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Routine: MCAROPS

MCAROPS.m

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  1. MCAROPS ; GENERATED FROM 'MCAROPS' PRINT TEMPLATE (#3715) ; 11/29/04 ; (FILE 698.3, MARGIN=80)
  1.  G BEGIN
  1. N W !
  1. T W:$X ! I '$D(DIOT(2)),DN,$D(IOSL),$S('$D(DIWF):1,$P(DIWF,"B",2):$P(DIWF,"B",2),1:1)+$Y'<IOSL,$D(^UTILITY($J,1))#2,^(1)?1U1P1E.E X ^(1)
  1.  S DISTP=DISTP+1,DILCT=DILCT+1 D:'(DISTP#100) CSTP^DIO2
  1.  Q
  1. DT I $G(DUZ("LANG"))>1,Y W $$OUT^DIALOGU(Y,"DD") Q
  1.  I Y W $P("JAN^FEB^MAR^APR^MAY^JUN^JUL^AUG^SEP^OCT^NOV^DEC",U,$E(Y,4,5))_" " W:Y#100 $J(Y#100\1,2)_"," W Y\10000+1700 W:Y#1 "  "_$E(Y_0,9,10)_":"_$E(Y_"000",11,12) Q
  1.  W Y Q
  1. M D @DIXX
  1.  Q
  1. BEGIN ;
  1.  S:'$D(DN) DN=1 S DISTP=$G(DISTP),DILCT=$G(DILCT)
  1.  I $D(DXS)<9 M DXS=^DIPT(3715,"DXS")
  1.  S I(0)="^MCAR(698.3,",J(0)=698.3
  1.  D N:$X>31 Q:'DN  W ?31 X DXS(1,9) K DIP K:DN Y W X
  1.  D T Q:'DN  D N D N D N:$X>2 Q:'DN  W ?2 X DXS(2,9) K DIP K:DN Y W X
  1.  D N:$X>44 Q:'DN  W ?44 S DIP(1)=$S($D(^MCAR(698.3,D0,0)):^(0),1:"") S X="CALLER: "_$S('$D(^VA(200,+$P(DIP(1),U,3),0)):"",1:$P(^(0),U,1)) K DIP K:DN Y W X
  1.  D N:$X>2 Q:'DN  W ?2 W "ATTENDING PHYSICIAN: "
  1.  S X=$G(^MCAR(698.3,D0,3)) S Y=$P(X,U,1) S Y=$S(Y="":Y,$D(^VA(200,Y,0))#2:$P(^(0),U),1:Y) W $E(Y,1,35)
  1.  D N:$X>2 Q:'DN  W ?2 W "FELLOW: "
  1.  S Y=$P(X,U,2) S Y=$S(Y="":Y,$D(^VA(200,Y,0))#2:$P(^(0),U),1:Y) W $E(Y,1,35)
  1.  D N:$X>2 Q:'DN  W ?2 S DIP(1)=$S($D(^MCAR(698.3,D0,0)):^(0),1:"") S X="BASIC RHYTHM: "_$S('$D(^MCAR(698.9,+$P(DIP(1),U,9),0)):"",1:$P(^(0),U,1)) K DIP K:DN Y W X
  1.  D N:$X>44 Q:'DN  W ?44 S DIP(1)=$S($D(^MCAR(698.3,D0,0)):^(0),1:"") S X="PERCENT OF PACED BEATS: "_$P(DIP(1),U,10) K DIP K:DN Y W X
  1.  D T Q:'DN  D N D N:$X>40 Q:'DN  W ?40 X DXS(3,9) K DIP K:DN Y W X
  1.  D N:$X>61 Q:'DN  W ?61 X DXS(4,9) K DIP K:DN Y W X
  1.  D N:$X>5 Q:'DN  W ?5 W "PULSE INTERVAL (mSec)"
