PSOLLU1 ;BHAM/RJS - LASER LABEL UTILITIES ;11/22/02
;;7.0;OUTPATIENT PHARMACY;**120,141,161**;DEC 1997
;
FONT(RLN,TEXT) ;
;--------------------------------------------------------------------
;VARIABLES:
; INPUT:
; REQUIRED: RLN - Relates to a value used to determine the max
; line length.
; TEXT - Can contain a string and the $L(TEXT) is used
; to calculate the font size.
; RETURN:
; FONT - This is the calculated optimal font size.
; F8, F9, F10 or F12 will be returned.
;--------------------------------------------------------------------
D STRT(RLN,TEXT,"",.FONT) Q FONT
Q
;
STRT(RLN,TEXT,LNTH,FONT) ;
; The LETTER array contains all the number of character per inch
; for the different font sizes that can be used.
N LN,LETTER,TXTIDX,SIZ,FNTIDX,LTTR,A
S LETTER(1)="22^16^14^13^10",LETTER("!")="40^32^28^25^21"
S LETTER(2)="22^16^14^13^10",LETTER("@")="11^8^7^7^5"
S LETTER(3)="22^16^14^13^10",LETTER("#")="19^16^14^12^10"
S LETTER(4)="22^16^14^13^10",LETTER("$")="20^18^16^14^12"
S LETTER(5)="22^16^14^13^10",LETTER("%")="14^13^11^10^8"
S LETTER(6)="22^16^14^13^10"
S LETTER(7)="22^16^14^13^10",LETTER("&")="22^16^14^12^10"
S LETTER(8)="22^16^14^13^10",LETTER("*")="30^23^20^18^15"
S LETTER(9)="22^16^14^13^10",LETTER("(")="32^27^24^21^18"
S LETTER(0)="22^16^14^13^10",LETTER(")")="32^27^24^21^18"
S LETTER($C(34))="30^27^24^21^18",LETTER("'")="45^40^36^32^27"
S LETTER("`")="30^27^24^21^18",LETTER("~")="18^15^13^12^10"
S LETTER(",")="40^32^28^25^21",LETTER("<")="18^15^13^12^10"
S LETTER(".")="35^27^24^21^18",LETTER(">")="18^15^13^12^10"
S LETTER(";")="40^32^28^25^21",LETTER(":")="40^32^28^25^21"
S LETTER("?")="22^16^14^12^10",LETTER("/")="40^32^28^25^21"
S LETTER("[")="40^32^28^25^21",LETTER("{")="35^26^23^21^17"
S LETTER("\")="40^32^28^25^21",LETTER("|")="42^34^30^27^23"
S LETTER("]")="40^32^28^25^21",LETTER("}")="35^26^23^21^17"
S LETTER("_")="20^15^14^12^10",LETTER("-")="30^27^24^21^18"
S LETTER("=")="20^15^14^12^10",LETTER("+")="22^18^16^14^12"
S LETTER(" ")="40^32^28^25^21"
S LETTER("a")="19^16^14^12^10",LETTER("A")="16^13^11^10^8"
S LETTER("b")="19^16^14^12^10",LETTER("B")="16^13^11^10^8"
S LETTER("c")="22^18^16^14^12",LETTER("C")="15^13^11^10^8"
S LETTER("d")="20^16^14^12^10",LETTER("D")="15^13^11^10^8"
S LETTER("e")="20^16^14^12^10",LETTER("E")="16^13^11^10^8"
S LETTER("f")="40^32^28^25^21",LETTER("F")="18^14^13^11^9"
S LETTER("g")="20^16^14^12^10",LETTER("G")="14^11^10^9^7"
S LETTER("h")="20^16^14^12^10",LETTER("H")="15^13^11^10^8"
S LETTER("i")="50^40^36^32^27",LETTER("I")="40^32^28^25^21"
S LETTER("j")="50^40^36^32^27",LETTER("J")="22^18^16^14^12"
S LETTER("k")="24^18^16^14^12",LETTER("K")="16^13^11^10^8"
S LETTER("l")="50^40^36^32^27",LETTER("L")="20^16^14^12^10"
S LETTER("m")="13^10^9^8^7",LETTER("M")="13^11^10^9^7"
S LETTER("n")="20^16^14^12^10",LETTER("N")="15^13^11^10^8"
S LETTER("o")="20^16^14^12^10",LETTER("O")="14^11^10^9^7"
S LETTER("p")="20^16^14^12^10",LETTER("P")="16^13^11^10^8"
S LETTER("q")="20^16^14^12^10",LETTER("Q")="14^11^10^9^7"
S LETTER("r")="35^32^28^25^21",LETTER("R")="15^13^11^10^8"
S LETTER("s")="22^18^16^14^12",LETTER("S")="16^13^11^10^8"
S LETTER("t")="40^32^28^25^21",LETTER("T")="18^14^13^11^9"
S LETTER("u")="20^16^14^12^10",LETTER("U")="15^13^11^10^8"
S LETTER("v")="23^18^16^14^12",LETTER("V")="16^13^11^10^8"
S LETTER("w")="14^12^11^9^8",LETTER("W")="11^9^8^7^6"
S LETTER("x")="23^18^16^14^12",LETTER("X")="16^13^11^10^8"
S LETTER("y")="23^18^16^14^12",LETTER("Y")="16^13^11^10^8"
S LETTER("z")="23^18^16^14^12",LETTER("Z")="18^14^13^11^9"
;
; The LN array contains the length in inches for the different
; sections of the laser label.
