VistA-FOIAVistA/r/GEN_MED_OTHER-GMV/GMVDCEXT.m

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Mathematica

GMVDCEXT ;HOIFO/DAD,FT-VITALS COMPONENT: EXTRACT PATIENT DATA ;9/29/00 09:16
;;5.0;GEN. MED. REC. - VITALS;;Oct 31, 2002
;
; This routine uses the following IAs:
; #10035 - FILE 2 references (supported)
; #10104 - ^XLFSTR calls (supported)
;
EN1(RESULT,GMVDFN,GMVFMT,GMVABR,GMVALL,GMVBEG,GMVEND,GMVMSYS,GMVEER) ;
; Return patient vitals
;
; Input:
; RESULT = Where data is returned (closed array reference) (Required)
; GMVDFN = A pointer to the Patient file (#2) (Required)
; GMVFMT = Format of returned data (Optional)
; 1 - IENs (default), 2 - Abbreviations, 3 - Full Names
; GMVABR = Abbreviations of vital types to return (Optional)
; "^T^P^R^PO2^BP^HT^WT^CVP^CG^PN^" (Default GMVALL = 0)
; "~ALL~" to return all vital types (Default GMVALL = 1)
; GMVALL = Controls what data is returned (Optional)
; 0 - Most recent (default), 1 - All in date range
; GMVBEG = Beginning date for all vitals (Not used for GMVALL = 0)
; GMVEND = Ending date for all vitals (Not used for GMVALL = 0)
; GMVMSYS = Measurement system (Optional)
; M = Metric, C - US Customary (Default)
; GMVEER = Include entered in error records (Optional)
; (0 - No (Default), 1 - Yes)
;
; Output:
; RESULT() = VitalMeasurementIEN ^ DateTimeTaken ^ PatientDFN ^
; VitalType ^ DateTimeEntered ^ HospitalLocation ^
; EnteredBy ^ Measurement ^ EnteredInError ^
; EnteredInErrorBy ^
; Qualifier1 ; Qualifier2 ; ... ^
; EnteredInErrorReason1 ; EnteredInErrorReason2 ; ... ^
;
N GMV,GMVABBR,GMVALUE,GMVCAT,GMVCD0,GMVCD1,GMVD0,GMVD1,GMVDATA
N GMVDATA2,GMVER,GMVFOUND,GMVIDATE,GMVOK,GMVPOR,GMVPULSE,GMVQD0
N GMVQD1,GMVQUA,GMVQL
N GMVRATE
K @RESULT
S @RESULT@(0)="OK"
S GMVALL=$S("^0^1^"[(U_$G(GMVALL)_U):GMVALL,1:0)
S GMVFMT=$S("^1^2^3^"[(U_$G(GMVFMT)_U):GMVFMT,1:1)
S GMVEER=$S(GMVALL=0:0,"^0^1^"[(U_$G(GMVEER)_U):GMVEER,1:0)
I $$FIND1^DIC(2,"","","`"_GMVDFN)'=GMVDFN D
. S @RESULT@(0)="ERROR"
. S @RESULT@(1)="ERROR: Missing or invalid Patient parameter"
. Q
S GMVMSYS=$$MEASYS^GMVDCUTL($G(GMVMSYS))
K GMVRET
D DT^DILF("ST",$G(GMVEND),.GMVRET,"-NOW")
S GMVEND=$G(GMVRET)
K GMVRET
D DT^DILF("ST",$G(GMVBEG),.GMVRET,-GMVEND)
S GMVBEG=$G(GMVRET)
