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Routine: BKMIXX5

BKMIXX5.m

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  1. BKMIXX5 ;PRXM/HC/KJH - BKMV UTILITY PROGRAM; [ 7/15/2005 1:28 PM ] ; 16 Jul 2005 8:34 PM
  1. ;;2.2;HIV MANAGEMENT SYSTEM;;Apr 01, 2015;Build 40
  1. ; Generic Taxonomy Utilities
  1. ; Utility for building list of referenced IENs from a Taxonomy.
  1. Q
  1. ;
  1. BLDTAX(TAX,TARGET) ; PEP
  1. ;
  1. D BLD^BQITUTL(TAX,TARGET)
  1. Q
  1. ;
  1. I $$PATCH^XPDUTL("ATX*5.1*11") D BLDTAX^ATXAPI(TAX,TARGET) Q
  1. ;
  1. ; Takes a taxonomy name and builds an array that can then be used
  1. ; to scan various V-File cross-references to see which records
  1. ; match an entry in the Taxonomy.
  1. ;
  1. ; Currently supported Taxonomies are as follows:
  1. ; (where FILE is field #.15 in the TAXONOMY file #9002226)
  1. ; ICD9 Diagnoses via ICD9 codes (^ICD9 - FILE 80)
  1. ; ICD9 Procedures via ICD9 codes (^ICD0 - FILE 80.1)
  1. ; CPT Procedures via CPT codes (^ICPT - FILE 81)
  1. ; Medications via NDC codes (^PSDRUG - FILE 2)
  1. ; Medications via MED IEN (^PSDRUG - FILE 50)
  1. ; Laboratory tests via LOINC codes (^LAB(60) - FILE 95.3)
  1. ; Patient Education Topics by name (^AUTTEDT - FILE 9999999.09)
  1. ; NOTE: Use BLDTAX1 below if providing a list of partial Patient Education Topic Codes to match.
  1. ; Immunizations via HL7/CVX codes (^AUTTIMM - FILE 9999999.14)
  1. ; Health Factors by Name (^AUTTHF - FILE 9999999.64)
  1. ; (where FILE is field #.09 in the LAB TAXONOMY file #9002228)
  1. ; Laboratory tests via LAB IEN (^LAB(60) - FILE 60)
  1. ;
  1. ; Input:
  1. ; TAX = Name of Taxonomy from ATXAX or ATXLAB file.
  1. ; (required)
  1. ; TARGET = Closed array reference where the output will be stored.
  1. ; (required)
  1. ; This can be a local variable or global reference.
  1. ; (Ex. TARGET="ARRAY" or TARGET="^TMP($J)"
  1. ;
  1. ; Output:
  1. ; An array in the local or global TARGET of the form:
  1. ; @TARGET@(IEN)=NAME (.01 field)
  1. ;
  1. ; NOTE: Kill the output array before calling the function unless
  1. ; you intend to group several Taxonomies of the same type.
  1. ;
  1. N FILEREF,TAXIEN,TAXREF,ENTRY,VALUE,VAL,END,FILE,INDEX,IEN,NAME
  1. I TARGET=""!(TAX="") Q
  1. S TAXIEN=$O(^ATXAX("B",TAX,0)),TAXREF="^ATXAX"
  1. I TAXIEN="" S TAXIEN=$O(^ATXLAB("B",TAX,0)),TAXREF="^ATXLAB"
  1. I TAXIEN="" Q
  1. I TAXREF="^ATXAX" S FILEREF=$$GET1^DIQ(9002226,TAXIEN,.15,"I")
  1. I TAXREF="^ATXLAB" S FILEREF=$$GET1^DIQ(9002228,TAXIEN,.09,"I")
  1. ; The following file references from Taxonomy are supported:
  1. I $F(",80,80.1,81,2,50,95.3,9999999.09,9999999.14,9999999.64,60,",","_FILEREF_",")=0 Q
  1. S ENTRY=0
  1. F S ENTRY=$O(@TAXREF@(TAXIEN,21,ENTRY)) Q:'ENTRY D
  1. .S VALUE=@TAXREF@(TAXIEN,21,ENTRY,0)
  1. .S VAL=$P(VALUE,U,1),END=$P(VALUE,U,2)
  1. .; LAB entries use the IEN and only specify one value.
