1 | DGUTL2 ;ALB/MJK/AAS - CALCULATE PASS DAYS UTILITY ; 8/5/02 5:48pm
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2 | ;;5.3;Registration;**259,468**;Aug 13, 1993
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3 | ;
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4 | ;
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5 | CALC ; -- calculate days
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6 | ; input: DGBDT := begin date
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7 | ; DGEDT := end date
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8 | ; DGADM := adm date
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9 | ; DGPMCA:= corresponding. admission.
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10 | ; DGMVTP:= type movements to count - see below
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11 | ; output: DGREC := #days count asih
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12 | ;
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13 | Q:'$D(DGMVTP)
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14 | S DGREC=0,DGXFRS="^UTILITY($J,""DGXFRS"")"
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15 | F DGI=DGADM:0 S DGI=$O(^DGPM("APCA",DFN,DGPMCA,DGI)) Q:'DGI!(DGI>DGEDT) I $D(^DGPM(+$O(^(DGI,0)),0)),$P(^(0),U,2)=2 S @DGXFRS@(DGI)=+$P(^(0),U,18)
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16 | F DGI=0:0 S DGI=$O(@DGXFRS@(DGI)) Q:'DGI I DGMVTP[(U_@DGXFRS@(DGI)_U) S DGA=$O(@DGXFRS@(DGI)) I $S('DGA:1,1:DGA'<DGBDT) S X2=$S(DGI<DGBDT:DGBDT,1:DGI),X1=$S('DGA:DGEDT,DGA<DGEDT:DGA,1:DGEDT) D ^%DTC S DGREC=DGREC+X Q:'DGA
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17 | CALCQ K @DGXFRS,DGXFRS,DGI Q
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18 | ;
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19 | ASIH ;calculate asih days
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20 | S DGMVTP="^13^43^44^45^" G CALC
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21 | ;
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22 | PL ;calculate total PASS and UA, AA leave days
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23 | S DGMVTP="^1^2^3^25^26^" G CALC
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24 | ;
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25 | PLASIH ;calculate pass, leave and asih days
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26 | S DGMVTP="^1^2^3^25^26^13^43^44^45^" G CALC
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27 | ;
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28 | APLD(DGPMCA,DGARR,DGBDT,DGEDT,DGMTYP) ;Return ASIH, pass & leave days and dates
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29 | ;Input: DGPMCA=corresponding admission (pointer to file #405).
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30 | ;Input: DGARR=output array name.
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31 | ;Input: DGBDT=billing begin date.
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32 | ;Input: DGEDT=billing end date.
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33 | ;Input: DGMTYP=movement types (optional) where:
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34 | ; 'A' = ASIH movements
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35 | ; 'P' = pass and leave movements
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36 | ; 'B' = both (default)
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37 | ;
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38 | ;Output: '-1' as an extrinisic value if input parameters are invalid.
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39 | ; 1 as an extrinisic value if input parameters are valid.
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40 | ; Total ASIH,PASS & LEAVE days returned as array (DGARR).
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41 | ;
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42 | ;Output: DGARR array where:
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43 | ; DGARR(0)=Total days^Begin date^End date.
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44 | ; DGARR(Movement_Ien Pointer to 405)=Movement_start_date^Movement_end_date^
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45 | ; Total_days^Movement_type(Pointer to 405.2)^(used only to denote a return
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46 | ; movement set as "RTN")^Return_Movement_type^Return_Movement_Ien.
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47 | ;
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48 | ;validate input
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49 | N DFN,DGMOV,DGMVTP,SOL,EOL,DGM0,TDGI,TDGM,DGI,DGM,X1,X2,DGCT,DGDIS,X
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50 | N DGPL,DGRC,MDT,RTN,NDGM,PROCESS,RTN,XSOL,XSOL,XDGMOV,ISOL,RCNT,DGRTMV,DGIB K DGARR
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51 | S DGPMCA=$G(DGPMCA),DGMTYP=$G(DGMTYP),(DGBDT)=($G(DGBDT)\1),DGEDT=($G(DGEDT)\1)
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52 | I DGBDT<1!(DGEDT<1)!(DGPMCA="")!'$D(^DGPM(DGPMCA,0))!(DGBDT>DGEDT) Q -1
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53 | I DGEDT>DT Q -1 ; no future billing dates.