I GMVALL&((GMVBEG'>0)!(GMVEND'>0)) D
. S @RESULT@(0)="ERROR"
. S @RESULT@(2)="ERROR: Missing or invalid Date Range parameters"
. Q
I $G(@RESULT@(0))="ERROR" Q
S GMVABBR=$S($G(GMVABR)]"":GMVABR,GMVALL=1:"~ALL~",1:"^T^P^R^PO2^BP^HT^WT^CVP^CG^PN^")
I GMVABBR="~ALL~" D
. S GMVD0=0,GMVABBR=U
. F S GMVD0=$O(^GMRD(120.51,GMVD0)) Q:GMVD0'>0 D
.. S GMVABBR(0)=$P($G(^GMRD(120.51,GMVD0,0)),U,2)
.. I GMVABBR(0)]"" S GMVABBR=GMVABBR_GMVABBR(0)_U
.. Q
. Q
S GMVABBR=$S($E(GMVABBR)'=U:U,1:"")_GMVABBR_$S($E(GMVABBR,$L(GMVABBR))'=U:U,1:"")
F GMV=2:1:$L(GMVABBR,U)-1 S GMVABBR(0)=$P(GMVABBR,U,GMV) D
. I $S(GMVABBR(0)="":1,$O(^GMRD(120.51,"C",GMVABBR(0),0))>0:1,1:0) Q
. I GMVABBR(0)'=+GMVABBR(0) S GMVABBR(0)=+$O(^GMRD(120.51,"B",GMVABBR(0),0))
. S GMVABBR(0)=$P($G(^GMRD(120.51,GMVABBR(0),0)),U,2)
. S $P(GMVABBR,U,GMV)=GMVABBR(0)
. Q
F GMV=1:1 S GMVPULSE=$P($T(PULSE+GMV),";;",2) Q:GMVPULSE="" D
. S GMVD0=0
. F S GMVD0=$O(^GMRD(120.52,"B",GMVPULSE,GMVD0)) Q:GMVD0'>0 D
.. I $P($G(^GMRD(120.52,GMVD0,0)),U)=GMVPULSE S GMVPULSE(GMVD0)=""
.. Q
. Q
S GMVD0=0
F S GMVD0=$O(^GMRD(120.51,GMVD0)) Q:GMVD0'>0 D
. S GMVABBR(0)=$G(^GMRD(120.51,GMVD0,0))
. I GMVABBR[(U_$P(GMVABBR(0),U,2)_U) S GMVABBR($P(GMVABBR(0),U,2))=GMVD0_U_$P(GMVABBR(0),U,2)_U_$P(GMVABBR(0),U)
. Q
S GMVABBR=""
F S GMVABBR=$O(GMVABBR(GMVABBR)) Q:GMVABBR="" I GMVABBR(GMVABBR)>0 D
. S GMVFOUND=0
. S GMVIDATE=$S(GMVALL:9999999-GMVEND,1:0)
. F S GMVIDATE=$O(^GMR(120.5,"AA",GMVDFN,+GMVABBR(GMVABBR),GMVIDATE)) Q:GMVIDATE'>0!$S(GMVALL:9999999-GMVIDATE<GMVBEG,1:0)!GMVFOUND D SETDATAR
. Q
Q
;
SETDATAR ;
S GMVD0=0
F S GMVD0=$O(^GMR(120.5,"AA",GMVDFN,+GMVABBR(GMVABBR),GMVIDATE,GMVD0)) Q:GMVD0'>0!GMVFOUND I $P($G(^GMR(120.5,GMVD0,0)),U,8)]"" D SETNODE
Q
;
SETNODE ;
S GMVDATA=$G(^GMR(120.5,GMVD0,0))
S GMVDATA2=$G(^GMR(120.5,GMVD0,2))
S GMVRATE=$P(GMVDATA,U,8)
I GMVALL=0,"^REFUSED^PASS^UNAVAILABLE^"[(U_$$UP^XLFSTR(GMVRATE)_U) Q
I GMVEER=0,(($P(GMVDATA2,U)>0)!($P(GMVDATA2,U,2)>0)) Q
I GMVABBR="PO2",$P(GMVDATA,U,10)]"" D
. ; *** Decode Supplemental O2 field (#1.4) ***
. N GMVFRATE,GMVPCENT,GMVSUPO2
. S GMVSUPO2=$$LOW^XLFSTR($TR($P(GMVDATA,U,10)," "))
. S GMVFRATE=$S(GMVSUPO2["l/min":$P(GMVSUPO2,"l/min"),1:"")
. S GMVFRATE=$TR(GMVFRATE,$TR(GMVFRATE,".0123456789"))