S LN("RX#")=3.126
S LN("RXVAMC")=2.626
S LN("DRG")=3.376
S LN("SIG")=3.126
S LN("WRN")=1.99
S LN("ML")=2.376
S LN("ML2")=1.76
S LN("SEC2")=4.1876
S LN("SEC2X")=LN("SEC2")
S LN("SIG2")=LN("SEC2")
S LN("SEC2B")=LN("WRN")
S LN("FULL")=8.1876
;
; The LNTH array is used in calculating the length of the text
; for each of the different font sizes.
S (LNTH(6),LNTH(8),LNTH(9),LNTH(10),LNTH(12))=""
;
; This section walks the TEXT string and extracts the each character
; then uses the LETTER array to lookup the number of characters per
; inch and calculates the length of the TEXT for each font.
F TXTIDX=1:1:$L(TEXT) D
.S LTTR=$E(TEXT,TXTIDX),A=$G(LETTER(LTTR),"18^16^14^12^10")
.S LNTH(6)=LNTH(6)+(1/$P(A,U))
.S LNTH(8)=LNTH(8)+(1/($P(A,U,2)))
.S LNTH(9)=LNTH(9)+(1/($P(A,U,3)))
.S LNTH(10)=LNTH(10)+(1/($P(A,U,4)))
.S LNTH(12)=LNTH(12)+(1/($P(A,U,5)))
;
; This section determines what would be the optimal font for the TEXT
I RLN="WRN" D Q
. I LNTH(12)<LN(RLN) S FONT="F12" Q
. I LNTH(10)<(LN(RLN)*2) S FONT="F10" Q
. I LNTH(9)<(LN(RLN)*2.5) S FONT="F9" Q
. I LNTH(8)<(LN(RLN)*2.6) S FONT="F8" Q
. S FONT="F6"
S FONT="F0"
I LNTH(8)<LN(RLN) S FONT="F8"
I LNTH(9)<LN(RLN) S FONT="F9"
I LNTH(10)<LN(RLN) S FONT="F10"
I LNTH(12)<LN(RLN) S FONT="F12"
Q
ADD ; Calculate the length and pad "_" to the end of TEXT for change of address
; then return FONT and TEXT to calling program.
N NEEDED,CNT,DASH
S NEEDED=LN("SEC2X")-LNTH(10)
S CNT=NEEDED*12\1
S DASH="________________________________________________________________________________________________________________"
S TEXT2=TEXT_" "_$E(DASH,1,CNT)
S FONT="F10"
Q
PSOLLU1 ;BHAM/RJS - LASER LABEL UTILITIES ;11/22/02
+1 ;;7.0;OUTPATIENT PHARMACY;**120,141,161**;DEC 1997
+2 ;
FONT(RLN,TEXT) ;
+1 ;--------------------------------------------------------------------
+2 ;VARIABLES:
+3 ; INPUT:
+4 ; REQUIRED: RLN - Relates to a value used to determine the max
+5 ; line length.
+6 ; TEXT - Can contain a string and the $L(TEXT) is used
+7 ; to calculate the font size.
+8 ; RETURN:
+9 ; FONT - This is the calculated optimal font size.
+10 ; F8, F9, F10 or F12 will be returned.
+11 ;--------------------------------------------------------------------
+12 DO STRT(RLN,TEXT,"",.FONT)
QUIT FONT
+13 QUIT
+14 ;
STRT(RLN,TEXT,LNTH,FONT) ;
+1 ; The LETTER array contains all the number of character per inch
+2 ; for the different font sizes that can be used.
