryGenSelectAllValidProjectFlowsqryReportSelectedElements_1@Q qryGenSelectAllValidProjectFlowsqryReportSelectedElements@Q qryGenSelectAllValidProjectFlowstblRegionalArchitecture@Q qryGenSelectAllValidProjectFlowstblRegionalArchitecture@Q qryGenSelectAllValidProjectFlowstblRegionalArchitecture@Q qryGenSelectAllValidProjectFlowstblFlowsr@maQ qryGenSelectAllValidProjectFlowsqryReportAdditionalProjectOptions2@Q qryGenSelectAllValidProjectFlowsqryReportAdditionalProjectOptions2@Q qryGenSelectAllValidProjectFlowsqryReportAdditionalProjectOptions2@Q ElementShow@3'' o!tblRegionalArchitecture.Comment> g @ @ @ @ @ @ @ @ @ @ @ @ @ @    : !"#$%& ' ( )*,-./01+     !"#$%& ' (*+,-./012 3 4 5)689:;<=>?@ABC          7 !"#$%&'()*+,-. /02      1 !" #$&'()*+,-./01 2%356784LVAL(z8Z ^  t x d B "8z8ZT >0<tblRegionalInformation.RegionDescriptiontblRegionalInformation.RegionNametblRegionalInformation.RegionalArchitectureExiststblStakeholders.StakeholderID=tblAgreementsStakeholders.StakeholderIDtblStakeholderGroups.StakeholderID=tblStakeholders_1.StakeholderIDtblStakeholders.StakeholderID=tblStakeholderGroups.GroupStakeholderIDtblStakeholders_1.StakeholderNametblAgreementsStakeholders.AgreementIDtblProjectInformation.ProjectID = tblAgreementsProjects.ProjectIDtblProjectInformation.ProjectNametblAgreementsProjects.AgreementIDtblAgreements.AgreementLead = tblStakeholders_1.StakeholderIDtblAgreements.AgreementStatus = tblStatus.StatusIDtblStakeholders_1.StakeholderNametblAgreements.AgreementDescriptiontblAgreements.AgreementLead = tblStakeholders_1.StakeholderIDtblAgreements.AgreementStatus = tblStatus.StatusIDtblStakeholders_1.StakeholderNametblAgreements.AgreementDescriptiontblAgreements.AgreementLead = tblStakeholders_1.StakeholderIDtblAgreements.AgreementStatus = tblStatus.StatusIDtblStakeholders_1.StakeholderNametblAgreements.AgreementDescriptiontblAgreements.AgreementLead = tblStakeholders_1.StakeholderIDtblAgreements.AgreementStatus = tblStatus.StatusIDtblStakeholders_1.StakeholderNametblAgreements.AgreementDescriptiontblStakeholders.StakeholderID = tblAgreementsStakeholders.StakeholderIDtblAgreements.AgreementID = tblAgreementsStakeholders.AgreementIDtblAgreements.AgreementLead = tblStakeholders_1.StakeholderIDtblAgreements.AgreementStatus = tblStatus.StatusIDtblStakeholders_1.StakeholderNametblAgreements.AgreementDescriptiontblProjectInformation.ProjectID = tblAgreementsProjects.ProjectIDtblAgreements.AgreementID = tblAgreementsProjects.AgreementIDtblAgreements.AgreementLead = tblStakeholders_1.StakeholderIDtblAgreements.AgreementStatus = tblStatus.StatusIDtblStakeholders_1.StakeholderNametblAgreements.AgreementDescriptiontblProjectInformation.ProjectName ;zE o ( H  S 5  s  ?~\q=|Za1tblAgreements.AgreementID8 g tblStakeholderstblStakeholders_1QQ/  tblStatus###  tblAgreements+++  G G   G tblAgreements.AgreementNumber< 'tblAgreementstblStakeholders_1z@YM+ tblAgreementstblStatusd@I=+ AgreementStatusNametblStatus.StatusNameY77 oLeadStakeholderNameB@C77 oD@ gtblAgreements.AgreementType: gtblAgreements.AgreementTitle; gtblAgreements.AgreementNumber< gtblAgreements.AgreementID8 gtblStakeholderstblStakeholders_1QQ/ tblStatus### tblAgreements+++   G tblAgreements.AgreementLead: 'tblAgreementstblStakeholders_1z@YM+ tblAgreementstblStatusd@I=+ AgreementStatusNametblStatus.StatusNameY77 oLeadStakeholderNameB@C77 oD@  gtblAgreements.AgreementType: gtblAgreements.AgreementTitle; gtblAgreements.AgreementNumber< gtblAgreements.AgreementID8 gtblStakeholderstblStakeholders_1QQ/ tblStatus### tblAgreements+++  G G  G tblAgreements.AgreementNumber< 'tblStakeholderstblAgreementsStakeholders@ ma/ tblAgreementstblAgreementsStakeholders@ i]+ tblAgreementstblStakeholders_1z@ YM+ tblAgreementstblStatusd@ I=+ AgreementStatusNametblStatus.StatusNameY77 oLeadStakeholderNameB@C77 oD@ gtblAgreements.AgreementType: gtblAgreements.AgreementTitle; gtblAgreements.AgreementNumber< gtblAgreements.AgreementID8 g!tblStakeholders.StakeholderName> gtblStakeholders/// tblAgreementsStakeholdersCCC tblStakeholderstblStakeholders_1QQ/ tblStatus### tblAgreements+++  G @ @ @ @ @ @ @ @ @ @ @ @ @ @          7 !"#$%&'()*+,-. /02      1 !" #$&'()*+,-./01 2%356789: 4       !"#%&'()*+,-.$/1234 5 6079:;<=>?             8 !"#$%&'@o(H D &  d  x 0 o M  F,nK!=iK ^@"N-b@% g-tblStatus### -tblRegionalInformation=== -qryReportArchSummaryPart2CCC -tblProjectInformation;;; - G- G- - G -ArchitectureName/ ' - SortOrder( '-X7YZ_____2@1% 7-X7YZ_____1@1% 7- G - G- - G-tblStakeholderstblAgreementsStakeholders@$ma/ -tblStakeholderGroupstblStakeholders_1@#g[9 -tblStakeholderstblStakeholderGroups@"cW/ -B@! g-!tblStakeholders.StakeholderName> g-J@  g-tblAgreementsStakeholdersCCC -tblStakeholderstblStakeholders_1QQ/ -tblStakeholderGroups999 -tblStakeholders/// - - G-tblProjectInformationtblAgreementsProjects@qe; -B@ g-B@ g-tblProjectInformation;;; -tblAgreementsProjects;;; - G- G- - G -tblAgreements.AgreementType: '-tblAgreementstblStakeholders_1z@YM+ -tblAgreementstblStatusd@I=+ -AgreementStatusNametblStatus.StatusNameY77 o-LeadStakeholderNameB@C77 o-D@ g-tblAgreements.AgreementType: g-tblAgreements.AgreementTitle; g-tblAgreements.AgreementNumber< g-tblAgreements.AgreementID8 g-tblStakeholderstblStakeholders_1QQ/ -tblStatus### -tblAgreements+++ - G- G- - G tblAgreements.AgreementTitle; 'tblAgreementstblStakeholders_1z@YM+ tblAgreementstblStatusd@I=+ AgreementStatusNametblStatus.StatusNameY77 oLeadStakeholderNameB@C77 oD@ gtblAgreements.AgreementType: gtblAgreements.AgreementTitle; gtblAgreements.AgreementNumber< gLVAL!x d  | 0 H  p$<T b RlR tblChangeLog.ArchitectureMaintainertblProjectInformation.ProjectNametblProjectInformation.ProjectStatus = tblStatus.StatusIDtblElements.ElementID = tblProjectElements.ElementIDtblProjectInformation.ProjectID = tblProjectElements.ProjectIDtblElements.ElementID = qryFilteredElements.ElementIDtblProjectInformation.ProjectNameqryReportArchSummaryPart2.ElementNametblProjectInformation.ProjectNametblRegionalInformation.RegionNametblProjectInformation.ProjectStatus = tblStatus.StatusIDqryReportArchSummaryPart2.ProjectID = tblRegionalInformation.RegionalArchitectureExiststblProjectInformation.ProjectID = qryReportArchSummaryPart2.ProjectIDqryReportArchSummaryPart2.ElementNametblProjectInformation.ProjectRevisionDatetblProjectInformation.ProjectVersiontblProjectInformation.ProjectMaintainertblProjectInformation.ProjectDevelopertblProjectInformation.ProjectServiceScopetblProjectInformation.ProjectGeoScopetblProjectInformation.ProjectTimeframetblProjectInformation.ProjectDescriptiontblProjectInformation.ProjectNameqryReportArchSummaryPart2.ProjectIDtblRegionalInformation.RegionRevisionDatetblRegionalInformation.RegionVersiontblRegionalInformation.RegionMaintainertblRegionalInformation.RegionDevelopertblRegionalInformation.RegionServiceScopetblRegionalInformation.RegionGeoScopetblRegionalInformation.RegionTimeframeSELECT -1 as ArchitectureID, tblRegionalInformation.RegionName AS ArchitectureName, "(Region)" as ArchitectureStatus, -1 AS SortOrder FROM tblRegionalInformation WHERE (tblRegionalInformation.RegionalArchitectureExists=Yes)SELECT tblProjectInformation.ProjectID AS ArchitectureID, tblProjectInformation.ProjectName AS ArchitectureName, tblStatus.StatusName AS ArchitectureStatus, 0 AS SortOrder FROM tblProjectInformation INNER JOIN tblStatus ON tblProjectInformation.ProjectStatus = tblStatus.StatusID HX.\2 Z 0  ^ P j L .  z 2 uKHl{]?!iK-i?qS5g9-N@ g-qryReportUserArchitectureFlowsMMM -tblFlows!!! -tblElementstblElements_1AA' -tblElements''' -tblRegionalArchitecture??? - G- G- - G-tblChangeLog.ChangeSummary9 g-"tblChangeLog.ArchitectureVersion? g-F@  g-tblChangeLog.ChangeDateTime: g-tblChangeLog.ArchitectureID: g-tblChangeLog))) - G- G- - G-X7YZ_____2@1% 7-X7YZ_____1@1% 7- G - G- - G -tblElements.ElementName6 ' -B@ '-tblProjectInformationtblStatusp@YM; -tblElementstblProjectElementsh@WK' -tblProjectInformationtblProjectElements|@k_; -tblElementsqryFilteredElementsj@YM' -tblElements.ElementName6 g-ProjectStatustblStatus.StatusNameM++ o-B@ g-!tblProjectInformation.ProjectID> g-tblStatus### -tblProjectElements555 -tblProjectInformation;;; -qryFilteredElements777 -tblElements''' - G- G- - G -J@ ' -B@ ' -DB@ /-tblProjectInformationtblStatusp@YM; -qryReportArchSummaryPart2tblRegionalInformation@{oC -tblProjectInformationqryReportArchSummaryPart2@ym; -J@ g-R@ g-H@ g-N@ g-L@ g-R@ g-J@  g-L@  g-P@  g- ProjectStatustblStatus.StatusNameM++ o- B@  g- F@  g- R@ g- H@ g-N@ g-L@ g-R@ g-J@ g-L@ g-P@' g-B@& g @ @ @ @ @ @ @ @ @ @ @ @ @ @: 4       !"#%&'()*+,-.$/1234 5 6079:;<=>?             8 !"#$%&'()*+ , -.0123/46789:;<=5>@ABCDEFG          ? !"#$%&')*+,-./(0234567819;<=>?@AB :LVAL R  < DbT@dTqryReportExtensionsPart1.SourceElementID = tblElements.ElementIDtblFlows.FlowID = qryReportExtensionsPart1.FlowIDtblElements_1.ElementID = tblElementMapping_1.ElementIDtblElementMapping_1.EntityID = tblEntities_1.EntityIDqryReportExtensionsPart1.ProjectNameqryReportExtensionsPart1.InRegionalArchitectureqryReportElementStakeholder.StakeholderID = tblStakeholders.StakeholderIDqryReportElementStakeholder.ElementIDtblElements.ElementID = tblStakeholderRoles.ElementIDtblStakeholderRoles.StakeholderIDtblElements.ElementID = tblProjectElements.ElementIDqryReportElementProjects.ProjectID = tblProjectInformation.ProjectIDtblProjectInformation.ProjectNameqryReportElementProjects.ElementIDSELECT tblElements.ElementID, -1 as expr1 FROM tblElementsSELECT tblElements.ElementID, tblProjectElements.ProjectID as ArchitectureID FROM tblElements INNER JOIN tblProjectElements ON tblElements.ElementID = tblProjectElements.ElementID qryReportUserArchitectureFlows.ArchitectureNameqryReportUserArchitectureFlows.Regional(((tblFlows.FlowKind)="Discontinued"))tblFlows.FlowID = tblRegionalArchitecture.FlowIDtblElements.ElementID = tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowID = qryReportUserArchitectureFlows.RegionalFlowIDtblRegionalArchitecture.DestinationElementID = tblElements_1.ElementIDqryReportUserArchitectureFlows.ArchitectureNameqryReportUserArchitectureFlows.RegionalSELECT RegionalArchitectureExists,RegionName,"Existing",NULL FROM tblRegionalInformation WHERE RegionalArchitectureExists = TRUESELECT DISTINCTROW qryReportArchSummaryPart1.ProjectID, tblProjectInformation.ProjectName, tblStatus.StatusName AS ProjectStatus, qryReportArchSummaryPart1.ElementName FROM tblStatus, tblProjectInformation INNER JOIN qryReportArchSummaryPart1 ON tblProjectInformation.ProjectID = qryReportArchSummaryPart1.ProjectID WHERE tblProjectInformation.ProjectStatus = tblStatus.StatusID; =Cy2 0 t J  g I + s U 7  Y / oQ3|4vXuC9aC_-tblElementMapping333 -tblEntitiestblEntities_1AA' -tblEntities''' -tblFlows!!! -tblElementstblElements_1AA' -tblElements''' - G- G- - G-qryReportElementStakeholdertblStakeholders@qeG -tblStakeholders.StakeholderID< g-"tblStakeholders.StakeholderGroup? g-!tblStakeholders.StakeholderName> g-J@ g-tblStakeholders/// -qryReportElementStakeholderGGG - - G-tblElementstblStakeholderRolesj@YM' -B@ g-tblElements.ElementID4 g-tblElements''' -tblStakeholderRoles777 - G- G- - G-tblElementstblProjectElementsh@WK' -tblProjectElements.ProjectID; g-tblElements.ElementID4 g-tblElements''' -tblProjectElements555 - G- G- - G-qryReportElementProjectstblProjectInformation@wkA -B@ g-D@  g-tblProjectInformation;;; -qryReportElementProjectsAAA - G- G- - G-X7YZ_____2v@ 1% 7-X7YZ_____1l@ 1% 7- G - G- - G -tblFlows.FlowName0 ' -tblElements_1.ElementName8 ' -tblElements.ElementName6 ' -^@  ' -N@  '-L@ '-tblFlowstblRegionalArchitecture`@[O! -tblElementstblRegionalArchitecture~@aU' -tblRegionalArchitectureqryReportUserArchitectureFlows@{? -tblRegionalArchitecturetblElements_1@eY? -tblFlows.FlowKind0 g-tblFlows.FlowName0 g-DestElementtblElements_1.ElementNameN'' o-SourceElementtblElements.ElementNameP++ o-^@ gs$oY MK 7 K  IvbFl~Dn\B\b@9Uт@9Uт@qryReportRRbyStakeholderPPPPPPPPPPP ;;(b@j&O@qryReportRRAreaStatkeholdersRRsV}@[@Zxll```````^ @|b@,&O@qryReportRRAreaStakeholdersVR@Y@ZpddXXXXXXXV @T b@'O@qryReportRRV@Y@XPDD88888886 @h b@h b@qryReportReconSelectedMPsV@V@Xl``TTTTTTTR @;b@)Lb@qryReportReconVY@V@UVJJ>>>>>>>< @;b@;b@qryReportProjectsV@V`@W\PPDDDDDDDB @:a@9@qryReportProjectArchAllFlowsPart1V@V @W|ppdddddddb @2a@9@qryReportProjectArchAllFlowsV@V@UrffZZZZZZZX @;M@iw\M@qryReportMPsProjectVm@T@S`TTHHHHHHHF @ M@WGM@qryReportMPsPart1VO@R@Q\PPDDDDDDDB @M@"<M@qryReportMPsOLDV@R@QXLL@@@@@@@> @PUf5@PUf5@qryReportMPsV@P@NRFF:::::::8 @;W@W@qryReportInterconnectsV@K@ @LfZZNNNNNNNL @Ta@Ta@qryReportFunArchElementReqV@K@JnbbVVVVVVVT @!a@!a@qryReportFunArchElementEPV#@I@Jl``TTTTTTTR @a@a@qryReportFunArchElementEntitiesEPV @I@H|ppdddddddb @;a@$a@qryReportFunV@G@FRFF:::::::8 @I@I@qryReportFiltersMPVJ@E@F^RRFFFFFFFD @*8@@gO@qryReportFiltersInterconnectsV@E|@Fthh\\\\\\\Z @Y@oN@qryReportFiltersFlowTypeV@E|@Fj^^RRRRRRRP @ @L@qryReportFiltersFlowFuturisticV@E|@Dvjj^^^^^^^\ @;@1i>@qryReportFiltersEntityTypeV@E|@DnbbVVVVVVVT @;~@Dl@qryReportFiltersEntityClassV@@|@DpddXXXXXXXV @p:a@xa@qryReportExtensionsPart1V@@@Dj^^RRRRRRRP @a@a@qryReportExtensionsV@\ @C`TTHHHHHHHF @;a@a@qryReportElementStakeholderV@@ApddXXXXXXXV @Ua@Ua@qryReportElementProjectsV@@Bj^^RRRRRRRP @'a@O&-m@qryReportElementProjectNamesV@@@BrffZZZZZZZX @>a@>a@qryReportElementArchitecturesV@@`@Bthh\\\\\\\Z @?:L] 6 )  > f  J`#_yO%[q'mO1W--tblStatus### - - G-j@ '-tblFilterEntityTypes.[Select]< g-!tblFilterEntityTypes.EntityType> g-tblFilterEntityTypes999 - G- G- - G -L@ '-B@ g-L@  g-tblFilterEntityClasses=== - - G-@  '-tblRegionalArchitecturetblProjectArchitecture@ wk? -tblProjectInformationtblProjectArchitecture@ sg; - tblRegionalArchitecture.FlowID= g-X@  g-N@ g-B@ g-\@ g-tblProjectInformation;;; -tblProjectArchitecture=== -tblRegionalArchitecture??? - G- G- - G -tblFlows.FlowName0 ' -tblElements_1.ElementName8 ' -tblElements.ElementName6 '- tblElementstblElementMappingf@UI' - tblFlowstblUDEntityFlowsR@MA! -tblEntitiestblUDEntityFlowsl@SG' -tblEntitiestblElementMappingb@UI' -tblUDEntityFlowstblEntities_1z@WK1 -qryReportExtensionsPart1tblElements_1@g[A -qryReportExtensionsPart1tblElements@cWA -tblFlowsqryReportExtensionsPart1b@]Q! -tblElements_1tblElementMapping_1n@]Q+ -tblElementMapping_1tblEntities_1j@]Q7 - tblFlows.FlowKind0 g- DestinationEntityKindtblEntities_1.EntityKinda;; o-SourceEntityKindtblEntities.EntityKindU11 o-tblFlows.FlowName0 g-DestinationEntitytblEntities_1.EntityNameY33 o-DestinationElementtblElements_1.ElementName\55 o-SoureEntitytblEntities.EntityNameK'' o-SourceElementtblElements.ElementNameP++ o-H@ g-^@ g- tblUDEntityFlows111 -qryReportExtensionsPart1AAA -tblElementMappingtblElementMapping_1YY3  @ @ @ @ @ @ @ @ @ @ @ @ @ @)*+ , -.0123/46789:;<=5>@ABCDEFG          ? !"#$%&')*+,-./(0234567819;<=>?@AB             : !"#$%&'()+,- .*/123456079 8      !#$%&'()*+,-. / 0 1 2345 6"LVAL&r* r  .  0 V &.Z,`BNhqryReportFunArchElementReq.UserDefinedqryReportFunArchElementReq.StatusNameqryReportFunArchElementReq.RequirementqryReportFunArchElementReq.RequirementIDqryReportFunArchElementEntitiesEP.EquipmentPackageUserDefinedqryReportFunArchElementEntitiesEP.EquipmentPackageDescriptionqryReportFunArchElementEntitiesEP.EquipmentPackageNameqryReportFunArchElementEntitiesEP.EntityNameqryReportFunArchElementEntitiesEP.ElementNameqryReportFunArchElementEntitiesEP.ArchitectureStatusqryReportFunArchElementEntitiesEP.ArchitectureNameqryReportFunArchElementEntitiesEP.ArchitectureIDtblMarketPackages.MarketPackageID = tblTmpSelectedMP.MarketPackageIDtblMarketPackages.MarketPackageName[tblFilterInterconnects].[Select][tblFilterInterconnects].[Interconnect][tblFilterFlowFuturistic].[Select][tblFilterFlowFuturistic].[FlowFuturistic]((([tblStatus].[StatusName]) Not Like "[?]*[?]") And (([tblStatus].[StatusID])>0))[tblStatus].[StatusID]=[tblFilterFlowDeployment].[FlowDeployment][tblFilterFlowDeployment].[Select](((tblFilterEntityTypes.EntityType)<>"Other System"))[tblFilterEntityClasses].[EntityClass][tblFilterEntityClasses].[Select][tblFilterEntityClasses].[EntityClass](((tblRegionalArchitecture.InRegionalArchitecture)=Yes)) OR (((tblProjectInformation.ProjectName) Is Not Null))tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblProjectInformation.ProjectID = tblProjectArchitecture.ProjectIDtblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementIDtblProjectInformation.ProjectNametblRegionalArchitecture.InRegionalArchitecturetblElements.ElementID = tblElementMapping.ElementIDtblFlows.FlowID = tblUDEntityFlows.FlowIDtblEntities.EntityID = tblUDEntityFlows.SourceEntityIDtblEntities.EntityID = tblElementMapping.EntityIDtblUDEntityFlows.DestinationEntityID = tblEntities_1.EntityIDqryReportExtensionsPart1.DestinationElementID = tblElements_1.ElementIDEp%g" p F ( } 4  f <  F !  IyO%}u5kA{])_-X@  g-tblElementMapping333 -qryReportElementArchitecturesKKK -qryFilteredElements777 -tblElements''' -qryReportArchitectureNamesEEE -tblEntities''' - - G -P@ ' -n@ ' -X@ ' -X@ ' -Z@ ' -d@ '-qryReportFunArchElementEntitiesEPqryReportFunArchElementReq@S -qryReportFunArchElementEntitiesEPqryReportFunArchElementReq@S -qryReportFunArchElementEntitiesEPqryReportFunArchElementReq@S - L@% g- J@$ g- L@# g- P@" g-Functional Area UserDefinedz@!SGG o-Functional Area Descriptionz@ SGG o-Functional Areal@;// o-X@ g-Z@ g-h@ g-d@ g-`@ g-qryReportFunArchElementReqEEE -qryReportFunArchElementEntitiesEPSSS - G- G- - G-tblMarketPackagestblTmpSelectedMP@_S3 -tblTmpSelectedMP.ShowAll7 g-F@ g-!tblMarketPackages.MarketPackage> g-tblTmpSelectedMP111 -tblMarketPackages333 - G- G- - G-B@ g-N@ g-tblFilterInterconnects=== - G- - G-[tblFilterFlowTypes].[Select]< g-![tblFilterFlowTypes].[FlowType]> g-tblFilterFlowTypes555 - - G-D@ g-T@ g-tblFilterFlowFuturistic??? - - G -blStatus].[StatusOrder]8 '-@ '-tblStatustblFilterFlowDeployment@]Q# -D@ g-![tblStatus].[StatusDescription]> g-[tblStatus].[StatusName]7 g-tblFilterFlowDeployment??? LVAL#H x  n X  B  \ PD> fntblEquipmentPackages.EquipmentPackageOrderqryReportFunArchElementEntities.ElementNameqryReportFunArchElementEntities.EntityName = qryReportFunArchElementEP.EntityNameqryReportFunArchElementEntities.ElementID = qryReportFunArchElementEP.ElementIDqryReportFunArchElementEntities.ArchitectureID = qryReportFunArchElementEP.ArchitectureIDqryReportFunArchElementEP.EquipmentPackageUserDefinedqryReportFunArchElementEP.EquipmentPackageDescriptionqryReportFunArchElementEP.EquipmentPackageNameqryReportFunArchElementEP.EquipmentPackageIDqryReportFunArchElementEP.EquipmentPackageOrderqryReportFunArchElementEntities.EntityNameqryReportFunArchElementEntities.EntityKindqryReportFunArchElementEntities.ElementNameqryReportFunArchElementEntities.ElementIDqryReportFunArchElementEntities.ArchitectureStatusqryReportFunArchElementEntities.ArchitectureNameqryReportFunArchElementEntities.ArchitectureID(((qryFilteredElements.ElementShow)<>0))tblEntities.EntityID=tblElementMapping.EntityIDtblElements.ElementID=tblElementMapping.ElementIDqryReportArchitectureNames.ArchitectureID=qryReportElementArchitectures.ArchitectureIDtblElements.ElementID=qryReportElementArchitectures.ElementIDtblElements.ElementID=qryFilteredElements.ElementIDqryReportArchitectureNames.ArchitectureStatusqryReportArchitectureNames.ArchitectureNameqryReportElementArchitectures.ArchitectureIDqryReportFunArchElementReq.RequirementIDqryReportFunArchElementEntitiesEP.EquipmentPackageOrderqryReportFunArchElementEntitiesEP.EntityNameqryReportFunArchElementEntitiesEP.EntityKindqryReportFunArchElementEntitiesEP.ElementNameqryReportFunArchElementEntitiesEP.ArchitectureNameqryReportFunArchElementEntitiesEP.EquipmentPackageID = qryReportFunArchElementReq.EquipmentPackageIDqryReportFunArchElementEntitiesEP.ElementID = qryReportFunArchElementReq.ElementIDqryReportFunArchElementEntitiesEP.ArchitectureID = qryReportFunArchElementReq.ArchitectureID @ @ @ @ @ @ @ @ @ @ @ @ @ @            : !"#$%&'()+,- .*/123456079 8      !#$%&'()*+,-. / 0 1 2345 6 7 8 9 : ;"<>?@ABCD   =       ! "$%&'()*+,-./012 3 4#5789:;<=>6     H?k(> , h >  j  r H  v L " T* l8CM UsI-!tblEPRequirements.RequirementID> g-X@ g-F@ g-H@ g-tblEPArchRequirements;;; -tblStatus### -tblEPRequirements333 -tblEPElementsRequirementsCCC - - G -T@ ' -tblEntities.EntityName5 '-tblEquipmentPackagestblEPArch@WK9 -tblEquipmentPackagestblEntitiesh@[O9 -EquipmentPackageUserDefined"tblEquipmentPackages.UserDefineduGG o-`@ g-R@ g-N@ g-T@" g-tblEntities.EntityName5 g-tblEPArch.ElementID2 g-tblEPArch.ArchitectureID7 g-tblEPArch### -tblEntities''' -tblEquipmentPackages999 - G- G- - G -V@! '-qryReportFunArchElementEntitiesqryReportFunArchElementEP@ O -qryReportFunArchElementEntitiesqryReportFunArchElementEP@O -qryReportFunArchElementEntitiesqryReportFunArchElementEP@O - j@ g- j@ g- \@ g- X@ g-^@ g-T@ g-T@ g-V@ g-R@ g-d@ g-`@ g-\@ g-qryReportFunArchElementEPCCC -qryReportFunArchElementEntitiesOOO - G- G- - G-P@ '-tblEntitiestblElementMapping^@UI' -tblElementstblElementMappingb@UI' -qryReportArchitectureNamesqryReportElementArchitectures@E -tblElementsqryReportElementArchitecturesz@ ma' -tblElementsqryFilteredElementsf@ YM' -tblEntities.EntityName5 g-tblEntities.EntityKind5 g-tblElements.ElementName6 g-tblElements.ElementID4 g-Z@  g-V@  gLVAL`  p * 0 8 V   R6X~6>qryReportSelectedElements.ElementDescriptionqryReportSelectedElements.ElementNameqryReportArchitectureNames.ArchitectureNameqryReportArchitectureNames.SortOrder(((tblElements_1.ElementName)>tblElements.ElementName) And ((qryFilteredInterconnects.InterconnectShow)=Yes))qryFilteredInterconnects.SourceElementID=qrySelectArchitectureInterconnectsStatus.SourceElementIDqryFilteredInterconnects.DestinationElementID=qrySelectArchitectureInterconnectsStatus.DestinationElementIDtblElements.ElementID=qrySelectArchitectureInterconnectsStatus.SourceElementIDtblElements_1.ElementID=qrySelectArchitectureInterconnectsStatus.DestinationElementIDqrySelectArchitectureInterconnectsStatus.DestinationElementID=qryReportSelectedElements_1.ElementIDqrySelectArchitectureInterconnectsStatus.SourceElementID=qryReportSelectedElements.ElementIDtblStatus.StatusOrder=qrySelectArchitectureInterconnectsStatus.MinOfStatusOrderqrySelectArchitectureInterconnectsStatus.ArchitectureID=qryReportArchitectureNames.ArchitectureIDqryReportSelectedElements.ElementShow+qryReportSelectedElements_1.ElementShowqryReportArchitectureNames.ArchitectureNameqryReportArchitectureNames.ArchitectureIDqryReportArchitectureNames.SortOrdertblEPElementsRequirements.EPElementReqID=tblEPArchRequirements.EPElementReqIDtblEPElementsRequirements.StatusID=tblStatus.StatusIDtblEPElementsRequirements.RequirementID=tblEPRequirements.RequirementIDtblEPElementsRequirements.EquipmentPackageID=tblEPRequirements.EquipmentPackageIDtblEPElementsRequirements.EquipmentPackageIDtblEPElementsRequirements.ElementIDtblEPArchRequirements.ArchitectureIDtblEquipmentPackages.EquipmentPackageOrdertblEquipmentPackages.EquipmentPackageID = tblEPArch.EquipmentPackageIDtblEquipmentPackages.EntityID = tblEntities.EntityIDtblEquipmentPackages.EquipmentPackageDescriptiontblEquipmentPackages.EquipmentPackageNametblEquipmentPackages.EquipmentPackageID.w.2 >  2  B l B  B  ,^`6r>j -tblStatus### -qryReportElementProjectNamesIII -qryReportElementStakeholderNamesQQQ -qryFilteredElements777 -qryReportSelectedElementsCCC -tblElementMapping333 -tblEntities''' - - G -tblElements_1.ElementName8 ' -tblElements.ElementName6 ' -V@ ' -H@ '-@ '-qryFilteredInterconnectsqrySelectArchitectureInterconnectsStatus@A -qryFilteredInterconnectsqrySelectArchitectureInterconnectsStatus@A -tblElementsqrySelectArchitectureInterconnectsStatus@w' -tblElements_1qrySelectArchitectureInterconnectsStatus@{+ -qrySelectArchitectureInterconnectsStatusqryReportSelectedElements_1@a -qrySelectArchitectureInterconnectsStatusqryReportSelectedElements@a -tblStatusqrySelectArchitectureInterconnectsStatus@s# -qrySelectArchitectureInterconnectsStatusqryReportArchitectureNames@a -ElementShow@3'' o-tblStatus.StatusName3 g-Element 2tblElements_1.ElementNameJ## o-Element 1tblElements.ElementNameH## o-V@ g-R@ g-H@  g-qryReportSelectedElementsqryReportSelectedElements_1yyC -qryReportSelectedElementsCCC -qryReportArchitectureNamesEEE -qrySelectArchitectureInterconnectsStatusaaa -tblStatus### -tblElementstblElements_1AA' -tblElements''' -qryFilteredInterconnectsAAA - - G-tblEPElementsRequirementstblEPArchRequirements@ ymC -tblEPElementsRequirementstblStatusj@ aUC -tblEPElementsRequirementstblEPRequirements@ qeC -tblEPElementsRequirementstblEPRequirements@ qeC -tblEPRequirements.UserDefined< g-tblStatus.StatusName3 g-tblEPRequirements.Requirement< g @ @ @ @ @ @ @ @ @ @ @ @ @ @ 8 9 : ;"<>?@ABCD   =       ! 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" # $%'()*+,-      &   !"#$%'()*+,-./01234 5&689:;     7   @@@@@ @  @@hivYbmQiqYQsUQbQiJmQQ^Q`Qbm`JffYbUikhivYbmQiqYQsYOQbmYSvMQbmQikmJ\QWd^OQik hivYbmQiqYQsbQskmJ\QWd^OQiid^Qk hivYbmQiqYQskQ^QMmkmJ\QWd^OQiobYhoQ hiv`Ji\QmfJM\JUQQbmYmYQk hiv`fQ^Q`QbmkkQ^QMmYbqJ^YO hiv`fQ^Q`QbmkkQ^QMmqJ^YOhiv`ffid[QMmkob`JffQOhiviQfdimJOOYmYdbJ^YbmQUiJmYdbdfmYdbkhiviQfdimJOOYmYdbJ^fid[QMmdfmYdbk8hiviQfdimJOOYmYdbJ^fid[QMmdfmYdbk:hiviQfdimJUiQQ`QbmkLvJkkdMYJmQOfid[QMmhiviQfdimJUiQQ`QbmkLvJkkdMYJmQOkmJ\QWd^OQihiviQfdimJUiQQ`QbmkLv^QJOkmJ\QWd^OQihiviQfdimJUiQQ`QbmkLvbo`LQihiviQfdimJUiQQ`QbmkLvmYm^QhiviQfdimJUiQQ`QbmkLvmvfQhiviQfdimJUiQQ`Qbmkfid[QMmkhiviQfdimJUiQQ`QbmkkmJ\QWd^OQikhiviQfdimJiMWYmQMmoiQbJ`QkhiviQfdimJiMWko``JivhiviQfdimJiMWko``JivfJim8hiviQfdimJiMWko``JivfJim:hiviQfdimMWJbUQ^dUkhiviQfdimOYkMdbmYboQO 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hiviQfdimiiJiQJkmJ\QWd^OQik!hiviQfdimiiJiQJkmJm\QWd^OQikiik"hiviQfdimiiLvkmJ\QWd^OQi#hiviQfdimii`Ji\QmfJM\JUQkhiviQfdimiikmJ\QWd^OQikhiviQfdimimdfMd`fhiviQfdimimdfMd`fbdmfid[QMmhiviQfdimimdfMd`fbdmiQUYdbhiviQfdimkhiviQfdimkQ^QMmQOQ^Q`QbmkhiviQfdimkQmmYbUkhiviQfdimkiQUYdbJ^JiMWhiviQfdimkmJ\QWd^OQiUidof`Q`LQikWYf hiviQfdimkmJ\QWd^OQik hiviQfdimkmJ\QWd^OQikfJim8 hiviQfdimkmJbOJiOUidofbdmQk hiviQfdimkmJbOJiOk hiviQfdimkmJbOJiOk8hiviQfdimkmJbOJiOk:hiviQfdimkmJbOJiOkLvS^dshiviQfdimkmJbOJiOkOYkM^JY`QihiviQfdimkmJbOJiOkYbJ^^JiMWYmQMmoiQkhiviQfdimkmJbOJiOkYbfid[QMmJiMWYmQMmoiQhiviQfdimkmJbOJiOkYbiQUYdbJ^JiMWYmQMmoiQhiviQfdimkmJmok^QUQbOhiviQfdimobMdbbQMmQOQ^Q`QbmYOkhiviQfdimobMdbbQMmQOQ^Q`QbmkhiviQfdimobMdbbQMmQOQ^Q`QbmkkoLhoQivhiviQfdimobMdbbQMmQOkmJ\QWd^OQiUidofYOkhiviQfdimobMdbbQMmQOkmJ\QWd^OQiYOkhiviQfdimobMdbbQMmQOkmJ\QWd^OQikhiviQfdimobkoffdimQOhiviQfdimokQiJiMWYmQMmoiQS^dskhiviiOQSJo^mJiQJkhiviiOQSJo^mJiQJkfid[QMmhivii`fJOOYmYdbJ^ hivii`fJOOYmYdbJ^fid[QMm!hivii`fk"hiviikmJ\QJOOYmYdbJ^#JMMQkk^Jvdom`kvkOL)<Rh> >  >  \  ~ 3 l&<hp(zP]gc/-qryReportMPsOLD/// -qryFilteredElements777 -tblElements''' - G- - G -H@ '-tblMarketPackageProjectstblRegionalServices@sgA -tblRegionalServicestblMarketPackages@eY7 -tblMarketPackageProjectstblProjectInformation@wkA -B@ g-N@ g-T@ g-F@ g-!tblMarketPackages.MarketPackage> g-F@ g-H@ g-tblMarketPackages333 -tblRegionalServices777 -tblProjectInformation;;; -tblMarketPackageProjectsAAA - - G-qryReportMPsPart1tblMarketPackages@aU3 -tblRegionalServicestblStatusl@UI7 -qryReportMPsPart1tblRegionalServices@eY3 - tblRegionalServices.Comment: g- ApplicabilitytblStatus.StatusNameM++ o-qryReportMPsPart1.ProjectName< g-qryReportMPsPart1.[Select]9 g-qryReportMPsPart1.ElementName< g-N@ g-T@ g-F@  g-!qryReportMPsPart1.MarketPackage> g-H@  g-tblMarketPackages333 -tblStatus### -tblRegionalServices777 -qryReportMPsPart1333 - G- G- - G-@  '-tblEntitiestblElementMapping^@ UI' -qryReportSelectedElementstblStatust@ aUC -qryReportSelectedElementsqryReportElementProjectNames@{C -qryReportSelectedElementsqryReportElementStakeholderNames@C -qryReportSelectedElementsqryFilteredElements@uiC -tblElementMappingqryReportSelectedElements~@qe3 - J@ g-b@ g-\@ g-`@ g-P@ g-tblEntities.EntityName5 g-ElementStatustblStatus.StatusNameM++ o-X@ g-J@ g @ @ @ @ @ @ @ @ @ @ @ @ @ @ !"#$%&'()*+,-. /01234 5689:;<=        7     !"#$%&'() * +, - . / 02345    1        "#$%&'()*+,-./ 0 12345 6 7 8!9;<=>?@ABC        :     !"# $ % & ' ( )*,-./0123 4+5786LVALZD~8F`^tblFlowStandards.FlowID = tblRegionalArchitecture.FlowIDtblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblFlowStandards.SourceEntityID = tblElementMapping.EntityIDtblStandardGroups.StandardGroupNarrativetblStandardGroups.StandardGroupNametblStandardGroups.StandardGroupShortNametblRegionalArchitecture.InRegionalArchitecturetblRegionalArchitecture.RegionalFlowIDSELECT * FROM qryStdAllStandardGroupsSELECT * FROM qryStdAllStandards tblStandardTypes.StandardTypeID = tblStandards.StandardTypetblStandardGroups.StandardGroupNarrativetblStandardGroups.StandardGroupShortNametblStandardGroups.StandardGroupNameSum(IIf(IsNull([StatusDescription]),0,Len([StatusDescription])))SELECT StakeholderID, ElementID FROM tblStakeholderRoles SELECT DISTINCT -1 AS ArchitectureID, tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementID, tblStatus.StatusOrder FROM tblRegionalArchitecture INNER JOIN tblStatus ON tblRegionalArchitecture.FlowStatus = tblStatus.StatusID WHERE (((tblRegionalArchitecture.FlowStatus)<>0) AND ((tblRegionalArchitecture.InRegionalArchitecture)=Yes)) UNION SELECT DISTINCT -1 AS ArchitectureID, tblRegionalArchitecture.DestinationElementID, tblRegionalArchitecture.SourceElementID, tblStatus.StatusOrder FROM tblRegionalArchitecture INNER JOIN tblStatus ON tblRegionalArchitecture.FlowStatus = tblStatus.StatusID WHERE (((tblRegionalArchitecture.FlowStatus)<>0) AND ((tblRegionalArchitecture.InRegionalArchitecture)=Yes)) UNION SELECT tblProjectArchitecture.ProjectID, tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementID, tblStatus.StatusOrder FROM tblStatus INNER JOIN (tblRegionalArchitecture INNER JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID) ON tblStatus.StatusID = tblRegionalArchitecture.FlowStatus WHERE (((tblRegionalArchitecture.FlowStatus)<>0)) ILfH* rT6 ~ ` B $  l N 0  Y ;  B  y / X |^@"k/XGeG) qS5{;tblRegionalArchitecture??? tblElementMapping333 tblFlowStandards111 tblStandardGroups333  G G  GX7YZ_____2J@1% 7X7YZ_____1F@1% 7 G  G  GtblStandardTypestblStandardsv@UI1  IsGroupNo/ o tblStandards.UserDefined7 g tblStandards.Comment3 gtblStandards.Include3 gtblStandards.StandardVersion; gtblStandardTypes.StandardType< g!tblStandardTypes.StandardTypeID> gtblStandards.StandardDocID9 gtblStandards.StandardTitle9 gtblStandards.SDO/ gtblStandards.StandardID6 gtblStandardTypes111 tblStandards)))  G G  G IsGroupYes0 o tblStandardGroups.UserDefined< g CommentP@+ otblStandardGroups.Include8 gStandardVersion""?// oStandardType""9)) oStandardTypeID-1=-- oStandardDocIDP@7++ oStandardTitleF@7++ otblStandardGroups.SDO4 gStandardID!tblStandardGroups.StandardGroupR%% otblStandardGroups333  G G  G(((tblStatus.StatusOrder)>0))< 'TotalLength@3'' otblStatus###  G G  GX7YZ_____2@1% 7X7YZ_____1t@1% 7 G  G  GX7YZ_____2(@1% 7X7YZ_____1,@1% 7 G  G  GX7YZ_____2@1% 7X7YZ_____1@1% 7 G  G  GX7YZ_____2@ 1% 7X7YZ_____1Z@1% 7 GLVAL  r :0T tblStandardTypes.StandardTypeID = tblStandards.StandardTypetblFlowStandards.DestinationEntityID = tblElementMapping_1.EntityIDtblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblFlowStandards.FlowID = tblRegionalArchitecture.FlowIDtblFlowStandards.SourceEntityID = tblElementMapping.EntityIDtblStandards.StandardID = tblFlowStandards.StandardIDtblRegionalArchitecture.InRegionalArchitecturetblRegionalArchitecture.RegionalFlowIDtblRegionalArchitecture.RegionalFlowID = qryFilteredFlows.RegionalFlowIDtblElements.ElementID = tblRegionalArchitecture.SourceElementIDtblElements_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblEntities.EntityID = tblFlowStandards.SourceEntityIDtblEntities_1.EntityID = tblFlowStandards.DestinationEntityIDtblFlowStandards.FlowID = tblFlows.FlowIDtblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblStandardGroups.StandardGroup = tblFlowStandards.StandardIDtblFlowStandards.DestinationEntityID = tblElementMapping_1.EntityIDSELECT DISTINCT tblElements.ElementID, tblElements.ElementName FROM tblElements INNER JOIN (tblApplicationStatus INNER JOIN (tblProjectElements INNER JOIN tblRegionalArchitecture ON tblProjectElements.ElementID = tblRegionalArchitecture.SourceElementID) ON tblApplicationStatus.CurrentArchitecture = tblProjectElements.ProjectID) ON tblElements.ElementID = tblRegionalArchitecture.DestinationElementID UNION SELECT DISTINCT tblElements.ElementID, tblElements.ElementName FROM tblElements INNER JOIN (tblApplicationStatus INNER JOIN (tblProjectElements INNER JOIN tblRegionalArchitecture ON tblProjectElements.ElementID = tblRegionalArchitecture.DestinationElementID) ON tblApplicationStatus.CurrentArchitecture = tblProjectElements.ProjectID) ON tblElements.ElementID = tblRegionalArchitecture.SourceElementID LVALp DztblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDSELECT tblStakeholderGroups.StakeholderID, tblStakeholderRoles.ElementID FROM tblStakeholderGroups INNER JOIN tblStakeholderRoles ON tblStakeholderGroups.GroupStakeholderID = tblStakeholderRoles.StakeholderIDSELECT DISTINCT tblRegionalArchitecture.DestinationElementID, tblRegionalArchitecture.SourceElementID FROM (tblElements INNER JOIN tblRegionalArchitecture ON tblElements.ElementID = tblRegionalArchitecture.SourceElementID) INNER JOIN tblElements AS tblElements_1 ON tblRegionalArchitecture.DestinationElementID = tblElements_1.ElementID WHERE (((tblElements_1.ElementName)<[tblElements].[ElementName]))SELECT DISTINCT tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementID FROM (tblElements INNER JOIN tblRegionalArchitecture ON tblElements.ElementID = tblRegionalArchitecture.SourceElementID) INNER JOIN tblElements AS tblElements_1 ON tblRegionalArchitecture.DestinationElementID = tblElements_1.ElementID WHERE (((tblElements_1.ElementName)>[tblElements].[ElementName])) SELECT DISTINCT tblElements.ElementID, tblElements.ElementName FROM tblApplicationStatus INNER JOIN ((tblElements INNER JOIN tblRegionalArchitecture ON tblElements.ElementID = tblRegionalArchitecture.SourceElementID) INNER JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID) ON tblApplicationStatus.CurrentArchitecture = tblProjectArchitecture.ProjectID UNION SELECT DISTINCT tblElements.ElementID, tblElements.ElementName FROM tblApplicationStatus INNER JOIN ((tblElements INNER JOIN tblRegionalArchitecture ON tblElements.ElementID = tblRegionalArchitecture.DestinationElementID) INNER JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID) ON tblApplicationStatus.CurrentArchitecture = tblProjectArchitecture.ProjectID -Pl i  g =  |  m V  +^8Rjz>l tblElements_1tblRegionalArchitecture@eY+  tblEntitiestblFlowStandardsl@SG'  tblEntities_1tblFlowStandardsz@WK+ tblFlowStandardstblFlowsR@MA1 tblElementMapping_1tblRegionalArchitecture@qe7 tblRegionalArchitecturetblProjectArchitecture@wk? tblStandardGroupstblFlowStandardsz@_S3 tblFlowStandardstblElementMapping_1@cW1 tblFlowStandardstblRegionalArchitecturep@k_1 tblElementMappingtblRegionalArchitecture@ma3 tblFlowStandardstblElementMappingx@_S1 UserDefinedFlowStandardtblFlowStandards.UserDefinedi?? oUserDefinedStandardtblStandardGroups.UserDefinedb77 oDestinationElementNametblElements_1.ElementNamed== oDestinationElementIDtblElements_1.ElementID^99 oSourceElementNametblElements.ElementNameX33 oSourceElementIDtblElements.ElementIDR// oDestinationEntityNametblEntities_1.EntityNamea;; oDestinationEntityAbbreviation"tblEntities_1.EntityAbbreviationyKK oDestinationEntityIDtblEntities_1.EntityID[77 otblFlows.FlowName0 gtblFlows.FlowID. gSourceEntityNametblEntities.EntityNameU11 oSourceEntityAbbreviation tblEntities.EntityAbbreviationmAA o SourceEntityIDtblEntities.EntityIDO-- o tblStandardGroups.UserDefined< g FlowStandardIncludetblFlowStandards.Include]77 o StandardGroupIncludetblStandardGroups.Include`99 o P@  gF@  gP@  gtblStandardGroups.SDO4 g!tblStandardGroups.StandardGroup> g\@  g"tblProjectArchitecture.ProjectID? gL@  gShowqryFilteredFlows.FlowShow@ o qryFilteredFlows111  tblElementstblElements_1AA'  tblElements'''  tblFlows!!! tblEntitiestblEntities_1AA' tblEntities''' tblProjectArchitecture=== tblElementMappingtblElementMapping_1YY3  @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ 3456 7 8 9/:<=>?;@BA      !"#$%&'( ) * +,./0123456789 : ; <=->@ABC?DFGHIJK               !"#$%&'() * + ,  E                !"#$%&'()*+,-./012        3d. d 2  D >  v + <h$Nt0Bu4TtblFlowStandardstblElementMappingx@_S1 tblStandardstblFlowStandardsj@ UI) UserDefinedFlowStandardtblFlowStandards.UserDefinedi?? oUserDefinedStandardtblStandards.UserDefined]77 oDestinationElementNametblElements_1.ElementNamed== oDestinationElementIDtblElements_1.ElementID^99 oSourceElementNametblElements.ElementNameX33 oSourceElementIDtblElements.ElementIDR// oDestinationEntityNametblEntities_1.EntityNamea;; oDestinationEntityAbbreviation"tblEntities_1.EntityAbbreviationyKK oDestinationEntityIDtblEntities_1.EntityID[77 otblFlows.FlowDescription7 gtblFlows.FlowName0 gtblFlows.FlowID. gSourceEntityNametblEntities.EntityNameU11 oSourceEntityAbbreviation tblEntities.EntityAbbreviationmAA oSourceEntityIDtblEntities.EntityIDO-- otblStandards.UserDefined7 g\@  g tblStandards.Comment3 g FlowStandardIncludetblFlowStandards.Include]77 o StandardIncludetblStandards.IncludeQ// o tblStandards.StandardVersion; g tblStandardTypes.StandardType< g!tblStandardTypes.StandardTypeID> gtblStandards.StandardDocID9 gtblStandards.StandardTitle9 gtblStandards.SDO/ gtblStandards.StandardID6 g"tblProjectArchitecture.ProjectID? gL@  gShowqryFilteredFlows.FlowShow@ o qryFilteredFlows111  tblElementstblElements_1AA'  tblElements'''  tblFlows!!!  tblEntitiestblEntities_1AA' tblEntities''' tblProjectArchitecture=== tblElementMappingtblElementMapping_1YY3 tblRegionalArchitecture??? tblElementMapping333 tblFlowStandards111 tblStandards))) tblStandardTypes111  G G  G tblRegionalArchitectureqryFilteredFlows@ k_?  tblElementstblRegionalArchitecture~@ aU' LVAL&^b ( J  v ( * B`NNd@xrLeft([qryReportRRStakeholders].[RRDescription],20)[qryReportRRStakeholders].[RRStatusOrder][qryReportRRStakeholders].[StakeholderName][qryReportArchitectureNames].[ArchitectureName][qryReportArchitectureNames].[SortOrder][tblRRAreas].[RRAreaID]=[qryReportRRStakeholders].[RRAreaID][tblRRAreaArchitectures].[ArchitectureID]=[qryReportArchitectureNames].[ArchitectureID][tblRRAreas].[RRAreaID]=[tblRRAreaArchitectures].[RRAreaID][qryReportArchitectureNames].[SortOrder][qryReportRRStakeholders].[RRStatus][qryReportRRStakeholders].[RRDescription][qryReportRRStakeholders].[StakeholderGroup][qryReportRRStakeholders].[StakeholderName][qryReportRRStakeholders].[StakeholderID][qryReportArchitectureNames].[ArchitectureStatus][qryReportArchitectureNames].[ArchitectureName][tblRRAreaArchitectures].[ArchitectureID](((tblRegionalServices.Applicability)>0))tblMarketPackages.MarketPackage = tblMarketPackageEntities.MarketPackagetblEntities.EntityType = tblFilterEntityTypes.EntityTypetblEntities.EntityClass = tblFilterEntityClasses.EntityClasstblMarketPackageEntities.EntityID = tblEntities.EntityIDtblRegionalServices.MarketPackageID = tblMarketPackages.MarketPackageIDtblMarketPackages.MarketPackageInstancetblMarketPackages.MarketPackageOrdertblMarketPackages.MarketPackageNametblRegionalServices.MarketPackageIDqryReportReconSelectedMPs.MarketPackage(((qryReportReconSelectedMPs.MarketPackage) Is Not Null)) OR (((tblElementMapping.AutoGenerated)=No) AND ((tblElementMapping.ElementID) Is Not Null))tblElements.ElementID = tblElementMapping.ElementIDtblEntities.EntityID = tblElementMapping.EntityIDtblEntities.EntityName = qryReportReconSelectedMPs.EntityNameqryReportReconSelectedMPs.MarketPackageInstanceqryReportReconSelectedMPs.MarketPackageOrderqryReportReconSelectedMPs.MarketPackageNameqryReportReconSelectedMPs.MarketPackageqryReportReconSelectedMPs.MarketPackageIDqryReportReconCompare.MarketPackageOrder AIA e W j L  ~ 2  q , b8zZ0mO1Y/i?![1~tblStakeholders///   GtblRRAreaStakeholdersRRstblStatusx@ _SA RRStatusOrderblStatus].[StatusOrder]R++ oRRStatus[tblStatus].[StatusName]G!! oT@ gT@ gtblStatus### tblRRAreaStakeholdersRRsAAA   G F@ 'tblStakeholderstblRRAreaStakeholders@eY/ N@ gH@ gF@ gN@ gD@ gtblRRAreaStakeholders;;; tblStakeholders///   G d@% ' R@$ ' V@# ' blRRAreas].[RRAreaName]8 ' ^@" ' P@! 'tblRRAreasqryReportRRStakeholdersx@ _S% tblRRAreaArchitecturesqryReportArchitectureNames@}q= tblRRAreastblRRAreaArchitecturesv@]Q%  P@ g H@ g R@ g X@ gV@ gR@ g"[tblRRAreas].[RRAreaDescription]? gblRRAreas].[RRAreaName]8 g[tblRRAreas].[RRAreaID]6 gb@ g^@ gR@ gqryReportRRStakeholders??? qryReportArchitectureNamesEEE tblRRAreaArchitectures=== tblRRAreas%%%   G tblEntities.EntityName5 ' tblEntities.EntityKind5 ' !tblMarketPackages.MarketPackage> 'R@ 'tblMarketPackagestblMarketPackageEntities@oc3 tblEntitiestblFilterEntityTypesp@[O' tblEntitiestblFilterEntityClassesx@_S' tblMarketPackageEntitiestblEntitiesp@cWA tblRegionalServicestblMarketPackages@eY7 N@ gH@  gtblEntities.EntityName5 gtblEntities.EntityKind5 gF@  g!tblMarketPackages.MarketPackage> gLVAL&n( f  P X T n & 0h`F&f "tblElements.ElementID = tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblRegionalArchitecture.DestinationElementID = tblElements_1.ElementIDtblRegionalArchitecture.InRegionalArchitecturetblRegionalArchitecture.InRegionalArchitecture[qryReportRRAreaStatkeholdersRRs].[RRStatusOrder][qryReportRRAreaStakeholders].[StakeholderName][qryReportRRAreaStakeholders].[RRAreaStakeID]=[qryReportRRAreaStatkeholdersRRs].[RRAreaStakeID][qryReportRRAreaStatkeholdersRRs].[RRStatusOrder][qryReportRRAreaStatkeholdersRRs].[RRStatus][qryReportRRAreaStatkeholdersRRs].[RRDescription][qryReportRRAreaStakeholders].[StakeholderGroup][qryReportRRAreaStakeholders].[StakeholderName][qryReportRRAreaStakeholders].[StakeholderID][qryReportRRAreaStakeholders].[RRAreaID]tblMarketPackages.MarketPackageOrdertblMarketPackages.MarketPackageID = tblRRAreaMPs.MarketPackageID[tblMarketPackages.MarketPackage] & ": " & [tblMarketPackages.MarketPackageName]qryReportArchitectureNames.ArchitectureNameqryReportArchitectureNames.SortOrdertblStakeholders.StakeholderID=tblRRAreaStakeholders.StakeholderIDtblRRAreas.RRAreaID=tblRRAreaStakeholders.RRAreaIDtblRRAreaArchitectures.ArchitectureID=qryReportArchitectureNames.ArchitectureIDtblRRAreas.RRAreaID=tblRRAreaArchitectures.RRAreaIDqryReportArchitectureNames.SortOrderqryReportArchitectureNames.ArchitectureStatusqryReportArchitectureNames.ArchitectureNametblRRAreaArchitectures.ArchitectureID[tblRRAreaStakeholdersRRs].[RRStatus]=[tblStatus].[StatusID][tblRRAreaStakeholdersRRs].[RRDescription][tblRRAreaStakeholdersRRs].[RRAreaStakeID][tblStakeholders].[StakeholderName][tblStakeholders].[StakeholderID]=[tblRRAreaStakeholders].[StakeholderID][tblRRAreaStakeholders].[RRAreaStakeID][tblStakeholders].[StakeholderGroup][tblStakeholders].[StakeholderName][tblRRAreaStakeholders].[StakeholderID][tblRRAreaStakeholders].[RRAreaID] @ @ @ @ @ @ @ @ @ @ @ @ @ @     "#$%&'()*+,-./ 0 12345 6 7 8!9;<=>?@ABC        :     !"# $ % & ' ( )*,-./0123 4+5789:;<=6>@          ? !"#$%&'()* + , -/012 3 4 5 6.79:;<=>?@AB         8SC2S) U y  v 5  G  ^4HvL"Z0z<\> NnDSourceElementtblElements.ElementNameP++ o\@" gtblStatus### tblFlows!!! tblElementstblElements_1AA' tblElements''' tblProjectArchitecture=== tblRegionalArchitecture???  G G  G tblFlows.FlowName0 ' DestinationElement1 ' SourceElement, ' d\@! /X7YZ_____2@1% 7X7YZ_____1$@1% 7 G  G  G b@  ' ^@ 'qryReportRRAreaStakeholdersqryReportRRAreaStatkeholdersRRs@G b@ gX@ gb@ g`@ g^@ gZ@ gP@ gqryReportRRAreaStatkeholdersRRsOOO qryReportRRAreaStakeholdersGGG   G H@ 'tblMarketPackagestblRRAreaMPs@WK3 MarketPackage@7++ otblRRAreaMPs.RRAreaID4 gtblMarketPackages333 tblRRAreaMPs)))  G G  G tblRRAreas.RRAreaName4 ' V@ ' H@ ' !tblStakeholders.StakeholderName> 'tblStakeholderstblRRAreaStakeholders@eY/ tblRRAreastblRRAreaStakeholdersd@[O% tblRRAreaArchitecturesqryReportArchitectureNames@}q= tblRRAreastblRRAreaArchitecturesf@]Q%  H@  gtblRRAreas.RRAreaDescription; gtblRRAreas.RRAreaName4 gtblRRAreas.RRAreaID2 gZ@  gV@  gJ@  g"tblStakeholders.StakeholderGroup? g!tblStakeholders.StakeholderName> gtblRRAreaStakeholders;;; qryReportArchitectureNamesEEE tblRRAreaArchitectures=== tblRRAreas%%% $Owq MY ] YL M E I=  HdP"}yDcWSBSmт@Vb@Vb@qryRRStakeAdditionalV'@q@tbVVJJJJJJJH @yUSb@GlEW@qryRRMPsVI@q@pJ>>22222220 @Pb@Pb@qryRRMPAdditionalProjectV'@q@pj^^RRRRRRRP @qMb@ nEW@qryRRMPAdditionalV@q@p\PPDDDDDDDB @;UHb@3!s@qryRRDefaultAreasV@o@n\PPDDDDDDDB @3Fb@qFb@qryReportUserArchitectureFlowsV@`@mvjj^^^^^^^\ @MCb@pCb@qryReportUnsupportedV@@mbVVJJJJJJJH @s@kӐ@qryReportUnconnectedStakeholdersV@l`@mznnbbbbbbb` @;es@8s@qryReportUnconnectedStakeholderGroupIDsV @l|@k||pppppppn @h_@s@qryReportUnconnectedElementsSubQueryV@l`@kvvjjjjjjjh @v>ړs@DҐ@qryReportUnconnectedElementsV9@l@krffZZZZZZZX @v4ӓs@Igq@qryReportUnconnectedElementIDsV@j|@kvjj^^^^^^^\ @Ab@Ab@qryReportStatusLegendV'@j|@kdXXLLLLLLLJ @h~@l@qryReportStandardsInRegionalArchitectureV@j|@h~~rrrrrrrp @;dm@Y@YM@qryReportStandardsInAllArchitecturesV@i`@hvvjjjjjjjh @;b@ R@qryReportStandardsDisclaimerV@i@hrffZZZZZZZX @yPpS@iЕ@qryReportStandardsByFlowVy@i@hj^^RRRRRRRP @ ;t7@;DYM@qryReportStandards1V*@[`@e`TTHHHHHHHF @&7@O˙YM@qryReportStandardsVS@d@e^RRFFFFFFFD @ 3b@[?zP@qryReportStandardGroupNotesV@d@cpddXXXXXXXV @1b@M1b@qryReportStakeholdersPart1V@`@cnbbVVVVVVVT @;.b@;.b@qryReportStakeholdersVY@`@cdXXLLLLLLLJ @ ;3K)b@V)b@qryReportsRegionalArchV'@`$ @afZZNNNNNNNL @'kp@Bީp@qryReportSettingsV@`|@a\PPDDDDDDDB @&b@j Е@qryReportSelectedElementsVI@`@al``TTTTTTTR @ ;,$b@;j$b@qryReportRtoPCompNotRegionV@]$ @_nbbVVVVVVVT @!b@!b@qryReportRtoPCompNotProjectV@]@^pddXXXXXXXV @2b@2b@qryReportRtoPCompV@]`@\\PPDDDDDDDB @gb@H%'O@qryReportRRStakeholdersV\@]@\h\\PPPPPPPN @ ;ZLVALDr(((tblRegionalArchitecture.InRegionalArchitecture)=Yes) AND ((tblProjectArchitecture.ProjectID) Is Null))tblRegionalArchitecture.FlowStatus = tblStatus.StatusIDtblFlows.FlowID = tblRegionalArchitecture.FlowIDSELECT tblRegionalArchitecture.InRegionalArchitecture, tblElements.ElementName AS SourceElement, tblElements_1.ElementName AS DestinationElement, tblFlows.FlowName, tblStatus.StatusName AS FlowStatus, tblProjectArchitecture.ProjectID AS ProjectName FROM (tblFlows RIGHT JOIN (tblElements RIGHT JOIN ((tblRegionalArchitecture LEFT JOIN tblElements AS tblElements_1 ON tblRegionalArchitecture.DestinationElementID = tblElements_1.ElementID) LEFT JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID) ON tblElements.ElementID = tblRegionalArchitecture.SourceElementID) ON tblFlows.FlowID = tblRegionalArchitecture.FlowID) INNER JOIN tblStatus ON tblRegionalArchitecture.FlowStatus = tblStatus.StatusID WHERE (((tblRegionalArchitecture.InRegionalArchitecture)=Yes) AND ((tblProjectArchitecture.ProjectID) Is Null))SELECT tblRegionalArchitecture.InRegionalArchitecture, tblElements.ElementName AS SourceElement, tblElements_1.ElementName AS DestinationElement, tblFlows.FlowName, tblStatus.StatusName AS FlowStatus, tblProjectInformation.ProjectName FROM (tblFlows INNER JOIN (tblElements INNER JOIN ((tblRegionalArchitecture INNER JOIN tblElements AS tblElements_1 ON tblRegionalArchitecture.DestinationElementID = tblElements_1.ElementID) INNER JOIN (tblProjectInformation INNER JOIN tblProjectArchitecture ON tblProjectInformation.ProjectID = tblProjectArchitecture.ProjectID) ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID) ON tblElements.ElementID = tblRegionalArchitecture.SourceElementID) ON tblFlows.FlowID = tblRegionalArchitecture.FlowID) INNER JOIN tblStatus ON tblRegionalArchitecture.FlowStatus = tblStatus.StatusID WHERE (((tblRegionalArchitecture.InRegionalArchitecture)=No))  :Z2 @ n D  U 7  { / O  /t(j'iK-|28tblElements'''  G G  GtblReportsqryReportSettings`@SG% ReportQueryProject@ A55 oReportQueryRegion@ ?33 oReportSystemName@ =11 otblReports.ReportID2 gqryReportSettings333 tblReports%%%  G G  G tblFlows.FlowName0 ' tblElements_1.ElementName8 ' tblElements.ElementName6 ' \@  'n@  'tblRegionalArchitecturetblStatusn@]Q? tblFlowstblRegionalArchitecture`@[O! tblElementstblRegionalArchitecture~@aU' tblRegionalArchitecturetblProjectArchitecture@wk? tblProjectInformationtblProjectArchitecture@sg; tblRegionalArchitecturetblElements_1@eY? B@ gFlowStatustblStatus.StatusNameG%% otblFlows.FlowName0 gDestinationElementtblElements_1.ElementName\55 oSourceElementtblElements.ElementNameP++ o\@ gtblStatus### tblProjectArchitecture=== tblProjectInformation;;; tblElementstblElements_1AA' tblRegionalArchitecture??? tblElements''' tblFlows!!!  