  1. .I FILEREF=60 D Q
  1. ..S NAME=$P($G(^LAB(60,VAL,0)),U,1),@TARGET@(VAL)=NAME
  1. .; MED entries use the IEN and only specify one value.
  1. .I FILEREF=50 D Q
  1. ..S NAME=$P($G(^PSDRUG(VAL,0)),U,1),@TARGET@(VAL)=NAME
  1. .; Otherwise, treat all items as ranges (even if there is only one entry).
  1. .I END="" S END=VAL
  1. .D
  1. ..I FILEREF=95.3 D Q
  1. ...; The LOINC x-ref in LAB does not use the check digit (piece 2).
  1. ...S VAL=$P(VAL,"-"),END=$P(END,"-")
  1. ...S FILE="^LAB(60)",INDEX="AF"
  1. ..I FILEREF=2 S FILE="^PSDRUG",INDEX="D" Q
  1. ..I FILEREF=9999999.09 S FILE="^AUTTEDT",INDEX="B" Q
  1. ..I FILEREF=9999999.14 S FILE="^AUTTIMM",INDEX="C" Q
  1. ..I FILEREF=9999999.64 S FILE="^AUTTHF",INDEX="B" Q
  1. ..; CPT, ICD9, and ICD0 require a SPACE be added to the code.
  1. ..; Some Taxonomy entries already have the space included.
  1. ..S:$E(VAL,$L(VAL))'=" " VAL=VAL_" "
  1. ..S:$E(END,$L(END))'=" " END=END_" "
  1. ..I FILEREF=80 S FILE="^ICD9",INDEX="BA" Q
  1. ..I FILEREF=80.1 S FILE="^ICD0",INDEX="BA" Q
  1. ..I FILEREF=81 S FILE="^ICPT",INDEX="BA" Q
  1. .; Backup one entry so loop can find all the entries in the range.
  1. .S VAL=$O(@FILE@(INDEX,VAL),-1)
  1. .F S VAL=$O(@FILE@(INDEX,VAL)) Q:VAL="" Q:$$CHECK(VAL,END) D
  1. ..S IEN=""
  1. ..F S IEN=$O(@FILE@(INDEX,VAL,IEN)) Q:IEN="" D
  1. ...S NAME=$P($G(@FILE@(IEN,0)),U,1)
  1. ...S @TARGET@(IEN)=NAME
  1. Q
  1. ;
  1. CHECK(V,E) ;
  1. N Z
  1. I V=E Q 0
  1. S Z(V)=""
  1. S Z(E)=""
  1. I $O(Z(""))=E Q 1
  1. Q 0
  1. ;
  1. BLDTAX1(TAX,TARGET) ;EP
  1. ;
  1. ; Takes a list of partial Patient Education topic names and
  1. ; builds an array that can then be used to scan a V-File
  1. ; cross-reference to see which records match an entry in the
  1. ; list.
  1. ;
  1. ; This tag only supports Patient Education:
  1. ; (where FILE is field #.15 in the TAXONOMY file #9002226)
  1. ; Patient Education Topic Codes (^AUTTEDT - FILE 9999999.09)
  1. ;
  1. ; Input:
  1. ; TAX = PATIENT EDUCATION TOPIC CODE LIST to search for
  1. ; (required)
  1. ;
  1. ; Example: "CD-,-CD,AOD-,-AOD"
  1. ; Example: "*BGP HIV/AIDS DXS"
  1. ;
  1. ; Returns items where the MNEMONIC field for the Patient
  1. ; Education entry contains one of the listed values.
  1. ;
  1. ; Second example shows an ICD taxonomy name.
  1. ; If used, will search for any Patient Education entry
  1. ; containing one of the values in that Taxonomy.
  1. ;
  1. ; TARGET : Closed array reference where the output will be stored.
  1. ; This can be a local variable or global reference.
  1. ; (Ex. TARGET="ARRAY" or TARGET="^TMP($J)"
  1. ;
  1. ; Output:
  1. ; An array in the local or global TARGET of the form:
  1. ; @TARGET@(IEN)=NAME (.01 field)
  1. ;
  1. ; NOTE: Kill the output array before calling the function unless
  1. ; you intend to group several Taxonomies of the same type.
