[623] | 1 | PRS8OC ;HISC/MGD-DECOMPOSITION, ON-CALL ;02/17/04
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| 2 | ;;4.0;PAID;**63,92**;Sep 21, 1995
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| 3 | ;
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| 4 | ;The following MUMPS code is used to credit the appropriate
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| 5 | ;categories on the timecard for work performed while On-Call.
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| 6 | ;All hours during which an individual is identified as being
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| 7 | ;On-Call are credited to blocks YD and YH (On Call Hrs) on
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| 8 | ;the timecard. Hours during an On-Call episode where an
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| 9 | ;individual is actually called in to perform work are credited
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| 10 | ;to blocks YA and YE (Sch CB OT) as appropriate. This credit
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| 11 | ;is given under the 2-hour minimum rule. When OT work is
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| 12 | ;performed during On-Call the actual On-Call Hours reported
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| 13 | ;are reduced by the ACTUAL number of hours worked (not by the
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| 14 | ;2-hour minimum).
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| 15 | ;
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| 16 | ;Called by Routines: PRS8ST
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| 17 | ;
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| 18 | ;C = On-Call
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| 19 | ;c = OT during OC
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| 20 | ;t = CT during OC
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| 21 | ;
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| 22 | S (I,D)=$S(T'>96:DAY,1:(DAY+1))
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| 23 | S OC=$G(OC),OC(DAY)=$G(OC(DAY)),OC(DAY+1)=$G(OC(DAY+1)) ;oc variables
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| 24 | S CC=$G(CC),CC(DAY)=$G(CC(DAY)),CC(DAY+1)=$G(CC(DAY+1)) ;CT on OC count
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| 25 | S Y=35,Y(1)=1 D SET
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| 26 | I VAR1="C" D:OC!(CC) OCS ;on-call episode (ot OR ct)
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| 27 | S:"ct"[VAR1 OC=OC+1,OC(D)=OC(D)+1 S:VAR1="t" CC=CC+1,CC(D)=CC(D)+1
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| 28 | I "ct"[VAR1,DAY>0,DAY<15 S CBCK(WK)=CBCK(WK)+1 ;count actual CB hrs
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| 29 | Q:'OK!('$D(OC))
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| 30 | I OC S Y=23 D OCS ;get rest of them
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| 31 | K OC,CC,Y,D Q
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| 32 | ;
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| 33 | OCS ; --- set On-Call minimum hours
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| 34 | ;set YA/YE for PPI="W" or "V" else set OT
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| 35 | S Y=$S(CC:7,'DOUB:TOUR+19,1:23)
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| 36 | N X,Z,DD,TT,CCCNT,NEXTT,OCCNT,TIMECNT
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| 37 | S TT=$S(T>96:T-96,1:T),TIMECNT=0
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| 38 | S X=$E(DAY($S(T>96:DAY+1,1:DAY),"W"),TT)
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| 39 | ;
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| 40 | ; If the current segment is the last of the On-Call OR the last of
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| 41 | ; the On-Call Callback and the next time segment is Unavailable ("-")
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| 42 | ; or not a type of work ("0") check to see if OT/reg sched is prior
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| 43 | ; to on call worked.
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| 44 | ;
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| 45 | S NEXTT=$S(T+1>96:T-95,1:TT+1) ; Next time segment
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| 46 | I "C"[X!(("ct"[X)&("-0"[$E($S(T+1>96:DAY(DAY+1,"W"),1:DAY(DAY,"W")),NEXTT))) D
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| 47 | .K XH S X=0 F Z=1:1:8-(OC(DAY)+$G(OC(DAY+1))) D Q:"01"[X
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| 48 | ..S DD=OC(DAY)+OC(DAY+1)+Z
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| 49 | ..I TT-DD>0 S X=$E(DAY(DAY,"W"),TT-DD) S:X="O"&($E(DAY(DAY,"HOL"),TT-DD)=2) X="h"
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| 50 | ..E S X=$E(DAY(DAY-1,"W"),96+T-DD) S:X="O"&($E(DAY(DAY-1,"HOL"),96+T-DD)=2) X="h"
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| 51 | ..I "123nHMLSWNARXYFGD"[X S X=1 Q ; on call abuts a reg sched TOD.