G G  G tblFlows.FlowName0 ' tblElements_1.ElementName8 ' tblElements.ElementName6 ' \@ '@ 'tblRegionalArchitecturetblStatusn@]Q? tblFlowstblRegionalArchitecture`@[O! tblElementstblRegionalArchitecture~@%aU' tblRegionalArchitecturetblProjectArchitecture@$wk? tblRegionalArchitecturetblElements_1@#eY? ProjectName"tblProjectArchitecture.ProjectIDU'' oFlowStatustblStatus.StatusNameG%% otblFlows.FlowName0 gDestinationElementtblElements_1.ElementName\55 oLVAL!Hz Z |  D h ><F&z80tblRegionalArchitecture.DestinationElementID = qryReportSelectedElements_1.ElementIDtblRegionalArchitecture.SourceElementID = qryReportSelectedElements.ElementIDtblFlows.FlowID = tblRegionalArchitecture.FlowIDtblRegionalArchitecture.FlowStatus = tblStatus.StatusIDtblRegionalArchitecture.RegionalFlowID = qryFilteredFlows.RegionalFlowID[qryReportSelectedElements].[ElementShow]+[qryReportSelectedElements_1].[ElementShow]tblRegionalInformation.RegionNametblRegionalInformation.RegionDescriptiontblRegionalArchitecture.InRegionalArchitectureIIf([InRegionalArchitecture],[tblStatus].[StatusName],"Not Planned")qryReportSelectedElements_1.ElementNameqryReportSelectedElements.ElementName(((tblReportSettings.ParameterValue)=Yes))Min(tblReportSettings.ReportQueryProject)Min(tblReportSettings.ReportQueryRegion)Min(tblReportSettings.ReportSystemName)tblElements.ElementID = tblTmpSelectedElements.ElementIDtblTmpSelectedElements.ElementShowtblReports.ReportID = qryReportSettings.ReportIDIIf(IsNull(qryReportSettings!ReportQueryProject),tblReports!ReportQueryProject,qryReportSettings!ReportQueryProject)IIf(IsNull(qryReportSettings!ReportQueryRegion),tblReports!ReportQueryRegion,qryReportSettings!ReportQueryRegion)IIf(IsNull(qryReportSettings!ReportSystemName),tblReports!ReportSystemName,qryReportSettings!ReportSystemName)tblRegionalArchitecture.InRegionalArchitecture(((tblRegionalArchitecture.InRegionalArchitecture)=No))tblRegionalArchitecture.FlowStatus = tblStatus.StatusIDtblFlows.FlowID = tblRegionalArchitecture.FlowIDtblElements.ElementID = tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblProjectInformation.ProjectID = tblProjectArchitecture.ProjectIDtblRegionalArchitecture.DestinationElementID = tblElements_1.ElementIDtblProjectInformation.ProjectNametblRegionalArchitecture.InRegionalArchitecturetblRegionalArchitecture.InRegionalArchitecture @ @ @ @ @ @ @ @ @ @ @ @ @ @:;<=6>@          ? !"#$%&'()* + , -/012 3 4 5 6.79:;<=>?@AB         8 !"#$% & ' ( )*,-./01234+57896       ! "#$%&'( ) * +,./012-356789:;<=4     {>}So/ S  w Y ;  e   F  i?+sIj$?!9Y/L@ gL@ g!tblStakeholders.StakeholderName> gtblStakeholders.StakeholderID< g"tblStakeholders.StakeholderGroup? gqryReportStakeholdersPart1EEE tblStakeholders///  G G  GtblStakeholderstblStakeholderGroups@cW/ !tblStakeholders.StakeholderName> gN@ gtblStakeholderGroups999 tblStakeholders///   G tblFlows.FlowName0 ' N@ ' J@ 'F@ 'tblRegionalArchitectureqryReportSelectedElements_1@ u? tblRegionalArchitectureqryReportSelectedElements@}q? tblFlowstblRegionalArchitecture`@[O! tblRegionalArchitecturetblStatusn@]Q? tblRegionalArchitectureqryFilteredFlows@k_?  ElementShow@3'' oB@ gP@ g\@ g!tblRegionalArchitecture.Comment> gFlowStatus@1%% otblFlows.FlowName0 gDestinationElementN@A55 oSourceElementJ@7++ oqryReportSelectedElementsqryReportSelectedElements_1yyC qryReportSelectedElementsCCC tblStatus### tblRegionalInformation=== qryFilteredFlows111 tblFlows!!! tblRegionalArchitecture???  G G  G tblReportSettings.ReportID9 gT@ 'ReportQueryProjectR@A55 oReportQueryRegionP@?33 oReportSystemNameN@=11 otblReportSettings.ReportID9 gtblReportSettings333  G G  GtblElementstblTmpSelectedElementsp@_S' D@ gtblElements.*, gtblTmpSelectedElements=== LVAL'p"P ( |  : 4 f  v,Tp"Nf8[qryReportArchitectureNames].[ArchitectureStatus][qryReportArchitectureNames].[ArchitectureName][qryReportStandardsInAllArchitectures].[ArchitectureID][qryReportStandards2].[DestinationElement][qryReportStandards2].[SourceElement][qryReportStandards2].[StandardTitle][qryReportStandards2].[StandardDocID]((([qryReportStandards2].qryReportStandards1.Include)=Yes) And (([qryReportStandards2].tblFlowStandards.Include)=Yes) And (([tblStandardsTailoring].[RegionalFlowID]) Is Null))[qryReportStandards2].[RegionalFlowID]=[tblStandardsTailoring].[RegionalFlowID][qryReportStandards2].[StandardID]=[tblStandardsTailoring].[StandardID][qryReportStandards2].[StandardVersion][qryReportStandards2].[DestinationElement][qryReportStandards2].[SourceElement][qryReportStandards2].[ElementShow][qryReportStandards2].[UserDefined][qryReportStandards2].[StandardType][qryReportStandards2].[StandardDocID][qryReportStandards2].[StandardTitle][qryReportStandards2].[ArchitectureStatus][qryReportStandards2].[ArchitectureName][qryReportStandards2].[ArchitectureID]tblStandardGroups.StandardGroupNameqryReportStandards.StandardTitle=tblStandardGroups.StandardGroupNametblStandardGroupStandards.StandardID=tblStandards.StandardIDtblStandardGroups.StandardGroup=tblStandardGroupStandards.StandardGrouptblStandardGroups.StandardGroupNameqryReportStandards.ArchitectureID(((qryFilteredElements.ElementShow)<>0))tblElements.ElementID = tblStakeholderRoles.ElementIDtblElements.ElementID = qryFilteredElements.ElementIDtblStakeholderRoles.StakeholderIDtblStakeholders.StakeholderID = qryReportStakeholdersPart1.StakeholderIDqryReportStakeholdersPart1.ElementNametblStakeholders.StakeholderDescriptiontblStakeholders.StakeholderID = tblStakeholderGroups.StakeholderIDtblStakeholderGroups.GroupStakeholderIDqryReportSelectedElements_1.ElementNameqryReportSelectedElements.ElementName(((qryFilteredFlows.FlowShow)=Yes))EfH* P& < p R  J t . f XJ [1_oZ0rT6~`BqryReportArchitectureNamesEEE tblApplicationStatus999  G  GX7YZ_____2@1% 7X7YZ_____1@1% 7 G  G  G "[qryReportStandards2].[FlowName]? ' T@# ' J@" ' J@! ' J@  ' [qryReportStandards2].[SDO]: '^@ 'qryReportStandards2tblStandardsTailoring@ma7 qryReportStandards2tblStandardsTailoring@ma7  N@ g "[qryReportStandards2].[FlowName]? g T@ g J@ g F@ gF@ gH@ gJ@ gJ@ g[qryReportStandards2].[SDO]: gT@ gP@ gL@ gtblStandardsTailoring;;; qryReportStandards2777   G tblStandards.StandardDocID9 ' F@ 'qryReportStandardstblStandardGroups@cW5 tblStandardGroupStandardstblStandardsx@g[C tblStandardGroupstblStandardGroupStandards@qe3  qryReportStandards.ElementShow= gtblStandards.StandardDocID9 gtblStandards.StandardTitle9 gtblStandards.SDO/ gF@  gB@  gtblStandards))) tblStandardGroupStandardsCCC tblStandardGroups333 qryReportStandards555  G  GP@  'tblElementstblStakeholderRolesj@ YM' tblElementsqryFilteredElementsj@ YM' tblElements.ElementName6 gtblElements.ElementID4 gB@ gqryFilteredElements777 tblElements''' tblStakeholderRoles777  G G  GtblStakeholdersqryReportStakeholdersPart1@oc/  @ @ @ @ @ @ @ @ @ @ @ @ @ @ !"#$% & ' ( )*,-./01234+57896       ! "#$%&'( ) * +,./012-356789:;<=4        "#$%&'()*+ , - . / 0123 4 5 6 7 8 9!:<=>?;@BCD              !" # $ % &'A(*+,-./0123)^LVALx d  > 0 > J.d[tblApplicationStatus].[CurrentArchitecture]=[qryReportStandardsInAllArchitectures].[ArchitectureID][qryReportArchitectureNames].[ArchitectureID]=[qryReportStandardsInAllArchitectures].[ArchitectureID][qryFilteredFlows].[RegionalFlowID]=[qryReportStandardsInAllArchitectures].[RegionalFlowID][qryReportStandardsInAllArchitectures].[DestinationElementID]=qryReportSelectedElements_1.ElementID[qryReportStandardsInAllArchitectures].[SourceElementID]=ElemMapSource.ElementID[qryReportStandardsInAllArchitectures].[DestinationElementID]=ElemMapDest.ElementID[qryReportStandardsInAllArchitectures].[FlowID]=[tblFlowStandards].[FlowID][tblFlowStandards].[StandardID]=[qryReportStandards1].[StandardID]ElemMapDest.EntityID=[tblFlowStandards].[DestinationEntityID][tblFlowStandards].[SourceEntityID]=ElemMapSource.EntityID[qryReportStandardsInAllArchitectures].[SourceElementID]=[qryReportSelectedElements].[ElementID][tblFlows].[FlowID]=[qryReportStandardsInAllArchitectures].[FlowID][qryReportArchitectureNames].[SortOrder][qryReportSelectedElements].[ElementShow]+qryReportSelectedElements_1.ElementShow[qryReportStandardsInAllArchitectures].[RegionalFlowID]qryReportSelectedElements_1.ElementName[qryReportSelectedElements].[ElementName][qryReportStandards1].[UserDefined][qryReportStandards1].[StandardType][qryReportStandards1].[StandardDocID][qryReportStandards1].[StandardVersion][qryReportStandards1].[StandardTitle]SELECT tblStandardGroups.StandardGroup, tblStandardGroups.SDO, tblStandardGroups.StandardGroupName,"(See Footnote)","Group", tblStandardGroups.UserDefined,tblStandardGroups.Include, Null as StandardVersion FROM tblStandardGroupsSELECT tblStandards.StandardID, tblStandards.SDO, tblStandards.StandardTitle, tblStandards.StandardDocID, tblStandardTypes.StandardType, tblStandards.UserDefined,tblStandards.Include, tblStandards.StandardVersion FROM tblStandards INNER JOIN tblStandardTypes ON tblStandards.StandardType = tblStandardTypes.StandardTypeID 4.J & a 7 K R  t J $`^JjjL.xN$B@ gB@ gqryReportStandards2.SDO6 gL@ gH@ gD@ gtblStandardsTailoring;;; qryReportStandards2777  G G  GN@ ' tblApplicationStatusqryReportStandardsInAllArchitectures@9  qryReportArchitectureNamesqryReportStandardsInAllArchitectures@E  qryFilteredFlowsqryReportStandardsInAllArchitectures@y1  qryReportStandardsInAllArchitecturesqryReportSelectedElements_1@Y qryReportStandardsInAllArchitecturesElemMapSource@sY qryReportStandardsInAllArchitecturesElemMapDest@{oY qryReportStandardsInAllArchitecturestblFlowStandards@yY tblFlowStandardsqryReportStandards1@cW1 ElemMapDesttblFlowStandardsz@SG' tblFlowStandardsElemMapSourcet@WK1 qryReportStandardsInAllArchitecturesqryReportSelectedElements@ Y tblFlowsqryReportStandardsInAllArchitectures@ ui! P@  g[tblFlowStandards].[Include]; g![qryReportStandards1].[Include]> g![tblFlowStandards].[StandardID]> gElementShow@ 3'' o [tblFlows].[FlowName]4 g n@  g DestinationElementN@A55 o SourceElementR@7++ o F@ gH@ gJ@ gN@ gJ@ g[qryReportStandards1].[SDO]: gb@& g^@% gn@$ g qryReportSelectedElementsqryReportSelectedElements_1yyC  qryReportStandards1777  tblElementMappingElemMapSourceMM3 tblFlowStandards111 tblElementMappingElemMapDestII3 qryReportSelectedElementsCCC qryReportStandardsInAllArchitecturesYYY tblFlows!!! qryFilteredFlows111 LVAL%n&V F f  N  (fJZ\XqryReportUnconnectedElementIDs.ElementStatus=tblStatus.StatusIDqryReportUnconnectedElementIDs.ElementID=tblElements.ElementID(((tblElements.ElementID) Not In (select ElementID from qryReportUnconnectedElementsSubQuery)))(((tblRegionalArchitecture.InRegionalArchitecture)=True))tblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowID(((tblProjectArchitecture.ProjectID) Is Not Null))tblRegionalArchitecture.RegionalFlowID=tblProjectArchitecture.RegionalFlowIDtblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowIDSELECT qryReportStandardsInProjectArchitecture.* FROM qryReportStandardsInProjectArchitectureSELECT qryReportStandardsInRegionalArchitecture.* FROM qryReportStandardsInRegionalArchitecture; qryReportStandards2.ArchitectureIDqryReportStandards2.StandardID=tblStandardsTailoring.StandardIDqryReportStandards2.RegionalFlowID=tblStandardsTailoring.RegionalFlowIDMax(qryReportStandards2.tblFlowStandards.Include)Max(qryReportStandards2.qryReportStandards1.Include)Sum(qryReportStandards2.UserDefined)qryReportStandards2.ArchitectureIDqryReportStandards2.StandardTitleqryReportStandards2.StandardDocIDqryReportStandards2.DestinationElementqryReportStandards2.SourceElementqryReportStandards2.ArchitectureName(((qryReportStandards2.qryReportStandards1.Include)=Yes) AND ((qryReportStandards2.tblFlowStandards.Include)=Yes) AND ((tblStandardsTailoring.RegionalFlowID) Is Null))qryReportStandards2.RegionalFlowID = tblStandardsTailoring.RegionalFlowIDqryReportStandards2.StandardID = tblStandardsTailoring.StandardIDqryReportStandards2.DestinationElementqryReportStandards2.SourceElementqryReportStandards2.StandardDocIDqryReportStandards2.StandardTitleqryReportStandards2.ArchitectureStatusqryReportStandards2.ArchitectureNameqryReportStandards2.ArchitectureID((([qryFilteredFlows].[FlowShow])=Yes))Gi d   U  > H   x:t*nDvL.>vL.dP2tblElements'''  G G  G tblStatus.StatusOrder4 '(((tblStatus.StatusOrder)>0))< 'tblStatus.StatusDefault6 gtblStatus.StatusDescription: gtblStatus.StatusName3 gtblStatus###  G G  Gr@! ' tblRegionalArchitecture.FlowID= gX@  gN@ gL@ gArchitectureID-1=-- otblRegionalArchitecture???  G G  Gd@ 'tblRegionalArchitecturetblProjectArchitecture@wk?  tblRegionalArchitecture.FlowID= gX@ gN@ gL@ gArchitectureID"tblProjectArchitecture.ProjectID[-- otblProjectArchitecture=== tblRegionalArchitecture???   GX7YZ_____2@1% 7X7YZ_____1@1% 7 G  G  G D@ gqryReportStandards2tblStandardsTailoring~@ma7 qryReportStandards2tblStandardsTailoring@ma7 Include2b@-!! oInclude1h@-!! oSumOfUserDefinedH@=11 oD@ gtblStandardsTailoring;;; qryReportStandards2777   G B@ ' B@ ' qryReportStandards2.SDO6 ' L@  ' B@  ' qryReportStandards2.FlowName; ' H@  ' qryReportStandards2.SortOrder< 'N@  'qryReportStandards2tblStandardsTailoring@ ma7 qryReportStandards2tblStandardsTailoring@ma7  L@ g B@ g qryReportStandards2.FlowName; g !qryReportStandards2.ElementShow> g!qryReportStandards2.UserDefined> g"qryReportStandards2.StandardType? g @ @ @ @ @ @ @ @ @ @ @ @ @ @   "#$%&'()*+ , - . / 0123 4 5 6 7 8 9!:<=>?;@BCD              !" # $ % &'A(*+,-./0123                 )  !"$%&'()*+,#-/01234567.8:;<=>?@ A9BDEFC      "#$!7Ea` @ n P  z \ } A N $  n0Z @4Z*tJgI+ X7YZ_____1@1% 7 G  G  G tblFlows.FlowName0 ' tblElements_1.ElementName8 ' tblElements.ElementName6 ' ^@ ' N@ 'qryUnsupportedFlowsqryReportUserArchitectureFlows@s7 qryUnsupportedFlowstblFlowsX@ SG7 qryUnsupportedFlowstblElements_1@ ]Q7 qryUnsupportedFlowstblElementsv@ YM7 tblFlowsqryUnsupportedFlowsX@ SG! tblFlows.FlowKind0 gtblFlows.FlowName0 gDestElementtblElements_1.ElementNameN'' oSourceElementtblElements.ElementNameP++ o^@  gN@ gqryUnsupportedFlows777 qryReportUserArchitectureFlowsMMM tblFlows!!! tblElementstblElements_1AA' tblElements'''  G G  G d@ 'X7YZ_____2@1% 7X7YZ_____1@1% 7 G  G  G @ 'tblStakeholderstblStakeholderGroups@cW/ tblStakeholders.*0 gtblStakeholderGroups999 tblStakeholders///   G@ 'tblStakeholders.*0 gtblStakeholders///  G G  GX7YZ_____2@1% 7X7YZ_____1@1% 7 G  G  GqryReportUnconnectedElementIDstblStatus~@$k_M qryReportUnconnectedElementIDstblElements|@#ocM  tblElements.ElementDescription= gElementStatustblStatus.StatusNameM++ otblElements.ElementName6 gtblStatus### tblElements''' qryReportUnconnectedElementIDsMMM   G@" 'tblElements.*, gLVALx \ PD<JqryReportUserArchitectureFlows.ArchitectureNameqryReportUserArchitectureFlows.RegionalqryUnsupportedFlows.RegionalFlowID = qryReportUserArchitectureFlows.RegionalFlowIDqryUnsupportedFlows.FlowID = tblFlows.FlowIDqryUnsupportedFlows.DestinationElementID = tblElements_1.ElementIDqryUnsupportedFlows.SourceElementID = tblElements.ElementIDtblFlows.FlowID = qryUnsupportedFlows.FlowIDqryReportUserArchitectureFlows.ArchitectureNameqryReportUserArchitectureFlows.RegionalqryReportUnconnectedStakeholderIDs.StakeholderNameSELECT qryReportUnconnectedStakeholderGroupIDs.* FROM qryReportUnconnectedStakeholderGroupIDsSELECT qryReportUnconnectedStakeholderIDs.* FROM qryReportUnconnectedStakeholderIDs WHERE (((qryReportUnconnectedStakeholderIDs.StakeholderID) Not In (SELECT tblStakeholderGroups.StakeholderID FROM tblStakeholderGroups INNER JOIN tblStakeholderRoles ON tblStakeholderGroups.GroupStakeholderID = tblStakeholderRoles.StakeholderID))) (((tblStakeholders.StakeholderGroup)=No) AND ((tblStakeholders.StakeholderID) Not In (select StakeholderID from tblStakeholderRoles)))tblStakeholders.StakeholderID=tblStakeholderGroups.StakeholderID(((tblStakeholders.StakeholderGroup)=Yes) AND ((tblStakeholders.StakeholderID) Not In (select StakeholderID from tblStakeholderRoles)))SELECT tblRegionalArchitecture.DestinationElementID AS ElementID FROM tblRegionalArchitecture LEFT JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID WHERE (((tblRegionalArchitecture.InRegionalArchitecture)=Yes)) OR (((tblProjectArchitecture.ProjectID) Is Not Null))SELECT tblRegionalArchitecture.SourceElementID AS ElementID FROM tblRegionalArchitecture LEFT JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID WHERE (((tblRegionalArchitecture.InRegionalArchitecture)=Yes)) OR (((tblProjectArchitecture.ProjectID) Is Not Null))  @ @ @ @ @ @ @ @ @ @ @ @ @ @                )  !"$%&'()*+,#-/01234567.8:;<=>?@ A9BDEFC      "#$% &!')*+,-./0123456789: ; < = > ?(@BCDA      !"#$ % &')*+,-./0123 4 5(689:;<=>?@ 7LVAL , 0 X P8<@b>n(tblMarketPackages.MarketPackageNametblMarketPackages.MarketPackageIDtblMarketPackages.MarketPackageNametblMarketPackages.MarketPackageOrder(((qryRRMPs.MarketPackage) Is Null) AND ((tblMarketPackageProjects.ProjectID)=[Arch]))tblMarketPackages.MarketPackageID = qryRRMPs.MarketPackageIDtblMarketPackages.MarketPackageID = tblMarketPackageProjects.MarketPackageIDtblMarketPackages.MarketPackageNametblMarketPackages.MarketPackageIDtblMarketPackages.MarketPackageNametblMarketPackages.MarketPackageOrder(((qryRRMPs.MarketPackage) Is Null) AND ((tblRegionalServices.Applicability)<>0))tblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDtblMarketPackages.MarketPackageID=qryRRMPs.MarketPackageIDtblMarketPackages.MarketPackageNametblMarketPackages.MarketPackageIDtblRRAreaMPsDefaults.MarketPackage=tblMarketPackages.MarketPackagetblMarketPackages.MarketPackageID=tblMarketPackageProjects.MarketPackageIDtblApplicationStatus.CurrentArchitecture=tblMarketPackageProjects.ProjectIDtblRRAreasDefaults.RRAreaID=tblRRAreaMPsDefaults.RRAreaID(((tblRegionalServices.Applicability)<>0))tblMarketPackages.MarketPackage=tblRRAreaMPsDefaults.MarketPackagetblRRAreasDefaults.RRAreaID=tblRRAreaMPsDefaults.RRAreaIDtblMarketPackages.MarketPackageID=tblRegionalServices.MarketPackageIDSELECT No AS Regional, tblProjectInformation.ProjectName, tblProjectArchitecture.RegionalFlowID FROM tblProjectInformation INNER JOIN tblProjectArchitecture ON tblProjectInformation.ProjectID = tblProjectArchitecture.ProjectIDSELECT tblRegionalArchitecture.InRegionalArchitecture AS Regional, tblRegionalInformation.RegionName AS ArchitectureName, tblRegionalArchitecture.RegionalFlowID FROM tblRegionalInformation INNER JOIN tblRegionalArchitecture ON tblRegionalInformation.RegionalArchitectureExists = tblRegionalArchitecture.InRegionalArchitecture WHERE (((tblRegionalArchitecture.InRegionalArchitecture)=Yes))  Ah(\ 4 x Z < t . * , |<U+]3 g'6 4 z\>S)H@ 'tblRRAreaMPstblMarketPackages@WK) F@ g!tblMarketPackages.MarketPackage> gB@ gtblMarketPackages333 tblRRAreaMPs)))  G G  G F@ ' H@ '@ 'tblMarketPackagesqryRRMPsx@OC3 tblMarketPackagestblMarketPackageProjects@oc3 F@ g!tblMarketPackages.MarketPackage> gB@ gtblMarketPackageProjectsAAA qryRRMPs!!! tblMarketPackages333  G G  G F@ ' H@ '@ 'tblMarketPackagestblRegionalServices@ eY3 tblMarketPackagesqryRRMPst@ OC3 F@  g!tblMarketPackages.MarketPackage> gB@  gtblRegionalServices777 qryRRMPs!!! tblMarketPackages333   GtblRRAreaMPsDefaultstblMarketPackages@ g[9 tblMarketPackagestblMarketPackageProjects@oc3 tblApplicationStatustblMarketPackageProjects@ui9 tblRRAreasDefaultstblRRAreaMPsDefaultsr@i]5 tblRRAreasDefaults.*3 gtblMarketPackageProjectsAAA tblApplicationStatus999 tblMarketPackages333 tblRRAreaMPsDefaults999 tblRRAreasDefaults555  G  GT@ 'tblMarketPackagestblRRAreaMPsDefaults@g[3 tblRRAreasDefaultstblRRAreaMPsDefaultsr@i]5 tblMarketPackagestblRegionalServices@eY3 tblRRAreasDefaults.*3 gtblRRAreaMPsDefaults999 tblRRAreasDefaults555 tblRegionalServices777 tblMarketPackages333  G  GX7YZ_____2@1% 7LVAL 8~0   p  B (ZfjH VtblRRAreas.RRAreaID = tblRRAreaArchitectures.RRAreaIDtblRRAreaStakeholders.RRAreaStakeIDtblRRAreaStakeholders.StakeholderID(((tblMarketPackageProjects.ProjectID)=[Arch2]) AND ((tblMarketPackageElements.[Select])=Yes))tblProjectElements.ElementID = tblMarketPackageElements.ElementIDtblMarketPackageProjects.MarketPackageID = tblMarketPackageElements.MarketPackageIDtblProjectElements.ProjectID = tblMarketPackageProjects.ProjectIDtblMarketPackageElements.ElementID = qryStakeholderRolesExpanded.ElementIDtblRRAreaMPs.MarketPackageID = tblMarketPackageElements.MarketPackageIDqryStakeholderRolesExpanded.StakeholderID(((qryRRStakeRelatedProject.RRAreaID)=[RRArea]) AND ((qryRRStakes.RRAreaID) Is Null))qryRRStakeRelatedProject.StakeholderID = qryRRStakes.StakeholderIDqryRRStakeRelatedProject.RRAreaID = qryRRStakes.RRAreaIDtblStakeholders.StakeholderID = qryRRStakeRelatedProject.StakeholderIDqryRRStakeRelatedProject.RRAreaID(((qryRRStakeRelated.RRAreaID)=[RRArea]) AND ((qryRRStakes.RRAreaID) Is Null))qryRRStakeRelated.StakeholderID = tblStakeholders.StakeholderIDqryRRStakeRelated.StakeholderID = qryRRStakes.StakeholderIDqryRRStakeRelated.RRAreaID = qryRRStakes.RRAreaID(((tblMarketPackageElements.[Select])=Yes))tblMarketPackageElements.ElementID = qryStakeholderRolesExpanded.ElementIDtblRRAreaMPs.MarketPackageID = tblMarketPackageElements.MarketPackageIDqryStakeholderRolesExpanded.StakeholderID(((qryRRStakes.StakeholderID) Is Null) AND ((tblProjectElements.ProjectID)=[Arch2]))qryStakeholderRolesExpanded.StakeholderID = qryRRStakes.StakeholderIDqryStakeholderRolesExpanded.ElementID = tblProjectElements.ElementIDtblStakeholders.StakeholderID = qryStakeholderRolesExpanded.StakeholderID(((qryRRStakes.StakeholderID) Is Null))tblStakeholders.StakeholderID = qryRRStakes.StakeholderIDtblMarketPackages.MarketPackageOrder(((tblRRAreaMPs.RRAreaID)=[RRArea]))tblRRAreaMPs.MarketPackageID = tblMarketPackages.MarketPackageIDA|^"Z i K -  K u s j L .  8[eG)y0=qGP}2tblStakeholdersqryRRStakeRelatedProject@k_/ B@ g!tblStakeholders.StakeholderName> gtblStakeholders.StakeholderID< gqryRRStakeRelatedProjectAAA tblStakeholders/// qryRRStakes'''  G G  G !tblStakeholders.StakeholderName> '@ 'qryRRStakeRelatedtblStakeholders~@]Q3 qryRRStakeRelatedqryRRStakesv@UI3 qryRRStakeRelatedqryRRStakesb@ UI3 qryRRStakeRelated.RRAreaID9 g!tblStakeholders.StakeholderName> gtblStakeholders.StakeholderID< gtblStakeholders/// qryRRStakes''' qryRRStakeRelated333  G G  GV@  'tblMarketPackageElementsqryStakeholderRolesExpanded@ wA tblRRAreaMPstblMarketPackageElements@ eY) R@  gtblRRAreaMPs.RRAreaID4 gqryStakeholderRolesExpandedGGG tblMarketPackageElementsAAA tblRRAreaMPs)))  G G  G !tblStakeholders.StakeholderName> '@ 'qryStakeholderRolesExpandedqryRRStakes@i]G qryStakeholderRolesExpandedtblProjectElements@wkG tblStakeholdersqryStakeholderRolesExpanded@qe/ !tblStakeholders.StakeholderName> gtblStakeholders.StakeholderID< gtblProjectElements555 qryStakeholderRolesExpandedGGG qryRRStakes''' tblStakeholders///  G G  G !tblStakeholders.StakeholderName> 'N@ 'tblStakeholdersqryRRStakesr@QE/ !tblStakeholders.StakeholderName> gtblStakeholders.StakeholderID< gqryRRStakes''' tblStakeholders///  G G  G H@ ' @ @ @ @ @ @ @ @ @ @ @ @ @ @ &!')*+,-./0123456789: ; < = > ?(@BCDA      !"#$ % &')*+,-./0123 4 5(689:;<=>?@ 7        !"#$%&')*+,-./01234 5(689:;<=>?@ 7      !"#$% & '(*+,-).01/"sN[ g L)  Ip nG\8.*EUB)jAs@:s@qryStdTempEntitySelectProjectV@x @thh\\\\\\\Z @ H/@l/@@qryStdTempEntityAppendRegionFilteredVw@ @vvjjjjjjjh @ @E3v@@qryStdTempEntityAppendRegionV'@@ @rffZZZZZZZX @ _@`r*@@qryStdTempEntityAppendProjectFilteredV@X@xxlllllllj @; @@0qryStdTempElementExcludeV@@j^^RRRRRRRP @@v@@qryStdTempElementAppendRegionFilteredV @\ @xxlllllllj @y@k%%v@@qryStdTempElementAppendRegionV @@ @thh\\\\\\\Z @D@0{@@qryStdTempElementAppendProjectFilteredV@ @zznnnnnnnl @;@/{@qryStdTempAllStandardsV@P|@{fZZNNNNNNNL @}b@}b@qryStdStandardEntityFormV@P`@{j^^RRRRRRRP @Vb@Vb@qryStdEntityView-StandardEntityV@R|@{xll```````^ @b@b@qryStdEntityView-GroupEntityV@V|@{rffZZZZZZZX @Db@Db@qryStdEntityViewV@`@{ZNNBBBBBBB@ @;/ ' tblRRAreas.RRAreaName4 '@ 'tblStakeholderstblRRAreaStakeholders@eY/ tblRRAreastblRRAreaStakeholdersh@[O% tblRRAreastblRRAreaArchitecturesj@]Q% F@ g!tblStakeholders.StakeholderName> gF@ gtblRRAreas.RRAreaName4 gtblRRAreas.RRAreaID2 gtblStakeholders/// tblRRAreaArchitectures=== tblRRAreaStakeholders;;; tblRRAreas%%%  G G  G@ 'tblProjectElementstblMarketPackageElements@qe5 tblMarketPackageProjectstblMarketPackageElements@}qA tblProjectElementstblMarketPackageProjects@qe5 tblMarketPackageElementsqryStakeholderRolesExpanded@wA tblRRAreaMPstblMarketPackageElements@eY) R@ gtblRRAreaMPs.RRAreaID4 gtblProjectElements555 tblMarketPackageProjectsAAA qryStakeholderRolesExpandedGGG tblMarketPackageElementsAAA tblRRAreaMPs)))  G G  G !tblStakeholders.StakeholderName> '@ 'qryRRStakeRelatedProjectqryRRStakes@cWA qryRRStakeRelatedProjectqryRRStakesp@cWA jLVALh r ~    SELECT tblElements.ElementID, tblElements.ElementName FROM (tblElements INNER JOIN tblProjectElements ON tblElements.ElementID = tblProjectElements.ElementID) INNER JOIN tblApplicationStatus ON tblProjectElements.ProjectID = tblApplicationStatus.CurrentArchitectureSELECT tblElements.ElementID, tblElements.ElementName FROM (tblElements INNER JOIN tblProjectElements ON tblElements.ElementID = tblProjectElements.ElementID) INNER JOIN tblApplicationStatus ON tblProjectElements.ProjectID = tblApplicationStatus.CurrentArchitectureSELECT tblProjectArchitecture.ProjectID, tblRegionalArchitecture.DestinationElementID, tblRegionalArchitecture.SourceElementID, tblStatus.StatusOrder FROM tblStatus INNER JOIN (tblRegionalArchitecture INNER JOIN tblProjectArchitecture ON tblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowID) ON tblStatus.StatusID = tblRegionalArchitecture.FlowStatus WHERE (((tblRegionalArchitecture.FlowStatus)<>0))qrySelectArchitectureInterconnectsStatusBasic.DestinationElementIDqrySelectArchitectureInterconnectsStatusBasic.SourceElementIDqrySelectArchitectureInterconnectsStatusBasic.ArchitectureIDMin(qrySelectArchitectureInterconnectsStatusBasic.StatusOrder)qrySelectArchitectureInterconnectsStatusBasic.DestinationElementIDqrySelectArchitectureInterconnectsStatusBasic.SourceElementIDqrySelectArchitectureInterconnectsStatusBasic.ArchitectureIDSELECT tblRegionalArchitecture.DestinationElementID, tblRegionalArchitecture.SourceElementID FROM tblRegionalArchitectureSELECT tblRegionalArchitecture.SourceElementID, tblRegionalArchitecture.DestinationElementID FROM tblRegionalArchitecture (((tblRRAreas.RRAreaID) Like [RRArea]) AND ((tblRRAreaArchitectures.ArchitectureID) Like [Arch])) OR (((tblRRAreas.RRAreaID) Like [RRArea]) AND ((tblRRAreaArchitectures.ArchitectureID) Is Null) AND (([Arch])="%"))tblStakeholders.StakeholderID = tblRRAreaStakeholders.StakeholderIDtblRRAreas.RRAreaID = tblRRAreaStakeholders.RRAreaID @ @ @ @ @ @ @ @ @ @ @ @ @ @       !"#$%&')*+,-./01234 5(689:;<=>?@ 7      !"#$% & '(*+,-).0123456 7 8 9/:<=>?;@BA      !"#$%&'( ) * +,./0123456789 : ; <=->@ABC?DFGHIJK        E?< : |  < j L  v X |>|Ff&yOsI+ }1_%OF@& g UserDefinedf@%3'' o Destinationb@$3'' o DestinationID^@#7++ o FlowH@"% o D@! gSourceX@ ) oSourceIDT@-!! oR@ gR@ gL@ gd@ gJ@ g"qryStdArchitectureStandards.Show? gqryStdArchitectureStandardsGGG  G G  G@ 'StandardType""9)) oStandardTypeID-1=-- oStandardVersion""?// oH@ gIncludeh@+ oIsGroupYes0 oCommentn@+ o UserDefinedp@3'' o Destinationl@3'' o DestinationIDh@7++ o FlowR@% o N@ gSourceb@) oSourceID^@-!! oStandardTitled@7++ oStandardDocIDn@ 7++ oStandardID\@ 1%% on@  gT@  gJ@  gqryStdArchitectureStandardGroupsQQQ  G G  GX7YZ_____2`@1% 7X7YZ_____1\@1% 7 G  G  GtblRegionalArchitectureqryFilteredFlows@k_?  tblElementstblRegionalArchitecture~@aU'  tblElements_1tblRegionalArchitecture@eY+  tblEntitiestblFlowStandardsl@SG'  tblEntities_1tblFlowStandardsz@WK+  tblFlowStandardstblFlowsR@MA1 tblElementMapping_1tblRegionalArchitecture@qe7 tblRegionalArchitecturetblProjectArchitecture@wk? tblStandardTypestblStandardsv@UI1 tblFlowStandardstblElementMapping_1@cW1 tblElementMappingtblRegionalArchitecture@ma3 tblFlowStandardstblRegionalArchitecturep@k_1  Yused iNY  Y  d Y   Y  dY Y  Y  AgreementIDAgreementNumberAgreementTitleAgreementTypeAgreementLeadAgreementStatus(AgreementDescriptionIIeolitFwasodYY%YY.rC.rDAgreementIDPrimaryKeyHv1b@ w$1ATIS2-Interactive Traveler InformationInformation sharing@YM83AD2-ITS Data WarehouseData use/storagej@F:(2ATMS07-Regional Traffic ControlSharing data (flows, video)"Corridor operations coordination|N1LVALShare and link traveler information. Possible issues: access to networks/serversATAC will house traffic data for studies and analyses' YN!!Y Y AgreementIDProjectIDgD!"!#!$YYYYYnAgreementIDPrimaryKeyStakeholderIDDtblAgreementstblAgreementsProjectsTtblProjectInformationtblAgreementsProjectsLVAL'h0 & : < r  B @l&^dl*bqryStdArchitectureStandards.CommentqryStdArchitectureStandards.UserDefinedFlowStandardqryStdArchitectureStandards.DestinationEntityNameqryStdArchitectureStandards.DestinationEntityIDqryStdArchitectureStandards.FlowNameqryStdArchitectureStandards.FlowIDqryStdArchitectureStandards.SourceEntityNameqryStdArchitectureStandards.SourceEntityIDqryStdArchitectureStandards.StandardTitleqryStdArchitectureStandards.StandardDocIDqryStdArchitectureStandards.StandardIDqryStdArchitectureStandards.InRegionalArchitectureqryStdArchitectureStandards.ProjectID(((qryStdArchitectureStandardGroups.StandardGroupInclude)=True))qryStdArchitectureStandardGroups.SDOqryStdArchitectureStandardGroups.FlowStandardIncludeqryStdArchitectureStandardGroups.StandardGroupNarrativeqryStdArchitectureStandardGroups.UserDefinedFlowStandardqryStdArchitectureStandardGroups.DestinationEntityNameqryStdArchitectureStandardGroups.DestinationEntityIDqryStdArchitectureStandardGroups.FlowNameqryStdArchitectureStandardGroups.FlowIDqryStdArchitectureStandardGroups.SourceEntityNameqryStdArchitectureStandardGroups.SourceEntityIDqryStdArchitectureStandardGroups.StandardGroupNameqryStdArchitectureStandardGroups.StandardGroupShortNameqryStdArchitectureStandardGroups.StandardGroupqryStdArchitectureStandardGroups.InRegionalArchitectureqryStdArchitectureStandardGroups.ProjectIDqryStdArchitectureStandardGroups.ShowSELECT * FROM [qryStdEntityView-StandardEntity]SELECT * FROM [qryStdEntityView-GroupEntity] tblRegionalArchitecture.RegionalFlowID = qryFilteredFlows.RegionalFlowIDtblElements.ElementID = tblRegionalArchitecture.SourceElementIDtblElements_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblEntities.EntityID = tblFlowStandards.SourceEntityIDtblEntities_1.EntityID = tblFlowStandards.DestinationEntityIDtblFlowStandards.FlowID = tblFlows.FlowIDtblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementID  @ @ @ @ @ @ @ @ @ @ @ @ @ @      ! " #$%&'()*+,./012345678 9 : ; < =>-      !"# $ %&'()*+,- . / 0 12345678                !"#$%&' ( ) * +,-/0          . !"#$%&'() *+,-./012 3   .r9A{] X  5 z \  f H  L H z60AJbtblFlowStandardstblElementMapping_1@cW1 qryStdTempAllStandardstblFlowStandards~@i]= tblRegionalArchitecturetblElements_1@eY? tblFlowStandardstblFlowsR@MA1 tblElementMappingtblRegionalArchitecture@ma3 tblFlowStandardstblRegionalArchitecturep@ k_1 tblFlowStandardstblElementMappingx@ _S1  ShowShowYes2!  DestinationtblElements_1.ElementNameN' w FlowtblFlows.FlowName8 w SourcetblElements.ElementNameB wIsGroup qryStdTempAllStandards.IsGroupK wUserDefinedUserDefined@ I=' Include qryStdTempAllStandards.IncludeK wStandardDocIDH@ 7+ wStandardTitleH@ 7+ wSDOqryStdTempAllStandards.SDO? wStandardIDB@1% wRegionalFlowIDL@9- w tblProjectArchitecture===  tblApplicationStatus999 tblElementMappingtblElementMapping_1YY3 tblElementstblElements_1AA' tblFlows!!! tblRegionalArchitecture??? tblElementMapping333 tblFlowStandards111 qryStdTempAllStandards=== tblElements'''  GtblTempStandards111 O  GX7YZ_____2<@1% 7X7YZ_____1v@1% 7 G  G  GDestinationEntityName DestinationT;; oDestinationEntityIDDestinationIDR77 oFlowNameFlow3!! oFlowID% gSourceEntityNameSourceE11 oSourceEntityID SourceIDC-- oInRegionalArchitecture5 g ProjectID( gqryStdEntityView111   Gl@ 'P@ gT@ gV@ g!qryStdArchitectureStandards.SDO> gInclude^@+ oIsGroupNo/ oLVALL< > l pv$Lf$qrystdtempAllstandards.userdefined Or tblFlowStandards.UserDefinedqryStdTempAllStandards.StandardDocIDqryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardIDtblRegionalArchitecture.RegionalFlowID(((qryStdTempAllStandards.Include)=Yes) AND ((tblFlowStandards.Include)=Yes))tblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblElements.ElementID = tblRegionalArchitecture.SourceElementIDtblApplicationStatus.CurrentArchitecture = tblProjectArchitecture.ProjectIDtblFlowStandards.DestinationEntityID = tblElementMapping_1.EntityIDqryStdTempAllStandards.StandardID = tblFlowStandards.StandardIDtblRegionalArchitecture.DestinationElementID = tblElements_1.ElementIDtblFlowStandards.FlowID = tblFlows.FlowIDtblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblFlowStandards.FlowID = tblRegionalArchitecture.FlowIDtblFlowStandards.SourceEntityID = tblElementMapping.EntityIDqrystdtempAllstandards.userdefined Or tblFlowStandards.UserDefinedqryStdTempAllStandards.StandardDocIDqryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardIDtblRegionalArchitecture.RegionalFlowIDSELECT tblStandardGroups.StandardGroup AS StandardID, tblStandardGroups.SDO, tblStandardGroups.StandardGroupName AS StandardTitle, tblStandardGroups.StandardGroupShortName AS StandardDocID, tblStandardGroups.Include, tblStandardGroups.UserDefined, Yes AS IsGroup FROM tblStandardGroupsSELECT tblStandards.StandardID, tblStandards.SDO, tblStandards.StandardTitle, tblStandards.StandardDocID, tblStandards.Include, tblStandards.UserDefined, No AS IsGroup FROM tblStandards (((qryStdArchitectureStandards.StandardInclude)=True))qryStdArchitectureStandards.StandardTypeqryStdArchitectureStandards.StandardTypeIDqryStdArchitectureStandards.StandardVersionqryStdArchitectureStandards.FlowStandardInclude1 n P  T  & X  D Rf R`6JH GtblTempStandards111 O  G@  ' tblElementMapping_1tblRegionalArchitecture@ qe7  tblRegionalArchitecturetblProjectArchitecture@ wk?  tblElementstblRegionalArchitecture~@ aU'  tblApplicationStatustblProjectArchitecture@qe9 tblRegionalArchitectureqryFilteredFlows@k_? tblFlowStandardstblElementMapping_1@cW1 qryStdTempAllStandardstblFlowStandards~@i]= tblRegionalArchitecturetblElements_1@eY? tblFlowStandardstblFlowsR@MA1 tblElementMappingtblRegionalArchitecture@ma3 tblFlowStandardstblRegionalArchitecturep@k_1 tblFlowStandardstblElementMappingx@_S1  ShowqryFilteredFlows.FlowShow@ w DestinationtblElements_1.ElementNameN' w FlowtblFlows.FlowName8 w SourcetblElements.ElementNameB wIsGroup qryStdTempAllStandards.IsGroupK wUserDefinedUserDefined@I=' Include qryStdTempAllStandards.IncludeK wStandardDocIDH@7+ wStandardTitleH@7+ wSDOqryStdTempAllStandards.SDO? wStandardIDB@1% wRegionalFlowIDL@9- w tblProjectArchitecture===  tblApplicationStatus999  qryFilteredFlows111 tblElementMappingtblElementMapping_1YY3 tblElementstblElements_1AA' tblFlows!!! tblRegionalArchitecture??? tblElementMapping333 tblFlowStandards111 qryStdTempAllStandards=== tblElements'''  GtblTempStandards111 O  G@ ' tblElementMapping_1tblRegionalArchitecture@qe7  tblRegionalArchitecturetblProjectArchitecture@wk?  tblElementstblRegionalArchitecture~@aU' tblApplicationStatustblProjectArchitecture@qe9 LVAL< 2   l d<TDfj8qryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardID(((qryStdTempAllStandards.Include)=Yes) AND ((tblFlowStandards.Include)=Yes) AND ((tblRegionalArchitecture.InRegionalArchitecture)=Yes))tblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblElements.ElementID = tblRegionalArchitecture.SourceElementIDqryStdTempAllStandards.StandardID = tblFlowStandards.StandardIDtblRegionalArchitecture.DestinationElementID = tblElements_1.ElementIDtblFlowStandards.FlowID = tblFlows.FlowIDtblFlowStandards.DestinationEntityID = tblElementMapping_1.EntityIDtblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblFlowStandards.FlowID = tblRegionalArchitecture.FlowIDtblFlowStandards.SourceEntityID = tblElementMapping.EntityIDtblRegionalArchitecture.RegionalFlowID[qrystdtempAllstandards].[userdefined] Or [tblFlowStandards].[UserDefined]qryStdTempAllStandards.StandardDocIDqryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardID(((qryStdTempAllStandards.Include)=Yes) AND ((qryFilteredFlows.FlowShow)=Yes) AND ((tblFlowStandards.Include)=Yes))tblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblElements.ElementID = tblRegionalArchitecture.SourceElementIDtblApplicationStatus.CurrentArchitecture = tblProjectArchitecture.ProjectIDtblRegionalArchitecture.RegionalFlowID = qryFilteredFlows.RegionalFlowIDtblFlowStandards.DestinationEntityID = tblElementMapping_1.EntityIDqryStdTempAllStandards.StandardID = tblFlowStandards.StandardIDtblRegionalArchitecture.DestinationElementID = tblElements_1.ElementIDtblFlowStandards.FlowID = tblFlows.FlowIDtblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblFlowStandards.FlowID = tblRegionalArchitecture.FlowIDtblFlowStandards.SourceEntityID = tblElementMapping.EntityID4DR$ L  l  x ) I e {!9M#W Ca#Uc v SourcetblElements.ElementNameB wRegionalFlowIDL@9- wIsGroup qryStdTempAllStandards.IsGroupK wUserDefinedUserDefined@I=' Include qryStdTempAllStandards.IncludeK wStandardDocIDH@7+ wStandardTitleH@7+ wSDOqryStdTempAllStandards.SDO? wStandardIDB@1% w qryFilteredFlows111 tblElementstblElements_1AA' tblFlows!!! tblElementMappingtblElementMapping_1YY3 tblRegionalArchitecture??? tblElementMapping333 tblFlowStandards111 qryStdTempAllStandards=== tblElements'''  GtblTempStandards111 O  G@ ' tblElementMapping_1tblRegionalArchitecture@qe7 tblElementstblRegionalArchitecture~@aU' qryStdTempAllStandardstblFlowStandards~@i]= tblRegionalArchitecturetblElements_1@eY? tblFlowStandardstblFlowsR@MA1 tblFlowStandardstblElementMapping_1@cW1 tblElementMappingtblRegionalArchitecture@ma3 tblFlowStandardstblRegionalArchitecturep@k_1 tblFlowStandardstblElementMappingx@_S1  ShowShowTrue3!  DestinationtblElements_1.ElementNameN' w FlowtblFlows.FlowName8 w SourcetblElements.ElementNameB wRegionalFlowIDL@9- wIsGroup qryStdTempAllStandards.IsGroupK wUserDefinedUserDefined@I=' Include qryStdTempAllStandards.IncludeK wStandardDocIDH@7+ wStandardTitleH@7+ wSDOqryStdTempAllStandards.SDO? wStandardIDB@ 1% wtblElementstblElements_1AA' tblFlows!!! tblElementMappingtblElementMapping_1YY3 tblRegionalArchitecture??? tblElementMapping333 tblFlowStandards111 qryStdTempAllStandards=== tblElements''' LVAL$` f  v  @h4:$FtblRegionalArchitecture.RegionalFlowID=tblProjectArchitecture.RegionalFlowIDtblProjectArchitecture.ProjectID=tblApplicationStatus.CurrentArchitecturetblEntities_1.EntityID=tblFlowStandards.DestinationEntityIDtblEntities.EntityID=tblFlowStandards.SourceEntityIDtblElementMapping_1.EntityID=tblFlowStandards.DestinationEntityIDtblElementMapping_1.ElementID=tblRegionalArchitecture.DestinationElementIDtblElementMapping.EntityID=tblFlowStandards.SourceEntityIDtblElementMapping.ElementID=tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.FlowID=tblFlowStandards.FlowIDtblFlowStandards.StandardID=qryStdTempAllStandards.StandardIDtblFlowStandards.FlowID=tblFlows.FlowIDtblFlowStandards.DestinationEntityIDqryStdTempAllStandards.StandardDocIDqryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardIDtblTempStandards.RegionalFlowID=tblStandardsTailoring.RegionalFlowIDtblTempStandards.StandardID=tblStandardsTailoring.StandardID(((qryStdTempAllStandards.Include)=Yes) AND ((qryFilteredFlows.FlowShow)=Yes) AND ((tblFlowStandards.Include)=Yes) AND ((tblRegionalArchitecture.InRegionalArchitecture)=Yes))tblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblElements.ElementID = tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowID = qryFilteredFlows.RegionalFlowIDqryStdTempAllStandards.StandardID = tblFlowStandards.StandardIDtblRegionalArchitecture.DestinationElementID = tblElements_1.ElementIDtblFlowStandards.FlowID = tblFlows.FlowIDtblFlowStandards.DestinationEntityID = tblElementMapping_1.EntityIDtblFlowStandards.FlowID = tblRegionalArchitecture.FlowIDtblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblFlowStandards.SourceEntityID = tblElementMapping.EntityIDtblRegionalArchitecture.RegionalFlowID[qrystdtempAllstandards].[userdefined] Or [tblFlowStandards].[UserDefined]qryStdTempAllStandards.StandardDocIDS2`- E y   u W 9  4 L.f2@@p,27J ShowShowTrue3!   FlowtblFlows.FlowName8 w  FlowIDtblFlowStandards.FlowIDB w  DestinationtblEntities_1.EntityNameM' w  DestinationIDH@7+ w  SourcetblEntities.EntityNameA w SourceID!tblFlowStandards.SourceEntityIDN! w IncludetblFlowStandards.IncludeE w UserDefinedtblFlowStandards.UserDefinedQ' w IsGroup qryStdTempAllStandards.IsGroupK w StandardDocIDH@7+ w StandardTitleH@7+ w SDOqryStdTempAllStandards.SDO? w StandardIDB@1% w  tblApplicationStatus999   tblProjectArchitecture===  qryStdTempAllStandards===  tblFlows!!!  tblFlowStandards111  tblRegionalArchitecture???  tblElementMapping333  tblElementMappingtblElementMapping_1YY3  tblEntities'''  tblEntitiestblEntities_1AA'   G tblTempStandards111 O    G tblTempStandardstblStandardsTailoring@g[1  tblTempStandardstblStandardsTailoringx@g[1  tblTempStandards.IncludeFalseTA w tblStandardsTailoring;;;  tblTempStandards111   G    G\@  ' tblElementMapping_1tblRegionalArchitecture@ qe7  tblElementstblRegionalArchitecture~@ aU' tblRegionalArchitectureqryFilteredFlows@ k_? qryStdTempAllStandardstblFlowStandards~@ i]= tblRegionalArchitecturetblElements_1@eY? tblFlowStandardstblFlowsR@MA1 tblFlowStandardstblElementMapping_1@cW1 tblFlowStandardstblRegionalArchitecturep@k_1 tblElementMappingtblRegionalArchitecture@ma3 tblFlowStandardstblElementMappingx@_S1  ShowqryFilteredFlows.FlowShow@ w DestinationtblElements_1.ElementNameN' w FlowtblFlows.FlowName8 w  @ @ @ @ @ @ @ @ @ @ @ @ @ @8                !"#$%&' ( ) * +,-/0          . !"#$%&'() *+,-./012 3                             !  "  # $ % & ' ( ) * +  ,  -  .  /  0 1                                                                     !  "  #  $  %  &  '  (  )   *   +   ,   -   .  /                        K00> T  z \  T Xf(f N^~ s%8 ShowShowd@ -!   FlowtblFlows.FlowName8 w  FlowIDtblFlowStandards.FlowIDB w  DestinationtblEntities_1.EntityNameM' w  DestinationIDH@ 7+ w  SourcetblEntities.EntityNameA w SourceID!tblFlowStandards.SourceEntityIDN! w IncludetblFlowStandards.IncludeE w UserDefinedtblFlowStandards.UserDefinedQ' w IsGroup qryStdTempAllStandards.IsGroupK w StandardDocIDH@ 7+ w StandardTitleH@ 7+ w SDOqryStdTempAllStandards.SDO? w StandardIDB@ 1% w qryFilteredMarketPackagesEntityFlowsYYY  tblApplicationStatus999  tblProjectArchitecture===  tblFilterFlowTypes555  tblFilterEntityTypes999   tblFilterEntityClasses===   qryStdTempAllStandards===   tblFlows!!!   tblFlowStandards111   tblRegionalArchitecture???  tblElementMapping333  tblElementMappingtblElementMapping_1YY3  tblEntities'''  tblEntitiestblEntities_1AA'  tblFilterEntityClassestblFilterEntityClasses_1mm=  tblFilterEntityTypestblFilterEntityTypes_1ee9  tblFilterInterconnects===  tblFilterFlowFuturistic???   G tblTempStandards111 O    G P@  '  tblRegionalArchitecturetblProjectArchitecture@wk?   tblProjectArchitecturetblApplicationStatus@qe=   tblEntities_1tblFlowStandardsv@WK+  tblEntitiestblFlowStandardsh@SG'  tblElementMapping_1tblFlowStandards@cW7  tblElementMapping_1tblRegionalArchitecture@qe7  tblElementMappingtblFlowStandardst@_S3  tblElementMappingtblRegionalArchitecture@ma3  tblRegionalArchitecturetblFlowStandardsl@k_?  tblFlowStandardsqryStdTempAllStandardsz@i]1  tblFlowStandardstblFlowsN@MA1 LVALn&2 b h X ft "J[qryStdTempAllStandards].[StandardTitle][qryStdTempAllStandards].[StandardID]qryFilteredMarketPackagesEntityFlows.FlowID = tblFlowStandards.FlowIDqryFilteredMarketPackagesEntityFlows.DestinationEntityID = tblFlowStandards.DestinationEntityIDqryFilteredMarketPackagesEntityFlows.SourceEntityID = tblFlowStandards.SourceEntityIDtblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblProjectArchitecture.ProjectID = tblApplicationStatus.CurrentArchitecturetblFlows.FlowType = tblFilterFlowTypes.FlowTypetblFilterInterconnects.EntityClass2 = tblEntities_1.EntityClasstblFilterInterconnects.EntityClass = tblEntities.EntityClasstblFilterEntityTypes_1.EntityType = tblEntities_1.EntityTypetblFilterEntityClasses_1.EntityClass = tblEntities_1.EntityClasstblEntities.EntityType = tblFilterEntityTypes.EntityTypetblEntities.EntityClass = tblFilterEntityClasses.EntityClasstblEntities_1.EntityID = tblFlowStandards.DestinationEntityIDtblEntities.EntityID = tblFlowStandards.SourceEntityIDtblElementMapping_1.EntityID = tblFlowStandards.DestinationEntityIDtblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblElementMapping.EntityID = tblFlowStandards.SourceEntityIDtblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.FlowID = tblFlowStandards.FlowIDtblFlowStandards.StandardID = qryStdTempAllStandards.StandardIDtblFlowStandards.FlowID = tblFlows.FlowIDIIf([tblFilterFlowFuturistic].[Select]=False,Not [tblFlows].[FlowFuturistic],True) And [tblFilterFlowTypes].[Select] And [tblFilterEntityClasses].[Select] And [tblFilterEntityTypes].[Select] And [tblFilterInterconnects].[Select] And [tblFilterEntityClasses_1].[Select] And [tblFilterEntityTypes_1].[Select]tblFlowStandards.DestinationEntityIDqryStdTempAllStandards.StandardDocIDqryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardID(((qryStdTempAllStandards.Include)=Yes))N,0> T L h . ,vL.f2@Lt<J  DestinationIDP@7+ w  Source[tblEntities].[EntityName]E w SourceIDF@-! w Include[tblFlowStandards].[Include]I w UserDefined"[tblFlowStandards].[UserDefined]U' w IsGroupD@+ w StandardDocIDP@7+ w StandardTitleP@ 7+ w SDO [qryStdTempAllStandards].[SDO]C w StandardIDJ@ 1% w qryStdTempAllStandards===  tblFlows!!!  tblFlowStandards111  tblRegionalArchitecture???  tblElementMapping333  tblElementMappingtblElementMapping_1YY3  tblEntities'''  tblEntitiestblEntities_1AA'   G tblTempStandards111 O    G @ ' qryFilteredMarketPackagesEntityFlowstblFlowStandards@ yY  qryFilteredMarketPackagesEntityFlowstblFlowStandards@ yY  qryFilteredMarketPackagesEntityFlowstblFlowStandards@ yY  tblRegionalArchitecturetblProjectArchitecture@ wk?  tblProjectArchitecturetblApplicationStatus@ qe=  tblFlowstblFilterFlowTypes^@ QE!  tblFilterInterconnectstblEntities_1~@ cW=  tblFilterInterconnectstblEntitiesx@ _S=   tblFilterEntityTypes_1tblEntities_1x@ cW=   tblFilterEntityClasses_1tblEntities_1@ g[A   tblEntitiestblFilterEntityTypesp@ [O'   tblEntitiestblFilterEntityClassesx@ _S'   tblEntities_1tblFlowStandardsz@ WK+  tblEntitiestblFlowStandardsl@ SG'  tblElementMapping_1tblFlowStandards@ cW7  tblElementMapping_1tblRegionalArchitecture@ qe7  tblElementMappingtblFlowStandardsx@ _S3  tblElementMappingtblRegionalArchitecture@ ma3  tblRegionalArchitecturetblFlowStandardsp@ k_?  tblFlowStandardsqryStdTempAllStandards~@ i]1  tblFlowStandardstblFlowsR@ MA1   @ @ @ @ @ @ @ @ @ @ @ @ @ @                          !  "  # $ % & ' ( ) * +  ,  -  .  /  0 1                                                                     !  "  #  $  %  &  '  (  )   *   +   ,   -   .  /                                                                 !  "  #  $  %  &  '  (  )   *   +                                            ! " # $ % & ' ( )  *  +  ,  -  . / 0                         LVAL2 X   dnV~>ntblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblElementMapping.EntityID = tblFlowStandards.SourceEntityIDtblRegionalArchitecture.FlowID = tblFlowStandards.FlowIDtblFlowStandards.StandardID = qryStdTempAllStandards.StandardIDtblFlowStandards.FlowID = tblFlows.FlowIDIIf(tblFilterFlowFuturistic.[Select]=False,Not tblFlows.FlowFuturistic,True) And tblFilterFlowTypes.[Select] And tblFilterEntityClasses.[Select] And tblFilterEntityTypes.[Select] And tblFilterInterconnects.