  1.  S X=$G(^MCAR(698.3,D0,0)) D N:$X>42 Q:'DN  W ?42 S Y=$P(X,U,7) W:Y]"" $J(Y,5,0)
  1.  D N:$X>62 Q:'DN  W ?62 S Y=$P(X,U,8) W:Y]"" $J(Y,5,0)
  1.  D N:$X>5 Q:'DN  W ?5 W "RATE (BPM)"
  1.  D N:$X>40 Q:'DN  W ?40 X ^DD(698.3,5,9.2) S X=$S(Y(698.3,5,2):Y(698.3,5,3),Y(698.3,5,4):X) S X=$J(X,0,1) W:X'?."*" $J(X,9,1) K Y(698.3,5)
  1.  D N:$X>60 Q:'DN  W ?60 X ^DD(698.3,7,9.2) S X=$S(Y(698.3,7,2):Y(698.3,7,3),Y(698.3,7,4):X) S X=$J(X,0,1) W:X'?."*" $J(X,9,1) K Y(698.3,7)
  1.  D N:$X>5 Q:'DN  W ?5 W "A-V DELAY (mSec)"
  1.  S X=$G(^MCAR(698.3,D0,0)) D N:$X>42 Q:'DN  W ?42 S Y=$P(X,U,11) W:Y]"" $J(Y,5,0)
  1.  D N:$X>62 Q:'DN  W ?62 S Y=$P(X,U,12) W:Y]"" $J(Y,5,0)
  1.  D T Q:'DN  D N D N D N:$X>42 Q:'DN  W ?42 X DXS(5,9) K DIP K:DN Y W X
  1.  D N:$X>61 Q:'DN  W ?61 X DXS(6,9) K DIP K:DN Y W X
  1.  D N:$X>5 Q:'DN  W ?5 W "PULSE WIDTH (mSec)"
  1.  S X=$G(^MCAR(698.3,D0,1)) D N:$X>43 Q:'DN  W ?43 S Y=$P(X,U,1) W:Y]"" $J(Y,5,2)
  1.  S X=$G(^MCAR(698.3,D0,2)) D N:$X>64 Q:'DN  W ?64 S Y=$P(X,U,1) W:Y]"" $J(Y,5,2)
  1.  D N:$X>5 Q:'DN  W ?5 W "MEASURED LEAD AMPLITUDE (mV)"
  1.  S X=$G(^MCAR(698.3,D0,1)) D N:$X>41 Q:'DN  W ?41 S Y=$P(X,U,2) W:Y]"" $J(Y,6,1)
  1.  S X=$G(^MCAR(698.3,D0,2)) D N:$X>62 Q:'DN  W ?62 S Y=$P(X,U,2) W:Y]"" $J(Y,6,1)
  1.  D N:$X>5 Q:'DN  W ?5 W "RATIO (T/L)"
  1.  S X=$G(^MCAR(698.3,D0,1)) D N:$X>42 Q:'DN  W ?42 S Y=$P(X,U,3) W:Y]"" $J(Y,7,3)
  1.  S X=$G(^MCAR(698.3,D0,2)) D N:$X>63 Q:'DN  W ?63 S Y=$P(X,U,3) W:Y]"" $J(Y,3,0)
  1.  D N:$X>5 Q:'DN  W ?5 W "THRESHOLD WIDTH"
  1.  S X=$G(^MCAR(698.3,D0,1)) D N:$X>42 Q:'DN  W ?42 S Y=$P(X,U,4) W:Y]"" $J(Y,6,2)
  1.  S X=$G(^MCAR(698.3,D0,2)) D N:$X>63 Q:'DN  W ?63 S Y=$P(X,U,4) W:Y]"" $J(Y,6,2)
  1.  D N:$X>5 Q:'DN  W ?5 W "THRESHOLD AMPLITUDE"
  1.  S X=$G(^MCAR(698.3,D0,1)) D N:$X>42 Q:'DN  W ?42 S Y=$P(X,U,5) W:Y]"" $J(Y,6,2)
  1.  S X=$G(^MCAR(698.3,D0,2)) D N:$X>63 Q:'DN  W ?63 S Y=$P(X,U,5) W:Y]"" $J(Y,6,2)
  1.  D N:$X>5 Q:'DN  W ?5 W "CAPTURE"
