97 lines
5.0 KiB
Mathematica
97 lines
5.0 KiB
Mathematica
RABUL2 ;HISC/FPT,GJC-'RAD/NUC MED REPORT UNVERIFIED' Bulletin ;11/10/97 11:01
|
|
;;5.0;Radiology/Nuclear Medicine;**8**;Mar 16, 1998
|
|
; ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
|
|
; The variables DA and RAX must be defined. RAX must be equal to 'V',
|
|
; and the value of DA (IEN of the record in file 74) must be greater
|
|
; than 0. These conditions must exist for the RAD/NUC MED REPORT
|
|
; UNVERIFIED bulletin to execute.
|
|
; Called From: ^DD(74,5,1,1,0-"DT") xref nodes
|
|
; ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
|
|
; ***** Variable List *****
|
|
; 'DIFQ' -> Variable used to check if we are installing the
|
|
; Radiology Package. If we are, do not fire off
|
|
; bulletins.
|
|
; 'RADFN' -> IEN of the patient in the PATIENT file (2)
|
|
; 'RAEXAM' -> IEN of a record in the Examinations multiple
|
|
; of the Radiology/Nuclear Medicine Patient file. (70)
|
|
; 'RAEXAM(0)'-> Zero node of a record in the Examinations multiple
|
|
; of the Radiology/Nuclear Medicine Patient file. (70)
|
|
; 'RARXAM(0)'-> Zero node of a record in the Registered Exam multiple
|
|
; of the Radiology/Nuclear Medicine Patient file. (70)
|
|
; 'RAFN1' -> internal format of a FM date/time data element
|
|
; { internal format pointer value }
|
|
; 'RAFN2' -> FM data definition for RAFN1, used in XTERNAL^RAUTL5
|
|
; 'A' -> Zero node of the RADIOLOGY/NUCLEAR MEDICINE REPORTS
|
|
; file (74) { node: ^RARPT(DA,0) }
|
|
;
|
|
; Format: Data to be fired;local var name;XMB array representation
|
|
; Patient ; RANAME ; XMB(1) <---> Desired Date ; RADDT ; XMB(5)
|
|
; Patient SSN ; RASSN ; XMB(2) <---> Report Status ; RASTAT ; XMB(6)
|
|
; Case Number ; RACASE ; XMB(3)<---> Req. Physician ; RARPHY ; XMB(7)
|
|
; Exam Date ; RAXDT ; XMB(4) <---> Rad. Procedure ; RAPROC ; XMB(8)
|
|
; Imag. Loc. ; RAILOC ; XMB(9) <---> Pri. Int'g Staff ; RASTF ; XMB(10)
|
|
; Pri. Int'g Resident ; RARES ; XMB(11)
|
|
;
|
|
; Quit if we are installing the software, current report status is
|
|
; verified, or if we are deleting the report.
|
|
; 'RADELRPT' is defined in the entry action of the RA DELETERPT option.
|
|
Q:$D(DIFQ)!($D(RADELRPT))
|
|
N RAX S RAX=X
|
|
Q:RAX'="V"!(+$G(DA)'>0)
|
|
N A,RACASE,RACN,RADDT,RADTI,RADFN,RAEXAM,RAFN1,RAFN2,RAILOC,RANAME
|
|
N RAPROC,RARES,RARPHY,RARXAM,RASSN,RASTAT,RASTF,RAXDT,X,Y
|
|
S A=$G(^RARPT(DA,0)) Q:$P(A,"^",5)="V" ; quit if the rpt is v'fied
|
|
S Y=DA D RASET^RAUTL2 ; Derive case/exam data from file 70
|
|
S RADFN(0)=RADFN
|
|
S (RADFN,RANAME)=+$P(A,U,2)
|
|
S RANAME=$S($D(^DPT(RANAME,0)):$P(^(0),U),1:"Unknown")