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| 52 | ..E I "EOhoscte"[X D ; on call abuts time worked outside posted TOD.
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| 53 | ...I "ct"'[X S TIMECNT=TIMECNT+1 ; Time already counted in WK().
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| 54 | ...S XH=$S(X'="h":0,1:1),X=2
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| 55 | ..E S X=0
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| 56 | ..Q
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| 57 | .Q
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| 58 | E D ; Check to see if OT/reg sched is after on call worked
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| 59 | .K XH S X=0 F Z=1:1:8-(OC(DAY)+$G(OC(DAY+1))) D Q:"01"[X
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| 60 | ..S DD=OC(DAY)+OC(DAY+1)+Z
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| 61 | ..I T+Z'>96 S X=$E(DAY(DAY,"W"),T+Z) S:X="O"&($E(DAY(DAY,"HOL"),T+Z)=2) X="h"
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| 62 | ..E S X=$E(DAY(DAY+1,"W"),T-96+Z) S:X="O"&($E(DAY(DAY+1,"HOL"),T-96+Z)=2) X="h"
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| 63 | ..I "123nHMLSWNARXYFGD"[X S X=1 Q ; on call abuts a reg sched TOD.
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| 64 | ..E I "EOhoscte"[X D
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| 65 | ...I "ct"'[X S TIMECNT=TIMECNT+1 ; Time already counted in WK().
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| 66 | ...S XH=$S(X'="h":0,1:1),X=2
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| 67 | ..E S X=0
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| 68 | ..Q
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| 69 | .Q
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| 70 | I $G(XH)'="" S:XH=1!'X Z=Z-1,X=2
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| 71 | ;
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| 72 | ; Check if Scheduled Call-Back OT crosses Midnight
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| 73 | ;
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| 74 | I '$D(CRSMID(D)),$E(DAY(DAY,"W"),1)="c",$E(DAY(DAY-1,"W"),96)="c" S FG=0 D Q:FG=1
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| 75 | .S CRSMID(D)=1
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| 76 | .I OC<7 D Q:FG=1
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| 77 | ..; crosses midnight, check if its <2 hours, CRSMID variable set to
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| 78 | ..; only do on segment that cross mid, not others
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| 79 | ..S CNTR=0 F CX=1:1:8-OC S:$E(DAY(DAY-1,"W"),97-CX)="c" CNTR=CNTR+1
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| 80 | ..I OC+CNTR'>8 D
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| 81 | ...S Y(1)=$S(X=1:OC,1:8-CNTR)
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| 82 | ...D CHOL
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| 83 | ...S (OC,OC(D),CC,CC(D))=0,FG=1
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| 84 | ..Q
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| 85 | ;
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| 86 | ; Check if Comp Time crosses Midnight
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| 87 | ;
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| 88 | I '$D(CRSMID(D)),$E(DAY(DAY,"W"),1)="t",$E(DAY(DAY-1,"W"),96)="t" S FG=0 D Q:FG=1
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| 89 | .S CRSMID(D)=1
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| 90 | .I OC<7 D Q:FG=1
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| 91 | ..; crosses midnight, check if its <2 hours, CRSMID variable set to
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| 92 | ..; only do on segment that cross mid, not others
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| 93 | ..S CNTR=0 F CX=1:1:8-OC S:$E(DAY(DAY-1,"W"),97-CX)="t" CNTR=CNTR+1
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| 94 | ..I OC+CNTR'>8 D
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| 95 | ...S Y(1)=$S(X=1:OC,1:8-CNTR)
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| 96 | ...D CHOL
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| 97 | ...S (OC,OC(D),CC,CC(D))=0,FG=1
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| 98 | ..Q
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| 99 | ;
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| 100 | I CC>0,CC<OC D ;SPLIT SEGMENT, MUST DO TWICE (FOR CT THEN FOR OT)
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| 101 | .F I=DAY:1:(DAY+1) I OC(I) D
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| 102 | ..S (OCCNT,CCCNT)=0
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| 103 | ..I X=2,OC(I)+TIMECNT<8 D ; Add time if 2 hour minimum was not met.
