124 lines
4.3 KiB
Mathematica
124 lines
4.3 KiB
Mathematica
VAFCPID ;ALB/MLI,PKE-Create generic PID segment ; 21 Nov 2002 3:13 PM
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;;5.3;Registration;**91,149,190,415,508,749**;Aug 13, 1993;Build 10
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;
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; This routine returns the HL7 defined PID segment with its
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; mappings to DHCP PATIENT file fields.
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;
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EN(DFN,VAFSTR,VAFNUM) ; returns PID segment
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; Input - DFN as internal entry number of the PATIENT file
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; VAFSTR as string of fields requested separated by commas
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; VAFNUM as sequential number for SET ID (default=1)
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;
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; ****Also assumes all HL7 variables returned from****
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; INIT^HLTRANS are defined
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;
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; Output - String containing the desired components of the PID segment
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; VAFPID(n) - if the string is longer than 245, the remaining
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; characters will be returned in VAFPID(n) where
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; n is a sequential number beginning with 1
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;
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; WARNING: This routine makes external calls to VADPT. Non-namespaced
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; variables may be altered.
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;
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N I,VAFY,VA,VADM,X,X1,Y,OUTPUT,DGNAME,DGMMN,VAPA ; calls VADPT...have to NEW
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S VAFSTR=$G(VAFSTR) ; if not defined, just return required fields
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S DFN=$G(DFN)
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I DFN']"" G QUIT
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;Get demographics and permanent address
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S VAPA("P")="" D 4^VADPT
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S VAFSTR=","_VAFSTR_","
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K VAFY
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;Set ID (#1)
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I VAFSTR[",1," S VAFY(1)=$S($G(VAFNUM):VAFNUM,1:1)
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;External ID (#2 - always included)
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S X=$$GETICN^MPIF001(DFN) S:(+X=-1) X="" S VAFY(2)=$S(X]"":X,1:HLQ)
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;Patient ID (#3 - req)
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S VAFY(3)=$$M10^HLFNC(DFN)
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;Alternate ID (#4)
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I VAFSTR[",4," S X=$G(VA("BID")),VAFY(4)=$S(X]"":X,1:HLQ)
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;Name (#5 - req)
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S DGNAME("FILE")=2,DGNAME("IENS")=DFN,DGNAME("FIELD")=.01
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S X=$$HLNAME^XLFNAME(.DGNAME,"",$E(HLECH)),VAFY(5)=$S(X]"":X,1:HLQ)
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;Mother's maiden name (#6)
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I VAFSTR[",6," D
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.S DGMMN("FILE")=2,DGMMN("IENS")=DFN,DGMMN("FIELD")=.2403
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.S X=$$HLNAME^XLFNAME(.DGMMN,"",$E(HLECH)),VAFY(6)=$S(X]"":X,1:HLQ)
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;Date of birth (#7)
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I VAFSTR[",7," S VAFY(7)=$$HLDATE^HLFNC(+VADM(3))
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;Sex (#8)
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I VAFSTR[",8," S X=$P(VADM(5),"^",1),VAFY(8)=$S("^M^F^"[("^"_X_"^"):X,1:"U")
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;Race (#10)
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I VAFSTR[10 D
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.N HOW
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.S Y=$F(VAFSTR,"10")
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.S HOW=$P($E(VAFSTR,Y,$F(VAFSTR,",",Y)),",",1)
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.D SEQ10^VAFHLPI1(HOW,HLQ)
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;Address (#11)
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I VAFSTR[11 D
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.N HOW
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.S Y=$F(VAFSTR,"11")
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.S HOW=$P($E(VAFSTR,Y,$F(VAFSTR,",",Y)),",",1)
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.D SEQ11^VAFHLPI2(HOW,HLQ)
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;County (#12)
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I VAFSTR[12 S X1=$P($G(^DIC(5,+$G(VAPA(5)),1,+$G(VAPA(7)),0)),"^",3),VAFY(12)=$S(X1]"":X1,1:HLQ)
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S X=$G(^DPT(DFN,.13))
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;Home phone (#13)
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I VAFSTR[13 S X1=$$HLPHONE^HLFNC($P(X,"^",1)),VAFY(13)=$S(X1]"":X1,1:HLQ)
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;Business phone (#14)
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I VAFSTR[14 S X1=$$HLPHONE^HLFNC($P(X,"^",2)),VAFY(14)=$S(X1]"":X1,1:HLQ)
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;Marital status (#16)
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I VAFSTR[16 S X=$P($G(^DIC(11,+VADM(10),0)),"^",3),VAFY(16)=$S(X="M":"M",X="N":"S",X="S":"A",X]"":X,1:HLQ)
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;Religious preference (#17) (if blank send 29 (UNKNOWN))
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I VAFSTR[17 S X=$P($G(^DIC(13,+VADM(9),0)),"^",4),VAFY(17)=$S(X]"":X,1:29)
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;SSN (#19)
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I VAFSTR[19 S X=$P(VADM(2),"^",1),VAFY(19)=$S(X]"":X,1:HLQ)
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;Ethnicity (#22)
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I VAFSTR[22 D
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.N HOW
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.S Y=$F(VAFSTR,"22")
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.S HOW=$P($E(VAFSTR,Y,$F(VAFSTR,",",Y)),",",1)
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.D SEQ22^VAFHLPI1(HOW,HLQ)
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;Birth place (#23)
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I VAFSTR[23 D
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.N DGBC,DGBS
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.S DGBC=$$GET1^DIQ(2,DFN,.092,"I")
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.S DGBS=$$GET1^DIQ(2,DFN,.093,"E")
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.S VAFY(23)=DGBC_" "_DGBS
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;Date of death (#29) & Death indicator (#30) (always included if dead)
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S X=+VADM(6) I X D
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.S VAFY(29)=$$HLDATE^HLFNC(X)
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.S VAFY(30)="Y"
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;
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QUIT D KVA^VADPT
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D MAKEIT^VAFHLU("PID",.VAFY,.OUTPUT,.VAFPID)
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Q OUTPUT
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;
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ADDR(VAFADDR,VAFCOUNT) ;Return HL7 address
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; Input - VAFADDR as address in format:
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; line1^line2^line3^city^state^zip+4
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; VAFCOUNT as internal value of county (optional)
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; Output - HL7 v2.3 formatted Address_HLFS_County Code
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;
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; ****Also assumes all HL7 variables returned from****
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; INIT^HLTRANS are defined
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;
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N X,Y,Z S X=$E(HLECH)
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;Street address (line 1)
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S $P(Y,X,1)=$P(VAFADDR,"^",1)
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;Other designation (line 2)
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S $P(Y,X,2)=$P(VAFADDR,"^",2)
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;City
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S $P(Y,X,3)=$P(VAFADDR,"^",4)
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;State
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S $P(Y,X,4)=$P($G(^DIC(5,+$P(VAFADDR,"^",5),0)),"^",2)
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;Zip
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S $P(Y,X,5)=$P(VAFADDR,"^",6)
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;Other geographic designation (line 3)
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S $P(Y,X,8)=$P(VAFADDR,"^",3)
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;County
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S $P(Y,X,9)=$P($G(^DIC(5,+$P(VAFADDR,"^",5),1,+$G(VAFCOUNT),0)),"^",3)
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F Z=1,2,3,4,5,8,9 I $P(Y,X,Z)="" S $P(Y,X,Z)=HLQ
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I $G(VAFCOUNT) D
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.S $P(Y,HLFS,2)=$P(Y,X,9)
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Q Y
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