Google
 

Trailing-Edge - PDP-10 Archives - decuslib10-09 - 43,50466/stpk4.chn
There is 1 other file named stpk4.chn in the archive. Click here to see a list.
('0DO YOU ALSO WANT PERCENTAGES (YES OR NO)? ',$)(A3)('0ANSWER EITHER YES OR NO')('0WHICH VARIABLES? ',$)(' ENTER THE VAR. NUMBERS OR NAMES FOR WHCIH FREQUENCIES'/' ARE TO BE CALCULATED, SEPARATED BY COMMAS.  RANGES OF'/' VARIABLES MAY BE SPECIFIED BY ENTERING THE EXTREMES OF THE'/' RANGE SEPARATED BY A MINUS.  ALL VARIABLES MAY BE SPECIFIED'/' BY ENTERING A *, OR THE WORD "ALL".')('1',70A1)('0VAR.',20X,'FREQUENCY'/1X,5('-'),2X,5('-'),24A5)('0VAR.',15X,'FREQUENCY AND PERCENTAGES'/1X,5('-'),2X,5('-'),24A5)(/)('0',A5,2X,'VALUE',12(1X,G9.3))('0',7X,'VALUE',12(1X,G9.3))(8X,'FREQ',1X,12(I5,5X))(8X,'%',4X,12(F6.1,1H%,3X))YES  -----NO   !    gR6)8 \~ p @ p @; p @& p @
+ $ D@du T1D+ <R,, <U, <X,
2D3D+3D+E<Y,,+T1D+<\,,&<I, Du  D=+*:$8&% U1D
+2 <b,"S $ F D$ $ <e,
:$; +/, U0D
+5 <H,1 2D+< <g," $ F D <j,
:; +9, 3D+D <l," $ F D <o,
:; +A, $ D~"= $ F D$!&3Fu+I & H&3Fu D&"; $ .t 
#$
&.
.
$ 
( J.$8(K $ D D ; D 2$+  D.7 .$( D.t  F~ .t2&+b .t .t ' H .t F .t  D~  Dt.t 2&~+z .t .t  F .t ~ F .t  D~ .t2$+z .t .t ' H .t D .t  D~+z t.t .t  F .t % F>t.t 2f~+z t.t  D%:.t 3&~+~ 3dt+u".".t3f+	   Hu t H D:+   Fu  F t F:+>4D" u F  F /0$+T 1D+S"$.D:3D+.t  F~ .t2&+  D .t  F>.t 2f~+ .t ~ F+ $3D$+) U0F
+'.~2dV+):~ <q,, $ Dt t  H H D3D;+ (/; $ H D.t 3F+} .t  D:t3d+z U0F
+Q 3F+: &.~3fV+Q 2F+> &.~3fV+Q <H,1 2D+F <t," $ F D <w,
:; +C, 3D+N <y," $ F" D <|,
:; "+K, $ D~ 3D:~ ~ t 2F+[ <~, &. <,
" $ F" D  <,
:; "+X, t 3F+d <," $ F! D  <,
:; !+`, <," $ F! D  <,
:;$!+g,$.D~ 2D+yd; D
:;  +u,:~ $ Dt t .t  F@f t::; +0 U0D
+ 3D+ $.~3dV+ 2D+ $.~3dV+ <H,1 2D+ <," $ F D <,
:; +, 3D+ <," $ F D <,
:; +, $ D~ 3D:~ ~ t 2F+& <, &. <,
"t $ Fs D  < ,
:; s+", t 3F+. <!,"t $ F= D  <$,
:; =++, <&,"t $ F< D  <),
:;$<+1,$.D~"2D+Dd; D <-,
:;;+@,:~:$;+G~Ap,~@'=@%	$UIXUe(/XUk(#(#XUf(#(#XUrXUk(#(#XUf(#(#XUr$(XUv(XUy$XU{(XUk(#(#XUf(#(#XUr$(XUv(XUy$XU{(('0WHICH VARIABLES? ',$)(' TYPE IN THE VARIABLE NUMBER TO BE USED FOR THE'/'HISTOGRAM.  IF A HISTOGRAM FOR EACH VARIABLE IS DESIRED TYPE'/'"ALL".  TO RETURN TYPE "!".')('1',70A1)('0',10X,'***** HISTOGRAM FOR VARIABLE: ',A5,' *****'//)(8X,'I ',A1,20(A5,A1))(1X,F6.2,' + ',A1,20(A5,A1))(8X,'--+',25(A5,A1))(10X,'^',25(I4,' ^'))(10X,'^',20(5X,A1))(10X,'^',13(2X,G9.3,'^'))(10X,13(A1,2X,G9.3))(8X,G9.3,1X,9(1X,G9.3,2X),1X,G9.3) 0!T+     P p TI    !-----
 tXXXXX!^!9Lf3 x^    !4!Y     Q'@ \6 p @n p @ p @ p @g !p @d !p @j < B, @ D= < Dh 9 Dr $
 Ds & F	 U1F
 D	0F
+R$hDs@d=qT1D+V\<G,,<>,
 $ D 6du+b!$ D= n D
+c:8&^"
!$ Fp2D+u!Fd!&3F=+Dd!d$., Dg d$.  D< &/ $ $d..  3hg+t $d..   Hg $d..  2(<+{ $d..   H<.$8&n g< Dh	 Ds5d!& Fs < =,[ @eDe Di"dde5$"&.Fi!&Fe < ;,g @!$	  Dm2`=+!$  Dm2`:+
 m Ds"	 $@h/.$8&" $ $d..  <s(H Hj3h	+ 
	Jjj!*J /.$8&@di"	$/?HHWj/(HH/3hi+)/Hi.$8&""		Dll6D/+.>l8&+!$HDf!$2$iDfi2d>+3!& U1D
+S < M,"S $ F D  < P,
:; +O, U0D
+U < 9,1 < Q, d.j < T,
"s $ F D"dlf Dr"l $ /p3(r+d ( H 
= J = 
; J = J >.$8&^ &/  D  =2DA+j>8&g &<$<3D+s < V," $ F Dj j < Y,
:j; +o,+{ < Z, < ],
" $ Fu Dj j < _,
:j; u+w,:; +Z < `,"l $ Ft D < c,
:; t+, < e,"l $ Ft D  < h,
:; t+ , < j,"l $ F/ D < m,
:; /+ 
, < D/"l $ .s H/.$8& "l7 .$((.l De5D ! < n, &/l7 .&(/& $ F D  < q,
 $.d; + , e0D+ , < s, &/l7 .&(/& $ F D  < v,
 $.d; + (, < x,"l7 .&(/& $ F D  < {,
 $.d; + 1,:; p+e 6 n Ap,~p>ip>exs@u<
hfqjn@8	d7gXU
XU(/XU$XU"(=XU%(r(=XU($h(rXU*$WXU,(=XU.(/XU1(=(/XU3(/(1X,A5,3X,3G15.7)(1X,A5,3X,G15.7,1X,'CANNOT CALCULATE (STD. DEV.= 0)')('0VAR.',4X,'STD ERR OF MEAN',3X,'SKEWNESS',4X,'COEF. OF VAR.') 8KJ
+!* $.D |"$.V2$ |+!* <![,1 $ D | <!c,,"! $ F! D!f! F!. } <!],T  F  !. }7D+!F !. ~ !. } &H F!@d! D!"! $ !. ~ 
!$
!.
.
! 
(
' J!
J! !!H!.$8&!9 !! D! <!\,g !! D! U0D
+!M: |3dV+!M <![,1 <!f,, $ D | !. }7D+!R <!i, !.! <!l,
 !. }6D+!W <!o, !.! <!r,
:!; !+!- !  | Ap,~p!!x!@!!	 }!! ~!!XU!XU!XU!$( (!(!XU!
$( ('0THERE ARE',I5,' VARIABLES AND',I5,' OBSERVATIONS')('0VAR.         MEANS      STD.DEV.        VARIANCE')(1X,A5,2X,3G15.7)I0 \" p @!v p @!x !p @!u !p @!t !p @!u p @!t U0D
+" $.D!t"$.V2$!t+" <"+,1 $ D!t <",, <"/,
 <"1,,"!v $ F!v D!w.!t  F!w U0D
+"":!t3dV+"" <"+,1 <"4,, $ D!t <"7, !w.!u !w.!u !w.!t <":,
:!w; !v+" " !t Ap,~XU!x$!v$!xXU!~XU!~XU"$(('(!w('1',70A1)('0',10X,'***** CORRELATION MATRIX *****'//'  VAR.')(1X,A5,2X,15F8.4)(8X,15F8.4)(1X)(8X,15(3X,A5))G?  \"T p @"B p @"G !p @"> !p @"? <#;, $ D"> U0D
+"_ & F">1D
+"g <#@,"S $ F"D D"F "F <#C,
:"F; "D+"c, U0D
+"i <#:,1 $ D"= <#D,,""B $ F"C D"F U0F
+#	&">.$ D"E.D"="$.V/"E2$"=+#	 <#G,,""F.&&">/& $"(.">. H"H"(."F2("H+"}"(."F H"H <#J,"*.
/
"H  J"B H"= "=."? <#M,
:"=; "B+#,.">8&"x <#:,1 $."E D"= &/"F&">/& $"(.">. H"H3h"F+# 
"F J"H0D+# <#O, "F."? <#R,
"
"H/*.
  J"A H"? "E$"?."F."F <#S,
:"?; "A+#,1D+#% <#U,"
"H/*.
  J"@ H"? "E$"?."F."F <#X,
:"?; "@+# ,.">8&#:"F; "C+"n <#Y,, &/"B&">/& $"(.">. H"H3h"B+#0 
"B J"H <#\,"*.
/
"H  J"D H"? "?."? <#_,
:"?;@"D+#4,.">8&#, "T,~@"U"G	">"F"U"G"E"GXU"H(/XU"IXU"RXU"S$'XU"O$'( XU"Q( XU"RXU"S$'('0HOW MANY INPUT VARIABLES? ',$)(A5)(20I)('0TOO MANY VARIABLES!')('0ENTER INPUT DATA'/)(' ***WARNING*** YOU HAVE COMPLETED THE SPECIFIED',' NUMBER'/' OF OBSERVATIONS - NO MORE DATA ACCEPTED')(' YOU HAVE AN ERROR ON THE LAST LINE OF DATA - REENTER IT'/)(I3,2X)!    IH  \$
 #j3D$+%  <%7, <%:,
 #g3d#p+$( <%<,,+% "#g $ F#j D#d.#b@f"#g $ #l$#d..#m@j .$8&$,:#d; #j+$* $ D#o <%?,, <%B,"#g $ F#i D#d #d.#b <%E,
:#d; #i+$7,"#g $ F#h D#d$#n.#o.#o #d.#b  F #d.#b #d.#b F"#d $ #l$#d..#m 
.
#b 
#d.
#b 
7
/L .$8&$D:#d; #h+$=:#o3d#c+$4 <%F, <%I,
 <%K,,+$T <%N,,+$4"$.#o D#q"#g $ F#f D#o"&/#g.#o #o #l$#o..#m 
.
#b 
#o.
#b"
7
/ 
#l$
.
#o.
#mn#q( N .$8&$Y:#o; #f+$W"#g $ .#b",.
#q$
#ql 
#l$
.
.
#m 
(
%J$T @' .#bl#q 
'
 J'.$8&$f"#g $ F#m D#o"&/#g.#o #o #o3H+% 
#l$
.
.
#m$#l.#o.#m  (4H% #o$#l 
#l$
 
#o.
.
#m%..#m#o..#m@8#P$#l..#m 
#l$
.
#o.
#m 
( J +% #l$.#o.#m@j  #l$#o..#m J .$8&$v:#o; #m+$t"#g $ #l$..#m!* J .$8&%"#g $ F#k D#o.#e <%Q, <%T,
:#o;A#k+%$,~x$p@$#n	#d#m$#p#l#pXU#qXT#u(#jX}#u$#gXU#vXU#xXT$T$R	#c((XT$T	#c((#hXU#{
XU$P$
$#o('0WHAT IS THE NAME OF THE FILE? ',$)('0STORE IS DESIGNED TO STORE DATA ON A DISK FOR FUTURE'/' REFERENCE EITHER BY STAT-PACK, OR ANOTHER PROGRAM.  THE'/' NAME THAT YOU WISH THE DATA TO BE STORED UNDER SHOULD '/' BE TYPED WHEN THE MACHINE ASKS "WHAT IS THE NAME OF THE'/' FILE?", NO EXTENSION IS NECESSARY.'/' VARIABLES ARE STORED UNDER THE FORMAT (8G15.7).'/' PROTECTION CAN BE ASSIGNED BY TYPEING THE PROTECTION CODE'/' DESIRED WHEN THE MACHINE ASKS "WHAT '/' PROTECTION WOULD YOU LIKE?".  IF NO PROTECTION IS GIVEN'/' THE MACHINE ASSUMES A <177> PROTECTION')(10A1)('0NO PERIOD SEPARATED NAME FROM EXTENSION')('0ILLEGAL NAME')('0WHICH VARIABLES? ',$)(' LIST VAR. NAMES OR NUMBERS OF VAR. TO BE STORED')(1X,'WHAT PROTECTION WOULD YOU LIKE? ',$)(O)(' STANDARD 177 PROTECTION GIVEN')(8G15.7)('0SELECTED VARIABLES WERE STORED ACCORDING TO FORMAT:'/' (8G15.7)').    E    H    L    !    0     P    SEQOUT    DSK  gR~)  \&@ p @%\ p @%f p @%f p @%X !p @%W !p @%X !p @%Z <'/, T1D+&T <'3,, <'6, <'9,
 %a3D&D+'$ %a2D&C+&a %a2D&B+&a %b2D&C+&a %b2D&E+&a %c2D&E+&a <'<,,+&Q@d%Y &DZD%` %` %`2H&A+&f ( H%Y %`3H&E+&j*d&b <'?,,+&s $2D%Y+&m %` &A H%` <'B, <'E,
D%^<'-,27D%^+&ss<'H,,+&QT1D+&vT<'K,,Q<'), <'T, <'W,
6D%V+' <'X,,5D' &? F%V <'[,"%V $ D%` %`.%X7$+':%`8&'"%f $ <'_,"
%V ( J%\ H%Z %Z.%X '$%_..%_ <'b,
:%Z; %\+',.$8&'
+'!"%f $ <'d,"
%\ ( J%[ H%Z %_$%Z..%_ <'g,
:%Z; %[+',.$8&' <'h, <'(,w <'j,, &@ %\ Ap,~xV@%X%\%V%Y%W%^%Z%\p%g%^@&B%`	%W%_&A%X%_%fXU%hXT& @%aXU%l4XU&!P& %g@%aXU&&XU&(XU&*XU&0XT&4$%VXU&5HVP%g^&F~&Gd%VXV&8( XV&8( hVXU&9]    [    ('0WHAT IS THE FILE NAME AND EXTENSION? ',$)(25A1)('0THE FETCH COMMAND IS USED TO READ DATA FROM'/' THE DISK.  BOTH THE FILE NAME AND EXTENSION MUST BE '/' SPECIFIED.  IN ORDER TO READ FROM ANOTHER AREA THE'/' PROJECT, PROGRAMMER NUMBER MUST BE INSERTED IN BRACKETS'/' DIRECTLY ADJOINING THE NAME AND EXTENSION.')('0NO PEROID BETWEEN NAME AND EXTENSION')('0NO COMMA BETWEEN THE PROJECT NUMBER AND PROGRAMMER'' NUMBER')('0PROJECT OR PROGRAMMER NUMBER ILLEGAL')('0INVALID PROJECT PROGRAMMER NUMBER')(O)(O)('0FILE NAME ILLEGAL OR FILE NOT FOUND')('0HOW MANY INPUT VARIABLES? ',$)(I)('0TOO MANY VARIABLES!')(' ERROR ON READING - OBS. ',I4,' REPLACED WITH -9999E-20')('0MORE THAN 4 ERRORS WHILE READING - FETCH ABORTED')(' ***WARNING*** YOU HAVE COMPLETED THE SPECIFIED',' NUMBER'/' OF OBSERVATIONS - NO MORE DATA ACCEPTED')(I3,2X).    E    H    0    L    mI!    0,    7         P    SEQINDSK  M$: \(p p @( p @( p @( p @( !p @'p !p @' !p @( !p @' !p @( !p @( <+	, <+,@d'n T1D+)
,<+, <+, <+,
 'r3D(u+*z 'r2D(s+) 'r2D(r+) 's2D(t+) 's2D(w+) 't2D(w+) <+,,+)@d( (u (w F(*d) (uZD( ( 'q2H(q+) ( H( 'q3H(w+)' 'q3H(+)' 'q H(*d) $ D( (1D+)' <+,,+)6D(+)) ( (q F( <+, <+,
 ( D( 'q2F(+)5:(/&q2F'o+)7 <+",,+)@d'm D'n+)i ( 'q2f(v+): 'q2&(s+)< <+%,,+):(; (+)0 <+(,,+)"$.( D( (/( F'p ( *'q <++,"&.(/( ( F( D( ( <+.,
:(; (+)H, <+0,	 <+3,
 (.$ D( (/&o+)[ 'q2h(v+)V 'q2((s+)X <+5,,+):(8&)Q <+8,,+)"$.( D( (/( D'p ( &'q <+;,"&.(/( ( F( D( ( <+>,
:(; (+)d, <+@,	 <+C,
@d(	 <+,]7D(	+)n <+E,,+) <+H, T1D+)r <+L,, <+O, <+R,
$(3d(+)w@<+S,,+)o"(+$"F( D("(.$@(.$8&*@d'~ $ D(+* '~0d+* <+V, <+Y,
"( $ ($.(.( 
(t J .$8&*	:'~+* <+[,,@d( D(+*z <+^,"( $ F(
 D( (.' <+a,
:(; (
+*,"( $ F(
$D'p$(.(.( 'p.'  F 'p.' 'p.' F"'p $ (
'p.
' 
.
' 
7
/L .$8&*":'p; (
+*:(3d(+* <+b, <+e,
$<+g,, <+,w"$.( D("( $ F( D("&/(.( ( (
.
' 
(.
'"
7
/ 
(
.
(.
(n(( N .$8&*5:(; (+*3"( $ .'",.
($
(l 
(
.
.
( 
(
 J(p <+,T @' .'l( 
'
 J'.$8&*B"( $ F'o D("&/(.( ( (3H+*o 
(
.
.
($((  (4H*j ($(
(
 
(.
.
(..( (..( @8 P(p <*,T ..( 8 N0 ($(
(
.
(.
( 
(J.+*o(( .(8&*R:(; 'o+*P"( $ F( D(.( <+j, <+m,
.($(!&F:(;(+*s(p(Ap(Ap,~x(px(pxV`((	'm'n@(r(	'p((q(((@(r(	(((q((
'rXU(XU(:P((@(XU(>XU(EXU(IP'p('q$'qP(M'q$'mXU(EXU(IP'p('q$'qP(N'q$'nXU(NHVP(^(x~(y'mXU(RXT(V$(XU(VXU(Y$(XU(_XV*/*	(((XV*/*	((((XU(d
P(o$((' ENTER INPUT FORMAT'/)(80A1)(' FORMAT MAY NOT BE LONGER THAN 400 CHARACTERS')(' FORMAT MUST BE ENCLOSED IN PARANTHESIS')('0ENTER FORMAT TO BE USED FOR INPUTTING VARIABLES.'/' FORMAT MUST BE:'/'    1. ENCLOSED IN PARANTHESIS.  A PARANTHESIS COUNT OF ZERO'/'       IS USED TO DETERMINE WHEN THE ENTIRE FORMAT HAS BEEN'/'       ENTERED, THUS THE ENTIRE FORMAT MUST BE ENCLOSED IN'/'       PARANTHESIS.'/'    2. IN FLOATING POINT NOTATION.  STP WILL ONLY ANALYSE'/'       FLOATING POINT VARIABLES, THUS ALL FORMAT STATEMENTS'/'       MUST BE OF THE F-TYPE. (EXAMPLES ARE: F, G, AND E)'/'    3. LESS THAN OR EQUAL TO 400 CHARACTERS.  MULTIPLE LINES'/'       MAY BE USED TO ENTER THE FORMAT, WITH NO LINE'/'       LONGER THAN 72 CHARACTERS; BUT, THE ENTIRE FORMAT'/'       MUST NOT EXCEED 400 CHARACTERS.'/'0IF A ^Z(CONTROL Z) IS TYPED WHILE ENTERING THE FORMAT, THE'/' ORIGINAL FORMAT OF (20F) WILL BE ASSUMED.'/'0EXAMPLE FORMAT:'/' (2X,3F3.0,2(F2.1,1X),2X,F4.2,2X,F2.1,F1.0,1X,F1.0)'/'0FOR A MORE DETAILED DESCRIPTION OF FORMATS CONSULT THE DEC'/' SYSTEM 10 MATHEMATICAL LANGUAGES HANDBOOK PAGES 5-1 THRU 5-9.')E    (    H    L    !    (20F))    {P         M?P \- !p @, T1D+- <-|,, - &., - H*d-@d+p $ D, D+o <-,"&(.+o +o F, D, , <.,
:,; ,+-", +o +p2F-+-, +p2F-+-, +q2F-+-, +q3F-+-w +o/&( $( D+o +o +p2D-+-2>+o8&-.+- +o D, , +p2F-+-;.$ D,"&/+o., , +p H+o.$8&-8"$.D+o+-<:, ,3$+o+-3 +o +p3F-+-r ,0F+-B +p2F-+-u +o/&/+o +o D, , +p3H-:+p +p2H-+-I>+p4h-d:,8&-E +o0$+-M.$ D+o+- $ D, $.,3d+o+-X"&.,/+o ,",. 
+p J +p.$8&-R $/,.+o D+o+- ,., <.,"& , F, D, , <.,
:,; ,+-\,:,1d(+-c <.,,+- $.D,+-N $ D, ,., <.,"& , F, D, , <.,
:,; ,+-i, $.d,2d+o+-y:,1f(+-e <.,,+- , - F - F+-y <.,,+- <.,,+- -,~XU,XT-r,!(+pP,!(+pXU,"P,!(+pXU,"XU,'XU,,c('0VAR.',6X,'MEDIAN',11X,'MODE',12X,'MAXIMUM',9X,'MINIMUM')(1X,A5,2X,G15.7,1X,G15.7,A1,1X,G15.7,1X,G15.7)('0* MORE THAN 1 MODE EXISTS - ONLY THE FIRST IS SHOWN')*         gR` \.I p @.1 p @.7 p @.7 p @.& !p @.$ !p @. !p @.0 p @." </v, U0D
+.\ $.D.""$.V2$."+.\ </u,1 $ D." </z,,@d.8".1 $ F.4 D.5 .K D.1".7 $ .. 
.4$
.5.
.
.5 
( J'.$8&.b $ D./ D.2 .7 D.0 .22$.0+/% .2 D.$..07 .$( D.&..  F.# .2..2&+.y .&.. .2.. ' H .2.. F .&..  D.# .0 D... 2&.#+/ .&.. .0..  F .0.. .# F .&..  D.# .2..2$+/ .&.. .2.. ' H .2.. D .&..  D.#+/ ... .$..  F .$.. .6 F>... 2f.#+/ ...  D.6:.$.. 3&.#+/ .$3d.+/
".$..0".2..3f+/  ./ .2 H. . H.' D.2:./+/( ./ .$ F. .0 F.' . F.0:./+/(>./4D/9 . F.2 .' F.0 .0/.20$+.k .21D+.j"$.D.2:.23D.0+/%..  F.# .2..2&+/, .2 D.$ .$..  F>.$.. 2f.#+/2 .$.. .# F+/,".77 .$(("3D.7+/B7$.7.$(.$ D.#..  F.2+/F7$.7.$( D.#.. F F.2@d.% .  F.% F.' & F./.7 $ .. '2H.'+/N:.+/X .3(.%+/U2h.%+/R 
.K J.1+/U . H.% .' H.% .K H.1 .. ' H.' ( H..$8&/K .3d.%+/\ .' F.%3d.%+/^ .K F.12D.%+/` .K F.1 U0F
+/g:.""&.V2&."+/g </u,1 </},, $ D." <0, .5..0 .7.. <0,
 .12D.K+/n $ D.8:.5; .4+.` .80D+/r <0,, .I ." Ap,~@.J.6	.$.5.J.&.4.7XU.8XU.8XU.>$(.2(.%(.1().XU.C    (' ENTER DOCUMENTATION'/)(133A1)(' THIS ROUTINE ALLOWS FOR INSERTION OF DOCUMENTATION'/' INTO THE LINE PRINTER OUTPUT.  MORE THAN 1 LINE OF DOCUMENT'/' MAY BE INSERTED.  WHEN FINISHED TYPE AN ALTMODE OR A'/' CONTROL Z (^Z).  A "!" IN THE FIRST COLUMN WILL ALSO WORK'/' HOWEVER THOSE LINES ALREADY TYPED IN WILL REMAIN.'/'0A STORED ASCII FILE MAY BE INSERTED INTO THE PRINTOUT'/' RATHER THAN INPUT FROM THE TERMINAL BY TYPING AN "@"'/' AND THE NAME AND EXTENSION OF THE FILE TO BE INSERTED.'/' THE FILE MUST BE IN THE AREA STATPACK IS BEING RUN FROM.')(' NAME ILLEGAL OR FILE NOT FOUND')E    H    @    L    
!    0P         1    SEQINDSK  [\\z \1 <1c,1 $ D0
 <1h,, 1 D0 <1k, <1n,
"&B $B D0R 0R 02D1+1#>0R8&1  0R D0 03F10d+1&+1M0D+1- 02F1+1- 02F1+1- 02F1+1- 03F1+1K0D+10 03F1+1b"0 $ D0R 0R 03D0S+1A:0R8&11:0
3dV+18 <1c,1 $ D0
 <1p, <1s,
"0 $ F0P D0R 0R <1u,
:0R; 0P+1<, 1 D0+1 $3D0R+1b <1v, <1y,
 &/0R $ F0
 0
 <1{,
:0
;0G,+1b,<1|,,+1 <1, 1D0
:0R;0 <1e,]7D0Q+1W <2,,+1 <2, <2, <2,
:0
3dV+1] <1c,1 $ D0
 <2, <2,
 1 D0+1X <1d,w 1,~xV`00Q11XU0SXT1b0V@B0X
0V(0(0X
0V(0(0XU0W4P0V0(0XU1PVP0^1~1XV1a0V@B0X
0V(0@B0G"]h61,>c@Ap!pX@2$,>,<2$,,^6@2&OApa|+2 [pd0@ ,~+2"w#`1",~@Ap6@2OAp,~44242&(' WHICH VARIABLES? ',$)('0ENTER THE VARIABLES TO BE USED IN THE POINT-BISERIAL'/' CORRELATION.  EITHER VARIABLE NAMES(IF THEY HAVE BEEN'/' SUPPLIED) OR VARIABLE NUMBERS MAY BE USED.  UP TO 50'/' VARIABLES MAY BE ENTERED.  THE DICHOTOMOUS VARIABLE'/' MAY BE ENTERED WITH THE OTHERS, HOWEVER IT IS NOT NECESSARY')(' WHICH IS THE DICHOTOMOUS VARIABLE? ',$)('0THE DICHOTOMOUS VARIABLE WILL BE CORRELATED WITH ALL'/' THE OTHER VARIABLES SPECIFIED USING A POINT-BISERIAL'/' CORRELATION.  FIRST THE VARIABLE WILL BE CHECKED TO SEE'/' IF ALL THE OBSERVATIONS ARE EQUAL TO 1 OF 2 VALUES, IN'/' WHICH CASE THE ANALYSIS WILL BE PERFORMED.  IF A THIRD OR'/' MORE VALUE EXISTS FOR THE DICHOTOMOUS VARIABLE, IT WILL BE'/' NECESSARY TO ENTER A BREAK POINT WHEN INSTRUCTED.'/)(' IT IS ILLEGAL TO SPECIFY ALL VARIABLES AS DICHOTOMOUS')(' ALL OBSERVATIONS OF THE VARIABLE: ',A5,' ARE EQUAL')(' WHAT IS THE BREAKPOINT FOR VARIABLE: ',A5,'? ',$)(15A1)(' TO ENTER THE BREAKPOINT FOR THE DICHOTOMOUS VARIABLE'/' CHOSE A VALUE SOMEWHERE IN THE RANGE OF THE VARIABLE AND'/' ENTER IT.  THE VARIABLE WILL THEN BE BROKEN INTO 2 GROUPS'/' BASED ON THIS VALUE; 1 GROUP WILL CONTAIN ALL OBSERVATIONS'/' WHERE THE VALUE IS LESS THAN OR EQUAL TO THE BREAKPOINT VALUE'/' AND THE OTHER GROUP WILL CONTAIN ALL OBSERVATIONS WHERE'/' THE VALUE IS GREATER THAN THE BREAKPOINT.  THE MEDIAN MAY'/' ALSO BE SPECIFIED AS THE BREAKPOINT BY TYPING "MEDIAN"'/)(G)(' BREAKPOINT WAS NOT IN RANGE')('1',70A1)('0',10X,'**** POINT BISERIAL CORRELATION ****'/10X,' VARIABLE:',A5,' IS THE DICHOTOMOUS VARIABLE')(3X,' THE BREAKPOINT USED TO SPLIT THE VARIABLE IS',G15.7)(1X,' THE LOWER GROUP SIZE IS ',I4,' AND THE UPPER GROUP SIZE IS ',I4)('0',56X,'POINT-BISERIAL'/13X,'MEAN OF',7X,'MEAN OF',6X,'STANDARD',7X,'CORRELATION WITH'/' VARIABLE   ','LOW GROUP     HIGH GROUP    DEVIATION',8X,'VARIABLE:',A5)(3X,A5,2X,G14.5,1X,G14.5,1X,G14.5,2X,F10.6)(3X,A5,2X,G14.5,1X,G14.5,1X,G14.5,2X,'CANNOT CALCULATE')E    H    N    I    L    !    A    D    M    P    PROBLEM PT BISERIAL BREAK POINT NOT FOUND    aR` \ p @1 p @= p @= p @" !p @! !p @! !p @/ !p @. <	,@d
+9 <,,+-"= $ ./ D'.$8&: $ D- D2 = D. 22$.+ 2 D ..7 .$( D$./ 9$
..:  F 2./ 9$
..:2& +V $./  D7 $./ 
2.
/ 
/ J' 2./ D' $./ 9$
..:$ D . D
..: 2&+{ $./  D7 $./ ../ ' H ../ D $./ 9$
..:  D 2./ 9$
..:2$ +{ $./  F7 $./ 
2.
/ 
/ J' 2./ F' $./ 9$
..:. F+{  ./ D>
..:$2f+{ 
..:  D<: ./ 9$
..:.3&+ 3d . F$"2..0$+A 21D+?"$.D2:23D.+./  F7 2./ 9$
..:  D 2./ 9$
..:2$ + 2 F   ./  F> ./ 9$
..: 2f+)  ./ 7 F+ / 9$
..:  D4 $ D  &/= $ D; ;./ 9$
..:  3D4+C: 0d+I ; H#./ 
9$

.
'.
: 
( J4:;8&8  0d+ <, 
.. <",
+{ T1D+M <$, 
.. <',
 $ D9 <(, <+,
 3D
+{ 2D+Z 2D+Z 2D
+Z 2D
+Z <.,,+I 2D
+ 2D+ 2D+ 2D	+ 2D+ 2D+ $.=7 .$(./ 9$
..:  D- $A=5Dr7$=.$(./ 9$
.: . 
.
 
