Home   Package List   Routine Alphabetical List   Global Alphabetical List   FileMan Files List   FileMan Sub-Files List   Package Component Lists   Package-Namespace Mapping  
Routine: CIMGAGPP

CIMGAGPP.m

Go to the documentation of this file. 
  1. CIMGAGPP ; CMI/TUCSON/LAB - aberdeen gpra print ;   [ 03/09/00  8:54 AM ]
  1.  ;;1.0;ABERDEEN GPRA REPORT;;JAN 22, 2000
  1.  ;
  1.  ;
  1. PRINT ;
  1.  D ^CIMGAGPH
  1.  S CIMGPG=0
  1.  S CIMQUIT=""
  1.  D PRINT1
  1.  Q:$D(CIMGQUIT)
  1.  Q
  1.  ;
  1. PRINT1 ;
  1.  D HEADER
  1.  W !!,"1/1  Diabetes",!,"Identify Area age-specific diabetes prevalence rates and incidence rates for",!,"American Indian/Alaska Native population.",!
  1.  I $Y>(IOSL-5) D HEADER Q:CIMQUIT
  1.  W !,"Prevalance of Diabetes"
  1.  W !?38,"BASELINE",?45,"   %",?56,"REPORT",?64,"  %",?71,"% CHANGE",!?38,"PERIOD",?56,"PERIOD"
  1.  S CIMGX=$$V(CIMRPT,1,1),CIMGY=$$V(CIMRPT,12,1)
  1.  S CIMG1=$$V(CIMRPT,1,10),CIMG1B=$$V(CIMRPT,12,10)
  1.  S CIMG1P=$S(CIMGX:((CIMG1/CIMGX)*100),1:""),CIMG1BP=$S(CIMGY:((CIMG1B/CIMGY)*100),1:"")
  1.  W !?3,"# active users",?36,$$C(CIMGY,0,9),?54,$$C(CIMGX,0,9)
  1.  W !?3,"# w/ Diabetes Diagnosis",!?5,"before end of time period",?36,$$C(CIMG1B,0,9),?44,$J(CIMG1BP,6,1),?54,$$C(CIMG1,0,9),?62,$J(CIMG1P,6,1),?72,$J($$CALC(CIMG1P,CIMG1BP),7)
  1. 12 ;
  1.  I $Y>(IOSL-7) D HEADER Q:CIMQUIT
  1.  W !!,"Incidence of Diabetes"
  1.  W !?38,"BASELINE",?45,"   %",?56,"REPORT",?64,"  %",?71,"% CHANGE",!?38,"PERIOD",?56,"PERIOD"
  1.  S CIMGX=$$V(CIMRPT,11,1),CIMGY=$$V(CIMRPT,13,1)
  1.  S CIMG1=$$V(CIMRPT,11,10),CIMG1B=$$V(CIMRPT,13,10)
  1.  S CIMG1P=$S(CIMGX:((CIMG1/CIMGX)*100),1:""),CIMG1BP=$S(CIMGY:((CIMG1B/CIMGY)*100),1:"")
  1.  W !?3,"# active users",?36,$$C(CIMGY,0,9),?54,$$C(CIMGX,0,9)
  1.  W !?3,"# w/ 1st ever Diabetes Diagnosis",!?5,"during the time period",?36,$$C(CIMG1B,0,9),?44,$J(CIMG1BP,6,1),?54,$$C(CIMG1,0,9),?62,$J(CIMG1P,6,1),?72,$J($$CALC(CIMG1P,CIMG1BP),7)