  1.  S X=$G(^MCAR(698.3,D0,1)) D N:$X>43 Q:'DN  W ?43 S Y=$P(X,U,6) W:Y]"" $S($D(DXS(15,Y)):DXS(15,Y),1:Y)
  1.  S X=$G(^MCAR(698.3,D0,2)) D N:$X>64 Q:'DN  W ?64 S Y=$P(X,U,6) W:Y]"" $S($D(DXS(16,Y)):DXS(16,Y),1:Y)
  1.  D N:$X>5 Q:'DN  W ?5 W "SENSE"
  1.  S X=$G(^MCAR(698.3,D0,1)) D N:$X>43 Q:'DN  W ?43 S Y=$P(X,U,7) W:Y]"" $S($D(DXS(17,Y)):DXS(17,Y),1:Y)
  1.  S X=$G(^MCAR(698.3,D0,2)) D N:$X>64 Q:'DN  W ?64 S Y=$P(X,U,7) W:Y]"" $S($D(DXS(18,Y)):DXS(18,Y),1:Y)
  1.  D T Q:'DN  D N D N D N:$X>31 Q:'DN  W ?31 X DXS(7,9) K DIP K:DN Y W X
  1.  D T Q:'DN  D N D N:$X>5 Q:'DN  W ?5 S DIP(1)=$S($D(^MCAR(698.3,D0,0)):^(0),1:"") S X="RATE: "_$P(DIP(1),U,15) K DIP K:DN Y W X
  1.  D N:$X>44 Q:'DN  W ?44 S DIP(1)=$S($D(^MCAR(698.3,D0,0)):^(0),1:"") S X="RATE UPPER LIMIT: "_$P(DIP(1),U,16) K DIP K:DN Y W X
  1.  D N:$X>5 Q:'DN  W ?5 S DIP(1)=$S($D(^MCAR(698.3,D0,0)):^(0),1:"") S X="A-V DELAY (mSec): "_$P(DIP(1),U,17) K DIP K:DN Y W X
  1.  D N:$X>5 Q:'DN  W ?5 S DIP(1)=$S($D(^MCAR(698.3,D0,0)):^(0),1:"") S X="HYSTERESIS: "_$P(DIP(1),U,18) K DIP K:DN Y W X
  1.  D N:$X>44 Q:'DN  W ?44 X DXS(8,9) K DIP K:DN Y W X
  1.  D N:$X>5 Q:'DN  W ?5 S DIP(1)=$S($D(^MCAR(698.3,D0,1)):^(1),1:"") S X="PULSE WIDTH (ATRIAL mSec): "_$P(DIP(1),U,8) K DIP K:DN Y W X
  1.  D N:$X>44 Q:'DN  W ?44 S DIP(1)=$S($D(^MCAR(698.3,D0,2)):^(2),1:"") S X="PULSE WIDTH (VENT. mSec): "_$P(DIP(1),U,8) K DIP K:DN Y W X
  1.  D N:$X>5 Q:'DN  W ?5 S DIP(1)=$S($D(^MCAR(698.3,D0,1)):^(1),1:"") S X="A-AMPLITUDE (VOLTS): "_$P(DIP(1),U,9) K DIP K:DN Y W X
  1.  D N:$X>44 Q:'DN  W ?44 S DIP(1)=$S($D(^MCAR(698.3,D0,2)):^(2),1:"") S X="V-AMPLITUDE (VOLTS): "_$P(DIP(1),U,9) K DIP K:DN Y W X
  1.  D N:$X>5 Q:'DN  W ?5 S DIP(1)=$S($D(^MCAR(698.3,D0,1)):^(1),1:"") S X="SENSITIVITY (ATRIAL mV): "_$P(DIP(1),U,10) K DIP K:DN Y W X
  1.  D N:$X>44 Q:'DN  W ?44 S DIP(1)=$S($D(^MCAR(698.3,D0,2)):^(2),1:"") S X="SENSITIVITY (VENT. mV): "_$P(DIP(1),U,10) K DIP K:DN Y W X
  1.  D N:$X>5 Q:'DN  W ?5 S DIP(1)=$S($D(^MCAR(698.3,D0,1)):^(1),1:"") S X="REFRACTORY PERIOD (ATRIAL): "_$P(DIP(1),U,11) K DIP K:DN Y W X