(
 J J- =./ 9$
..: -2D+7$=.$( D8"8 8 D; ;./ 9$
..:  3D-+ ;./ 9$
..:   D-+>;8&z <1,/" <2, <5,
 <8,	 <;,
 9$
.: - /  .  2h+ /.= '.  2h+ <=,,+I"= $ D; ;./ 9$
..:  3d-+ ; D#+:;8& <@,/" U1D
+% <A,"S $ F0 D. . <D,
:.; 0+!, U0D
+' <~,1 $ D <E, 
.. <H,
 90D+/ <J, <M,
1D: &.=/# F"&.# F <N, <Q,
 <S, 
.. <V,
!&2F1 F>"> $3F0 D;!&3F
+z@d> (/# $ ./ 
9$
<.
.
: (F>.$8(D@d:"&/=.# # ./ 
9$
<.
'.
: (H:.$8&L@d7f : Df > D# U0D
+g:3dV+g <~,1 <X, 
.. <[,
 $ D 90D+a <\, <_,
1D: <a, <d,
 <f, 
.. <i,
 <.!7D+v =$f $d D <,T # <.! D7 <j, <.. <.! <m,
+z <q, <.. <.! <t,
:;; 0+=  1 Ap,~x@
$"5.1@s	>$"5.1@;	!:"9=XU?XUAXUc)XU^XUc)XU
XU$XU$XTI@XU0x/XUS
$XU](-XUc$$XUj$XUS
$XU](-XUc$$XUj$XU{$(#(((7XU$(#(((' WHICH VARIABLES? ',$)(' ENTER THE VARIABLE NUMBERS OR NAMES OF VARIABLES (IF '/' THEY HAVE BEEN DEFINED) TO BE GRAPHED.  IF ALL VARIABLES ARE'/' TO BE EXAMINED TYPE "*".  YOU WILL  BE ASKED TO SPECIFY'/' RANGES')('0RANGES ARE USED TO DETERMINE WHICH OBSERVATIONS FIT'/' INTO EACH BAR OF THE GRAPH.  RANGES ARE ENTERED ONE PER LINE;'/' EACH RANGE CONSISTING OF A MINIMUM AND A MAXIMUM VALUE'/' SEPARATED BY A COMMA.  WHEN THE LAST RANGE HAS BEEN ENTERED'/' TYPE A <CR>, OR A ^Z(CONTROL Z).  IF YOU DESIRE THE RANGES'/' TO BE AUTOMATICALLY CALCULATED ANSWER "AUTO" TO THE INQUIRY'/' FOR RANGES.  IF THERE ARE FEWER INDIVIDUAL VALUES THAN'/' RANGES, EACH INDIVIDUAL VALUE IS PLACED IN ITS OWN RANGE,'/' OTHERWISE RANGES OF EQUAL MAGNITUDE ARE ASSUMED.'/' IF FEWER RANGES ARE DESIRED THEY MAY BE SPECIFIED'/' BY FOLLOWING THE "AUTO" WITH A "/" AND THE NUMBER OF RANGES'/)(' ENTER RANGES 1 PER LINE'/)('+? ',$)(40A1)(' MAXIMUM OF 50 GROUPS FOR BARGRAPHS')(I2)(2F)(' THIS RANGE OVERLAPS RANGE #',I2,' - PLEASE REENTER'/)('1',72A1)('0',10X,'***** BAR GRAPH FOR VARIABLE: ',A5,' *****')('0',2X,'RANGE OF VALUES',7X,'FREQ',2X,'PCENT',1X,'+',80A1)(1X,G10.4,'- ',G10.4,2X,I4,2X,F5.1,1X,'I',80A1)(25X,'----',8X,'+',80A1)(25X,I4,9X,80A1)(38X,4(15X,F5.1))(38X,5F5.1)(54X,'PRECENTAGE')#SDE    +    H    9    0    T    -    L    O    !    /    A    U    X    `^    p     P         E|@ \!d p @m p @ ^ p @ \ p @[ !p @ !p @w !p @j <%
, $ D Z@dk $
 D $ U0D
+!~$( D $ !i D X !f D # !n D !p Di T1D+" <%,, <%,
+"3D]+%2D+",+" T1D+" <%,, $ Di T1D+" <%,, <%, <%",
 =3D!k+% =2D!g+": >2D!f+"o >2D!j+" %?2D!o+"  <%%,,+"  =2D!l+"A  >2D!l+"A  >2D!i+"A  ?2D!j+"A!$ Dk  ?2D!k+"Z !n !o F*d") $ Di $ D Y: Y  =3&!h+"5  =2f!h+"5 i0f+"3  = H:i+", <%(,,+"
 <%1,	 <%4,
  Z0d+"31$+"+"Z  =2D!o+"D  >3D!o+"X i0d+"3 <%6, <%9,
  $3& 
+"L  $ F [  
 H $ F 
 i1$+"W"i.& $ D  i 
  
3* $+"V 
  $2j 
+"V <%;, <%>,
+":8&"O:i+""$.i.DZ1$+"2Dx+"a m D `" ` $ Fn D Y D\!&3Fx+"f G H\3Fk+"z" Z $@fo.$8("h" ^ $ Fl Di" Z $ D   W$\.i. X  3( $+"v  W$\.i. X  2h 
+"v:o+"w:8&"m:i; l+"l  Z D R+$	" ^ $ .w 
 W$
\.
.
 X 
( J'.$8&"{ $ Dh Dn  ^ Di n2$i+#= n D.i7 .$( D].w  F n.w2&+# ].w n.w ' H n.w F ].w  D i Dx.w 2&+#) ].w i.w  F i.w  F ].w  D n.w2$+#) ].w n.w ' H n.w D ].w  D+#) x.w .w  F .w  [ F>x.w 2f+#) x.w  D [:.w 3&+#. 3dx+#$".i"n.x3f+#9 h n Hx x H_ Dn:h+#@ h  Fx i F_ x Fi:h+#@>h4D#R x Fn _ Fi i/n0$+# n1D+#"$.Dn:n3Di+#=.w  F n.w2&+#E n D .w  F>.w 2f+#K .w  F+#E $ D R D Do  w 
  J 
 J $ 
 ^1*+$	 */
 ^ $ Di  i.w 3D  
+#c:2h Z+#f i.w  D  
 i.w  D  $@d o : o:i8*#Z  D R+$	 w  ^.w h Z F V  H $" V!e H 
  Z1&+#y" Z.( $  # V F $"
 V
!e  $ V F 
.$8(#q  Z  ^.w  F 
" Z $@ho.$8&#z" ^ $ F T Di" Z $ D  i.w '3( $+$ i.w '2h 
+$:o+$:8&#:i;  T+#}  Z D R@d Z $2 Dh D S" R $@hhoH Z.$8&$
 $3D Z+$ D\" R $ho Z(H H3h\+$  H\.$8&$d S3$\+$  S Dh"$
.d S5d$d$D D S  S0D	+$ $ D S+$ U1D
+$' <%?,"S $ F Q Di i <%B,
:i;  Q+$$, U0D
+$* <%,1 <%D, \.j <%G,
 $ D  U0D
+$0 $	 D  <%H, !m_DwZD W"  $ F ` D <%K,
:;  `+$5 <%M,
: W; w+$3,dh Dlh $ D V" R $ F _ Di  V&F F W1&+$E" W $ !m F.$8($C  W0$+$I <%N, i <%Q,
1$+$R <%T, i <%W,
" W $ F ^ D  <%Z,
:;  ^+$O,:i;  _+$?dh DlD D^ lDD D^ lF D D_dh D_ <%\, !m_D ]ZD W"  $ F ] D <%_,
:;  ]+$` <%`,
: W;  ]+$^,D Z D <%b, <%e,
 !m_D \ZD W"  $ F D <%f,
:; +$l <%h,
: W;  \+$j, U0D
+$y <%i, !m_DZD W  W <%l,
: W; +$v, U1D
+% <%n, !m_DZD W  W <%q,
: W; +$}, <%r,,: Y; n+"c !d m Ap,~@G!g `] 
jm@!e Y	 X!d[ W \XU aXU cXU wAXU!8XU!;XT"X!<@ =XU wAXU!=P!< Y@P!A Y$ ZX}!B( $( 
XU!B$XU!H(/XU!I$XU!O( X( #XU!U( $( 
$o(XU!U( $( 
$o($XU!Z( X( #XU!\$(i(XU!^(]XU!`(]XU!b(1X,'OVERLAY',I3,3X,I9)g'W  \%z"& $ F%v D%w D%v <&,/y <&, <&
,
:%w; %v+%~ %z,~p%v%uX%w$%w$%u(' BANK NAME? ',$)(10A1)(' FOR ADDITIONAL INFORMATION TYPE HELP')(' THE "MABNK" COMMAND IS USED TO CREATE A DATA BANK.'/' DATA WILL BE STORED IN A BINARY FILE - DO NOT TRY TO PRINT'/' THE BANK FILE!  NAMES WILL BE STORED ALONG WITH THE DATA.'/' IF NAMES HAVE NOT BEEN ASSIGNED TO VARIABLES, V1,V2,V2,ETC.'/' WILL BE USED. THE BANK NAME MAY BE UP TO 6 CHARACTERS WITHOUT'/' AN EXTENSION, ".BNK" WILL BE ADDED.  TO ACCESS A STORED DATA'/' BANK USE THE "ACBNK" COMMAND'/)(' NO PROJECT-PROGRAMMER NUMBER NECESSARY '/' - YOUR NUMBER ASSUMED.'/)(' MAXIMUM OF 6 CHARACTERS FOR BANK NAME')(' NO EXTENSION NECESSARY ".BNK" WILL BE ADDED'/)(' WHAT PROTECTION? ',$)(' ENTER THE 3 DIGIT PROTECTION CODE YOU DESIRE'/' IF A RETURN IS GIVEN THE PROTECTION WILL BE ASSUMED 055')(' ALL DIGITS OF THE PROTECTION MUST BE BETWEEN 0 AND 7')(O3)(I4)('CREATED IN STP - VAR ',I3,' BANK ',2A5)B    .    V    E    H    K    N    0    >?Z    L    mI!    A    xX[    h`XV2   7    hP         RANDOM    DSK  BINARY    [j` \'> p @&W p @&c p @&b p @&S !p @&R !p @&T <), $ DV T1D+'\ <),, <), <),
 &L3D'F+) &L2D'L+'c <),,+'Y &L2D'A+'k &L2D'A+'k &M2D'E+'k &M2D'K+'k <),,+'Y $ D&` &` &K3F'L+'x &K3F'?+'w &K2F'H+'s <),,+'x:&`1d+'l <)!,,+'Y <)$,, &` '? F&K '> F&L 'C F&L 'B F&M &.f&`1F+(/& &` 'L H&K.$8&( <)', <)+,
 $ D&K T1D+( <)-,, <)0, <)3,
 &L3D'F+) &L2D'A+( &L2D'A+( &M2D'E+( &M2D'K+( <)6,,+( &L3D'L+($ 'KZD&T &T &K3('C+( &K3h'J+( <)9,,+(*d( <)<, 'K_D&XZD&` &` <)?,
:&`; &X+(, <)A,	 <)D,
 <)F, <)
,/v <)	,T 'J F&] D&c <)K, <)N,
 'G_D&WZD&Q <)T,
:&Q; &W+(-,"&W $ F&V D&` &/&c&&>/& $ F&V D&T.$> D&S3d&c+(9 &c F&S &T/&/&S &T"&T. 
&_$
&`.
.
&` 
( J &
.$8&(; $>.&T3D&S+(G $/&T.&S D&R &R/&? &R 'F H&
.$8&(E:&c <)U, <)Y,
 $>.d&T; &V+(6:&`; &V+(2 &/&W&&/& $ F&_ D&`.$ D&Y3d&W+(T &W F&Y &`/&/&Y &` F&^ D&Q.&T  F&K <)[,	 'I_D&]ZD&T &T <)_,
:&T; &]+([, &L2d'E+(a &L2$'G+(u '@ D&L <)`, <)d,
 <)e,	 'I_D&\ZD&T &T <)i,
:&T; &\+(g, &L2D'L+(o 'H &K F&K*d(l 'L D&N+(j <)j, 'I_D&[ZD&T &T <)n,
:&T; &[+(r,"&`.&Q$$	 &K F&
"&`.&Q$$	@f&"&`.&Q$$	 <)o, <)s,
:&Q; &^+(W:&c <)u, <)x,
 $.d&`; &_+(Q <){, <),w '>,~xVx&Zp&Q&Z@'@&a	&R&`'?&S&_&bXU&dXT)&f@&LXU&gXU&k(XU'XU'XU' P&f&a@&LXU'%XT)&f@&LXU''XU'2P&f&^$&KP'8&^$&K8VP&a^'L~'N'D^'Od&KPV&c$&W$&c$&`@&Z$&Q$&Z(&]$&TPV&c@>&
P&f&K$&KP'9&K$&QP&f&K$&KP&f&K$&KP'9&
`V(' "?" INDICATES PROGRAM IS WAITING FOR  INSTRUCT.')('1',70A1)('0? ',$)(A4,20X)('0PROBABILITIES ASSOCIATED WITH T TESTS, F TESTS',', AND CHI SQUARES'/' ARE GIVEN IN THIS SECTION.  EACH MAY BE',' OBTAINED IN TWO DIFFERENT'/' WAYS: EITHER BY USE OF A ','COMMAND STRING (WHERE ALL PERTINENT DATA IS'/' GIVEN)',', OR BY SPECIFYING THE TYPE OF PROBABILITY DESIRED, AND'/' ALLOWING THE PROGRAM TO ASK FOR THE NECESSARY INFORMATION','.  THE'/' THREE COMMAND STRINGS ARE:'/'0CHI SQR - CHI<CHI.',' SQ. VALUE>,<DEGREES OF FREEDOM>'/' T TESTS - T','<T SCORE VALUE>,<DEGREES OF FREEDOM>'/' F TEST  - F<F SCORE',' VALUE>,<NUM. DEG. OF FREED.>,<DEN. DEG. OF FREED.>'/' WHERE <> INDICATES THE NUMERIC VALUE SPECIFIED IS TO BE',' INSERTED.'/'0THE OTHER METHOD CONSISTS OF GIVING THE CODE',' (T,F, OR CHI) AND'/' ALLOWING THE PROGRAM TO ASK FOR',' THE NECESSARY VALUES.  A "?"'/' INDICATES THE PROGRAM IS ','WAITING FOR A COMMAND.  TO EXIT FROM THE'/' PROBABILITY',' SECTION TYPE "EXIT".')(A3,2F)(' NO PROBABILITY CALCULATED -',' DF OR CHI SQ. OUTSIDE LIMITS')(' THE PROB. FOR A CHI SQ OF',F7.3,' WITH',I5,' DEGREES',' OF FREEDOM IS',F6.3)('+WHAT IS THE VALUE OF THE CHI. SQ.? ',$)(F)('+HOW MANY DEGREES OF FREEDOM? ',$)(' THE NUMBER OF DEGREES OF FREEDOM MUST BE GREATER THAN',' 0.'/)(A1,3F)(' THE PROB. FOR A T OF',F7.3,' WITH',I5,' DEGREE','S OF FREEDOM IS:',/10X,'ONE TAILED',F7.4,'; TWO TAILED',F7.4)('+WHAT IS THE VALUE OF THE T? ',$)(' PROB FOR  AN F OF',F7.3,' WITH',I5,' DEGREES OF',' FREEDOM IN THE NUMERATOR'/10X,'AND',I5,' DEGREES OF FREEDOM',' IN THE DENOMINATOR IS',F7.4)('+WHAT IS THE VALUE OF THE F? ',$)('+HOW MANY DEGREES OF FREEDOM IN THE NUMERATOR? ',$)('+HOW MANY DEGREES OF FREEDOM IN THE DENOMINATOR? ',$)(' THE COMMAND JUST GIVEN DOES NOT EXIST')EXIT CHI  T    F    !    HELP      aJ|  \+7 U0D
++? <,J,1 $ D)}3DT++C <,Q,, U1F
++K <,T,"S $ F* D* * <,W,
:*; *++G, T1D++N <,Y,, <,\, <,_,
 *2D+;++S <,`,,++K *2D+83D+;+,H3D+:+,H <,c, <,f,
 *2D+9++xD* D*4d+h <,O,-h *0D++_ <,i,,1D++K U0F
++e:)}3fV++e <,J,1 $ D)} <,l, <,o,
++K6d)++n T1D++l <,q,, <,t, <,w,
 T1D++q <,y,, <,|, <,,
D* D*d D*6d*++[ <-,,++n <-, <-,
 *2D+9+,D* D*4d,	 )~ D* <,M,L @) )D D* U0D
+, $.d)}3dV+, <,J,1 $ D)} <-	, <-
,
++K6d)~+, T1D+,,
 T1D+, <-,, <-, <-,
D* D*d D*6d*++} <-,,+, *2D+:+,F )~ D*D* D*d D*D)~ D*d D)~7d*+,+7d*+,; <,K,L @* U0D
+,) $.d)}3dV+,) <,J,1 $ D)} <-!, <-$,
++K6d*+,1 T1D+,/ <-',, <-*, <--,
 T1D+,4 <-/,, <-2, <-5,
D* D*d D*6d*+,; <-6,,+,16d*+," T1D+,? <-9,, <-<, <-?,
D)~ D*d D)~6d*+," <-A,,+,; <-D,,++K +7,~h***h+8**`*)**XU*XU*
(/XU*XT,H*
(*XU*()(*XU*hXU*n()$*(*XU*vXT*{()XU*{XT*{(*XU*X}+(*()~(*()~XU+()~$*(*()XU+XT*{()~XU*{XT*{(*XU*XU+(*$*$*(*XU+$XT*{(*XU+(XT*{(*XU*XU+-XT*{()~XU*XU+3 fH, z2 Mvm &E dd se { l ~ "h0   vz ~"P n-d z<" O! < < [u; o2 ^ }Q< QR 4ddG"N
Q \-Y p @-G p B-K p D-H p D-J!$ D-L -\ D-L -c D-M -e D-M -` D-N -c D-N -b D-O -d D-O -_ D-P -[ D-P -Z D-Q -] D-Q -b D-R -f D-R -` D-S -f D-S -e D-T -[ D-T -a D-U -d D-U -^ D-V -] D-V -^ D-W -_ D-W!$ D-X@d-J@f-H3$0`2+.+.	 & F-J3b-a+. & F-J -J1F+.I4b.H0 +.(6b-G0b+.+.4.4.4. <.[,T @-I <.Y,.g -J1D+.I -HD$} D-H+.H -KD D-Y <.X,=!$}$ D-H+.H <.W,T @-I <.T,.g -J1D+.I -KD D-Y <.S,=-g"-I -HD$} D-H+.H7$-G.$( D-I(3D-G+.9 <.R,T @-I <.P,.g -J1D+.I -HD$} D-H -KD D-H 
-\
-I <.O,=!& F-X D-I!$ D-G+.A -KD D-Y <.N,=!$ D-X"-X& F-H@f-H!( H-I F-G &/-I $!(h-GH 
-K
j-IJ-H.$8&.B"-H-XD-H!$D-H -Y -H Ap -J Ap,~x-Yx-H`-I-H-J-Lx-Kx-Y`-I-H-J-Lx-Kx-Y`-I-H-J-Lx-K x@ y~jGVup \.d p @.c p B.` p B.b #p B.c @.]5 .m"d.] .]3d.e+.p!$ D.]+/ .]DD.$ D.^d$}D D.a".a.]4&/5f.y .^..c  D.]+/!$}.a2$.]+.|:.^!$D.a .].a D._ .a.a F._"._(	 ._(v.a H.d&@&rp._& F.b ._&t&4.a F.a ._&}&p F.`!&lL.a F.^.d.b._.a._.`._.^._$4._ D.\ </ ,=.f @.e </!,T 4 .^..c D.] .] D.`6&.c+/".]& F.`+/ $ D.b .d .` Ap .b Ap,~x._x.ea.3@1,>cO@/`+/&gR~@1,>c@@/`,>,>@6 w+/3"/`0B+/.!"A`X#p5@/+/#p!"X#p+/3\p+/3a.9'1,>c,>,>O@/`+/3,>
6+ _4`/;"`Q@,> </a,,^,> </d,
,^*b/8+/F,> </f,,^7@/`+/A,> </i,
,^+/C,> </j,
,^Z5"/F,> </l,
,^,7@/`,
,> </m,,^,,> </p,,^,> </s,
,^(@qd1@,,
1@#+/T0@*+/F,> </u,,^+/F,^,^,^,~(' Type G to Continue, X to Exit, T To trace.'/2H *,$)(A1)(1H 14A5/)(1H A5,1X,O6)PAUSESTOP .pX/\p X/]p /_p /_p X/VX~/\p xO&
1,>c	`
ZAp[Ap,~g'TP1,>c p_f#Ap,~YES  (' ENTER OPTIONS SEPARATED BY COMMAS'/)(5(A5,1X))(' ONLY OPTION AVAILABLE IS:'/' "RESID" - SAVE RESIDUALS')(' OPTION "',A5,'" DOES NOT EXIST')(' WHICH VARIABLE ARE THE RESIDUALS TO BE STORED UNDER? ',$)(' ENTER THE VARIABLE NAME OR NUMBER OF THE VARIABLE'/' TO BE USED FOR STOREING THE RESIDUALS.  THE NAME GIVEN'/' THE VARIABLE WILL BE "RESID"')(' *, ?, OR ALL MAY NOT BE USED HERE')('0LIST THE INDEPENDENT VARIABLES?'/)(' THE SAME INDEP. VAR. HAS BEEN LISTED TWICE')(' YOU HAVE LISTED MORE VARIABLES THAN IS POSSIBLE'/' WITH THE DATA SET AVAILABLE')(' WHICH IS THE DEPENDENT VARIABLE? ',$)(' THE DEPENDENT VARIABLE ALSO EXISTS AS AN INDEP. VAR.')('1',70A1)('0',10X,'***** MULTIPLE LINEAR REGRESSION *****')('0SAMPLE SIZE  ',I3/' DEPENDENT VARIABLE: ',A5/' INDEPENDENT VARIABLES:',6(2X,A5)/(23X,6(2X,A5)))('0COEFFICIENT OF DETERMINATION ',F8.5/' MULTIPLE',' CORR COEFF.  ',F8.5)('0ESTIMATED CONSTANT TERM',G16.8/' STANDARD ERROR OF ESTIMATE ',G16.8)(/' ANALYSIS OF VARIANCE'/' FOR THE REGRESSION'/' SOURCE OF VARIATION',3X,'DF',5X,'S. SQ.',6X,'M.S.',11X,'F',8X,'PROB')(6X,'REGRESSION',I9,G15.6,G12.6,G10.4,1X,F7.4)(6X,'RESIDUALS',I10,G15.6,G12.6)(6X,'TOTAL',I14,G15.6/)(7X,'REGRESSION',7X,'S. E. OF',3X,'F-VALUE',18X,'CORR.COEF.')(' VAR.',2X,'COEFFICIENT',5X,'REG. COEF.',2X,'DF (1,',I4,')',2X,'PROB',8X,'WITH ',A5)(1X,A5,1X,G15.7,2X,G10.4,1X,G10.4,1X,F7.4,7X,F7.4)('0DEPENDENT VAR LINEAR FUNCTION OF VAR ',A5/' REGRESSION IGNORED')('0DEP VAR LINEAR FUNCTION OF INDEP VARS, ALL RESIDUALS EQUAL ZERO') 0^RESIDRESID	!    HELP h     gSYy \ p @C p @y p @w p @ !p @ !p @ !p @3 !p @C !p @| !p @5 <!, <!{,@d T1D+. <",, <", <"
,
 U3D+!` ZD[ [ T3H+? T2H+8 <"
,,++ [ T2F+<!& F+? <", [ <",
++*d2!$2D+R?T1D+D<",,?<!v,M <",,+?8C2$x+R.$ Dx DC3dw+R.<!c,0"T1D+U <",,7<!r,l [  2H+l <" ,,+R:48&f:[; D+b $.v3dC+r <"#,,+R T1D+u <"&,, $.v D| <!m,
47$(+ | (2F+ <"),,+R:48(+" v D4 46f+
:3fC+>40$+	 |6h+!`:2hC+!` ( H{"v $6f+ { F:{.$8( v D4+" 4  F{3Dv+".$ DS"&/v.S S D[ [6h+!:{2hC+
 H:[8&"v $ F6 D[.$ Dv"&/|.v v D{ { [  3H+	:{8&(:[; 6+$ |  FR"| $ FW D[  F{.  H} {.  H) [/&/| [  HZ *
$
.
[$Z.{.[ 
  L(Q (
$[. *
$
.
[ 
(Q J Q.$8&7:[; W+0"v $ D4 $
$|.4 QQ HP3H+!Z 4"
P,jy*{
P
 JF:48&D"| $ FS D["| $ (
$.[@j .$8&P $
$[.[!& F:[; S+O"| $ FQ D[$$
.["Q&H2F+p [3D|+!^.$ Du"&/|.u u D4 $
$[.4"Q$H2D+f:48&a+!^"| $ (
$ 
[.
 
4.
 
0QL(Q (
$ 
[.
 
4.
 
0L(.$8&g $
$[.[ Q D6"| $ (
$.[ 
 Q
6 J Q (
$.[ 
 
6 J .$8&t"| $ F{ DZ3D[+  &
$[.Z Q F6"| $ (
$ 
Z.
 
[.
"
0Q
6L(Q (
$ 
Z.
 
[.
"
0
6L(.$8& :Z; {+}:[; Q+Y"| $ Fz D["| $ (
$.[ 
  J Q.$8& :[; z+  $
$|.|Q&}Q F55 *<!l,0u,18lv Fs"
|.
ylH*<!k,0u,1
$|.| *
$
.
|"
(Q
 Q J9 (
$py0}) 2 
|.
 90Q 
.
0Q 
 .l
 <!j,0u 
7 .L,1 L | 
9
 }
} J9 

99Hl.$8&$,"|.yf | ) * <!i,0u,1
9
'Jt.$8& L U1D
+ W <",,"S $ F} D4 4 <"/,
:4; }+ T, U0D
+ Z <!c,1 <"0,, <"3, R.5 <"6,
"v $ F{ D4 4 .5 <"8,
:4; {+ `, <":, <"=,
 <"?, <"B,
 <"D,,"$.| DF y/| Dz <!g,L @4"$.| Dv <"G, <"J,
 y/| Dv <"M, <"P,
"$.y Dv <"S, <"V,
 <"X,, y/| Dv <"[, | .5 <"^,
 $ Dw"v $ Fz D[ & FF v Hz $l D <!e,L @4 U0D
+!.fw3fV+! <!c,1 <"`,, <"c, | .5 <"f,
 $ Dw <"h, [ .5 |  $Z..[ <"k,
:[; z+!7D+ C2$x+!.$ Dx DC x.5  F"C $ .C@j'.$8&! "y $ Fy D4 W$R.4.X t D"v $ $W.4.X"
9
 J.$8&!) W$x.4.X  F"C $ .C 
W$
.
4.
X 
(
J'.$8&!1:4; y+!$ x.@f x.hy(} 8 F <!d,T @"C $3Dx+!P x. 
.
 
/
'4J!M Z$x..[ 
.
ly,}
/ 
x.