  1. AGE11 ;
  1.  D HEADER Q:CIMQUIT
  1.  W !,"Age specific Diabetes Prevalance"
  1.  W !?40,"Age Distribution"
  1.  W !?23,"<1 yr",?30,"1-4",?37,"5-14",?44,"15-19",?51,"20-24",?58,"25-44",?65,"45-64",?72,">64 yrs",!
  1.  W !," BASELINE"
  1.  W !?2,"# active users"
  1.  S T=23 F X=2:1:9 S Y=$$V(CIMRPT,12,X) W ?T,$$C(Y,0,6) S T=T+7
  1.  W !?2,"# w/Diabetes dx"
  1.  S T=23 F X=11:1:18 S Y=$$V(CIMRPT,12,X) W ?T,$$C(Y,0,6) S T=T+7
  1.  K CIMX W !?2,"% with DM dx" S T=23 F X=11:1:18 S N=$$V(CIMRPT,12,X),D=$$V(CIMRPT,12,(X-9)),%=$S('D:"",1:(N/D)*100) W ?T,$S(%="":"    .",1:$J(%,5,1)) S T=T+7 S $P(CIMX(X),U,2)=%
  1.  I $Y>(IOSL-7) D HEADER Q:CIMQUIT
  1.  W !,"CURRENT PERIOD"
  1.  W !?2,"# active users"
  1.  S T=23 F X=2:1:9 S Y=$$V(CIMRPT,1,X) W ?T,$$C(Y,0,6) S T=T+7
  1.  W !?2,"# w/Diabetes dx"
  1.  S T=23 F X=11:1:18 S Y=$$V(CIMRPT,1,X) W ?T,$$C(Y,0,6) S T=T+7
  1.  W !?2,"% with DM dx" S T=23 F X=11:1:18 S N=$$V(CIMRPT,1,X),D=$$V(CIMRPT,1,(X-9)),%=$S('D:"",1:(N/D)*100) W ?T,$S(%="":"    .",1:$J(%,5,1)) S T=T+7 S $P(CIMX(X),U)=%
  1.  S T=23 W !!,"% Change" S X=0 F  S X=$O(CIMX(X)) Q:X'=+X  S N=$P(CIMX(X),U),O=$P(CIMX(X),U,2) W ?T,$J($$CALC(N,O),6) S T=T+7
  1. AGE12 ;
  1.  I $Y>(IOSL-14) D HEADER Q:CIMQUIT
  1.  W !!!,"Age specific Diabetes Incidence"
  1.  W !?40,"Age Distribution"
  1.  W !?23,"<1 yr",?30,"1-4",?37,"5-14",?44,"15-19",?51,"20-24",?58,"25-44",?65,"45-64",?72,">64 yrs",!
  1.  W !," BASELINE"
  1.  W !?2,"# active users"
  1.  S T=23 F X=2:1:9 S Y=$$V(CIMRPT,13,X) W ?T,$$C(Y,0,6) S T=T+7
  1.  W !?2,"# w/Diabetes dx"
  1.  S T=23 F X=11:1:18 S Y=$$V(CIMRPT,13,X) W ?T,$$C(Y,0,6) S T=T+7
  1.  K CIMX W !?2,"% with DM dx" S T=23 F X=11:1:18 S N=$$V(CIMRPT,13,X),D=$$V(CIMRPT,13,(X-9)),%=$S('D:"",1:(N/D)*100) W ?T,$S(%="":"    .",1:$J(%,5,1)) S T=T+7 S $P(CIMX(X),U,2)=%
  1.  I $Y>(IOSL-7) D HEADER Q:CIMQUIT
  1.  W !,"CURRENT PERIOD"
  1.  W !?2,"# active users"
  1.  S T=23 F X=2:1:9 S Y=$$V(CIMRPT,11,X) W ?T,$$C(Y,0,6) S T=T+7
  1.  W !?2,"# w/Diabetes dx"
  1.  S T=23 F X=11:1:18 S Y=$$V(CIMRPT,11,X) W ?T,$$C(Y,0,6) S T=T+7
  1.  W !?2,"% with DM dx" S T=23 F X=11:1:18 S N=$$V(CIMRPT,11,X),D=$$V(CIMRPT,11,(X-9)),%=$S('D:"",1:(N/D)*100) W ?T,$S(%="":"    .",1:$J(%,5,1)) S T=T+7 S $P(CIMX(X),U)=%
  1.  S T=23 W !!,"% Change" S X=0 F  S X=$O(CIMX(X)) Q:X'=+X  S N=$P(CIMX(X),U),O=$P(CIMX(X),U,2) W ?T,$J($$CALC(N,O),6) S T=T+7
  1. IND22 ;hgb
  1.  D HEADER Q:CIMQUIT
  1.  W !,"2/2  Diabetes",!,"Increase the proportion of I/T/U clients with diagnosed",!,"diabetes that have improved their glycemic control by 3% over BASELINE level.",!
