source: WorldVistAEHR/trunk/r/MEDICINE-MC/MCAROV.m@ 1766

Last change on this file since 1766 was 613, checked in by George Lilly, 15 years ago

initial load of WorldVistAEHR

File size: 4.3 KB
Line 
1MCAROV ; GENERATED FROM 'MCAREP3' PRINT TEMPLATE (#978) ; 10/04/96 ; (FILE 692, MARGIN=80)
2 G BEGIN
3N W !
4T 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)
5 S DISTP=DISTP+1,DILCT=DILCT+1 D:'(DISTP#100) CSTP^DIO2
6 Q
7DT I $G(DUZ("LANG"))>1,Y W $$OUT^DIALOGU(Y,"DD") Q
8 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)_":"_$E(Y_"000",11,12) Q
9 W Y Q
10M D @DIXX
11 Q
12BEGIN ;
13 S:'$D(DN) DN=1 S DISTP=$G(DISTP),DILCT=$G(DILCT)
14 I $D(DXS)<9 F X=0:0 S X=$O(^DIPT(978,"DXS",X)) Q:'X S Y=$O(^(X,"")) F X=X:0 Q:Y="" S DXS(X,Y)=^(Y),Y=$O(^(Y))
15 D T Q:'DN D N W ?0 W "-------------------------------VENTRICULAR STUDY----------------------------"
16 D T Q:'DN D N W ?0 X DXS(1,9.2) S X=X_Y K DIP K:DN Y W X
17 D T Q:'DN D N D N:$X>4 Q:'DN W ?4 X DXS(2,9) K DIP K:DN Y W X
18 D N:$X>7 Q:'DN W ?7 S DIP(1)=$S($D(^MCAR(692,D0,0)):^(0),1:"") S X="PREMEDICATION: "_$P(DIP(1),U,4) K DIP K:DN Y W X
19 D N:$X>7 Q:'DN W ?7 S DIP(1)=$S($D(^MCAR(692,D0,0)):^(0),1:"") S X="ENTRY SITE: "_$S('$D(^MCAR(697,+$P(DIP(1),U,6),0)):"",1:$P(^(0),U,1)) K DIP K:DN Y W X
20 D N:$X>42 Q:'DN W ?42 X DXS(3,9) K DIP K:DN Y W X
21 D N:$X>7 Q:'DN W ?7 S DIP(1)=$S($D(^MCAR(692,D0,0)):^(0),1:"") S X="RECORDING SITE SITE: "_$S('$D(^MCAR(693.5,+$P(DIP(1),U,7),0)):"",1:$P(^(0),U,1)) K DIP K:DN Y W X
22 D N:$X>7 Q:'DN W ?7 S DIP(1)=$S($D(^MCAR(692,D0,0)):^(0),1:"") S X="VENTRICULAR THRESHOLD (mA): "_$P(DIP(1),U,9) K DIP K:DN Y W X
23 D N:$X>43 Q:'DN W ?43 X DXS(4,9) K DIP K:DN Y W X
24 D N:$X>54 Q:'DN W ?54 X DXS(5,9) K DIP K:DN Y W X
25 D N:$X>65 Q:'DN W ?65 X DXS(6,9) K DIP K:DN Y W X
26 S I(1)=1,J(1)=692.07 F D1=0:0 Q:$O(^MCAR(692,D0,1,D1))'>0 X:$D(DSC(692.07)) DSC(692.07) S D1=$O(^(D1)) Q:D1'>0 D:$X>65 T Q:'DN D A1
27 G A1R
28A1 ;
29 D N:$X>9 Q:'DN W ?9 S DIP(1)=$S($D(^MCAR(692,D0,1,D1,0)):^(0),1:"") S X="DRIVE CYCLE LENGTH: "_$P(DIP(1),U,1) K DIP K:DN Y W X
30 D N:$X>14 Q:'DN W ?14 W "REPETITIVE RESPONSES"
31 S X=$G(^MCAR(692,D0,1,D1,0)) D N:$X>44 Q:'DN W ?44,$E($P(X,U,2),1,9)
32 D N:$X>55 Q:'DN W ?55,$E($P(X,U,4),1,9)
33 D N:$X>66 Q:'DN W ?66,$E($P(X,U,6),1,9)
