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Routine: BGP6HEL1

BGP6HEL1.m

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  1. BGP6HEL1 ; IHS/CMI/LAB - print ind 1 ;
  1.  ;;7.0;IHS CLINICAL REPORTING;;JAN 24, 2007
  1.  ;
  1.  ;
  1. IP ;EP
  1.  D H1
  1.  S BGPPC1=$P(^BGPHEIS(BGPIC,0),U,6) D PI
  1.  Q
  1. PI ;EP
  1.  S BGPDENP=0
  1.  S BGPPC2=0 F  S BGPPC2=$O(^BGPHEIIS("AB",BGPPC1,BGPPC2)) Q:BGPPC2=""  S BGPPC=$O(^BGPHEIIS("AB",BGPPC1,BGPPC2,0)) D PI1
  1.  Q
  1. PI1 ;
  1.  I BGPPC1=8 S BGPDENP=0
  1.  I BGPPC1=9 S BGPDENP=0
  1.  I BGPPC1=18 S BGPDENP=0
  1.  I BGPPC1=5 S BGPDENP=0
  1.  ;I BGPPC2="10.2" S BGPDENP=0
  1.  ;I BGPPC2="10.3" S BGPDENP=0
  1.  I BGPPC1=12 S BGPDENP=0
  1.  I BGPPC1=15 S BGPDENP=0
  1.  I BGPPC1=21 S BGPDENP=0
  1.  I BGPPC1=11 S BGPDENP=0
  1.  I BGPPC2="13.2.1" S BGPDENP=0
  1.  I BGPPC2="13.3.1" S BGPDENP=0
  1.  S BGPDF=$P(^BGPHEIIS(BGPPC,0),U,8)
  1.  ;get denominator value of measure
  1.  S BGPNP=$P(^DD(90375.03,BGPDF,0),U,4),N=$P(BGPNP,";"),P=$P(BGPNP,";",2)
  1.  S BGPCYD=$$V(1,BGPRPT,N,P)
  1.  S BGPPRD=$$V(2,BGPRPT,N,P)
  1.  S BGPBLD=$$V(3,BGPRPT,N,P)
  1.  ;write out denominator
  1.  I 'BGPDENP S Y=" " D S(Y,1,1) D
  1.  .I $E($P(^BGPHEIIS(BGPPC,0),U,4),1,3)="I.B"!($E($P(^BGPHEIIS(BGPPC,0),U,4),1,3)="I.F") Q
  1.  .S Y=$P(^BGPHEIIS(BGPPC,0),U,17) D S(Y,1,1)
  1.  .I $P(^BGPHEIIS(BGPPC,0),U,18)]"" D
  1.  ..I BGPRTYPE'=4,$P(^BGPHEIIS(BGPPC,0),U,18)["GPRA D" Q
  1.  ..D S($P(^BGPHEIIS(BGPPC,0),U,18),1,1)
  1.  .I $P(^BGPHEIIS(BGPPC,0),U,21)]"" D
  1.  ..I BGPRTYPE'=4,$P(^BGPHEIIS(BGPPC,0),U,18)["GPRA D" Q
  1.  ..D S($P(^BGPHEIIS(BGPPC,0),U,21),1,1)
  1.  .S Y=BGPCYD_"^^"_BGPPRD_"^^^"_BGPBLD D S(Y,,2)
  1.  .S BGPDENP=1
  1.  ;get numerator value of measure and calc %
  1.  I $P(^BGPHEIIS(BGPPC,0),U,4)["C-"!($P(^BGPHEIIS(BGPPC,0),U,4)["I.") D
  1.  .S BGPDF=$P(^BGPHEIIS(BGPPC,0),U,8)
  1.  .;get denominator value of measure
  1.  .S BGPNP=$P(^DD(90375.03,BGPDF,0),U,4),N=$P(BGPNP,";"),P=$P(BGPNP,";",2)
  1.  .S BGPCYD=$$V(1,BGPRPT,N,P)
  1.  .S BGPPRD=$$V(2,BGPRPT,N,P)
  1.  .S BGPBLD=$$V(3,BGPRPT,N,P)
  1.  S BGPNF=$P(^BGPHEIIS(BGPPC,0),U,9)
  1.  S BGPNP=$P(^DD(90375.03,BGPNF,0),U,4),N=$P(BGPNP,";"),P=$P(BGPNP,";",2)
  1.  D SETN
  1.  ;write header for 1.A.1
  1.  I $P($G(^BGPHEIIS(BGPPC,12)),U,4)="37.2.1" S X=" " D S(X,1,1)
  1.  S Y=" " D S(Y,1,1) S Y=$P(^BGPHEIIS(BGPPC,0),U,15) D S(Y,1,1)
  1.  I $P(^BGPHEIIS(BGPPC,0),U,16)]"" S Y=$P(^BGPHEIIS(BGPPC,0),U,16) D S(Y,1,1)