/ 
.
C 
/
 J +!S Z$x..[@j +!S Z$x..[!* J  Z$.x.[ 
Z$
x.
.
[ 
( J .$8&!@+ <"o, 4 .5 <"r,
+ <"s,,+  C Ap w Ap,~xhFz	hFzXxxxx@R4E5C@vE5C@xvE5w@$	3[wZw@Y	|XWwXU|XT@UXUXU(TXUXUXUXU#XU'XU,XU5XU9XU?(/XU@XUE
$y$$XUO(5(PXUV(t(7XU^
XUj$v((s(X(4XUo$v(8(XUr$v(vXUuXU{$v$XUuXU{$v$XU$(9((l(4( XU	$XU('OWHICH VARIABLES? ',$)('0TYPE IN PERCENTILES YOU WISH TO HAVE, SEPARATED',' BY COMMAS'/)(A4)('0PERCENTILES  CAN BE ENTERED INDIVIDUALLY OR THEY'/' CAN BE FOUND IN DECILES BY TYPING "DEC", OR QUARTILES'/' BY TYPING "QTR"')(20F)('0PERCENTILE',G9.3,' NOT POSSIBLE')('1',70A1)('0',20X,'***** PERCENTILES *****'/'0',26X,'VARIABLES'/' PERCENTILE',4X,10(1X,A5,5X))(1X,10('-'),4X,10(A5,A5,A1))(1X,F6.2,8X,10(G10.4,1X))(1X,F6.2,8X,'CANNOT BE FOUND')(1X)VAR  ~`-----
!    T=8)HELP QTR  hDEC  gS;Z \$S p @$ p @$$ p @$# p @#r !p @# !p @"v !p @$ <&z, $ D# U0D
+$f$tD#@d"wT1D+$i$<&,, <&v,$s!$ D"w $ D$$+$t:$ 8&$o7d$$+$f T1D+$x <',, <', <',
 $3D$V+&r2D$W+$~ <'	,,3D$W+$t2D$Y+%
H&F$!&	  F#!&  F#!&p F#!&
HF#!&F#!&4 F#+%  $2D$X+% $ D$!$H D#!$
, $U_D$ZD$  $  <',
:$ ; $+%, $UZD$  $ 7H#+%!(H3h#+%6h#+% <', <',
+$t*d%"$.$  D$ U1D
+%( <',"S $ F$ D$  $  <',
:$ ; $+%$, U0D
+%*+<&u,1/$6D#+&/$$&#/&.$ F$ D$""&.#.$ F#."v 
$$
$".
.
$ 
( J'.$8&%> $ D$ D$ $$ D$ $2$$+& $ D#.$7 .$( D#t."v  F# $."v2&+%T #t."v $."v ' H $."v F #t."v  D# $ D"w."v 2&#+%l #t."v $."v  F $."v # F #t."v  D# $."v2$+%l #t."v $."v ' H $."v D #t."v  D#+%l "w."v #."v  F #."v $! F>"w."v 2f#+%l "w."v  D$!:#."v 3&#+%q #3d"w+%g"#.$"$."w3f+%| $ $ H"w "w H$ D$:$+& $ # F"w $ F$ "w F$:$+&>$4D& "w F$ $ F$ $/$0$+%G $1D+%E"$.D$:$3D$+&."v  F# $."v2&+& $ D# #."v  F>#."v 2f#+& #."v # F+&d$$ D$#"$ $ # H#s $W$##s( H$H H#0h2($$+&$h H#s"
#s
$ J#r 
#.
"v ,
$
$.
 (/#r/ N0#.$8&&:#; $+%8 $T D$ U0D
+&. $.D#"$.V2$#+&. <&u,1 $ D# <',"$  $ F$ D$ $ #~.$ <',
:$; $+&1, $U D#s <',"$  $ F$ D# $X_D$ZD$ <'!,
:$; $+&;:#; $+&:,"$ $ F$ D$ $  # D#s $W$##s$ D$D D# U0D
+&\:#3dV+&\ <&u,1 <'#,"$  $ F$ D$ $ #~.$ <'&,
:$; $+&N, <'',"$  $ F$ D$ $X_D$ZD$" <'*,
:$"; $+&W:$; $+&U, $ D# #0d2$$$+&h <',, $ <'/,
"$  $ F$ D# #$$
.$ <'0,
:#; $+&c,+&j <'2, $ <'5,
:$; $+&B:#3dV+&o U1F
+&p<'6,,#.d$;$+%/$S$Ap,~@#u$V$$#t#q$$$@$T$!	#$$S#r$$#XU$%XU$'XT$.($XU$/J$#sXU$M(#(#XU$O(#XU$R(' WHICH VARIABLES? ',$)('0VARIABLE',I4,' NOT POSSIBLE'/' TRY AGAIN')('1',70A1)(1H0,9X,'VAR'/' OBS',6(3X,A5,3X)/(4X,6(3X,A5,3X)))(1H0,I3,1X,6(1X,G10.4)/(5X,6(1X,G10.4)))gS' \'V p @'? p @'D p @'D p @'; !p @': !p @'; !p @'= <(, T1D+'c <(",, <(,
+'k:'C8&'n+'{ '? D'9"'? $ .'; D'.$8&'x <(),"S $ F'? D'C 'C <(,,
:'C; '?+'~, <(.,"'9 $ F'> D'C 'C.'; .'= <(1,
:'C; '>+(,"'D $ <(2, <(5,
"
'9 ( J'= H'< '<.'; '$'B..'B <(7,
:'<; '=+(,.$8&(
'V'?GAp,~@';'?'9'<':'A'='?@'W'C	':'B'V';'B'DXU'EXU'G$XU'L(/XU'M$XU'R$( ('0WHICH VARIABLES? ',$)('0Z-SCORES UNDEFINED VARIABLE ',A5,' -- ST. DEV. OF ZERO')('1',70A1)('0',10X,'***** Z SCORES FOR VARIABLE: ',A5,' *****')('0',5X,'VALUE',7X,'FREQUENCY',6X,'Z-SCORE')(1X,G15.7,4X,I4,5X,G15.7)gSV8` \) p @(S p @(n p @(m p @(G !p @(D !p @(E !p @(E !p @(8 !p @(R <*M,@d(: T1D+) <*R,, <*I,
3D(n+),"(n.(X (X (Y H(Y.$8&)* (n@f(Y"$.D(n+)!"(n $ F(U D(X!&3F(:+)3 (Y F(C+)6 (X.(E7D+*D (X D(C"(n $ .(8 
(W$
(C.
.
(W 
( J'.$8&)7 $ D(P D(T (n D(Q (T2$(Q+)z (T D(D.(Q7 .$( D(H.(8  F(C (T.(82&+)N (H.(8 (T.(8 ' H (T.(8 F (H.(8  D(C (Q D(9.(8 2&(C+)f (H.(8 (Q.(8  F (Q.(8 (C F (H.(8  D(C (T.(82$+)f (H.(8 (T.(8 ' H (T.(8 D (H.(8  D(C+)f (9.(8 (D.(8  F (D.(8 (Y F>(9.(8 2f(C+)f (9.(8  D(Y:(D.(8 3&(C+)j (D3d(9+)a"(D.(Q"(T.(93f+)u (P (T H(: (9 H(H D(T:(P+)} (P (D F(: (Q F(H (9 F(Q:(P+)}>(P4D* (: F(T (H F(Q (Q/(T0$+)@ (T1D+)?"$.D(T:(T3D(Q+)z.(8  F(C (T.(82&+* (T D(D (D.(8  F>(D.(8 2f(C+* (D.(8 (C F+* U1D
+* <*Y,"S $ F(S D(Q (Q <*\,
:(Q; (S+*, U0D
+* <*H,1 <*^, (C.(R <*a,
 <*b,, $ D(B (8  D(Q $ D(F &/(n $ F(R D(Q.(8 3F(Q+*5 (C.(E (C.(E"(Q F(9 U0D
+*0:(B3dV+*0 <*H,1 <*e,, $ D(B <*h, <*k,
 (Q.(8  D(Q $ D(F+*6:(F:(Q; (R+*# (C.(E (C.(E"(Q F(9 U0D
+*B:(B3dV+*B <*H,1 <*n,, $ D(B <*q, <*t,
:(X; (U+)0 ) (S Ap,~@(Y)(n(G(F(V(R(S@)(X	(D(W)(G(W(mXU(oXU(q$XU(w(/XU(x$XU(~XU(~XU)((Q$(F((9XU(~XU)((Q$(F((9('0STAT PACK IS AN INTEGRATED STATISTICAL PACKAGE,',' WRITTEN FOR'/' TERMINAL USE.  IT ALLOWS THE USER TO ','ISSUE SIMPLE COMMANDS'/' FOR DATA ANALYSIS.  THE',' PROGRAM IS IN CONVERSATIONAL MODE AND'/' WILL',' PROMPT THE USER FOR DESIRED INFORMATION.  IN MOST',' INSTANCES'/' WHEN QUESTIONS OF PROCEDURE ARISE THE ',' USER MAY REQUEST FURTHER'/' INFORMATION, BY SIMPLY',' TYPING "HELP".  STANDARD FORM OF OUTPUT'/' IS TERMINAL,',' BUT OUTPUT MAY EASILY BE CHANNELED TO THE PRINTER'/' INPUT IS READILY ACCEPTED FROM TERMINAL OR DISK.')('0INPUT CONSISTS OF OBSERVATIONS, EACH CONTAINING',' A VALUE FOR'/' ALL OF THE VARIABLES.  EACH OBSERVATION',' MUST BEGIN A NEW LINE.'/' THE DATA MAY BE INPUT EITHER',' OF TWO WAYS: 1) ONE OBSERVATION'/' PER LINE WITH VALUES',' SEPARATED BY COMMAS; OR 2) ACCORDING'/' TO YOUR OWN',' INPUT FORMAT WHICH IS ENTERED USING THE COMMAND'/' "FORM"','.  AFTER THE LAST OBSERVATION ENTER A ^Z (CNTRL Z).')('0TO SEE THE COMMAND LIST TYPE "HELP" AFTER "WHICH',' COMMAND?"'/' AND "AL" FOR THE 2 CHARACTER CODE. A ','RESTRICTION ON'/' DATA INPUT IS: 20 NUMBERS',' MAXIMUM PER LINE UNDER'/' STANDARD FORMAT.  IF A LINE',' REQUIRES MORE THAN 72'/' COLUMNS USE YOUR OWN INPUT',' FORMAT.')gRMiW \+p <+x,, <+{,, <+~,, +p,~XU*v5XU+,(XU+T(' COMMANDS ARE BROKEN INTO 5 GROUPS:'//' "DC" - DATA CONTROL'/' "ST" - STATISTICS'/' "GR" - GRAPHS'/' "IA" - ITEM ANALYSIS'/' "PC" - PROGRAM CONTROL'//' "AL" - COMPLETE COMMAND CODE LIST'//' WHICH SET (TYPE IN THE 2 CHARACTER CODE)? ',$)(6(A2,1X))(//'0COMMANDS AVAILABLE')(/' "DATA"  - DATA INPUT BY TTY'/' "FETCH" - READ DATA FROM DISK'/' "FORM"  - ENTER SPECIAL INPUT FORMAT'/' "MANIP" - MANIPULATE DATA IN CORE (INCLUDES APPENDING)'/' "TRANS" - DATA TRANSFORMATIONS'/' "STORE" - STORE DATA ON DISK'/' "PRINT" - PRINT SELECTED VARIABLES ON LINE PRINTER'/' "TYPE"  - TYPE OUT SELECTED VARIABLES ON TTY'/' "ACBNK" - ACCESS A STORED DATA BANK'/' "MABNK" - CREATE A BANK FROM DATA IN STP'/' "SORT"  - SORT DATA INTO ASCENDING ORDER'/' "MTA/I" - READ DATA FROM MAG TAPE')(/' "DESC"  - DESCRIPTION OF DATA - MEANS, ST. DEV., VAR.'/' "BASIC" - MEDIANS, MODES, AND RANGES'/' "ERANA" - STD. ERROR OF MEAN, COEFF. OF SKEWNESS,',' COEFF. OF VARIATION'/' "ESTAT" - "DESC", "BASIC", AND "ERANA"'/' "ZSCOR" - Z SCORES'/' "KOLM"  - 1 OR 2 SAMPLE KOLMOGOROV-SMIRNOV TESTS'/' "CORR"  - CORRELATION MATRIX')(' "PCORR" - PARTIAL CORRELATIONS'/' "KENDL" - KENDALL TAU CORRELATIONS'/' "SRANK" - SPEARMAN RANK CORRELATION'/' "PTBIS" - POINT BISERIAL CORRELATION'/' "TTEST" - T TEST (SIGNIFICANCE BETWEEN MEANS)'/' "CORRT" - CORRELATED T TESTS'/' "MANN"  - MANN WHITNEY U TEST'/' "WILCX" - WILCOXEN RANK'/' "ANOV1" - SINGLE FACTOR ANALYSIS OF VARIANCE'/' "ANOV2" - 2-WAY ANALYSIS OF VARIANCE'/' "1WAYR" - 1-WAY ANALYSIS OF VARIANCE W/ REPEATED MEASURES'/' "ANOC1" - 1-WAY ANALYSIS OF COVARIANCE'/' "REGR"  - REGRESSION'/' "STEPR" - STEPWISE REGRESSION'/' "FACTO" - FACTOR ANALYSIS'/' "PROB"  - PROBABILITY ASSOC. WITH T, F, OR CHI SQUARE'/' "CHISQ" - CHI SQUARE'/' "CVSMT" - EXPONENTIAL CURVE SMOOTHING MODEL')(/' "PLOT"  - SCATTER PLOT'/' "HIST"  - HISTOGRAM'/' "BARGR" - BAR GRAPH')(/' "FREQ"  - FREQUENCY'/' "XTAB"  - CROSS TAB'/' "XTAB*" - CROSS TAB (TABLE FORM - ONLY IF "ASSIG" IS USED)'/' "PCENT" - PERCENTILES')(/' "STOP"  - RESTART'/' "HELP"  - FOR COMMANDS'/' "FINI"  - END RUN'/' "INFO"  - GENERAL INFORMATION'/' "ASSIG" - ASSIGN OUTPUT TO LINE PRINTER'/' "DEASS" - REINITIALIZE OUTPUT TO TERMINAL'/' "COPYS" - INDICATE MORE THAN 1 PRINTER COPY("ASSIG" AND ','"PRINT")'/' "TITLE" - LABEL OUTPUT WITH IDENTIFICATION'/' "NAME"  - GIVE NAMES TO VARIABLES'/' "MAKE"  - MAKE A TEXT TO BE INSERTED INTO LINE PRINTER OUTPUT')PC   GR   ST   !    AL   IA   PDC   gRD[ \-z p @,0@+. T1D+. <.=,, <.@, <.C,
 ,3D-|+.: <.E,, ,1D+.0D+. -}ZD, , ,3H-|+. ,3H-~+.*d.
+.<.H,,,1D+.0D+.-}ZD,,,3H-|+.,3H-{+.*d.+.<.K,,<.N,,,1D+.&0D+.'-}ZD,,,3H-|+.&I,3H-{+.&*d.!+.'P<.Q,,0,1D+./0D+.12-}ZD,',O,3H-|+./,,3H-}+./*d.*+.1(<.T,,.,1D+.90D+.:I-}ZD,.,X,3H-|+.9,3H-z+.9*d.4+.:<.W,,S-z,~XU,XT,@,XU,!XU,#2XU,U XU,vFXU-<XU-C
.$ D.Z <0,".[ $ F.c D.f .f..] .._ <0,
:.f; .c+/(,".h $ F.b D.f .[.d.Z3dV+/>:.g <0, <0,
 <0
,".[ $ F.a D. ...] .. <0
:._; .a+/7, .[(.$ D.Z &/.[7 .&(~/& $ (. H.h3h.[+/E 
.[ J.h0D+/Q <0, <0,
"*.
/
.h  J.` H.\ .\..] '$.e..f..e <0,
:.\; .`+/K,1D+/\ <0,"*.
/
.h  J.` H.\ .\..] '$.e..f..e <0,
:.\; .`+/V,.$8&/A:.f; .b+// </i,w $..g$W.$ D.g </f,T .| .b Ap,~X/.}.|W.gxV@.].b.[.^.].d._.b@.}.f	.\.e.|.^.e.gPV^.~~.^/XU.iXV.k@#0$.gXV.o$XV.k@#0$.gXV.o$XV.u$.f( XV.w( a.3@1,>cO@0W+0gR~@1,>c@@0W,>,>@6 w+0*"0W0B+0%!"A`X#p5@0"/#p!"X#p+0*\p+0*a.9'1,>c,>,>O@0W+0*,>
6+ _4`02"`Q@,> <0X,,^,> <0[,
,^*b0/+0=,> <0],,^7@0W+08,> <0`,
,^+0:,> <0a,
,^Z5"0=,> <0c,
,^,7@0W,
,> <0d,,^,,> <0g,,^,> <0j,
,^(@qd1@,,
1@#+0K0@*+0=,> <0l,,^+0=,^,^,^,~(' Type G to Continue, X to Exit, T To trace.'/2H *,$)(A1)(1H 14A5/)(1H A5,1X,O6)PAUSESTOP .pX0Sp X0Tp 0Vp 0Vp X0MX~0Sp x WsdA psL!	Ge!8ld Zm[7 zm[74rxtrx[6m[{6m[0rIO-1,>c 0q* 0sp5`0z4@1+PP01	!p 
(Jr/*@(*XJ1(Jnd ~@(? (0p"(0o(0n"(0m(0l (0t`F0t`@!
0q**,~Attemp to take DSQRT of Negative Argg:9d4 1`bm@+1 A1,~ `bm@+1"K1,~",~`g:9e@4,1`nmL+1  A
1!
,~,`nmL+1 "K
1!
,~"
,~`('1',70A1)('0',10X,'***** KENDALL TAU CORRELATION MATRIX *****')('0',A5,2X,15F8.4)(8X,15F8.4)(1X)(8X,15(3X,A5))('0NOTE: ALL STARS COULD NOT BE CALCULATED BECAUSE ','ONE OF THE S.D.S WAS EQUAL TO ZERO')&wkagR^H: \ p @} p @ p @ p @v !p @u !p @s !p @z <B, U1D
+0 <F,"S $ F D  <I,
:; +,, U0D
+2 <@,1 $ Dx U0D
+6 $ Dx@dv <K,, $ Dt"} $ F D" $ F~ Dy2D+@.s!& F+p@d~ Du D &/ $ F} Dt $.t.  Fy $y.t.  Fw.$ D"&/.  $y.."
 
w $.." y Hx4HX5(V!*}J~4ha!*J~+a $..  2Hy+\!(Hu $y..  2Hw+a!(H.$8&M:t; }+Dd D$}D Dw wu F5fm!$ Dv y.s  H+p y.s <A,T ~ F:y; ~+= U0D
+"$..x&x.$ D{.Dt"{.V2&t+ <N,, &/&x/& $"(/x. H"(.2(+"(. H <Q,"*.
/
  J{ Ht t.z <T,
:t; {+,.x8&} <@,1 $.{ Dt &/&x/& $"(.x. H3h+ 
 J0D+ <U, .z <X,
"*.
/
  J Ht t.s <Z,
:t; +,1D+( <[,"*.
/
  J Ht t.s <^,
:t; +$,.x8&:; +; <`,, &/}&x/& $"(.x. H3h}+3 
} J <c,"*.
/
  J Ht t.z <f,
:t; +7,.x8&/7Dv+> <g,, ,~x@	uvXU(/XU	XUXU$'XU$'('XU('XUXU$'XU	('0LIST THE OPTIONS YOU WISH SEPARATED BY COMMAS'/)(14(A5,1X))('0POSSIBLE OPTIONS ARE:'/' "TOLER" - INDICATE A TOLERANCE OTHER THAN .0001'/' "F-VAL" - INDICATE F-VALUES FOR ENTERING OR OMITTING',' A VARIABLE'/' "FORCE" - INDICATE VARIABLES TO BE FORCED INTO THE REGRESSION'/' "DURWT" - OUTPUT DURBIN-WATSON TEST FOR AUTOCORRELATION'/' "ANOVA" - ANALYSIS OF VARIANCE'/' "RESID" - STORE RESIDUALS'/'0IF NO OPTIONS ARE DESIRED TYPE A RETURN')('0OPTION "TOLER" LISTED MORE THAN ONCE')('0OPTION "F-VAL" LISTED MORE THAN ONCE')('0OPTION "FORCE" LISTED MORE THAN ONCE')('0OPTION "DURWT" LISTED MORE THAN ONCE')('0OPTION "ANOVA" LISTED MORE THAN ONCE')('0OPTION "RESID" LISTED MORE THAN ONCE')('0OPTION "',A5,'" DOES NOT EXIST')(' ENTER TOLERANCE ',$)(F)(' ENTER F-VALUE FOR ENTERING A VARIABLE? ',$)(' ENTER F-VALUE FOR OMITTING A VARIABLE? ',$)('0WHICH VARIABLE DO YOU WANT THE RESIDUALS STORED UNDER? ',$)('0RESIDUALS CANNOT BE FIT IN WITHOUT OVERLAYING A VARIABLE'/' PLEASE INDICATE WHICH ONE',$)(' ENTER VARIABLE NAME OR NUMBER WHERE RESIDUALS CAN BE'/' STORED.  NAME ASSIGNED TO RESIDUALS WILL BE "RESID"')('0LIST THE INDEPENDENT VARIABLES?'/)(' THE SAME INDEP. VARIABLE HAS BEEN LISTED TWICE')(' YOU HAVE LISTED MORE VARIABLES THAN POSSIBLE'/' WITH THE DATA SET AVAILABLE')(' WHICH IS THE DEPENDENT VARIABLE? ',$)(' THE DEPENDENT VARIABLE  ALSO EXISTS AS AN INDEP. VAR.')(' ENTER THE VARIABLES TO BE FORCED INTO',' THE REGRESSION'/)(' ENTER THE VARIABLE NAME OR NUMBER TO BE FORCED INTO'/' THE REGRESSION.  ONLY THOSE VARIABLES WHCIH WERE LISTED AS'/' INDEPENDENT VARIABLES MAY BE USED.  *, ?, ALL ARE NOT'/' ACCEPTABLE')(' ?, *, ALL MAY NOT BE USED HERE')(' VARIABLE "',A5,'" WAS NOT LISTED AS A DEP. VAR.')('1',70A1)('0',10X,'***** STEPWISE REGRESSION *****')('0',I2,' VARIABLES; VARIABLE: ',A5,' IS DEPENDENT')('0',I2,' VARIABLES FORCED INTO REGRESSION: ',5(A5,1X)/(38X,5(A5,1X)))('0LAST DIAGONAL ELEMENT IS NEGATIVE')('0LAST DIAGONAL ELEMENT IS ZERO')('0DEGREES OF FREEDOM IS',F8.2)('0NEGATIVE DIAGONAL ELEMENT BELOW TOLERANCE VARIABLE: ',A5)('0STANDARD DEVIATION IS',G,' FOR VAR ',A5)('0STANDARD ERROR OF Y =',G)('0ERROR, NO VARIABLE CAN ENTER THE EQUATION')(///'0STEP NO.',I3/' ENTERING VARIABLE: ',A5)(///'0STEP NO.',I3/' VARIABLE: ',A5,' REMOVED')(3X,'F-LEVEL',2X,G,'  WITH PROB. ',F7.4/3X,'STANDARD ERROR OF',' ESTIMATE',G/3X,'COEFFICIENT OF DETERMINATION =',G/3X,'COEFFICIENT OF MULTIPLE REGRESSION =',G/3X,'INCREASE IN COEFFICIENT OF DETERMINATION =',G/3X,'CONSTANT',G13.5)('0VARIABLE',3X,'COEFFICIENT',5X,'STD ERROR OF COEFF.')(2X,A5,5X,G15.7,1X,G15.7)('0ERROR, NUMBER OF STEPS =',I4,' CHECK F-VALUES')('0ERROR, NOIN IS',I7)('0ERROR, NOEN=',I6)(' VARIABLE REMOVED SAME AS VARIABLE ENTERED')('0',24X,'STD.ERR.',5X,'STANDARDIZED'/' VARIABLE',4X,'COEFF.',6X,'OF COEFF.',4X,'COEFFICIENT',5X,'T-VALUE',5X,'PROB.')(2X,A5,4X,G12.4,1X,G12.4,1X,G,1X,G11.4,1X,F6.3)('0ANALYSIS OF VARIANCE')(4X,'SOURCE',6X,'SUM OF SQ.',6X,'DF',5X,'MEAN SQ.',6X,'F',7X,'PROB.'/' REGRESSION',F17.6,I6,F15.5,F9.3,2X,F7.4/6X,'ERROR',F17.6,I6,F15.5/6X,'TOTAL',F17.6,I6)(//14X,'DURBIN-WATSON TEST FOR AUTOCORRRELATION'//10X,'SUM OF SQUARED DIFFERENCES =',G/10X,'DWS=',G/10X,'4 - DWS =',G)\,<DURWTRESIDRESID	FORCE
!    TOLERHELP z8]F-VALPANOVA     gSLS \  p @0 p @R p @< p @ !p @ !p @* !p @ !p @ !p @/ !p @, <&>, <&:,  % Dl@d& D; D?@dudR D# T1D+ ; <&C,, <&F,  #_D4ZDZ Z <&I,
:Z; 4+ >, G3D #+&  &@fE*d C  #ZDZ@fV Z G3H '+ s G2H $+ K <&J,,+ 4 Z G2F $+ Q7FE+ P <&M,,!& FE+ r Z G2F %+ W7FF+ V <&P,,!& FF+ r Z G2F "+ ]7FF+ \ <&S,,!& FF+ r Z G2F  + c7FG+ b <&V,,!& FG+ r Z G2F &+ i7FG+ h <&Y,,!& FG+ r Z G2F !+ o7FH+ n <&\,,!& FH+ r <&_, Z <&b,
+ 4*d E!$2DE+ y T1D+ w <&d,, <&g, <&j,
!$2DF+! T1D+ ~ <&k,, <&n, <&q,
1D+! <&s,, <&v, <&y,
!$2DH+! 03D<+! T1D+!
 <&z,,+!
<&},,<&5,&2D+!"<',,+!6d2+! <',,+! T1D+! <',,+<&1, DE"&/.E E D+ +7(+!/ Z  2H+!/ <'	,,+!:+8&!):Z; /+!% $.3d0+!5 <'
,,+!:3T1D+!9<',,<&,,7$+!I (/ $ D+ 
+7$(+!H(2F+!H<',,+!:+8(!C!$2DF+"T1D+!N<',,<&(,/ $ D+ +   3H+!c:+8&!\ <',  ., <'!,
+!K  + F:; ,+!V+""$. D+ +6f+!k:3f0+!w>+0$+!h 6h+&:2h0+& ( H/ $6f+!t  F:.$8(!r  D++" +  F"&.3F++".$ DD D/ D DZ Z6h+":2h0+!k H:Z8&!} &/ $ FD DZ.$ Dm"&/.m m D  Z  3H+!g:8&":Z; D+"" $ FB DZ  F.  H& .hR(} H  <&',T @="Z $  HX *
$
.
Z$S..U 
  L(P (
$Z. *
$
.
Z 
(P J P.$8&":Z; B+"   DTDT D?@d & FH@fA Dq D% F U1D
+"0 <'#,"S $ F@ DZ Z <'&,
:Z; @+"-, U0D
+"3 <&,1 <'',, <'*,  ., <'-,
 $ DodR$} DU!$2DF+"t $.u&$.Do <'/, <'2,
"u $ Fk DZ Z  ., <'4,
:Z; k+"B,"u $ FT DX  F$&
. P H." $ FS DZ3D+"Y &
$.Z P. F" $3D+"X (
$ 
Z.
 
.
"
0P
L(P.$8&"S:Z; S+"N" $ (
$."
 P
. J P.$8&"\" $ (
$. 
 P
. J P.$8&"a $
$.!&. FP:X; T+"Idu D"DU $
$ . P.U . P FW  D"$.u Dk+"uOdk:k $
$.6$P+"y <'5,, $
$.6DP+"} <'8,, $
$.7dP+!g  $&
. PU F  <&&,T= @!&}fU5f#	 <';, <'>,
+!g   D#@dp@d &/ $ DZ Z$$
.Z P D.5d#".3hl+#5 <'@, Z  ., <'C,
+!g l2d.+#5 $
$Z. (
$.Z  PP. H* Z 
= Jm4H#55h#14*#$5j#% <'D, Z ., <'G,
+!g"dm+#( *3d#+#( D# Z D: Z H  *
$
.
Z 
(P
 =
m J0 

m<&%,T@I+#57dm+#  *3dp+#5 Dp Z D@:Z8&#
+#= &.fo3fV+#= <&,1 $ Do <'I, <'L,
 %1d+#[ U0D
+#F $.do3dV+#F <&,1 $ Do <'N,,+&  & Dn" $  HX"
0
 &Jn.$8&#K W D  Dr  Dt #3D +#[ $
$.!&}U#P FW2&?+#[  D!$DU@d+#b $
$. Pp Up DW3d;+$F @ F F $
$."P$ D<& D1 < D& <&$,T @Y7$+$D4D$! &2&r+#u U0F
+#q &.fo3fV+#q <&,1 $ Do <'Q, t ., <'T,
 D?+$ t3D?5D$_ U0D
+#| $.do3dV+#| <&,1 $ Do <'V, t ., <'Y,
 $ D4.R/ Dt <&",L @+ U0D
+$	 $.do3dV+$	 <&,1 $ Do <'[, <'^,
 U0D
+$ $.Do"$.V2$o+$ <&,1 $ Do <'b,," $ F D+ U0D
+$:o3dV+$ <&,1 <'e,, $ Do <'h, +  ., <'k,
:+; +$ $
$. P D." $ F DZ3D+$1 &
$.Z P. F" $3D+$0 (
$ 
Z.
 