  1.  D N:$X>44 Q:'DN  W ?44 S DIP(1)=$S($D(^MCAR(698.3,D0,2)):^(2),1:"") S X="REFRACTORY PERIOD (VENT.): "_$P(DIP(1),U,11) K DIP K:DN Y W X
  1.  D N:$X>5 Q:'DN  W ?5 W "BATTERY VOLTAGE: "
  1.  S X=$G(^MCAR(698.3,D0,0)) S Y=$P(X,U,13) W:Y]"" $J(Y,6,2)
  1.  D N:$X>44 Q:'DN  W ?44 W "BATTERY RESISTANCE: "
  1.  S Y=$P(X,U,14) W:Y]"" $J(Y,6,2)
  1.  D T Q:'DN  D N D N:$X>5 Q:'DN  W ?5 W "REASON FOR REPROGRAMMING: "
  1.  S Y=$P(X,U,20) S Y=$S(Y="":Y,$D(^MCAR(695.8,Y,0))#2:$P(^(0),U),1:Y) W $E(Y,1,60)
  1.  S I(100)="^MCAR(690,",J(100)=690 S I(0,0)=D0 S DIP(1)=$S($D(^MCAR(698.3,D0,0)):^(0),1:"") S X=$P(DIP(1),U,2),X=X S D(0)=+X S D0=D(0) I D0>0 D A1
  1.  G A1R^MCAROPS1
  1. A1 ;
  1.  D T Q:'DN  D N D N D N:$X>31 Q:'DN  W ?31 X DXS(9,9) K DIP K:DN Y W X
  1.  D T Q:'DN  D N D N:$X>5 Q:'DN  W ?5 W "PACING INDICATION:"
  1.  S I(101)="""P""",J(101)=690.07 F D1=0:0 Q:$O(^MCAR(690,D0,"P",D1))'>0  X:$D(DSC(690.07)) DSC(690.07) S D1=$O(^(D1)) Q:D1'>0  D:$X>25 T Q:'DN  D A2
  1.  G A2R
  1. A2 ;
  1.  S X=$G(^MCAR(690,D0,"P",D1,0)) D T Q:'DN  W ?0 S Y=$P(X,U,1) S Y=$S(Y="":Y,$D(^MCAR(694.1,Y,0))#2:$P(^(0),U),1:Y) W $E(Y,1,100)
  1.  Q
  1. A2R ;
  1.  D T Q:'DN  D N D N:$X>5 Q:'DN  W ?5 W "RISK FACTORS: "
  1.  S I(101)="""P1""",J(101)=690.08 F D1=0:0 Q:$O(^MCAR(690,D0,"P1",D1))'>0  X:$D(DSC(690.08)) DSC(690.08) S D1=$O(^(D1)) Q:D1'>0  D:$X>21 T Q:'DN  D B2
  1.  G B2R
  1. B2 ;
  1.  S X=$G(^MCAR(690,D0,"P1",D1,0)) D N:$X>20 Q:'DN  W ?20 S Y=$P(X,U,1) S Y=$S(Y="":Y,$D(^MCAR(695.4,Y,0))#2:$P(^(0),U),1:Y) W $E(Y,1,40)
  1.  W ", "
  1.  S Y=$P(X,U,2) D DT
  1.  Q
  1. B2R ;
  1.  D T Q:'DN  D N D N:$X>5 Q:'DN  W ?5 W "PSC STATUS: "
  1.  S X=$G(^MCAR(690,D0,"P2")) W ?19 S Y=$P(X,U,1) W:Y]"" $S($D(DXS(19,Y)):DXS(19,Y),1:Y)
  1.  D T Q:'DN  D N D N:$X>5 Q:'DN  W ?5 X DXS(10,9) K DIP K:DN Y W X
  1.  D N:$X>8 Q:'DN  W ?8 X DXS(11,9.3) S X=$S(DIP(103):DIP(104),DIP(105):X) K DIP K:DN Y W X
  1.  G ^MCAROPS1