. S GMVPCENT=$S(GMVSUPO2["%":$P(GMVSUPO2,"%"),1:"")
. S GMVPCENT=$S(GMVPCENT["l/min":$P(GMVPCENT,"l/min",2),GMVPCENT=+GMVPCENT:GMVPCENT,1:"")
. S GMVPCENT=$TR(GMVPCENT,$TR(GMVPCENT,".0123456789"))
. S GMVRATE=GMVRATE_";"_GMVFRATE_";"_GMVPCENT
. Q
I 'GMVALL,GMVABBR="P" D I 'GMVOK Q
. ; *** Include selected pulse types (latest vitals only) ***
. S (GMVPULSE,GMVOK)=0
. F S GMVPULSE=$O(GMVPULSE(GMVPULSE)) Q:GMVPULSE'>0 D Q:GMVOK
.. I $O(^GMR(120.5,GMVD0,5,"B",GMVPULSE,0)) S GMVOK=1
.. Q
. Q
I 'GMVALL S GMVFOUND=1
S GMVALUE=$$CNV^GMVDCCNV(GMVRATE,GMVMSYS,"G",$P(GMVABBR(GMVABBR),U,2))
S @RESULT@(GMVD0)=GMVD0_U_$P(GMVDATA,U)_U_$P(GMVDATA,U,2)_U_$P(GMVABBR(GMVABBR),U,GMVFMT)_U_$P(GMVDATA,U,4)_U_$P(GMVDATA,U,5)_U_$P(GMVDATA,U,6)_U_GMVALUE_U_$P(GMVDATA2,U)_U_$P(GMVDATA2,U,2)_U
S GMVD1=0 K GMVQL
F S GMVD1=$O(^GMR(120.5,GMVD0,5,GMVD1)) Q:GMVD1'>0 D
. S GMVQD0=+$P($G(^GMR(120.5,GMVD0,5,GMVD1,0)),U)
. S GMVQD1=+$O(^GMRD(120.52,GMVQD0,1,"B",GMVABBR(GMVABBR),0))
. S GMVCD0=+$P($G(^GMRD(120.52,GMVQD0,1,GMVQD1,0)),U,2)
. S GMVCAT=$P($G(^GMRD(120.53,GMVCD0,0)),U)
. S GMVCAT=$S(GMVCAT]"":GMVCAT,1:" ")
. S GMVQUA=$G(^GMRD(120.52,GMVQD0,0))
. S GMVQUA(1)=GMVQD0,GMVQUA(2)=$P(GMVQUA,U,2),GMVQUA(3)=$P(GMVQUA,U)
. S GMVCD1=+$O(^GMRD(120.53,"AA",+GMVABBR(GMVABBR),GMVCAT,GMVCD0,0))
. S GMVPOR=1+$P($G(^GMRD(120.53,GMVCD0,1,GMVCD1,0)),U,5)
. I $G(GMVQUA(GMVFMT))]"" D
.. S GMVQL(GMVPOR,GMVCAT)=$G(GMVQL(GMVPOR,GMVCAT))_GMVQUA(GMVFMT)_";"
.. Q
. Q
S GMVPOR=0
F S GMVPOR=$O(GMVQL(GMVPOR)) Q:GMVPOR'>0 D
. S GMVCAT=""
. F S GMVCAT=$O(GMVQL(GMVPOR,GMVCAT)) Q:GMVCAT="" D
.. S @RESULT@(GMVD0)=@RESULT@(GMVD0)_GMVQL(GMVPOR,GMVCAT)
.. Q
. Q
S @RESULT@(GMVD0)=$$FIXUP(@RESULT@(GMVD0))
S GMVD1=0
S GMVER(0)=";"_$$GET1^DID(120.506,.01,"","POINTER")
F S GMVD1=$O(^GMR(120.5,GMVD0,2.1,GMVD1)) Q:GMVD1'>0 D
. S GMVER=$P($G(^GMR(120.5,GMVD0,2.1,GMVD1,0)),U)
. I GMVER(0)[(";"_GMVER_":") D
.. I GMVFMT<3 S @RESULT@(GMVD0)=@RESULT@(GMVD0)_GMVER_";"
.. E S @RESULT@(GMVD0)=@RESULT@(GMVD0)_$P($P(GMVER(0),";"_GMVER_":",2),";")_";"
.. Q
. Q
S @RESULT@(GMVD0)=$$FIXUP(@RESULT@(GMVD0))
Q
;
FIXUP(X) ;
Q $S($E(X,$L(X))=";":$E(X,1,$L(X)-1),1:X)_U
;
PULSE ;;Pulse types to include in the latest vitals extract
;;APICAL
;;BRACHIAL
;;RADIAL
;;