.
"
0P
L(P.$8&$+:Z; +$&" $ (
$."
 P
. J P.$8&$4" $ (
$. 
 P
. J P.$8&$9 $
$.!&. FP k1$}+"u <'n, <'q,
+!g <'r, <'u,
+!g7D+#A" $  H+ 0I H4 (
$.+  P Hu.$8&$H6$r+$R <'w, <'z,
+!g7Dr+$] U0D
+$X $.do3dV+$X <&,1 $ Do <'{, t ., <'~,
 D?+$j t2D?+$a7DU+$a <(,,+!g U0D
+$g $.do3dV+$g <&,1 $ Do <(, t ., <(,
 $
$."P$ D<& D1 <&!,T @Y $ D4.R/ Dt <&,L @+ U0D
+$y $.do3dV+$y <&,1 $ Do <(, <(,
 U0D
+% $.Do"$.V2$o+% <&,1 $ Do <(,," $ Fp DZ & F4"(.R/ Ht 4 H+ <&,L @+ U0H
+%.fo3fV+% <&,1 <(,, $ Do <(, Z  ., <(,
:Z; p+%!$3DG+%!$3DG+%!$2DH+!g!$2DH+%$"0 $ ./@j'.$8&% 02$2+%$.$ D2 D0 2.,    F@d1 D%"R $ F D+ n D  $X.+.Y F1 $X.+.Y F%" $    H$X.+.Y 
0
 J.$8&%2  $X.+.Y  DnDA7Dq+%@ nB D$$D+%A $ Dq n DB!&2FH+%M X$2.+.Y D"0 $ ./ 
X$
.
+.
Y 
(
nJ'.$8&%G:+; +%)!$2DH+%r 2.@f 2.hR(} 2./  F  <&,T @"0 $3D2+%i 2. 
.
 
/
'4J%f S$2..U 
.
lR,}
/ 
2.

/ 
.
/ 
/
 J +%l S$2..U@j +%l S$2..U!* J  S$.2.U 
S$
2.
.
U 
( J .$8&%X!$2DG+&	fR"11d%A D"&/.R F:. FCh: A Frh Djr D$ <&,L @+ U0D
+& $.do3dV+& <&,1 $ Do <(,, <( , <(#,
!$2DG+!g A Dl"l& F- U0F
+& &.fo3fV+& <&,1 $ Do <(), <(,,
+!g0Ap<Ap,~h:$xh4t+h4tx<h4tx<x.xx@"u3,0@+Z3,0@!3,0@2+3,<@Z	YX<@W	*U<S<XUUXT[(GXU\&XUXUXUXUXUXUXU(GXU!XT#(lXU$XT#(;XU)XT#(?XU.XU4	XU>XU~XUIXUMXUSXU[XUXUeXUkXU~XU$XU(/XUXU
XUn
XUz$(0(I(u(4(+XUXU ($(j($(+(A$:(r(%$CXU 
((l(-('0WHICH VARIABLES? ',$)(' THE SAME VARIABLE HAS BEEN LISTED TWICE')(' YOU HAVE LISTED MORE VARIABLES THAN IS POSSIBLE'/' WITH THE DATA SET AVAILABLE')('0THE INVERSE DOES NOT EXIST')('1',70A1)('0',10X,'***** PARTIAL CORRELATION MATRIX *****')('0',A5,1X,15F8.4)(7X,15F8.4)(1X)(7X,15(3X,A5))^
a~,@ \,
 p @(J p @+f !p @(F !p @+h !p @(G <., $ D(< U0D
+,$;D(<	T1D+,<.,,<.,(15h,# (/ H(1:(/.$8&,  &/+k $ F(L D(U7&(<+,1.$ D(S"&/+k.(S (S D(G (U7((<+,0 (G 
(<2J (<+,0 <.,,+,:(G8&,+:(U; (L+,& +k3d(J+,G <.,,+, +k D(G (G6f(<+,::(13f(J+,<>(G0$+,7+.	 (G (1 F(/3D+k+,G.$ D(R"&/+k.(R (R D(U (U6h(<+,F:(/2h(J+,: H(1:(U8&,B &/+k $ F(J D(U.$ D(Q"&/+k.(Q (Q D(/ (/ (U  (13H(1+,6:(/8&,M:(U; (J+,I"+k $ F(I D(U"+k $ (
$.(U 
(U 
(1$
(T.
((1.
(T 
0 J (K.$8&,U:(U; (I+,T"+k $ F(R D(U"+k $ (
$.(U@j *.$8&,_ $
$(U.(U!& F*:(U; (R+,^"+k $ F(P D(U$$
.(U"(K&H2F,
+- (U3D+k+,u.$ D(O"&/+k.(O (O D(G $
$(U.(G"(K$H2D,
+,w:(G8&,p <. ,,+,6"+k $ (
$ 
(U.
 
(G.
 
0(KL((K (
$ 
(U.
 
(G.
 
0*L(*.$8&,x $
$(U.(U (K D(H"+k $ (
$.(U 
 (K
(H J (K (
$.(U 
 *
(H J *.$8&-"+k $ F(N D(S3D(U+- &
$(U.(S (K F(H"+k $ (
$ 
(S.
 
(U.
"
0(K
(HL((K (
$ 
(S.
 
(U.
"
0*
(HL(*.$8&-:(S; (N+-
+-' <.#,"S $ F(. D(U (U <.&,
:(U; (.+-#, U0D
+-) <.
,1 <.',, $ D(/ &/+k $ F+j D(U"(U.& $ (
$ 
.
+h 
.
 .
$(U.(U 8*0* N,
,<.T 
(U.
"
0*
 L/.$8&-0 U0D
+-W"$.(<.(U&(<.$ D(S.D(/"$.V/(S2$(/+-W <.*,, &/(U&(</& $"(.(<. H+g"(.(U2(+g+-K"(.(U H+g <.-,"*.
/
+g  J+i H(/ (1.(G <.0,
:(/; +i+-O,.(<8&-F <.
,1 $.(S D(/ &/(U&(</& $"(.(<. H+g"(.(U2(+g+-_"(.(U H+g0D+-j <.2, (U  (1.(G <.5,
"*.
/
+g  J+g H(G (G.+h <.6,
:(G; +g+-f,1D+-s <.8,"*.
/
+g  J+f H(G (G.+h <.;,
:(G; +f+-o,.(<8&-Y:(U; +j+-. <.<,, &/+k&(</& $"(.(<. H+g"(.+k2(+g+-"(.+k H+g <.?,"*.
/
+g  J(0 H(G (G  (1.(G <.B,
:(G; (0+.,.(<8&-z+,6 ,
 (J Ap,~x,
@(<,
+k(;(1(M(G(J@,(U	(F(T,+f(T+fXU+kXU+nXU+rXU+{XU+~(/XU+XU,XU,$'XU,$'('XU,('XU,XU,$'('1',70A1)('0',10X,'***** WILCOXON MATCHED-PAIRS SIGNED-RANK TEST',' *****'/'0VAR. VS VAR.',7X,'MEAN',10X,'S.D.',4X,'N',6X,'Z',10X,'T')(1X,A5,2X,A5,F11.2,F14.2,I5,F8.2,F11.2)o&d> \.z p @.^ p @.g p @.g p @.Q !p @.O !p @.P !p @.P !p @.[ <0w, U1D
+/ <0|,"S $ F.a D.e .e <0,
:.e; .a+/
, U0D
+/ <0u,1 <1,, $ D.N &/.^ $ F.` D.e.$ D.c"&/.^..c .c F.` D.M $ D.d".g $ .d$.M...e 
.d$
.e.
.
.e 
(
 4J/35j/* .d..P * J' .d..P 
.d$
.e.
.
.e 
.d$
.M.
.
.e 
0
( L'+/2 .d..P@j' .d..P 
.d$
.M.
.
.e 
.d$
.e.
.
.e 
0
(.L':.d.$8&/"$..d.D.h1$+0L.&.F.Z.F.D.[/.2$.[+0...P ' H ...P F .R..P  D.N .R..P  D.c .R..P ...P ' H ...P D .[ D.D..P 2&.N+/y .R..P .[..P  F .[..P .N F .R..P  D.N .R..P  F.c .R..P 
.[.
.P 
/.J'.[..P.F'....P2$+/y..R..P0...P.'.H....PD..R..PD.N..R..P.D.c0.R..P....P'.H....PD+/y..D..P..O..P.F..O..P..fF..D..P.D.c..D..P..O..P.'.H.O..P.D>.D..P.2f.N+/y.D..P  D.f:.O..P 3&.N+/~ .O3d.D+/n".O..["...D3f+0	 .Z . H.E .D H.R D.:.Z+0 .Z .O F.E .[ F.R .D F.[:.Z+0>.Z4D0( .E F. .R F.["...[0$+/: .1D+/8"$.D.:.3D.[+0
.O.
.P 
/ J'.$8&06 .O..P  D.ad.O D.^ $ D.Q+0@:.Qd.OD.^:.O; .]+0. .h..Ph.Q .^ F $..h/.Q D.b"&/.h..b .b ..P 
.h.
.P 
/ J'.$8&0H@d.E D.D D.a@f.Q D.^ .h1$+0f".h $ ..P7H'+0V ..P 'H.^:.Q.$8&0Q $..h$.h7 .$(d D.a .Q(3&.h+0^D.^ .h/D.Q .aD D.af.hF&.a&@ F.z <0v,T @.E".a.^.E F.D U0D
+0m:.N3dV+0m <0u,1 <1,, $ D.N <1, .e..[ .M..[ <1	,
:.M; .`+/:.e; .`+/ .z,~x.z@.{.f	.O.e.{.Q.d.gXU.h(/XU.i
XU.i
XU.v$$(.a(.E$.h(.D(.^('0LIST OPTIONS SEPARATED BY COMMAS'/)(10(A5,1X))('0MANN-WHITNEY U-TEST ASSUMES EACH VARIABLE TO',' BE AN INDEPENDENT'/' SAMPLE, AND WILL CALCULATE THE MEANS,',' STANDARD DEVIATIONS AND'/' U''S FOR ALL COMBINATIONS.  OPTIONS',' EXIST TO CHANGE THIS BY CREATING'/' INDEPENDENT',' SAMPLES FROM ONE VARIABLE BASED ON VALUES OF A SECOND'/' VARIABLE.  IN THIS CASE THE PROGRAM WILL ACCEPT RANGES OF',' VALUES'/' FOR THE SECOND VARIABLE TO BREAK ON.  IF YOU DESIRE',' THE VARIABLE'/' TO BE BROKE INTO INDEPENDENT SAMPLES BASED ON',' ALL DIFFERENT VALUES'/' OF THE SECOND VARIABLE YOU MAY',' SPECIFY "DISCR" AS AN OPTION OR'/' "AUTO" WHEN ASKED FOR THE',' RANGES.  IF "DISCR" OR "AUTO" IS USED THE'/' PROGRAM',' WILL DO THE BREAKDOWN WITHOUT ANY ASSISTANCE, IF YOU'/' DESIRE',' A LIST OF THE RANGES THE PROGRAM USES, TYPE',' "RANGE" AS AN'/' OPTION')('0OPTIONS ARE:'/' "BREAK" - CREATE INDEPENDENT',' SAMPLES ON VALUES OF A SECOND VARIABLE'/' "DISCR" - ALLOW FOR',' BREAKDOWNS BASED ON INDIVIDUAL VALUES'/11X,' OF THE BREAKDOWN',' VARIABLE'/' "RANGE" - LIST RANGES WHEN AUTOMATIC BREAKDOWN IS',' USED'/' "AUTO" - AUTOAMATIC BREAKDOWN (SPECIFIED WHEN ASKED',' FOR RANGES)'/'0IF NO OPTIONS ARE DESIRED TYPE A RETURN')('0"AUTO" MAY ONLY BE USED WHEN ASKED FOR RANGES')('0OPTION "',A5,'" DOES NOT EXIST')('1',80A1)('0',10X,'***** MANN-WHITNEY U-TEST *****')('0VAR. VS VAR.',7X,'MEAN',8X,'STANDARD DEVIATION',6X,'Z'/17X,'N1',4X,'N2',7X,'U1',16X,'U2'/1X,65(1H-))('0VAR. VS VAR.',7X,'MEAN',8X,'STANDARD DEVIATION',6X,'Z',13X,'N1',4X,'N2',8X,'U1',15X,'U2'/1X,113(1H-))(1X,A5,2X,A5,3X,G15.7,2X,G15.7,3X,G15.7/15X,I4,2X,I4,3X,G15.7,2X,G15.7)(1X,A5,2X,A5,3X,G15.7,2X,G15.7,3X,G15.7,2X,I4,2X,I4,3X,G15.7,2X,G15.7)('0WHICH VARIABLES ARE TO BE ANALYSED? ',$)('0WHICH VARIABLE IS THE BREAKDOWN VARIABLE? ',$)(' ?, *, ALL MAY NOT BE USED HERE')('0ENTER RANGES FOR BREAKDOWN VARIABLE: ',A5/)('+? ',$)('0IF AUTOAMATIC BREAKDOWN IS DESIRED TYPE "AUTO"',' OTHERWISE ENTER'/' THE RANGE FOR EACH BREAKDOWN SMALLER',' FIRST ONE PER LINE.'/' EXAMPLE:'/' 17,35.2'/' CONTROL Z',' (^Z), "STOP", OR "END" WILL TERMINATE ENTRY'//)(2F)(' SMALLER FIRST PLEASE REENTER LAST RANGE'/)(' NO MORE RANGES ACCEPTED')('0BREAKDOWN RANGES FOR VARIABLE: ',A5)(1X,G10.4,',',G10.4)(' ANALYSIS ON VARIABLE: ',A5,' WITH INDEPENDENT SAMPLES',' DETERMINED '/' BY A BREAKDOWN ON VARIABLE: ',A5)(I4,1X)BREAKAUTO STOP ALL  AUTO,RANGE
END  !    HELP PDISCRp     [u` \ p @ p @ p @ p @ !p @
 !p @ !p @
@!p @1<",@d,,@d D D D <"
, <"
+3DZD,, <",,+  
+3!&!F+?+  
+:+<",,+, 
+*d$!$3D+] 1$+!t U1D
+J <","S $ F	 D  <" ,
:; 	+G, U0D
+M <!w,1 <"",, U1D
+Q <"%,,0D
+T <"(,, & F	 &/ $ F D" $ . 
$
.
.
 
( J'.$8&X $ D D  D 2$+  D.7 .$( D.  F	 .2&+o . . ' H . F .  D	  D. 2&	+ . .  F . 	 F .  D	 .2$+ . . ' H . D .  D	+ . .  F .  F>. 2f	+ .  D:. 3&	+ 3d+".".3f+   H  H D:+   F  F  F:+>4D/  F  F /0$+a 1D+`"$.D:3D+.  F	 .2&+"  D .  F>. 2f	+( . 	 F+" &/ $ F D" $ .
 
$
.
.
 
( J'.$8&3 $ D D  D 2$+u  D.7 .$( D.
  F	 .
2&+I .
 .
 ' H .
 F .
  D	  D.
 2&	+a .
 .
  F .
 	 F .
  D	 .
2$+a .
 .
 ' H .
 D .
  D	+a .
 .
  F .
  F>.
 2f	+a .
  D:.
 3&	+f 3d+\".".3f+q   H  H D:+x   F  F  F:+x>4D
  F  F /0$+< 1D+:"$.D:3D+u.
  F	 .
2&+}  D .
  F>.
 2f	+ .
 	 F+} $ D D@f
 D@d D~ F .  D	 .
3d+ .
  F	 2d+. 2F	+:dD:::~+ 2d+!.
2F	+!:dD::+f  D
@d@d D~ 2d+/.  F	 3$+ .
3f+/ .
  D	+ $dD DhH( $f&	@ F <",T @fF (H
 Hf 
*
J $h H
f 
*
J $h
 H"
 F U0F
+O:	3fV+O <!w,1 <"+,, $ D	 U1D
+U <"., . . <"1,
0D
+Z <"6, . . <"9,
:;3+2:;3+W+!tT1D+`<"?,,<!}, D+k:8&f+T1D+n <"B,,,<!y,
 T1D+ <"L,, <"O, <"R,
+3D
3D+2D+ <"T,,+| 2D
3D <"W, DZD $2$. <"Z,
:;+,  3fO+3<"[,,+|:1d2+|+<"^,, $"D $ F D .
0$..  F . $..  F 
 '3(+6 .
 '2hO+6 .
d D'+8:8&.+8::; +#"$. D & F F D 2$+ .  D.7 .$( D.
  F	 .  D .
3&'+L .
2f'+Z .2$'+Z .
 .
  F .
 	 F .
  D	 . .  F .  F .  D  D.
 3&	+b .
 2d	+  . 2$+  .
 .
  F .
 	 F .
  D	 . . ' H .  H .  F .
3$'+v .
2d'+  .2&'+  .
 .
  F .
 	 F .
  D	 . .  F .  F .  D+  .
 .
  F .
  F . .  F .  F>.
 2f	+  .
 2D	+  . 2d+  .
  D .  D:.
 3&	+  .
 2D	+ ! . 3$+  3d+ ".".3f+ *   H  H D:+ 1   F  F  F:+ 1>4D R  F  F /0$+? 1D+="$.D:3D+ ..  F .
  D	 .
2d'+ 6 .
2D'+ A .2&'+ 6  H .
  F .  F>.
 2f	+ B .
 2D	+ M . 2d+ B .
+	!F2.  F+ 6 $3D
  D	 <"a, . <"d,
 <"f, <"i,
 &/ $ .
 '3H	+ c .
 ' H	 <"k, <"n,
.$8& ] U1D
+l <"p,"S $ F
:; U0D
+ o <!w,1 <"t,, <"w, . . <"z,
 U1D
+ w <"|,,0D
+ z <",, & F	 & F
@f~ 
.
  D	 D:~ D 
 D  D /&/  D .
 2D+!:8&! 
 D /&/  D
 
.
 2D	+ |:
8&!+!s .
  D: 
 D  F@h * J@j J~ Js J H.  H.3h+! .  D .
 2D	+!& . 2D+!&:dD:::~:s+! 2d+!/.
2F+!/ ..2D+!/:dD:::+!&f  D
 3D	+!= .
 2D+!G 2d+!G.  F+! .  D 2f+!.
 2H+! .3d+!F .  F+! s$dD D s.h( s$f&	@ F <!x,T @ s. (.$hH H
fs 
*
J s$h H
f 
*
J s$h
 H"
 F <#, <#,
 <#, <#,
 U0F
+!l:	3fV+!l <!w,1 <#
,, $ D	 U1D
+!o <#, <#,
0D
+!r <#, <#,
+!:; +   Ap,~x@		@t
	x@		
	XUXT@XUOXUn$XUXU(
XU+
XU+
XU6$$'((($$(
(XU=$$'((($$(
(XUDXUIXUNXUQ$XUVXT(XUWX}m(kXUnXUrXUu$XUy(	(	XUy(	(	XU(/XUXU{$$XU!
XU+
P$~P
$XU+
XU6$$
((($s$(
(XU=$$
((($s$(
(('1',70A1)('0',10X,'***** SPEARMAN RANK-ORDER CORR. MATRIX *****')('0',A5,2X,15F8.4)(8X,15F8.4)(1X)(8X,15(2X,A5,1X))gS+U \#a p @#< p @#S p @#R p @#. !p @#+ !p @#H !p @#C !p @#: <'<, $ D#0 U0D
+#q & F#0f#S F#J1D
+#y <'@,"S $ F#? D#G #G <'C,
:#G; #?+#v, U0D
+#| <':,1 <'E,, $ D#)"#< $ F#? D#G"#S $ .#H D'.$8&$ $ D#8 D#> #S D#9 #>2$#9+$\ #> D#+.#97 .$( D#/.#H #F$#G..#G  F#* #>.#H #F$#G..#G2& +$ #/.#H  D#E #/.#H 
#>.
#H 
/ J' #>.#H D' #/.#H #F$#G..#G   D#* #9 D#!.#H #F$#G..#G 2&#*+$B #/.#H  D#E #/.#H #9.#H ' H #9.#H D #/.#H #F$#G..#G  D#* #>.#H #F$#G..#G2$ +$B #/.#H  F#E #/.#H 
#>.
#H 
/ J' #>.#H F' #/.#H #F$#G..#G   F#*+$B #!.#H  D#E #!.#H #+.#H ' H #+.#H D>#!.#H #F$#G..#G 2f#*+$B #!.#H #F$#G..#G  D#I:#+.#H #F$#G..#G 3&#*+$K #+3d#!+$<"#+.#9"#>.#!3f+$X #8 #> H#! #! H#0 D#>:#8+$_ #8 #+ F#! #9 F#0 #! F#9:#8+$_>#84D$y #! F#> #0 F#9 #9/#>0$+$ #>1D+$"$.D#>:#>3D#9+$\.#H  F#, #>.#H #F$#G..#G  D#* #>.#H #F$#G..#G2$ +$d #> F#+ #+.#H  F>#+.#H #F$#G..#G 2f#*+$p #+.#H #, F+$d $ D#+ #H #F$#G..#G   F#*f#S F#I D#-@f#A &/#S $ F#= D#9 &.#S/#9 F#-.#H #F$#G..#G 3F#*+%f#- #I D#, #-1d+%$$#-/#-d$	@D#A"#9.#+ #+ .#H '.#C 
#, J'.$8&% $ D#- #9 D#+f#- F#I.#H #F$#G..#G  F#*+%:#-d#-D#I:#9; #=+%f#- #I D#, #-1d+%$$$#-/#-d$	@D#A"&/#S.#+ #+ .#H '.#C 
#, J'.$8&%& #J#J#J$	@#A D#@ U0D
+%J"$.#0.#G&#0.$ D#!.D#)"$.V/#!2$#)+%J <'H,, &/#G&#0/& $"(.#0. H#R"(.#G2(#R+%?"(.#G H#R <'K,"*.
/
#R  J#: H#9 #9.#: <'N,
:#9; #:+%C,.#08&%9 <':,1 $.#! D#) &/#G&#0/& $ F#E D#T"&.#0.#T F#R3f#G+%R #G H#R"#T.&.#R F#/ #T/&/#R #T F#D D#*3D#G+'"#S $ .#H D'.$8&%Y $ D#8 D#> #S D#9 #>2$#9+&4 #> D#+.#97 .$( D#/.#H #F$#*..#G  F#* #>.#H #F$#*..#G2& +%u #/.#H  D#E #/.#H 
#>.
#H 
/ J' #>.#H D' #/.#H #F$#*..#G   D#* #9 D#!.#H #F$#*..#G 2&#*+& #/.#H  D#E #/.#H #9.#H ' H #9.#H D #/.#H #F$#*..#G  D#* #>.#H #F$#*..#G2$ +& #/.#H  F#E #/.#H 
#>.
#H 
/ J' #>.#H F' #/.#H #F$#*..#G   F#*+& #!.#H  D#E #!.#H #+.#H ' H #+.#H D>#!.#H #F$#*..#G 2f#*+& #!.#H #F$#*..#G  D#I:#+.#H #F$#*..#G 3&#*+&" #+3d#!+&"#+.#9"#>.#!3f+&/ #8 #> H#! #! H#0 D#>:#8+&7 #8 #+ F#! #9 F#0 #! F#9:#8+&7>#84D&P #! F#> #0 F#9 #9/#>0$+%_ #>1D+%^"$.D#>:#>3D#9+&4.#H  F#, #>.#H #F$#*..#G  D#* #>.#H #F$#*..#G2$ +&; #> F#+ #+.#H  F>#+.#H #F$#*..#G 2f#*+&G #+.#H #, F+&; $ D#- D#+@f#. #H 
#F$
#*.
 .
#G ( H#*h#S H#I F#= &/#S $ F#C D#9 &.#S/#9 F#-.#H #F$#*..#G 3F#*+&tf#- #I D#, #-1d+&f$$#-/#-d$	@D#="#9.#+ #+ .#H '.#C '#,H#..$8&&h $ D#- #9 D#+f#- F#I.#H #F$#*..#G  F#*+&u:#-d#-D#I:#9; #C+&Zf#- #I D#, #-1d+&}$$#-/#-d$	@D#="&/#S.#+ #+ .#H '.#C '#,H#..$8&& #J#J#J$	@#= D#9+'
@d#. #@ D#9"#T.#* #@#9 F#b <';,T@ #@#.#9 F#J:#*; #D+%W #T0D+' <'O, #G.#: <'R,
"#/ $ F#A D#9 #9 <'T,
:#9; #A+', #T1D+'$ <'U,"#/ $ F#@ D#9 #9 <'X,
:#9; #@+' , #0.d#T; #E+%N:#G; #?+$ <'Z,, &/#<&#0/& $"(.#0. H#T3h#<+'/ 
#< J#T <'],"*.
/
#T  J#S H#9 #9.#: <'`,
:#9; #S+'3,.#08&'+ #a,~x#b@#c#H	#+#G#b#.#F#RXU#T(/XU#UXU#_XU#_$'XU#[$(#JXU#](#JXU#_XU#_$'('+VAR',I3,'? ',$)(5A1)('0NAME IS USED TO ASSIGN UP TO FIVE CHARACTER VARIABLE',' NAMES'/' WHEN ASKED FOR THE VARIABLE NAME "VAR.---?", ','SIMPLY TYPE IN'/' A 5 CHARACTER OR LESS NAME SUBJECT TO THE',' FOLLOWING RESTRICTIONS:'/' THE FIRST CHARACTER MUST ','BE A LETTER AND THE NAMES "ALL" AND'/' "HELP" MAY NOT BE USED.','  IF A BLANK IS USED THE MACHINE WILL'/' RETAIN ','THE PREVIOUS NAME'/)(' NAME MUST BEGIN WITH A LETTER'/)('0THE CHARACTER "',A1,'" MAY NOT BE USED IN A NAME'/)(' VARIABLE NUMBER ',I3,' ALREADY HAS THE NAME'/)(' THE NAME "',A5,'" IS AN ILLEGAL NAME'/)E    H    STOP ALL  -    ;    Z    L    !    A    ,    EMPTY     P    gSh6 \(# p @'e #p B'e"'e $ F'g D'h T1D+(3 <(l, <(o,
 <(q, <(t,
 'b3D((+(j 'b2D($+(@ 'b2D($+(@ 'c2D('+(@ 'c2D(*+(@ 'd2D(*+(@ <(v,,+(0"& $ D'd 'd 'a2D(*+(E>'d8&(B+(h 'b3$((+(H 'b3d('+(J <(y,,+(0"'d $ D'a 'a 'a3H()+(T 'a3H(&+(T 'a3H(&+(T 'a3H(*+(T:'a8&(L+(W <(|, 'a <(,
+(0 <), <),
 'h2D(%3D(%+(f3D()+(f"'e $ D'd 'd.'e 2D'h+(b <), <)
,
+(0:'d8&(] 'h.'e 'h F+(h <), <),
+(0:'h; 'g+(0 (#,~XU'i$'hXT(j'k@'bXU'k%XU(XU($'aP'k'h@'bXU($'dXU($'h('0LIST SORT VARIABLES MAJOR TO MINOR? ',$)(' THE STP SORT IS AN INCORE SORT USED TO SORT DATA IN'/' ASCENDING ORDER.  UP TO 20 VARIABLSE MAY BE SPECIFIED BY THE'/' USER AS SORT FIELDS.  OBSERVATIONS WILL REMAIN UNCHANGED AT'/' THE END OF THE SORT, ONLY THE ORDER IN WHICH THEY OCCUR WILL'/' CHANGE.  VARIABLES TO BE USED AS SORT FIELDS SHOULD BE LISTED'/' FROM MAJOR TO MINOR.  THE MAJOR SORT FIELD WILL BE IN ORDER'/' WHEN FINISHED, HOWEVER, THOSE CASES WHERE TWO OBSERVATIONS'/' HAVE THE SAME VALUE FOR THE MAJOR SORT VARIABLE WILL BE'/' ORDERED BY THE VALUES OF THE SECOND MAJOR SORT VARIABLE.'/' IN THIS MANNER THE SORT PROCEEDS ON.   THE ONLY'/' CASE WHERE THE MINOR SORT FIELD HAS ANY AFFECT, IS WHEN 2'/' OBSERVATIONS AHAVE EQUAL VALUES FOR ALL OTHER SORT VARIABLES'/' IF AFTER ALL SORT FIELDS HAVE BEEN TESTED, NO DECISION CAN '/' BE MADE, THE OBSERVATION NUMBERS WILL BE USED.')(' CANNOT SPECIFY MORE THAN 20 VARIABLES')(' DATA SORTED BY VARIABLES: ',7(A5,',')/10(A5,','))
g?Hy\*	p>@)p@)%p@)Vp@)!p@)%!p@)!p@)$!p3@)<*N, T1D+* <*S,, <*J,
+*% <*Y,,+*"$.) D) ) D)") $ F) D)") $ D) ) )3D)+*0:)8&*+ ) ) F):):); )+*) ) D)%+*4:); )+*  <*E,+ T1D+*> <*\,")% $ F) D) ) ).) <*_,
:); )+*:, *	 ) Ap )% Ap ) Ap ) Ap,~8))%))	)))%)	)$@)*
)%)))))@*
)	))*	)))XU)&XU)*TXU)XU*$(1X,I4)g?@ \+
 p @*k !p @*j !p @+ p @+ !p @*k !p @+ <,|,"+ $ .*k D'.$8&+ $ D*t D*w + D*u *w2$*u+,% *w D*i.*u7 .$( D*l@d+	:+	2d+++2 *l.*k.+ $+..+   F*i *w.*k +	.+ $+..+  D+
3D*i++%3$*i++<++6 *l.*k *w.*k 3f++< *l.*k  D+ *l.*k *w.*k ' H *w.*k D *u D*`@d+	:+	2d+++K *l.*k.+ $+..+   F*i *u.*k +	.+ $+..+  D+
3D*i++>2d*i++m++O *l.*k *u.*k 2&++m *l.*k  D+ *l.*k *u.*k ' H *u.*k D@d+	:+	2d+++c *l.*k.+ $+..+   F*i *w.*k +	.+ $+..+  D+
3D*i++V3$*i++m++g *l.*k *w.*k 3f++m *l.*k  D+ *l.*k *w.*k ' H *w.*k D"+ $ *l.*k 
.
+ 
/$
+.
'.
+ ( H*y.$8&+n *l.*k  D*j++} *`.*k  D+ *`.*k *i.*k ' H *i.*k D"$.D*`@d+	:+	2d++, *y F*i *`.*k.+ $+..+   F+
3F*i++2f*i++}+, *`.*k 2d*j++}:*i@d+	:+	2d++, *y F*i *i.*k.+ $+..+   F+
3F*i+,
3&*i+,+, *i.*k 3$*j+, *`2$*i++w"*i.*u/*w3d+,  *t *w F*` *` F*l *i F*w:*t+,( *t *i F*` *u F*l *` F*u:*t+,(>*t4D,U *` F*w *l F*u"*w.*u0$++! *w1D++"$.D*w:*w3D*u+,%@f+	.*k  F*j:+	2d++,<.+ $+.*j.+  F*i *w.*k +	.+ $+..+  D+
3D*i+,03$*i+,,+,? *w.*k 3d*j+,, *w D*i *i.*k  F"$.D*i@d+	:+	2d++,P.+ $+.*j.+  F*i *i.*k +	.+ '$+..+   D+
3D*i+,C3&+
+,@+,R *i.*k 2d*j+,@ *i.*k *j F+,,"+ $ F*x D*u.*k7F+,x *u.*k *u3F+,x"*v $ .+ 
+$
.
*u.
+ 
( J'.$8&,\ *u D*t D+"*v $ +$ 
*t.
.
+ 
+.
*k 
7.
.
+ 
0 L(.$8&,c +.*k  D*t +.*k@h D+.*k 2F*u+,b"*v $ +$.+.+ 
.
+ 
/J.$8&,q+.*k@f:*u;*x+,W +
('0HOW MANY OUTPUT COPIES? ',$)(I)(' NOT MORE THAN 63 COPIES')gR| \- <-,, <-, <-,
 W1d+- <-,,+-	 -,~XU-XT-$WXU-('0LIST THE OPTIONS SEPARATED BY COMMAS'/)(7(A5,1X))('0POSSIBLE OPTIONS:'//' "EVECT" - PRINT EIGEN VECTORS'/' "FACTM" - PRINT FACTOR MATRIX'/' "CONST" - SPECIFY ','CONSTANT TO DECIDE HOW MANY EIGENVALUES TO RETAIN'/' "VARIA" - PRINT VARIANCES'/' "COMMU" - PRINT COMMUNALITIES'/' "FSCOR" - PRINT FACTOR SCORES'/' "SFSCR" - SAVE FACTOR SCORES'/' "ALL"   - ALL ABOVE OPTIONS'/'0IF NO OPTIONS ARE DESIRED TYPE A CARRIAGE RETURN')('0OPTION ',A5,' DOES NOT EXIST')('0WHAT CONSTANT VALUE WOULD YOU LIKE? ',$)(G)('0TYPE IN THE VARIABLES, SEPARATED BY COMMAS'/)(' THE SAME VARIABLE HAS BEEN USED TWICE')(' YOU HAVE LISTED MORE VARIABLES THAN IS POSSIBLE'/' WITH THE DATA SET AVAILABLE')('1',70A1)(//,' TOO MANY FACTOR SCORES TO SAVE')(1H-,'FACTOR SCORES')(1X,I4,4G/(5X,4G))('0',20X,'***** FACTOR ANALYSIS *****'/'0VARIABLES: ',9(A5,1X)/(12X,9(A5,1X)))(I3,2X)(//,' FACTOR SCORES SAVED AS VARIABLES 'I2,' THRU 'I2,/)(//,' FACTOR SCORE SAVED AS VARIABLE 'I2,/)('0EIGEN VALUES'/(4G))('0CUMULATIVE PERCENTAGE OF EIGENVALUES'/(4G))(1H0/' EIGEN VECTORS')('0VECTOR',I3,4G/(10X,4G))(1H0/' FACTOR MATRIX (',I3,' FACTORS)')('0VARIABLE: ',A5,1X,3G/(17X,3G))('0ONLY ',I2,' FACTORS RETAINED. NO ROTATION')('0'/' ITERATION',7X,'VARIANCES'/'   CYCLE')(I6,G20.6)(1H0/' ROTATED FACTOR MATRIX (',I3,' FACTORS)')(1H0/' CHECK ON COMMUNALITIES'//' VARIABLE',7X,'ORIGINAL',12X,'FINAL',10X,'DIFFERENCE')(1X,A5,1X,3F18.5)ALL  CONSTEVECTCOMMU!    HELP FACTMVARIAHPFSCORSFSCR     gR4z \'C p @H p @&/ p @ 
 {3D'H+, 'JZDX X z3H'L+(
 z2H'H+'j <,B,,+'] X z2F'G+'m!& FP+(
 X z2F'I+'q!& FP+(
 X z2F'I+'t!& FQ+(
 X z2F'G+'x!& FQ+(
 X z2F'K+'{!& FR+(
 X z2F'F+'!& FR+(
 X z2F'K+(!& FS+(
 X z2F'F+(	!& FP FP FQ FQ FR FR FS+(
 <,E, X <,H,
+'[*d'd!$2DR+( T1D+( <,J,, <,M, <,P,
T1D+(<,Q,,<,,,J $  H5h( x H:x.$8&( &/J $ FI DX7&+(-.$ DO"&/J.O O D. .7(+(, X  2H+(, <,T,,+(:.8&(&:X; I+(" J3dH+(B <,W,,+( J D. .6f+(6:3fH+(8>.0$+(3+, .  Fx3DJ+(B.$ DN"&/J.N N DX X6h+(A:x2hH+(6 H:X8&(> &/J $ FE DX.$ Dt"&/J.t t Dx x X  3H+(2:x8&(H:X; E+(E"J $ FU DX  FH"J $ ($.X 
$
T.
H.
U 
( J D.$8&(Q:X; U+(O U1D
+(` <,Z,"S $ FS DX X <,],
:X; S+(], U0D
+(c <,,1 <,_,"J $ FO DX X .C <,b,
:X; O+(f, $.J&$.$ Du <,*,-] <,',/P U0D
+(y $.x7 .$(.$.du3dV+(y <,,1 $.x7 .$(.$ Du <,c,"x $ FN DX $$X.X <,f,
:X; N+(|, U0D
+) $.x7 .$(.du3dV+) <,,1 $.x7 .$(.$ Du <,h,"x $ FM D. ..&. <,k,
:.; M+),!$2DP+)6 U0D
+) $.Du &.J7 .&("(/.V2$u+) <,,1 $ Du <,l,,"x $ FM D. U0D
+), $.J7 .$(.du3dV+), <,,1 <,o,, $.J7 .$(.$ Du <,r, <,u,
"J $ FL DX $$..X <,w,
:X; L+)0,:.; M+)! <,%,/6!$2DP+)Z U0D
+)A $.Du"$/x&$(.V2$u+)A <,,1 $ Du <,x, <,{,
"J $ Fs DX U0D
+)O $.x&$.du3dV+)O <,,1 <,}, <-,
 $.x&$.$ Du <-, X .C <-,
"x $ F&1 D. $$..X <-,
:.; &1+)T,:X; s+)E x0d+)d U0D
+)a $.du3dV+)a <,,1 $ Du <-, <-
,
+(2 <, ,0	!$2DQ+)} $. DL U0D
+)n $.Du"$.V2$u+)n <,,1 $ Du <-
,,"L $ F&1 DX/$ D U0D
+)y:u3dV+)y <,,1 <-,, $ Du <-, X <-,
:X; &1+)r U0D
+* $.Du"$/x&$(.V2$u+* <,,1 $ Du <-, <-,
"J $ F&0 DX U0D
+* $.x&$.du3dV+* <,,1 $.x&$.$ Du <-, X .C <-,
"x $ F&0 D. $$..X <- ,
:.; &0+*,:X; &0+*	!$2DQ+*6 U0D
+*% $.Du"$.V2$u+*% <,,1 $ Du <-!,,"J $ F&/ DX U0D
+*/:u3dV+*/ <,,1 <-$,, $ Du <-', X .C X.z 
X.
&. <-*,
:X;<&/+*(!$3DR+*9!$2DS+(2!$2DS+*? H.x3d 
+*J$$.Du"&/x7$.&( (..V2$u+*J <,,1 $ Du <-0,,"x $ F  DX"x $ F 
X.
 