+3 NEW LN,LETTER,TXTIDX,SIZ,FNTIDX,LTTR,A
+4 SET LETTER(1)="22^16^14^13^10"
SET LETTER("!")="40^32^28^25^21"
+5 SET LETTER(2)="22^16^14^13^10"
SET LETTER("@")="11^8^7^7^5"
+6 SET LETTER(3)="22^16^14^13^10"
SET LETTER("#")="19^16^14^12^10"
+7 SET LETTER(4)="22^16^14^13^10"
SET LETTER("$")="20^18^16^14^12"
+8 SET LETTER(5)="22^16^14^13^10"
SET LETTER("%")="14^13^11^10^8"
+9 SET LETTER(6)="22^16^14^13^10"
+10 SET LETTER(7)="22^16^14^13^10"
SET LETTER("&")="22^16^14^12^10"
+11 SET LETTER(8)="22^16^14^13^10"
SET LETTER("*")="30^23^20^18^15"
+12 SET LETTER(9)="22^16^14^13^10"
SET LETTER("(")="32^27^24^21^18"
+13 SET LETTER(0)="22^16^14^13^10"
SET LETTER(")")="32^27^24^21^18"
+14 SET LETTER($CHAR(34))="30^27^24^21^18"
SET LETTER("'")="45^40^36^32^27"
+15 SET LETTER("`")="30^27^24^21^18"
SET LETTER("~")="18^15^13^12^10"
+16 SET LETTER(",")="40^32^28^25^21"
SET LETTER("<")="18^15^13^12^10"
+17 SET LETTER(".")="35^27^24^21^18"
SET LETTER(">")="18^15^13^12^10"
+18 SET LETTER(";")="40^32^28^25^21"
SET LETTER(":")="40^32^28^25^21"
+19 SET LETTER("?")="22^16^14^12^10"
SET LETTER("/")="40^32^28^25^21"
+20 SET LETTER("[")="40^32^28^25^21"
SET LETTER("{")="35^26^23^21^17"
+21 SET LETTER("\")="40^32^28^25^21"
SET LETTER("|")="42^34^30^27^23"
+22 SET LETTER("]")="40^32^28^25^21"
SET LETTER("}")="35^26^23^21^17"
+23 SET LETTER("_")="20^15^14^12^10"
SET LETTER("-")="30^27^24^21^18"
+24 SET LETTER("=")="20^15^14^12^10"
SET LETTER("+")="22^18^16^14^12"
+25 SET LETTER(" ")="40^32^28^25^21"
+26 SET LETTER("a")="19^16^14^12^10"
SET LETTER("A")="16^13^11^10^8"
+27 SET LETTER("b")="19^16^14^12^10"
SET LETTER("B")="16^13^11^10^8"
+28 SET LETTER("c")="22^18^16^14^12"
SET LETTER("C")="15^13^11^10^8"
+29 SET LETTER("d")="20^16^14^12^10"
SET LETTER("D")="15^13^11^10^8"
+30 SET LETTER("e")="20^16^14^12^10"
SET LETTER("E")="16^13^11^10^8"
+31 SET LETTER("f")="40^32^28^25^21"
SET LETTER("F")="18^14^13^11^9"
+32 SET LETTER("g")="20^16^14^12^10"
SET LETTER("G")="14^11^10^9^7"
+33 SET LETTER("h")="20^16^14^12^10"
SET LETTER("H")="15^13^11^10^8"
+34 SET LETTER("i")="50^40^36^32^27"
SET LETTER("I")="40^32^28^25^21"
+35 SET LETTER("j")="50^40^36^32^27"
SET LETTER("J")="22^18^16^14^12"
+36 SET LETTER("k")="24^18^16^14^12"
SET LETTER("K")="16^13^11^10^8"
+37 SET LETTER("l")="50^40^36^32^27"
SET LETTER("L")="20^16^14^12^10"
+38 SET LETTER("m")="13^10^9^8^7"
SET LETTER("M")="13^11^10^9^7"
+39 SET LETTER("n")="20^16^14^12^10"
SET LETTER("N")="15^13^11^10^8"
+40 SET LETTER("o")="20^16^14^12^10"
SET LETTER("O")="14^11^10^9^7"
+41 SET LETTER("p")="20^16^14^12^10"
SET LETTER("P")="16^13^11^10^8"
+42 SET LETTER("q")="20^16^14^12^10"
SET LETTER("Q")="14^11^10^9^7"
+43 SET LETTER("r")="35^32^28^25^21"
SET LETTER("R")="15^13^11^10^8"
+44 SET LETTER("s")="22^18^16^14^12"
SET LETTER("S")="16^13^11^10^8"
+45 SET LETTER("t")="40^32^28^25^21"
SET LETTER("T")="18^14^13^11^9"
+46 SET LETTER("u")="20^16^14^12^10"
SET LETTER("U")="15^13^11^10^8"
+47 SET LETTER("v")="23^18^16^14^12"
SET LETTER("V")="16^13^11^10^8"
+48 SET LETTER("w")="14^12^11^9^8"
SET LETTER("W")="11^9^8^7^6"
+49 SET LETTER("x")="23^18^16^14^12"
SET LETTER("X")="16^13^11^10^8"
+50 SET LETTER("y")="23^18^16^14^12"
SET LETTER("Y")="16^13^11^10^8"
+51 SET LETTER("z")="23^18^16^14^12"
SET LETTER("Z")="18^14^13^11^9"
+52 ;
+53 ; The LN array contains the length in inches for the different
+54 ; sections of the laser label.