[Select] And tblFilterEntityClasses_1.[Select] And tblFilterEntityTypes_1.[Select]tblFlowStandards.DestinationEntityIDqryStdTempAllStandards.StandardDocIDqryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardID((([qryStdTempAllStandards].[Include])=Yes) And (([tblRegionalArchitecture].[InRegionalArchitecture])=Yes))tblEntities_1.EntityID=[tblFlowStandards].[DestinationEntityID][tblEntities].[EntityID]=[tblFlowStandards].[SourceEntityID]tblElementMapping_1.EntityID=[tblFlowStandards].[DestinationEntityID]tblElementMapping_1.ElementID=[tblRegionalArchitecture].[DestinationElementID][tblElementMapping].[EntityID]=[tblFlowStandards].[SourceEntityID][tblElementMapping].[ElementID]=[tblRegionalArchitecture].[SourceElementID][tblRegionalArchitecture].[FlowID]=[tblFlowStandards].[FlowID][tblFlowStandards].[StandardID]=[qryStdTempAllStandards].[StandardID][tblFlowStandards].[FlowID]=[tblFlows].[FlowID][tblFlowStandards].[DestinationEntityID][tblFlowStandards].[SourceEntityID][qryStdTempAllStandards].[IsGroup][qryStdTempAllStandards].[StandardDocID](((IIf([tblFilterFlowFuturistic].[Select]=False,Not [tblFlows].[FlowFuturistic],True) And [tblFilterFlowTypes].[Select] And [tblFilterEntityClasses].[Select] And [tblFilterEntityTypes].[Select] And [tblFilterInterconnects].[Select] And [tblFilterEntityClasses_1].[Select] And [tblFilterEntityTypes_1].[Select])=Yes) AND ((qryStdTempAllStandards.Include)=Yes))K1S p   N F ( v , @X`Dv2|*=O tblFlowStandardstblFlowsR@MA1  ShowShow@@-!   FlowtblFlows.FlowName8 w  FlowIDtblFlowStandards.FlowIDB w  DestinationtblEntities_1.EntityNameM' w  DestinationIDH@7+ w  SourcetblEntities.EntityNameA w SourceID!tblFlowStandards.SourceEntityIDN! w IncludetblFlowStandards.IncludeE w UserDefinedtblFlowStandards.UserDefinedQ' w IsGroup qryStdTempAllStandards.IsGroupK w StandardDocIDH@7+ w StandardTitleH@7+ w SDOqryStdTempAllStandards.SDO? w StandardIDB@1% w tblFilterFlowTypes555  tblFilterEntityTypes999  tblFilterEntityClasses===   qryStdTempAllStandards===   tblFlows!!!   tblFlowStandards111   tblRegionalArchitecture???   tblElementMapping333  tblElementMappingtblElementMapping_1YY3  tblEntities'''  tblEntitiestblEntities_1AA'  tblFilterEntityClassestblFilterEntityClasses_1mm=  tblFilterEntityTypestblFilterEntityTypes_1ee9  tblFilterInterconnects===  qryFilteredMarketPackagesEntityFlowsYYY  tblFilterFlowFuturistic???   G tblTempStandards111 O    G @ '  tblEntities_1tblFlowStandards~@ WK+  tblEntitiestblFlowStandardsx@ SG'  tblElementMapping_1tblFlowStandards@ cW7  tblElementMapping_1tblRegionalArchitecture@ qe7  tblElementMappingtblFlowStandards@ _S3  tblElementMappingtblRegionalArchitecture@ma3  tblRegionalArchitecturetblFlowStandards|@k_?  tblFlowStandardsqryStdTempAllStandards@i]1  tblFlowStandardstblFlows^@MA1  ShowShowTrue3!   Flow[tblFlows].[FlowName]< w  FlowID[tblFlowStandards].[FlowID]F w  DestinationtblEntities_1.EntityNameM' w[,, > z  2 R dlN V(IV;tblElementMappingtblRegionalArchitecture@ma3 tblElementMappingtblFlowStandardst@_S3 tblRegionalArchitecturetblFlowStandardsl@k_? tblFlowStandardsqryStdTempAllStandardsz@i]1 tblFlowStandardstblFlowsN@MA1 H@ gtblFlows.FlowName0 gtblFlowStandards.FlowID6 gtblEntities_1.EntityName7 gH@ gtblEntities.EntityName5 g!tblFlowStandards.SourceEntityID> g tblProjectArchitecture===  qryStdTempAllStandards=== tblFlows!!! tblFlowStandards111 tblRegionalArchitecture??? tblElementMapping333 tblElementMappingtblElementMapping_1YY3 tblEntities''' tblEntitiestblEntities_1AA' tblApplicationStatus999  G  G D@ ' qryFilteredMarketPackagesEntityFlowstblFlowStandards@ yY  qryFilteredMarketPackagesEntityFlowstblFlowStandards@ yY  qryFilteredMarketPackagesEntityFlowstblFlowStandards@ yY  tblFlowstblFilterFlowTypes^@ QE!  tblFilterInterconnectstblEntitiesx@ _S=  tblFilterInterconnectstblEntities_1~@cW=   tblFilterEntityTypes_1tblEntities_1x@cW=   tblFilterEntityClasses_1tblEntities_1@g[A   tblEntitiestblFilterEntityTypesp@[O'   tblEntitiestblFilterEntityClassesx@_S'   tblEntities_1tblFlowStandardsz@WK+  tblEntitiestblFlowStandardsl@SG'  tblElementMapping_1tblRegionalArchitecture@qe7  tblElementMapping_1tblFlowStandards@cW7  tblElementMappingtblRegionalArchitecture@ma3  tblElementMappingtblFlowStandardsx@_S3  tblRegionalArchitecturetblFlowStandardsp@k_?  tblFlowStandardsqryStdTempAllStandards~@i]1 LVALzv   & > J:ZRVtblEntities_1.EntityID=tblFlowStandards.DestinationEntityIDtblEntities.EntityID=tblFlowStandards.SourceEntityIDtblElementMapping_1.ElementID=tblRegionalArchitecture.DestinationElementIDtblElementMapping_1.EntityID=tblFlowStandards.DestinationEntityIDtblElementMapping.ElementID=tblRegionalArchitecture.SourceElementIDtblElementMapping.EntityID=tblFlowStandards.SourceEntityIDtblRegionalArchitecture.FlowID=tblFlowStandards.FlowIDtblFlowStandards.StandardID=qryStdTempAllStandards.StandardIDtblFlowStandards.FlowID=tblFlows.FlowIDqryStdTempAllStandards.StandardDocIDtblFlowStandards.DestinationEntityID(((IIf([tblFilterFlowFuturistic].[Select]=False,Not [tblFlows].[FlowFuturistic],True) And [tblFilterFlowTypes].[Select] And [tblFilterEntityClasses].[Select] And [tblFilterEntityTypes].[Select] And [tblFilterInterconnects].[Select] And [tblFilterEntityClasses_1].[Select] And [tblFilterEntityTypes_1].[Select])=Yes) AND ((qryStdTempAllStandards.Include)=Yes) AND ((tblRegionalArchitecture.InRegionalArchitecture)=Yes))qryFilteredMarketPackagesEntityFlows.SourceEntityID = tblFlowStandards.SourceEntityIDqryFilteredMarketPackagesEntityFlows.DestinationEntityID = tblFlowStandards.DestinationEntityIDqryFilteredMarketPackagesEntityFlows.FlowID = tblFlowStandards.FlowIDtblFlows.FlowType = tblFilterFlowTypes.FlowTypetblFilterInterconnects.EntityClass = tblEntities.EntityClasstblFilterInterconnects.EntityClass2 = tblEntities_1.EntityClasstblFilterEntityTypes_1.EntityType = tblEntities_1.EntityTypetblFilterEntityClasses_1.EntityClass = tblEntities_1.EntityClasstblEntities.EntityType = tblFilterEntityTypes.EntityTypetblEntities.EntityClass = tblFilterEntityClasses.EntityClasstblEntities_1.EntityID = tblFlowStandards.DestinationEntityIDtblEntities.EntityID = tblFlowStandards.SourceEntityIDtblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblElementMapping_1.EntityID = tblFlowStandards.DestinationEntityID  @ @ @ @ @ @ @ @ @ @ @ @ @ @                                         !  "  #  $  %  &  '  (  )   *   +                                            ! " # $ % & ' ( )  *  +  ,  -  . / 0                            !"#$%&'()*+           !"# $ % &'(*+,-./012      ) !"G3N L "  \ ( 6 : c 9 uK{/ki?!cq3qryStdTempAllStandards=== tblFlows!!! tblFlowStandards111 tblRegionalArchitecture??? tblElementMapping333 tblElementMappingtblElementMapping_1YY3 tblEntities''' tblEntitiestblEntities_1AA'  G  G@ ' tblApplicationStatustblProjectArchitecture@qe9  tblRegionalArchitecturetblProjectArchitecture@wk?  tblEntities_1tblFlowStandardsz@ WK+ tblEntitiestblFlowStandardsl@ SG' tblElementMapping_1tblFlowStandards@ cW7 tblElementMapping_1tblRegionalArchitecture@ qe7 tblElementMappingtblFlowStandardsx@ _S3 tblElementMappingtblRegionalArchitecture@ma3 tblRegionalArchitecturetblFlowStandardsp@k_? tblFlowStandardsqryStdTempAllStandards~@i]1 tblFlowStandardstblFlowsR@MA1 H@ gtblFlows.FlowName0 gtblFlowStandards.FlowID6 gtblEntities_1.EntityName7 gH@ gtblEntities.EntityName5 g!tblFlowStandards.SourceEntityID> g tblProjectArchitecture===  tblApplicationStatus999 qryStdTempAllStandards=== tblFlows!!! tblFlowStandards111 tblRegionalArchitecture??? tblElementMapping333 tblElementMappingtblElementMapping_1YY3 tblEntities''' tblEntitiestblEntities_1AA'  G G  GP@ ' tblApplicationStatustblProjectArchitecture@qe9  tblRegionalArchitecturetblProjectArchitecture@wk?  tblEntities_1tblFlowStandardsv@WK+ tblEntitiestblFlowStandardsh@SG' tblElementMapping_1tblRegionalArchitecture@qe7 tblElementMapping_1tblFlowStandards@cW7 LVAL!h> & ,  *  ~|4lLntblFlowStandards.StandardID=qryStdTempAllStandards.StandardIDtblFlowStandards.FlowID=tblFlows.FlowIDqryStdTempAllStandards.StandardDocIDtblFlowStandards.DestinationEntityID(((qryStdTempAllStandards.Include)=Yes) AND ((tblRegionalArchitecture.InRegionalArchitecture)=Yes))tblEntities_1.EntityID=tblFlowStandards.DestinationEntityIDtblEntities.EntityID=tblFlowStandards.SourceEntityIDtblElementMapping_1.ElementID=tblRegionalArchitecture.DestinationElementIDtblElementMapping_1.EntityID=tblFlowStandards.DestinationEntityIDtblElementMapping.ElementID=tblRegionalArchitecture.SourceElementIDtblElementMapping.EntityID=tblFlowStandards.SourceEntityIDtblRegionalArchitecture.FlowID=tblFlowStandards.FlowIDtblFlowStandards.StandardID=qryStdTempAllStandards.StandardIDtblFlowStandards.FlowID=tblFlows.FlowIDqryStdTempAllStandards.StandardDocIDtblFlowStandards.DestinationEntityID(((qryStdTempAllStandards.StandardDocID)=[DocID]) AND ((qryStdTempAllStandards.Include)=Yes))tblApplicationStatus.CurrentArchitecture = tblProjectArchitecture.ProjectIDtblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblEntities_1.EntityID = tblFlowStandards.DestinationEntityIDtblEntities.EntityID = tblFlowStandards.SourceEntityIDtblElementMapping_1.EntityID = tblFlowStandards.DestinationEntityIDtblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblElementMapping.EntityID = tblFlowStandards.SourceEntityIDtblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.FlowID = tblFlowStandards.FlowIDtblFlowStandards.StandardID = qryStdTempAllStandards.StandardIDtblFlowStandards.FlowID = tblFlows.FlowIDqryStdTempAllStandards.StandardDocIDtblFlowStandards.DestinationEntityID(((qryStdTempAllStandards.Include)=Yes))tblApplicationStatus.CurrentArchitecture=tblProjectArchitecture.ProjectIDtblRegionalArchitecture.RegionalFlowID=tblProjectArchitecture.RegionalFlowID0&Om3  M` ,  J  B`\GSD$2jfB|>Ԃ@Ԃ@tblFi>n@tZz@tblFilterFlowFuturisticV`@\\\PPPPPPPN @:.v@Zz@tblFilterFlowDeploymentV@\\\PPPPPPPN @6Ļ@?g)@tblFilterEntityTypesV@VVVJJJJJJJH @2Z@?g)@tblFilterEntityClassesV@ZZZNNNNNNNL @Ėc·@(@tblEPRequirementsV@PPPDDDDDDDB @SzQ·@]9`@tblEPMPsV@>>>22222220 @!ױ·@5I3@tblEPElementsRequirementsV|@```TTTTTTTR @i@T@tblEPArchRequirementsV@XXXLLLLLLLJ @{~%@ @tblEPArchV@@@@44444442 @Ss @L@tblEntitiesV. @DDD88888886 @;GÍ @-K@tblElementMappingV@PPPDDDDDDDB @DW @ 3@tblConfigurationV@NNNBBBBBBB@ @Bkm@@tblChangesV@BBB66666664 @=0 }@+B @tblChangeLogVA@FFF:::::::8 @8b.@=o@tblAPShapeStyleV @LLL@@@@@@@> @5@";P@tblApplicationStatusV @VVVJJJJJJJH @;+Um @e @tblAPEntitiesV@HHH<<<<<<<: @%J6 ҇@ԇ@tblAgreementsStakeholdersV@```TTTTTTTR @E҇@ޡvԇ@tblAgreementsProjectsV@XXXLLLLLLLJ @Cj҇@]$Pԇ@tblAgreementsV@HHH<<<<<<<: @ѿb@b@qryUnsupportedFlowsV'@@`TTHHHHHHHF @pRb@pRb@qrySupportedUDFlowsV@@`TTHHHHHHHF @;wb@wb@qrySupportedAllFlowsV@|@bVVJJJJJJJH @xR@eoR@qryStdTempStandardSelectRegionV@@vjj^^^^^^^\ @ЇR@PR@qryStdTempStandardSelectProjectV@$ @xll```````^ @ 5s@Cs@@qryStdTempStandardEntityAppendRegionV#@@vvjjjjjjjh @4s@B s@@qryStdTempStandardEntityAppendProjectV@@xxlllllllj @;h@]v@@qryStdTempStandardAppendProjectV@$ @xll```````^ @ԡR@eoR@@qryStdTempStandardAllAppendRegionV@@|ppdddddddb @R@BPR@@qryStdTempStandardAllAppendProjectV@@~rrfffffffd @]2s@Hs@qryStdTempEntitySelectRegionSpecificVs@@ @vvjjjjjjjh @-s@lRs@qryStdTempEntitySelectRegionVs@@ @rffZZZZZZZX @;L3sI[  - ? { Q 3  u  E@R(Xf| HZStandardIDB@1% wqryStdTempStandardSelectProjectOOO qryStdTempAllStandards=== tblTempStandards111 O  G<@ ' tblEntities_1tblFlowStandardsv@WK+ tblEntitiestblFlowStandardsh@SG' tblElementMapping_1tblFlowStandards@cW7 tblElementMapping_1tblRegionalArchitecture@qe7 tblElementMappingtblFlowStandardst@_S3 tblElementMappingtblRegionalArchitecture@ma3 tblRegionalArchitecturetblFlowStandardsl@k_? tblFlowStandardsqryStdTempAllStandardsz@ i]1 tblFlowStandardstblFlowsN@MA1 H@ gtblFlows.FlowName0 gtblFlowStandards.FlowID6 gtblEntities_1.EntityName7 gH@ gtblEntities.EntityName5 g!tblFlowStandards.SourceEntityID> gqryStdTempAllStandards=== tblFlows!!! tblFlowStandards111 tblRegionalArchitecture??? tblElementMapping333 tblElementMappingtblElementMapping_1YY3 tblEntities''' tblEntitiestblEntities_1AA'  G  G@ ' tblEntities_1tblFlowStandardsv@WK+ tblEntitiestblFlowStandardsh@SG' tblElementMapping_1tblRegionalArchitecture@qe7 tblElementMapping_1tblFlowStandards@cW7 tblElementMappingtblRegionalArchitecture@ma3 tblElementMappingtblFlowStandardst@_S3 tblRegionalArchitecturetblFlowStandardsl@k_? tblFlowStandardsqryStdTempAllStandardsz@i]1 tblFlowStandardstblFlowsN@MA1 H@ gtblFlows.FlowName0 gtblFlowStandards.FlowID6 gtblEntities_1.EntityName7 gH@ gtblEntities.EntityName5 g!tblFlowStandards.SourceEntityID> g @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @   !"#$%&'()*+           !"# $ % &'(*+,-./012      ) !"#$%&'()* +,-/012.      !"#$%&'()*+,-./01     2 !"#$%&LVAL"  j ( T @ n*H|`:qryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardIDtblRegionalArchitecture.RegionalFlowID = tblProjectArchitecture.RegionalFlowIDtblProjectArchitecture.ProjectID = tblApplicationStatus.CurrentArchitecturetblElementMapping_1.EntityID = tblFlowStandards.DestinationEntityIDtblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblElementMapping.EntityID = tblFlowStandards.SourceEntityIDtblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.FlowID = tblFlowStandards.FlowIDtblFlowStandards.StandardID = qryStdTempAllStandards.StandardIDqryStdTempAllStandards.UserDefinedqryStdTempAllStandards.StandardDocIDqryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardIDqryStdTempAllStandards.StandardID=qryStdTempStandardSelectRegion.StandardIDIIf(IsNull(qryStdTempStandardSelectRegion.StandardID),No,Yes)qryStdTempAllStandards.UserDefinedqryStdTempAllStandards.StandardDocIDqryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardIDqryStdTempAllStandards.StandardID=qryStdTempStandardSelectProject.StandardIDIIf(IsNull(qrystdtempstandardselectproject.StandardID),No,Yes)qryStdTempAllStandards.UserDefinedqryStdTempAllStandards.StandardDocIDqryStdTempAllStandards.StandardTitleqryStdTempAllStandards.StandardID(((qryStdTempAllStandards.StandardDocID) Like [Doc ID]) AND ((qryStdTempAllStandards.Include)=Yes) AND ((tblRegionalArchitecture.InRegionalArchitecture)=Yes))tblEntities_1.EntityID=tblFlowStandards.DestinationEntityIDtblEntities.EntityID=tblFlowStandards.SourceEntityIDtblElementMapping_1.EntityID=tblFlowStandards.DestinationEntityIDtblElementMapping_1.ElementID=tblRegionalArchitecture.DestinationElementIDtblElementMapping.EntityID=tblFlowStandards.SourceEntityIDtblElementMapping.ElementID=tblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.FlowID=tblFlowStandards.FlowID3p,< f H * H z 6 F  r T 6 t4`Ff&&<N  GtblRegionalArchitecturetblProjectArchitecture@wk? tblProjectArchitecturetblApplicationStatus@qe= tblElementMapping_1tblFlowStandards@cW7 tblElementMapping_1tblRegionalArchitecture@qe7 tblElementMappingtblFlowStandardsx@_S3 tblElementMappingtblRegionalArchitecture@ma3 tblRegionalArchitecturetblFlowStandardsp@k_? tblFlowStandardsqryStdTempAllStandards~@i]1 Include qryStdTempAllStandards.IncludeK wShowShowTrue3! UserDefinedD@3' wIsGroup qryStdTempAllStandards.IsGroupK wStandardDocIDH@7+ wStandardTitleH@7+ wSDOqryStdTempAllStandards.SDO? wStandardIDB@1% wtblApplicationStatus999 tblProjectArchitecture=== qryStdTempAllStandards=== tblFlowStandards111 tblRegionalArchitecture??? tblElementMapping333 tblElementMappingtblElementMapping_1YY3  GtblTempStandards111 O  GqryStdTempAllStandardsqryStdTempStandardSelectRegion@y= InArchInArchz@5) IsGroup qryStdTempAllStandards.IsGroupK wUserDefinedD@3' wInclude qryStdTempAllStandards.IncludeK wStandardDocIDH@7+ wStandardTitleH@7+ wSDOqryStdTempAllStandards.SDO? wStandardIDB@1% wqryStdTempStandardSelectRegionMMM qryStdTempAllStandards=== tblTempStandards111 O  GqryStdTempAllStandardsqryStdTempStandardSelectProject@ {= InArchInArch|@ 5) IsGroup qryStdTempAllStandards.IsGroupK wUserDefinedD@ 3' wInclude qryStdTempAllStandards.IncludeK wStandardDocIDH@ 7+ wStandardTitleH@ 7+ wSDOqryStdTempAllStandards.SDO? wN2>t* \  @ r  & xZT f0H> d0FlowNameJ@-! wFlowIDF@) wDestinationEntityNamej@G; wDestinationEntityID`@C7 wSourceEntityNamef@=1 wSourceEntityIDV@9- wqryStdTempEntitySelectRegionSpecificYYY qryStdTempEntitySelectRegionIII  GtblTempStandardEntity;;; O  G@ 'qryStdTempEntitySelectProjectqryStdTempEntitySelectProjectSpecific@K qryStdTempEntitySelectProjectqryStdTempEntitySelectProjectSpecific@K qryStdTempEntitySelectProjectqryStdTempEntitySelectProjectSpecific@K FlowNameL@-! wFlowIDH@ ) wDestinationEntityNamel@ G; wDestinationEntityIDb@ C7 wSourceEntityNameh@ =1 wSourceEntityIDX@ 9- wqryStdTempEntitySelectProjectSpecific[[[ qryStdTempEntitySelectProjectKKK  GtblTempStandardEntity;;; O  Gp@ 'tblElementMapping_1tblRegionalArchitecture@qe7 tblElementMapping_1tblFlowStandards@cW7 tblElementMappingtblRegionalArchitecture@ma3 tblElementMappingtblFlowStandardsx@_S3 tblRegionalArchitecturetblFlowStandardsp@k_? tblFlowStandardsqryStdTempAllStandards~@i]1 Include qryStdTempAllStandards.IncludeK wShowShowTrue3! UserDefinedD@3' wIsGroup qryStdTempAllStandards.IsGroupK wStandardDocIDH@7+ wStandardTitleH@!7+ wSDOqryStdTempAllStandards.SDO? wStandardIDB@ 1% wqryStdTempAllStandards=== tblFlowStandards111 tblRegionalArchitecture??? tblElementMapping333 tblElementMappingtblElementMapping_1YY3  GtblTempStandards111 OLVAL t f 6 h  4 N>2\8|tblRegionalArchitecture.FlowID=tblFlowStandards.FlowIDtblFlowStandards.StandardID=qryStdTempAllStandards.StandardIDqryStdTempAllStandards.StandardID(((qryStdTempEntitySelectRegionSpecific.SourceEntityID) Is Null))qryStdTempEntitySelectRegion.FlowID = qryStdTempEntitySelectRegionSpecific.FlowIDqryStdTempEntitySelectRegion.DestinationEntityID = qryStdTempEntitySelectRegionSpecific.DestinationEntityIDqryStdTempEntitySelectRegion.SourceEntityID = qryStdTempEntitySelectRegionSpecific.SourceEntityIDqryStdTempEntitySelectRegion.FlowNameqryStdTempEntitySelectRegion.FlowIDqryStdTempEntitySelectRegion.tblEntities_1.EntityNameqryStdTempEntitySelectRegion.DestinationEntityIDqryStdTempEntitySelectRegion.tblEntities.EntityNameqryStdTempEntitySelectRegion.SourceEntityID(((qryStdTempEntitySelectProjectSpecific.SourceEntityID) Is Null))qryStdTempEntitySelectProject.FlowID = qryStdTempEntitySelectProjectSpecific.FlowIDqryStdTempEntitySelectProject.DestinationEntityID = qryStdTempEntitySelectProjectSpecific.DestinationEntityIDqryStdTempEntitySelectProject.SourceEntityID = qryStdTempEntitySelectProjectSpecific.SourceEntityIDqryStdTempEntitySelectProject.FlowNameqryStdTempEntitySelectProject.FlowIDqryStdTempEntitySelectProject.tblEntities_1.EntityNameqryStdTempEntitySelectProject.DestinationEntityIDqryStdTempEntitySelectProject.tblEntities.EntityNameqryStdTempEntitySelectProject.SourceEntityID(((tblRegionalArchitecture.InRegionalArchitecture)=Yes))tblElementMapping_1.ElementID = tblRegionalArchitecture.DestinationElementIDtblElementMapping_1.EntityID = tblFlowStandards.DestinationEntityIDtblElementMapping.ElementID = tblRegionalArchitecture.SourceElementIDtblElementMapping.EntityID = tblFlowStandards.SourceEntityIDtblRegionalArchitecture.FlowID = tblFlowStandards.FlowIDtblFlowStandards.StandardID = qryStdTempAllStandards.StandardIDqryStdTempAllStandards.UserDefinedqryStdTempAllStandards.StandardDocID @ @ @ @ @ @ @ @ @ @ @ @ ()*+,-./01'      !"#$%&')*+,(-/012      .                             ! " # $ % 3V ~  N  t J \ v   hJ,:.D~`B$lN0tblElementMappingtblElementMapping_1YY3 tblElementMapping333  G G  GX7YZ_____2B@1% 7X7YZ_____1P@1% 7 G  G  Gp@  'tblElementMapping_1tblRegionalArchitecture@ qe7 tblElementMapping_1tblFlowStandards@ cW7 tblElementMappingtblRegionalArchitecture@ ma3 tblElementMappingtblFlowStandardst@ _S3 tblRegionalArchitecturetblFlowStandardsl@k_? tblFlowStandardsqryStdTempAllStandardsz@i]1 B@ gqryStdTempAllStandards=== tblFlowStandards111 tblRegionalArchitecture??? tblElementMapping333 tblElementMappingtblElementMapping_1YY3  G  GtblRegionalArchitecturetblProjectArchitecture@wk? tblProjectArchitecturetblApplicationStatus@qe= tblElementMapping_1tblRegionalArchitecture@qe7 tblElementMapping_1tblFlowStandards@cW7 tblElementMappingtblRegionalArchitecture@ma3 tblElementMappingtblFlowStandardst@_S3 tblRegionalArchitecturetblFlowStandardsl@k_? tblFlowStandardsqryStdTempAllStandardsz@i]1 B@ gtblApplicationStatus999 tblProjectArchitecture=== qryStdTempAllStandards=== tblFlowStandards111 tblRegionalArchitecture??? tblElementMapping333 tblElementMappingtblElementMapping_1YY3  G  G@ 'qryStdTempEntitySelectRegionqryStdTempEntitySelectRegionSpecific@I qryStdTempEntitySelectRegionqryStdTempEntitySelectRegionSpecific@I qryStdTempEntitySelectRegionqryStdTempEntitySelectRegionSpecific@I LVAL ^ * "   z|0.`8(((qrySupportedAllFlows.SourceElementID) Is Null))tblRegionalArchitecture.FlowID = qrySupportedAllFlows.FlowIDtblRegionalArchitecture.DestinationElementID = qrySupportedAllFlows.DestinationElementIDtblRegionalArchitecture.SourceElementID = qrySupportedAllFlows.SourceElementIDtblRegionalArchitecture.LastBuildtblRegionalArchitecture.BuildTouchedtblRegionalArchitecture.FlowStatustblRegionalArchitecture.InRegionalArchitecturetblRegionalArchitecture.DestinationElementIDtblRegionalArchitecture.SourceElementIDtblRegionalArchitecture.RegionalFlowIDtblUDEntityFlows.DestinationEntityID = tblElementMapping_1.EntityIDtblUDEntityFlows.SourceEntityID = tblElementMapping.EntityIDtblElementMapping_1.EntityID = tblMarketPackageFlows.DestinationEntityIDtblElementMapping.EntityID = tblMarketPackageFlows.SourceEntityIDSELECT * FROM qrySupportedUDFlowsSELECT * FROM qrySupportedNationalFlows (((tblRegionalArchitecture.InRegionalArchitecture)=Yes))tblElementMapping_1.ElementID=tblRegionalArchitecture.DestinationElementIDtblElementMapping_1.EntityID=tblFlowStandards.DestinationEntityIDtblElementMapping.ElementID=tblRegionalArchitecture.SourceElementIDtblElementMapping.EntityID=tblFlowStandards.SourceEntityIDtblRegionalArchitecture.FlowID=tblFlowStandards.FlowIDtblFlowStandards.StandardID=qryStdTempAllStandards.StandardIDqryStdTempAllStandards.StandardIDtblRegionalArchitecture.RegionalFlowID=tblProjectArchitecture.RegionalFlowIDtblProjectArchitecture.ProjectID=tblApplicationStatus.CurrentArchitecturetblElementMapping_1.ElementID=tblRegionalArchitecture.DestinationElementIDtblElementMapping_1.EntityID=tblFlowStandards.DestinationEntityIDtblElementMapping.ElementID=tblRegionalArchitecture.SourceElementIDtblElementMapping.EntityID=tblFlowStandards.SourceEntityID  @  @ hiviikmJ\QiQ^JmQOJOOYmYdbJ^hiviikmJ\QiQ^JmQOJOOYmYdbJ^fid[QMmhiviikmJ\QiQ^JmQOfid[QMmhiviikmJ\QkhivkQ^QMmJ^^YbmQiMdbbQMmkhivkQ^QMmJiMWYmQMmoiQYbmQiMdbbQMmkkmJmokhivkQ^QMmJiMWYmQMmoiQYbmQiMdbbQMmkkmJmokLJkYMhivkQ^QMmQ^Q`Qbmkfid[QMm hivkQ^QMmQ^Q`Qbmkfid[QMmd^O hivkQ^QMmobYhoQYbmQiMdbbQMmk hivkmJ\QWd^OQiid^QkQufJbOQO hivkmJmokOQkMiYfmYdbQuYkmk hivkmOJ^^kmJbOJiOUidofkhivkmOJ^^kmJbOJiOkhivkmOJ^^kmJbOJiOkUidofkhivkmOJiMWYmQMmoiQkmJbOJiOUidofkhivkmOJiMWYmQMmoiQkmJbOJiOkhivkmOQbmYmvqYQshivkmOQbmYmvqYQsUidofQbmYmvGhivkmOQbmYmvqYQskmJbOJiOQbmYmvGhivkmOkmJbOJiOQbmYmvSdi`hivkmOmQ`fJ^^kmJbOJiOkhivkmOmQ`fQ^Q`QbmJffQbOfid[QMmhivkmOmQ`fQ^Q`QbmJffQbOfid[QMmSY^mQiQOhivkmOmQ`fQ^Q`QbmJffQbOiQUYdbhivkmOmQ`fQ^Q`QbmJffQbOiQUYdbSY^mQiQOhivkmOmQ`fQ^Q`QbmQuM^oOQhivkmOmQ`fQbmYmvJffQbOfid[QMmhivkmOmQ`fQbmYmvJffQbOfid[QMmSY^mQiQOhivkmOmQ`fQbmYmvJffQbOiQUYdbhivkmOmQ`fQbmYmvJffQbOiQUYdbSY^mQiQO hivkmOmQ`fQbmYmvkQ^QMmfid[QMm!hivkmOmQ`fQbmYmvkQ^QMmfid[QMmkfQMYSYMhivkmOmQ`fQbmYmvkQ^QMmiQUYdbhivkmOmQ`fQbmYmvkQ^QMmiQUYdbkfQMYSYMhivkmOmQ`fkmJbOJiOJ^^JffQbOfid[QMmhivkmOmQ`fkmJbOJiOJ^^JffQbOiQUYdbhivkmOmQ`fkmJbOJiOJffQbOfid[QMmhivkmOmQ`fkmJbOJiOJffQbOiQUYdbhivkmOmQ`fkmJbOJiOQbmYmvJffQbOfid[QMmhivkmOmQ`fkmJbOJiOQbmYmvJffQbOiQUYdbhivkmOmQ`fkmJbOJiOkQ^QMmfid[QMm hivkmOmQ`fkmJbOJiOkQ^QMmiQUYdb hivkoffdimQOJ^^S^dsk hivkoffdimQObJmYdbJ^S^dsk hivkoffdimQOoOS^dsk hivobkoffdimQOS^dskmL^JUiQQ`QbmkmL^JUiQQ`Qbmkfid[QMmkmL^JUiQQ`QbmkkmJ\QWd^OQikmL^JfQbmYmYQkmL^Jf^YbQkmv^QmL^Jff^YMJmYdbkmJmokmL^JfkWJfQkmv^QmL^MWJbUQ^dUmL^MWJbUQkmL^MdbSYUoiJmYdbmL^Q^Q`Qbm`JffYbUmL^Q^Q`QbmkmL^QbmYmYQkmL^QfJiMWmL^QfJiMWiQhoYiQ`QbmkmL^QfQ^Q`QbmkiQhoYiQ`QbmkmL^Qf`fkmL^QfiQhoYiQ`Qbmk mL^QhoYf`QbmfJM\JUQk!mL^SY^mQiQbmYmvM^JkkQk"mL^SY^mQiQbmYmvmvfQk#mL^SY^mQiS^dsOQf^dv`Qbm$mL^SY^mQiS^dsSomoiYkmYM%mL^SY^mQiS^dsmvfQkDmL^SY^mQiYbmQiMdbbQMmkDmL^SY^mQi`fDmL^SY^mQikDmL^S^dsiQ^JmYdbkWYfkDmL^S^dskDmL^S^dskmJbOJiOkDmL^YbmQiqYQsDmL^YbmQiqYQsJMmYdbQbmYmYQkDmL^YbmQiqYQsJMmYdbQmvfQkD mL^YbmQiqYQsJMmYdb`fkD mL^YbmQiqYQsJbksQikD mL^YbmQiqYQsMQbmQikLvkQU`QbmD mL^YbmQiqYQsMoiiQbmYbSdD mL^YbmQiqYQsOQSJo^mbJ`QkDmL^YbmQiqYQsQmvfQQbmYmvDmL^YbmQiqYQsQmvfQkDmL^YbmQiqYQsfid[QMmkDmL^YbmQiqYQskQU`QbmMJmQUdiYQkDmL^YbmQiqYQskQU`QbmkDmL^YbmQiqYQskmJmokDmL^`Ji\QmfJM\JUQQ^Q`QbmkDmL^`Ji\QmfJM\JUQQbmYmYQkDmL^`Ji\QmfJM\JUQS^dskDmL^`Ji\QmfJM\JUQfid[QMmkDmL^`Ji\QmfJM\JUQkDmL^dmWQiQbmYmYQkDmL^fid[QMmJiMWYmQMmoiQDmL^fid[QMmQ^Q`QbmkDmL^fid[QMmYbSdi`JmYdbDmL^iQUYdbJ^JiMWYmQMmoiQDmL^iQUYdbJ^YbSdi`JmYdbDmL^iQUYdbJ^kQiqYMQkD mL^iQfdimkD!JMMQkk^Jvdom`kvkOLE&S$ n P 2 N x 5 Y ;  O % ]3IId@ 'tblRegionalArchitectureqrySupportedAllFlowsx@sg? tblRegionalArchitectureqrySupportedAllFlows@sg? tblRegionalArchitectureqrySupportedAllFlows@sg?  !tblRegionalArchitecture.Comment> g B@ gH@ g!tblRegionalArchitecture.Touched> gD@ g\@ g tblRegionalArchitecture.FlowID= gX@ gN@ gL@ gtblRegionalArchitecture??? qrySupportedAllFlows999  G G  GtblUDEntityFlowstblElementMapping_1@cW1 tblUDEntityFlowstblElementMappingx@_S1 tblUDEntityFlows.FlowID6 gDestinationElementIDtblElementMapping_1.ElementIDd99 oSourceElementIDtblElementMapping.ElementIDX// otblElementMappingtblElementMapping_1YY3 tblElementMapping333 tblUDEntityFlows111  G G  GtblElementMapping_1tblMarketPackageFlows@ma7 tblElementMappingtblMarketPackageFlows@i]3 tblMarketPackageFlows.FlowID; gDestinationElementIDtblElementMapping_1.ElementIDd99 oSourceElementIDtblElementMapping.ElementIDX// otblMarketPackageFlows;;; v1    YN&&Y Y AgreementIDStakeholderIDdIRrS&(ID&)&*YYYYYAgreementIDPrimaryKeyStakeholderIDLtblAgreementstblAgreementsStakeholdersPtblStakeholderstblAgreementsStakeholdersv1% %'''' %@'''' %''''YN,,Y Y Y Y  EntityOrderElementIDEntityXPosEntityYPos,.Y,/YYElementIDEntityOrderv1@ +,+--,-+--- cYused iN11Y Y Y Y  StatusIDLineStyleLineWidthLineColor E13  (Y14 YMYnYYYY.rC.rD.rE.rFPrimaryKeyStatusIDv1Z0x 0@ 22222222 0@ 22222222gYN66Y  Y Y Y Y Y "WorkspaceModifiedCurrentTask&CurrentArchitectureInterviewStatusBuildSettingBuildOverridedv5 H YN99Y Y Y Y  Y Y Y ShapeIDShapeStyle(ShapeColorBackground ShapeColorAccentShapeColorText(ShapeColorAccentText&Include StakeholderV4V4V9;4VV4V4V9<4VYYPrimaryKeyShapeIDv18ff8::8:: YN>>Y Y Y  Y 4d Y 4Vd Y VChangeLogIDArchitectureIDChangeDateTime,ArchitectureMaintainer&ArchitectureVersionChangeSummary4V4V4>?V44V4V4>@V44V4V4>AV4YYYChangeLogIDChangeLogID1PrimaryKey>>v1b = = =:Y  NCCY  Y d Y DateVersion ChangeCCv1"Y  NEE Y dY  Y (SourceData"ConfigurationDateVersiondv@@=DuSq2Iu^@SDOMAP5.0.1 |@Market Packages5.0.0" u|@Physical Architecture5.0.0(! 4/@Turbo Architecture3.0.14&  YDused iNHHD DDD/Y Y Y Y ElementIDEntityIDAutoGeneratedTouchedDntbeHJiomEiDHKiptynEiHLasYMYSYYYL{98321473-339E-45F9-9032-C7FC2C672E2F}L{C8508A11-C57E-4F6C-8E07-D58D986EA0C6}EntityIDPrimaryKeySystemIDv1~ GD|qf[PE:/$ti^SH=2' w l a V K @ 5 *   <R< ;R; :987*754V3V2\2S1\1S0\0S/.-, +)V)9(''&L&%a%*%$@#>";"(V919R8*X.E, \ S  R . R  G @ @ @ @ @ @ @ @I&II#I;II/I0I1I:I=I>I? I I I I. 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Handles freeway management and maintenance and construction functionsTraveler Cards enable the actual transfer of electronic information from the user of a service (I.e. a traveler) to the provider of the service.Kiosks are public informational displays supporting various levels of interaction and information access.Transit vehicles include ITS devices that support the safe and efficient movement of passengers. These systems collect, manage, and disseminate transit-related information to the driver, operations and maintenance personnel, and transit system patrons.Fargo-Moorhead Metropolitan Area Transit's Ground Transportation CenterFargo Public Works vehicles, snow plows, and other maintenance vehiclesRoadside Equipment includes any and all equipment distributed on and along the roadway which monitors and controls traffic. This can include equipment for tolling.Fargo Surface Street Traffic Management CenterUser Personal Computing Devices refers to equipment an individual owns and can personalize with their choices for information about transportation networks. An Internet-connected PC is an example.Roadside Equipment includes any and all equipment distributed on and along the roadway which monitors and controls traffic. This can include equipment for tolling.y M @ @ @ @ @ @OOOO O O OOOO O O O O OOOOOOOO"O#O$O%O&O'O(O)O+O,O-O .O!/O"0O#1O$2O%3O&4O'5O(7O)8O*9O+:O,;O-<O.y M @ @ @ @ @ @OOOO O O OOOO O O O O OOOOOOOO"O#O$O%O&O'O(O)O+O,O-O .O!/O"0O#1O$2O%3O&4O'5O(7O)8O*9O+:O,;O-<O. xY_gused iN TT____Y  Y  2 Y  Y  Y 2 Y d Y E2EntityID$EntityAbbreviationEntityName"EntityDescriptionEntityKindEntityClassEntityTypeTxTyTzY`YY`YGYYY Y UY UYYY.rD.rE.rF.rG.rH.rI.rJ.rK.rLPrimaryKey,tblEntitiesEntityClass*tblEntitiesEntityTypeTTv1b @pLVAL The Commercial Vehicle Administration Subsystem will operate at one or more fixed locations within a region. This subsystem performs administrative functions supporting credentials, tax, and safety regulations. It issues credentials, collects fees and taxes, and supports enforcement of credential requirements. This subsystem communicates with the Fleet Management Subsystems associated with the motor carriers to process credentials applications and collect fuel taxes, weight/distance taxes, and other taxes and fees associated with commercial vehicle operations. The subsystem also receives applications for, and issues special OThe Commercial Vehicle Administration Subsystem will operate at one or more fixed locations within a region. This subsystem performs administrative functions supporting credentials, tax, and safety regulations. It issues credentials, collects fees and taxes, and supports enforcement of credential requirements. This subsystem communicates with the Fleet Management Subsystems associated with the motor carriers to process credentials applications and collect fuel taxes, weight/distance taxes, and other taxes and fees associated with commercial vehicle operations. The subsystem also receives applications for, and issues special Oversize/Overweight and HAZMAT permits in coordination with other cognizant authorities. The subsystem coordinates with other Commercial Vehicle Administration Subsystems (in other states/regions) to support nationwide access to credentials and safety information for administration and enforcement functions. This subsystem supports communications with Commercial Vehicle Check Subsystems operating at the roadside to enable credential checking and safety information collection. The collected safety information is processed, stored, and made available to qualified stakeholders to identify carriers and drivers that operate unsafely.The Archived Data Management Subsystem collects, archives, manages, and distributes data generated from ITS sources for use in transportation administration, policy evaluation, safety, planning, performance monitoring, program assessment, operations, and research applications. The data received is formatted and tagged with attributes that define the data source, conditions under which it was collected, data transformations, and other information (i.e. meta data) necessary to interpret the data. The subsystem can fuse ITS generated data with data from non-ITS sources and other archives to generate information products utilizing data from multiple functional areas, modes, and jurisdictions. The subsystem prepares data products that can serve as inputs to federal, state, and local data reporting systems. This subsystem may be implemented in many different ways. It may reside within an operational center and provide focused access to a particular agency's data archives. Alternatively, it may operate as a distinct center that collects data from multiple agencies and sources and provides a general data warehouse service for a region.(S+1r _ : 2 0 x , \O2}qh^J-X34Other Vehicleb@jTerminatorVehicleOther SystemI;2& ,X33Other Transit Management@jTerminatorCenterOther SystemSE=1% +X31Other ISP@jTerminatorCenterOther SystemD6." *X30Other Emergency Management/@jTerminatorCenterOther SystemUG?3' )X29Multimodal Crossings@iTerminatorFieldSystemH@9-! (X27Media@iTerminatorCenterSystem:2* 'X26Location Data SourceM@iTerminatorVehicleSystemJB9-! &X24Yellow Pages Service Providers@iTerminatorCenterSystemSKC7+ %X23Map Update Provider@hTerminatorCenterSystemH@8, #X21Financial Institution@hTerminatorCenterSystemJB:." "X19Event Promoters@hTerminatorCenterSystemD<4( !X18Environment@hTerminatorFieldEnvironmentD70$  X15Emergency Personnel@hTerminatorVehicleHumanHA8, X14Emergency System Operator@hTerminatorCenterHumanMF>2& X13Emergency Telecommunications System#@hTerminatorCenterSystemXPH<0 X12Driver@eTerminatorVehicleHuman;4+ X10CVO Inspector@eTerminatorFieldHuman@92& MCMSMaintenance and Construction ManagementDfSubsystemCenterSystem\TLA5 X08Basic Commercial Vehicle@eTerminatorVehicleSystemNF=1% X07Fleet-Freight Manager @eTerminatorCenterHumanIB:." X06Commercial Vehicle Driverr@eTerminatorVehicleHumanNG>2& X03Basic Vehicle@dTerminatorVehicleSystemC;2& X02Multimodal Transportation Service Provider,@dTerminatorCenterSystem_WOC7 X01Intermodal Freight Shipper@dTerminatorCenterSystemOG?3' VSVehicle@dSubsystemVehicleSystem;3* TRVSTransit Vehicle SubsystemB@cSubsystemVehicleSystemOG>3' TRMSTransit ManagementaSubsystemCenterSystemG?7, TMSTraffic Managementz`SubsystemCenterSystemF>6+ TCSToll Collection&@_SubsystemFieldSystemB:3( TASToll Administration0@_SubsystemCenterSystemG?7, RTSRemote Traveler Support@^SubsystemTravelerSystemME;0$  RSRoadway SubsystemM@]SubsystemFieldSystemC;4)  PMSParking Managementj@\SubsystemFieldSystemE=6+  PIASPersonal Information Accessg@\SubsystemTravelerSystemRJ@5)  ISPInformation Service Providerz[SubsystemCenterSystemPH@5) FMSFleet and Freight ManagementM@ZSubsystemCenterSystemPH@5) EVSEmergency Vehicle Subsystemr@ZSubsystemVehicleSystemPH?4( EMMSEmissions Management^@WSubsystemCenterSystemIA9." EMEmergency ManagementXSubsystemCenterSystemG?7, CVSCommercial Vehicle Subsystem@WSubsystemVehicleSystemQI@5) CVCSCommercial Vehicle CheckU@WSubsystemFieldSystemLD=2& CVASCommercial Vehicle Administration@USubsystemCenterSystemVNF;/ ADMSArchived Data Management Subsystem@USubsystemCenterSystemWOG<0 LVAL This subsystem operates at a fixed location and may co-reside with the Traffic Management Subsystem or may operate in its own distinct location depending on regional preferences and priorities. This subsystem provides the capabilities for air quality managers to monitor and manage air quality. These capabilities include collecting emissions data from distributed emissions sensors within the roadway subsystem. These sensors monitor general air quality within each sector of the area and also monitor the emissions of individual vehicles on the roadwayThis subsystem operates at a fixed location and may co-reside with the Traffic Management Subsystem or may operate in its own distinct location depending on regional preferences and priorities. This subsystem provides the capabilities for air quality managers to monitor and manage air quality. These capabilities include collecting emissions data from distributed emissions sensors within the roadway subsystem. These sensors monitor general air quality within each sector of the area and also monitor the emissions of individual vehicles on the roadway. The sector emissions measures are collected, processed, and used to identify sectors exceeding safe pollution levels. This information is provided to traffic management to implement strategies intended to reduce emissions in and around the problem areas. Emissions data associated with individual vehicles, supplied by the Roadway Subsystem, is also processed and monitored to identify vehicles that exceed standards. This subsystem provides any functions necessary to inform the violators and otherwise ensure timely compliance with emissions standards.This subsystem resides in a commercial vehicle and provides the sensory, processing, storage, and communications functions necessary to support safe and efficient commercial vehicle operations. The Commercial Vehicle Subsystem provides two-way communications between the commercial vehicle drivers, their fleet managers, attached freight equipment, and roadside officials, and provides HAZMAT response teams with timely and accurate cargo contents information after a vehicle incident. This subsystem provides the capability to collect and process vehicle, cargo information from the attached freight equipment, and driver safety data and status and alert the driver whenever there is a potential safety or security problem. Basic identification, security and safety status data are supplied to inspection facilities at mainline speeds. In addition, the subsystem will automatically collect and record mileage, fuel usage, and border crossings.The Commercial Vehicle Check Subsystem supports automated vehicle identification at mainline speeds for credential checking, roadside safety inspections, and weigh-in-motion using two-way data exchange. These capabilities include providing warnings to the commercial vehicle drivers, their fleet managers, and proper authorities of any safety problems that have been identified, accessing and examining historical safety data, and automatically deciding whether to allow the vehicle to pass or require it to stop with operator manual override. The Commercial Vehicle Check Subsystem also provides supplemental inspection services to current capabilities by supporting expedited brake inspections, the use of operator hand-held devices, on-board safety database access, and the enrollment of vehicles and carriers in the electronic clearance program.LVALYThe Emergency Management Subsystem represents public safety, emergency management, and other allied agency systems that support incident management, disaster response and evacuation, security monitoring, and other security and public safety-oriented ITS applications. The subsystem includes the functions associated with fixed and mobile public safety communications centers including public safety call taker and dispatch centers operated by police (including transit police), fire, and emergency medical services. It includes the functions associated with Emergency Operations Centers that are activated at local, regional, state, and federal levels for emergencies and the portable and transportable systems that support Incident Command System operations at an incident. This subsystem also represents other allied systems including centers associated with towing and recovery, freeway service patrols, HAZMAT response teams, and mayday service providers. The subsystem manages sensor and surveillance equipment used to enhance transportation security of the roadway infrastructure (including bridges, tunnels, interchanges, and other key roadway segments) and the public transportation system (including transit vehicles, public areas such as transit stops and stations, facilities such as transit yards, and transit infrastructure such as rail, bridges, tunnels, or bus guideways). The subsystem provides security/surveillance services to improve traveler security in public areas not a part of the public transportation system. This subsystem monitors alerts, advisories, and other threat information and prepares for and responds to identified emergencies. It interfaces with other Emergency Management Subsystems to support coordinated emergency response involving multiple agencies. The subsystem stores, coordinates, and utilizes emergency response and evacuation plans to facilitate this coordinated response. As the response progresses, situation information including damage assessments, response status, evacuLVALation information, and resource information are shared to keep all allied agencies appraised of the response. Interface with the Transit Management Subsystem allows coordinated use of transit vehicles to facilitate response to major emergencies and to support evacuation efforts. The Emergency Management Subsystem also provides a focal point for coordination of the emergency and evacuation information that is provided to the traveling public, including wide-area alerts when immediate public notification is warranted. The subsystem tracks and manages emergency vehicle fleets using real-time road network status and routing information from the other center subsystems to aide in selecting the emergency vehicle(s) and routes that will provide the most timely response. Interface with the Traffic Management Subsystem allows strategic coordination in tailoring traffic control to support emergency vehicle ingress and egress, implementation of special traffic restrictions and closures, evacuation traffic control plans, and other special strategies that adapt the transportation system to better meet the unique demands of an emergency./LVAL AThe Fleet and Freight Management Subsystem provides the capability for commercial drivers and fleet or freight managers to receive real-time routing information and access databases containing vehicle and/or freight equipment locations as well as carrier, vehicle, freight equipment and driver information. In addition, the capability to purchase credentials electronically shall also be provided, with automated and efficient connections to financial institutions and regulatory agencies, along with post-trip automated mileage and fuel usage reporThe Fleet and Freight Management Subsystem provides the capability for commercial drivers and fleet or freight managers to receive real-time routing information and access databases containing vehicle and/or freight equipment locations as well as carrier, vehicle, freight equipment and driver information. In addition, the capability to purchase credentials electronically shall also be provided, with automated and efficient connections to financial institutions and regulatory agencies, along with post-trip automated mileage and fuel usage reporting. The Fleet and Freight Management Subsystem also provides the capability for fleet managers to monitor the safety and security of their commercial vehicle drivers and fleet. The subsystem also supports application for hazmat credentials and makes information about hazmat cargo available to agencies as required. Within this subsystem lies all the functionality associated with subsystems and components necessary to enroll and participate in international goods movement programs aimed at enhancing trade and transportation safety and security.This subsystem resides in an emergency vehicle and provides the sensory, processing, storage, and communications functions necessary to support safe and efficient incident response. The subsystem represents a range of vehicles including those operated by police, fire, and emergency medical services. In addition, this subsystem represents other incident response vehicles including towing and recovery vehicles and freeway service patrols. The Emergency Vehicle Subsystem includes two-way communications to support coordinated response to emergencies in accordance with an associated Emergency Management Subsystem. Emergency vehicles are equipped with automated vehicle location capability for monitoring by vehicle tracking and fleet management functions in the Emergency Management Subsystem. Using these capabilities, the appropriate emergency vehicle to respond to each emergency is determined. Route guidance capabilities within the vehicle enable safe and efficient routing to the emergency. In addition, the emergency vehicle may be equipped to support signal preemption through communications with the Roadway Subsystem.rLVALThis subsystem collects, processes, stores, and disseminates transportation information to system operators and the traveling public. The subsystem can play several different roles in an integrated ITS. In one role, the ISP provides a general data warehousing function, collecting information from transportation system operators and redistributing this information to other system operators in the region and other ISPs. In this information redistribution role, the ISP provides a bridge between the various transportation systems that produce the information and the other ISPs and their subscribers that use the information. The second role of an ISP is focused on delivery of traveler information to subscribers and the public at large. Information provided includes basic advisories, traffic and road conditions, transit schedule information, yellow pages information, ridematching information, and parking information. The subsystem also provides the capability to provide specific directions to travelers by receiving origin and destination requests from travelers, generating route plans, and returning the calculated plans to the users. In addition to general route planning for travelers, the ISP also supports specialized route planning for vehicle fleets. In this third role, the ISP function may be dedicated to, or even embedded within, the dispatch system. Reservation services are also provided in advanced implementations. The information is provided to the traveler through the Personal Information Access Subsystem, Remote Traveler Support Subsystem, and various Vehicle Subsystems through available communications links. Both basic one-way (broadcast) and personalized two-way information provision are supported. The subsystem provides the capability for an informational infrastructure to connect providers and consumers, and gather the market information needed to assist in the planning of service improvements and in maintenance of operations.LVAL /The Parking Management Subsystem provides electronic monitoring and management of parking facilities. It supports a dedicated short-range communications (DSRC) link to the Vehicle Subsystem that allows electronic collection of parking fees. It also includes the instrumentation, signs, and other infrastructure that monitors parking lot usage and provides local information about parking availability and other general parking informThe Parking Management Subsystem provides electronic monitoring and management of parking facilities. It supports a dedicated short-range communications (DSRC) link to the Vehicle Subsystem that allows electronic collection of parking fees. It also includes the instrumentation, signs, and other infrastructure that monitors parking lot usage and provides local information about parking availability and other general parking information. This portion of the subsystem functionality must be located in the parking facility where it can monitor, classify, and share information with customers and their vehicles. The subsystem also interfaces with the financial infrastructure and broadly disseminates parking information to other operational centers in the region. Note that the latter functionality may be located in a back office, remote from the parking facility.This subsystem provides the capability for travelers to receive formatted traffic advisories from their homes, place of work, major trip generation sites, personal portable devices, over multiple types of electronic media. These capabilities also provide basic routing information and allow users to select those transportation modes that allow them to avoid congestion, or more advanced capabilities to allow users to specify those transportation parameters that are unique to their individual needs and receive travel information. This subsystem provides travelers with the capability to receive route planning from the infrastructure at fixed locations such as in their homes, their place of work, and at mobile locations