SUBROUTINE PLOTSC(Y,X,CHAR,N,D,DMIN,DMAX) C C PURPOSE--THIS SUBROUTINE YIELDS A ONE-PAGE PRINTER PLOT C OF Y(I) VERSUS X(I): C 1) WITH SPECIAL PLOT CHARACTERS; AND C 2) WITH ONLY THOSE POINTS (X(I),Y(I)) PLOTTED C FOR WHICH THE CORRESPONDING VALUE OF D(I) C IS BETWEEN THE SPECIFIED VALUES OF DMIN AND DMAX. C C THE 'SPECIAL PLOTTING CHARACTER' CAPABILITY C ALLOWS THE DATA ANALYST TO INCORPORATE INFORMATION C FROM A THIRD VARIABLE (ASIDE FROM Y AND X) INTO C THE PLOT. C THE PLOT CHARACTER USED AT THE I-TH PLOTTING C POSITION (THAT IS, AT THE COORDINATE (X(I),Y(I))) C WILL BE C 1 IF CHAR(I) IS BETWEEN 0.5 AND 1.5 C 2 IF CHAR(I) IS BETWEEN 1.5 AND 2.5 C . C . C . C 9 IF CHAR(I) IS BETWEEN 8.5 AND 9.5 C 0 IF CHAR(I) IS BETWEEN 9.5 AND 10.5 C A IF CHAR(I) IS BETWEEN 10.5 AND 11.5 C B IF CHAR(I) IS BETWEEN 11.5 AND 12.5 C C IF CHAR(I) IS BETWEEN 12.5 AND 13.5 C . C . C . C W IF CHAR(I) IS BETWEEN 32.5 AND 33.5 C X IF CHAR(I) IS BETWEEN 33.5 AND 34.5 C Y IF CHAR(I) IS BETWEEN 34.5 AND 35.5 C Z IF CHAR(I) IS BETWEEN 35.5 AND 36.5 C X IF CHAR(I) IS ANY VALUE OUTSIDE THE RANGE C 0.5 TO 36.5. C THE USE OF THE SUBSET DEFINTION VECTOR D C GIVES THE DATA ANALYST THE CAPABILITY OF C PLOTTING SUBSETS OF THE DATA, C WHERE THE SUBSET IS DEFINED C BY VALUES IN THE VECTOR D. C C INPUT ARGUMENTS--Y = THE SINGLE PRECISION VECTOR OF C (UNSORTED OR SORTED) OBSERVATIONS C TO BE PLOTTED VERTICALLY. C --X = THE SINGLE PRECISION VECTOR OF C (UNSORTED OR SORTED) OBSERVATIONS C TO BE PLOTTED HORIZONTALLY. C --CHAR = THE SINGLE PRECISION VECTOR OF C OBSERVATIONS WHICH CONTROL THE C VALUE OF EACH INDIVIDUAL PLOT C CHARACTER. C --N = THE INTEGER NUMBER OF OBSERVATIONS C IN THE VECTOR Y. C --D = THE SINGLE PRECISION VECTOR C WHICH 'DEFINES' THE VARIOUS C POSSIBLE SUBSETS. C --DMIN = THE SINGLE PRECISION VALUE C WHICH DEFINES THE LOWER BOUND C (INCLUSIVELY) OF THE PARTICULAR C SUBSET OF INTEREST TO BE PLOTTED. C --DMAX = THE SINGLE PRECISION VALUE C WHICH DEFINES THE UPPER BOUND C (INCLUSIVELY) OF THE PARTICULAR C SUBSET OF INTEREST TO BE PLOTTED. C OUTPUT--A ONE-PAGE PRINTER PLOT OF Y(I) VERSUS X(I), C WITH SPECIAL PLOT CHARACTERS, C AND FOR ONLY OF A SPECIFIED SUBSET OF THE DATA. C PRINTING--YES. C RESTRICTIONS--THERE IS NO RESTRICTION ON THE MAXIMUM VALUE