+55 SET LN("RX#")=3.126
+56 SET LN("RXVAMC")=2.626
+57 SET LN("DRG")=3.376
+58 SET LN("SIG")=3.126
+59 SET LN("WRN")=1.99
+60 SET LN("ML")=2.376
+61 SET LN("ML2")=1.76
+62 SET LN("SEC2")=4.1876
+63 SET LN("SEC2X")=LN("SEC2")
+64 SET LN("SIG2")=LN("SEC2")
+65 SET LN("SEC2B")=LN("WRN")
+66 SET LN("FULL")=8.1876
+67 ;
+68 ; The LNTH array is used in calculating the length of the text
+69 ; for each of the different font sizes.
+70 SET (LNTH(6),LNTH(8),LNTH(9),LNTH(10),LNTH(12))=""
+71 ;
+72 ; This section walks the TEXT string and extracts the each character
+73 ; then uses the LETTER array to lookup the number of characters per
+74 ; inch and calculates the length of the TEXT for each font.
+75 FOR TXTIDX=1:1:$LENGTH(TEXT)
Begin DoDot:1
+76 SET LTTR=$EXTRACT(TEXT,TXTIDX)
SET A=$GET(LETTER(LTTR),"18^16^14^12^10")
+77 SET LNTH(6)=LNTH(6)+(1/$PIECE(A,U))
+78 SET LNTH(8)=LNTH(8)+(1/($PIECE(A,U,2)))
+79 SET LNTH(9)=LNTH(9)+(1/($PIECE(A,U,3)))
+80 SET LNTH(10)=LNTH(10)+(1/($PIECE(A,U,4)))
+81 SET LNTH(12)=LNTH(12)+(1/($PIECE(A,U,5)))
End DoDot:1
+82 ;
+83 ; This section determines what would be the optimal font for the TEXT
+84 IF RLN="WRN"
Begin DoDot:1
+85 IF LNTH(12)<LN(RLN)
SET FONT="F12"
QUIT
+86 IF LNTH(10)<(LN(RLN)*2)
SET FONT="F10"
QUIT
+87 IF LNTH(9)<(LN(RLN)*2.5)
SET FONT="F9"
QUIT
+88 IF LNTH(8)<(LN(RLN)*2.6)
SET FONT="F8"
QUIT
+89 SET FONT="F6"
End DoDot:1
QUIT
+90 SET FONT="F0"
+91 IF LNTH(8)<LN(RLN)
SET FONT="F8"
+92 IF LNTH(9)<LN(RLN)
SET FONT="F9"
+93 IF LNTH(10)<LN(RLN)
SET FONT="F10"
+94 IF LNTH(12)<LN(RLN)
SET FONT="F12"
+95 QUIT
ADD ; Calculate the length and pad "_" to the end of TEXT for change of address
+1 ; then return FONT and TEXT to calling program.
+2 NEW NEEDED,CNT,DASH
+3 SET NEEDED=LN("SEC2X")-LNTH(10)
+4 SET CNT=NEEDED*12\1
+5 SET DASH="________________________________________________________________________________________________________________"
+6 SET TEXT2=TEXT_" "_$EXTRACT(DASH,1,CNT)
+7 SET FONT="F10"
+8 QUIT