.
*.$X.*8z0zN(D.$8&*R:.;.x $ Fx DX.z@f"x $ X.z *$
X.
 ,$
.
. 
0z
(DL'.$8&*c:X; x+*a"x $ ($.. 
.
z 
/ J z.$8&*l:.; y+*_"&/ $ Fv DV"x $ Fv D..&.@f"J $ ..&. 
.
~ 
$
W.
V.
W 
0
/ 
.

/ *$
..

(zL'.$8&*x!$2DS++ H..$W.V.W ..&.  F:.; v+*v!$2DR++ U0D
++ $.x7 .$(.du3dV++ <,,1 <-3,, $.x7 .$(.$ Du <-6, <-9,
"x $ F DX X.&. <-;,
:X; ++,:V; v+*t!$2DS+(2 $.H Dt"&/H/x.t t F DX.C <-<, <-@,
:X; ++' $.H D. x.DH0D++0 <-A, <-D,
1D++3 <-F, <-I,
"H $ F DX.~@f X. F"H $ T$.X.U@j .$8&+9:X; ++5"&/ $ F DX"H $ F D..~ .$W.X.W F"&/H.. . T$...U 
W$
.
X.
W 
W$
..
X.
W 
0
(L .$8&+G:.; ++B:X; ++@"H $ F DX"&/H.X X T$X..U 
.
~ 
X.
~"
7
/ 
T$
.
X.
Un&/( N .$8&+W:X; ++U"H $ .",.
&/$
&/l 
T$
.
.
U 
(
 J'D <,,T @' .~l&/ 
'
 J'.$8&+c"H $ FE DX"&/H.X X X3H+, 
T$
.
.
U$T.X.U  (4H, X$T 
T$
 
X.
.
U ..U X..U @8 P'D <,,T ..U 8 N0 X$T..U 
T$
.
X.
U 
(J+,T$.X.U@jT$X..UJ.$8&+s:X;{E++q"H$T$..U!*J.$8&,+(2'CHAp,~x'Dx'D`Y	&./x@Jx/	zy	&.`JxYXJYx	&.hYJ@'EJKCH@'EX	yW'DW'(DXU'(XU'XU'XU'$.(zXU'!$xXU'!$xXU'%$(zXU')$xXU'.XU'.XU'2$(/XU'3$xXU'%$(zXU'8	XU'8	XU'A$('(x(/XU&xXU&|XU&|XU&$V(P'	$XXU'$HXU'
$.$H0c=tK&<[@ \-Z !p @-X !p @-Y p @-S -\ D-Vd-S D-Q"-S $ F-T D-X"-S $ ($.-X.-Y@j'k -X2H+-m ($.-X.-Y!* J'k.$8&-f:-X; -T+-e@d-T"-S $ F-R D-X"&/-S.-X -X -X3H+-y ($.-X.-X 'kH-T.$8&-t:-X; -R+-r7d-T+/D D-[ </.,T @-T -T-V-Q D-L@d-U @-Y -Y-Q D-Y $ D-V $.-V D-N $$-N.-V.-X#k3$-Y+.y $ D-U $$-N.-N.-X &$-V.-V.-X kkF F-U $$-N.-V.-X 
k
 F-[ </-,T"k H-M7$-U"j-M -M"$ D-[ </+,T @ @-[ </,,T -M D-N D-K"-K& F-[ </*,T @-L -L F-W -N-L F-Z"-S $2D-V3D-N+.A ($-N..-X"
'k
-N ($-V..-X 'k-L H-U *$
-N.
.
-X /k-L ,$
-V.
.
-X 
7k
-N
 L/k *$
.
-N.
-X ,$
-N.
.
-X 
7k L/k *$
-V.
.
-X H/k *$
.
-V.
-X H/k ($-N..-Y"
'k
-N ($-V..-Y 'k-L H-U *$
-N.
.
-Y /k-L ,$
-V.
.
-Y 
7k
-N
 L/k *$
-V.
.
-Y H/k.$8&.( $$-N.-V.-X kD-Z D-U $$-N.-N.-X k-K $$-V.-V.-X k-W-U D-M &$-N.-N.-X k-W *$
-V.
-V.
-X /k-Kf-U ($-N 
-V.
.
-X"-K-W/k 
-N.
.
-X 0$-V.-V.-X Gk7k-Z P/k ($-V.-N.-X *$
-N.
-V.
-X 
/k J'k ($-V.-V.-X D'k $$-N.-N.-X Fk -N3D-S+.|:-N+."$.-S3D-V+.:-V+. -U0D+/@d-U+. -Y2d-L+."-S $ F-P D-X.$ D-W"&/-S.-W -W F-P D-O$$.-O.-X &$-X.-X.-X k2&k+/% $$-X.-X.-X k D-U &$-X.-X.-X -O$(.-O.-X 'k Hk -O$&.-O.-X Dk"-S $ ($-X..-Y 'k H-M *$
-X.
.
-Y ,$
-O.
.
-Y 
7k L/k *$
-O.
.
-Y H/k.$8&/:-O; -P+/	:-X; -P+/ -Z,~x-[x-[x-[x-[x-[Y>
@ \/4 p @/1 p @// #p B/3 #p B/3"// $ F/1 D/0$$./0./3 $k D/4 </I,T @/2"/1 $ ($/0../3 
/2J'k.$8&/A:/0; /1+/< /4,~x	/4iJ
9  p @/M #p B/N p B/K p B/J #p B/Od/M D/K"/M $ ./O *$
.
.
/N 
/k J'.$8&/W@d/J"/M $ D/N /N./O 3$/K+/e:/J /N./O /K H:/N8&/^ &//J $ ./O 
'J'.$8&/f /J Ap,~ P'@:k|SsYm^ \0 p @/y p B/p %p D0 p D/s %p D/t %p D/q %p D0 %p D0 0 D0@d0 /p/$ D/l $ D/}@d/sd/y D/v/v D0 0 D/z"/y $ F/z D0./q@f"/p $ 0./q *$
.
0.
0 
/k
/kL'.$8&0:0; /z+0"/y $ F/x D0./q & F0 <1[,T @"/p $ ($.0.0 
0.
/q 
'k
/ L'k.$8&0*:0; /x+0&+04:/}./t  F0 /}./t@f"/p $ F/w D/t@d/| D/q"/y $ ($/t..0 
'k
'k J/{J/|
/{J/q.$8&09 /}./t /| /v/q0F:/t; /w+07 /}0$+15./t 02f0+0K:/s0d+15"/l $ F/u D/t.$ D0"&//p.0 0 F/u D/o@d/| D/q D/{ D/p"/y $ ($/t..0 *$
/o.
.
0 'k/k 
'k
/k
 L/~ ($/o..0 *$
/t.
.
0 
/k
'k J/nJ J/n
/n /~/nH/{ /~H/nH/p /~H/|J/q.$8&0T"/|D/q/v/p D/n /q/q"/|/|/v/{ F/r/r4$0u5d1 /n/r3$0+12 /z D0 D/m+1
#/r#/n D/n3$0+0}$ D0 <1Z,T!& F0/n F/m+1
6$/r+12 /z D/{ D/s+1 /n/r# D/w3$0+1	$ D0 <1Y,T!& F/m/w F0+1
@d0 D/m!$0D D0 <1X,T @/o /oF /m D/r /o&F F0 <1W,T @0 0H D/m7f/r+1 @/s D/{+1 /z/m /z0 D/s"/z/m /z0# D/{7d/n"d/{"/y $ ($/o..0 
'k
/{ ($/t..0 'k/s H/| *$
/o.
.
0 /k/s ,$
/t.
.
0"
7k
/{
 L/k *$
/t.
.
0 H/k.$8&1 :/o; /u+0Q:/t; /u+0M+02"/y $ F/ D0"/p $ ($.0.0 
0.
/q 
/J'k.$8&18:0; /+17"$./} D/s"/y $ ./q 
'J'.$8&1A"/y $ F/} D0.0@f"/p $ 0.0 *$
.
0.
0 
/k
J'.$8&1H 0.0 0.0 0./q ' H:0; /}+1F 0 /s Ap,~x0x0x0x0x	0S;6@ \1g !p @1b !p @1e !p @1^ p @1\!$ D1`"1\ $ F1c D1].1e 1] F.1^ 1] D$$.1].1b k F1]"&/1\.1] 1] F1c D1f"&/1\.1] 1] ($.1f.1b#
'k#1]2(+2 ($.1f.1b 'k H1] 1].1e 
1f J' 1].1^ D'.$8&1z:1f; 1c+1x 1].1e  D1^ 1].1e 3d1]+2"1\ $ ($.1].1b"'k H1f *$
 
1].
.
1b 1^..1b ?k N7k *$
.
1^.
1b1H/k.$8&21f 1].1^ 3d1]+2)"1\ $ ($1]..1b"'k H1f *$
1].
.
1b ,$
1f.
.
1b 
7k L/k *$
1f.
.
1b H/k.$8&2"1\ $3D1]+21 ($1] 
.
.
1b 
1].
.
1b"/k7k N/k.$8&2*"1\ $ F1_ D1f"1\ $ 1] 
1f2J3D+2? ($ 
1f.
.
1b 
1].
.
1b .$1].1f.1b ?k7kN/k.$8&25:1f; 1_+24"1\ $3D1]+2I ($.1].1b *$
1].
1].
1b 
'k
/k L'k.$8&2B $$1].1].1b kD1` $$1].1].1b!&Fk:1]; 1c+1p 1\ D1]>1]4d2r.1e  F1f3f1]+2b"1\ $ &$1]..1b k F1f *$
1].
.
1b ,$
1f.
.
1b"
7k L/k *$
1f.
.
1b F/k.$8(2W 1].1^  D1^3d1]+2R"1\ $ ($.1].1b 'k H1f *$
 
1].
.
1b 1^..1b"?k N7k *$
.
1^.
1b H/k.$8&2f+2R 1g,~('0LIST OPTIONS SEPARATED BY COMMAS'/)('0THE 2 WAY ANALYSIS OF VARIANCE ASSUMES CELLS TO '/' BE MADE UP OF INDIVIDUAL VARIABLES.'/' IT IS POSSIBLE HOWEVER TO BREAK 1 VARIABLE INTO'/' CELLS, BY MEANS OF TWO OTHER VARIABLES.'/' IN THIS CASE, RANGES FOR BREAK-DOWNS ARE ASSUMED'/' TO BE SUPPLIED BY THE USER.  WHEN THE PROGRAM'/' CALLS FOR THE RANGES, THE USER MAY SPECIFY ANOTHER'/' OPTION WHICH ALLOWS THE PROGRAM TO AUTOMATICALLY FORM'/' THE BREAKDOWNS BY INDIVIDUAL VALUES OF THE')(' BREAKDOWN VARIABLE.  IF MORE VALUES'/' EXIST THAN GROUPS, THE PROGRAM AUTOMATICALLY'/' FORMS THE RANGES FOR BREAKDOWN'/' OPTIONS ARE:'/' "BREAK" - FORM GROUPINGS BASED ON VALUES OF BREAKDOWN VARIABLES.'/' "GROUP" - SPECIFY MAXIMUM NUMBER OF GROUPS (PRESET TO 20) MAXIMUM OF 20.'/' "AUTO" - AUTOMATIC BREAKDOWN (SPECIFY THIS ONLY WHEN ASKED FOR RANGES)'/' "DISCR" - BOTH',' GROUPS ARE AUTO (SPECIFY NOW)'/' "HEADR" -',' OMIT SIZE, MEANS, AND STD. DEV. REPORT'/' "RANGE" - TYPE OUT',' RANGES FOR BREAKDOWNS IF AUTOMATICALLY FORMED'/'0IF NO OPTIONS ARE DESIRED TYPE A RETURN')(5(A5,1X))(' "AUTO" ONLY SPECIFIED WHEN RANGES ARE CALLED FOR')('0OPTION ',A5,' DOES NOT EXIST TRY AGAIN')('0HOW MANY CELLS IN FACTOR 1? ',$)(I)('0MAXIMUM OF 20')('0HOW MANY CELLS IN FACTOR 2? ',$)('0TYPE IN EACH VARIABLE AFTER THE'/' CORRESPONDING  LEVEL, "EMPTY"-INDICATES EMPTY CELL')('0CELL('I2,',',I2,')? ',$)(' TOO MANY CELLS FOR THE NUMBER OF VARIABLES')(' THIS VARIABLE USED PREVIOUSLY')('0MAXIMUM NUMBER OF GROUPS FOR LEVEL 1? ',$)('0NO. OF GROUPS SPECIFIED WAS EITHER LESS THAN 1'/' OR GREATTER THAN THE MAXIMUM (20)')('0MAXIMUM NUMBER OF GROUPS FOR LEVEL 2? ',$)('0WHICH VARIABLES ARE TO BE ANALYSED? ',$)('0WHICH VARIABLE IS BREAKDOWN VARIABLE',I2,'? ',$)(' *, ?, ALL MAY NOT BE USED HERE')('0LIST THE RANGES FOR BREAKDOWN VARIABLE: ',A5/)(A4,70X)('IF AUTOMATIC BREAK-DOWN BY GROUPS IS DESIRED TYPE "AUTO",'/' OTHERWISE ENTER THE RANGE FOR EACH BREAK-DOWN SMALLER FIRST,  1 PER LINE.'/'EXAMPLE:'/'17,35.2'/'CONTROL Z (^Z) WILL TERMINATE ENTRY')('0AUTO CAN ONLY BE SPECIFIED FIRST TIME'/' CONFUSION START OVER WITH SAME VARIABLE')(2F)(' SMALLER FIRST, PLEASE RETYPE'/)('0BREAKDOWN RANGES FOR VARIABLE: ',A5/)('+',G10.4,',',G10.4/)('OTHE FOLLOWING LEVELS ARE EMPTY - WILL BE ELIMIN.')(' FACTOR 1 LEVEL',I3)(' FACTOR 2 LEVEL',I3)('1',70A1)('0',15X,'*****2-WAY ANOVA*****')(' ANALYSIS RUN ON VARIABLE: ',A5,' WITH CELLS DETERMINED'/' BY BREAKDOWNS ON VARIABLE: ',A5,' AND VARIABLE: ',A5)('0FACTOR'/2X,'ONE',25X,'FACTOR TWO')(' LEVEL',5X,15(4X,I3,1X))('0',5X,'N',4X,15F8.2)('0',I3,2X,'N',4X,15F8.2)(6X,'MEAN',1X,15F8.2)(6X,'STDV',1X,15F8.2)(//24X,'PRELIMINARY ANOVA')(6X,'SOURCE',11X,'DF',8X,'SS',8X,'MS',8X,'F',4X,'PROB')(6X'CELLS',9X,I5,3F10.2,2X,F6.4)(4X,I1,' IGNORING',I2,4X,I5,F10.2)(6X,'WITHIN',8X,I5,2F10.2)(6X,'TOTAL',9X,I5,F10.2)(3HS1(,I3,2H)=,F6.0)('0INVERSE DOES NOT EXIST')(//29X11HFINAL ANOVA)(3XI1,12H ELIMINATING,I2,2X,I5,3F10.2,2X,F6.4)(3XI1,12H ELIMINATING,I2,2X,I5,3F10.2,2X,F6.4)(6XI1,3H BY,I2,8X,I5,3F10.2,2X,F6.4)(3HNP=,I2)(3HMP=,I2)BREAK^AUTO ~`AUTO,RANGE!    HELP HEADRX)7$]DISCRGROUPp     C:~d@ \!X p @a p @ p @ p @o !p @K !p @l !p @l !p @[ <*, $ DV U0D
+!o $ DV@d3 T1D+!s <*,,@dp Dq Dq Dr Dr $
 Ds Dt <*!, <*$,
!}3D!]+* !ZD2+}3H!a+"+}2H!^+"2<*',, <**,,+!p2+}2F!Y+"!&+Fp+" 3}2F!`+"	!& Fq+"  }2F!^+"
+!p*d!{!$3Dp+#H T1D+"! <*4,, <*7, <*:,
 s1d
+"' <*<,,+" T1D+"* <*?,, <*B, <*E,
 t1d
+"/ <*F,,+"' T1D+"2 <*I,,d DYOd"s $ Fd D"t $ Fc DX T1D+"; <*L, <*O,
"$1DII<*,n3Do+"86&+"G>"3fa+"E <*Q,,+"  D+"R"$.$t/$.X D1$+"R" $ Db b7hu+"Q u2H+"Q <*T,,+"8:b8&"L"$.$t.X D  Fu:X; c+"8:; d+"6 s$t D@f" $6Hu:.$8&"\ 2da+"C+"r  DX X6fu+"e"&.Fu"u3fa+"g>X0$+"a+* X u F3D+"r.$ D"&/.  D 6hu+"q>"
2ja+"e Hu:8&"m &/ $ F^ D.$ D"&/.  DX 7Du+# X7Du+# 7$u+"~ X6du+#+# X7$u+#  X" u3Hu+"`+#  X  u3Hu+"`:X8&"x:; ^+"t"&
 $ F D@fd F= FJ F FW Fa FL !\ &
$&.@h) &
$&. Hw &
$&. Hj*d#:; +#
@dI D
 DH D\ D DJ DU D Dt D"s $ F D"t $ DX"$.$t.X D u H4H#D5(##"j!(H!(}YHt X$(
. 
.
l 
/
Y J w X$(
. 
Y J ) X$(
.  w 
.
l 7*}
Y


Y J j  
X$*
.
 
(wJ = 
X$*
.
 
()J J 
X$*
.
 
(w
(w
()L 
X$*
.
 
(jJ
:X8&#7D J+#D 
 =

 JJJ  JDH  =D\:; +#+%g!$2Dq+#\ T1D+#L <*W,, <*Z, <*],
 s0d0d
+#Q+#S <*_,,+#I T1D+#V <*b,, <*e, <*h,
 t0d0d
+#Z+#\I<*i,,+#S\T1D+#<*l,,<*, D3 a D2+#j:8&#e !aDzZD T1D+#o <*o, <*r,
 <*
,3DI+*2Dn3Do+#l6f+#v <*t,,+#l   Ft:; z+#l !aDxZD!$3Dr+$ T1D+$ <*w,  t.[ <*z,
 !\_DwZDX <*{, <*~,
 c3D!a+$3D!]+*2D!^+$
 <+,,+#| c2D![+$ X1D+$ <+,,+#| <+, X(. <+	,
 X(. 3f+$ <+,,+$:X; w+$:X "&.X Fs1&+*+%"!_ DT !_ FJ@f  t F" $ F1 D $.. 3dT+$* $..  DT $.. 2$J+$0 $..  DJ 0d
+$D1$+$:" $ DW W(. $..  3H+$D:W8&$4:0d
+$D(. $..  F (. $..  F:; 1+$#  s3f+$I  Fs 3Fs+$Zfs FY TJY F J F	 F"s.& $ (. 
  J  (. 
 
 J .$8&$Q  s(. T F!$2Dr+$`2Dr+$` <+,  t.[ <+,
@dX:X 3Ds+$y(. 	 Fu X(.  Dm X(.2f+$a X D (.  F	 (.  F>1$+$t(. 2fu+$k (. u F	 (. m F+$a!$2Dr+% "s $ <+, !a_HZH *$
 (.. <+,
:; +$,.$8&$|:; x+#{"2 $ F DW!&3F3+%
 u F+% W2Dt3Du+)~ D"&
 $ F D@fd F= FJ F FW Fa FL !\ &
$&.@h) &
$&. Hw &
$&. Hj*d%:; +%@dI D
 DH D\ D DJ DU D Dt D" $ FL D"s $ FJ DX( $t.. 3&+%G X( $t.. 2f+%G"t $ D ( $u..  3(	+%E ( $u..  2h+%E $$
.X $..  Hw $$
.X $..  Hj $$
.X!(H)+%H:8&%0+%H:X; J+%&:; L+%$"s $ F D"t $ (
$.7H )+%_!(H (
$.  )(}Ht  *
$
.
 
(wJ = *
$
.
 
()J J *
$
.
 
(w

()L *
$
.
 
(jJ
.$8&%M 7FJ+%d ==JFJ JFH  =D\:; +%L s D} t D" $ F} DX"} $ X *
$
X.
 
()J a.$8&%l:X; }+%k@dm"} $6HJ+%z!(3Hm+%x <+,, Hm <+, <+,
.$8&%s" $6Ha+&!(3Hm+& <+,, Hm <+!, <+$,
.$8&%|7Dm+&;"s $ F= D6FJ+&"&.Fs2ds+&"&/s.  F= D"t $ (
$. 
 x J w (
$. 
 k J j (
$. 
 * J )  
:JJ;J.$8&&
+&:; =+&"t $ Fs DX6Fa+&0"&.Ft2dt+&1"&/t.X X Fs D"s $ (
$. 
  J w (
$. 
 t J j (
$. 
 3 J )  
 b J a.$8&&$:; s+&#+&:X; s+& !\@f= Fd FJ F FW Fa FL*d&2@dI D
 DH D\ D DJ DU D Dt D+%J" $ F` DX"} $ (
$X.7H )+&Y X *
$
X.
 