using personal portable devices and vehicle-based devices. In addition to end user devices, this subsystem may also represent a device that is used by a merchant or other service provider to receive traveler information and relay important information to their customers. This subsystem also provides the capability to initiate a distress signal and cancel a prior-issued manual request for help. LVAL This subsystem includes the equipment distributed on and along the roadway that monitors and controls traffic and monitors and manages the roadway itself. Equipment includes traffic detectors, environmental sensors, traffic signals, highway advisory radios, dynamic message signs, CCTV cameras and video image processing systems, grade crossing warning systems, and freeway ramp metering systems. HOV lane management, reversible lane management functions, and barrier systems that control access to transportation infrastructure such as roadways, bridges and tunnels are also supported. This subsystem also provides the capability for environmental monitoring including sensors that measure road conditions, surface weather, and vehicle emissions. In adverse conditions, automated systems can be used This subsystem includes the equipment distributed on and along the roadway that monitors and controls traffic and monitors and manages the roadway itself. Equipment includes traffic detectors, environmental sensors, traffic signals, highway advisory radios, dynamic message signs, CCTV cameras and video image processing systems, grade crossing warning systems, and freeway ramp metering systems. HOV lane management, reversible lane management functions, and barrier systems that control access to transportation infrastructure such as roadways, bridges and tunnels are also supported. This subsystem also provides the capability for environmental monitoring including sensors that measure road conditions, surface weather, and vehicle emissions. In adverse conditions, automated systems can be used to apply anti-icing materials, disperse fog, etc. Work zone systems including work zone surveillance, traffic control, driver warning, and work crew safety systems are also included. To enhance security, safeguard systems such as blast shields, exhaust systems and other automated and remotely controlled systems to protect transportation infrastructure is also provided. In advanced implementations, this subsystem supports automated vehicle safety systems by safely controlling access to and egress from an Automated Highway System through monitoring of, and communications with, AHS vehicles. Intersection collision avoidance functions are provided by determining the probability of a collision in the intersection and sending appropriate warnings and/or control actions to the approaching vehicles. LVAL, This subsystem provides access to traveler information at transit stations, transit stops, other fixed sites along travel routes (e.g., rest stops, merchant locations), and major trip generation locations such as special event centers, hotels, office complexes, amusement parks, and theaters. Traveler information access points include kiosks and informational displays supporting varied levels of interaction and information access. At transit stops, simple displays providing schedule information and imminent arrival signals can be provided. This basic information may be extended to include multi-modal information including traffic conditions and transit schedules along with yellow pages information to support mode and route selection This subsystem provides access to traveler information at transit stations, transit stops, other fixed sites along travel routes (e.g., rest stops, merchant locations), and major trip generation locations such as special event centers, hotels, office complexes, amusement parks, and theaters. Traveler information access points include kiosks and informational displays supporting varied levels of interaction and information access. At transit stops, simple displays providing schedule information and imminent arrival signals can be provided. This basic information may be extended to include multi-modal information including traffic conditions and transit schedules along with yellow pages information to support mode and route selection at major trip generation sites. Personalized route planning and route guidance information can also be provided based on criteria supplied by the traveler. The subsystem also supports electronic payment of transit fares. In addition to the traveler information provisions, this subsystem also supports security and safety monitoring of public areas. This monitoring includes traveler activated silent alarms, as well as surveillance and sensor equipment. The surveillance equipment includes video (e.g. CCTV cameras) and/or audio systems. The sensor equipment includes threat sensors (e.g. chemical agent, toxic industrial chemical, biological, explosives, and radiological sensors) and object detection sensors (e.g. metal detectors).LVAL The Toll Administration Subsystem provides general payment administration capabilities and supports the electronicThe Toll Collection Subsystem provides the capability for vehicle operators to pay tolls without stopping their vehicles using locally determined pricing structures and includes the capability to implement various variable road pricing policies. Each transaction is accompThe Toll Collection Subsystem provides the capability for vehicle operators to pay tolls without stopping their vehicles using locally determined pricing structures and includes the capability to implement various variable road pricing policies. Each transaction is accompanied by feedback to the customer indicating the general status of the customer account. A record of the transactions is provided to the Toll Administration Subsystem for reconciliation and so that the customer can periodically receive a detailed record of the transactions.The Toll Administration Subsystem provides general payment administration capabilities and supports the electronic transfer of authenticated funds from the customer to the transportation system operator. This subsystem supports traveler enrollment and collection of both pre-payment and post-payment transportation fees in coordination with the existing, and evolving financial infrastructure supporting electronic payment transactions. The system may establish and administer escrow accounts depending on the clearinghouse scheme and the type of payments involved. This subsystem posts a transaction to the customer account and generates a bill (for post-payment accounts), debits an escrow account, or interfaces to the financial infrastructure to debit a customer designated account. It supports communications with the Toll Collection Subsystem to support fee collection operations. The subsystem also sets and administers the pricing structures and includes the capability to implement road pricing policies in coordination with the Traffic Management Subsystem. The electronic financial transactions in which this subsystem is an intermediary between the customer and the financial infrastructure shall be cryptographically protected and authenticated to preserve privacy and ensure authenticity and auditability.rLVALThe Traffic Management Subsystem monitors and controls traffic and the road network. It represents centers that manage a broad range of transportation facilities including freeway systems, rural and suburban highway systems, and urban and suburban traffic control systems. This subsystem communicates with the Roadway Subsystem to monitor and manage traffic flow and monitor the condition of the roadway, surrounding environmental conditions, and field equipment status. This subsystem coordinates with the Maintenance and Construction Management Subsystem to maintain the road network and coordinate and adapt to maintenance activities, closures, and detours. Incidents are detected, verified, and incident information is provided to allied agencies, drivers (through Roadway Subsystem highway advisory radio and dynamic message signs), and information service providers. This subsystem also manages traffic and transportation resources to support allied agencies in responding to, and recovering from, incidents ranging from minor traffic incidents through major disasters. When required, special traffic management strategies are implemented to support evacuation and reentry. The Traffic Management Subsystem supports HOV lane management and coordination, road pricing, and other demand management policies that can alleviate congestion and influence mode selection. It also manages reversible lane facilities and barrier and safeguard systems that control access to transportation infrastructure. The subsystem communicates with other Traffic Management Subsystems to coordinate traffic information and control strategies in neighboring jurisdictions. It also coordinates with rail operations to support safer and more efficient highway traffic management at highway-rail intersections. Finally, the Traffic Management Subsystem provides the capabilities to exercise control over those devices utilized for automated highway system (AHS) traffic and vehicle control.LVALbThe Transit Management Subsystem manages transit vehicle fleets and coordinates with other modes and transportation services. It provides operations, maintenance, customer information, planning and management functions for the transit property. It spans distinct central dispatch and garage management systems and supports the spectrum of fixed route, flexible route, paratransit services, transit rail, and bus rapid transit (BRT) service. The subsystem's interfaces allow for communication between transit departments and with other operating entities such as emergency response services and traffic management systems. This subsystem receives special event and real-time incident data from the traffic management subsystem. It provides current transit operations data to other center subsystems. It interfaces with the Emergency Management Subsystem to allow coordinated use of transit vehicles to facilitate response to major emergencies or evacuations. The Transit Management Subsystem collects and stores accurate ridership levels and implements corresponding fare structures. It collects operational and maintenance data from transit vehicles, manages vehicle service histories, and assigns vehicle operators and maintenance personnel to vehicles and routes. The Transit Management Subsystem also provides the capability for automated planning and scheduling of public transit operations. It furnishes travelers with real-time travel information, continuously updated schedules, schedule adherence information, transfer options, and transit routes and fares. In addition, the subsystem supports transit security features. This includes monitoring silent alarms, both passenger and operator initiated, on-board transit vehicles. It also includes the capability to support transit vehicle operator authentication and the capability to remotely disable a transit vehicle. The subsystem includes the capability to monitor for a transit vehicle being off the assigned route. The subsystem also includes the capability 6LVALFto alert operators and police to potential incidents identified by these security features. LVAL This subsystem resides in a transit vehicle and provides the sensory, processing, storage, and communications functions necessary to support safe and efficient movement of passengers. The types of transit vehicles containing this subsystem include buses, paratransit vehicles, light rail vehicles, other vehicles designed to carry passengers, and supervisory vehicles. The subsystem collects accurate ridership levels and supports electronic fare collection. The subsystem supports a traffic signal prioritization function that communicates with the roadside subsystem to improve on-schedule performance. Automated vehicle location functions enhance the information available to the Transit Management Subsystem enabling more efficient operations. On-board sensors support transit vehicle maintThis subsystem resides in a transit vehicle and provides the sensory, processing, storage, and communications functions necessary to support safe and efficient movement of passengers. The types of transit vehicles containing this subsystem include buses, paratransit vehicles, light rail vehicles, other vehicles designed to carry passengers, and supervisory vehicles. The subsystem collects accurate ridership levels and supports electronic fare collection. The subsystem supports a traffic signal prioritization function that communicates with the roadside subsystem to improve on-schedule performance. Automated vehicle location functions enhance the information available to the Transit Management Subsystem enabling more efficient operations. On-board sensors support transit vehicle maintenance. The subsystem supports on-board security and safety monitoring. This monitoring includes transit user or vehicle operator activated alarms (silent or audible), as well as surveillance and sensor equipment. The surveillance equipment includes video (e.g. CCTV cameras), audio systems and/or event recorder systems. The sensor equipment includes threat sensors (e.g. chemical agent, toxic industrial chemical, biological, explosives, and radiological sensors) and object detection sensors (e.g. metal detectors). In addition, the subsystem supports vehicle operator authentication prior to operation of the vehicle and remote vehicle disabling. The subsystem also furnishes travelers with real-time travel information, continuously updated schedules, transfer options, routes, and fares.!LVAL [/7This terminator represents the basic vehicle platform that interfaces with and hosts ITS electronics. The Basic Vehicle terminator provides an interface to drive train, driver convenience and entertainment systems, and other non-ITS electronics on-bThis terminator represents the basic vehicle platform that interfaces with and hosts ITS electronics. The Basic Vehicle terminator provides an interface to drive train, driver convenience and entertainment systems, and other non-ITS electronics on-board the vehicle. This interface allows general vehicle systems (e.g., the stereo speaker system) to be shared by ITS and non-ITS systems. It also allows monitoring and control of the vehicle platform for advanced vehicle control system applications.This terminator provides the interface through which Transportation Service Providers can exchange data with ITS. They are the operators of non-roadway transportation systems (e.g. airlines, ferry services, passenger carrying heavy rail) and providers of non-motorized transportation facilities. This two-way interface enables coordination for efficient movement of people across multiple transportation modes. It also enables the traveler to efficiently plan itineraries which include segments using modes not directly included in the ITS User Services.This terminator represents organizations that engage in the shipment of freight by multiple means, in addition to road-going trucks. They enable ITS to move goods on routes that require the use of other modes of transportation such as heavy rail, air, sea, etc. This terminator includes third party logistics providers (i.e. brokers, freight forwarders, etc) that interface with Fleet-Freight Managers to transfer cargo from one mode to another. This definition includes those responsible for the movement of freight across international borders. These entities are responsible for filing required declarations, and have an acute interest in the status of international shipments.This subsystem provides the sensory, processing, storage, and communications functions necessary to support efficient, safe, and convenient travel. These functions reside in general vehicles including personal automobiles, commercial vehicles, emergency vehicles, transit vehicles, or other vehicle types. Information services provide the driver with current travel conditions and the availability of services along the route and at the destination. Both one-way and two-way communications options support a spectrum of information services from low-cost broadcast services to advanced, pay for use personalized information services. Route guidance capabilities assist in formulation of an optimal route and step by step guidance along the travel route. Advanced sensors, processors, enhanced driver interfaces, and actuators complement the driver information services so that, in addition to making informed mode and route selections, the driver travels these routes in a safer and more consistent manner. Initial collision avoidance functions provide  vigilant co-pilot driver warning capabilities. More advanced functions assume limited control of the vehicle to maintain safe headway. Ultimately, this subsystem supports completely automated vehicle operation through advanced communications with other vehicles in the vicinity and in coordination with supporting infrastructure subsystems. Pre-crash safety systems are deployed and emergency notification messages are issued when unavoidable collisions do occur.LVAL ~This terminator represents the human entity that operates a licensed vehicle on the roadway. Included are operators of private, Transit, Commercial, and Emergency vehicles where the data being sent or received is not particular to the type of vehicle. Thus this terminator originates driver requests and receives driver information that reflects theThis terminator represents the human entity that operates a licensed vehicle on the roadway. Included are operators of private, Transit, Commercial, and Emergency vehicles where the data being sent or received is not particular to the type of vehicle. Thus this terminator originates driver requests and receives driver information that reflects the interactions which might be useful to all drivers, regardless of vehicle classification. The Driver terminator is the operator of the Basic Vehicle terminator. Information and interactions which are unique to drivers of a specific vehicle type (e.g., fleet interactions with transit, commercial, or emergency vehicle drivers) are covered separately.This terminator represents the human entities who perform regulatory inspection of Commercial Vehicles in the field. CVO Inspectors support the roadside inspection, weighing, and checking of credentials either through automated preclearance or manual methods. The CVO Inspector is an inspection and enforcement arm of the regulatory agencies with frequent direct interface with the Commercial Vehicles and their Drivers.This terminator represents the motorized commercial vehicle platform that interfaces with and hosts ITS electronics. This terminator represents a vehicle that is used to transport goods which are operated by professional drivers, typically administered as part of a larger fleet, and regulated by a Fleet-Freight Manager. This classification applies to all such vehicles ranging from small panel vans used in local pick-up and delivery services to large, multi-axle tractor-trailer rigs operating on long haul routes.This terminator represents the human entities that are responsible for the dispatching and management of Commercial Vehicle fleets (e.g. traditional Fleet Managers) and Freight Equipment assets. It may be many people in a large tracking organization but it can also be a single person (owner driver) in the case of single vehicle fleets. The Fleet-Freight Manager provides instructions and coordination for Commercial Vehicles and Freight Equipment, including electronic clearance and tax filing, and receives the status of the vehicles and freight equipment in the fleet that they manage. The Fleet-Freight Manager is expected to interface with ITS on a regular basis to enhance productivity. Many interfaces with the system are also provided through normal user interfaces.This terminator represents the human entity that operates vehicles transporting goods including both long haul trucks and local pick up and delivery vans. This terminator is complementary to the Driver terminator in that it represents those interactions which are unique to Commercial Vehicle Operations. Data flowing from the Commercial Vehicle Driver terminator will include those system inputs specific to Commercial Vehicle Operations, such as information back to the Fleet-Freight Manager. Data flowing to the Commercial Vehicle Driver may include system outputs such as commands to pull into a roadside safety inspection facility. Showing the Driver as a terminator includes the user interface devices within the ITS architecture boundary. The Commercial Vehicle Driver will be expected to interact with the ITS interface devices designed to provide support for their usage.LVALgThe Maintenance and Construction Management Subsystem monitors and manages roadway infrastructure construction and maintenance activities. Representing both public agencies and private contractors that provide these functions, this subsystem manages fleets of maintenance, construction, or special service vehicles (e.g., snow and ice control equipment). The subsystem receives a wide range of status information from these vehicles and performs vehicle dispatch, routing, and resource management for the vehicle fleets and associated equipment. The subsystem participates in incident response by deploying maintenance and construction resources to an incident scene, in coordination with other center subsystems. The subsystem manages equipment at the roadside, including environmental sensors and automated systems that monitor and mitigate adverse road and surface weather conditions. The subsystem manages the repair and maintenance of both non-ITS and ITS equipment including the traffic controllers, detectors, dynamic message signs, signals, and other equipment associated with the roadway infrastructure. Additional interfaces to weather information providers (the weather service and surface transportation weather service providers) provide current and forecast weather information that can be fused with other data sources and used to support advanced decision support systems that increase the efficiency and effectiveness of maintenance and construction operations. The subsystem remotely monitors and manages ITS capabilities in work zones, gathering, storing, and disseminating work zone information to other systems. It manages traffic in the vicinity of the work zone and advises drivers of work zone status (either directly at the roadside or through an interface with the Information Service Provider or Traffic Management subsystems.) It schedules and manages the location and usage of maintenance assets (such as portable dynamic message signs). Construction and maintenance activities are trackedLVAL and coordinated with other systems, improving the quality and accuracy of information available regarding closures and other roadway construction and maintenance activities.LVAL KlThis terminator represents a third-party developer and provider of digitized map databases used to support ITS services. It supports the provision of the databases that are required exclusively for route This terminator represents a third-party developer and provider of digitized map databases used to support ITS services. It supports the provision of the databases that are required exclusively for route guidance (navigable maps) as well as those that are used exclusively for display by operators, e.g. Fleet-Freight Managers (restricted routes) and at traveler information points, e.g. kiosks (display maps).This terminator represents the organization that handles all electronic fund transfer requests to enable the transfer of funds from the user of the service to the provider of the service. The functions and activities of financial clearinghouses are subsumed by this entity.This terminator represents Special Event Sponsors that have knowledge of events that may impact travel on roadways or other modal means. Examples of special event sponsors include sporting events, conventions, motorcades/parades, and public/political events. These promoters interface to the ITS to provide event information such as date, time, estimated duration, location, and any other information pertinent to traffic movement in the surrounding area.This terminator represents the natural surroundings in which the ITS operates. These surroundings include conditions such as snow, rain, fog, pollution, dust, temperature, humidity, solar radiation, and man made electromagnetic (RF) effects. Environmental conditions must be monitored by the ITS Architecture so that Travelers may be informed and control strategies can reflect adverse environmental conditions in a timely fashion.This terminator represents personnel that are responsible for police, fire, emergency medical services, towing, service patrols, and other special response team (e.g., hazardous material clean-up) activities at an incident site. These personnel are associated with the Emergency Vehicle Subsystem during dispatch to the incident site, but often work independently of the Emergency Vehicle Subsystem while providing their incident response services. Emergency personnel may include an Officer in Charge (OIC) and a crew. When managing an incident following standard Incident Command System practices, the on-site emergency personnel form an organizational structure under the auspices of an Incident Commander.This terminator represents the human entity that monitors all ITS emergency requests, (including those from the E911 Operator) and sets up pre-defined responses to be executed by an emergency management system. The operator may also override predefined responses where it is observed that they are not achieving the desired result. This terminator includes dispatchers who manage an emergency fleet (police, fire, ambulance, HAZMAT, etc.) or higher order emergency managers who provide response coordination during emergencies.This terminator represents the telecommunications systems that connect a caller with a Public Safety Answering Point (PSAP). These systems transparently support priority wireline and wireless caller access to the PSAP through 9-1-1 and other access mechanisms like 7 digit local access numbers, and motorist aid call boxes. The calls are routed to the appropriate PSAP, based on caller location when this information is available. When available, the caller s location and call-back number are also provided to the PSAP by this interface.LVAL>  This terminator represents the control equipment that interfaces to a non-road based transportation system at an interference crossing with the roadway. The majority of these crossings are railroad grade crossings that are more specifically addressed by the "Wayside Equipment" terminator. This multimodal crossing terminator addresses similar interface requirements, but for other specializedThis terminator represents the control equipment that interfaces to a non-road based transportation system at an interference crossing with the roadway. The majority of these crossings are railroad grade crossings that are more specifically addressed by the "Wayside Equipment" terminator. This multimodal crossing terminator addresses similar interface requirements, but for other specialized intersections like draw bridges at rivers and canals. These crossings carry traffic that may take priority over the road traffic at the intersection. The data provided will in its basic form be a simple "stop road traffic" indication. However more complex data flows may be provided that give the time at which right-of-way will be required and the duration of that right-of-way requirement.This terminator represents the information systems that provide traffic reports, travel conditions, and other transportation-related news services to the traveling public through radio, TV, and other media. Traffic and travel advisory information that are collected by ITS are provided to this terminator. It is also a source for traffic flow information, incident and special event information, and other events which may have implications for the transportation system.This terminator provides accurate position information. Systems which use GPS, terrestrial trilateration, or driver inputs are all potential examples of Location Data Sources. This terminator contains sensors such as radio position receivers (e.g. GPS) and/or dead reckoning sensors (e.g. odometer, differential odometer, magnetic compass, gyro, etc.). This terminator implies that some additional functionality associated with developing an absolute position is outside the system and will not be directly modeled by the logical or physical architecture representations of the system.This terminator represents the individual organizations that provide any service oriented towards the Traveler. Example services that could be included are gas, food, lodging, vehicle repair, points of interest, and recreation areas. Also included are services specifically directed toward bicyclists and pedestrians such as bicycle shops and parking locations and bicycle and pedestrian rest areas. The Service Providers may pay a fee to have their services advertised to travelers. The interface with the Service Provider is necessary so that accurate, up-to-date service information can be provided to the traveler and to support electronic reservation capabilities included in the ITS User Services.LVAL D |This terminator provides input (e.g. a request for right of way at an intersection) from a specialized form of the Traveler who is not This terminator provides input (e.g. a request for right of way at an intersection) from a specialized form of the Traveler who is not using any type of vehicle (including bicycles) as a form of transport. Pedestrians may comprise those on foot and those in wheelchairs.This terminator is the human entity that may be physically present at the parking lot facility to monitor the operational status of the facility.Representing another Traffic Management center, system or subsystem, this terminator is intended to provide a source and destination for ITS data flows between peer (e.g. inter-regional) traffic management functions. It enables traffic management activities to be coordinated across different jurisdictional areas. In the Physical Architecture, this terminator is a reciprocal Traffic Management Subsystem (TMS).This terminator represents another ITS vehicle system or subsystem and provides a source and destination for ITS information transfers between peer vehicle systems to support vehicle-to-vehicle communication and coordination. These features are associated with advanced vehicle safety systems and services that require communications between vehicles.Representing another Transit Management center, system or subsystem, this terminator is intended to provide a source and destination for ITS data flows between peer (e.g. inter-regional) transit management functions. It enables transit management activities to be coordinated across geographic boundaries or different jurisdictional areas. In the Physical Architecture this terminator represents a reciprocal Transit Management Subsystem (TRMS).Representing other distinct Information Service Providers, this terminator is intended to provide a source and destination for ITS data flows between peer information and service provider functions. It enables cooperative information sharing between providers as conditions warrant. In the Physical Architecture this terminator is a reciprocal Information Service Provider (ISP) Subsystem.Representing other Emergency Management centers, systems or subsystems, this terminator provides a source and destination for ITS data flows between various communications centers operated by public safety agencies, emergency management agencies, other allied agencies, and private companies that participate in coordinated management of highway-related incidents, including disasters. The interface represented by this terminator enables emergency management activities to be coordinated across jurisdictional boundaries and between functional areas. In the Physical Architecture this terminator is a reciprocal Emergency Management Subsystem (EM) implying the requirements for general networks connecting many allied agencies. The interface between this terminator and the EM supports coordination of incident management information between many different centers providing Public Safety Answering Point (both public or private sector implementations), Public Safety Dispatch, Emergency Operations Centers, and other functions that participate in the detection, verification, response, recovery and clearance of incidents, including disasters. This terminator also supports interface to other allied agencies like utility companies that also participate in the coordinated response to selected highway-related incidents.S+H< 3 $ j  e  \  j `F4q[-]X91Storage Facility@sTerminatorCenterSystemE=5) \X90Other MCVq@sTerminatorVehicleOther SystemE7." [X89Equipment Repair Facility@sTerminatorCenterSystemNF>2& ZX88Maintenance and Construction Administrative Systems`@sTerminatorCenterSystemh`XL@ YX79Asset Management@rTerminatorCenterSystemE=5) XX78Other MCM@rTerminatorCenterOther SystemD6." WX77Surface Transportation Weather Service@rTerminatorCenterSystem[SK?3 VX75Maintenance and Construction Center Personnelv@rTerminatorCenterHumanaZRF: UX76Maintenance and Construction Field Personnel@rTerminatorVehicleHumanaZQE9 TX87Basic Maintenance and Construction Vehicle@pTerminatorVehicleSystem`XOC7 SMCVSMaintenance and Construction Vehicle@qSubsystemVehicleSystemZRI>2 RX74Other Roadway@qTerminatorFieldOther SystemG92& QX73Other Parking@qTerminatorFieldOther SystemG92& PX72Government Reporting Systems_@qTerminatorCenterSystemQIA5) OX71Other Data Sources@pTerminatorCenterSystemG?7+ NX70Archived Data Administrator@pTerminatorCenterHumanOH@4( MX69Archived Data User Systems_@pTerminatorCenterSystemOG?3' LX68Other ArchivesX@pTerminatorCenterOther SystemI;3' KX67Rail Operations@pTerminatorCenterSystemD<4( JX66Wayside Equipmentu@pTerminatorFieldSystemE=6* IX65CVO Information Requestor@oTerminatorCenterSystemNF>2& HX64DMV@oTerminatorCenterSystem80( GX63ISP Operator@oTerminatorCenterHuman@91% FX62Enforcement Agency@oTerminatorCenterSystemG?7+ EX61Traveler Card@oTerminatorTravelerSystemD<2& DX60Intermodal Freight Depoti@oTerminatorCenterSystemME=1% CX59Other CVAS@oTerminatorCenterOther SystemE7/# BX58Weather Service@oTerminatorCenterSystemD<4( AX57Vehicle Characteristicsp@nTerminatorFieldEnvironmentPC<0$ @X56Traveler@nTerminatorTravelerHuman>7-! >X52Transit Vehicle Operator@nTerminatorVehicleHumanMF=1% =X51Basic Transit Vehicle@nTerminatorVehicleSystemKC:." ;X49Transit System Operators@mTerminatorCenterHumanLE=1% 9X46Traffic Operations Personnell@mTerminatorCenterHumanPIA5) 8X45Trafficq@lTerminatorFieldEnvironment@3,  7X44Toll Administrator@lTerminatorCenterHumanF?7+ 6X43Toll Operator@lTerminatorFieldHuman@92& 5X42Secure Area Environment@lTerminatorFieldEnvironmentPC<0$ 4X41Roadway Environment<@lTerminatorFieldEnvironmentL?8, 2X39Potential Obstacles@lTerminatorFieldEnvironmentL?8, 1X38Pedestrians@jTerminatorTravelerHumanA:0$ /X36Parking Operator@jTerminatorFieldHumanC<5) .X35Other Traffic Management@jTerminatorCenterOther SystemSE=1% LVAL 2 "The Traffic terminator represents the collective body of vehicles that travel on surface streets, arterials, highways, expressways, tollways, freeways, or any other vehicle travel surface. Traffic depicts the vehicle population from which traffic flow surveillance information is collected (average occupancy, The Traffic terminator represents the collective body of vehicles that travel on surface streets, arterials, highways, expressways, tollways, freeways, or any other vehicle travel surface. Traffic depicts the vehicle population from which traffic flow surveillance information is collected (average occupancy, average speed, total volume, average delay, etc.), and to which traffic control indicators are applied (intersection signals, stop signs, ramp meters, lane control barriers, variable speed limit indicators, etc.). All sensory and control elements that interface to this vehicle population are internal to ITS.The Toll Administrator is the human entity that manages the back office payment administration systems for a electronic toll system. This terminator monitors the systems that support the electronic transfer of authenticated funds from the customer to the system operator. The terminator monitors customer enrollment and supports the establishment of escrow accounts depending on the clearinghouse scheme and the type of payments involved. The terminator also establishes and administers the pricing structures and policies.The Toll Operator is the human entity that may be physically present at the toll plaza to monitor the operational status of the plaza.This terminator represents the environment around any area that is monitored by surveillance or sensor equipment. These areas include public areas frequented by transit users or travelers as well as transportation facilities and infrastructure.This terminator represents the physical condition and geometry of the road surface and the conditions surrounding the roadway. The geometry of the roadway and the road surface characteristics must be sensed and interpreted to support automated vehicle control services. Surrounding conditions may include fog, ice, snow, rain, wind, etc. which will influence the way in which a vehicle can be safely operated on the roadway. The condition of the roadway must be monitored by the architecture to enable corrective action and information dissemination regarding roadway conditions which may adversely affect travel. This physical interface carries these physical condition and geometry attributes which must be sensed, interpreted, and processed by functions internal to the system to achieve ITS User Service functionality.Any object that possesses the potential of being sensed and struck and thus also possesses physical attributes. Potential Obstacles include roadside obstructions, other vehicles, pedestrians, infrastructure elements or any other element which is in a potential path of the vehicle. This terminator represents the physical obstacles which possess properties which enable detection using sensory functions included as part of the ITS architecture. These physical attributes are represented as a data input to the system.LVAL This terminator represents the human entities that are responsible for all aspects of the transit system operation including fleet management, maintenance operations, and scheduling. These different roles represent a variety of individuals in the transit industry. Within the transit industry the person responsible for fleet management is known by many names: Street Supervisor (most common), Starter, Dispatcher, Supervisor, Traffic Controller, Transportation Coordinator. This entity actively monitors, controls, and modifies the transit fleet routes and schedules on a day to day basis (dynamic scheduling). The modifications will be to take account of abnormal situations such as vehicle breakdown, vehicle delay, detours around work zones or incidents (detour management and service restoration), and other causes of route or schedule deviaThis terminator represents the human entities that are responsible for all aspects of the transit system operation including fleet management, maintenance operations, and scheduling. These different roles represent a variety of individuals in the transit industry. Within the transit industry the person responsible for fleet management is known by many names: Street Supervisor (most common), Starter, Dispatcher, Supervisor, Traffic Controller, Transportation Coordinator. This entity actively monitors, controls, and modifies the transit fleet routes and schedules on a day to day basis (dynamic scheduling). The modifications will be to take account of abnormal situations such as vehicle breakdown, vehicle delay, detours around work zones or incidents (detour management and service restoration), and other causes of route or schedule deviations. This entity may also be responsible for demand responsive transit operation and for managing emergency situations within the transit network such as silent alarms on board transit vehicles, or the remote disabling of the vehicle. In addition the Transit System Operator may be responsible for assigning vehicle operators to routes, checking vehicle operators in and out, and managing transit stop issues. The Transit System Operator terminator also represents the human entity in the transit garage that is responsible for maintenance of the transit fleets, including monitoring vehicle status, matching vehicles with operators, and maintenance checking of transit vehicles. Finally, the Transit System Operator terminator represents the human entity responsible for planning, development, and management of transit routes and schedules.This terminator represents the human entity that directly interfaces with vehicle traffic operations. These personnel interact with traffic control systems, traffic surveillance systems, incident management systems, work zone management systems, and travel demand management systems to accomplish ITS services. They provide operator data and command inputs to direct systems' operations to varying degrees depending on the type of system and the deployment scenario. All functionality associated with these services that might be automated in the course of ITS deployment is modeled as internal to the architecture.LVALR .This terminator represents the external view of an individual vehicle. It includes vehicle characteristics such as height, width, length, weight, and other properties (e.g., magnetic properties, number of axles) that allow an individual vehicle to be detected and measured or classified. This external view of an individual vehicle is also used as a source of visible data that supports individual vehicle imaging requirements in the aThis terminator represents the external view of an individual vehicle. It includes vehicle characteristics such as height, width, length, weight, and other properties (e.g., magnetic properties, number of axles) that allow an individual vehicle to be detected and measured or classified. This external view of an individual vehicle is also used as a source of visible data that supports individual vehicle imaging requirements in the architecture. ITS subsystems at the roadside sense these characteristics and generate ITS data flows. These individual vehicle characteristics are important for toll collection, parking management, and other applications that identify and measure individual vehicles. See also the related "Traffic" terminator which represents physical characteristics of many vehicles in the aggregate that is measured for general traffic applications.This terminator represents any individual who uses transportation services. The interfaces to the traveler provide general pre-trip and en-route information supporting trip planning, personal guidance, and requests for assistance in an emergency that are relevant to all transportation system users. . The terminator represents users of a public transportation system and addresses interfaces these users have within a transit vehicle or at transit facilities such as roadside stops and transit centers. This general terminator is supplemented in the architecture by the specific "Driver" terminator that supports interfaces that are specific to drivers.This terminator represents the human entity that receives and provides additional information that is specific to operating the ITS functions in all types of transit vehicles. . To support transit vehicle security features, the Transit Vehicle Operator can input to the Transit Vehicle Subsystem a silent alarm. The operator can also be required to enter an authentication command (used to enable operation of the vehicle). The information received by the operator would include status of on-board systems. Additional information received depends upon the type of transit vehicle. In the case of fixed route transit vehicles, the Transit Vehicle Operator would receive operator instructions that might include actions to take to correct schedule deviations. In the case of flexible fixed routes and demand response routes the information would also include dynamic routing or passenger pickup information.This terminator represents a specialized form of the Basic Vehicle that interfaces with and hosts ITS electronics. The Basic Transit Vehicle may be a bus, paratransit vehicle, light rail vehicle, or other vehicle designed to carry passengers. The Basic Transit Vehicle includes the non-ITS on-board systems (e.g., engine, brakes, drive train, odometer). The monitoring of the Basic Transit Vehicle mechanical condition and mileage provides the major inputs for vehicle maintenance activity scheduling. The Basic Transit Vehicle can also accept disable commands resulting from a remote vehicle disable command or from a failure of the vehicle operator to be properly authenticated.LVALY @ yThis terminator represents any organization requesting information from the CVO Information ExchangThis terminator represents any organization requesting information from the CVO Information Exchange network. It typically represents insurance companies requesting safety information on carriers etc.This terminator represents a specific (state) public organization responsible for registering vehicles, e.g., the Department of Motor Vehicles.This terminator is the human entity that may be physically present at the ISP to monitor the operational status of the facility and provide human interface capabilities to travelers and other ISP subsystems.This terminator represents the systems that receive reports of violations detected by various ITS facilities including individual vehicle emissions, toll violations, CVO violations, excessive speed in work zones, etc.This terminator represents the entity that enables the actual transfer of electronic information from the user of a service (I.e. a traveler) to the provider of the service. This may include the transfer of funds through means of an electronic payment instrument. The device, like a smart card, may also hold and update the traveler's information such as personal profiles or trip histories.A depot operated either by a depot manager or an alternate mode freight shipper which represents the point of exchange where freight is moved from one mode to another. The depot has knowledge about activities that may impact travel on roadways such as large groups of trucks entering the highway after unloading a ship or freight train. The depot interfaces to the ITS to coordinate freight movement with Fleet-Freight Managers, gather information on traffic conditions affecting the depot, and to provide information on intermodal freight activities that is pertinent to traffic movement in the surrounding area.This terminator is intended to provide a source and destination for ITS data flows between peer (e.g. inter-regional) commercial vehicle administration functions. It enables commercial vehicle administration activities to be coordinated across different jurisdictional areas. In the Physical Architecture, this terminator is a reciprocal Commercial Vehicle Administration Subsystem (CVAS). This terminator encompasses all functions associated with commercial vehicle safety, registration, and operating authority for non-U.S. based commercial motor vehicle carriers. The agencies represented