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54 | ;initialize variables
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55 | S DGMVTP=$S(DGMTYP="A":"^13^43^44^45^",DGMTYP="P":"^1^2^3^25^26^",1:"^1^2^3^25^26^13^43^44^45^")
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56 | S DGRTMV=$S(DGMTYP="A":"^14^",DGMTYP="P":"^22^23^24^",1:"^14^22^23^24^")
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57 | S DGPL="^1^2^3^25^26^13^43^44^45^"
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58 | S DGCT=0,DGI=0,DGMOV="^TMP(""DGMOV"",$J)" K ^TMP("DGMOV",$J)
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59 | S DGM0=^DGPM(+DGPMCA,0),DFN=$P(DGM0,U,3) Q:$P(DGM0,U,2)'=1 -1
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60 | S DGDIS=$P($G(^DGPM(+$P(DGM0,U,17),0)),U) I DGDIS>1 D
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61 | .I DGEDT>DGDIS S DGEDT=DGDIS
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62 | .S DGMVTP=DGMVTP_$P(^DGPM($P(DGM0,U,17),0),U,18)_"^"
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63 | I DGDIS,DGBDT'<DGDIS Q -1 ; date range starts after discharge
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64 | S DGRC=0,DGI=DGBDT F S DGI=$O(^DGPM("APCA",DFN,DGPMCA,DGI)) Q:'DGI!(DGI\1>DGEDT) D
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65 | .S DGM=$O(^DGPM("APCA",DFN,DGPMCA,DGI,0)),DGM0=$G(^DGPM(DGM,0)),MDT=DGM0\1
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66 | .Q:MDT>DGEDT I $P(DGM0,U,2)=2!($P(DGM0,U,2)=3) S @DGMOV@(DGI,DGM)=DGM0 S DGRC=DGRC+1
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67 | ;Examine movements movements for selected movement option.
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68 | I DGRC=0 S (SOL,DGM0)=DGBDT,EOL=DGEDT,DGIB=0 D IBCHK G ENDREC ; interm billcheck
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69 | N DGRTNCHK,DG,DGK,DGB S (RTN,DGI,RCNT)=0 F DG=1:1 S DGI=$O(@DGMOV@(DGI)) Q:'DGI S RCNT=RCNT+1 D
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70 | .S DGIB=0,NDGM="",EOL=0,DGM=$O(@DGMOV@(DGI,0)),NDGM=DGI,NDGM=$O(@DGMOV@(NDGM))
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71 | .S DGM0=@DGMOV@(DGI,DGM),SOL=$P(DGM0,U,1)
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72 | .S PROCESS=$S(DGMVTP'[(U_$P(DGM0,U,18)_U):0,$P(DGM0,U,2)=3:1,1:1)
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73 | .S PROCESS=$S(DGRTMV[(U_$P(DGM0,U,18)_U)&(RCNT=1):1,1:PROCESS)
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74 | .Q:'PROCESS
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75 | .S DGK="",DGB=""
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76 | .F S DGK=$O(DGRTNCHK(DGK)) Q:DGK="" I DGRTNCHK(DGK)[(DGI_DGM) S DGB=1 Q
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77 | .Q:DGB
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78 | .S TDGI=DGI F S TDGI=$O(@DGMOV@(TDGI)) Q:'TDGI!(EOL) D
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79 | ..S TDGM=$O(@DGMOV@(TDGI,0)) I DGRTMV[(U_$P(@DGMOV@(TDGI,TDGM),U,18)_U) D
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80 | ...S RTN=U_"RTN"_U_($P((@DGMOV@(TDGI,TDGM)),U,18))_U_TDGM,EOL=1
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81 | ...S DGRTNCHK(DG)=TDGI_TDGM
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82 | .S EOL=$S('NDGM:DGEDT,NDGM>DGEDT:DGEDT,1:NDGM) D
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83 | ..S SOL=$S(SOL<DGBDT:DGBDT,$P(DGM0,U,2)=3&(RCNT=1):DGBDT,1:SOL)
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84 | ..I RCNT=1 D IBCHK I DGRTMV[(U_$P(DGM0,U,18)_U) D
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85 | ...S RTN=U_"RTN"_U_($P(DGM0,U,18))_U_DGM
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86 | ..I RCNT=1,$P(DGM0,U,2)=3,DGIB=0 Q
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87 | ..S X2=SOL,X1=EOL D ^%DTC I RTN=0,(EOL\1)'=(DGDIS\1),(SOL\1)'=(DGDIS\1),EOL'=NDGM S X=X+1
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88 | ..I X=0 S RTN=0 Q
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89 | ..S DGARR(DGM)=SOL_U_EOL_U_X_U_$P(DGM0,U,18)
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90 | ..S:RTN'=0 DGARR(DGM)=DGARR(DGM)_RTN,RTN=0
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91 | ..S DGCT=DGCT+X ;Grand total
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92 | ENDREC S DGARR(0)=DGCT_U_DGBDT_U_DGEDT K ^TMP("DGMOV",$J)
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93 | Q 1
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94 | IBCHK S ISOL=DGM0\1 S ISOL=$O(^DGPM("APCA",DFN,DGPMCA,ISOL),-1) I ISOL D
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95 | .S XDGMOV="" S XDGMOV=$O(^DGPM("APCA",DFN,DGPMCA,ISOL,XDGMOV)) Q:XDGMOV="" D
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96 | ..I DGMVTP[(U_$P(^DGPM(XDGMOV,0),U,18)_U) S DGIB=1 I DGRC S EOL=$S($P(DGM0,U,2)=3&(RCNT=1):EOL,1:SOL),SOL=DGBDT ;interim billing ch
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97 | ..I DGRC=0,DGIB=1 S X2=SOL,X1=EOL D ^%DTC S DGCT=X,DGCT=DGCT+1
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98 | Q
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