(wJ L$(
."
 w
 w
 )J j X$(
.!*3J )+&Y X$(
. 
 ),} 
 j
 J j X$(
.6( j+&R X$(
.@j j X$(
. * j J!X <*,T @ j X$(
. 
 w
 ) J w.$8&&> X LLaF:X; `+&= \\H DZ"D
"ZD"ZDJ"ZD"
 Du@dp:p!$3D+)q!&}  DV:p@dK6Dt+&n $ DK $3DK+&s ut F|.dp4F)q V| D	 U1D
+&{ <+&,"S $ F] D  <+),
:; ]+&x, U0D
+&~ <*,1 <+*,, $ D3!$2Dp+' <+-, .[ t.[ u.[ <+0,
 $.D3!$3Dq+'i"$.V.&V.$.D3 <+3,, &/&V/& $"(.V. H3h+' 
 J <+6,"*.
/
  JZ H <+9,
:; Z+',.V8&'"} $ FX D U0D
+':"&.V.}&V (..$.d33dV+': <*,1 <+:,, &/&V/& $"(.V. H3h+'. 
 J <+=,"*.
/
  JV HW <+@,
:W; V+'2,.V8&'*"$.V.&V(.$ D3 &/&V/& $"(.V. H3h+'@ 
 J1D+'J <+B,"*.
/
  Jy HX (
$X. <+E,
:X; y+'E,+'T <+F, <+I,
"*.
/
  Jx HX (
$X. <+K,
:X; x+'O, <+L,"*.
/
  Jv HX (
$X. <+O,
:X; v+'X, <+Q,"*.
/
  Jt HX (
$X. <+T,
:X; t+'`,.V8&'<:; X+' K1D+( U0D
+'n $.d33dV+'n <*,1 $ D3 <+U,, <+X,,!$}D D]Dt Do <*	,L @Y <+[, <+^,
"$.} D] $ D $ DX <+b, <+e,
"$. D] <+h, <+k,
Dt D] <+n, <+q,
!$}HD D] <+s, <+v,
" $ Fs D" $ (
$.@j w 2H+( (
$.!* J j+( (
$.@j j.$8&(:; s+(
" $ Fq D" $ F DX"} $6@J+( <+x, <+{,
 (
$X 
.
 
.
 .
$. 8)0)JN(w.$8&(:X; +(:; q+(" $ (
$."
aJ w.$8&()" $ F DX"} $6@J+(3 <+}, <,,
 X *
$
X.
 
()
=
JJ .$8&(0 $
$X.!& Fw X"LF:X; +(/ @f" $ F
 D" $ (
$.@j j.$8&(A $
$.!& Fj:; 
+(@" $ F D$$
."w&H2F!Z+(c 3D+(W.$ D"&/.  DX $
$.X"w$H2D!Z+(Y:X8&(R <,,,+)}" $ (
$ 
.
 
X.
 
0wL(w (
$ 
.
 
X.
 
0jL(j.$8&(Z $
$. w Dq" $ (
$. 
 w
q J w (
$. 
 j
q J j.$8&(f" $ Fw D3D+(~ &
$. w Fq" $ (
$ 
.
 
.
"
0w
qL(w (
$ 
.
 
.
"
0j
qL(j.$8&(t:; w+(o:; +(J" $ Ft DX" $ X *
$
.
X 
(j
J W.$8&):X; t+)"} $ Fr D" $  *
$
.
 
()
WJ d.$8&)J+) <,,  <,,
  dJ Fd dFU:; r+)
d} DU UU DU"} $ dU Ha=HI.$8&)" $ WLHI.$8&)# \UZdI"I Ff Fn!&Un F@h:4F)w  D I Du:!$3DU+)w!&}U u D~ IJ Dm:!$3Dn+)w!&}n m D_:Dt Do $2DK+)?F Fo2DK+)A  F|7@|+)w | Dd ~| D2 _| D U0D
+)L $.d33dV+)L <*,1 $ D3 <,
,,!<,D D] <,, <,,
!$}UD D] $ D $ DX <*,L @Y <,, <,,
!$}nD D] <*,L @Y <,, <, ,
D D]6DK+)d <*,L @Y5D)f <,$, <,',
0D+)i <,,, <,/,
Ft F]5D)m <,2, <,5,
!&}HF F] <,8, <,;,
+)} <,<, <,?,
6bp0b+)w+)u4&h4&n4&r <,A, <,D,
6b0b+)}+)z4).4)34)94)B!$2Dp+"`:W; +%	 !X a Ap,~h]odh]oh]o2h]o	x	!X@!YXIno[a@u![2Ino[a@!YIno[a@!Z	K!YoXU XT 
@}XU$,XUP:XU XU (}XU XT $sXU XU XT $tXU XU 	XU ($$XXU +XU 0XU 3XT $sXU 8	XU AXT $tXU 8	XU EXU J$XU OXU S$XT$$ X(cXU YXU mX} u((XU vXU y$XU }( tXU!XU!$XU!XU!$XU!
(/XU!XU!$$$'XU!XU!$XU!XU!$WXU!!( )XU!$$( )XU!&( wXU!)( jXU!+XU!.XU!4$]((V(	(YXU!7$$X$](JXU!7$X$$](XU!;$](u(|XU!>$](
X!@$(JX!@$(JXU!BX!@$(JXU!EXU!.XU!4$](XU!H$$X$](u(~(2(YXU!M$X$$](m(_((YXU!R$$X$](((d(YXU!R$$X$]((XU!;$](u(|XU!>$]X!V$pX!W$(' WHICH VARIABLES? '$)('0ENTER UP TO 20 VARIABLES FOR THE FRIEDMAN TWO-WAY'/' ANALYSIS OF VARIANCE.  VARIABLE NAMES OR NUMBERS'/' MAY BE USED TO INDICATED THE VARIABLES.  RANGES OF'/' VARIABLES MAY BE ENTERED BY TYPING THE EXTREMES OF THE RANGE'/' SEPARATED BY A MINUS.  THE ASTERIK MAY BE USED IN ONE'/' OR MORE POSITIONS TO INDICATED ALL POSSIBLE COMBINATIONS.')(' SAME VARIABLE (',A5,') LISTED TWICE')('1',70A1)('0',8X,'**** FRIEDMAN TWO-WAY ANALYSIS OF VARIANCE ****'/'0VARIABLE  SUM OF RANKS'/' ========  ============')(2X,A5,5X,F10.2)('0CHI SQUARE=',F12.3,', WITH ',I2,' DEGREES OF FREEDOM'/' HAVING A PROBABILITY OF ',F5.2)t
MJLY\-.TpJ@,Y\p;@,mIpD@,m[p@,S!p;@,GF!p@,YJ!pF@,H!p@,V[<.T,IT1D+->j<.X,,j<.O,,U ,U ,l  ,I2H,I+-S <.^, ,I.,V <.a,
+-;:,U8&-M:,l; ,[+-H $ D,G",F $ ,I H,\5h-Z ,G H,\:,G.$8&-W+-l ,F D,U ,U6f,I+-`:,\3f,Y+-b>,U0$+-]+.J ,U ,\ F,G3D,F+-l.$ D,i"&/,F.,i ,i D,l ,l6h,I+-k:,G2h,Y+-` H,\:,l8&-h &/,F $ F,X D,l.$ D,h"&/,F.,h ,h D,G ,G ,l  ,\3H,\+-]:,G8&-r:,l; ,X+-o",F $ .,Y@j'.$8&-x",m $ F,W D,U",F $ .,H 
,\$
,k.
,U.
,k 
( J'.$8&-~",F $ F,i D,l!$ D,U@d,\",F $ ,l.,H 
.
,H 
/2j'+. ,l.,H 
.
,H 
/3*'+.!(H,U+.!(H,\.$8&. ,l.,Y ,UF,\F:,l; ,i+.:,U; ,W+-} U1D
+.  <.c,"S $ F,g D,U ,U <.f,
:,U; ,g+., U0D
+." <.L,1 <.g,, $ D,F@d,H",F $ F,g D,l U0D
+..:,F3dV+.. <.L,1 <.j,, $ D,F <.m, ,l ,\.,V.,Y <.p,
 ,l.,Y D,H:,l; ,g+.'d,F$",mf H 
,m$
,Fj
!&	@,H F,n"$.,F D,Ed F,T <.M,L @,V U0D
+.G $.d,F3dV+.G <.L,1 <.r, <.u,
+-\ -. ,Y Ap,~h,E-/,T@,I-0,F,T,I,\,V,Y@-0,l	,G,k-/,S,k,mXU,nXU,q"XU-$'XU-(/XU-XU-XU-#$(XU-%	(,n$,E(,V('1',70A1)('0',20X,'**** SIGN TEST ****'/'0',35X,'FREQUENCY OF'/19X,'NUMBER OF',9X,'SIGN WHICH'/19X,'PAIRS WITH',6X,'OCCURED LEAST',7X,'Z',10X,'PROB'/' VAR',4X,'VAR',4X,'SIGNED DIFFERENCE',7X,'OFTEN',8X,'(N>25)',6X,'(N<=25)')(1X,A5,2X,A5,8X,I5,13X,I5,20X,F7.4)(1X,A5,2X,A5,8X,I5,13X,I5,7X,G12.3)  P?g&=m \/& p @. p @/ p @/ p @.{ !p @.{ !p @.} <0, U1D
+/9 <0$,"S $ F/ D/ / <0',
:/; /+/6, U0D
+/< <0,1 <0(,, $ D.y &/. $ F/ D/.$ D/"&/../ / F/ D.|@d.z D/"/ $ /$.|../ 
/$
/.
.
/ 
(
 4J/N5j/M:/:.z.$8&/G .z//2$/+/R .z/D/ .z0d
+0@f/0$?+/W <0,
!& F/ /1&+/u"/ $ H.~ D/!$ D.x &..z// F/ D/ .z D.|".z/&./ /h.x/ H.x 
.|0*3(/(+/l 
/)A
.x&
/(/,@ L.y L/2l.| J/ <0,
 H.x"/.H.|!(H/.$8&/a .|0d?+/t4d/s <0,
 .x F.x .xF/:/; .~+/[ U0D
+/|:.y3dV+/| <0,1 <0+,, $ D.y <0., /..} .|..} <01,
+0d.z D.D D.} <0,T@ @/d.z.} D.xd.z2$.}+0!$d.x .x/ D.x U0D
+0:.y3dV+0 <0,1 <05,, $ D.y <08, /..} .|..} <0;,
:.|; /+/E:/; /+/A /&,~x.p/(.|p/(/p/(.z@/'/	.{//'.{//XU/	(/XU/
XU/
XU/$$$.z$/(/XU/
XU/#$$$.z$/(.x('0?? ',$)(72A1)('0  MANIP IS A SPECIAL FUNCTION OF STAT-PACK WHICH',' ALLOWS THE USER'/'   TO EDIT DATA EXISTING IN CORE.'/'   AS AN ADDED FEATURE IT HAS SOME AUTOMATIC FUNCTIONS WHICH'/'   ARE MEANT TO HELP IN CASES OF MISSING DATA. THERE ARE'/'   4 MAIN INSTRUCTIONS (MUST BE PLACED IN THE FIRST COLUMN).'/'  D - DELETE'/'  R - REPLACE'/'  T - TYPE'/'  A - ADD'/'   THESE INSTRUCTIONS ARE USED TO REFERENCE THE LARGEST'/'   POSSIBLE RANGE OF VALUES. A LIMIT TO THE PORTION OF DATA'/'   LOOKED AT CAN, HOWEVER, BE IMPOSED WITH THE FOLLOWING'/'   INSTRUCTIONS: (# INDICATES A NUMERIC VALUE WOULD BE INSERTED'').'/'  V# - SPECIFY VARIABLE NUMBER (#)'/'  O# - SPECIFY OBSERVATION NUMBER (#)'/'   INDIVIDUAL VALUES CAN ALSO BE REPLACED BY RANGES OF NUMBERS.'/'   FOR EXAMPLE:'/' TV12-15'/'   WOULD TYPE ALL DATA FOR VARIABLES 12 THROUGH 15.')(' RO19-35'/'   WOULD REPLACE OBSERVATIONS 19 THROUGH 35 WITH DATA TAKEN'/'   FROM TERMINAL.  BOTH THE T AND R INSTRUCTIONS CAN HAVE TWO'/'   QUALIFIERS.  FOR EXAMPLE:'/' TV1309'/'   WOULD TYPE VARIABLE 13 OBSERVATION 9 (ONE VALUE).'/'   NEITHER THE D COMMAND NOR THE A COMMAND WILL ALLOW THE USE'/'   OF BOTH THE V AND O IDENTIFIERS.  FOR EXAMPLE:'/' AV12'/'   WOULD ACCEPT DATA FROM TTY FOR A NEW VARIABLE 12'/' DO6-9'/'   WOULD DELETE OBSERVATIONS 6 THROUGH 9 FOR ALL VARIABLES'/'   IN USING THE R OR A FUNCTIONS 3 ADDITIONAL IDENTIFIERS'/'   MAY BE USED:'/'  C# - SPECIFY A CONSTANT (AS OPOSED TO READING FROM TERMINAL)'/'  M  - SPECIFY THE MEAN OF THE VARIABLE'/'  L# - SPECIFY THE MEAN OF THE VARIABLE AS CALCULATED'/'       LEAVING VALUE # OUT.')('    FOR EXAMPLE:'/' RV13O9M'/'   WOULD REPLACE VARIABLE 13 OBSERVATION 9 WITH THE MEAN OF'/'   VARIABLE 13.'/'  IN USEING V INSTRUCTIONS, VARIABLE NAMES MAY BE INCLUDED'/'  IF PLACED IN PARANTHESIS'/' TV(SEX)W'/'   IN USING THE R, T, AND A INSTRUCTIONS, HEADERS WILL BE'/'   PRINTED.  IF YOU DO NOT WISH THESE, W WILL BYPASS THEM.'/'   AT ANY POINT WHEN THE MACHINE IS WAITING FOR A VARIABLE,'/'   A CONTROL Z <^Z> CAN BE TYPED.  THIS WILL ABORT THE'/'   REMAINING PORTION OF PRESENT INSTRUCTION AND GO IMMEDIATLY'/'   TO THE NEXT INSTRUCTION. A ?? INDICATES THE PROGRAM IS'/'   WAITING FOR AN INSTRUCTION. A ? INDICATES IT IS WAITING'/'   FOR A VALUE.'/'   FOR A MORE ADVANCED SET OF INSTRUCTIONS TYPE "EXPL(ADV)".')('0  THE ADVANCED SECTION OF MANIP ALLOWS USERS TO SEARCH',' AREAS FOR'/'   PARTICULAR VALUES.  USED IN CONJUNCTION WITH THE SEARCH',' ARE THE'/'   INSTRUCTIONS:'/'  G# - GREATER THAN VALUE (#)'/'  L# - LESS THAN VALUE (#)'/'  E# - EQUAL THE VALUE (#)'/'   THE SEARCH COMMAND STRING IS AS FOLLOWS:'/'  S@ - WHERE @ IS ONE OF THE 3 INSTRUCTIONS ABOVE'/'0RV12SE9'/'   WOULD BE REPLACE ANY OBSERVATION OF VARIABLE 12 WHERE'/'   THE OBSERVATION IS EQUAL 9 WITH A VALUE ACCEPTED FROM TTY'/' RSE99.9L99.9W'/'   REPLACE ANY OBSERVATION EQUAL TO 99.9 WITH THE MEAN OF'/'   VARIABLE IN WHICH IT OCCURRS NOT TAKING THE VALUES OF 99.9'/'   INTO ACCOUNT.  HERE 99.9 CAN BE INTERPRETED TO BE A '/'   MISSING DATA SYMBOL')('0INSTRUCTION AVAILABLE TO MANIP'/' D  - DELETE'/' R  - REPLACE'/' T  - TYPE'/' A  - ADD'/' E  - EXIT'/' W  - WITHOUT HEADERS'/' M  - MEAN OF VARIABLE'/' L# - MEAN OF VARIABLE LESS ALL OCCURANCES OF VALUE #'/' C# - CONSTANT VALUE #'/' S@# - SEARCH FOR RELATION @ ON VALUE #'/'          WHERE @ CAN BE'/'          G - GREATER THAN'/'          L - LESS THAN'/'          E - EQUAL TO '/'0V# - VARIABLE NUMBER #'/' O# - OBSERVATION NUMBER #'/'0**FOR FURTHER EXPLANATION TYPE EXPL')('0INSTRUCTION "',A1,'" DOES NOT EXIST')('0THE INSTRUCTION FOLLOWING AN "S" MUST BE G,L,OR E')('0ON A "',A1,'" INSTRUCTION BOTH V AND O CANNOT BE USED')('0VARIABLE IN V STATEMENT NOT IN RANGE')('/RANGE ON V INCORRECTLY SPECIFIED - SMALLER FIRST')('0ON A "',A1,'" INSTRUCTION BOTH V AND O CANNOT BE USED')('0OBSERVATION IN A STATEMENT NOT IN RANGE')('0RANGE ON O INCORRECTLY SPECIFIED - SMALLER FIRST')('OTHE M AND L INSTRUCTIONS ARE ONLY GOOD WHEN USED WITH R')('0THE SEACH MAY NOT BE USED WITH THE A')S    V    E    <    H    (    T    -    C    >    W    L    O    !    R    A    D    =    X    G    M         P    [u \@ p @# p @, p @, p @ !p @ !p @ !p @ !p @ !p @  !p @ <o, <k,@dw@du Dv # Ds $ Ds , Ft Dt T1D+c <t,, <w, <z,
 x3DI+W x2DC+s x2DK+s y2DM+s y2DH+s z2DM+s <|,, <,, < ,,+[ x2DC+~ x2DK+~ y2DM+~ y2DH+~ z2DE+~ z2DJ+~ < ,,+[ x2DD+ x2DC+ y2DH+ y2DM+ < ,,+[ x2DM+
 x2DM+
 y3DM+W x3DC+W x3DM+W x2DJ+ , Ds  Dt+ x3DE+ x3DI+ x3DJ+ < , < ,
+[ $ D+:+0d#+L w3FM+L w2FG+!& Fw+ + w2DF+% <i, D $ Dv & Dv+ + w2DL+* x2DI+; $ Dv+ + w2DH+1 x2DI+; <g, D $ Dv & Dv+ + w2DA+J x3DJ+=:+@fu w2FG+8 & Fu w2FD+: & Fu w2FK+= & Fu w2FL+? & Fu w2FH+B & Fu w2FC+D & Fu6Fu+G < ,,+[ <e, D & Du+ + w2DB+ x3DE+Z x3DI+Z t0D+T t2D+T x2DJ+T , Dt t0D+W t3D,+Z < , < ,
+[ + x2DE+_ <a,! %1D+[+` <_, DD& D0$2d#+d x2FJ+i x3FJ3d#+g3d,+i < ,,+[ + x3DF+r x2DJ+p $.#3D+p $.# D  Ds Ds+:+ x2FE+w <\,! %1D+[+x <Z, DD& D-0$2d#+| x2FJ+ x3FJ3d#+3d,+ < ,,+[ 3$-+ < ,,+[".- D* x2DJ+
 $.#3D+
 $.# D.* D-  Ds - Ds+ + w2DH+I x3DE+ x3DI+ s0D+ s2D,+ x2DJ+ # Ds s0D+ s3D#+ <  , < #,
+[ <X, DD& D0$2d,+# x2FJ+( x3FJ3d,+&3d+( < %,,+[ + x3DF+1 x2DJ+/ $.,3D+/ $., D  Dt Dt+:+ <V, DD& D-0$2d,+7 x2FJ+< x3FJ3d,+:3d+? < (,,+[ 3$-+? < +,,+[".- D* x2DJ+G $.,3D+G $., D.* D-  Dt - Dt+ < ., + < 1,
+[ x2DJ+O <R,"+[ x2DE+R <O,!E+[ x2DI+U <K,#+[ <G,$+["# $ F% D+.@f +. F"# $ '$+..(@j .$8&\:+; %+Y", $ F$ D+"# $ F# D .  $).+.* F"  $ '$ ..( 
)$
.
+.
* 
)$
 .
+.
* 
0
(L .$8&j: ; #+e:+; $+c"# $ F" D+"&/#.+ + '$+..( 
.
 
+.
"
7
/ 
'$
.
+.
(n,( N .$8&y:+; "+w"# $ .",.
,$
,l 
'$
.
.
( 
(
 JA <F,T @' .l, 
'
 J'.$8&"# $ F( D+"&/#.+ + +3H+3 
'$
.
.
($'.+.(  (4H. +$' 
'$
 
+.
.
( ..( +..( @8 PA <E,T ..( 8 N0 +$'..( 
'$
.
+.
( 
( J +3 '$.+.(@j  '$+..( J .$8&:+; (+"# $ '$..(!* J .$8&6+? < 2,,+[ < 5,,+[ @ # Ap , Ap , Ap  Ap,~xAxAH#,,	 P#,,	 P#,,	 P#,,	 h+&xh+&xh+&xP+&x% #h+&xP+&x% #h+&xh+&xh+&x@C+	*B),@C)	(B,',XU-XTW.@$xXU/RXUKXUMHXUGXU\0XU
(xXUXU(xXUXUXU XU&(xXU,XU,XU0XU
(wXU6XU<(15A1)(F).    9    0    h     [:v[  \ @ p @ > p @ < !p @ 8  B  C F 9*d H  > D =  >. 8 3D @: >  >. 8 3& B+ R 2f A+ R: >+ J  >/ = D 94d ` < e, &. = F ="&/ >. =  = F ; D 9  9. 8 < h,
: 9;  ;+ Y, < j,	 < m,
+ `@d <  @  > Ap  < Ap,~P 9 > :(P ? :( <(' VARIABLE NAME NOT ENCLOSED IN PARANTHESIS')(5A1)(' VARIABLE NAME "',A5,'" DOES NOT EXIST'))    X     [:t  \! p @ v p @ u !p @ o p @ u !p @ s p @ s@d u ! ! F o*d! $ D r $.D v  v0d(+!. o 3F!+!  r0d+!  v. o  F o: r: v+! <!*,, $ D u+!$ <!-, <!0,
" s $ D r  r. s 3D o+!#: r8&! <!3, <!6,
+!d r D u !  v Ap  u Ap  u Ap,~XU vP { o@ pXU |$ o('0 VAR.  OBS  VALUE')(1X,A5,1X,I4,2X,G9.3)(1X,G9.3)[;' \!C p @!< p @!8 !p @!7 !p @!9 <!p,6Dw+!M <!t,,"&/s.s s F!: D!;"&/t.t t7Hu+!`0H+!W 
!:$
!;.
.
!; 
(2ju+!`0H+!\ 
!:$
!;.
.
!; 
(3*u+!`0H+!k 
!:$
!;.
.
!; 
(2Ju+!k6Hw+!f <!w, 
!;.
!9 
!:$
!;.
.
!; <!z,
4H!k <!}, 
!:$
!;.
.
!; <",
.$8&!R:!;; !:+!P !C,~@!D!<	!7!;!C!8!:!<XU!=XU!?$/$(0XU!B((('0 VAR.  OBS  NEW VALUE'/)(I3,2X)(1X,A5,1X,I4,' ?',G9.3)('+',A5,1X,I4,' ?',$)(' ? ',$)(F)[:
I \" p @" p @" p @" p @" !p @" !p @" <"E,6Dw+" <"I,,"&/s.s s F" D"." <"L, <"P,
"&/t.t t D" "2d"+") "3d"+"<7Dv+"26Dw+". <"Q, "." <"T,
 "$"."." v H+"<6Dw+"6 <"W, "." <"Z,
4D"8 <"\,, <"_, "$"."." <"b,
:"8&"&:"; "+"! s D" t D" " " Ap " Ap,~@""	""""""XU"P"$"XU"
$$"(vXU"$'$"XU"XT"@"( ('0 VAR.  OBS  VALUE      NEW VALUE'/)('0ALL OCCURANCES IN VARIABLE: ',A5,' ARE ',G,' -- VARIABLE SKIPPED')(1X,A5,1X,I4,2X,G9.3,2X,G9.3)('+',A5,1X,I4,2X,G9.3,' ?',$)('+? ',$)(F)[; \"~ p @"k p @"k p @"d !p @"c !p @"e <#W,6Dw+#	 <#[,, v0D+#
 v D"h"&/s.s s F"h D"j v0D+#@d"e""k $ "i$"j.."i  H"e.$8&#f"k "e D"h+#* v0D+#*@d"e D"f""k $ "i$"j.."i  3Hv+##!(H"f "i$"j.."i  H"e.$8&#6D"f+#( <#^, "j."e <#a,
4D#S "e"f F"h"&/t.t t D"d7Du+#;0D+#2 "i$"j."d."i  2hu+#;0D+#7 "i$"j."d."i  3(u+#;0D+#R "i$"j."d."i  2Hu+#R7Dv+#F6Dw+#B <#c, "j."e "i$"j."d."i <#f,
 "i$"j."d."i "h H+#R6Dw+#L <#i, "j."e 
"i$
"j.
"d.
"i <#l,
4D#N <#o,, <#r, "i$"j."d."i <#u,
:"d8&#-:"j; "h+# "~,~@""j	"c"i""d"i"kXU"lXU"p$(vXU"w$$"d( ("hXU"z$'$"d((XU"}XT#T"~( (' BOTH OBS AND VAR USED NOTHING DONE')[:$[ \$ p @#| p @$ p @$ p @#x !p @#w !p @#y !p @#w <$v,6Du+$E $2Ds+$ s3D#|+$ $2Dt+$ t3D$+$. <${,,+$r $3Dt+$*/t"&.t. F#~ t.$/t D#x"&.t/#~ t F#~ D$"#| $ #$.$.$ 
#x.
 