herein may include Federal, state, provincial, and local regulatory entities outside the U.S.This terminator provides weather, hydrologic, and climate information and warnings of hazardous weather including thunderstorms, flooding, hurricanes, tornadoes, winter weather, tsunamis, and climate events. It provides atmospheric weather observations and forecasts that are collected and derived by the National Weather Service, private sector providers, and various research organizations. The interface provides formatted weather data products suitable for on-line processing and integration with other ITS data products as well as Doppler radar images, satellite images, severe storm warnings, and other products that are formatted for presentation to various ITS users.LVAL 8This terminator represents a specialized form of the Basic Vehicle used by maintenance fleets. It supports the on-board equipment that control the non-ITS systems such as the actual operation of the snow plow, as well as any non-ITS sensor equThis terminator represents a specialized form of the Basic Vehicle used by maintenance fleets. It supports the on-board equipment that control the non-ITS systems such as the actual operation of the snow plow, as well as any non-ITS sensor equipment that monitors the amount of materials (e.g., sand or salt) on-board. The monitoring of the Basic Maintenance and Construction Vehicle mechanical condition and mileage provides the major inputs for maintenance vehicle activity scheduling.This terminator represents the myriad systems and databases containing data not generated from subsystems and terminators represented in the National ITS Architecture that can provide predefined data sets to the ITS archive. The terminator can provide economic, cost, demographic, land use, law enforcement, and other data that is not collected by ITS systems and would otherwise be unavailable within an ITS data archive.This terminator represents the human operator who provides overall data management, administration, and monitoring duties for the ITS data archive. Unlike the manager of the operational databases, the archive data administrator's role is focused on the archive and covers areas such as establishing user authentication controls, monitoring data quality, and initiating data import requests.This terminator represents the systems users employ to access archived data. The general interface provided from this terminator allows a broad range of users (e.g. planners, researchers, analysts, operators) and their systems (e.g. databases, models, analytical tools, user interface devices) to acquire data and analyses results from the archive.This terminator represents distributed archived data systems or centers whose data can be accessed and shared with a local archive. The interface between the Other Archives Terminator and the Archived Data Management Subsystem allows data from multiple archives to be accessed on demand or imported and consolidated into a single repository.This terminator represents the (usually) centralized control point for a substantial segment of a freight railroad's operations and maintenance activities. It is roughly the railroad equivalent to a highway Traffic Management Center. It is the source and destination of information that can be used to coordinate rail and highway traffic management and maintenance operations. It is also the source and destination for incident, incident response, disaster, or evacuation information that is exchanged with Emergency Management. This terminator would also represent a railroad's management information system, if that system is the source or destination for this information. The use of a single terminator for multiple sources and destination for information exchange with railroads is meant to imply the need for a single, consistent interface between a given railroad's operations and maintenance activities and ITS.This terminator represents train interface equipment (usually) maintained and operated by the railroad and (usually) physically located at or near a grade crossing. This terminator is the source and destination for HRI information for, or about, approaching trains and their crews (e.g. the time at which the train will arrive and the time it will take to clear a crossing, crossing status or warnings, etc.). Generally one wayside equipment interface would be associated with one highway rail intersection. However, multiple crossings may be controlled using information based on data from one wayside equipment interface.sLVAL = This subsystem resides in a maintenance, construction, or other specialized service vehicle or equipment and provides the sensory, processing, storage, and communications functions necessary to support highway maintenance and construction. All types of maintenance and construction vehicles are covered, including heavy equipment and supervisory vehicles. The subsystem provides two-way communications between drivers/operators and dispatchers and maintains and communicates current location and status information. A wide range of operational status is monitored, measured, and made available, dThis subsystem resides in a maintenance, construction, or other specialized service vehicle or equipment and provides the sensory, processing, storage, and communications functions necessary to support highway maintenance and construction. All types of maintenance and construction vehicles are covered, including heavy equipment and supervisory vehicles. The subsystem provides two-way communications between drivers/operators and dispatchers and maintains and communicates current location and status information. A wide range of operational status is monitored, measured, and made available, depending on the specific type of vehicle or equipment. For example, for a snow plow, the information would include whether the plow is up or down and material usage information. The subsystem may also contain capabilities to monitor vehicle systems to support maintenance of the vehicle itself and other sensors that monitor environmental conditions including the road condition and surface weather information. This subsystem can represent a diverse set of mobile environmental sensing platforms, including wheeled vehicles and any other vehicle that collects and reports environmental information.Representing another roadway system or subsystem, this terminator provides a source and destination for information that may be exchanged between peer roadway subsystems. The interface to this terminator enables direct coordination between field equipment. Examples include the direct interface between sensors and other roadway devices (e.g., Dynamic Message Signs) and the direct interface between roadway devices (e.g., adjacent traffic control equipment).Representing another parking facility, system or subsystem, this terminator provides a source and destination for information that may be exchanged between peer parking systems. This terminator enables parking management activities to be coordinated between different parking operators or systems in a region. In the Physical Architecture this terminator is a reciprocal Parking Management Subsystem.This terminator represents the system and associated personnel that prepare the inputs to support the various local, state, and federal government transportation data reporting requirements (e.g. Highway Performance Monitoring System, Fatal Analysis Reporting System) using data collected by ITS systems. This terminator represents a system interface that would provide access to the archived data that is relevant to these reports. In most cases, this terminator would manually combine data collected from the ITS archives with data from non ITS sources to assemble and submit the required information.LVAL This terminator represents the systems that support decision-making for maintenance, upgrade, and operation of physical transportation assets. Asset management integrates and includes the pavement management systems, bridge management systems, and other systems that inventory and manage the highway infrastructure and other transportation-related assets. The types of assets This terminator represents the systems that support decision-making for maintenance, upgrade, and operation of physical transportation assets. Asset management integrates and includes the pavement management systems, bridge management systems, and other systems that inventory and manage the highway infrastructure and other transportation-related assets. The types of assets that are inventoried and managed will vary, and may include the maintenance and construction vehicles and equipment as well as "soft" assets such as human resources and software. Asset management systems monitor the condition, performance, and availability of the infrastructure and evaluate and prioritize alternative reconstruction, rehabilitation, and maintenance strategies.Representing another Maintenance and Construction Management center or subsystem, this terminator is intended to provide a source and destination for ITS information flows between maintenance and construction management functions. It enables maintenance and construction operations to be coordinated across jurisdictions or between public and private sectors. In the Physical Architecture, this terminator is a reciprocal Maintenance and Construction Management Subsystem (MCMS).This terminator represents the providers of value-added sector specific meteorological services. These providers utilize National Weather Service data and predictions, road condition information and local environmental data provided by the traffic management or maintenance organizations, and their own models to provide surface transportation related weather observations and forecasts including pavement temperature and conditions.This terminator represents the people that directly interface with the systems in the Maintenance and Construction Management subsystem. These personnel interact with fleet dispatch and management systems, road maintenance systems, incident management systems, work plan scheduling systems, and work zone management systems. They provide operator data and command inputs to direct system operations to varying degrees depending on the type of system and the deployment scenario. All functionality associated with these services that might be automated in the course of ITS deployment is modeled as internal to the architecture.This terminator represents the people that perform maintenance and construction field activities including vehicle and equipment operators, field supervisory personnel, field crews, and work zone safety personnel. Information flowing from the Maintenance and Construction Field Personnel terminator will include those system inputs specific to maintenance and construction operations, such as information regarding work zone status, or the status of maintenance actions. The field personnel are also monitored within the work zone to enhance work zone safety. Information provided to Maintenance and Construction Field Personnel includes system outputs such as dispatch requests, maintenance and construction actions to be performed, and work zone safety warnings.ULVAL _ C P;sThis terminator provides information about the shelters that open with the threat of a disaster and are operated and maintained until the threat has passed. This terminator may represent individual shelters if they have the cThis terminator provides information about the shelters that open with the threat of a disaster and are operated and maintained until the threat has passed. This terminator may represent individual shelters if they have the capability to provide current information directly to ITS or it may represent a managing organization such as the American Red Cross that operates the shelters and collects and provides aggregate shelter information for a region.Representing another Toll Administration center or subsystem, this terminator is intended to provide a source and destination for ITS information flows between toll administration functions. This interface allows reconciliation of toll charges across different agencies by allowing the exchange of information about clients who have incurred charges in jurisdictions of toll collection agencies other than their home (billing) customer service center. This interface enables "reciprocity" between participating customer service centers. In the Physical Architecture, this terminator is a reciprocal Toll Administration Subsystem (TAS).This terminator represents a hospital or another emergency care facility. It may also represent a third party quality of care information provider.These agencies include U.S. domestic and foreign governmental agencies responsible for the regulation of trade, and the enforcement of customs and immigration laws. These agencies include U.S. Customs, the U.S. Immigration and Naturalization Service (INS), and their counterparts in Canada and Mexico. They may also include secondary trade agencies (e.g., U.S. Food and Drug Administration, U.S. Department of Agriculture, other USDOT departments, etc.), and agencies from other trading nations.This terminator represents the facilities that provide storage and forward staging for equipment and materials used in maintenance and construction operations. It provides status information on the types and quantities of materials and equipment that are available at the facility.This terminator represents another ITS Maintenance and Construction Vehicle Subsystem. It provides a source and destination for ITS information transfers between maintenance and construction vehicles. These information transfers allow vehicle operational status, environmental information, and work zone intrusion warnings or alarms to be shared between vehicles.This terminator represents the facilities that configure, service, and repair vehicles and other support equipment used in roadway infrastructure construction and maintenance. The equipment repair facility receives preventative and corrective maintenance schedules and vehicle configuration requirements, performs the necessary configuration and maintenance work on the vehicles and equipment, and provides vehicle and equipment status back to the architecture.This terminator represents the various administrative systems that support the operation of ITS systems for maintenance and construction operations. The interfaces to this terminator support general administrative data interchanges between ITS and non-ITS systems. This includes: interfaces to purchasing for equipment and consumables resupply, interfaces to human resources that manage training and special certification for field crews and other personnel, and interfaces to contract administration functions that administer and monitor the work performance for maintenance and construction contracts.y S N- t  gX100Telecommunications System for Traveler Information@wTerminatorCenterSystemh`XL@ fX98Emissions Management Operator@wTerminatorCenterHumanQJB6* eX99Freight Equipment@wTerminatorVehicleSystemG?6* dSMSSecurity Monitoring Subsystem@wSubsystemFieldSystemPHA6* cX97Shelter Providers@sTerminatorTravelerSystemH@6* aX95Alerting and Advisory SystemsXuTerminatorCenterSystemRJB6* `X94Other Toll Administration@sTerminatorCenterOther SystemTF>2& _X93Care Facility@sTerminatorCenterSystemB:2& ^X92Trade Regulatory Agencies@sTerminatorCenterSystemNF>2& LVALvThis terminator represents the federal, state, and local alerting and advisory systems that provide alerts, advisories, and other potential threat information that is relevant to surface transportation systems. This includes systems such as the Information Sharing and Analysis Centers (ISACs), the National Infrastructure Protection Center (NIPC), the Homeland Security Advisory System (HSAS), and other systems that provide intelligence about potential, imminent, or actual attacks on the transportation infrastructure or its supporting information systems. This terminator also represents the early warning and emergency alert systems operated by federal, state, county, and local agencies that provide advisories and alerts regarding all types of emergencies including natural hazards (floods, hurricanes, tornados, earthquakes), accidents (chemical spills, nuclear power plant emergencies) and other civil emergencies such as child abduction alerts that impact transportation system operation and/or require immediate public notification. Note that weather related watches and warnings, such as those issued by the National Hurricane Center, are provided by both this terminator and the Weather Service terminator since many alerting and advisory systems and the National Weather Service both provide severe weather and related hazards information. The alerts and advisories that are provided by the systems represented by this terminator are based on analysis of potential threat information that is collected from a variety of sources, including information collected by ITS systems. The bidirectional interface with this terminator allows potential threat information that is collected by ITS systems to be provided to the alerting and advisory systems to improve their ability to identify threats and provide useful and timely information. The types of information provided by this terminator include general assessments and incident awareness information, advisories that identify potential threats or recommenda|LVALtions to increase preparedness levels, alerts regarding imminent or in-progress emergencies, and specific threat information such as visual imagery used for biometric image processing.sLVAL v^This terminator provides the caller interface and voice processing (voice recognition/synthesis) that supports voice-enabled traveler telephone information systems. It provides wireline and wireless caller access to 511 systems and other telephone access mechanisms like 7 or 10 digit local access numbers. It represents the boundary of the architecture wherThis terminator provides the caller interface and voice processing (voice recognition/synthesis) that supports voice-enabled traveler telephone information systems. It provides wireline and wireless caller access to 511 systems and other telephone access mechanisms like 7 or 10 digit local access numbers. It represents the boundary of the architecture where a call is received and processed and includes voice portal capabilities in scenarios where a distinct voice portal exists between ITS Centers and telecommunications providers. The terminator gathers traveler information, alerts, and advisories from information service provider(s) and uses this information to support voice-based interactions with a traveler.This terminator represents personnel that monitor, operate, and manage emissions monitoring and management systems. These personnel monitor system operation and monitor collected emissions and air quality information and direct system operation through data and command inputs.This terminator represents a freight container, intermodal chassis or trailer and provides information to support safe, secure and efficient freight operations. This terminator provides equipment safety data and status and can alert the appropriate systems of an incident, breach, or tamper event. This terminator provides accurate position information to support in-transit visibility of freight equipment.This subsystem includes surveillance and sensor equipment used to provide enhanced security and safety for transportation facilities or infrastructure. The equipment represented by this subsystem is located in non-public areas of transportation facilities (e.g. maintenance and transit yards) or located on or near non-roadway parts of the transportation infrastructure (e.g. transit railway and guideways). This subsystem also includes surveillance and sensor equipment located on or near major roadway features such as bridges, tunnels, and interchanges, when the equipment s primary function is one of security and safety. If the primary function of the equipment is traffic surveillance or incident detection, then the surveillance or sensors would be covered as part of the Roadway Subsystem. Similarly, the surveillance and sensor equipment for public areas of transportation facilities is covered in the Remote Traveler Support Subsystem. The surveillance equipment includes video (e.g. CCTV cameras) and/or audio systems. The sensor equipment includes threat sensors (e.g. chemical agent, toxic industrial chemical, biological, explosives, and radiological sensors), object detection (e.g. metal detectors), intrusion or motion detection, and infrastructure integrity monitoring (e.g. rail track continuity checking or bridge structural integrity monitoring). Limited processing of collected sensor and surveillance data is also included in this subsystem to support threat detection and classification. 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?>@8AAAAWBCJDEFGH,H1II IJJ%KL2MMAMQMWNN?NPO OJP!Q2RRSTTOUU>UEULUQVW XXJYZ%[&[J\ \\\>]^^Q^W_`aaQbbbbFcdde eQf fBghhLhOhQij kkllm,n1o0p+q/r*s<s?t-uvvvw(wCx2yy$zz{||}}~~ $ $ '  3<>?DEF? !"#$% &%'@(A)I*W+E,F-&.A/01J23L4M5O6Q7F8L9@:C;D<E=B>H?I@JAFBDCIDCEEFHGAH@IIJHKGL@MBNHO&PJQORJSJT&UJVFWFXY?ZO[P\K]K^>_`LaMbScMdQeSf @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@"  & QS5 9 :   W65679 5 7 9    ) .<=UV =!>"#<$B%L&S'V()*3+4,6-9.T/60<1:2;34475T6!7"89 :;<=>? @ AB&C DESF7G7H I!J!JK"<L"?M#4N#:O#<P#TQ$5R$7S$8T$9U%4V%:W&>X&GY'Z'=['G\(]) ^*_+`, a-b. c/d03e04f0;g0Th1$i1'j2k2l3 m3n3Qo3Sp4 q4 r4s4t4Su5?v6w6x7#y8 z8Q{8S|9 }9~999S::?;< =5=7=9>9>:? ?>@8AAAAWBCJDEFGH,H1II IJJ%KL2MMAMQMWNN?NPO OJP!Q2RRSTTOUU>UEULUQVW XXJYZ%[&[J\ \\\>]^^Q^W_`aaQbbbbFcdde eQf fBghhLhOhQij kkllm,n1o0p+q/r*s<s?t-uvvvw(wCx2yy$zz{||}}~~ $ $ '  3<>?DEF? !"#$% &%'@(A)I*W+E,F-&.A/01J23L4M5O6Q7F8L9@:C;D<E=B>H?I@JAFBDCIDCEEFHGAH@IIJHKGL@MBNHO&PJQORJSJT&UJVFWFXY?ZO[P\K]K^>_`LaMbScMdQeSfn @@@@@@@@MgOhQiPjWkPlPmWnPo p Oq Pr s Pt u Pv w Px 4y :z T{T|V}U~V QS?Qs @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ 0 1d ]_`bYpsuw ^  c     @ a q     m z A D r } kln<w~=Ix?Es;>t9 J  !"##Z$3`*B)%  :   &!7!""8#y$i$$ $ %%%'&&C&&.&P&U'j' ()*+,,-./0112223+3e34,444N4V4f4y5 555R5666-6077757G7H7S78T89 999.9U99: :2:O:W::z;3;g<<$<1<L<P<<==!=[>">X>>>>>_?M?v??????Z?@(@:@I@MAA)A/AHB%BB>BNCC;CEDD<DCEEE,E=EFFFF-F8FBFWFXGYG\GLH?HGHKHOI*I@IDIJJKJJJJJJ2JAJQJSJTJVK]K^L&LLL4L9LaM5MbMdMgOOO6ORO[OhOqPP\PjPlPmPoPrPtPvPxQQoQ{QQQQQQQ7QeQiQQSS'SFSpSuS|SScSfST/T6TQThT{T|UU~V V(V}VWWWWW+WkWnL YNY Y  Y Y Y $EquipmentPackageIDRequirementIDRequirementUserDefinedApplicabilitylIwNYYYMarketPackageIDPrimaryKeyJtblEquipmentPackagestblEPRequirements<r)V|@{@LVAL  jHThe field element shall support the integrated control of adjacent traffic signals to clear an area in advance of an approaching train and to manage traffic around the intersection.The field element shall close the highway-rail intersection (HRI) when a train is approaching with enough time for traffic to safely clear the crossing using gates, lights/signs, barriers, and traffic control signals.The field element shall control the dynamic message signs (DMS) in the vicinity of a highway-rail intersection (HRI) to advise drivers, cyclists, and pedestrians of approaching trains.The field element shall collect pedestrian images and pedestrian sensor data, and respond to pedestrian crossing requests via display, audio signal, or other manner.The field element shall receive track status and arriving train information from the rail wayside equipment that can be passed on to the traffic management center. This may include the current status of the tracks and when a train is expected and/or how long the crossing will be closed.The field element shall monitor the status of the highway-rail intersection (HRI) equipment, including both the current state and mode of operation and the current equipment condition, to be forwarded on to the rail wayside equipment.The field element shall monitor the status of the highway-rail intersection (HRI) equipment, including both the current state and mode of operation and the current equipment condition, to be forwarded on to the traffic management center.The field element shall notify the traffic management center and the rail wayside equipment of any intersection blockages, including trapped vehicles or other obstructions.The field element shall determine whether the highway-rail intersection (HRI) is blocked by traffic in the roadway or some other obstruction.The field element shall collect and process, traffic sensor data in the vicinity of a highway-rail intersection (HRI).t|[:tS2 l K * d C "  } \ ;  u T 3  m L + eD#~]<vU4nM, fE$^=wV5oN- @@@@@4@ ,@  @  ,@  @ @ @@^@T@@@@ @ @@ @  @  @Z@@N@Z@B@8@*@@ <@  @ @ <@ 8@ @ @ "@ @ @  @ r@  @  @  @ @ @ @ @ @ @ @@@ @ @ ,@@@ @@*@&@f@@D@@ @ @  .@D@@@,@@ @@:@D@@"@ <@ ~@ @ ^@ @ @@@@ @ @@@@@ @ v@@@@@@(@j@ @ j@  @p@J@@@@@X@@@LVAL  t VThe center shall collect, process, store, and disseminate toll fee information to travelers.The center shall collect, process, store, and disseminate parking information to travelers, including location, availability, and fees.The center shall collect, process, store, and disseminate transit routes and schedules, transit transfer options, transit fares, and real-time schedule adherence information to travelers.The center shall collect, process, store, and disseminate maintenance and construction information to travelers, including scheduled maintenance and construction work activities and work zone activities.The center shall collect, process, store, and disseminate traffic and highway condition information to travelers, including incident information, detours and road closures, event information, recommended routes, and current speeds on specific routes.The field element, typically a roadside beacon, shall return system fault data to the maintenance center for repair.The field element, typically a roadside beacon, shall return system operational status to the controlling center.The field element shall distribute indicator and fixed sign information, such as actual intersection traffic signal states, stop, or yield signs to signage equipment on-board vehicles, in a manner suitable for rural applications.The field element shall distribute advisory information, such as evacuation information, wide-area alerts, incident information, work zone intrusion information, and other special information to signage equipment on-board vehicles, in a manner suitable for rural applications.The field element shall distribute road condition and environmental information to signage equipment on-board vehicles, in an autonomous manner more suitable for rural applications.The field element shall forward rail traffic advisories received from the Wayside Equipment to the traffic management center.LVALJ  0 ~  *^FThe roadside check facility equipment shall forward results of the roadside inspections to the commercial vehicle administration center either as needed or on a periodic (e.g. basis). These reports include accident reports, violation notifications, citations, and daily site activity logs.The roadside check facility equipment shall provide an interface for an inspector to add comments to the inspection results.The roadside check facility equipment shall record the results of roadside inspections carried using an inspector's hand held terminal interface.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall support driver input in audio or manual form.The vehicle shall prioritize safety and warning messages to supersede advisory and broadcast messages.The vehicle shall provide data from the vehicle itself to the driver. This vehicle data may include vehicle conditions, environmental conditions, safety or position warnings.The vehicle shall receive wide-area alerts and present it to the driver.The vehicle shall receive evacuation information from a center and present it to the driver.The vehicle shall receive event information from a center and present it to the driver.The vehicle shall receive transit information from a center and present it to the driver.The vehicle shall receive formatted traffic information from a center and present it to the driver.The center shall provide the capability for a system operator to control the type and update frequency of broadcast traveler information.The center shall provide the capability to support requests from the media for traffic and incident data.The center shall collect, process, store, and disseminate air quality information to travelers.The center shall collect, process, store, and disseminate event information to travelers.The center shall collect, process, store, and disseminate weather information to travelers.LVAL  N "`FFThe center shall package data concerning commercial vehicle safety and credentials into profiles (detailed and historical data).The center shall process requests for payments of electronic credentials and tax filing and maintain an interface to a Financial Institution.The center shall manage the filing of appropriate taxes for the operation of commercial vehicles.The center shall manage electronic credentials filing and processing for commercial vehicles.The center shall respond to control data from center personnel regarding sensor and surveillance data collection, analysis, storage, and distribution.The center shall distribute road network conditions data (raw or processed) based on collected and analyzed traffic sensor and surveillance data to other centers.The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used as a background for traffic data.The center shall maintain a database of surveillance and sensors and the freeways, surface street and rural roadways, e.g. where they are located, to which part(s) of the network their data applies, the type of data, and the ownership of each link (that is, the agency or entity responsible for collecting and storing surveillance of the link) in the network.The center shall monitor, analyze, and store multimodal crossing and high occupancy vehicle (HOV) lane sensor data under remote control of the center.The center shall monitor, analyze, and distribute pedestrian images from CCTV systems under remote control of the center.The center shall monitor, analyze, and store pedestrian sensor data collected from field elements under remote control of the center.The center shall monitor, analyze, and distribute traffic images from CCTV systems under remote control of the center.The center shall monitor, analyze, and store traffic sensor data (speed, volume, occupancy) collected from field elements under remote control of the center.bLVAL  p J X`The center shall provide commercial vehicle credentials and safety status information to authorized requestors such as insurance agencies.The center shall provide commercial vehicle accident reports and citations to enforcement agencies.The center shall package data concerning commercial vehicle safety and credentials into snapshots (top-level summary and critical status information).The center shall exchange safety and credentials data among other commercial vehicle administration centers; includes border clearance status, credentials information, credentials status information, and safety status information.The center shall exchange information with roadside check facitlities, including credentials and credentials status information, safety status information, daily site activity data, and citations.The center shall receive and store information on commercial vehicle violations from enforcement agencies as part of the processing of credentials applications.The center shall provide credentials information about commercial vehicle operators and carriers to authorized requestors such as insurance agencies.The center shall provide an interface with commercial vehicle fleet and freight management centers to exchange audit and compliance review reports.The center shall use information on asset restrictions received from maintenance centers to develop the commercial vehicle route restrictions and process credentials applications.The center shall provide route restrictions information, including hazmat restrictions, to other centers and agencies for distribution to commercial vehicle operators. These centers and agencies may include commercial fleet and freight management operators, traveler information centers, digital map update providers, and other commercial vehicle adminstration centers.The center shall exchange credentials and tax information with other commercial vehicle administration centers - either in other states or the federal government.(LVAL :  NbT(PThe center shall respond to requests from the administrator interface function to maintain the archive data.The center shall perform quality checks on received data.The center shall support a broad range of archived data management implementations, ranging from simple data marts that collect a focused set of data and serve a particular user community to large-scale data warehouses that collect, integrate, and summarize transportation data from multiple sources and serve a broad array of users within a region.The center shall include capabilities for archive to archive coordination.The center shall include capabilities for error notification on the incoming archived data.The center shall include capabilities for performing quality checks on the incoming archived data.The center shall store the archived data in a focused repository that is suited to a particular set of ITS data users.The center shall collect data catalogs from one or more data sources. A catalog describes the data contained in the collection of archived data and may include descriptions of the schema or structure of the data, a description of the contents of the data; e.g., time range of entries, number of entries; or a sample of the data (e. g. a thumbnail).The center shall collect data to be archived from one or more data sources.The center shall notify enforcement agencies of commercial vehicle safety violations by individual commercial vehicles, drivers, or carriers.The center shall collect and review safety inspection reports and violations from the roadside check facilities and pass on appropriate portions to other commercial vehicle administrative centers and commercial vehicle fleet operators.The center shall provide commercial vehicle safety data to roadside check facilities.The center shall provide reports to the commercial vehicle fleet manager regarding fleet activity through roadside facilities including accident reports, citations, credentials status information, and safety status information.LVAL jZ 8 8 6 The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall display data for an enhanced version of the picture obtained from other sensor(s) in the vehicle. This picture will show the driver's field of view, and will be enhanced to increase clarity under conditions such as poor visibility, darkness, etc.The vehicle shall collect and process data from the roadside environment relating to the physical roadway characteristics. These include the roadway geometry, and type of roadway surface (paved, gravel, etc.).The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall provide warnings to the driver of potential dangers based on sensor input and analysis concerning the alertness and fitness of the driver.The vehicle shall determine the driver's ability ability to control the vehicle based on inputs received from the driver sensors.The vehicle shall collect and monitor data concerning the safety of the driver - including, indication of the ability of the driver to control the vehicle, negative factors being such things as alcohol on the breath, too many mistakes, etc. Injury indicators could pick up on any detectable problems with the vehicle occupants, e.g. sudden change in heart rate, pulse, breathing, etc.For archive data requiring financial payment, the center shall process the financial requests and manage an interface to a Financial Institution.When data or a catalog of data is received from the archive, the center shall generate the requested data product for the users systems.The center shall provide the capability to execute methods on the incoming data such as cleansing, summarizations, aggregations, or transformations applied to the data before it is stored in the archive.LVAL Z0 \ ^@&BThe center shall update the incident information log once the emergency system operator has verified the incident.The center shall send a request for remote control of CCTV systems from a traffic management center in order to verify the reported incident.The center shall coordinate, correlate, and verify all emergency inputs, including those identified based on external calls and internal analysis of security sensor and surveillance data, and assign each a level of confidence.The center shall receive details of the cargo being carried by commercial vehicles from their commercial fleet manager for incidents involving potential hazardous materials.The center shall receive emergency notification information from commercial vehicles, commercial vehicle check stations, or commercial fleet operators and present the possible incident information to the emergency system operator. This may include detection of non-permitted transport of security sensitive hazmat, hazardous cargo spills, etc.The center shall receive emergency notification information from public transit systems and present the possible incident information to the emergency system operator.The center shall receive emergency notification information from other public safety agencies and present the possible incident information to the emergency system operator.The center shall receive emergency call information from mayday service providers and present the possible incident information to the emergency system operator.The center shall receive emergency call information from motorist call-boxes and present the possible incident information to the emergency system operator.The center shall receive emergency call information from 911 services and present the possible incident information to the emergency system operator.The center shall support the interface to the Emergency Telecommunications System (e.g. 911 or 7-digit call routing) to receive emergency notification information and provide it to the emergency system operator.LVAL HXph4The center shall provide strategic emergency response capabilities such as that of an Emergency Operations Center for large-scale incidents and disasters.The center shall coordinate response to incidents with other Emergency Management centers to ensure appropriate resources are dispatched and utilized.The center shall receive road network conditions and traffic images to support dispatch of emergency vehicles.The center shall provide the capability for digitized map data to act as the background to the information presented to the emergency system operator.The center shall receive traffic information, including closures, traffic conditions, etc. from traffic management centers.The center shall receive asset restriction information from maintenance centers to support the dispatching of appropriate emergency resources.The center shall store and maintain the emergency service responses in an action log.The center shall receive status information from care facilities to determine the appropriate facility and its location.The center shall track the location and status of emergency vehicles responding to an emergency and update the incident status based on information from the emergency vehicle.The center shall provide the capability to request traffic control measures from traffic management centers such as signal preemption, traffic barriers and road closures.The center shall relay location and incident details to the responding vehicles.The center shall store the current status of all emergency vehicles available for dispatch and those that have been dispatched.The center shall dispatch emergency vehicles to respond to verified emergencies and provide suggested routing under center personnel control.The center shall forward the verified emergency information to the responding agency based on the location and nature of the emergency.The center shall provide the capability for digitized map data to act as the background to the emergency information presented to the emergency system operator.LVAL | B tThe center shall provide the capability for digitized map data to act as the background to the information presented to the emergency system operator.The center shall provide information to the media concerning the status of an emergency response.The center shall assimilate the status of the transit, traffic, rail, maintenance, and other emergency center services and systems to create an overall transportation system status, and disseminate to each of these centers and the traveling public via traveler information providers.The center shall provide the capability to request transit resource availability from transit centers for use during disaster and evacuation operations.The center shall provide the capability to request the safe disabling of a commercial vehicle during a hazardous materials incident.The center shall receive hazardous materials incident information from commercial fleet operators.The center shall receive event scheduling information from Event Promoters.The center shall allocate the appropriate emergency services, resources, and vehicle (s) to respond to incidents, and shall provide the capability to override the current allocation to suit the special needs of a current incident.The center shall track the availability of resources (including vehicles, roadway cleanup?, etc.), request additional resources from traffic, maintenance, or other emergency centers if needed.The center shall develop, coordinate with other agencies, and store emergency response plans.The center shall provide the capability to implement response plans and track progress through the incident by exchanging incident information and distributing response status to allied agencies.The center shall manage coordinated inter-agency responses to and recovery from large-scale emergencies. Such agencies include traffic management, transit, maintenance and construction management, rail operations, and other emergency management agencies.t|[:tS2 l K * d C "  } \ ;  u T 3  m L + eD#~]<vU4nM, fE$^=wV5oN-  @ @  @@f@@"@@@ @@H@ <@ ~@ 6@ @@@^@ z@ @ d@ ,@@@@@@ @ @ @ @  @ @@@@>@@@@r@@ ,@ @ @ @ @@@X@@ (@ @ @ @ @ @ @ r@ @ @@"@X@@@@@@n@@ <@ @ @P@@<@@@@*@@@@@P@@@@@~@ @@@@@X@@X@r@@ @@$@@J@@@@@ ,@  @  6@  0@ @@@LVAL & V | XThe center shall obtain and manage commercial vehicle routes for its fleet of vehicles, taking into account route restrictions, advance payment of tolls, HAZMAT restrictions, and current traffic and road conditions provided by traveler information systems.The center shall send data concerning enrollment of commercial vehicles for electronic clearance and tax filing to the appropriate commercial vehicle administration center. The data may include driver and vehicle identification, safety inspections/status, carrier credentials, related citations, and accident information.The center shall distribute air quality information to the media, traveler information service providers, and traffic management centers. This information may be used for information to travelers or part of demand management programs.The center shall establish violation parameters, detect emissions violators, obtain the vehicle registration data from the appropriate State Department of Motor Vehicles (DMV) office, and then provide the capability to send violation information to a law enforcement agency.The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used as a background for emissions.The center shall maintain a database of pollution reference data including acceptable and tolerable emissions and pollution levels for the area served by the center.The center shall configure and control emissions and air quality sensors located in the field.The center shall collect, analyze, and store wide area pollution data collected from sensors that may the general (wide area) environment.The center shall collect, analyze, and store vehicle emissions data collected from roadside sensors.The center shall provide the capability for center personnel to provide inputs to the management of incidents, disasters and evacuations.0LVAL 6 l  "pPThe center shall provide information concerning commercial vehicles carrying hazardous materials (HAZMAT) upon request from an emergency management center. The information includes the nature of the cargo being carried, identity of the vehicle and unloading instructions.The center shall track the routing and cargo information, including the manifest data plus the chemical characteristics of a hazardous materials (HAZMAT) load being carried by its fleet of commercial vehicles.The center shall support an interface with a commercial vehicle driver that is acting in the role of a commercial vehicle fleet manager for the purposes of obtaining credentials, filing taxes and audit data, and receiving compliance reports and status information.The center shall provide audit data to the appropriate commercial vehicle adminstration center to support tax audits.The center shall receive compliance review reports from the appropriate commercial vehicle administration centers concerning the operations of the commercial vehicle fleet, including concomitant out-of-service notifications, and carrier warnings/notifications.The center shall send data concerning enrollment and purchase of commercial vehicles credentials and tax filing to the appropriate commercial vehicle administration center.The center shall coordinate the response to security incidents and the sharing of security threat information involving commercial vehicles with other agencies including emergency management centers and alerting/advisory systems.The center shall monitor the locations and progress of commercial vehicles against their planned routes and raise appropriate warnings based on route monitoring parameters.The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used as the background for commercial vehicle fleet administration - includes commercial vehicle specific data such as route or HAZMAT restrictions.LVAL VThe center shall notify other security functions within the center of deviations in the movement of freight equipment from its planned route.The center shall collect diagnostic information fro freight equipment to schedule preventative and corrective maintenance.The center shall track the progress of freight equipment as it moves from source to destination based on inputs from the commercial vehicles, the freight equipment, intermodal freight depots, shippers, and commercial vehicle adminstration centers that provide border clearance status information.The center shall coordinate the shipment of cargo using freight equipment with intermodal freight depots. Information to be coordinated includes information regarding a freight transportation booking and the assigned driver and vehicle scheduled to transport the freight along with cargo movement logs, routing information, and cargo ID s.The center shall provide the interface with intermodal freight shippers to setup transportation for freight equipment. Inputs to this include information about the shipper, consignee, commodities, pick-up and drop-off locations for freight equipment. Outputs include information about the driver and commercial vehicle that will be transporting the freight.The center shall collect data from the commercial vehicles carrying freight or from the freight equipment itself. Includes container, trailer, or chassis information regarding identity, type, location, brake wear data, mileage, seal number/type, door open/close status, chassis bare/covered status, tethered / untethered status, bill of lading, and sensor status.The center shall use data from its fleet of commercial vehicles to schedule maintenance and repair activities.The center shall collect and process operational and safety data from its fleet of commercial vehicles - data includes mileage data, repairs, diagnostic data, and on-board safety system data.LVAL >V, B  pThe center shall accept requests from traveler interface systems for ridesharing as part of a trip plan request.