  1.  I $P(^BGPHEIIS(BGPPC,0),U,19)]"" S Y=$P(^BGPHEIIS(BGPPC,0),U,19) D S(Y,1,1)
  1.  D H2
  1.  Q
  1. SETN ;set numerator fields
  1.  S BGPCYN=$$V(1,BGPRPT,N,P)
  1.  S BGPPRN=$$V(2,BGPRPT,N,P)
  1.  S BGPBLN=$$V(3,BGPRPT,N,P)
  1.  S BGPCYP=$S(BGPCYD:((BGPCYN/BGPCYD)*100),1:"")
  1.  S BGPPRP=$S(BGPPRD:((BGPPRN/BGPPRD)*100),1:"")
  1.  S BGPBLP=$S(BGPBLD:((BGPBLN/BGPBLD)*100),1:"")
  1.  Q
  1. SL(V) ;
  1.  I V="" S V=0
  1.  Q $$STRIP^XLFSTR($J(V,5,1)," ")
  1. V(T,R,N,P) ;EP
  1.  I $G(BGPAREAA) G VA
  1.  NEW X
  1.  I T=1 S X=$P($G(^BGPHEDCS(R,N)),U,P) Q $S(X]"":X,1:0)
  1.  I T=2 S X=$P($G(^BGPHEDPS(R,N)),U,P) Q $S(X]"":X,1:0)
  1.  I T=3 S X=$P($G(^BGPHEDBS(R,N)),U,P) Q $S(X]"":X,1:0)
  1.  Q ""
  1. VA ;
  1.  NEW X,V,C S X=0,C="" F  S X=$O(BGPSUL(X)) Q:X'=+X  D
  1.  .I T=1 S C=C+$P($G(^BGPHEDCS(X,N)),U,P)
  1.  .I T=2 S C=C+$P($G(^BGPHEDPS(X,N)),U,P)
  1.  .I T=3 S C=C+$P($G(^BGPHEDBS(X,N)),U,P)
  1.  .Q
  1.  Q $S(C:C,1:0)
  1. C(X,X2,X3) ;
  1.  D COMMA^%DTC
  1.  Q X
  1. S(Y,F,P) ;set up array
  1.  I '$G(F) S F=0
  1.  S %=$P(^TMP($J,"BGPDEL",0),U)+F,$P(^TMP($J,"BGPDEL",0),U)=%
  1.  I '$D(^TMP($J,"BGPDEL",%)) S ^TMP($J,"BGPDEL",%)=""
  1.  S $P(^TMP($J,"BGPDEL",%),U,P)=Y
  1.  Q
  1. CALC(N,O) ;
  1.  NEW Z
  1.  S Z=N-O,Z=$FN(Z,"+,",1)
  1.  Q Z
  1. H3 ;EP
  1.  S X="Age specific Diabetes Prevalence" D S(X,1,1) S Y=" " D S(Y,1,1) S X=BGPHD1 D S(X,1,1) S Y=" " D S(Y,1,1)
  1.  S X="Age Distribution" D S(X,1,1) S X=" " D S(X,1,1)
  1.  S Y="<15" D S(Y,1,2)
  1.  S Y="15-19" D S(Y,,3)
  1.  S Y="20-24" D S(Y,,4)
  1.  S Y="25-34" D S(Y,,5)
  1.  S Y="35-44" D S(Y,,6)
  1.  S Y="45-54" D S(Y,,7)
  1.  S Y="55-64" D S(Y,,8)
  1.  S Y=">64 yrs" D S(Y,,9)
  1.  Q
  1. SB(X) ;EP - Strip leading and trailing blanks from X.
  1.  X ^DD("FUNC",$O(^DD("FUNC","B","STRIPBLANKS",0)),1)
  1.  Q X
  1. H2 ;
  1.  S BGPX="",BGPX=BGPCYN,$P(BGPX,U,2)=$$SB($J(BGPCYP,5,1)),$P(BGPX,U,3)=BGPPRN,$P(BGPX,U,4)=$$SB($J(BGPPRP,5,1)),$P(BGPX,U,5)=$$SB($J($$CALC(BGPCYP,BGPPRP),6)),$P(BGPX,U,6)=BGPBLN,$P(BGPX,U,7)=$$SB($J(BGPBLP,5,1))
  1.  S $P(BGPX,U,8)=$$SB($J($$CALC(BGPCYP,BGPBLP),6))
  1.  D S(BGPX,,2)
  1.  Q
  1. H1 ;EP
  1.  S Y="REPORT" D S(Y,1,2)
  1.  S Y="%" D S(Y,,3)
  1.  S Y="PREV YR" D S(Y,,4)
  1.  S Y="%" D S(Y,,5)
  1.  S Y="CHG from" D S(Y,,6)
  1.  S Y="BASE" D S(Y,,7)
  1.  S Y="%" D S(Y,,8)
  1.  S Y="CHG from" D S(Y,,9)
  1.  S Y="PERIOD" D S(Y,1,2)
  1.  S Y="PERIOD" D S(Y,,4)
  1.  S Y="PREV YR %" D S(Y,,6)
  1.  S Y="PERIOD" D S(Y,,7)
  1.  S Y="BASE %" D S(Y,,9)
  1.  Q