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| 104 | ...S TIMECNT=8-OC(I)-TIMECNT ; Amount of time short of the 2 hour min.
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| 105 | ...;
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| 106 | ...; If TIMECNT is an even number divide needed time equally among the
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| 107 | ...; CT and OT.
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| 108 | ...I TIMECNT#2=0 S CCCNT=TIMECNT/2,OCCNT=TIMECNT/2
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| 109 | ...;
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| 110 | ...; If TIMECNT is not an even number divide the time needed as equally
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| 111 | ...; as possible among the CT and OT w/ remaining 15 minutes going to OC.
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| 112 | ...I TIMECNT#2=1 S CCCNT=TIMECNT\2,OCCNT=(TIMECNT\2)+1
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| 113 | ...;
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| 114 | ..S Y(1)=$S(X=2:CC(I)+CCCNT,X:CC(I),OC(I)>7:CC(I),1:4),Y=7
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| 115 | ..D CHOL
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| 116 | ..S Y(1)=$S(X=2:OC(I)-CC(I)+OCCNT,X:OC(I)-CC(I),OC(I)>7:OC(I)-CC(I),1:4)
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| 117 | ..S Y=$S('DOUB:TOUR+19,1:23)
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| 118 | ..D CHOL
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| 119 | ..Q
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| 120 | .Q
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| 121 | E D ;NOT SPLIT SEGMENT
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| 122 | .F I=DAY:1:(DAY+1) I OC(I) D
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| 123 | ..I OC(I)<8,X=2 D
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| 124 | ...I T'=96 S OC(I)=8-TIMECNT
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| 125 | ...I T=96,"ct"'[$E(DAY(DAY+1,"W"),1) S OC(I)=8-TIMECNT
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| 126 | ..S Y(1)=$S(X:OC(I),OC(I)>7:OC(I),1:8)
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| 127 | ..D CHOL
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| 128 | ..Q
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| 129 | .Q
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| 130 | K OC,CC Q
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| 131 | ;
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| 132 | CHOL ; --- Check for Holiday Callback
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| 133 | S TMP=Y,Y=0
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| 134 | ; Don't convert Overtime to Comptime
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| 135 | I TMP'=7,$E(ENT,25),$$HOLIDAY^PRS8UT(PY,DFN,+D) S Y=24 ;ot on actual hol
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| 136 | I 'Y,$E($G(DAY(I,"HOL")),$S(T>96:(T-96),1:T)) S Y=TOUR+28 ;holiday callback
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| 137 | I 'Y S Y=TMP
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| 138 | D SET S Y=$S(CC:7,'DOUB:TOUR+19,1:23)
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| 139 | Q
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| 140 | ;
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| 141 | SET ; --- set WK array
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| 142 | S W=$S(I<8:1,1:2)
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| 143 | I I<1!(I>14) Q
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| 144 | I Y(1)>32,'DOUB,$P(C0,"^",12)="N",Y'=7 D
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| 145 | .S $P(WK(W),"^",TOUR+15)=$P(WK(W),"^",TOUR+15)+(Y(1)-32)
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| 146 | .S $P(WK(W),"^",Y)=$P(WK(W),"^",Y)+32 ;if FLSA=N set >8 = DA
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| 147 | E S $P(WK(W),"^",Y)=$P(WK(W),"^",Y)+Y(1)
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| 148 | Q
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