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall store a translation table for road sign and message templates used for in-vehicle display.The vehicle shall receive indicator and fixed sign information, such as actual intersection traffic signal states, stop, or yield signs and present it to the driver via on-board signage equipment.The vehicle shall receive advisory information, such as evacuation information, proximity to a maintenance and construction vehicle, wide-area alerts, incident information, work zone intrusion information, and other special information and present it to the driver via on-board signage equipment.The vehicle shall receive road condition and environmental information and present it to the driver via on-board signage equipment.The center shall implement control plans to coordinate signalized intersections around highway-rail intersections (HRI), under control of center personnel, based on data from sensors and surveillance monitoring traffic conditions, incidents, equipment faults, pedestrian crossings, etc.The center shall collect incident information related to a highway-rail intersection (HRI), such as intersection blockages or crashes or equipment malfunctions.The center shall provide the highway-rail intersection (HRI) equipment operational status to rail operations centers.The center shall collect highway-rail intersection (HRI) equipment operational status and compare against the control information sent by the center.The center shall accept collect highway-rail intersection (HRI) advisory or alert data from rail operations centers.The center shall remotely control highway-rail intersection (HRI) equipment located in the field.LVAL ~ > P.f~nThe center shall generate route plans based on current or forecasted weather.The center shall generate route plans based on current asset restrictions, such as height and weight restrictions on tunnels or bridges.The center shall generate route plans based on transit services, including fares, schedules, and requirements for travelers with special needs.The center shall generate route plans based on current and/or predicted conditions of the road network, scheduled maintenance and construction work activities, and work zone activities.The center shall support on-line route guidance for specialty vehicles, such as commercial vehicles.The center shall support on-line route guidance for drivers in vehicles.The center shall support on-line route guidance for travelers using personal devices (such as PDAs).The center shall include bicycle routes, walkways, skyways, and multi-use trails in the pre-trip and enroute directions it provides to travelers.The center shall provide the capability to provide specific pre-trip and enroute directions to travelers (and drivers), including costs, arrival times, and transfer points.The center shall store all rideshare matches and traveler eligibility data.The center shall provide a confirmation of the traveler's rideshare match and provide the capability to support a payment transaction for the rideshare service.The center shall arrange connections to transit or other multimodal services for portions of a multi-segment trip that includes ridesharing.The center shall process rideshare requests by balancing the relative benefits of the rideshare to each rideshare participant.The center shall provide a rideshare match based on origin and destination of the traveler's proposed trip, any routing constraints, preferences specified by the traveler, compatibility of this rideshare with rideshares confirmed by other travelers, the requesting traveler's eligibility data, and traffic data.LVAL.H x j d FJ,The center shall manage updates of digitized map data and provide periodic updates to traveler interface systems.The center shall manage registration of yellow pages service providers, store provider details, and transact payments for the provider's registration.The center shall provide all yellow pages information based on the traveler's current location and filter the provided information accordingly.The center shall support yellow pages service information and reservation requests from a traveler on-board a transit vehicle.The center shall support yellow pages service information and reservation requests from a vehicle.The center shall collect, process, store, and disseminate yellow pages information (such as lodging, restaurants, theaters, bicycle facilities, and other tourist activities) to travelers upon request.The center shall provide the capability for center personnel to control route calculation parameters.The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used to determine vehicle and non-vehicle routes, trip planning, and on-line vehicle guidance.The center shall log route plans, particularly for special vehicles such as those containing hazardous materials, over-sized vehicles, or motorcades, with a traffic center.The center shall provide the capability for the traveler to confirm the proposed trip plan.The center shall use the preferences and constraints specified by the traveler in the trip request to select the most appropriate mode of transport.The center shall generate trips based on the use of more than one mode of transport.The center shall exchange route segment information with other centers outside the area served by the local center.The center shall generate route plans based on ferry, rail, air, or other multimodal transportation data.LVAL  $ :XjThe center shall provide all traveler information based on the traveler's current location or a specific location identified by the traveler, and filter or customize the provided information accordingly.The center shall collect, process, store, and disseminate customized air quality information to travelers upon request.The center shall collect, process, store, and disseminate customized event information to travelers upon request.The center shall collect, process, store, and disseminate customized multimodal transportation service information (for example, from ferry and airline operators), including transfer points and other information, to travelers upon request.The center shall collect, process, store, and disseminate customized weather information to travelers upon request.The center shall collect, process, store, and disseminate customized toll fee information to travelers upon request.The center shall collect, process, store, and disseminate customized parking information to travelers, including location, availability, and fees upon request.The center shall collect, process, store, and disseminate customized transit routes and schedules, transit transfer options, transit fares, and real-time schedule adherence information to travelers upon request.The center shall collect, process, store, and disseminate customized maintenance and construction information to travelers, including scheduled maintenance and construction work activities and work zone activities upon request.The center shall collect, process, store, and disseminate customized traffic and highway condition information to travelers, including incident information, detours and road closures, recommended routes, and current speeds on specific routes upon request.To support confirmation of trip plans, the center shall manage payment for yellow pages information and reservations and map updates, and provide transaction success or failure details.LVAL  . 08 fThe vehicle shall provide the capability of translating signage for presentation to the driver, including fixed signage, situational messages, or work zone intrusion messages.The vehicle shall collect vehicle data and present it to the driver (including vehicle conditions, smart probe data, safety and position warnings, and enhanced vision images) upon request .The vehicle shall receive event information from a center and present it to the driver upon request.The vehicle shall receive yellow pages information (such as lodging, restaurants, theaters, and other tourist activities) from a center and present it to the driver upon request.The transit vehicle shall receive formatted traffic and travel advisories from a center and present them to the transit vehicle traveler upon request.The vehicle shall receive formatted traffic and travel advisories from a center and present them to the driver upon request.The center shall provide the capability for a system operator to control the type and update frequency of traveler information.The center shall provide the capability to support requests from the media for traffic and incident data.The center shall manage updates of digitized map data and provide updates to traveler interface systems upon request.The center shall provide the capability to exchange information with another traveler information service provider current or predicted data for road links that are outside the area served by the local supplier.The center shall support requests for traveler information and advanced payment for traveler services from commercial fleet operators.The center shall manage payment for services, such as tolls, transit fares, parking lot charges, map updates, and advanced payment for tolls, and provide transaction success or failure details.The center shall accept traveler profiles for determining the type of personalized data to send to the traveler.LVAL 4. z > 2The center shall provide the capability for the traveler to confirm the proposed trip plan.The center shall exchange route segment information with other centers outside the area served by the local center.The roadside check facility equipment at a border crossing shall request and input the electronic cargo lock data from approaching commercial vehicles to compare against the data received from the center.The roadside check facility equipment at a border crossing shall request and input the border clearance data from approaching commercial vehicles to compare against the data received from the center concerning compliance with import/export and immigration regulations.The roadside check facility equipment at a border crossing shall request and input the tag data from approaching commercial vehicles to determine the identity of the vehicle along with its carrier, driver, and a trip identity.The roadside check facility equipment at a border crossing shall receive the border agency clearance results, transportation border clearance assessments, and trip declaration identifiers from the commercial vehicle administration center to be used to screen the incoming commercial vehicles.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall support driver input in audio or manual form.The vehicle shall support driver input to invoke and cancel automatic control of the vehicle including the use of the automated highway system (AHS) lanes.The vehicle shall base requests from the driver on the vehicle's current location, and filter the provided information accordingly.The vehicle shall prioritize safety and warning messages to supersede advisory and broadcast messages.The vehicle shall accept reservations for yellow pages services, non-motorized transportation information and event information.LVAL^ < 4 The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used to determine vehicle routes, trip planning, and on-line vehicle guidance.The center shall use the preferences and constraints specified by the traveler in the trip request to select the most appropriate route.The center shall provide the capability to provide specific pre-trip and enroute guidance to travelers using personal devices (such as PDAs) and drivers based on current and/or predicted conditions of the road network.The center shall receive and store border clearance event data from the roadside check facilities that are located near border crossings.The center shall provide border clearance status concerning commercial vehicles and their shipments to the roadside check facilities, the commercial vehicle fleet and freight management centers, intermodal freight shippers, other commercial vehicle administration centers, and the trade regulatory agencies.The center shall provide an assessment regarding a commercial vehicle and driver at a border crossing. The assessment or clearance data will be forwarded on to the appropriate regulatory agencies and roadside check facilities operating at the border crossing.The center shall receive domestic transportation and declaration information from Trade Regulatory Agencies such as U.S. Bureau of Immigration and Customs Enforcement(ICE), the U.S. Bureau of Customs and Border Protection (CBP), and their counterparts in Canada and Mexico.The roadside check facility equipment at a border crossing shall send clearance event data regarding action taken at border to the commercial vehicle adminstration center and to the commercial vehicle. This may include a date/time stamped acceptance or override of system decisions whether to allow release of the vehicle and its cargo.t|[:tS2 l K * d C "  } \ ;  u T 3  m L + eD#~]<vU4nM, fE$^=wV5oN- 3@34@3@ 3@ 3@ 3@3@ 2@2@28@2@2@1@ 1@1@1R@0@0@0P@0^@0@0@/@/P@/@/ @ / @ .@ .(@ .@-@- T@- @- \@- @- b@-@-@-\@ -@ -:@-l@-@-@@, @,@,@ ,@@,@,>@+ @ + N@ +H@+@+@+@+@+"@+@+B@*f@*<@ *@ )@ )|@)@(d@(@(@(@(@ (@(@'$@'@ '@& @& @&@&@&@&@&@&J@&Z@%B@%@% @%L@%>@$\@$@$@$>@#@#N@#@#@#J@" Z@"@ "@ "@ "@ "@ "@"@"@!@! @!@!J@ @ <@ @ @ LVAL   ~JZThe center shall maintain a log of all mayday signals received from vehicles.The center shall request additional emergency details from or issue commands to the vehicle's security systems or vehicle driver if needed.The center shall support the activation of remote controlled functions requested by a vehicle, such as requests to unlock doors.The center shall determine whether the mayday message indicates an emergency that requires the attention of public safety agencies, and forward mayday emergency data to the appropriate agency as necessary.After the mayday becomes a verified incident, the center shall determine the appropriate response to the mayday message.The center shall acknowledge the request for emergency assistance, whether originated by the driver, automatically by the vehicle's safety systems, or by a traveler via a personal handheld device.The center shall collect mayday messages from travelers via personal handheld devices.The center shall collect mayday messages from vehicles and drivers.The center shall aggregate collected environmental probe data, and disseminate environmental conditions to other centers.The center shall collect environmental probe data (air temperature, wind speed, surface temperature, etc.) from appropriately equipped vehicles.The center shall aggregate collected vehicle probe data (route segment identity and the time), calculate route segment travel times, route segment speeds, and route usage, and disseminate to other centers.The center shall collect vehicle probe data from various sources, including vehicles under infrastructure-based route guidance and electronic toll collection points.The center shall provide the capability for center personnel to control route calculation parameters.The center shall provide route guidance plans and status information to traffic centers and other traveler information centers for the vehicles it is guiding.LVAL \ RP~The commercial vehicle shall respond to requests to provide the identity, status and other information from the electronic cargo lock tag, if so equipped, to roadside check facilities, inlcuding border crossings.The commercial vehicle shall respond to requests to provide data accumulated on-board the vehicle to roadside check facilities for inspection including driver logs, electronic identifiers, credentials, border clearance data, and other screening data such as cargo status, hazmat identifiers, out of service status, vehicle axle weight, vehicle weight, and time.The commercial vehicle shall receive pass/pull-in messages from the roadside check facilities and present them to the driver in either audible or visual forms.The commercial vehicle shall send notification of a hazmat spill to appropriate emergency management center in case of an incident including the information from cargo sensors, vehicle location, and the carrier identification.The commercial vehicle shall forward information concerning the freight equipment on to its fleet and freight management center as well as the roadside check facility.The commercial vehicle shall monitor information concerning the freight equipment including cargo type, HAZMAT designation (if any) for the cargo, cargo weight, the type of container in which the cargo is held, safety condition of the cargo, etc.The commercial vehicle shall monitor on-board systems and record measures such as weight, vehicle security status, vehicle safety status, vehicle identity, driver status, driver safety status, distance traveled, and brake condition.The commercial vehicle shall compute the location of the commercial vehicle and its freight equipment based on inputs from a vehicle location determination function.The center shall provide all mayday data to center personnel and respond to the vehicle, driver, or traveler using the portable handheld device as directed by the personnel.zLVAL f  2The emergency vehicle, including roadway service patrols, shall compute the location of the emergency vehicle based on inputs from a vehicle location determination function.The commercial vehicle shall provide information concerning a breach or tamper event on a commercial vehicle or its attached freight equipment to roadside check facilities and to the commercial fleet management center, the information includes identity, type of breach, location, and time.The commercial vehicle shall provide interface with the driver to be presented with and respond to alerts, either visual or audible, concerning the safety and security of the vehicle and its cargo. Alerts and messages specific to commercial vehicles include trucks not advised on a route, trucks over 10 tons not allowed on bridge, route details, detected route deviations and warning indications detected by on-board sensors (e.g., safety) and freight equipment sensors (e.g., breach, cargo).The commercial vehicle shall monitor on-board systems pertaining to the safety and security of the vehice, its driver, and its cargo/freight equipment; and provide the information to the driver, roadside check facilities, and commercial fleet management centers.The commercial vehicle shall respond to requests to provide on-board safety inspection data to roadside check facilities including vehicle identification, driver logs, and characteristics data for initiating safety checking. Results of the inspection are read back into the on-board equipment.The commercial vehicle shall receive pass/pull-in messages from the roadside check facilities and present them to the driver in either audible or visual forms.The commercial vehicle shall support an interface to a commercial vehicle driver that is also acting in the role of a commercial vehicle fleet manager to set up routes, pay necessary taxes, obtain proper credentials, and write the identifiers to the electronic tag for the driver, vehicle, and carrier.\LVAL  4The transit vehicle shall calculate the estimated times of arrival (ETA) at transit stops.The emergency vehicle shall provide an interface to the center for emergency personnel to transmit information about the incident site such as the extent of injuries, identification of vehicles and people involved, hazardous material, etc.The emergency vehicle shall receive dispatch instructions sufficient to enable emergency personnel in the field to implement an effective incident response. It includes local traffic, road, and weather conditions, hazardous material information, and the current status of resources that have been allocated to an incident.The emergency vehicle shall compute the location of the emergency vehicle based on inputs from a vehicle location determination function.The emergency vehicle shall forward care facility status information to emergency vehicle personnel, including the location, specialized services, quality of care, waiting time, number of rooms available, and emergency room status of hospitals or emergency care providers.The emergency vehicle shall send patient status information to the care facility along with a request for further information.The emergency vehicle shall provide the personnel on-board with dispatch information, including incident type and location, and forward an acknowledgment from personnel to the center that the vehicle is on its way to the incident scene.The emergency vehicle shall send requests to traffic signal control equipment at the roadside to preempt the signal.The emergency vehicle shall send the current en route status (including estimated time of arrival) and requests for emergency dispatch updates.The emergency vehicle, including roadway service patrols, shall receive incident details and a suggested route when dispatched to a scene.The emergency vehicle, including roadway service patrols, shall send the vehicle's location and operational data to the center for emergency management and dispatch.BLVAL L < |~hThe transit vehicle shall receive the status of demand responsive or flexible-route transit schedules and passenger loading from the transit vehicle operator.The transit vehicle shall manage data input to sensor(s) on-board a transit vehicle to determine the vehicle's availability for use in demand responsive and flexible-route transit services based on identity, type, and passenger capacity.The transit vehicle shall transmit vehicle maintenance data to the center to be used for scheduling future vehicle maintenance.The transit vehicle shall collect and process the transit vehicle's operating conditions such as engine temperature, oil pressure, brake wear, internal lighting, environmental controls, etc.The transit vehicle shall collect and process vehicle mileage data available to sensors on-board.The transit vehicle shall support the operations of a flexible route service. This may include requests for route deviations that would then lead to schedule corrective actions.The transit vehicle shall send the schedule deviation and estimated arrival time information to the center.The transit vehicle shall provide the schedule deviations and instructions for schedule corrections to the transit vehicle operator if the deviation is small, or the transit vehicle is operating in an urban area.The transit vehicle shall determine scenarios to correct the schedule deviation.The transit vehicle shall use the route information and its current location to determine the deviation from the predetermined schedule.The transit vehicle shall receive transit route information for its assigned route including transit service instructions, traffic information, road conditions, and other information for the operator.The emergency vehicle shall provide an interface to the center for emergency personnel to transmit information about the current incident response status such as the identification of the resources on site, site management strategies in effect, and current clearance status.LVAL X The transit vehicle shall support input and output forms that are suitable for travelers with physical disabilities.The transit vehicle shall provide passenger loading and fare statistics data to the center.The transit vehicle shall support the support advanced payments for tolls, and/or parking lot charges, and/or transit fares via the traveler card / payment instrument.The transit vehicle shall support an emergency fare structure overriding all other fares that can be activated during disasters, states of emergency or evacuations.The transit vehicle shall include a database on-board the transit vehicle for use in fare processing from which the fares for all possible trips within the transit operational network can be determined.The transit vehicle shall provide a transit fare payment interface that is suitable for travelers with physical disabilities.The transit vehicle shall have access to the complete range of transit services (routes and schedules) that are available to the traveler.The transit vehicle shall calculate the traveler's fare based on the origin and destination provided by the traveler as well as factors such as the transit routing, transit fare category, traveler history, and route-specific information.The transit vehicle shall determine the traveler's travel routing based on the transit vehicle's current location and the traveler's destination.The transit vehicle shall provide an image of all travelers which shall be used for violation processing of those who do not have a traveler card / payment instrument or whose transit fare transaction fails.The transit vehicle shall detect embarking travelers on-board a transit vehicle and read data from the traveler card / payment instrument that they are carrying.The transit vehicle shall provide the transit vehicle operator instructions about the demand responsive or flexible-route transit schedule that has been confirmed from the center.jLVAL f H > \The transit vehicle shall output an indication of potential incidents or threats and the processed sensor information to the center along with the vehicle s current location.The transit vehicle shall detect potential threats via object detection sensors(e.g. metal detectors).The transit vehicle shall detect potential threats via sensors for chemical agents, toxic industrial chemicals, biological agents, explosives, and radiation.The transit vehicle shall output an indication of potential incidents or threats and the processed video or audio information to the center along with the vehicle s current location.The transit vehicle shall perform local monitoring of video or audio surveillance data collected inside of transit vehicles, and identify potential incidents or threats based on received processing parameters.The transit vehicle shall perform video and audio surveillance inside of transit vehicles and output raw video or audio data for either local monitoring (for processing or direct output to the transit vehicle operator), remote monitoring or for local storage (e.g., in an event recorder).The transit vehicle shall tailor the output of the request traveler information based on the current location of the transit vehicle.The transit vehicle shall gather transit advisory data, including alerts and advisories pertaining to major emergencies, or man made disasters.The transit vehicle shall broadcast advisories about the imminent arrival of the transit vehicle at the next stop via an on-board automated annunciation system.The transit vehicle shall enable yellow pages (including non-motorized transportation) information to be requested and output to the traveler.The transit vehicle shall enable traffic and travel advisory information to be requested and output to the traveler. Such information may include transit routes, schedules, transfer options, fares, real-time schedule adherence, current incidents, weather conditions, and special events.LVAL Hp *  "@"The transit vehicle shall support the computation of the location of a transit vehicle using on-board sensors to augment the location determination function. This may include proximity to the transit stops or other known reference points as well as recording trip length.The transit vehicle shall compute the location of the transit vehicle based on inputs from a vehicle location determination function.The transit vehicle shall send the schedule deviation data and status of priority requests to the transit vehicle operator.The transit vehicle shall send priority requests to traffic signal controllers at intersections, pedestrian crossings, and multimodal crossings on the roads (surface streets) and freeway (ramp controls) network that enable a transit vehicle schedule deviation to be corrected.The transit vehicle shall determine the schedule deviation and estimated times of arrival (ETA) at transit stops.The transit vehicle shall perform authentication of the transit vehicle operator.The transit vehicle shall be capable of disabling or enabling the transit vehicle based on commands from the center or authentic inputs from the transit vehicle operator.The transit vehicle shall be capable of receiving an emergency message for broadcast to the travelers or to the transit vehicle operator.The transit vehicle shall receive acknowledgments of the emergency request from the center and output this acknowledgment to the transit vehicle operator or to the travelers.The transit vehicle shall output reported emergencies to the center.The transit vehicle shall accept emergency inputs from either the transit vehicle operator or a traveler through such interfaces as panic buttons, silent or audible alarms, etc.The transit vehicle shall monitor and output surveillance and sensor equipment status and fault indications.The transit vehicle shall accept sensor control data to allow remote control of the sensors.LVAL 2 " :  >The personal traveler interface shall receive traffic information from a center and present it to the traveler.The parking element shall support requests for parking reservations.The commercial vehicle shall maintain the interface between the vehicle, its driver, and the commercial vehicle fleet management center for dispatch, routing, and special instructions as well as payment, and enrollment information.The commercial vehicle shall provide on-board vehicle data to the commercial vehicle fleet management center upon request - includes location, credentials, driver license citations, fuel purchase data, identity details, inspection data, log data, service records, safety systems diagnostics, and freight equipment data.The commercial vehicle shall maintain the driver's daily log, vehicle location, mileage, and trip activity (includes screening, inspection and border clearance event data as well as fare payments) and distribute it to the driver and to the commercial vehicle fleet management center upon request.The commercial vehicle shall provide warnings to the driver and the commercial vehicle fleet management center when the vehicle's location has deviated from its planned route.The commercial vehicle shall provide details of the route input from the commercial vehicle fleet management center.The commercial vehicle shall compute the location of the commercial vehicle and its freight equipment based on inputs from commercial vehicle measures (e.g. identity, distance traveled, etc.) and a vehicle location determination function.The transit vehicle shall send the transit vehicle trip monitoring data to center-based trip monitoring functions.The transit vehicle shall record transit trip monitoring data including operational status information such as doors open/closed, passenger loading, running times, etc.The transit vehicle shall record transit trip monitoring data including vehicle mileage and fuel usage.pLVAL  l46RThe personal traveler interface shall receive wide-area alerts and present it to the traveler.The personal traveler interface shall receive evacuation information from a center and present it to the traveler.The personal traveler interface shall receive event information from a center and present it to the traveler.The personal traveler interface shall receive transit information from a center and present it to the traveler.The personal traveler interface shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used for route guidance.The personal traveler interface shall present information to the traveler in audible or visual forms consistent with a personal device, and suitable for travelers with hearing and vision physical disabilities.The personal traveler interface shall provide multi-modal guidance for the shortest route, within the preferences and constraints specified by the traveler.The personal traveler interface shall calculate the requested route using data obtained from a navigable map database stored in the device.The personal traveler interface shall provide the capability for a traveler to obtain route guidance from a specified source to a destination.The parking element manage local dynamic message signs that display messages to travelers such as the parking lot state, number of spaces available, location of entrances, and current charges.The parking element shall distribute parking lot information upon request to traffic management centers, transit management centers for park and ride facilities, and to traveler information providers.The parking element shall maintain parking lot information including static information such as hours of operation, rates, location, entrance locations, capacity, type, and constraints; as well as dynamic information such as current state of the lot, occupancy, arrival rates, and departure rates.2LVAL"  " j v0l\The personal traveler interface shall provide digitized map data to act as the background to the information presented to the traveler.The personal traveler interface shall base requests from the traveler on the traveler's current location or a specific location identified by the traveler, and filter the provided information accordingly.The personal traveler interface shall provide an interface through which credit identity, stored credit value, or traveler information may be collected from a traveler card being used by a traveler with a personal device.The personal traveler interface shall support payment for services, such as confirmed trip plans, tolls, transit fares, parking lot charges, map updates, and advanced payment for tolls.The personal traveler interface shall accept reservations for confirmed trip plans.The personal traveler interface shall receive wide-area alerts and present it to the traveler.The personal traveler interface shall receive evacuation information from a center and present it to the traveler.The personal traveler interface shall receive event information from a center and present it to the traveler upon request.The personal traveler interface shall receive yellow pages information (such as lodging, restaurants, theaters, bicycle facilities, and other tourist activities) from a center and present it to the traveler upon request.The personal traveler interface shall receive transit information from a center and present it to the traveler upon request.The personal traveler interface shall receive traffic information from a center and present it to the traveler upon request.The personal traveler interface shall present information to the traveler in audible or visual forms, consistent with a personal device.The personal traveler interface shall support traveler input in audio or manual form.The personal traveler interface shall provide the capability for digitized map data to act as the background to the information presented to the traveler.t|[:tS2 l K * d C "  } \ ;  u T 3  m L + eD#~]<vU4nM, fE$^=wV5oN- D@D@D@ D@ C @ C @ C $@C@C@C@C@C@C@C6@CF@B@ B@ B@ B@ Bx@B@B.@B@A@A@AR@A@A@A@ Aj@@@@@@@?L@?d@?l@>@>@>.@>J@>@>P@>x@=@=Z@=@ =p@="@=H@=b@<@<x@<@@<n@;@;@ ;r@ ;@;@;@;@;@:4@:@:P@:T@9@ 9 @ 9 @ 9 @ 9 @9 @9@9@9@9@9@9@9@9@ 8 @ 8@ 8@ 8:@8@8@8@8@8@7@72@7@6@ 6@ 6T@ 6@6N@5@5V@5@5@44@4 @4 @4 @ 4 @ 4 @ 4r@ 4@ 4@4@4@4@4@4@3@LVAL V ptlvThe personal traveler interface shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used for route guidance displays.The personal traveler interface shall present information to the traveler in audible or visual forms consistent with a personal device, and suitable for travelers with hearing and vision physical disabilities.The personal traveler interface shall forward user preferences, background information, constraints, and payment information to the supplying traveler information center.The personal traveler interface shall forward the request for route guidance to a traveler information center for route calculation.The personal traveler interface shall provide the capability for a traveler to request and confirm multi-modal route guidance from a specified source to a destination.The personal traveler interface shall acknowledge the request for emergency assistance.When initiated by a traveler, the personal traveler interface shall forward a request for assistance to the center containing the traveler's current location and identity.The personal traveler interface shall provide the capability to accept input from a traveler via a panic button or some other functionally similar form of input device provided as part of the traveler's personal portable device.The personal traveler interface shall provide the capability for a traveler to report an emergency and summon assistance.The personal traveler interface shall be able to store frequently requested or used data, including the traveler's identity, home and work locations, etc.The personal traveler interface shall present information to the traveler in audible or visual forms consistent with a personal device, and suitable for travelers with hearing and vision physical disabilities.The personal traveler interface shall support traveler input in audio or manual form.LVAL . V r ZThe public interface for travelers shall receive traffic information from a center and present it to the traveler upon request.The public interface for travelers shall be able to store frequently requested data.The public interface for travelers shall present information to the traveler in audible or visual forms consistent with a kiosk, including those that are suitable for travelers with hearing or vision physical disabilities.The public interface for travelers shall support traveler input in audio or manual form.The public interface for travelers shall provide the capability for digitized map data to act as the background to the information presented to the traveler.The public interface for travelers shall receive wide-area alerts and present it to the traveler.This public interface for travelers shall receive evacuation information from a center and present it to the traveler.The public interface for travelers shall receive event information from a center and present it to the traveler.The public interface for travelers shall receive transit information from a center and present it to the traveler.The public interface for travelers shall receive traffic information from a center and present it to the traveler.The center shall use the rail operations information to develop forecast HRI closure times and durations which may be applied in advanced traffic control strategies or delivered as enhanced traveler information.The center shall receive highway-rail intersection (HRI) maintenance schedules, train schedules, and incident notifications from rail operations centers.The center shall exchange highway-rail intersection (HRI) information with rail operations centers. This information may include event schedules, requests for information from the Rail Operators, incident notification based on rail operations messages, and priority messages like notifications of a HAZMAT spill, equipment failure, or an intersection blockage.LVAL D J ` RVThe public interface for travelers shall be able to store frequently requested data.The public interface for travelers shall present information to the traveler in audible or visual forms consistent with a kiosk, including those that are suitable for travelers with hearing or vision physical disabilities.The public interface for travelers shall support traveler input in audio or manual form.The public interface for travelers shall provide digitized map data to act as the background to the information presented to the traveler.The public interface for travelers shall base requests from the traveler on the traveler's current location or a specific location identified by the traveler, and filter the provided information accordingly.The public interface for travelers shall provide an interface through which credit identities and stored credit values may be collected from tags, traveler cards, or payment instruments used by travelers.The public interface for travelers shall support payment for services, such as confirmed trip plans, confirmed yellow pages services, tolls, transit fares, parking lot charges, and advanced payment for tolls.The public interface for travelers shall accept reservations for confirmed trip plans.The public interface for travelers shall receive wide-area alerts and present it to the traveler.The public interface for travelers shall receive evacuation information from a center and present it to the traveler.The public interface for travelers shall receive event information from a center and present it to the traveler upon request.The public interface for travelers shall receive yellow pages information (such as lodging, restaurants, theaters, bicycle facilities, and other tourist activities) from a center and present it to the traveler upon request.The public interface for travelers shall receive transit information from a center and present it to the traveler upon request.