  1.  W !,"Glycemic Control"
  1.  W !?38,"BASELINE",?45,"   %",?56,"REPORT",?64,"  %",?71,"% CHANGE",!?38,"PERIOD",?56,"PERIOD"
  1.  S CIMGX=$$V(CIMRPT,1,10),CIMGY=$$V(CIMRPT,12,10)
  1.  S CIMG1=$$V(CIMRPT,14,1),CIMG1B=$$V(CIMRPT,15,1)
  1.  S CIMG1P=$S(CIMGX:((CIMG1/CIMGX)*100),1:""),CIMG1BP=$S(CIMGY:((CIMG1B/CIMGY)*100),1:"")
  1.  W !?3,"# diagnosed diabetes",?36,$$C(CIMGY,0,9),?54,$$C(CIMGX,0,9)
  1.  W !?3,"# w/ HGBA1C/GLUCOSE recorded within",!?5,"1 year of end of time period",?36,$$C(CIMG1B,0,9),?44,$J(CIMG1BP,6,1),?54,$$C(CIMG1,0,9),?62,$J(CIMG1P,6,1),?72,$J($$CALC(CIMG1P,CIMG1BP),7)
  1.  S CIMGX=$$V(CIMRPT,14,1),CIMGY=$$V(CIMRPT,15,1)
  1.  S CIMG1=$$V(CIMRPT,14,2),CIMG1B=$$V(CIMRPT,15,2)
  1.  S CIMG1P=$S(CIMGX:((CIMG1/CIMGX)*100),1:""),CIMG1BP=$S(CIMGY:((CIMG1B/CIMGY)*100),1:"")
  1.  W !!?3,"# w/ Acceptable Control",?36,$$C(CIMG1B,0,9),?44,$J(CIMG1BP,6,1),?54,$$C(CIMG1,0,9),?62,$J(CIMG1P,6,1),?72,$J($$CALC(CIMG1P,CIMG1BP),7)
  1.  S CIMG1=$$V(CIMRPT,14,3),CIMG1B=$$V(CIMRPT,15,3)
  1.  S CIMG1P=$S(CIMGX:((CIMG1/CIMGX)*100),1:""),CIMG1BP=$S(CIMGY:((CIMG1B/CIMGY)*100),1:"")
  1.  W !?3,"# w/ Fair Control",?36,$$C(CIMG1B,0,9),?44,$J(CIMG1BP,6,1),?54,$$C(CIMG1,0,9),?62,$J(CIMG1P,6,1),?72,$J($$CALC(CIMG1P,CIMG1BP),7)
  1.  S CIMG1=$$V(CIMRPT,14,4),CIMG1B=$$V(CIMRPT,15,4)
  1.  S CIMG1P=$S(CIMGX:((CIMG1/CIMGX)*100),1:""),CIMG1BP=$S(CIMGY:((CIMG1B/CIMGY)*100),1:"")
  1.  W !?3,"# w/ High",?36,$$C(CIMG1B,0,9),?44,$J(CIMG1BP,6,1),?54,$$C(CIMG1,0,9),?62,$J(CIMG1P,6,1),?72,$J($$CALC(CIMG1P,CIMG1BP),7)
  1.  S CIMG1=$$V(CIMRPT,14,5),CIMG1B=$$V(CIMRPT,15,5)
  1.  S CIMG1P=$S(CIMGX:((CIMG1/CIMGX)*100),1:""),CIMG1BP=$S(CIMGY:((CIMG1B/CIMGY)*100),1:"")
  1.  W !?3,"# w/ Very High",?36,$$C(CIMG1B,0,9),?44,$J(CIMG1BP,6,1),?54,$$C(CIMG1,0,9),?62,$J(CIMG1P,6,1),?72,$J($$CALC(CIMG1P,CIMG1BP),7)
  1.  ;
