1 | LRBLJDM ;AVAMC/REG/CYM - MULTIPLE COMP PREP, INVENTORY ;5/21/97 14:56 ; 12/7/00 7:12am
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2 | ;;5.2;LAB SERVICE;**90,247,267**;Sep 27, 1994
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3 | ;Per VHA Directive 97-033 this routine should not be modified. Medical Device # BK970021
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4 | S X=^LAB(66,LRV,0),LRP(LRV)=$P(X,"^")_"^"_$P(X,"^",10)_"^"_$P(X,"^",11)_"^"_$P(X,"^",18),LRZ=$P(X,"^",19)
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5 | C S DIC="^LAB(66,LRE(4),3,",DIC(0)="AEQMZ" D ^DIC K DIC I Y>0 S (X,Y)=+Y,X=^LAB(66,X,0),LRP(Y)=$P(X,"^")_"^"_$P(X,"^",10)_"^"_$P(X,"^",11)_"^"_$P(X,"^",18) D:'$P(^LAB(66,LRE(4),3,Y,0),"^",2) ONLY D:$D(LRP(Y)) CK G C
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6 | G:'$D(LRP) OUT S S=0 W !,"You have selected the following component(s): " S X=0 F X(1)=0:1 S X=$O(LRP(X)) Q:'X W !,$P(LRP(X),"^"),?40,"vol(ml):",$J($P(LRP(X),"^",2),5) S S=S+$P(LRP(X),"^",2)
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7 | W !?48,"-----",!?34,"Total vol(ml):",$J(S,5) I S>LRM W !!,$C(7),"Total volume of components greater than unit. SELECTIONS DELETED TRY AGAIN !",!! K LRP S LRZ=0 G C
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8 | W !?5,"All OK " S %=1 D YN^LRU I %'=1 W " SELECTIONS DELETED TRY AGAIN",! K LRP G C
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9 | S LRE(1)=$P(LRE,"^"),LRV(10)=LRV(10)/X(1) I LRV(10)["." S LRV(10)=$P(LRV(10),".")_"."_$E($P(LRV(10),".",2),1,2)
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10 | F LRH=0:0 S LRH=$O(LRP(LRH)) Q:'LRH S LRV=LRH,LRV(1)=$P(LRP(LRH),"^"),LRM=$P(LRP(LRH),"^",2),LRO(1)=$P(LRP(LRH),"^",3),LRD=$P(LRP(LRH),"^",4) D:LRO(1) F D:LRO(1)="" T D S
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11 | Q
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12 | ONLY W !!,$C(7),"Component selected must be the ONLY ONE for this unit.",!," Selection ",$P(LRP(Y),"^")," canceled !",! K LRP(Y) Q
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13 | CK I LRZ,$P(X,"^",19) W $C(7),!!,"Cannot select more than one red blood cell product.",!,"Selection ",$P(LRP(Y),"^")," canceled !",! K LRP(Y) Q
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14 | S:'LRZ LRZ=$P(X,"^",19) Q
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15 | ;
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16 | T S Y=$P(LRE,"^",6) D D^LRU S LRO(1)=Y Q
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17 | ;
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18 | F ;from LRBLJD
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19 | S T(2)="."_$P(LRO(1),".",2)*1440,LRO(1)=$P(LRO(1),".") S X="N",%DT="T" D ^%DT S X=Y,Y=Y_"000",T(3)=$E(Y,9,10)*60+$E(Y,11,12) D H^%DTC S T(5)=T(3)+T(2),%H=%H+LRO(1)+(T(5)\1440),T(5)=T(5)#1440\1
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20 | D D^LRUT I LRO(9)<2 S T(3)=T(5)\60,T(3)=$E("00",1,2-$L(T(3)))_T(3),T(4)=T(5)#60,T(4)=$E("00",1,2-$L(T(4)))_T(4),T(4)=T(3)_T(4) S:+T(4) X=X_"."_T(4)
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21 | S Y=$P(X,"."),X=$P(X,".",2) D D^LRU S LRO(1)=$S(X:Y_"@"_X,1:Y) Q
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22 | ;
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23 | S ;from LRBLJD
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24 | S LRE(1)=$P(LRE,"^")_LRV(11) S:'$D(^LRD(65,LRX,9,0)) ^(0)="^65.091PAI^^" S X=^(0),C=$P(X,"^",4)+1,^(0)=$P(X,"^",1,2)_"^"_C_"^"_C,^(C,0)=LRV_"^"_LRE(1)_"^"_2
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25 | D:C>1 SET D ^LRBLJDA Q:'LRCAPA F A=0:0 S A=$O(^LAB(66,LRV,9,A)) Q:'A S LRT(A)=""
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26 | D ^LRBLW K LRT S LRT=LRW("MO") Q
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27 | SET S C=0 F A=0:0 S A=$O(^LRD(65,LRX,9,A)) Q:'A S:$P(^(A,0),"^",3)=2 C=C+1
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28 | S $P(^LRD(65,LRX,4),"^",4)="("_C_")" Q
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29 | ;
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30 | D I LRCAPA,'$O(^LAB(66,LRV,9,0)) W $C(7),!,!!,"Must enter WKLD CODES in BLOOD PRODUCT FILE (#66)",!,"for ",$P(^LAB(66,LRV,0),U)," to divide unit.",! D OUT Q
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31 | R !,"Enter number of aliquots (1-5): ",A:DTIME I A=""!(A[U) D OUT Q
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32 | S A=+A I A>5!(A<1) W !!,"Answer must be 1,2,3,4, or 5",! G D
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33 | ; Insert logic for ISBT128 units so that splitting follows ISBT128 naming conventions