C OF N FOR THIS SUBROUTINE. C OTHER DATAPAC SUBROUTINES NEEDED--NONE. C FORTRAN LIBRARY SUBROUTINES NEEDED--NONE. C MODE OF INTERNAL OPERATIONS--SINGLE PRECISION. C LANGUAGE--ANSI FORTRAN. C COMMENT--FOR A GIVEN DUMMY INDEX I, C IF D(I) IS SMALLER THAN DMIN OR LARGER THAN DMAX, C THEN THE CORRESPONDING POINT (X(I),Y(I)) C WILL NOT BE PLOTTED. C --VALUES IN THE VERTICAL AXIS VECTOR (Y), C THE HORIZONTAL AXIS VECTOR (X), C OR THE PLOT CHARACTER VECTOR (CHAR) WHICH ARE C EQUAL TO OR IN EXCESS OF 10.0**10 WILL NOT BE C PLOTTED. C THIS CONVENTION GREATLY SIMPLIFIES THE PROBLEM C OF PLOTTING WHEN SOME ELEMENTS IN THE VECTOR Y C (OR X, OR CHAR) ARE 'MISSING DATA', OR WHEN WE PURPOSELY C WANT TO IGNORE CERTAIN ELEMENTS IN THE VECTOR Y C (OR X, OR CHAR) FOR PLOTTING PURPOSES (THAT IS, WE DO NOT C WANT CERTAIN ELEMENTS IN Y (OR X, OR CHAR) TO BE C PLOTTED). C TO CAUSE SPECIFIC ELEMENTS IN Y (OR X, OR CHAR) TO BE C IGNORED, WE REPLACE THE ELEMENTS BEFOREHAND C (BY, FOR EXAMPLE, USE OF THE REPLAC SUBROUTINE) C BY SOME LARGE VALUE (LIKE, SAY, 10.0**10) AND C THEY WILL SUBSEQUENTLY BE IGNORED IN THE PLOTC C SUBROUTINE. C REFERENCES--FILLIBEN, 'STATISTICAL ANALYSIS OF INTERLAB C FATIGUE TIME DATA', UNPUBLISHED MANUSCRIPT C (AVAILABLE FROM AUTHOR) C PRESENTED AT THE 'COMPUTER-ASSISTED DATA C ANALYSIS' SESSION AT THE NATIONAL MEETING C OF THE AMERICAN STATISTICAL ASSOCIATION, C NEW YORK CITY, DECEMBER 27-30, 1973. C WRITTEN BY--JAMES J. FILLIBEN C STATISTICAL ENGINEERING LABORATORY (205.03) C NATIONAL BUREAU OF STANDARDS C WASHINGTON, D. C. 20234 C PHONE--301-921-2315 C ORIGINAL VERSION--OCTOBER 1975. C UPDATED --NOVEMBER 1975. C UPDATED --FEBRUARY 1976. C UPDATED --FEBRUARY 1977. C C--------------------------------------------------------------------- C CHARACTER*4 IGRAPH CHARACTER*4 IPLOTC CHARACTER*4 SBNAM1,SBNAM2 CHARACTER*4 ALPH11,ALPH12,ALPH21,ALPH22,ALPH31,ALPH32 CHARACTER*4 ALPH41,ALPH42,ALPH51,ALPH52 CHARACTER*4 BLANK,HYPHEN,ALPHAI,ALPHAX CHARACTER*4 ALPHAM,ALPHAA,ALPHAD,ALPHAN,EQUAL C DIMENSION Y(1) DIMENSION X(1) DIMENSION D(1) DIMENSION CHAR(1) DIMENSION YLABLE(11) DIMENSION IPLOTC(37) COMMON /BLOCK1/ IGRAPH(55,130) C DATA SBNAM1,SBNAM2/'PLOT','SC '/ DATA ALPH11,ALPH12/'FIRS','T '/ DATA ALPH21,ALPH22/'SECO','ND '/ DATA