  1.  W !!!?3,"# w/ HGBA1C or GLUCOSE recorded in both time periods"
  1.  S CIMGX=$$V(CIMRPT,15,6)
  1.  W ?58,$$C(CIMGX,0,9)
  1.  W !!?3,"# whose control level improved at least one category" S CIMG1=$$V(CIMRPT,15,7) W ?58,$$C(CIMG1,0,9)
  1.  W !?3,"# whose control level decreased or stayed the same" S CIMG2=$$V(CIMRPT,15,8) W ?58,$$C(CIMG2,0,9)
  1.  W !?3,"# at acceptable level both periods" S CIMG3=$$V(CIMRPT,15,9) W ?58,$$C(CIMG3,0,9)
  1.  W !!?3,"Percent improved" S X=$S((CIMGX-CIMG3)>0:+((CIMG1-CIMG2)/(CIMGX-CIMG3)*100),1:"**") W ?60,$J(X,6,1)
  1. IND33 ;
  1.  D ^CIMGAGPO ;IND33 AND IND44
  1.  Q:CIMQUIT
  1.  D ^CIMGAGPQ
  1. EXIT ;
  1.  K ^XTMP("CIMGAGP",CIMGJ,CIMGH)
  1.  I $E(IOST)="C",IO=IO(0),'$D(ZTQUEUED) W ! S DIR(0)="EO",DIR("A")="End of report.  Press ENTER" D ^DIR K DIR S:$D(DUOUT) DIRUT=1
  1.  Q
  1. CALC(N,O) ;ENTRY POINT
  1.  NEW Z
  1.  I O=0!(N=0)!(O="")!(N="") Q "**"
  1.  NEW X,X2,X3
  1.  S X=N,X2=1,X3=0 D COMMA^%DTC S N=X
  1.  S X=O,X2=1,X3=0 D COMMA^%DTC S O=X
  1.  I +O=0 Q "**"
  1.  S Z=(((N-O)/O)*100),Z=$FN(Z,"+,",1)
  1.  Q Z
  1. V(R,N,P) ;
  1.  Q $P($G(^CIMAGP(R,N)),U,P)
  1. C(X,X2,X3) ;
  1.  D COMMA^%DTC
  1.  Q X
  1.  G:'CIMGPG HEADER1
  1.  K DIR I $E(IOST)="C",IO=IO(0),'$D(ZTQUEUED) W ! S DIR(0)="EO" D ^DIR K DIR I Y=0!(Y="^")!($D(DTOUT)) S CIMQUIT=1 Q
  1. HEADER1 ;
  1.  W:$D(IOF) @IOF S CIMGPG=CIMGPG+1
  1.  W !?3,$P(^VA(200,DUZ,0),U,2),?35,$$FMTE^XLFDT(DT),?70,"Page ",CIMGPG,!
  1.  W !,$$CTR("***  ABERDEEN AREA GPRA INDICATORS  ***",80),!
  1.  W $$CTR($P(^DIC(4,DUZ(2),0),U)),!
  1.  S X="Reporting Period: "_$$FMTE^XLFDT(CIMBD)_" to "_$$FMTE^XLFDT(CIMED) W $$CTR(X,80),!
  1.  S X="Baseline Period:  "_$$FMTE^XLFDT(CIM98B)_" to "_$$FMTE^XLFDT(CIM98E) W $$CTR(X,80),!
  1.  W !,$TR($J("",80)," ","-")
  1.  Q
  1. CTR(X,Y) ;EP - Center X in a field Y wide.
  1.  Q $J("",$S($D(Y):Y,1:IOM)-$L(X)\2)_X