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34 | G:$$ISBTSPLT(LRX,A) D
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35 | S LR("C")=A,LRM=LRM\A,LRV(10)=LRV(10)/A S:LRV(10)["." LRV(10)=$P(LRV(10),".")_"."_$E($P(LRV(10),".",2),1,2)
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36 | I $$ISISBT($P(LRE,U,4)) D
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37 | .N LRBLPCOD,CNT
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38 | .S LRBLPCOD=$$GET1^DIQ(66,$P(LRE,U,4),.05)
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39 | .S LRV(11)=""
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40 | .S I=0 F CNT=0:1 S I=$O(^LRD(65,LRX,16,I)) Q:'I ; Count pre-existing child units
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41 | .F B=1:1:LR("C") S $E(LRBLPCOD,($L(LRBLPCOD)-1))=$C(64+CNT+B),LRV=$$FIND1^DIC(66,,,LRBLPCOD,"D"),LRV(1)=$$GET1^DIQ(66,LRV,.01) D S
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42 | I '$$ISISBT($P(LRE,U,4)) F B=1:1:LR("C") S LRV(11)=$C(64+B) D S
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43 | Q
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44 | ;
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45 | OUT D K^LRBLJD Q
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46 | ;
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47 | ISISBT(PROD) ; This function should only be called within this routine
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48 | ; This function is a boolean of whether a product type is ISBT128 (true) or Codabar (false)
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49 | Q $$GET1^DIQ(66,PROD,.29,"I")
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50 | ;
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51 | ISBTSPLT(UIEN,NUM) ; This function should only be called from within this routine
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52 | ; This function checks for an appropriate number of split units for ISBT128 product types
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53 | ; UIEN Unit Internal Entry Number
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54 | ; PROD is the product code
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55 | ; NUM is the number of aliquots requested by the user
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56 | N ANS ; This is the flag that determines whether the function fails the check
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57 | N I,CHK,CODE,PROD,CNT
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58 | I '$G(UIEN)!('$G(NUM)) Q 1 ; No go if parent unit or number is not indicated
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59 | S PROD=$P(^LRD(65,UIEN,0),"^",4)
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60 | S (ANS,I)=0
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61 | I $$ISISBT(PROD) D Q ANS
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62 | .S CODE=$$GET1^DIQ(66,PROD,.05),CHK=0
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63 | .I $E(CODE,($L(CODE)-1),$L(CODE))'="00" D Q ; Only parent units with '00' at the end of the end of the
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64 | ..; ; product code can be split
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65 | ..S ANS=1
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66 | ..W !,"This ISBT128 unit cannot be split because the product"
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67 | ..W !,"code does not end in '00'.",*7
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68 | .;
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69 | .F CNT=0:1 S I=$O(^LRD(65,UIEN,16,I)) Q:'I ; Get a count of any child units already created and add them in
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70 | .; ; in the search below
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71 | .F I=1:1:NUM S $E(CODE,($L(CODE)-1))=$C(64+CNT+I) Q:'$$FIND1^DIC(66,,,CODE,"D") S CHK=CHK+1
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72 | .I CHK'=NUM D
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73 | ..S ANS=1
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74 | ..W !,(NUM-CHK)," MORE DIVIDED BLOOD PRODUCT ENTR"_$S((NUM-CHK)>1:"IES",1:"Y")_" MUST BE CREATED BEFORE THE PRODUCT"
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75 | ..W !,"TYPE YOU HAVE SELECTED CAN BE SPLIT INTO "_NUM_" UNIT"_$S(NUM>1:"S.",1:"."),*7
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76 | Q ANS
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