|LVAL \ t @ \ <8 The public interface for travelers shall create passenger loading and fare statistics data based upon data collected at a transit stop.The public interface for travelers shall determine the routing based on the traveler's destination and the location of the closest transit stop from which a route request is being made.The public interface for travelers shall provide an image of all travelers purchasing rides or services to be used for violation processing.The public interface for travelers shall provide information to the center for financial authorization and transaction processing.The public interface for travelers shall provide an interface to a transit user traveler card in support of payment for transit fares, tolls, and/or parking lot charges. The stored credit value data from the card shall be collected and updated based on the fare or other charges, or the credit identity shall be collected.The public interface for travelers shall calculate a fare based on the origin and destination provided by the traveler, in conjunction with transit routing, transit fare category, and transit user history.The public interface for travelers shall accept and process current transit passenger fare collection information.The public interface for travelers shall accept input and provide information to the traveler in a form suitable for travelers with physical disabilities.The public interface for travelers shall provide the capability to broadcast a message to advise or warn a traveler.When initiated by a traveler, the public interface for travelers shall forward a request for assistance to an emergency management function and acknowledge the request.The public interface for travelers shall provide the capability for a traveler to report an emergency and summon assistance from secure areas such as transit stops, transit stations, modal transfer facilities, rest stops, park-and-ride areas, travel information areas, and emergency pull off areas.VLVAL  @ T zfzThe field element shall collect, process, and send traffic images to the center for further analysis and distribution.The roadside check facility equipment shall request and input electronic screening data from the commercial vehicle's electronic tag data.The roadside check facility equipment shall provide an interface to inspectors in the field to allow them to monitor and if necessary override the pull-in decisions made by the system.The roadside check facility equipment shall receive violation records from appropriate law enforcement agencies pertaining to commercal vehicles.The roadside check facility equipment shall receive the credential and credentials status information (e.g. snapshots) from the commercial vehicle administration center to maintain an up to date list of which vehicles have been cleared (enrolled) to potentially pass through without stopping.The roadside check facility equipment shall detect the presence of commercial vehicles and freight equipment approaching a facility. Sensors can differentiate between different types of vehicles and determine the number of axles, gross vehicle weight, and the identification of the vehicle and its cargo.The public interface for travelers shall present information to the traveler in a form suitable for travelers with physical disabilities.The public interface for travelers shall provide support for general annunciation and/or display of imminent arrival information and other information of general interest to transit users.The public interface for travelers shall collect and present to the transit traveler information on transit routes, schedules, and real-time schedule adherence.The public interface for travelers shall collect and provide real-time travel-related information at transit stops, multi-modal transfer points, and other public transportation areas.The public interface for travelers shall present information to the traveler in a form suitable for travelers with physical disabilities.6LVAL  RRThe roadside check facility equipment shall send a pass/pull-in notification to the commercial vehicle and its driver based on the information received from the vehicle, the administration center, and the inspector. The message may be sent to the on-board equipment in the commercial vehicle or transmitted to the driver using equipment such as dynamic message signs, red-green lights, flashing signs, etc.The roadside check facility equipment shall request and input electronic safety data from the commercial vehicle's electronic tag data. This includes driver logs, on-board safety data, safety inspection records, commercial vehicle breach information, as well as freight equipment information.The roadside check facility equipment shall provide an interface to inspectors in the field to allow them to safety inspection data including overrides to the pull-in decisions made by the system.The roadside check facility equipment shall receive the safety inspection and status information from the commercial vehicle administration center to include information such as safety ratings, inspection summaries, and violation summaries. Corresponds to the safety portion of CVISN "snapshots."The roadside check facility equipment shall receive information concerning commercial vehicles and freight equipment approaching a facility that are being pulled in for safety inspections.The roadside check facility equipment shall send a record of daily activities at the facility including summaries of screening events and inspections to the commercial vehicle administration center.The roadside check facility equipment shall send a pass/pull-in notification to the commercial vehicle and its driver based on the information received from the vehicle, the administration center, enforcement agencies, and the inspector. The message may be sent to the on-board equipment in the commercial vehicle or transmitted to the driver using equipment such as dynamic message signs, red-green lights, flashing signs, etc.hLVAL V8 h |The field element shall collect, digitize, and send pedestrian sensor data to the center for further analysis and storage.The roadside check facility equipment shall send a pass/pull-in notification to the commercial vehicle and its driver based on the information received from the vehicle and the measurements taken. The message may be sent to the on-board equipment in the commercial vehicle or transmitted to the driver using equipment such as dynamic message signs, red-green lights, flashing signs, etc.The roadside check facility equipment shall request and input electronic screening data from the commercial vehicle's electronic tag data.The roadside check facility equipment shall detect the presence of commercial vehicles and freight equipment approaching a facility. Sensors can differentiate between different types of vehicles and determine the number of axles, gross vehicle weight, weight per axle, and the identification of the vehicle and its cargo.The field element shall notify controlling traffic management center and maintenance center that the signal timing has changed based on a signal preemption/priority request to help those centers determine whether a fault detected at the signal is a true malfunction or due to a signal override.The field element shall respond to requests for indicator (e.g., signal) priority requests from transit vehicles at intersections, pedestrian crossings, and multimodal crossings.The field element shall respond to requests for indicator (e.g., signal) preemption requests from emergency vehicles at intersections, pedestrian crossings, and multimodal crossings.The roadside check facility equipment shall forward results of the roadside safety inspections to the commercial vehicle administration center.The roadside check facility equipment shall receive information about a breach or tamper event on a commercial vehicle or its attached freight equipment which includes identity, type of breach, location, and time.LVAL  R $lThe field element shall provide area-wide pollution sensor equipment fault indication to the center for repair.The field element shall provide area-wide pollution sensor equipment operational status to the center.The field element shall provide emissions sensor equipment fault indication to the center for repair.The field element shall provide emissions sensor equipment operational status to the center.If the emissions level detected by the emissions sensor indicates a vehicle is violating the acceptable levels of emissions, the field element shall provide the capability to display summary emissions information or warnings to passing drivers via a driver information system (such as portable messages signs, etc.).The field element shall analyze collected vehicle emissions data against reference data to determine whether or not a vehicle is violating the acceptable levels of emissions, and shall return this analysis to a center for possible enforcement action.The field element shall include air quality sensors, often distributed geographically, that detect area-wide levels of pollution, under center control.The field element shall include emissions sensors that detect levels of emissions from individual vehicles, under center control.The field element shall return sensor and CCTV system fault data to the controlling center for repair.The field element shall return sensor and CCTV system operational status to the controlling center.The field element shall collect, digitize, and send multimodal crossing and high occupancy vehicle (HOV) lane sensor data to the center for further analysis and storage.The field element shall collect, process, and send pedestrian images to the center for further analysis and distribution.The field element shall collect, process, digitize, and send traffic sensor data (speed, volume, and occupancy) to the center for further analysis and storage, under center control.LVAL z lThe field element shall include sensors to detect high-occupancy vehicle (HOV) lane usage, under center control.The field element shall monitor operation of ramp meter, mainline meters, and lane control indicators and report to the center any instances in which the indicator response does not match that expected from the indicator control information.The field element shall include ramp metering controllers, mainline meters, and lane controls for use on freeways, under center control.The field element shall provide weather and road surface condition data to maintenance and construction vehicles.The field element shall provide weather and road surface condition data to centers.The field element shall remotely aggregate environmental sensor data with environmental data collected from maintenance and construction vehicles.The field element shall provide environmental sensor equipment fault indication to the controlling center or maintenance vehicle.The field element shall provide environmental sensor equipment operational status to the controlling center or maintenance vehicle.The field element's environmental sensors shall be remotely controlled by a maintenance and construction vehicle.The field element's environmental sensors shall be remotely controlled by weather service providers such as the National Weather Service or value-added sector specific meteorological services.The field element's environmental sensors shall be remotely controlled by a traffic management center.The field element's environmental sensors shall be remotely controlled by a maintenance center.The field element shall include environmental sensors that measure weather conditions including temperature, wind, humidity, precipitation, and visibility.The field element shall include surface and sub-surface environmental sensors that measure road surface temperature, moisture, icing, salinity, and other measures.LVAL *  Z:pThe field element, typically a roadside beacon, shall return system operational status to the controlling center.The field element shall distribute advisory information, such as evacuation information, wide-area alerts, incident information, work zone intrusion information, and other special information to signage equipment on-board vehicles under center control.The field element shall distribute road condition and environmental information to signage equipment on-board vehicles under center control.The field element shall return fault data for the HOV lane sensors to the center for repair.The field element shall return operational status for the HOV lane sensors to the controlling center.The field element shall provide traffic flow measures and information regarding vehicle occupancy (i.e., lane usage) in HOV lanes to the center.The field element shall include freeway control devices, such as ramp signals and mainline metering and other systems associated with freeway operations that control use of HOV lanes, under center control.The field element shall include driver information systems to notify users of lane status for lanes that become HOV or High Occupancy Toll (HOT) lanes during certain times of the day on freeways, under center control.The field element shall provide indications to the driver that a freeway ramp or a lane is available for use, with possible usage data for the freeway lanes they are entering.The field element shall return ramp metering controller, mainline meters, and lane control fault data to the maintenance center for repair.The field element shall return ramp metering controller, mainline meters, and lane control operational status to the controlling center.The field element shall monitor operation of ramp meter, mainline meters, and lane control indicators and report to the center any instances in which the indicator response does not match that expected from known indicator preemptions.t|[:tS2 l K * d C "  } \ ;  u T 3  m L + eD#~]<vU4nM, fE$^=wV5oN- Zr@Z@Z@@Z@Y@Y@X@X@ XT@ X@X@X@X~@X@W@W.@V@V@V@V@V&@U @U @U @U@Ul@U@U@U@U@Uh@U@T@TX@T@T@ Tz@ T@ T@S@S@S@S@S@Sr@S@S@R`@ R@ RD@R @QF@Q@P @Pj@P>@Pp@PJ@P@ P@ P@ P@ Oz@O@O,@N @Np@N@Nv@N @M@M@M@M@MP@L@L@LN@K@K@ K@K@ K@ KJ@ K @J@J@J@J@J2@I@I@I@I@ I@ I@ H@H@@H4@G @G@G @G@F@F@ F@F@ F@ E@E@E @E@E@E@ D^@D@LVAL f~ JLThe field element shall include equipment that monitors road conditions by communicating with passing vehicles equipped with a transponder or other short range communications device; also called smart probes.The field element shall include equipment that monitors traffic conditions (e.g., average speed) by communicating with passing vehicles equipped with a transponder or other short range communications device; also called smart probes.The field element shall use toll and parking tags on passing vehicles for traffic data link time calculations and send to the controlling center; tag identities will be removed to ensure anonymity.The field element shall provide collision avoidance data (intersection congestion, approaching vehicles, potential collision hazards, etc.) to vehicle(s) approaching an intersection or railroad grade crossing.The field element shall utilize traffic signal state data to determine the probability that a vehicle collision will occur if no action is taken by the vehicle.The field element shall utilize traffic sensor data to determine the probability that a vehicle collision will occur if no action is taken by the vehicle.The field element shall provide operational status and fault data for the incident detection devices to the traffic management center.The field element's video devices shall be remotely controlled by a traffic management center.The field element shall remotely process video data and provide an indication of potential incidents to the traffic management center.The field element shall collect, process, and send traffic images to the center for further analysis and distribution.The field element, typically a roadside beacon, shall return system fault data to the maintenance center for repair.The field element shall distribute indicator and fixed sign information, such as actual intersection traffic signal states, stop, or yield signs to signage equipment on-board vehicles under center control.4LVAL B P~f(\The field element shall return traffic signal controller operational status to the controlling center.The field element shall monitor operation of traffic signal controllers and report to the center any instances in which the indicator response does not match that expected from the indicator control information.The field element shall provide the capability to notify the traffic management center that a pedestrian has requested right-of-way and when the request was or will be granted (request for right-of-way).The field element shall collect pedestrian images and pedestrian sensor data, and respond to pedestrian crossing requests via display, audio signal, or other manner.The field element shall control traffic signals at intersections and on main highways for urban and rural areas, under center control.The field element shall provide fault data for the reversible lane field equipment to the center.The field element shall provide operational status for the reversible lane field equipment to the center.The field element shall include automated reversible lane equipment and driver information systems (such as lane control signals) that control traffic in reversible lanes on freeways, under center control.The field element shall include automated reversible lane equipment and driver information systems (such as lane control signals) that control traffic in reversible lanes on surface streets, under center control.The field element shall monitor traffic in reversible lanes, including wrong-way vehicles, using sensors and surveillance equipment under center control.The field element shall provide roadside beacon equipment fault indication to the center for repair.The field element shall provide roadside beacon equipment operational status to the center.The field element shall aggregate, format, and store collected vehicle smart probe data (traffic and road conditions data), calculate link travel times and processed road condition data, and send to future passing vehicles.LVAL d D ` |The field element shall provide operational status for the driver information systems equipment (DMS, HAR, etc.) to the center.The field element shall include pedestrian information systems under center control (e.g. warning pedestrians of a potential hazard, or providing mandatory instructions as to the availability of pedestrian access).The field element shall include driver information systems that communicate directly from a center to the vehicle radio (such as Highway Advisory Radios) for dissemination of traffic and other information to drivers, under center control.The field element shall include dynamic messages signs for dissemination of traffic and other information to drivers, under center control; the DMS may be either those that display variable text messages, or those that have fixed format display(s) (e.g. vehicle restrictions, or lane open/close).The field element shall manage the checking in and checking out of suitably equipped vehicles requesting use of AHS lanes, and send a record of all requests to the center responsible for AHS management.The field element shall provide to the vehicle automated lane changing data based on a lane changing strategy and detailed lane changing parameters (e.g. exactly where, and at what speed the lane change will take place), under center control.The field element shall check the vehicle's condition to see if it is suitable for operating on automatic highway system (AHS) lanes based on vehicle control parameters (speed, headway, etc.) used by vehicles in those lanes, and once confirmed, shall send AHS control information to the vehicle.The field element shall return traffic signal controller fault data to the maintenance center for repair.The field element shall monitor operation of traffic signal controllers and report to the center any instances in which the indicator response does not match that expected from known indicator preemptions.LVAL  f   :The field element shall receive track status from the rail wayside equipment that can be passed on to the traffic management center. This may include the current status of the tracks and whether a train is approaching.The field element shall monitor the status of the highway-rail intersection (HRI) equipment, including both the current state and mode of operation and the current equipment condition, to be forwarded on to the rail wayside equipment.The field element shall monitor the status of the highway-rail intersection (HRI) equipment, including both the current state and mode of operation and the current equipment condition, to be forwarded on to the traffic management center.The field element shall collect and process, traffic sensor data in the vicinity of a highway-rail intersection (HRI).The vehicle shall transmit environmental sensor data and road conditions data to field equipment located along the roadway for autonomous traffic operations, such as automated road signing.The vehicle shall transmit environmental sensor data to the center along with location and timestamp information.The vehicle shall collect and process environmental sensor data, including air temperature, wind speed, surface temperature, traction conditions, etc.The field element shall remotely process video and audio data and provide an indication of potential incidents or threats to a center.The field element shall provide raw video or audio data.The field element shall provide equipment status and fault indication of surveillance equipment to a center.The field element shall be remotely controlled by a center.The field element shall include video and/or audio surveillance of traveler secure areas including transit stations, transit stops, rest areas, park and ride lots, and other fixed sites along travel routes (e.g., emergency pull-off areas and traveler information centers).The field element shall provide fault data for the driver information systems equipment (DMS, HAR, etc.) to the center for repair.LVAL F  ~:$The center shall implement control strategies, under control of center personnel, on some or all of the freeway network devices (e.g. ramp meters, mainline metering, and lane controls), based on data from sensors monitoring traffic conditions upstream, downstream, and queue data on the ramps themselves.The center shall collect fault data from ramp meters, mainline metering, and lane controls.The center shall collect operational status from ramp meters, mainline metering, and lane controls and compare against the control information sent by the center.The center shall remotely control systems to manage use of the freeways, including ramp meters, mainline metering, and lane controls.The center shall maintain a log of all AHS check-in and check-out transactions received from the field AHS system regardless of whether they are successful or not.The center shall remotely control AHS system field elements, by providing lane changing parameters, parameters for determination of vehicle suitability for particular AHS lanes, and other control information required for AHS operation.The field element shall forward rail traffic advisories received from the Wayside Equipment to the traffic management center.The field element shall support the integrated control of adjacent traffic signals to clear an area in advance of an approaching train and to manage traffic around the intersection.The field element shall close the highway-rail intersection (HRI) when a train is approaching using gates, lights/signs, barriers, and traffic control signals.The field element shall control the dynamic message signs (DMS) in the vicinity of a highway-rail intersection (HRI) to advise drivers, cyclists, and pedestrians of approaching trains.The field element shall collect pedestrian images and pedestrian sensor data, and respond to pedestrian crossing requests via display, audio signal, or other manner.>LVAL H L V n XdThe center shall exchange incident and threat information with emergency management centers as well as maintenance and construction centers; including notification of existence of incident and expected severity, location, time and nature of incident.The center shall receive inputs concerning upcoming events that would effect the traffic network from event promoters, traveler information service providers, and intermodal freight depots.The center shall collect and store traffic flow and image data from the field equipment to detect and verify incidents.The center shall receive inputs from the Alerting and Advisory System concerning the possibility or occurrence of severe weather, terrorist activity, or other major emergency, including information provided by the Emergency Alert System.The center shall store violation parameters, detect HOV lane violators, obtain the vehicle registration data from the appropriate State Department of Motor Vehicles (DMV) office, and then provide the capability to send violation information to a law enforcement agency.The center shall collect fault data for the freeway control devices associated with HOV lane control for repair.The center shall collect operational status for the freeway control devices associated with HOV lane control.The center shall monitor the use of HOV lanes and detect vehicles that do not have the required number of occupants.The center shall collect traffic flow measures and information regarding vehicle occupancy (i.e., lane usage) in HOV lanes.The center shall remotely control freeway control devices, such as ramp signals and mainline metering and other systems associated with freeway operations that control use of HOV lanes.The center shall remotely control driver information systems to notify users of lane status for lanes that become HOV or High Occupancy Toll (HOT) lanes during certain times of the day on freeways.The center shall remotely control sensors to detect high-occupancy vehicle (HOV) lane usage.LVAL The center shall respond to requests from emergency management to provide traffic management resources to implement special traffic control measures, assist in clean up, verify an incident, etc. This may also involve coordination with maintenance centers.The center shall exchange incident and threat information with emergency management centers as well as maintenance and construction centers; including notification of existence of incident and expected severity, location, time and nature of incident.The center shall support requests from emergency management centers to remotely control sensor and surveillance equipment located in the field, provide special routing for emergency vehicles, and to provide responding emergency vehicles with signal preemption.The center shall coordinate planning for incidents with emergency management centers - including pre-planning activities for disaster response, evacuation, and recovery operations.The center shall exchange alert information and status with emergency management centers. The information includes notification of a major emergency such as a natural or man-made disaster, civil emergency, or child abduction for distribution to the public. The information may include the alert originator, the nature of the emergency, the geographic area affected by the emergency, the effective time period, and information and instructions necessary for the public to respond to the alert. This may also identify specific information that should not be released to the public.The center shall provide video and traffic sensor control commands to the field equipment to detect and verify incidents.The center shall provide road network conditions and traffic images to emergency management centers to support the detection, verification, and classification of incidents.The center shall support requests from emergency management centers to remotely control sensor and surveillance equipment located in the field.LVAL | D |The center shall format and output indicator and fixed sign information, such as actual intersection traffic signal states, stop, or yield signs to field equipment that supports in-vehicle signage communications.The center shall format and output advisory information, such as evacuation information, wide-area alerts, incident information, work zone intrusion information, and other special information to field equipment that supports in-vehicle signage communications.The center shall format and output road condition and environmental information to field equipment that supports in-vehicle signage communications.The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used as a background for traffic incident management.The center shall receive inputs from emergency management and transit management centers to develop an overall status of the transportation system including emergency transit schedules in effect and current status and condition of the transportation infrastructure.The center shall coordinate information and controls with other traffic management centers.The center shall exchange road network status assessment information with emergency management and maintance centers including an assessment of damage sustained by the road network including location and extent of the damage, estimate of remaining capacity, required closures, alternate routes, necessary restrictions, and time frame for repair and recovery.The center shall provide road network conditions and traffic images to emergency management centers, maintenance and construction centers, and traveler information service providers.The center shall receive inputs concerning upcoming events that would effect the traffic network from event promoters, traveler information service providers, media, and rail operations centers.LVAL 0 d DThe center shall collect operational status for the roadside probe data collection equipment.The center shall assimilate current and forecast traffic and road conditions based on collected probe data and distribute to other centers for dissemination to travelers.The center shall collect traffic data from toll administrative centers containing journey times between toll collection points for those vehicles equipped for electronic toll collection; the data may be aggregated and processed at the sending center.The center shall collect traffic data from traveler information centers based on data from their subscriber vehicles; the data may be aggregated and initial link time calculations performed at the sending center.The center shall collect traffic data from probe-equipped emergency vehicles via emergency management centers; the data may be aggregated and initial link time calculations performed at the sending center.The center shall collect road condition data from probe-equipped transit vehicles via transit management centers; the data may be aggregated and preliminarily processed at the sending center.The center shall collect probe data including traffic and road conditions from vehicles via roadside beacon field elements; the data may be aggregated and initial link time calculations performed in the field.The center shall exchange information with transit management centers including details current transit routes, the level of service on each route, and the progress of individual vehicles along their routes.The center shall respond to requests from transit management centers for signal priority at one or more intersections along a particular transit route.The center shall receive system fault data from field equipment that supports in-vehicle signage communications.The center shall receive system operational status from field equipment that supports in-vehicle signage communications.LVAL > `FRThe center shall remotely control environmental sensors that measure road surface temperature, moisture, icing, salinity, and other measures.The center shall provide the capability for center personnel to control access and management of reversible lane facilities, including the direction of traffic flow changes during the day, especially between the peak hours and dedication of more lanes to the congestion direction during special events.The center shall collect fault data for the reversible lane field equipment and send to the maintenance center for repair.The center shall collect operational status for the reversible lane field equipment.The center shall remotely control automated reversible lane equipment and driver information systems (such as lane control signals) that control traffic in reversible lanes on freeways.The center shall remotely control automated reversible lane equipment and driver information systems (such as lane control signals) that control traffic in reversible lanes on surface streets.The center shall monitor the use of reversible lanes and detect wrong-way vehicles in reversible lanes using sensor and surveillance information, and the current lane control status (which direction the lane is currently operating). This may include identification of wrong-way violators.The center shall remotely control devices to detect traffic in reversible lanes, including wrong-way vehicles.The center shall exchange traffic control information with other traffic management centers, includes remote monitoring and control of traffic management devices (e.g. signs, sensors, signals, cameras, etc.).The center shall exchange traffic information with other traffic management centers, includes incident information, congestion data, traffic data, signal timing plans, and real-time signal control information.The center shall collect fault data for the roadside probe data collection equipment for repair.t|[:tS2 l K * d C "  } \ ;  u T 3  m L + eD#~]<vU4nM, fE$^=wV5oN- j@ i@ i@ i0@ i@ i@h @h@h@h@h@h@h@h@h>@ g@gD@g@g@g@gZ@fV@f@f@f$@ e@ e@e@e@e@e:@d @ d D@d4@d @d.@d@ d,@ d@ d,@d@c @c @c @c B@c0@cJ@c@c(@c@ c@ c@ c@ b@ b@b@b@b@b@b@b@a @a @a@ a@ aX@ a@ a@a@a>@a@` @` @` @`@ `@ `8@`@`@ `b@`@`@_@_@_N@_H@_@_@^B@ ^V@ ^H@ ^@^@^@^@^@]\@]@]&@]"@]@ ]@ ]@ \@\@\ @\@\z@["@[@[@[:@[@ Z\@ Z@Z@PLVAL  X |HvThe center shall collect and store transit fare and schedule information from transit management centers.The center shall collect and store parking information from parking management providers including lot locations, features (e.g. ability to handle oversized vehicles), capacity, type, hours of operation and rates.The center shall collect and store toll pricing data from toll administration centers, including the price for each road segment to which a toll applies, with the time and date for when it applies.The center shall implement control plans to coordinate signalized intersections, under control of center personnel, based on data from sensors and surveillance monitoring traffic conditions, incidents, emergency vehicle preemptions, the passage of commercial vehicles with unusual loads, equipment faults, pedestrian crossings, etc.The center shall collect traffic signal controller fault data from the field.The center shall collect traffic signal controller operational status and compare against the control information sent by the center.The center shall accept notifications of right-of-way requests from pedestrians.The center shall remotely control traffic signal controllers.The center shall respond to control data from center personnel regarding environmental sensor control and weather data collection and processing.The center shall provide weather and road condition information to weather service providers and center personnel.The center shall assimilate current and forecast road conditions and surface weather information using a combination of weather service provider information (such as the National Weather Service and value-added sector specific meteorological services), data from roadway maintenance operations, and environmental data collected from sensors deployed on and about the roadway.The center shall remotely control environmental sensors that measure weather conditions including temperature, wind, humidity, precipitation, and visibility.bLVAL  t $h The center shall provide the capability for center personnel to control the nature of the data that is available to non-traffic operations centers and the media.The center shall distribute traffic data to the media upon request; the capability to provide the information in both data stream and graphical display shall be supported.The center shall distribute traffic data to maintenance and construction centers, transit centers, emergency management centers, and traveler information providers.The center shall retrieve locally stored traffic information, including current and forecasted traffic information, road and weather conditions, traffic incident information, information on diversions and alternate routes, closures, and special traffic restrictions (lane/shoulder use, weight restrictions, width restrictions, HOV requirements), etc.The center shall collect fault data for the driver information systems equipment (DMS, HAR, etc.) for repair.The center shall collect operational status for the driver information systems equipment (DMS, HAR, etc.).The center shall remotely control driver information systems that communicate directly from a center to the vehicle radio (such as Highway Advisory Radios) for dissemination of traffic and other information to drivers.The center shall remotely control dynamic messages signs for dissemination of traffic and other information to drivers.The center shall send requests to transit management centers to change the current transit services - schedules or fares of the transit services including park-and-ride lots.The center shall send requests to parking management providers to change the current parking lot charging structure.The center shall send requests to toll administration centers to change pricing, modify restrictions, or modify operations of a toll road facility.The center shall collect and store current transit, parking, and toll fee schedule information provided by regional traveler information systems.LVAL `R  XnThe center shall exchange data with other toll agencies to coordinate toll transactions and pricing.The center shall respond to changes in toll prices from the Toll Administrator.The center shall manage a local billing database for toll customers.For electronic toll payments requiring financial payment, the center shall process the financial information from toll plazas and manage an interface to a Financial Institution.The center shall dynamically price tolls based on current traffic condition information.The center shall manage toll transactions, including maintaining a log of all transactions and toll pricing structure information.The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used as a background for network performance evaluations.The center shall exchange traffic information with other traffic management centers, including incidents, congestion data, traffic data, signal timing plans, and real-time signal control information to support overall network performance evaluations.The center shall exchange information with transit management centers including details current transit routes, the level of service on each route, and the progress of individual vehicles along their routes for use in forecasting demand and estimating current transportation network performance.The center shall collect and store plans from event promoters for major future events possibly impacting traffic to support overall network performance evaluations.The center shall collect wide-area pollution data from emissions management centers to support overall network performance evaluations.The center shall monitor, analyze, and store traffic sensor data (speed, volume, occupancy) collected from field elements under remote control of the center to support overall network performance evaluations.LVAL >  .  The field element shall control cameras, obtain images, and forward images of toll violators to a center.The field element shall control roadside displays indicating success or failure of the toll transaction to the driver.In the case of closed toll systems, the field element shall update the toll tag with the system entry point, and upon toll system exit, used in the calculation of the toll.The field element shall support advanced toll payment by checking the vehicle's toll tag information against a stored list of advanced payments, and debiting the toll from the list in the case of a match.The field element shall read the credit identity on the toll tag and send that identity and the amount to be debited to a center.The field element shall update the toll tag value after debiting the toll amount and send a record of the transaction to a center.The field element shall calculate the toll due based on the vehicle characteristics (vehicle size, weight, axle count, etc.), tag data, and stored toll prices.The field element shall read data from vehicle toll tags to support toll payment transactions.The center shall support toll transactions by commercial fleet operators.The center shall support wide-area alerts from emergency centers by passing on the information to its toll plazas and the Toll Administrator.The center shall support requests for advanced toll payment and provide this information to its toll plazas.The center shall calculate traffic flow based on timestamped toll transactions for vehicle travel between successive toll plazas and send to other agencies.The center shall manage the details of toll payment violations based on tag information from the toll plaza, vehicle registration information from the Department of Motor Vehicles, invalid tag information from a Financial Institution, and previous violation information stored locally, and report such violations to appropriate law enforcement agencies.xLVALj .   lN<8The center shall process requests for transit fares to be paid in advance.The center shall support the payment of transit fare transactions using data provided by the traveler cards / payment instruments.The center shall process the financial requests from the transit vehicles or roadside and manage an interface to a Financial Institution.The center shall provide the capability for a system operator to manage the transit fares and control the exchange of transit fare information.The center shall manage the actual value of transit fares for each segment of each regular transit route, including the transmission of the information to transit vehicles and transit stops or stations.The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used as a background for traffic maintenance data.The center shall exchange data with maintenance centers concerning the reporting of faulty equipment and the schedule/status of their repair. Information exchanged includes details of new equipment faults, and clearances when the faults are cleared.The center shall collect environmental sensor equipment fault data and send to the maintenance center for repair.The center shall collect environmental sensor operational status.The center shall collect and store CCTV surveillance system (traffic, pedestrian) fault data send to the maintenance center for repair.The center shall collect and store sensor (traffic, pedestrian, multimodal crossing) fault data and send to the maintenance center for repair.The center shall collect and store CCTV surveillance system (traffic, pedestrian) operational status.The center shall collect and store sensor (traffic, pedestrian, multimodal crossing) operational status.The field element shall forward wide-area alert information to the Toll Operator.The field element shall respond to changes in tolls from the Toll Operator.LVAL  ^  .  f:4@BThe center shall disseminate up-to-date schedules and route information to other centers for fixed and flexible route services.The center shall collect transit operational data for use in the generation of routes and schedules.The center shall accept requests from traffic management to change routes and schedules as part of the implementation of demand management strategies.The center shall be able to generate special routes and schedules to support an incident, disaster, evacuation, or other emergency.The center shall provide the interface to the system operator to control the generation of new routes and schedules (transit services) including the ability to review and update the parameters used by the routes and schedules generation processes and to initiate these processesThe center shall generate transit routes and schedules based on such factors as parameters input by the system operator, road network conditions, operational data on current routes and schedules, and digitized map data.The center shall provide transit fare information to other centers, including traveler information providers upon request.The center shall exchange fare and load information with other transit management centers, including potential Centralized Payments facilities.The center shall collect passenger loading and fare statistics data to implement variable and flexible fare structures.The center shall maintain a list of invalid traveler credit identities, or bad tag lists that can be forwarded to transit vehicles and transit stops or stations.The center shall be capable of establishing emergency fare structures to override all other fares during disasters, states of emergency, or evacuations.The center shall process requests for the advanced payment of tolls and parking lot charges as well as other non-transportation services, e.g. yellow-pages services.The center shall collect data on fare payment violations and send the data, including images of the violator, to the appropriate enforcement agency.JLVAL  ~ : NnThe center shall analyze transit vehicle schedule performance to determine the need for priority along certain routes or at certain intersections.The center shall broadcast transit advisory data, including alerts and advisories pertaining to major emergencies, or man made disasters.The center shall enable yellow pages (including non-motorized transportation) information to be output to the traveler.The center shall provide transit service information to traveler information service providers including routes, schedules, schedule adherence, and fare information as well as transit service information during evacuation.The center shall exchange transit schedules, real-time arrival information, fare schedules, and general transit service information with other transit organizations to support transit traveler information systems.The center shall provide transit information to the media including details of deviations from schedule of regular transit services.The center shall provide travelers using public transportation with traffic and advisory information upon request. Such information may include transit routes, schedules, transfer options, fares, real-time schedule adherence, current incidents, weather conditions, and special events.The center shall exchange information with Maintenance and Construction Operations concerning work zones, roadway conditions, asset restrictions, work plans, etc.The center shall generate the necessary corrective actions which may involve more than the vehicles concerned and more far reaching action, such as, the introduction of extra vehicles, wide area signal priority by traffic management, the premature termination of some services, etc.The center shall manage large deviations of individual transit vehicles, deviations in rural areas, and deviations of large numbers of vehicles.The center shall assign transit vehicle operators based on factors such as eligibility, route preferences, seniority, and transit vehicle availability.LVAL : L ,B&The center shall monitor transit vehicle operational data to determine if the transit vehicle is off-route and assess whether a security incident is occurring.The center shall disseminate up-to-date schedules and route information to other centers for demand responsive transit services (paratransit).The center shall exchange information with Maintenance and Construction Operations concerning work zones, roadway conditions, asset restrictions, work plans, etc.The center shall assign transit vehicle operators for confirmed demand responsive transit (paratransit) trips based on factors such as eligibility, route preferences, seniority, and transit vehicle availability.The center shall generate demand responsive transit (paratransit) routes and schedules based on such factors as parameters input by the system operator, what other demand responsive transit schedules have been planned, the availability and location of vehicles, the relevance of any fixed transit routes and schedules, and road network information.The center shall track the location and availability of transit vehicles for use in demand responsive transit (paratransit) operations.The center shall process trip requests for demand responsive transit services, i.e. paratransit. Sources of the requests may include traveler information service providers.The center shall share transfer cluster and transfer point information with multimodal transportation service providers, other transit agencies, and traveler information service providers. A transfer cluster is a collection of stops, stations, or terminals where transfers can be made conveniently.The center shall coordinate schedules and services between transit agencies, traffic management, maintenance and construction operations, parking management, and other surface or air transportation modes.The center shall send requests for priority along routes or at intersections to traffic management.LVALn 6Z&nThe center shall collect operational and maintenance data from transit vehicles.The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used as a background for transit tracking and dispatch.The center shall provide transit operational data to traveler information service providers.The center shall collect trip monitoring data from on-board systems including transit vehicle mileage, fuel usage, passenger loading, availability, etc.The center shall determine adherence of transit vehicles to their assigned schedule.The center shall monitor the locations of all transit vehicles within its network.The center shall provide support to remotely disable (or reset the disabling of) a transit vehicle in service.The center shall receive threat information and status on the integrity of the transit infrastructure.The center shall coordinate the response to security incidents involving transit with other agencies including Emergency Management, other transit agencies, media, traffic management, and traveler information service providers.The center shall send wide-area alert information to travelers (on-board transit vehicles or at stations/stops) and transit vehicle operators.The center shall receive information pertaining to a wide-area alert such as weather alerts, disaster situations, or child abductions. This information may come from Emergency Management or from other Alerting and Advisory Systems.The center shall exchange transit incident information along with other service data with other transit agencies.The center shall support the back-office portion of functionality to authenticate transit vehicle operators.The center shall receive reports of emergencies on-board transit vehicles entered directly be the transit vehicle operator or from a traveler through interfaces such as panic buttons or alarm switches.LVAL F :N The center shall assess the transit vehicle operator's availability based on previous work assignments, accumulated hours, plus health and vacation commitments.The center shall maintain records of a transit vehicle operator's performance. This may be done utilizing standardized performance evaluation criteria set forth by governmental regulations and transit operating company policies, assessing the transit vehicle operator's driving history, and assessing comments from the transit vehicle operator's supervisor(s) as well as noting any moving violations or accidents, supervisor comments, government regulations, and company policies.The center shall provide the transit system operator with the capability to update transit vehicle maintenance information and receive reports on all transit vehicle operations data.The center shall generate a time-stamped maintenance log of all maintenance activities performed on a transit vehicle.The center shall verify that the transit vehicle maintenance activities were performed correctly, using the transit vehicle's status, the maintenance personnel's work assignment, and the transit maintenance schedules.The center shall assign technicians to a transit vehicle maintenance schedule, based upon such factors as personnel eligibility, work assignments, preferences and seniority.The center shall generate transit vehicle availability listings, current and forecast, to support transit vehicle assignment planning based, in part, on the transit vehicle maintenance schedule.The center shall generate transit vehicle maintenance schedules, includes what and when the maintenance or repair is to be performed.The center shall monitor the condition of a transit vehicle to analyze brake, drive train, sensors, fuel, steering, tire, processor, communications equipment, and transit vehicle mileage to identify mileage based maintenance, out-of-specification or imminent failure conditions.t|[:tS2 l K * d C "  } \ ;  u T 3  m L + eD#~]<vU4nM, fE$^=wV5oN- @@ @ @ 4@ x@@~@~ @~@~@}@} @}@}@ }@ |@ |2@|@|@{Z@{@{@{\@{@z@z@ z@ z@ z@ y<@yd@yt@y@y @x <@x @x @xR@x@ x@x@x@x>@xv@x@w<@w@w@w^@ v|@ v<@ v,@v@v"@uB@u@u@t@t@t@s@ s@ st@sF@s~@s@r<@rB@r@r@q<@q*@ q@ qB@ q@q@p<@pB@p@p@o<@o@ o@oB@o@ o@n<@n@n@ nb@nh@n@n@m<@mb@mh@ m@ m@l@l|@l<@l@l@l@k@kD@k@@k@jl@j@j@jZ@j@j @j,@LVAL  & 2 zdpThe vehicle shall send appropriate control actions to the vehicle's braking and steering actuators.The vehicle shall receive warnings and collision avoidance data (intersection congestion, approaching vehicles, potential collision hazards, etc.) from the roadway field equipment.The vehicle shall evaluate the likelihood of a collision between two vehicles or a vehicle and a stationary object, based on the proximity of other objects to the vehicle and the current speed and direction of the vehicle.The vehicle shall monitor the area surrounding vehicle as it approaches an intersection to determine the proximity of other objects to the vehicle. Obstacles could include animals, other vehicles, pedestrians, rocks in roadway etc.The vehicle shall receive inputs of broadcast traffic conditions from a traveler information center to enhance route guidance calculations.The vehicle shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used for route guidance.