  1. ;
  1. N VAL,IEN,NAME,MNEMONIC,TAX1,I,ICDIEN,FLG
  1. F I=1:1:$L(TAX,",") S TAX1=$P(TAX,",",I) I $E(TAX1)="*" D BLDTAX($E(TAX1,2,$L(TAX1)),"ICDIEN")
  1. S VAL=""
  1. F S VAL=$O(^AUTTEDT("B",VAL)) Q:VAL="" D
  1. .S IEN=""
  1. .F S IEN=$O(^AUTTEDT("B",VAL,IEN)) Q:IEN="" D
  1. ..S NAME=$$GET1^DIQ(9999999.09,IEN,.01,"I"),MNEMONIC=$$GET1^DIQ(9999999.09,IEN,1,"I"),FLG=0
  1. ..F I=1:1:$L(TAX,",") S TAX1=$P(TAX,",",I) I $E(TAX1)'="*",MNEMONIC[TAX1 S @TARGET@(IEN)=NAME_U_MNEMONIC,FLG=1 Q
  1. ..I FLG=1 Q
  1. ..S I=""
  1. ..;If an ICD is used as the MNEMONIC it will be formatted as "ICD-abbreviation".
  1. ..;For example, if the ICD is "042." and the patient education is 'alcohol or drugs' then the MNEMONIC would be "042.-AOD".
  1. ..F S I=$O(ICDIEN(I)) Q:I="" S TAX1=ICDIEN(I)_"-" I MNEMONIC[TAX1 S @TARGET@(IEN)=NAME_U_MNEMONIC,FLG=1 Q
  1. ..I FLG=1 Q
  1. ..Q
  1. .Q
  1. Q
  1. ;
  1. ICD(IEN,TXIEN,TYPE) ; EP - Utility wrapper for calling $$ICD^ATXCHK
  1. ; TYPE can be 9 (ICD), 0 (PRC), or 1 (CPT)
  1. ; $$ICD^ATXCHK only checks ranges ("AA" x-ref). (ex. 200.80-200.288)
  1. ; Also need to check individual entries ("B" x-ref). (ex. 042.)
  1. N ITEM
  1. I $G(IEN)=""!($G(TXIEN)="")!($G(TYPE)="") Q 0
  1. ; Check ranges first (most entries are setup as ranges)
  1. I $$PATCH^XPDUTL("ATX*5.1*11") I $$ICD^ATXAPI(IEN,TXIEN,TYPE)=1 Q 1
  1. ;
  1. I $$ICD^ATXCHK(IEN,TXIEN,TYPE)=1 Q 1
  1. ; Check individual entries (currently only a few, but potentially more could be defined)
  1. S ITEM=$S(TYPE=9:$P($G(^ICD9(IEN,0)),U),TYPE=0:$P($G(^ICD0(IEN,0)),U),TYPE=1:$P($G(^ICPT(IEN,0)),U),1:"")
  1. I ITEM="" Q 0
  1. ; Under certain conditions, item will have a space at the end.
  1. I $D(^ATXAX(TXIEN,21,"B",ITEM)) Q 1
  1. I $D(^ATXAX(TXIEN,21,"B",ITEM_" ")) Q 1
  1. Q 0
  1. ;
  1. STAT(STATUS) ; Check presence on HIV registry and status = STATUS
  1. ;
  1. N DFN,BKMDFN,HIVREG,BKMNODE,BKMIEN
  1. ; Variable Y contains the 'DFN' (IEN for file 2 in global ^DPT) from the FileMan Screen call.
  1. S DFN=Y
  1. Q:'+$G(DFN) 0
  1. S (BKMIEN,BKMDFN)=$O(^BKM(90451,"B",DFN,0)) Q:'+BKMDFN 0
  1. I '$D(^BKM(90451,BKMDFN)) Q 0
  1. S HIVREG=1
  1. I '$D(^BKM(90451,BKMDFN,1,HIVREG)) Q 0
  1. S BKMNODE=$G(^BKM(90451,BKMDFN,1,HIVREG,0))
  1. I STATUS]"" Q:$P(BKMNODE,U,7)'=STATUS 0
  1. Q 1