( J .$8&$$:$; #~+$#"$/t.t.d$5D$r@f#|+$r #|/s"$.s. D#~ $.s/s D#x"&.s/#~ s F#} D$.#y #x.  F"$ $ #$$..$ 
#x.
$$
#.
.
$ 
( J .$8&$9:$; #}+$6"$/s.s.d#|5D$r@f$+$r"$ $ .#w * J'.$8&$F"&/t.t t F#{ D$"&/s.s s D#y6bu0b+$R+$P4$R4$V4$Z #$#y.$.$ 2du+$]+$_ #$#y.$.$ 3$u+$]+$_ #$#y.$.$ 2Du+$_ $.#w@h+$`:#y8&$N:$; #{+$L@d#y"$ $ F#z D$.#w7F+$n:#y3D$+$n"#| $ #$ 
#y.
.
$ 
$.
.
$ 
0 L(.$8&$h:$; #z+$d #y D$5D$r@f#| $ #| Ap $ Ap,~@$$	#w$$#x#$XU$('0TYPE IN THE LINE OF IDENTIFICATION'/)(70A1)     gRDY \% T1D+%	 <%,, <%, <%,
"&# $#,F$~D$~/3F%+%DS+%>$~;$~+%T%@#0('0ENTER OPTIONS SEPARATED BY COMMAS'/)(5(A5,1X))('0T-TEST ASSUMES THE T-VALUES TO BE CALCULATED BETWEEN'/' VARIABLES.  IT IS HOWEVER POSSIBLE TO CREATE THE SAMPLES'/' FROM A SINGLE VARIABLE BASED ON VALUES OF ANOTHER'/' VARIABLE.  IF THIS OPTION IS CALLED FOR IT ASSUMES RANGES'/' FOR THE BREAKDOWN WILL BE GIVEN.  ANOTHER OPTION ALLOWS THE'/' BREAKDOWN TO BE DONE ON EACH INDIVIDUAL VALUE OF THE'/' BREAKDOWN VARIABLE.  OPTIONS ARE:'/' "BREAK" - CREATE BREAKDOWNS BASED ON ANOTHER VARIABLE.'/' "DISCR" - ALLOW FOR BREAKDOWNS BASED ON INDIVIDUAL VALUES'/'           (ONLY AVAILABLE WHEN BREAK IS USED)'/' "HEADR" - ELIMINATE MEANS, AND STD.DEV. REPORT'/' "RANGE" - LIST RANGES WHEN AUTOMATIC BREAKDOWN IS USED'/' "AUTO" - AUTOMATIC BREAKDOWN (SPECIFIED WHEN ASKED FOR RANGES)'/' "PROBS" - OUTPUT PROBABILITIES'/'0IF NO OPTIONS ARED DESIRED TYPE A RETURN')(' "AUTO" IS SPCEIFIED WHEN ASKED FOR RANGES')('0OPTION "',A5,'" DOES NOT EXIST')('1',70A1)('0',20X,'***** T TESTS *****')(' ANALYSIS RUN WITH EACH VARIABLE BEING USED',' AS A TREATMENT')('0VAR.',3X,'SIZE',4X,'MEAN',8X,'STD. DEV.')(1X,A5,2X,I4,4X,G10.4,2X,G12.4)('0',A5,2X,11(G10.4,1X))(8X,11(G10.4,1X))(1X)(8X,11(1X,A5,5X))('0ON WHAT VARIABLES ARE THE T-TESTS TO BE RUN? ',$)('0WHAT IS THE VARIABLE TO BE USED FOR THE BREAKDOWN? ',$)(' ALL MAY NOT BE USED FOR BREAKDOWN VARIABLES')('0PLEASE ENTER THE RANGES FOR BREAKDOWNS OF VARIABLES'/)('+? ',$)('0ENTER RANGE FOR EACH TREATMENT, SMALLER FIRST,',' SEPARATED'/' BY A COMMA.  WHEN FINISHED TYPE A ^Z (CONTROL',' Z)'/' TO GROUP SAMPLES AUTOMATICALLY TYPE "AUTO"'/' EXAMPLE:'/' 75,80'/'0CONTINUE NOW'/)(2F)('0RANGE NOT CORRECT PLEASE REENTER'/)('0TOO MANY BREAKDOWNS - NO MORE ACCEPTED')(' RANGES FOR BREAKDOWN VARIABLE: ',A5)(1X,G10.4,',',G10.4)(' ANALYSIS ON VARIABLE: ',A5,' WITH TREATMENTS ','DETERMINED'/' BY A BREAKDOWN ON VARIABLE: ',A5)(I3,2X)(9X,11(F5.3,'P',5X))BREAKAUTO STOP PROBSRANGE
!    HELP HEADRXDISCRp     iR.= \( p @%S p @&X p @&V p @%8 !p @%4 !p @%7 !p @%7 !p @%Z !p @%< !p @%O <., $ D%= U0D
+(5 $ D%= T1D+(8 <.,,@d%I D%  D%\ D%G D&U D&E <., <. ,
 %T3D("+- (#ZD&T &T %T2F("+(C <.#,,+(5 &T %T2F($+(G!& F%\+(_ &T %T2F(+(J!& F%G+(_ &T %T2F(#+(N!& F&U+(_ &T %T2F(!+(Q!& F&E+(_ &T %T2F(+(U <.&,,+(5 &T %T3H(+(S %T2H( +(Z!( H%I+(_ &T %T3H(%+(_ <.), <.,,
+(5*d(?!$3D%G+)| U1D
+(i <.-,"S $ F%X D&T &T <.0,
:&T; %X+(e, U0D
+(k <.,1 <.2,, <.5,, $ D%)!$3D&U+) <.8,, $.D%)"%S $ F%W D&T U0D
+(|:%)3dV+(| <.,1 <.;,, $ D%) <.>, &T.%O &T.%7 &T.%7 <.A,
:&T; %W+(u"%S $ F%T D&T U0F
+)&"&.%=.&T&%= F%F.&.F%)!&2F%I+)
 %F.F%)"&.V/%F2&%)+)& <.D,,"&T.&&%=/& $"(.%=. H&W"(.&T2(&W+)"(.&T H&W <.G,"*.
/
&W  J%R H%G %G.%O <.J,
:%G; %R+),.%=8&) <.,1 $.%F D%)!$2D%I+)& %F.D%) &/&T&%=/& $ F%Q D%3"&.%=.%3 F&W3f&T+)- &T H&W %3/&/&W %3 (/%3. H&H3D&T+)F 
.
%7 
&T.
%7 
7
/ L%0j&X .%7 ? &T.%7 O N%;4N)F <.,T @%;
%; L %) 
&X(
/* J%Y 
 %)
 J%]!*2J%I+)J <.,L @ %I+)J &H@j %)!*H J %I2D&T+)J!* J %I.$8&)/ $/%3.&W D%F %30F+)W <.K, &T.%O <.N,
"%F $ H&G D%G %G <.P,
:%G; &G+)T, %31D+)_ <.Q,"%F $ F&F D%G %G <.T,
:%G; &F+)\,!$2D%I+)g <.V,"%F $ F&E D%G %G <.Y,
:%G; &E+)d, %=.d%3; %Q+)):&T; %T+) <.Z,, &/%S&%=/& $"(.%=. H&W3h%S+)s 
%S J&W <.],"*.
/
&W  J%` H&T &T.%O <.`,
:&T;3%`+)w,.%=8&)o+- T1D+)T<.b,,@d%: <.,
 %S D%!$ D% +*:&T8&* %1$+- T1D+* <.e,,@d%: <.
,3D%:+-2D%X3D%8+*
6f&G+* <.h,,!$3D%\+*: T1D+* <.k,, $ D&T T1D+* <.n,, <.q, <.t,
 %W3D("+-3D( +*82D(+*%!& F%\3D(%+*83D(+*:2D("+** <.u,,+* <.x, ($_D%_ZD%G $2$%G.&T <.{,
:%G; %_+*-, &T %`3f&+*5 <.},,+*:&T1d+* </,,"$.&T D&\"&X $ .%< 
&H$
&G.
.
&S 
( J' .%Z D'.$8&*; $ D%F D%S &X D%G %S2$%G++ %S D%3.%G7 .$( D%;.%Z &H$&G..&S  F%  %S.%Z &H$&G..&S2& +*[ %;.%Z  D&F %;.%Z 
%S.
%Z 
/ J' %S.%Z D' %;.%Z &H$&G..&S   D%  %G D%.%Z &H$&G..&S 2&% ++ %;.%Z  D&F %;.%Z %G.%Z ' H %G.%Z D %;.%Z &H$&G..&S  D%  %S.%Z &H$&G..&S2$ ++ %;.%Z  F&F %;.%Z 
%S.
%Z 
/ J' %S.%Z F' %;.%Z &H$&G..&S   F% ++ %.%Z  D&F %.%Z %3.%Z ' H %3.%Z D>%.%Z &H$&G..&S 2f% ++ %.%Z &H$&G..&S  D&U:%3.%Z &H$&G..&S 3&% ++ %33d%+*y"%3.%G"%S.%3f++ %F %S H%  % H%= D%S:%F++ %F %3 F%  %G F%= % F%G:%F++>%F4D+6 %  F%S %= F%G %G/%S0$+*E %S1D+*D"$.D%S:%S3D%G++.%Z  F%5 %S.%Z &H$&G..&S  D%  %S.%Z &H$&G..&S2$ ++! %S F%3 %3.%Z  F>%3.%Z &H$&G..&S 2f% ++- %3.%Z %5 F++! $ D%H"&X $ F% D&T!$3D%\++J"&\ $ D%G &T.%Z &H$&G..&S %G  3(%`++H &T.%Z 
&H$
&G.
'.
&S (2h&++H %H.%<d D'++O:%G8&+<++R %H.%< &T.%Z &H$&G..&S   F %H.%Z &T.%Z  F:%H:&T; %++9"$.D%H!$3D%\2D&E++f %<  F%^ </, &G.%O </,
 </, </
,
 &/&X $ .%< '3H%^++e .%< ' H%^ </
, </,
.$8&+_"% $ F&Z D&T!&3F% ++k &I F%1++m &T3D&G+-~ D%1 U1D
++u </,"S $ F&Y D%3 %3 </,
:%3; &Y++r, U0D
++x <.,1 </,, </, %1.%O &G.%O </,
 $ D%)!$3D&U+,B </,, $.D%)@d%5@d%) D%< %<  D%6 $ D%"%H $ F&X D%G.%< 2F%6+, %G.%Z &H$%1..&S  D%^:%5D%)D%<+,+ </!, </$,
f%5 %) D%Q %51$@f%\1$+,d %) %< (} F( <.	,T @%\ U0D
+,%:%)3dV+,% <.,1 </&,, $ D%) </), </,,
@d%) D%<@d%5 %G.%<  D%6:%+,
:%G; &X+, <//, </2,
f%5 %) D%Q@d%\ %51$+,:d %) %< (} F( <.,T @%\ U0D
+,@:%)3dV+,@ <.,1 </4,, $ D%) </7, </:,
 $ D%F@f&H D% %.%<  D%:@d%P $ D%9.d&H U0F
+,t"&.%=.&H&%= F%F.&.F%)!&2F%I+,P %F.F%)"&.V/%F2&%)+,t </=,,"&H.&&%=/& $ F&W D%3"&.%=.%3 F&W"&.&H2&&W+,]"&.&H F&W %3/&/&W %3 F&V D%G $/%3.%G D% </@, </C,
:%G; &V+,` </E,"&.%3/&W $ F%4 D%G %G </H,
:%G; %4+,i, %=.d%3; &W+,W <.,1 $.%F D%)!$2D%I+,t %F.D%) %9.%<  D%@d&I D%[@f&Y F%6 D%Z D%[ %.%Z &H$%1..&S  D%]D&ID%Z:&Y:%2d%H+-.%< 3F%:+,y %9.%Z &H$%1..&S  D%OD%[D%[:%6:%92$%+-
.%< 3F%+- %F@f%) &Y1h+-h 
&I
 

%Z
 
,}

 J( <.,T @%H (2(%6+-j%6 %[ 

%[
 .}
 L( <.,T @%9 
&Y0j2(%6+-+ 
&Y.
%6j 
%9
n%6.} %Hl&Y,}

 .{

 &Y$%6n
 L%; 
&Y0j2(%6+-47j%;+-4n%6"
%[
n&Y 
&I

 <.,T
 J%)!*H J%I 
&Y/*.
%6 J%Y 
%)
 J%]!*2J%I+-> 
&Y0j2(%6+->7j%;+-> <.,L @%I.h%F %92$%+-D.%< 
 J% F%[ F%[@d%63h%=+->%F </I, </M,
6F%P+-O </N, </Q,
"%F $ H%3 D%G %G </S,
:%G; %3+-L, %P0D+-W </T,"%F $ F%2 D%G %G </W,
:%G; %2+-T,!$2D%I+-_ </Y,"%F $ F%2 D%G %G </\,
:%G; %2+-\, $ D%P D%F %2f%9+-3f%H+,D </],, (/&H&%=/( $ H%1 D%E"$.%=.%E D&W3d&H+-l &H F&W"&W/&.%E %E F%0 D%G.$/%E D%F </`, </d,
:%G; %0+-o </e,"&/&W.%E $ F%/ D%G %G </h,
:%G; %/+-x, %=.d%E; %1+-h:&T; &Z++h ( %S Ap,~h(%Y%]x%;x(x(x(x(@&G(&T%:%8%X%O%S@&I(!%%:%8%X%O%Sh(%Y%]x%;@(&T	%4&S(%8&H&VXU&\XT&`@%TXU&aQXU'2XU'7(%TXU';(/XU'<XU'?XU'FXU'FXU'J$$&X(('XU'RXU'S$'XU'N$'(%)XU'P(%)XU((%IXU'RXU'S$'XU'UXU'ZXU'`XU'eXU'kXT*8*8&`(%WXU'lX}((%.XU(XU(XU(
$XU((%^(%^XU((%^(%^XU';(/XU'<XU(
$$XU'FP(&Z$%XU'FXU'J$&Z$%5(%Q(%\P(&Z$%XU'FXU'J$&Z$%5(%Q(%\XU'RP(%)$%GXU'S(%)P(&Z$&HXU'N$&Z(%)XU'P(%)XU((%IXU'RP(%)$%GXU'S(%)('0BANK AND SWITCHES? ',$)(80A1)('0THIS PACKAGE WAS WRITTEN TO ACCESS STORED BINARY DATA'/' BANKS.  IT ALLOWS FOR SUBSETTING OF DATA, REJECTION OF'/' OBSERVATIONS CONTAINING MISSING DATA, AND RECOVERY OF'/' INDEPENDENT SAMPLES.  WHEN THE PROGRAM CALLS FOR THE NAME'/' OF THE FILE, TYPE IN THE NAME WITHOUT THE EXTENSION.  TO'/' ACCESS THE BANK IT WILL HAVE BEEN NECESSARY TO CREATE'/' IT IN THE PROGRAM MABNK, THUS IT WILL ALREADY HAVE THE'/' EXTENSION "BNK".  DIRECTLY ADJOINING THIS WILL BE THE'/' PROJECT-PROGRAMMER NUMBER IN BRACKETS (IF OTHER THAN YOUR OWN).'/' NEXT WILL BE ANY SWITCHES YOU WISH TO SET, ENCLOSED IN'/' PARANTHESES.  SWITCHES AVAILABLE ARE:'/'   Q-SPECIFY QUALIFYING FIELDS.'/'   I-INDEPENDENT SAMPLES.'/'   S-SPECIFY STARTING OBSERVATION NUMBER OTHER THAN 1.'/'   M-ALLOW RECOVERY OF OBSERVATIONS WITH MISSING DATA.*'/' VARIABLES ARE ENTERED BY THEIR CORRESPONDING BANK CODES'/' OR NAMES, IF NAMES HAVE BEEN DEFINED FOR THE BANK.'/'ALL VARIABLES ENTERED AT ONE TIME WILL MAINTAIN'/' A PLACE RELATIONSHIP.  IT IS POSSIBLE TO SUBSET THE DATA BY'/' USE OF THE Q SWITCH.'/)(' QUALIFYING VARIABLES ARE ENTERED BY A BANK CODE OR NAME,'/' A  RELATIONSHIP CODE, AND A VALUE FOR GROUPING.'/' THESE ARE TYPED ON THE SAME LINE WITH NO SPACES (1 QUALIFIER'/' PER LINE).  THE RELATIONSHIP CODES ARE:'/' ",EQ," OR "="  -  EQUAL'/' ",LT," OR "<"  -  LESS THAN'/' ",GT," OR ">"  -  GREATER THAN'/' ",NE," OR "<>" OR "><"  -  NOT EQUAL TO'/' ",LE," OR "<=" OR "=<"  -  LESS THAN OR EQUAL TO'/' ",GE," OR ">=" OR "=>"  -  GREATER THAN OR EQUAL TO'/' AN INSTRUCTION TO KEEP ONLY THOSE OBSERVATIONS WHERE VARIABLE '/' 1 IS LESS THAN 10 MIGHT LOOK LIKE THIS:'/' 1,LT,10'/' TO STOP INSERTION OF QUALIFYING FIELDS TYPE A <CR>,'/' ^Z(CONTROL Z), OR "STOP"'/)(' A TYPICAL RUN MIGHT LOOK LIKE THIS:'/' .............'/' WHAT BANK NAME AND SWITCHES? ','DATA',A1,'420,420',A1,'(QS)'/' WHAT STARTING POSITION? 170'/' LIST BANK CODES SEPERATED BY COMMAS'/' 1,2,4'/' LIST QUALIFYING FIELDS IN FOLLOWING MANNER'/' 1 PER LINE: BANK CODE, RELATIONSHIP, VALUE AT POINT'/' 3,LT,17'/' AGE=9'/' 4>=3'/' STOP'/' .............'/' DATA BANK WAS LOCATED IN AREA 420,420.  IT WAS RECOVERED'/' LISTING A STARTING POINT OF 170; AND 3 QUALIFYING FIELDS,'/' SUBSETTING THE DATA SO THAT EVERY OBSERVATION USED FOR DATA'/' HAS BANK CODE 3 LESS THAN 17, AGE EQUAL TO 9, AND'/' BANK CODE 4 GREATER THAN OR EQUAL TO 3.'//' * MISSING DATA IS REPRESENTED BY THE NUMBER -9999E-20')(' NO EXTENSION NECESSARY ".BNK" WILL BE ADDED')(' BANK NAME TOO LONG')(' NO COMMA BETWEEN PROJECT AND PROGRAMMER NUMBER')(' THE CHARACTER "',A1,'" IS ILLEGAL FOR PROJECT NUMBER')(' THE CHARACTER "',A1,'" IS ILLEGAL FOR PROGRAMMER NUMBER')(' PROGRAMMER NUMBER TOO LONG')(O6)(' BANK NOT AVIALABLE')(' THIS BANK CREATED WITH AN EXPERIMENTAL VERSION'/' TO UPDATE THE BANK RUN BANKUP FROM AREA 220,220.  IF YOU'/' ARE  NOT RESPONSIBLE FOR THE BANK CONTACT THE OWNER')(' SWITCHES MUST BE PRECEDED BY A / OR ENCLOSED IN ','PARANTHESES')(' SWITCH ',A1,' SPECIFIED TWICE IN STRING OF SWITCHES')(' SWITCH "',A1,'" DOES NOT EXIST')(' WHAT IS THE STARTING ADRESS? ',$)(' ENTER THE OBSERVATION NUMBER OF THE BANK WHERE YOU'/' WOULD LIKE TO BEGIN SELECTING DATA FROM')(' INDICATE STARTING POSITION BY OBSERVATION NUMBER ONLY')(I10)(' STARTING POSITION NOT IN RANGE OF OBSERVATIONS IN BANK')('0INDEPENDENT SAMPLES WILL BE TAKEN ON SUCCESSIVE'/' "LIST VARIABLES".   WHEN ALL INDEPENDENT SAMPLES HAVE BEEN'/' GIVEN TYPE A ^Z(CONTROL Z) OR A <CR>')(' INDEPENDENT SAMPLE ',I2/)(' ENTER VARIABLES SEPARATED BY COMMAS'/)(' ENTER THE VARIABLES TO BE RECOVERED FROM THE BANK.'/' EITHER VARIABLE NAMES OR NUMBERS MAY BE USED.  RANGES MAY'/' BE ENTERED BY LISTING THE EXTREMES OF THE RANGE SEPARATED'/' BY A -'/)(' COMMA MISSING BETWEEN VARIABLE NUMBER AND NAME'/)(' WHERE A NAME OR VARIABLE NUMBER SHOULD HAVE OCCURRED ',' NONE DID')(' MORE VARIABLES THAN ROOM ALLOCATED'/)(I5)(' VARIABLE ',I5,' DOES NOT EXIST')(' VARIABLE ',A5,' NOT USED IN THIS BANK')(' VARIABLE ',A5,' IS ALPHA - NO ALPHAS IN STP!')(' NO VARIABLES TO BE READ'/)(' MORE VARIABLES IN BANK THAN ROOM ALLOCATED')('0ENTER QUALIFIERS'/)('+? ',$)('0VARIABLE NUMBER INCORRECT'/)('0UP TO 20 QUALIFIERS MAY BE ENTERED, 1 PER LINE'/' IN RESPONSE TO A QUESTION MARK.  WHEN THE LAST QUALIFIER HAS'/' BEEN ENTERED, TYPE A ^Z, BLANK LINE, OR STOP.  QUALIFIERS'/' ARE COMPRISED OF A VARIABLE (SPECIFIED BY NAME OR NUMBER)'/' A CONDITION (MAY BE SPECIFIED BY A COMBINATION OF THESE'/' SYMBOLS: <>=, OR THE STANDARD FORTRAN NOTATION: NE,EQ,'/' ETC.), AND THE VALUE TO BE COMPARED AGAINST (IF THE VARIABLE'/' BEING CHECKED IS ALPHANUMERIC THEN THE VALUE MUST BE ENCLOSED'/' IN QUOTES.'/)(' ALL MAY NOT BE USED IN A SELECT'/)('0VARIABLE "',A5,'" DOES NOT EXIST'/)('0VARIABLE NO ',I5,' DOES NOT EXIST'/)('0CONDITION "',A1,'" SEPCIFIED TWICE'/)('0ILLEGAL CONDITION'/)('0VALUE TO BE COMPARED AGAINST MUST BE NUMERIC'/)(F10.0)('0ALPHA VALUES MUST BE ENCLOSED IN QUOTES'/)(' NO OBSERVATIONS IN DATA REQUESTED')S    LT   B    .    E    <    (    H    STOP 9    K    NE   N    GT   EQ   Q    0    ALL  -    >    ?*    '    I    @]    LE   L    mIOBS  xX!    HELP /    0,    =    GE   )    X[    XV2   7    OBSERM    P         RANDIN    BINARY    DONT EQUALC
j` \$= p @  p @ > p @ ; p @j !p @T !p @^ !p @  !p @^ !p @ $ !p @ : !p @  <-B, <->, $S Dz $L D$@d! $K Fa D\ Dx D 9 D(@d  D! &n F| D  $ D~ D' T1D+$v <-G,, <-J, <-M,
 *3D$O+-4 *3D$W+-4 *2D$C+% +2D$A+% +2D$M+% ,2D$V+% <-O,, <-R,, <-U, <-X,
+$s $P $W FU*d% $ D 8  8 *3Fz+% *3F$B+% *3F$W+% *3F$P+% *2F$@+% <-Z,,+%  81d+% <-],,+$s  8 * FU: 8+%
  81D+-4 $@ FU $? FV $E FV $D FW <-`, <-d,
 *2Fz+%_ $P $W FU*d%# $ D : 8 *3F$Q+%7 *3F$W+%+ *2F$+%- <-f,,+$s  8 *2f$U+%0 *2&$G+%3 <-i, <-l,
+$s  0d+%+  8 * FU: +%& X2D$W+%="& $ U HU/$8&%9 $W DV+%7 <-n, <-q,
 <-t,	 <-w,
 $P $W FU*d%A $ D .d 8  8 *3F$+%T *3F$W+%T *2f$U+%K *2&$G+%M <-y, <-|,
+$s  1d+%Q <-},,+$s    8 * FU: : 8+%D X2D$W+%Z"& $ U HU/$8&%W $W DV+%T <., <.,
 <.,	 <.
,
: 8 <-;,]7D +%c <.,,+$s <., <., <.,
 $S_D ZDS <.,
:S;  +%g <.,
 $N_D ZDS <.,
:S;  +%l,  3D$T+%s <.,,+-4 $>._&$> D%$#.$ D] $.#&$ D\+%y: 8  8 *3F$W+&, *3F$P+& *3F$B+& <. ,,+$s: 8 *2F$G+&!&2Fx+& <.#,  8 <.&,
+$s!$+Dx+%y+%8 *2D$K+&>+&!$3D 9+& D 9+%y  8 *2D$V+&!$3D\+& D\+%y <.',  8 <.*,
+$s: 8 *3F$R+%y *2F$G+&!&3Fx+& Fx+&  8 *2D$K+&#!$3D(+& D(+&  8 *2D$>+&(!$3D 9+& D 9+&  8 *2D$V+&!$3D\+& D\+&7D 9+&\ T1D+&0 <.,,, <./, <.2,
 *3D$O+-2 *3D$W+&\ *3D$C+&; +3D$A+&; +3D$M+&; ,2D$V+&= <.4,,+&- $P $W FU*d&> $ D  D 8  8 *3F$W+&M *2f$D+&F *2&$G+&H <.7,,+&-  0d+&K  8 * FU: : 81d(+&A Z2D$W+&S"& $ U HV/$8&&O $W DV+&M <.:, <.>,
 <.@,	 <.D,
  83d_1d+&Y+&[ <.E,,+&-  8 D~@d# j F]7F(+&b T1F+&b <.H,, D%:%!$2D(+&h T1D+&h <.K, <.N,
 T1D+&k <.P,, <.S, <.V,
 *3D$J+(r *2D$C+&x +2D$A+&x +2D$M+&x ,2D$V+&x ,2D$W+&x <.X,,+&h *3D$O+-2 *3D$W+,H@d| $ D 8 $T $W FU*d&} $ D @d_  8 *3F$Q+' *3F$H+' *3F$W+' &2F +'
 *2h$D+' *3($G+' F_+'7D_+'  8 *2f$D+' *2&$G+' <.[,,+&h  0d+'  8 * FU: : 81d(+'  0d+' <.^,,+&h:|.#3d ;+' <.a,,+&h |.^f_ F7D_+'6 X2D$W+'&"& $ U HU/$8&'# $W DV+'  <.d, $T_D (ZD    <.h,
: ;  (+'), <.i,	 |. $ <.m,
 |. $ 2f#+'36f+'K <.n, |. $ <.q,
+&h <.s, $T_D 'ZD    <.v,
: ;  '+'9, {3D$C+,H3D$H+(r #.|.  D #.|.  2D$N+'K #.|.  $U F |. $@f |.^!( H |. : F  8 *2D$Q+'P: 8 |.^!& F+&|  8 *2D$H+'U: 8 |.^!& F+&| |.^!&@ F"\ $ F % D 8.] D @ <.x, <.{,
  8/$$$ D" & F $ 83f#+'b"".# F "  $ F  D "| $ .^ '(H H6b0b+'l+'j4'x4'l4( . $ 
 .
"2J'+( .#.  *	$
  
(Y J' . : *	$
  
(] J' .^!* J'+( (	$  
.
#.
  
/2J Y+( . $ 
 .
" J' . : *	$
  
(] J' .^!* J'.$8&'e: ;  +'d: 8;  %+'Y"| $ D 8  8.^6D+( <.~,  8.#.  </,
+&h  8. : 0D+( </,  8.#.  </,
+&h: 88&(	@dl $ D 8  8.^!&3F+(V  8.^!&@3F+(W  8. $  DU  8. $  F  ( H 62d Oh 6/U$ 6/& F 9.|2f ;+'  91&+(V  8/| | . 9. $ 
.
 $ 
/ J' . 9. : 
.
 : 
/ J' .# 
.
 9.
  
.
  
7 L/ . 9.^ 
.
^ 
/ J'/$8&()" 9 $ D   . 8. $ . 6 H  . 8. $ .(&( H @3Hl+(F Hl.] H$> </, </
,
  8. . $ (/l$(. H $(	  ]1D+'  8. . :  $(	  ] H  8. .#.   $(	  Y H: 8&(;  9.D|.D 8: 8+( $ D 82d|+(o &/ 8 $ D   8. $  . $ '3H+(`: 8&([+(m  83D|+(l.$ D '"|/&. '  ' . $ 
' J' . : 
' J' .#.  
'J'.$8&(d"$.D|+(n:D8 83d|+(Y6d|+)/</
  8/$$$ D" & F $ 83f#+(~"".# F "  $ D   $$	 ]1D+):|3d ;+) </,,+&h |. $  ." H |. : (	$   ] H #.|.  (	$   Y H: 8&(: 8;  =+(u | D  $ D&7Dx++ T1D+) </,, T1D+) </,, </, </",
 *3D$O+-2 *3D$W++ $ D 8 $T $W FU*d)  $ D @d_  8 *3F$@+)= *3F$Q+)= *3F$B+)= *3F$I+)= *3F$Q+)= *3F$W+)= &2F +)2 *3($G+)9 *2h$D+)9 F_+)97D_+)9  8 *2f$D+)7 *2&$G+)9 </$,,+)  0d+)<  8 * FU: : 8+)# _1D+)s </', $T_DUZD    </+,
: ; U+)A,"  $ D   .#.  2D{+)L &  "H )@j  Hl+*: 8&)F {2D$O+)Q </,,,+) {3D$C++2D$H+)U <//,,+) {3D$N+)p"\ $ FS D .] D$> </2, </6,
 $ D $ 3d#+)a"&$  $.#. D "  $ DS S$$	 Y3D{+)j:S8&)c: ; S+)Y </8, </;,
+) &"&. $&.S F ) &	$S ] F +)q &@f ) F :| & Dl+* X2D$W+)y"& $ U HU/$8&)v $W DV+)s </=, $T_D)ZD    </@,
: ; )+)|, </B,	 & </E,
  )2f#+*  )0&+* </G, </J,
+)"  $ D  &  . $ '2H )+*  "H )@j  Hl+*: 8&*	 &  ).&&& F " .($(. ) H .] F$> </K, </O,
$(	  ] F :| Fl  8 *3F$@+*9 *3F$Q+*9@dk D = D$  8 *2D$Q+*# $3Dk+*, Dk+*/  8 *2D$B+*( $3D$+*, D$+*/  8 *2D$I+*0 $3D =+*, D =+*/ </Q,  8 </T,
+): 8+* &  =( $(.k. F_1&+*7 _1&+*L </V,,+)  8 +2F*+*7 $W F{ </Y, </\,
 (.H 8 &@j_ 
{2L$F+*B . N_2L$?+*D . N_2L$L+*F . N_3L$F H_2L$R+*I ( H_2L$E+*K ( H_3J_+*7  8 *2F$V+*S *2F$K+*S +2F$>+*S +3F$>+*w &  1D+*y $P $W FU*d*U $ D   8 *2D$H+*[  1D+*e  8 *3F$@+*e *3F$A+*e *3F$W+*j *2f$D+*c *2&$G+*e </^,,+)  0d+*i  8 * FU: : 81$(+*X  1D+*r Z2D$W+*r"& $ U HU/$8&*n $W DV+*j </a, </e,
 </g,	 & </k,
++& a3F$++} </l,,+) $T $W FU*d*} $ D .d 8  8 *3F$J++  0f++ * HU: : 8++ & </o, $TDyZD    </s,
: ; y++	,:&1d
+)"$.D& |&| D A1d>++ &> F A@d & ~ Dy $ D >++ $. 7 Dy3d_++ & Fy!$2D &++ y3D~+,C $>.y&$> D <"&. A.y F 7$$>2$ 7++#  <$$> D 7  73d_++& _ D 7!$2D &++*  73d~++*"$.~ D 7  </$$$> D&"$.y/& D[ $/y. 7 Dk"  $ Fx D 8/$$ A D[  8. $7D++O  8. $ /$$%.$. < D @ </t, </x,
  8. : 1D++D"k $ .[ 
.
[ 
(a J s.$8&+?++T"k $ .[ 
.
[j(a J s .[  a2Ha++M .[ 
.
[ 
(a J s.$8&+E++T"k $ .["*.
.
yj J s.$8&+P: 8; x++2 $2d&+,.  D)"& $ Fj D 87& )++|"&.)$ A F[6f )++d"k $ .["*.
.
yj J s.$8&+_++{  8  )/&$%.&. < F @ </z, </~,
  1F++q"k $ .[ 
.
[ 
(a J s.$8&+l++{"k $ .[ 
.
[j(a J s .[  a2Ha++z .[ 
.
[ 
(a J s.$8&+r:): 8; j++Z $.|3D)+, <0,0"k $ F  D  &1$+,%"& $ D 8  8 l/($ A.  H 5 
 2Ja+, 
1J+,
 s3Ja+,>  86b_0b+,+,4,4,4,4,4,4,!  8  5  s3H +,$+,>  8  5  s3( +,$+,>  8  5  s3h +,$+,>  8  5  s2h +,$+,>  8  5  s2( +,$+,>  8  5  s3H +,>: 88&,!$3D\+,2"  $ D 8  8/$$ A.  D 5 s3Ha+,>  8.#$ 6. >. 7 
s J : 88&,(: >3d]+,>+,C"  $"(.$ A.  H 5 
 s2Ja+,8 
$M J s 
.
#$
 6.
 >.
 7 
 s L(.$8&,3:
 >2j]+,C: ;  +,  72D_+,B!$ D &++  .D#> >3$] D] ]1$+-0!$3D(+&b # D  ] F >$ >1$+-0"  $ F~ D 8.^@f"  $  )$ 8.. 4@j .$8&,P: 8; ~+,N" > $ F % D 8"  $ F  D .^  $ 6. 8. 7 F"  $  )$ .. 4 
 6$
.
 8.
 7 
 6$
 .
 8.
 7 
0
(L .$8&,]: ;  +,Y: 8;  %+,W"  $ F  D 8"  $  )$ 8.. 4 
 8.
^ 
.
^"
7
/ 
 )$
.
 8.
 4n >( N .$8&,l: 8;  +,k"  $ .^@j'  >1h+-h 
.
^ .} 
 )$
.
.
 4 
0
 L$> <-:,T @/ .^l > 
'
 J'.$8&,x"  $ F  D 8"&/ . 8  8  83H+-( 
 )$
.
.
 4$ ). 8. 4  (4H-(  8$ ) 
 )$
 