ALPH31,ALPH32/'THIR','D '/ DATA ALPH41,ALPH42/'FOUR','TH '/ DATA ALPH51,ALPH52/'FIFT','H '/ DATA BLANK,HYPHEN,ALPHAI,ALPHAX/' ','-','I','X'/ DATA ALPHAM,ALPHAA,ALPHAD,ALPHAN,EQUAL/'M','A','D','N','='/ DATA IPLOTC(1),IPLOTC(2),IPLOTC(3),IPLOTC(4),IPLOTC(5), 1IPLOTC(6),IPLOTC(7),IPLOTC(8),IPLOTC(9),IPLOTC(10), 1IPLOTC(11),IPLOTC(12),IPLOTC(13),IPLOTC(14),IPLOTC(15), 1IPLOTC(16),IPLOTC(17),IPLOTC(18),IPLOTC(19),IPLOTC(20), 1IPLOTC(21),IPLOTC(22),IPLOTC(23),IPLOTC(24),IPLOTC(25), 1IPLOTC(26),IPLOTC(27),IPLOTC(28),IPLOTC(29),IPLOTC(30), 1IPLOTC(31),IPLOTC(32),IPLOTC(33),IPLOTC(34),IPLOTC(35), 1IPLOTC(36),IPLOTC(37) 1/'1','2','3','4','5','6','7','8','9','0','A','B','C','D','E','F', 1'G','H','I','J','K','L','M','N','O','P','Q','R','S','T','U','V', 1'W','X','Y','Z','X'/ C IPR=6 CUTOFF=(10.0**10)-1000.0 C C CHECK THE INPUT ARGUMENTS FOR ERRORS C WRITE(IPR,998) IF(N.LT.1)GOTO52 GOTO54 52 WRITE(IPR,5) WRITE(IPR,10) WRITE(IPR,15)ALPH41,ALPH42,SBNAM1,SBNAM2 WRITE(IPR,20)N WRITE(IPR,5) RETURN 54 CONTINUE IF(N.EQ.1)GOTO56 GOTO58 56 WRITE(IPR,5) WRITE(IPR,10) WRITE(IPR,15)ALPH41,ALPH42,SBNAM1,SBNAM2 WRITE(IPR,22)N WRITE(IPR,5) RETURN 58 CONTINUE C HOLD=Y(1) DO60I=2,N IF(Y(I).NE.HOLD)GOTO62 60 CONTINUE WRITE(IPR,5) WRITE(IPR,10) WRITE(IPR,15)ALPH11,ALPH12,SBNAM1,SBNAM2 WRITE(IPR,30)HOLD WRITE(IPR,5) RETURN 62 CONTINUE HOLD=X(1) DO64I=2,N IF(X(I).NE.HOLD)GOTO66 64 CONTINUE WRITE(IPR,5) WRITE(IPR,10) WRITE(IPR,15)ALPH21,ALPH22,SBNAM1,SBNAM2 WRITE(IPR,30)HOLD WRITE(IPR,5) RETURN 66 CONTINUE HOLD=CHAR(1) DO68I=2,N IF(CHAR(I).NE.HOLD)GOTO70 68 CONTINUE WRITE(IPR,5) WRITE(IPR,11) WRITE(IPR,15)ALPH31,ALPH32,SBNAM1,SBNAM2 WRITE(IPR,30)HOLD WRITE(IPR,5) 70 CONTINUE HOLD=D(1) DO72I=2,N IF(D(I).NE.HOLD)GOTO74 72 CONTINUE WRITE(IPR,5) WRITE(IPR,11) WRITE(IPR,15)ALPH51,ALPH52,SBNAM1,SBNAM2 WRITE(IPR,30)HOLD WRITE(IPR,5) 74 CONTINUE C DO76I=1,N IF(Y(I).LT.CUTOFF)GOTO78 76 CONTINUE WRITE(IPR,5) WRITE(IPR,10) WRITE(IPR,15)ALPH11,ALPH12,SBNAM1,SBNAM2 WRITE(IPR,32) WRITE(IPR,33)CUTOFF WRITE(IPR,5) RETURN 78 CONTINUE DO80I=1,N IF(X(I).LT.CUTOFF)GOTO82 80 CONTINUE WRITE(IPR,5) WRITE(IPR,10) WRITE(IPR,15)ALPH21,ALPH22,SBNAM1,SBNAM2 WRITE(IPR,32) WRITE(IPR,33)CUTOFF WRITE(IPR,5) RETURN 82 CONTINUE DO84I=1,N IF(CHAR(I).LT.CUTOFF)GOTO86 84 CONTINUE