|
|
S RASSN=$$SSN^RAUTL() S RADFN=RADFN(0)
|
|
S RACASE=$$RPTCSE(A,DA)
|
|
S RAFN1=$P(A,U,3),RAFN2=$P($G(^DD(74,3,0)),U,2)
|
|
S RAXDT=$$XTERNAL^RAUTL5(RAFN1,RAFN2)
|
|
S RAXDT=$S(RAXDT]"":RAXDT,1:"Unknown")
|
|
S RARXAM(0)=$G(^RADPT(+$G(RADFN),"DT",+$G(RADTI),0))
|
|
S RAEXAM=$O(^RADPT(+$G(RADFN),"DT",+$G(RADTI),"P","B",+$G(RACN),0))
|
|
S RAEXAM(0)=$G(^RADPT(+$G(RADFN),"DT",+$G(RADTI),"P",+$G(RAEXAM),0))
|
|
S RAFN1=$P(RAEXAM(0),U,21),RAFN2=$P($G(^DD(70.03,21,0)),U,2)
|
|
S RADDT=$$XTERNAL^RAUTL5(RAFN1,RAFN2)
|
|
S RADDT=$S(RADDT]"":RADDT,1:"Unknown")
|
|
S RAFN1=$P(RAEXAM(0),U,14),RAFN2=$P($G(^DD(70.03,14,0)),U,2)
|
|
S RARPHY=$$XTERNAL^RAUTL5(RAFN1,RAFN2)
|
|
S RARPHY=$S(RARPHY]"":RARPHY,1:"Unknown")
|
|
S RAFN1=$P(RAEXAM(0),U,2),RAFN2=$P($G(^DD(70.03,2,0)),U,2)
|
|
S RAPROC=$$XTERNAL^RAUTL5(RAFN1,RAFN2)
|
|
S RAPROC=$E($S(RAPROC]"":RAPROC,1:"Unknown"),1,37)
|
|
S RAFN1=$P(A,"^",5),RAFN2=$P($G(^DD(74,5,0)),U,2)
|
|
S RASTAT=$S(RAFN1']"":"Unknown",1:$$XTERNAL^RAUTL5(RAFN1,RAFN2))
|
|
S RASTAT=$S(RASTAT]"":RASTAT,1:"Unknown")
|
|
S RAFN1=$P(RARXAM(0),U,4),RAFN2=$P($G(^DD(70.02,4,0)),U,2)
|
|
S RAILOC=$S(RAFN1']"":"Unknown",1:$$XTERNAL^RAUTL5(RAFN1,RAFN2))
|
|
S RAFN1=$P(RAEXAM(0),U,15),RAFN2=$P($G(^DD(70.03,15,0)),U,2)
|
|
S RASTF=$S(RAFN1']"":"Unknown",1:$$XTERNAL^RAUTL5(RAFN1,RAFN2))
|
|
S RAFN1=$P(RAEXAM(0),U,12),RAFN2=$P($G(^DD(70.03,12,0)),U,2)
|
|
S RARES=$S(RAFN1']"":"Unknown",1:$$XTERNAL^RAUTL5(RAFN1,RAFN2))
|
|
S XMB(1)=RANAME,XMB(2)=RASSN,XMB(3)=RACASE,XMB(4)=RAXDT
|
|
S XMB(5)=RADDT,XMB(6)=RASTAT,XMB(7)=RARPHY,XMB(8)=RAPROC
|
|
S XMB(9)=RAILOC,XMB(10)=RASTF,XMB(11)=RARES
|
|
S XMB="RAD/NUC MED REPORT UNVERIFIED"
|
|
; if called from RAHLO1, then use remote user's duz as sender
|
|
; var RATRANSC is only defined in RAHL* routines
|
|
S:$D(RATRANSC) XMDUZ=$S($G(RAVERF):RAVERF,$G(RATRANSC):RATRANSC,1:DUZ)
|
|
D ^XMB:$D(^XMB(3.6,"B",XMB))
|
|
K XMB,XMB0,XMC0,XMDT,XMM,XMMG
|
|
Q
|
|
RPTCSE(RAA,RADA) ; Determine the case number for this report.
|
|
; There may be more than one case associated with a given report.
|
|
; If this is the case, all associated case numbers will be returned.
|
|
; Input Variables: 'RAA' - zero node of the Rad/Nuc Reports data global
|
|
; 'RADA'- ien of the entry in the Rad/Nuc Reports file
|
|
; Returns: a single case number or numerous case numbers
|
|
Q:'+$O(^RARPT(RADA,1,0)) $S($P(RAA,U)]"":$P(RAA,U),1:"Unknown") ;single
|
|
N I,J,RASTR S RASTR=$S($P(RAA,U)]"":$P(RAA,U),1:"Unknown"),I=0
|
|
F S I=$O(^RARPT(RADA,1,I)) Q:I'>0 D
|
|
. S J=$G(^RARPT(RADA,1,I,0))
|
|
. S RASTR=RASTR_","_$S($P(J,U)]"":$P(J,U),1:"Unknown")
|
|
. Q
|
|
Q RASTR
|