34 D N:$X>14 Q:'DN W ?14 W "VENT. EFF. REFR. PERIOD"
35 D N:$X>43 Q:'DN W ?43 S Y=$P(X,U,3) W:Y]"" $J(Y,4,0)
36 D N:$X>54 Q:'DN W ?54 S Y=$P(X,U,5) W:Y]"" $J(Y,4,0)
37 D N:$X>65 Q:'DN W ?65 S Y=$P(X,U,7) W:Y]"" $J(Y,4,0)
38 Q
39A1R ;
40 D N:$X>7 Q:'DN W ?7 S DIP(1)=$S($D(^MCAR(692,D0,2)):^(2),1:"") S X="BURST PACING (# REP. RESPONSES): "_$P(DIP(1),U,1) K DIP K:DN Y W X
41 D N:$X>44 Q:'DN W ?44 S DIP(1)=$S($D(^MCAR(692,D0,2)):^(2),1:"") S X="SHORTEST BURST CL: "_$P(DIP(1),U,2) K DIP K:DN Y W X
42 D N:$X>7 Q:'DN W ?7 W "INITIATION SEQUENCE OF V-T: "
43 S X=$G(^MCAR(692,D0,2)) S DIWL=1,DIWR=40 S Y=$P(X,U,4) S X=Y D ^DIWP
44 D A^DIWW
45 D N:$X>7 Q:'DN W ?7 S DIP(1)=$S($D(^MCAR(692,D0,2)):^(2),1:"") S X="DURATION OF V-T/V-F: "_$P(DIP(1),U,5) K DIP K:DN Y W X
46 D N:$X>7 Q:'DN W ?7 W "V-T CYCLE LENGTH: "
47 S X=$G(^MCAR(692,D0,2)) S Y=$P(X,U,7) W:Y]"" $J(Y,4,0)
48 W ?27 W " MORPHOLOGY: "
49 W ?44 S Y=$P(X,U,8) W:Y]"" $S($D(DXS(10,Y)):DXS(10,Y),1:Y)
50 W ?55 S DIP(1)=$S($D(^MCAR(692,D0,2)):^(2),1:"") S X="AXIS: "_$P(DIP(1),U,6) K DIP K:DN Y W X
51 D N:$X>7 Q:'DN W ?7 W "TERMINATION OF VT: "
52 S X=$G(^MCAR(692,D0,2)) S Y=$P(X,U,9) W:Y]"" $S($D(DXS(11,Y)):DXS(11,Y),1:Y)
53 D N:$X>7 Q:'DN W ?7 S DIP(1)=$S($D(^MCAR(692,D0,2)):^(2),1:"") S X="PACE OUT CYCLE LENGTH OF V-T: "_$P(DIP(1),U,10) K DIP K:DN Y W X
54 D N:$X>7 Q:'DN W ?7 W "CARDIOVERSION (J): "
55 S X=$G(^MCAR(692,D0,2)) S DIWL=29,DIWR=78 S Y=$P(X,U,11) S X=Y D ^DIWP
56 D A^DIWW
57 D N:$X>7 Q:'DN W ?7 W "COMMENTS: "
58 S X=$G(^MCAR(692,D0,2)) D N:$X>18 Q:'DN W ?18 S Y=$P(X,U,3) W:Y]"" $S($D(DXS(12,Y)):DXS(12,Y),1:Y)
59 S I(1)=3,J(1)=692.01 F D1=0:0 Q:$O(^MCAR(692,D0,3,D1))'>0 S D1=$O(^(D1)) D:$X>41 T Q:'DN D B1
60 G B1R
61B1 ;
62 S X=$G(^MCAR(692,D0,3,D1,0)) S DIWL=19,DIWR=78 D ^DIWP
63 Q
64B1R ;
65 D 0^DIWW K DIP K:DN Y
66 D ^DIWW
67 S I(1)=6,J(1)=692.02 F D1=0:0 Q:$O(^MCAR(692,D0,6,D1))'>0 X:$D(DSC(692.02)) DSC(692.02) S D1=$O(^(D1)) Q:D1'>0 D:$X>80 NX^DIWW D C1
68 G C1R^MCAROV1
69C1 ;
70 D T Q:'DN D N D N:$X>27 Q:'DN W ?27 X DXS(7,9) K DIP K:DN Y W X
71 D N:$X>7 Q:'DN W ?7 X DXS(8,9.2) S X=X_Y K DIP K:DN Y W X
72 D N:$X>9 Q:'DN W ?9 S DIP(1)=$S($D(^MCAR(692,D0,6,D1,0)):^(0),1:"") S X="ATRIAL CYCLE LENGTH (MSEC): "_$P(DIP(1),U,3) K DIP K:DN Y W X
73 G ^MCAROV1
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