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall provide guidance for the shortest route, within the preferences and constraints specified by the driver.The vehicle shall calculate the requested route using data obtained from a navigable map database stored on-board.The vehicle shall provide the capability for a driver to obtain route guidance from a specified source to a destination.The center shall provide an interface through which the transit vehicle operator information can be maintained - either from the transit vehicle operator, a transit system operator (i.e. center personnel), or other functions.The center shall assign transit vehicle operators to transit schedules based on their eligibility, route preferences, seniority, and transit vehicle availability.jLVAL b n \ ,<The vehicle shall send appropriate control actions to the vehicle's steering actuators.The vehicle shall evaluate the likelihood of a collision between two vehicles or a vehicle and a stationary object, based on the proximity of other objects to the vehicle, roadway characteristics, and the current speed and direction of the vehicle.The vehicle shall monitor the area to the sides of the vehicle to determine the proximity of other objects to the vehicle.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall deploy a pre-crash safety system either to avoid the accident or to reduce the accident severity, once it has determined the probability of a collision with the other vehicle or obstacle to be high.The vehicle shall provide intersection collision warnings to the driver about the presence of potentially hazardous situations and need for immediate collision avoidance action.The vehicle shall receive warnings and collision avoidance data (intersection congestion, approaching vehicles, potential collision hazards, etc.) from the roadway field equipment.The vehicle shall evaluate the likelihood of a collision between two vehicles or a vehicle and a stationary object, based on the proximity of other objects to the vehicle and the current speed and direction of the vehicle.The vehicle shall monitor the area surrounding vehicle as it approaches an intersection to determine the proximity of other objects to the vehicle. Obstacles could include animals, other vehicles, pedestrians, rocks in roadway etc.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall provide intersection collision warnings to the driver about the presence of potentially hazardous situations and need for immediate collision avoidance action.LVAL  l x F L The vehicle shall send appropriate control actions (acceleration, braking, or maintaining speed) to the vehicle's accelerator and/or brake actuators.The vehicle shall provide an interface through which a vehicle driver can initiate, monitor and terminate automatic control of the vehicle.The vehicle shall provide position warnings to the driver when an object gets close enough to the vehicle to become a hazard if no action is taken by the driver.The vehicle shall evaluate the likelihood of a collision between two vehicles or a vehicle and a stationary object, based on the proximity of other objects to the vehicle and the current speed and direction of the vehicle.The vehicle shall monitor the area behind and in front of the vehicle to determine the proximity of other objects to the vehicle.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall provide position warnings to the driver when an object gets close enough to the vehicle to become a hazard if no action is taken by the driver.The vehicle shall evaluate the likelihood of a collision between two vehicles or a vehicle and a stationary object, based on the proximity of other objects to the vehicle, roadway characteristics, and the current speed and direction of the vehicle.The vehicle shall monitor the area to the sides of the vehicle to determine the proximity of other objects to the vehicle.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall provide an interface through which a vehicle driver can initiate, monitor and terminate automatic control of the vehicle.The vehicle shall provide position warnings to the driver when an object gets close enough to the vehicle to become a hazard if no action is taken by the driver.LVAL   DThe vehicle shall provide further details about the emergency to the center upon request from that function.The vehicle shall acknowledge the driver's request for emergency assistance.The vehicle shall forward a request for assistance to a center containing the driver's current location, its identity and basic vehicle data relevant to its current condition, as well as any other data, such as personal medical history, vehicle orientation, etc., that may be developed in-vehicle by other systems.The vehicle shall provide the capability to automatically identify that a collision has occurred using equipment such as collision detection sensors with an interface to mayday type equipment that would automatically detect vehicle problems and send appropriate distress signals to a center.The vehicle shall provide the capability to accept input from a driver via a panic button or some other functionally similar form of input device provided as part of the in-vehicle equipment.The vehicle shall provide the capability for a driver to report an emergency and summon assistance.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall provide position warnings to the driver when an object gets close enough to the vehicle to become a hazard if no action is taken by the driver.The vehicle shall evaluate the likelihood of a collision between two vehicles or a vehicle and a stationary object, based on the proximity of other objects to the vehicle and the current speed and direction of the vehicle.The vehicle shall monitor the area behind and in front of the vehicle to determine the proximity of other objects to the vehicle.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.LVAL  Z z v 42NThe vehicle shall collect and monitor data concerning the safety of the vehicle - including, steering, braking, acceleration, emissions, fuel economy, engine performance, etc.The vehicle shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used for route guidance.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall forward user preferences, background information, constraints, and payment information to the supplying traveler information center.The vehicle shall forward the request for route guidance to a traveler information center for route calculation.The vehicle shall provide the capability for a driver to request and confirm multi-modal route guidance from a specified source to a destination.The vehicle shall transmit data to field equipment located along the roadway upon request including speed, link travel times, location and timestamp information.The vehicle shall transmit data to the center upon request including speed, link travel times, location and timestamp information.The vehicle shall collect and process traffic conditions data, including location, speed, and link travel times.The vehicle shall deploy a pre-crash safety system either to avoid the accident or to reduce the accident severity, once it has determined the probability of a collision with the other vehicle or obstacle to be high.The vehicle shall evaluate the likelihood of a collision between two vehicles or a vehicle and a stationary object, based on the proximity of other objects to the vehicle, conditions of the roadway and environment, and the current speed and direction of the vehicle.The vehicle shall monitor the area around the vehicle to determine the proximity of other objects to the vehicle.LVAL  r 4tThe vehicle shall receive automated highway system status, warnings and collision avoidance data (intersection congestion, approaching vehicles, potential collision hazards, etc.) from the roadway field equipment.The vehicle shall deploy a pre-crash safety system either to avoid the accident or to reduce the accident severity, once it has determined the probability of a collision with the other vehicle or obstacle to be high.The vehicle shall evaluate the likelihood of a collision between two vehicles or a vehicle and a stationary object, based on the proximity of other objects to the vehicle, conditions of the roadway and environment, and the current speed and direction of the vehicle.The vehicle shall monitor the area surrounding vehicle in an AHS lane to determine the proximity of other objects to the vehicle. Obstacles could include animals, other vehicles, pedestrians, rocks in roadway etc.The vehicle shall collect and monitor data concerning the safety of the vehicle while on AHS lanes including conditions of the brakes, drive train, forward/rear/side sensors, steering condition, fuel level, tire wear and pressure, and the status of vehicle processors and communications.The vehicle shall request usage of automated highway system (AHS) lanes for all or part of an overall route; including sending vehicle conditions to the roadside to determine eligibility.The vehicle shall provide the capability for a driver to request using automated highway system (AHS) lanes.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall provide warnings to the driver of potential dangers based on sensor input and analysis concerning the safety of the vehicle.The vehicle shall determine the status of the vehicle in terms of its continued ability to operate in a safe manner.NLVAL  H ^*vThe center shall support requests for ITS archived data from Government Reporting Systems.The center shall provide the capability to format data from an ITS archive suitable for input into government reports.The center shall provide the capability to select data from an ITS archive for use in government reports.The center shall provide data from an ITS archive to federal, state, or local government reporting systems.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall provide an interface with the traveler card / payment instrument carried on-board the vehicle (tag) - to exchange identity information and payment transactions.The vehicle shall provide an interface to the driver to make requests for advance payments of tolls, parking, and transit fares and present the status of electronic payment transactions.The vehicle shall respond to request from parking field equipment for tag information including credit identity, stored value card cash, etc.The vehicle shall respond to requests from toll collection equipment for tag information including credit identity, stored value card cash, etc.The vehicle shall present information to the driver in audible or visual forms without impairing the driver's ability to control the vehicle in a safe manner.The vehicle shall provide warnings to the driver of potential dangers based on sensor input and analysis concerning the safety of the vehicle operating in an automated highway system (AHS) lane.The vehicle shall exchange data with other vehicles in the platoon of an automated highway system (AHS) to share vehicle status information, roadway condition data, and initiate vehicle actuator controls to maintain safe following distances.The vehicle shall send appropriate control actions to the vehicle's accelerator, braking and steering actuators when operating in an automated highway system (AHS) lane.VLVAL  j|The center shall collect traveler requests, confirmations, and payment transaction data for traveler services provided.The center shall collect traveler information data, such as parking lot data, rideshare data, road network use data, vehicle probe data, and other data from traveler information system operations.The center shall be able to produce sample products of the data available.The center shall receive and respond to requests from ITS Archives for either a catalog of the commercial vehicle operations data or for the data itself.The center shall assign quality control metrics and meta-data to be stored along with the data. Meta-data may include attributes that describe the source and quality of the data and the conditions surrounding the collection of the data.The center shall receive operational data from the roadside check systems as well as administration and credentials data.For archive analysis and data mining products requiring financial payment the center shall process the financial requests and manage an interface to a Financial Institution.The center shall respond to users systems requests for a catalog of the archived data analysis products available.The center shall receive the user s systems requests and develop the request to retrieve the data from the archive.The center shall provide the capability to perform activities such as data mining, data fusion, summarizations, aggregations, and recreation from archive data. This may include multidimensional analysis, selective summarization and expansion of data details, and many other advanced analysis services.The center shall support the interface with Archive Data User Systems for requests for analysis of the archive data.The center shall provide the applicable meta-data for any ITS archived data to satisfy government reporting system requests. Meta-data may include attributes that describe the source and quality of the data and the conditions surrounding the collection of the data.LVAL & r (x<6The center shall receive and respond to requests from ITS Archives for either a catalog of the traffic data or for the data itself.The center shall assign quality control metrics and meta-data to be stored along with the data. Meta-data may include attributes that describe the source and quality of the data and the conditions surrounding the collection of the data.The center shall collect traffic management data such as operational data, event logs, etc.The field element shall collect sensor status and sensor faults from roadside equipment and send it along with the recorded data to a center for archival.The field element shall include the sensors and supporting roadside devices that sense, collect, and send traffic, road, and environmental conditions information to a center for archival.The field element shall collect traffic, road, and environmental conditions information.The center shall be able to produce sample products of the data available.The center shall receive and respond to requests from ITS Archives for either a catalog of the emissions management data or for the data itself.The center shall assign quality control metrics and meta-data to be stored along with the data. Meta-data may include attributes that describe the source and quality of the data and the conditions surrounding the collection of the data.The center shall collect air quality and emissions management data from various sources, including emissions sensors distributed along the roadside and wide-area sensors detecting pollution over a larger geographical area.The center shall be able to produce sample products of the data available.The center shall receive and respond to requests from ITS Archives for either a catalog of the traveler information data or for the data itself.The center shall assign quality control metrics and meta-data to be stored along with the data. Meta-data may include attributes that describe the source and quality of the data and the conditions surrounding the collection of the data.LVALl  ~ " Rf82The center shall receive and respond to requests from ITS Archives for either a catalog of the transit data or for the data itself.The center shall assign quality control metrics and meta-data to be stored along with the data. Meta-data may include attributes that describe the source and quality of the data and the conditions surrounding the collection of the data.The center shall collect transit management data such as transit fares and passenger use, transit services, paratransit operations, transit vehicle maintenance data, etc.The center shall provide the local archived data schema to other archive systems.The center shall use data collected from different archives to build a set of global schema including the data archive definitions for the local archive plus any archives known to the local archive.The center shall support the collection of archived data from other archives on an as-needed basis. (This minimizes the need to duplicate the comprehensive set of data from the remote archives in the local data warehouse.)The center shall provide the specialized publishing, directory services, and transaction management functions associated with coordinating remote archives.The center shall coordinate information exchange with a local data warehouse.The center shall provide capabilities to access "in-place" data from geographically dispersed archives. These capabilities may include analysis, data fusion, or data mining.The center shall be able to produce sample products of the data available.The center shall receive and respond to requests from ITS Archives for either a catalog of the toll data or for the data itself.The center shall assign quality control metrics and meta-data to be stored along with the data. Meta-data may include attributes that describe the source and quality of the data and the conditions surrounding the collection of the data.The center shall collect toll operational data and pricing data.The center shall be able to produce sample products of the data available.t|[:tS2 l K * d C "  } \ ;  u T 3  m L + eD#~]<vU4nM, fE$^=wV5oN- @@X@@t@^@@ @@@@`@@ @@8@ 8@ l@ @ @ @|@^@@\@0@f@P@@@,@@:@h@@@@ @@"@@@@:@@@@ 0@ @@@@@j@&@v@*@P@@@"@x@Z@L@@n@@ @j@,@@@@@@@@ V@  @  P@ @@@@@@ @"@@@@ @ @ @ @ @.@@@@ @@R@@@ @ T@ @ @ @6@@\@@@@@LVALl@ &The center shall record the status about the imported traffic and roadside data.The center shall send the request for data and control parameters to the field equipment where the information is collected and returned.The center shall respond to requests from the Archive Data Administer to input the parameters that control the collection process.The center shall collect environmental sensor information that from roadside devices.The center shall collect traffic sensor information from roadside devices.The center shall manage the collection of archive data directly from collection equipment located at the roadside.The parking element shall be able to produce sample products of the data available.The parking element shall receive and respond to requests from ITS Archives for either a catalog of the parking management data or for the data itself.The parking element shall assign quality control metrics and meta-data to be stored along with the data. Meta-data may include attributes that describe the source and quality of the data and the conditions surrounding the collection of the data.The parking element shall collect parking management data including lot usage and charging information.The center shall be able to produce sample products of the data available.The center shall receive and respond to requests from ITS Archives for either a catalog of the emergency management data or for the data itself.The center shall assign quality control metrics and meta-data to be stored along with the data. Meta-data may include attributes that describe the source and quality of the data and the conditions surrounding the collection of the data.The center shall collect emergency service data, emergency vehicle management data, emergency vehicle data, sensor and surveillance data, threat data, and incident data.The center shall be able to produce sample products of the data available.LVAL < J ^ ^rpVThe parking element shall exchange parking management data with other parking facilities including location, hours, availability, status, lot usage, operating strategies, and charging information.The parking element shall provide the capability to detect and classify vehicles entering and exiting a parking facility (vehicle size, type, identifiable features, etc.).The parking element shall maintain a list of invalid traveler credit identities, or bad tag lists.The parking element shall process requests for the advanced payment of tolls and transit fares as well as other non-transportation services, e.g. yellow-pages services.The parking element shall process requests for parking lot charges to be paid in advance.The parking element shall support the payment of parking lot transactions using data provided by the traveler cards / payment instruments.The parking element shall process the financial requests and manage an interface to a Financial Institution.The parking element shall manage the parking lot charges, considering such factors as location, vehicle types, and times of day.The parking element shall collect data on payment violations and send the data, including images of the violator and the vehicle registration data obtained from the Department of Motor Vehicles (DMV) office, to the appropriate enforcement agency.The parking element shall provide an interface to the driver informing them of the success or failure of the financial transaction. This may involve a request for the driver to pull aside so the operator can resolve an issue.The parking element shall read data from the traveler card / payment instrument carried on-board the vehicle (tag) or by the traveler.The parking element shall detect and classify vehicles entering and exiting a parking facility (vehicle size, type, identifiable features, etc.).The center shall use the status information to adjust the collection of traffic and roadside data.NLVAL &x @ $pThe field element shall include devices (such as arterial or freeway controllers, roadway automated treatment systems, barrier and safeguard systems, emissions or pollution systems, and work zone intrusion alert systems) that provide data and status information to other field element devices (such as dynamic message signs, traffic controllers on adjacent intersections), without center control.The field element shall include sensors (such as traffic, environmental, and work zone intrusion detection sensors) that receive control information from other field element devices, without center control.The field element shall include sensors (such as traffic, environmental, and work zone intrusion detection sensors) that provide data and status information to other field element devices (such as dynamic message signs, ramp meters, traffic signals, work zone intrusion alert systems), without center control.The personal traveler interface shall refine its calculations as required by other functions such as navigation, guidance, and emergency notification.The personal traveler interface shall calculate the location from one or more sources of position data such as GPS or DGPS.The personal traveler interface shall provide the traveler's current location. It is intended for use by traveler personal navigation and guidance systems, as well as emergency notification systems.The vehicle shall refine its calculations as required by other in-vehicle functions.The vehicle shall calculate the location from one or more sources of position data. These location referencing systems include position systems such as GPS, DGPS, odometer and differential odometers.The vehicle shall provide the vehicle's current location to other in-vehicle functions.The parking element shall provide parking management data to traffic management centers upon request as part of the implementation of demand management programs in the region. This could include changes to hours of operation or pricing.LVAL <bThe center shall use the various data inputs of environmental sensors and road weather data to develop a view of current and predicted road weather and road conditions.The center shall assimilate current and forecast road conditions and surface weather information using a combination of weather service provider information (such as the National Weather Service and value-added sector specific meteorological services) and local environmental sensor data.The center shall respond to control data from center personnel regarding environmental sensor control and weather data collection and processing.The center shall provide dispatch information to maintenance and construction vehicles based on the outputs of the decision support system, including recommended roadway treatment actions.The center shall provide an interface to the center personnel to input control parameters for the decision support process and receive decisions or information presentation.The center shall tailor the decision support information to include filtering (selection from a large amount of external information), error reduction ('smoothing' the information), fusion (combination of disparate information to match the decision needs), and analysis (creating the decision).The center shall provide the center personnel with tailored external information, including weather or road condition observations, forecasted weather information or road conditions, current usage of treatments and materials, available resources, equipment and vehicle availability, road network information, and source reliability information.The field element shall include devices (such as arterial or freeway controllers, roadway automated treatment systems, barrier and safeguard systems, emissions or pollution systems, and work zone intrusion alert systems) that receive control information from other field element devices, without center control.~LVAL ` : @f6The center shall be able to produce sample products of the data available.The center shall receive and respond to requests from ITS Archives for either a catalog of the maintenance and construction data or for the data itself.The center shall assign quality control metrics and meta-data to be stored along with the data. Meta-data may include attributes that describe the source and quality of the data and the conditions surrounding the collection of the data.The center shall collect maintenance and construction data (such as field equipment status, infrastructure status, maintenance and construction activity data) gathered from roadway, traffic, and other maintenance and construction sources.The center shall accept requests for automated roadway treatment system activation from center personnel.The center shall collect automated roadway treatment system and associated environmental sensor fault data and request repair.The center shall collect automated roadway treatment system and associated environmental sensor operational status.The center shall remotely control the environmental sensors that upon detecting changes in environmental or atmospheric conditions, automatically activate roadway treatment systems.The center shall remotely control automated roadway treatment systems. Treatments can be in the form of fog dispersion, anti-icing chemicals, etc.The center shall provide value-added sector specific meteorological services with information on basic road facility and treatment information that supports forecasts for road conditions.The center shall disseminate current and forecasted road weather and road condition information to weather service providers (such as the National Weather Service and value-added sector specific meteorological services) as well as other agencies including traffic, emergency, and transit management, traveler information providers, rail operations centers, media, and other maintenance management centers.LVAL " 24RxThe center shall collect fault data for the vehicle speed sensors for repair.The center shall receive inputs from the Alerting and Advisory System concerning the possibility or occurrence of severe weather, terrorist activity, or other major emergency, including information provided by the Emergency Alert System.The center shall collect fault data for the roadside and vehicle-based environmental sensor equipment for repair.The center shall collect operational status for the roadside and vehicle-based environmental sensor equipment.The center shall respond to control data from center personnel regarding environmental sensor control and weather data collection and processing.The center shall provide weather and road condition information to weather service providers and center personnel.The center shall assimilate current and forecast road conditions and surface weather information using a combination of weather service provider information (such as the National Weather Service and value-added sector specific meteorological services), data from traffic, emergency, and transit management, traveler information providers, and environmental data collected from sensors deployed on and about the roadway as well as the fleet of maintenance and construction vehicles.The center shall remotely control environmental sensors on-board maintenance and construction vehicles that measure road and weather conditions including air and surface temperatures, wind speed, humidity, precipitation, visibility and other measures.The center shall remotely control environmental sensors that measure weather conditions including temperature, wind, humidity, precipitation, and visibility.The center shall remotely control environmental sensors that measure road surface temperature, moisture, icing, salinity, and other measures.The center shall provide data to Asset Management to be used in updating the status of assets in the inventory.ZLVAL ~tvThe center shall monitor the locations of all maintenance and construction vehicles and other equipment under its jurisdiction.The center shall provide work zone activities affecting the road network including the nature of the maintenance or construction activity, location, impact to the roadway, expected time(s) and duration of impact, anticipated delays, alternate routes, and suggested speed limits. This information may be augmented with images that provide a visual indication of current work zone status and traffic impacts.The center shall exchange road network status assessment information with emergency management and traffic management centers including an assessment of damage sustained by the road network including location and extent of the damage, estimate of remaining capacity, required closures, alternate routes, necessary restrictions, and time frame for repair and recovery.The center shall respond to requests from emergency management to provide maintenance and construction resources to implement response plans, assist in clean up, verify an incident, etc. This may also involve coordination with traffic management centers and other maintenance centers.The center shall coordinate planning for incidents with emergency management centers - including pre-planning activities for disaster response, evacuation, and recovery operations.The center shall exchange incident and threat information with emergency management centers as well as traffic management centers; including notification of existence of incident and expected severity, location, time and nature of incident.The center shall exchange alert information and status with emergency management centers. The information includes notification of a major emergency such as a natural or man-made disaster, civil emergency, or child abduction. The information may include the alert originator, the nature of the emergency, the geographic area affected by the emergency, the effective time period, etc.LVAL` P ^The center shall exchange rail schedules and work plans with rail operations centers.The center shall collect the status and fault data from roadside equipment, such as traffic, infrastructure, and environmental sensors, highway advisory radio and dynamic message signs, automated roadway treatment systems, barrier and safeguard systems, cameras, traffic signals and override equipment, ramp meters, beacons, security sensors and surveillance equipment, etc., and provide a cohesive view of equipment repair needs.The center shall provide emergency management and traffic management centers with information about scheduled maintenance and construction work activities including anticipated closures and impact to the roadway, alternate routes, anticipated delays, closure times, and durations.The center shall exchange information with administrative systems to support the planning and scheduling of maintenance activities. This information includes: equipment and consumables resupply purchase request status, personnel qualifications including training and special certifications, environmental regulations and rules that may impact maintenance activities, and requests and project requirements from contract administration.The center shall respond to requests from emergency management and traffic management centers for hazard removal, field equipment repair, and other roadway maintenance.The center shall maintain an interface with asset management systems to track the inventory, restrictions, repair needs and status updates of transportation assets (pavement, bridges, signs, etc.) including location, installation and materials information, vendor/contractor, current maintenance status, standard height, width, and weight restrictions.The center shall receive information indicating the damage sustained by transportation assets, derived from aerial surveillance, field reports, inspections, tests, and analyses to support incident management.:LVAL ~ 6ZThe center shall remotely control vehicle speed sensors typically placed in work zones; control parameters may include environmental and traffic conditions.The center shall track the status of roadway maintenance and construction activities by monioring collected data from the dispatched vehicles and equipment.The center shall manage an interface with center personnel to accept vehicle systems control information and remotely control maintenance and construction vehicle on-board equipment.The center shall dispatch and route maintenance and construction vehicle drivers and support them with route- specific environmental, incident, advisory, threat, alert, and traffic congestion information.The center shall collect current and forecast traffic and weather information from traffic management centers and weather service providers (such as the National Weather Service and value-added sector specific meteorological services).The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used as a background for the scheduling of roadway maintenance and construction activities.The center shall receive equipment availability and materials storage status information from storage facilities to support the scheduling of roadway maintenance and construction activities.The center shall remotely control and collect data from infrastructure monitoring sensors located along the roadway infrastructure or on maintenance and construction vehicles.The center shall collect the status and fault data from traffic management centers, including data for traffic, infrastructure, and environmental sensors, highway advisory radio and dynamic message signs, automated roadway treatment systems, barrier and safeguard systems, cameras, traffic signals and override equipment, ramp meters, beacons, security sensors and surveillance equipment, etc., and provide a cohesive view of equipment repair needs.|LVAL x 0 xThe maintenance and construction vehicle shall provide environmental sensor equipment operational status to the center.The center shall respond to requests from emergency management and traffic management centers for hazard removal, field equipment repair, and other winter roadway maintenance.The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used as a background for maintenance and construction vehicle tracking.The center shall present location data to center personnel for the fleet of maintenance and construction vehicles and other equipment.The center shall schedule preventive and corrective vehicle maintenance with the equipment repair facility based on fleet health reports, maintenance records, vehicle utilization and vehicle availability schedules.The center shall exchange information with equipment repair facilities including status and history of repairs concerning maintenance and construction vehicles. This information includes vehicle status and diagnostic information, vehicle utilization, and coordination of when vehicles will be available for preventative and corrective maintenance.The center shall collect and analyze vehicle diagnostics information from maintenance and construction vehicles. The information includes engine temperature, mileage, tire wear, brake wear, belt wear, and any warnings or alarms concerning the operational condition of the vehicle and ancillary equipment.The center shall provide the capability to notify an enforcement agency when vehicle speeds in the work zone are in excess of the posted speed limit or are creating an unsafe condition based upon the current environmental or traffic conditions.The center shall collect operational status for the vehicle speed sensors; the status shall include logged information including measured speeds, warning messages displayed, and violation records.XLVAL 6ZvvThe maintenance and construction vehicle shall provide environmental sensor equipment fault indication to the center for repair.The center shall collect and respond to feedback concerning scheduled maintenance and construction activities with other management centers such as traffic, emergency, transit, and rail operations.The center shall dispatch and route winter maintenance vehicle drivers and support them with route- specific environmental, incident, advisory, threat, alert, and traffic congestion information.The center shall collect current and forecast traffic and weather information from traffic management centers and weather service providers (such as the National Weather Service and value-added sector specific meteorological services).The center shall support an interface with a map update provider, or other appropriate data sources, through which updates of digitized map data can be obtained and used as a background for the scheduling of winter maintenance activities.The center shall receive equipment availability and materials storage status information from storage facilities to support the scheduling of winter maintenance activities.The center shall provide status information about scheduled winter maintenance activities including anticipated closures and impact to the roadway, alternate routes, anticipated delays, closure times, and durations. The information is provided to other management centers such as traffic, emergency, transit, traveler information providers, other maintenance centers, and the media.The center shall exchange information with administrative systems to support the planning and scheduling of winter maintenance activities. This information includes: equipment and consumables resupply purchase request status, personnel qualifications including training and special certifications, environmental regulations and rules that may impact maintenance activities, and requests and project requirements from contract administration.t|[:tS2 l K * d C "  } \ ;  u T 3  m L + eD#~]<vU4nM, fE$^=wV5oN- @@@ @ @ H@ @ @@@@@B@@@@F@H@ @ @ @ @ @Z@@@P@@@@@@ 8@ @ @@@<@6@,@@@ @@ @ @ @@@|@J@@@@@@ @@ @,@&@N@@@ @D@@n@V@F@@@@@ @@@ @<@@@@@$@n@V@F@@ @ z@ @@`@@@<@l@@ @@n@b@P@@@~@@@@@~@,@ &@ @ &@@@LVAL .The center shall provide status information about scheduled maintenance and construction activities including anticipated closures and impact to the roadway, alternate routes, anticipated delays, closure times, and durations. The information is provided to other management centers such as traffic, emergency, transit, traveler information providers, other maintenance centers, multimodal transportation providers, rail operations, and the media.The center shall provide work zone activities affecting the road network including the nature of the maintenance or construction activity, location, impact to the roadway, expected time(s) and duration of impact, anticipated delays, alternate routes, and suggested speed limits. This information may be augmented with images that provide a visual indication of current work zone status and traffic impacts.The center shall assess the current status of all winter maintenance activities, including actual work activities performed, current locations and operational conditions of vehicles, materials and equipment inventories, field equipment status, environmental information, etc.The center shall support remote control of on-board maintenance and construction vehicle systems and field equipment that is remotely controlled by the vehicle such as adjusting material application rates and spread patterns.The center shall provide dispatch instructions for vehicle operators based on input parameters from center personnel, specifically for winter conditions. This could include a treatment route, treatment application rates, start and end times, and other treatment instructions.The center shall determine the need for roadway treatment based on current and forecasted weather information, current usage of treatments and materials, available resources, requests for action from other agencies, and recommendations from the Maintenance Decision Support system, specifically under winter conditions. This supports winter maintenance such as plowing, treating, anti-icing, etc.VLVAL d $rThe center shall exchange information with administrative systems to support the planning and scheduling of work zone activities. This information includes: equipment and consumables resupply purchase request status, personnel qualifications including training and special certifications, environmental regulations and rules that may impact maintenance activities, and requests and project requirements from contract administration.The center shall control traffic in work zones by providing remote control of dynamic message signs and highway advisory radio systems located in or near the work zone.The center shall disseminate work zone information to other agencies and centers including traffic, transit, emergency management centers, other maintenance centers, traveler information providers, and the media.The center shall control the collection of work zone status information including video images from cameras located in or near the work zone.The center shall generate new work zone activity schedules for use by maintenance and construction vehicles, maintenance and construction operators, and for information coordination purposes.The center shall exchange information with administrative systems to support the planning and scheduling of maintenance and construction activities. This information includes: equipment and consumables resupply purchase request status, personnel qualifications including training and special certifications, environmental regulations and rules that may impact maintenance activities, and requests and project requirements from contract administration.The center shall collect and disseminate asset restriction information levied on transportation asset usage based on infrastructure design, surveys, tests, or analyses. This includes standard facility design height, width, and weight restrictions, special restrictions such as spring weight restrictions, and temporary facility restrictions that are imposed during maintenance and construction.nLVAL v V D jThe maintenance and construction vehicle shall respond to control information from the center to allow remote operation of the on-board vehicle systems. These systems include routine maintenance equipment for cutting, repairs, hazard removal, etc.The maintenance and construction vehicle shall track the location and status of safety systems on-board the vehicle.The maintenance and construction vehicle shall transmit environmental sensor data to fixed sensors located along the roadside. The sensor data includes location and timestamp information.The maintenance and construction vehicle shall provide control signals to environmental sensors located at the roadway.The maintenance and construction vehicle shall be capable of accepting sensor control data from the center.The maintenance and construction vehicle shall collect environmental data from sensors located at the roadway but are monitored on-board a maintenance and construction vehicle.The maintenance and construction vehicle shall transmit environmental sensor data to the center. The sensor data includes location and timestamp information.The maintenance and construction vehicle shall collect environmental data from on-board sensors, including air temperature, wind speed, surface temperature, traction conditions, etc.The center shall collect and store work zone data collected from work zone monitoring devices (such as intrusion detection or alert devices and speed monitoring devices) on-board the vehicle and at the roadside.The center shall collect status information of work zone safety device status from field equipment or the maintenance and construction vehicles.The center shall provide remote monitoring and control of intrusion alert devices that have been installed in work zones or maintenance areas.The center shall provide remote monitoring and control of work zone safety devices - including intrusion detection devices that have been installed in work zones or maintenance areas.LVAL d The maintenance and construction vehicle shall the vehicle diagnostic and safety information to an equipment repair facility.The maintenance and construction vehicle shall provide status of the work zone warning systems to the center.The maintenance and construction vehicle shall monitor the crew movements to identify when a crew member is crossing the boundary between a work zone and vehicle traffic and issue an alert to the crew member.The maintenance and construction vehicle shall present work zone warnings to the field personnel using direct warning signals or in-vehicle signage functions.The maintenance and construction vehicle shall receive work zone warnings from the field equipment at the roadside, other maintenance and construction vehicles.The maintenance and construction vehicle shall detect that a vehicle has intruded upon the boundary of a work zone. The boundary of the work zone represents an area around the maintenance and construction vehicle, which may be stationary or moving.The maintenance and construction vehicle shall send the timestamped vehicle location to the controlling center.The maintenance and construction vehicle shall compute the location of the vehicle based on inputs from a vehicle location determination function.The maintenance and construction vehicle shall send operational data to the center including the operational state of the maintenance equipment (e.g., blade up/down, spreader pattern), types and quantities of materials used for construction and maintenance activities, and a record of the actual work performed.The maintenance and construction vehicle shall respond to dispatch information from the center, presented to the vehicle operator for acknowledgement and returning status.The maintenance and construction vehicl