WRITE(IPR,5) WRITE(IPR,10) WRITE(IPR,15)ALPH31,ALPH32,SBNAM1,SBNAM2 WRITE(IPR,32) WRITE(IPR,33)CUTOFF WRITE(IPR,5) RETURN 86 CONTINUE DO88I=1,N IF(D(I).LT.CUTOFF)GOTO90 88 CONTINUE WRITE(IPR,5) WRITE(IPR,10) WRITE(IPR,15)ALPH51,ALPH52,SBNAM1,SBNAM2 WRITE(IPR,32) WRITE(IPR,33)CUTOFF WRITE(IPR,5) RETURN 90 CONTINUE C DO92I=1,N IF(DMIN.LT.D(I).AND.D(I).LT.DMAX)GOTO94 92 CONTINUE WRITE(IPR,5) WRITE(IPR,10) WRITE(IPR,15)ALPH51,ALPH52,SBNAM1,SBNAM2 WRITE(IPR,34) WRITE(IPR,35)DMIN,DMAX WRITE(IPR,36) WRITE(IPR,5) RETURN 94 CONTINUE C N2=0 DO96I=1,N IF(Y(I).LT.CUTOFF.AND.X(I).LT.CUTOFF.AND.CHAR(I).LT.CUTOFF.AND. 1D(I).LT.CUTOFF)GOTO98 GOTO96 98 IF(DMIN.LT.D(I).AND.D(I).LT.DMAX)N2=N2+1 IF(N2.GE.2)GOTO99 96 CONTINUE WRITE(IPR,5) WRITE(IPR,10) WRITE(IPR,18)ALPH11,ALPH12,ALPH21,ALPH22,ALPH31,ALPH32, 1ALPH51,ALPH52 WRITE(IPR,19)SBNAM1,SBNAM2 WRITE(IPR,40) WRITE(IPR,41)N2 WRITE(IPR,5) RETURN 99 CONTINUE C 5 FORMAT(1H ,'**************************************************', 1'********************') 10 FORMAT(1H ,' FATAL ERROR ') 11 FORMAT(1H ,' NON-FATAL DIAGNOSTIC ') 15 FORMAT(1H ,'THE ',A4,A4,' INPUT ARGUMENT TO THE ',A4,A4, 1' SUBROUTINE') 18 FORMAT(1H ,'THE ',A4,A4,', ',A4,A4,', ',A4,A4,', AND ',A4,A4) 19 FORMAT(1H ,'INPUT ARGUMENTS TO THE ',A4,A4,' SUBROUTINE') 20 FORMAT(1H ,'IS NON-NEGATIVE (WITH VALUE = ',I8,')') 22 FORMAT(1H ,'HAS THE VALUE 1') 30 FORMAT(1H ,'HAS ALL ELEMENTS = ',E15.8) 32 FORMAT(1H ,'HAS ALL ELEMENTS IN EXCESS OF THE CUTOFF') 33 FORMAT(1H ,'VALUE OF ',E15.8) 34 FORMAT(1H ,'HAS ALL ELEMENTS OUTSIDE THE INTERVAL') 35 FORMAT(1H ,'(',E15.8,',',E15.8,')',' AS DEFINED BY') 36 FORMAT(1H ,'THE SIXTH AND SEVENTH INPUT ARGUMENTS.') 40 FORMAT(1H ,'ARE SUCH THAT TOO MANY POINTS HAVE BEEN', 1' EXCLUDED FROM THE PLOT.') 41 FORMAT(1H ,'ONLY ',I3,' POINTS ARE LEFT TO BE PLOTTED.') C C-----START POINT----------------------------------------------------- C C DETERMINE THE VALUES TO BE LISTED ON THE LEFT VERTICAL AXIS C DO200I=1,N IF(Y(I).GE.CUTOFF)GOTO200 IF(X(I).GE.CUTOFF)GOTO200 IF(CHAR(I).GE.CUTOFF)GOTO200 IF(D(I).LT.DMIN)GOTO200 IF(D(I).GT.DMAX)GOTO200 YMIN=Y(I) YMAX=Y(I) GOTO250 200 CONTINUE 250 DO300I=1,N IF(Y(I).GE.CUTOFF)GOTO300 IF(X(I).GE.CUTOFF)GOTO300 IF(CHAR(I).GE.CUTOFF)GOTO300 IF(D(I).LT.DMIN)GOTO300 IF(D(I).GT.DMAX)GOTO300 IF(Y(I).LT.YMIN)YMIN=Y(I) IF(Y(I).GT.YMAX)YMAX=Y(I) 300 CONTINUE DO400I=1,9 AIM1=I-1 YLABLE(I)=YMAX-(AIM1/8.0)*(YMAX-YMIN) 400 CONTINUE C C DETERMINE THE VALUES TO BE LISTED ON THE BOTTOM HORIZONTAL AXIS C DETERMINE XMIN, XMAX, XMID, X25 (=THE 25% POINT), AND C X75 (=THE 75% POINT) C DO600I=1,N IF(Y(I).GE.CUTOFF)GOTO600 IF(X(I).GE.CUTOFF)GOTO600 IF(CHAR(I).GE.CUTOFF)GOTO600 IF(D(I).LT.DMIN)GOTO600 IF(D(I).GT.DMAX)GOTO600 XMIN=X(I) XMAX=X(I) GOTO650 600 CONTINUE 650 DO700I=1,N IF(Y(I).GE.CUTOFF)GOTO700 IF(X(I).GE.CUTOFF)GOTO700 IF(CHAR(I).GE.CUTOFF)GOTO700 IF(D(I).LT.DMIN)GOTO700 IF(D(I).GT.DMAX)GOTO700 IF(X(I).LT.XMIN)XMIN=X(I) IF(X(I).GT.XMAX)XMAX=X(I) 700 CONTINUE XMID=(XMIN+XMAX)/2.0 X25=0.75*XMIN+0.25*XMAX X75=0.25*XMIN+0.75*XMAX C C BLANK OUT THE GRAPH C DO1100I=1,45 DO1200J=1,109 IGRAPH(I,J)=BLANK 1200 CONTINUE 1100 CONTINUE C C PRODUCE THE VERTICAL AXES C DO1300I=3,43 IGRAPH(I,5)=ALPHAI IGRAPH(I,109)=ALPHAI 1300 CONTINUE DO1400I=3,43,5 IGRAPH(I,5)=HYPHEN IGRAPH(I,109)=HYPHEN 1400 CONTINUE IGRAPH(3,1)=EQUAL IGRAPH(3,2)=ALPHAM IGRAPH(3,3)=ALPHAA IGRAPH(3,4)=ALPHAX IGRAPH(23,1)=EQUAL IGRAPH(23,2)=ALPHAM IGRAPH(23,3)=ALPHAI IGRAPH(23,4)=ALPHAD IGRAPH(43,1)=EQUAL IGRAPH(43,2)=ALPHAM IGRAPH(43,3)=ALPHAI IGRAPH(43,4)=ALPHAN C C PRODUCE THE HORIZONTAL AXES C DO1500J=7,107 IGRAPH(1,J)=HYPHEN IGRAPH(45,J)=HYPHEN 1500 CONTINUE DO1600J=7,107,25 IGRAPH(1,J)=ALPHAI IGRAPH(45,J)=ALPHAI 1600 CONTINUE DO1700J=20,107,25 IGRAPH(1,J)=ALPHAI IGRAPH(45,J)=ALPHAI 1700 CONTINUE C C DETERMINE THE (X,Y) PLOT POSITIONS C RATIOY=40.0/(YMAX-YMIN) RATIOX=100.0/(XMAX-XMIN) DO1800I=1,N IF(Y(I).GE.CUTOFF)GOTO1800 IF(X(I).GE.CUTOFF)GOTO1800 IF(CHAR(I).GE.CUTOFF)GOTO1800 IF(D(I).LT.DMIN)GOTO1800 IF(D(I).GT.DMAX)GOTO1800 MX=RATIOX*(X(I)-XMIN)+0.5 MX=MX+7 MY=RATIOY*(Y(I)-YMIN)+0.5 MY=43-MY IARG=37 IF(0.5.LT.CHAR(I).AND.CHAR(I).LT.36.5)IARG=CHAR(I)+0.5 IGRAPH(MY,MX)=IPLOTC(IARG) 1800 CONTINUE C C WRITE OUT THE GRAPH C DO2100I=1,45 IP2=I+2 IFLAG=IP2-(IP2/5)*5 K=IP2/5 IF(IFLAG.NE.0)WRITE(IPR,2105)(IGRAPH(I,J),J=1,109) IF(IFLAG.EQ.0)WRITE(IPR,2106)YLABLE(K),(IGRAPH(I,J),J=1,109) 2100 CONTINUE WRITE(IPR,2107)XMIN,X25,XMID,X75,XMAX C 2105 FORMAT(1H ,20X,109A1) 2106 FORMAT(1H ,F20.7,109A1) 2107 FORMAT(1H ,14X,F20.7,5X,F20.7,5X,F20.7,5X,F20.7,1X,F20.7) 998 FORMAT(1H1) C RETURN END