 8.
.
 4 .. 4  8.. 4 @8 P$> <-9,T .. 4 8 N0  8$ ).. 4 
 )$
.
 8.
 4 
( J +-(  )$. 8. 4@j   8$ ).. 4 J .$8&-: 8;  +-	"  $  )$.. 4!* J .$8&-,+-3 <0,,@d  D > <-8,w $=   Ap  > Ap,~x'x$>x$>`   !@$A 8	T 7$@j 6 ;@$A 5	  4$@ ; ) ;XU BXT-4 E@(*XU FjXU!0BXU!rE$z$$XU"8XU"=P E @VXU"?XU"E$*P E}@VP"T}$ XU"K$*XU"QP E}@VP"T}$!XU"U@'P ^$W^$Y$I P'$@$#$_$ ( $ XU"WXU"hXU"o$*XU"u$*XU"yXT-2 E@(*XU"}
XU#PE}@VP#T,H E@(*XU#*XU#=XU#CXU#JP E{$UP#N{$XU#N$P E{$UP' @@>bXU#R$XU#V$P'$>@>bXU#[P' @@>bXU#^XU#cXU#fXT+ E@(*XU#gP E{$UXU#j2XU$P'$>@>bXU$ ${P E{$UP#N{$ )XU$$$ )P'$>@>bXU$($*XU$,P E{$*$+XU$/P E}@VP$4}( XU$5P E $UP' @@>bP' @@>bx$ZXU$9a.3@1,>cO@0B+0gR~@1,>c@@0B,>,>@6 w+0"0B0B+0!"A`X#p5@0
6+ _4`0"`Q@,> <0C,,^,> <0F,
,^*b0+0(,> <0H,,^7@0B+0#,> <0K,
,^+0%,> <0L,
,^Z5"0(,> <0N,
,^,7@0B,
,> <0O,,^,,> <0R,,^,> <0U,
,^(@qd1@,,
1@#+060@*+0(,> <0W,,^+0(,^,^,^,~(' Type G to Continue, X to Exit, T To trace.'/2H *,$)(A1)(1H 14A5/)(1H A5,1X,O6)PAUSESTOP .pX0>p X0?p 0Ap 0Ap X08X~0>p x('0WHICH IS THE HORIZONTAL VARIABLE? ',$)('0WHICH IS THE VERTICAL VARIABLE? ',$)('1',70A1)(' PLOT OF VARIABLE: ',A5,' (HORIZ.) VS VARIABLE: ',A5,' (VERT.)'/' ',12X,'I',110A1)(13X,1HI,110A1)(1X,G11.4,1X,1H+,110A1)(13X,'I',110A1)(2X,G17.4,5G20.4)(9X,6G20.4)(' VARIABLE DOES NOT EXIST'/)}` 0S    B    V    E    +    Y    H     P9    K    6    N     43    Q     pT    C    -    W     T*    F    Z    !I    8    L    5     tO    2    R    A    U    8D    !X    G    J    7    M    4    P         1    gCKz \} p @ p @^ p @^ p @ !p @y !p @ !p @W !p @ <x,@d] Dw 	 D  D  D  D  D  D  D  D  D  D 
  D
  D  D 
 D
  D
  D  D  D  D  D  D  D  D  D  D 	 D  D  D  D 
DT1D+L<},,<t,S!(!H] Fz3T1D+V <,, <o,
 Dt U0D
+c &7 Fw0D
+e & Ft!&2Fw+l2F]+q:u3Dz+g3d+s:z Fu3f+g+d!$2D]+s:z3Du+n3d+s+d:u3Dz+q2d+d Z$z.[  Dy D Z$u.[  DZ Dv &/^ $ Z$z..[  3h+ Z$z..[   H Z$z..[  2(y+ Z$z..[   Hy Z$u..[  3hv+ Z$u..[   Hv Z$u..[  2(Z+ Z$u..[   HZ.$8&{"&.wf"y D5D!& F <n,[ @tDt D"dt Dz5$""&.F!&Fz <m,g @\2`+%!$	  D_2`
+'!$	 D_2`+)!$  D_2`++!$ D_2`
+-!$  D_2`+/!$ D_2`+1!$  D_2`~+3!$ D_ <k,
 _ D"&.tf"Zv Dv5D;!& Fv <j,[ @tDt D"dt Dz5$B"&.F!&Fz <i,g @\2`+E!$	  D_2`
+G!$	 D_2`+I!$  D_2`+K!$ D_2`
+M!$  D_2`+O!$ D_2`+Q!$  D_2`~+S!$ D_ <g,
 _ Dv"^ $ .W 
Z$
z.
.
[ 
(
y
*@J J' . 
Z$
u.
.
["
(
v
v*@J J'.$8&W U1D
+l <,"S $ F Dx x <,
:x; +h, U0D
+n <f,1"$.dw/$dy2$+n $.dw0$+u & Fw w&$ Du <, z. u. <
,
"u $ F D _DZD[ <
,
:[; +~ <,
:; +},"$.dt"t.&fvv3fZ+ &.ft0&+ $ Dt v D] $ Dx"t $ F D["w $  H.$8&"^ $ F D. 2F[+ .W  Dx ~ZD  x  3H+*d+ x   F:; +"w w D  2D+%>8&" x1D+- <," $ FX D  <,
:; X+),+7 <, <,
" $ FW D  <,
:; W+1,"vDD]@dx:x:[; + <,"u $ FV DY _DVZD <,
:; V+= <,
:Y; V+<, y D{:u"u.& $!(	 z Hz.$8&F < , &/u7 .&(/& $ FU D[ [ <#,
 $.d[; U+O, <$, &/u7 .&(/& $ Fs D[ [ <',
 $.d[; s+X,!$3D]+^!$3Dw+^+d <),,+I <,,,+S }  Ap,~ppzxvppzx@u[@z[@\	y[Z^XU_XUdXUh(/XUi$$'$(XUq(XUs(](XUu$(XUw(zXUy(zXUzXUz('0DO YOU ALSO WANT PERCENTAGES (YES OR NO)? ',$)(A3,1X,I)('0ANSWER EITHER YES OR NO')('0LIST THE VARIABLES YOU WISH TO HAVE CROSS TABS',' ON'/' EACH CROSS TAB SEPARATED BY A SEMI-COLON AND THE',' VARIABLES OF'/' EACH CROSS TAB SEPARATED BY A COMMA'/)('1',70A1)('0CROSS TAB VARIABLE: ',A5,' VS VARIABLE: ',A5)('0',6(A4,A5,2X,A4,A5,2X,A5,1X,A4,A3,5X))('0',6(A4,A5,2X,A4,A5,2X,A5,5X))(1X,6(7A5,5X))(1X,6(5A5,A2,5X))(1X,4(G10.4,1X,G10.4,I5,6X))(1X,3(G10.4,1X,G10.4,I5,1X,F6.1,'%',6X))('0')('0VARIABLE: ',A5,50X,'VARIABLE: ',A5/'0VALUE',8X,12G10.3)(11X,'--',12(2A5))(11X,'I'/1X,G9.3,' I ',12(2X,I4,4X))(11X,'I ',12(2X,F7.2,'%'))VAR  FREQ.YES  ----------NO   !     ENT  PERC pgSFH1 \Z p @y p @ p @ p @H !p @@ !p @ !p @/ p @? !p @t <#n,@d1 T1D+p <#r,, <#u, <#x,
~3D+#f2D]3D+ww<#z,,+mT1D+zU<#},,"$1 DN <#i,
+
 <$,"S $ H} Ds s <$,
:s; }+, U0D
+h,1 $ D:" $ F| D( T F~ ( T Di (7j T+6j T+(5&@h~5$@fi6D~+6Di+ $ Di (7fT+6fT+#d (7$T+":i3dy+(+#d:~3dy+( (6&T+#d:i.& F~2fy+#d ~3Di+" $ . 
$
i.
.
 
( J' ./ 
$
~.
.
 
( J'.$8&+ $ Dr Dz  Ds z2$s+ ' z D>.s7 .$( DN./  F; N.  Di z./3&'+E z./2f'+S z.2$'+S N./ z./  F z./ ; F N./  D; N. z.  F z. i F N.  Di s D0./ 3&;+[ s./ 2d;+  s. 2$i+  N./ s./  F s./ ; F N./  D; N. s. ' H s. i H N.  Fi z./3$'+o z./2d'+  z.2&'+  N./ z./  F z./ ; F N./  D; N. z.  F z. i F N.  Di+  0./ >./  F >./  F 0. >.  F >. M F>0./ 2f;+  0./ 2D;+  0. 2di+  0./  D 0.  DM:>./ 3&;+  >./ 2D;+  >. 3$i+  >3d0+}">.s"z.03f+ # r z H1 0 Hi Dz:r+ * r > F1 s Fi 0 Fs:r+ *>r4D K 1 Fz i Fs s/z0$+8 z1D+6"$.Dz:z3Ds+ '.  Fi z./  D; z./2d'+ / z./2D'+ : z.2&'+ / z H> >./  F >.  F>>./ 2f;+ ; >./ 2D;+ F >. 2di+ ; >./ ; F >. i F+ / $3D?+" & Fs ~3F] Ds3F]+ R U0D
+ R $ Ds2F]+ V U0D
+ V $ Ds \ D: a D ` Dw ] D{ ^ D <$, ~.t i.t <$,
 $.D:2F]+ i <$	,"s $ Hz Dv ~.t i.t <$
,
:v; z+ d, ~3D]+ r <$,"s $ Fy Dv ~.t i.t <$,
:v; y+ m, ~2D]+ z <$,"s$& $ Fx Dv <$,
:v; x+ w, ~3D]+! <$,"s$& $ Fv Dv <$,
:v; v+ , $.D:   F /  H| ( H0 
 JA 
 JD HO/ $ Hu Ds./ 2F|+! s. 3D+!W s.  D s./  D|:03ds+!R ~3F]+!2 U0F
+!+::3fV+!+ <#h,1 <$ ,"s $ F Dv ~.t i.t <$#,
:v; +!, <$',"&$s $ F	 Dv <$*,
:v; 	+!', $ D: <$+,"s $ F D> > <$.,
:>; +!.,+!Qd DM"s $hN H0M(H H.$8&!4 U0D
+!K::3dV+!K <#h,1 <$1,"s $ F Dv ~.t i.t <$4,
:v; +!>, <$8,"&$s $ F Dv <$;,
:v; +!G, $ D: <$=,"s $ F D> > <$@,
:>; +!N, $ D0 0 s./  FA s.  FD@fN 0:N:s; u+!
 ~3D]+!o U0D+!h::3dV+!h <#h,1 <$C,"s $ F Dv ~.t i.t <$F,
:v; +!b, $ D: <$I,"0 $ F/ D> > <$L,
:>; /+!k,+d DM"0 $hN H0M(H H.$8&!q U0D+"::3dV+" <#h,1 <$O,"s $ F Dv ~.t i.t <$R,
:v; +!|, <$V,"&$s $ F Dv <$Y,
:v; +", <$[,"0 $ F D> > <$^,
:>; +"
,+ U1D
+" <$a,"S $ F Ds s <$d,
:s; +", U0D
+" <#h,1 <$e, ~.t i.t <$h,
 $ D: $ Dr   D@ &/ $ . '2(@+"& . ' H@.$8&""!$}D@@d>" $ F Ds. 3f@+"L6D>+"1:> s.  F	+"L > s. 2f	+"<"> $ D  s. '3(	+"@ s. '3H	+"L:8&"5 >2$r+"L:> s.  F	+"L r3D+"I/$2$>+"E r/$ D>">/&. > 	 H	/$8&"G:>  s.  F	:s; +"+7D>+ 	 F@ U0F
+"V &.F:"&.V2&:+"V <#h,1 $ D: <$j,, <$m, ~.t i.t <$p,
"> $ F> Ds s <$r,
:s; >+"], ^ DI <$t,"> $ F= Ds a_D=ZD <$w,
:; =+"f:s; =+"e, `@fN*d"k /  D|d DM@ds:s2d+#4 s./ 2D|+# s. 3$	+"o > s. 2f	+"o"> $ D  s. '3H	+":8&"z <#h,a :N+"o U0D
+# $.D: ~3D]:: :3dV+# <#h,1 <$x, ~.t i.t <${,
"> $ F; D9 9 <$},
:9;<;+#"> $ FL D9 aDLZD <%,
:; L+#:9; L+#, $ D: ~3D]:: <%, <%,
"> $ FK D  <%,
:; K+# , ~2D]+#0"> $hN H0M(H H.$8&#& <%	,"> $ FJ D  <%
,
:; J+#-, s./  D| `@fN*d#3+"q U0D
+#P $.D: ~3D]:: :3dV+#P <#h,1 <%, ~.t i.t <%,
"> $ FI Ds s <%,
:s; I+#A, <%,"> $ FH Ds a_DxZD <%,
:; x+#I:s; H+#G, $ D: ~3D]:: <%, <%,
"> $ Fw D  <%,
:; w+#T, ~2D]+"("> $hN H0M(H H.$8&#Z <%,"> $ Ft D  <%",
:; t+#`,+"(:; |+ Z y Ap,~@U\NG}ty@[	@[HXUXT(~XUXU"XU2(/XU3$$'XU8(:$(:$({((wXU=(:$(:$({XU@(XUB(XU=(:$(:$({XUB(XUD(A(D$NXU8(:$(:$({((wXU@(XUG(A(D$N(XU=(:$(:$({XUD(A(D$NXU8(:$(:$({((wXU@(XUG(A(D$N(XU2(/XU3$$XUKXUK$$(	XUQ$IXUK$$(	XUQ$IXUS(|$NXUW(XUK$$(	XUQ$IXUS(|$NXUW(('1',70A1)('0',15X,'***** CORRELATED T *****')('0',A5,10(1X,G11.4))(6X,10(1X,G11.4))(1X)(8X,10(1X,A5,6X))G?- \%? p @%+ p @%2 p @%2 !p @%' !p @%1 !p @%& !p @%% !p @%( <&D, U1D
+%S <&I,"S $ F%- D%0 %0 <&L,
:%0; %-+%O, U0D
+%U <&A,1 <&M,, $ D%$ $ D%% U0D
+%[ $ D%%d%2 D%, <&C,T @%,"%+ $ F%- D%0.%&  F%#"%0 $ .%%@j'3D%0+%t .%& 
%/$
.
%0.
%0"
(L
%#
' ' 
%#


 J%? <&B,T @%$ .%% 
.
%' 
%0.
%' 
7
/
%,
%$ L'.$8&%b U0D
+&"$.%0.%%&%% D%'.$.D%$"$.V/%'2$%$+& <&P,, &/%0&%%/& $"(.%%. H%&"(.%02(%&+&"(.%0 H%& <&S,"*.
/
%&  J%* H%/ %/.%( <&V,
:%/; %*+&
,.%%8&& <&A,1 $.%' D%$ &/%0&%%/& $"(.%%. H%&3h%0+& 
%0 J%&0D+&# <&X, %0.%( <&[,
"*.
/
%&  J%) H%/ %/.%% <&\,
:%/; %)+&,1D+&, <&^,"*.
/
%&  J%) H%/ %/.%% <&a,
:%/; %)+&(,.%%8&&:%0; %-+%` <&b,, &/%+&%%/& $"(..%% H%&3h%++&7 
%+ J%& <&e,"*.
/
%&  J%. H%/ %/.%( <&h,
:%/; %.+&;,.%%8&&3 %?,~x%?x%,@%@%1	%1%0%@%2%/%2XU%3(/XU%4XU%<XU%=$'XU%8$'('XU%:('XU%<XU%=$'('0LIST OPTIONS SEPARATED BY COMMAS'/)(10(A5,1X))('0THE ANALYSIS OF VARIANCE ASSUMES THE INDIVIDUAL TREAT','MENTS'/' OF THE DATA TO BE VARIABLES.  OPTIONS ARE AVIALABLE TO',' CREATE THE'/' TREATMENTS FROM A SINGLE VARIABLE BASED ON',' VALUES OF ANOTHER VARIABLE.'/,' IF THIS OPTION IS CALLED FOR, IT ASSUMES RANGES FOR THE ','BREAKDOWN WILL'/' BE GIVEN.  ANOTHER OPTION ALLOWS THE ','BREAKDOWN TO BE DONE ON EACH'/' INDIVIDUAL VALUE OF THE ','BREAKDOWN VARIABLE'/'0OPTIONS ARE:'/' "BREAK" - ','CREATE BREAKDOWNS BASED ON ANOTHER VARIABLE'/' "DISCR" -',' ALLOW FOR BREAKDOWNS BASED ON INDIVIDUAL VALUES'/'          (ONLY AVAILABLE WHEN "BREAK" IS USED)'/' "HEADR" - ELIMINATE MEANS, AND STD.DEV. REPORT'/' "RANGE" - LIST RANGES WHEN AUTOMATIC BREAKDOWN IS USED'/' "AUTO" - AUTOMATIC BREAKDOWN (SPECIFIED WHEN ASKED FOR RANGES)'/'0IF NO OPTIONS ARE DESIRED TYPE A RETURN')('0"AUTO" MAY ONLY BE SPECIFIED WHEN ASKED FOR RANGES')('0OPTION ',A5,' DOES NOT EXIST')('0WHICH VARIABLES? ',$)('1',70A1)('0',18X,'***** 1-WAY ANOVA *****')('0TRET.',3X,'SIZE',6X,'MEAN',8X,'STD. DEV.')(1X,A5,3X,I4,4X,G10.4,1X,G)('0WHICH VARIABLES ARE TO BE ANALYZED? ',$)(' WHAT IS THE BREAKDOWN VARIABLE? ',$)('0ENTER RANGES FOR BREAKDOWN VARIABLE: ',A5/)('+? ',$)('0ENTER RANGE FOR EACH TREATMENT, SMALLER FIRST, SEPARAT','ED'/' BY A COMMA.  WHEN FINISHED TYPE A ^Z(CONTROL Z), A <CR>',' OR STOP'/' EXAMPLE:'/' 75,80'/'0CONTINUE NOW'/)(2F)('0RANGE NOT CORRECT REENTER PLEASE')('0TOO MANY BREAKDOWNS - NO MORE ACCEPTED')('0BREAKDOWN RANGES FOR VARIABLE: ',A5)(1X,G10.4,',',G10.4)(' ANALYSIS ON VARIABLE: ',A5,' WITH TREATMENTS',' DETERMINED'/' BY A BREAKDOWN ON VARIABLE: ',A5)(I4,1X)('0SOURCE',3X,'SUM OF SQ.',5X,'D.F.',3X,'MEAN SQ.',6X,'F',9X,'PROB')(' BETWEEN',G,1X,I4,3X,G10.4,1X,G11.4,1X,F7.4)(' WITHIN',1X,G,1X,I4,3X,G10.4)(' TOTAL',2X,G,1X,I4)BREAKAUTO STOP AUTO,RANGE!    HELP PHEADRDISCRp     C:~d  \)| p @'+ p @(? p @(? p @' !p @' !p @' !p @' !p @'
 !p @'* !p @'& <.{,@d&k T1D+* </,,@d'1 D'$ D(= D'( D(6 </, </,
 (23D*+.f *ZD(; (; (23H*+*8 (22H*+*! </,,+* (; (22F)}+*$!& F'$+*7 (; (22F*+*(!& F'1+*7 (; (22F*+*+!& F(=+*7 (; (22F*+*/!& F(6+*7 (; (22F)+*3 </,,+* (; (23H*+*1 </, </,
+**d*!$3D'$++/T1D+*<@</,,s<.w,' H&s:'.$8&*B+*W (@ D'# '#6f'+*J:&s3f'++*L>'#0$+*G+.f '# &s F'3D(@+*W.$ D(8"&/(@.(8 (8 D(; (;6h'+*V:'2h'++*J H&s:(;8&*R &/(@ $ F', D(;.$ D(7"&/(@.(7 (7 D' ' (;  &s3H&s+*F:'8&*]:(;; ',+*Y@d' D'' D'%d(? D' U1D
+*l </,"S $ F') D(; (; </,
:(;; ')+*i, U0D
+*o <.i,1 </,,!$3D(=+*s </,, $ D&s"(@ $ F'( D(; &s F(:.' ' H'2 (:.' '!*}
'
 H''' H'' '2F'''F'H'%!&3F(=++ U0F
++:&s3fV++ <.i,1 </ ,, $ D&s </#, (:.'& (:.' (:.' </&,
:(;;3'(+*vf(@$(?/D'%+.FTT1D++,</),,n<.r,(9.'& </2,
 D(; T1D+++ </4,, </7, </:,
 ',3D*+.f3D)+,G2D*3D)++B2D*++4 </;,,++( </>, *_D'&ZD'# $$'#.(; </A,
:'#; '&++6, (; '53f'N++? </C,,++(:(;1d++( </F,,"$.(; D(@@d'%"(? $ F(8 D(;"(@ $ D'# '# (:$(9.(;.(;  3('5++S (:$(9.(;.(;  2h'N++S:'%.'
 
(; J' '%.'* D'++T:'#8&+G:(;; (8++F $ D' D'+ '% D'# '+2$'#+,- '+ D'.'#7 .$( D'
.'*  F(@ '+.'*2&++m '
.'* '+.'* ' H '+.'* F '
.'*  D(@ '
.'
  D(6 '
.'
 '+.'
 ' H '+.'
 D '# D&j.'* 2&(@+, '
.'* '#.'*  F '#.'* (@ F '
.'*  D(@ '
.'
  F(6 '
.'
 
'#.
'
 
/ J' '#.'
 F' '+.'*2$+, '
.'* '+.'* ' H '+.'* D '
.'*  D(@ '
.'
  D(6 '
.'
 '+.'
 ' H '+.'
 D+, &j.'* '.'*  F '.'* ' F &j.'
  D(6 &j.'
 '.'
 ' H '.'
"D>&j.'*.2f(@+, &j.'*  D':'.'*:3&(@+, '3d&j+,# F' &j F'#:'+,0>'4D-^ &k F'+ ' F'# '#/'+0$++Y '+1D++X"$.D'+:'+3D'#+,-.'*  F(@ '+.'
  D(6 '+.'*2&+,4 '+ D' '.'*  F '.'
  F>'.'* 2f(@+,< '.'* (@ F '.'
 (6 F+,4 (? D'%"'% $ .'
 D'.$8&,I $ D' D'+ '% D'# '+2$'#+-$ '+ D'.'#7 .$( D'
.'
 (:$(9..(;  F' '+.'
 (:$(9..(;2& +,e '+.'
  D(6 '+.'
 
'
.
'
 
/ J' '
.'
 D' '
.'
 (:$(9..(;   D' '# D&j.'
 (:$(9..(; 2&'+-
 '
.'
  D(6 '
.'
 '#.'
 ' H '#.'
 D '
.'
 (:$(9..(;  D' '+.'
 (:$(9..(;2$ +-
 '
.'
  F(6 '
.'
 
'+.
'
 
/ J' '+.'
 F' '
.'
 (:$(9..(;   F'+-
 &j.'
  D(6 &j.'
 '.'
 ' H '.'
 D>&j.'
 (:$(9..(; 2f'+-
 &j.'
 (:$(9..(;  D(>:'.'
 (:$(9..(; 3&'+- '3d&j+-"'.'#"'+.&j3f+-  ' '+ H&k &j H' D'+:'+-' ' ' F&k '# F' &j F'#:'+-'>'4D-A &k F'+ ' F'# '#/'+0$+,P '+1D+,N"$.D'+:'+3D'#+-$.'
 (:$(9..(;  F' '+.'
 (:$(9..(;2& +-, '+.'
  D(6 '+ D' '.'
  F>'.'
 (:$(9..(; 2f'+-8 '.'
 (6 F+-,!$2D(6+-E </I, (9.'& </L,
 '
 (:$(9..(;   F'2D(6+-L </M, </P,
 & F(:"'% $ .'
 
(:$
(9.
'.
(; (3H'+-Z .'
 
(:$
(9.
'.
(; ( H'!(2H(6+-Z </R, </U,
:(: .'* 
(: J'.$8&-N (: D(@"' $ D(; (;6d&s+-c!$ D&k@d&j+-e:(;8&-`@d(;!$2D&k+-i:&j2d'++.f3D(9+-e+-l:(;2d'+.f &s F&j U1D
+-t </W,"S $ F'4 D'# '# </Z,
:'#; '4+-p, U0D
+-v <.i,1 </\,, </_, &j.'& (9.'& </b,
!$3D(=+- </d,, $ D&s@d'' D'% D' & F' D'. D'@d'1"'% $ F'3 D'#.'* 3F'+.$ 'D'% '.F''j'1F'!&3F(=+."h'1 '. F')@f'2 '11f+.f 
'.
 
*}
 D)} <.m,T @'2 </g, </j,
 U0D
+. :&s3dV+.  <.i,1 </l,, $ D&s </o, </r,
:'@d'. D'@d'1 '#.'
 (:$&j..(;  D'2D'.D':'1:'#; '3+. 'D'% '.F''j'1F'!&3F(=+.Fh'1 '. F')@f'2 '11f+.<f 
'.
 
*}
 D)} <.l,T @'2 </u, </x,
 U0D
+.D:&s3dV+.D <.i,1 </z,, $ D&s </}, <0,
d'% D'3 ''"'3' D'	"''% F'. ''"'3'% H(="(.(@ H'-"
(@.
'% J(<.(< H'l'- D'j F'0'0 D(> U0D
+.[ $.d&s3dV+.[ <.i,1 <0,, <.j,L @'$ <0, <0	,
 <0
, <0,
 <0, <0,
!$2D'$+*F+-e )| '+ Ap,~h'-(<(>x)}x)}@(9)~(;'	''/'&'+@&t*''	''/'&'+@'*(@'	''/'&'+@)~(<	'(;)~'(:(?XU(AXT(E@(2XU(FRXU)XU)((2XU)"XU)$(/XU)%XU))XU))XU)-$$(?(('XU)0XU)5XU)9$XU)>XT+B+B(E(',XU)?X})P('XU)QXU)UXU)Y$XU)]('('XU)]('('XU)$(/XU)%XU)_
$$XU))P)i(9$'XU))XU)-$(9$'1(')('2P)i(9$'XU))XU)-$(9$'1(')('2XU)jXU)q('	$'-('((>('$XU)v('.$(<('0XU)z((=$'(' LIST OPTIONS SEPARATED BY COMMAS'/)(7(A5,1X))('0THE CHI SQUARE COMMAND OPERATES FROM RAW DATA NOT'/' PRE CALCULATED TABLES, OPTIONS AVAILABLE ARE:'/' "GROUP" - USED TO ESTABLISH GROUPINGS PRIOR TO COLPS'/' "CONTG" - USED TO ELIMINATE CONTINGENCY TABLE FROM FINAL OUTPUT'/' "COLPS" - COLLAPSE CONTINGENCY TABLE (INCLUDES OMITTING)'/' "FISHR" - FISHER''S EXACT TEST PROBABILITY (2X2 ONLY)'/'0IF NO OPTIONS ARE DESIRED TYPE A RETURN')(' OPTION "',A5,'" DOES NOT EXIST')(' WHICH VARIABLE OR VARIABLES? ',$)(' ENTER RANGES, 1 PER LINE FOR VARIABLE: ',A5/)('+?',$)(A5)(' ENTER EACH RANGE AFTER THE ? , SMALLER FIRST SEPARATED BY A COMMA, ONE PER LINE'/' EXAMPLE:'/' ?13,2'/' TO SIGNAL THE END OF RANGES TYPE "STOP", ^Z, OR <CR>'/)(2F)(' SMALLER FIRST'//)(' 15 RANGES MAXIMUM')(' RANGE ',G10.4,',',G10.4,' HAS NO VALUES - LEVEL DROPPED')('0COLLAPSING PORTION INSERT 1 INSTRUCTION PER LINE AFTER THE ?')(' ? ',$)(50A1)('0TWO OPERATIONS ARE AVAILABLE TO COLLAPSE THE CHI-SQUARE:''"C"-COMBINE AND "D"-COLLAPSE.  THEY MUST BE THE FIRST CHARACTER OF'/' THE LINE.  THIS MUST BE FOLLOWED BY THE VARIABLE NAME OR NUMBER'/' ENCLOSED IN PARENTHESIS.  THIS IS FOLLOWED BY A STRING OF NUMBERS'/' REFERENCING LEVELS OF THE VARIABLES. RANGES MAY BE SPECIFIED'/' BY SEPARATEING THE EXTREMES OF',' THE RANGE WITH A "-".'/' A <CR>, ^Z, OR "STOP"',' WILL EXIT FROM THE'/' COLLAPSING PORTION AND CONTINUE THE CHI SQUARE'/' EXAMPLE:'/' C(AGE)1-5'/' COMBINE THE LEVELS 1 THRU 5 FOR THE VARIABLE AGE.'/' D(3)1,9,3'/' DELETE LEVELS 1,9,AND 3 FOR VARIABLE 3')(' INSTRUCTION MUST BE "C" OR "D"')(' VARIABLE NOT SPECIFIED, OR NOT IN PARENTHESIS')(5A1)(I5)(' VARIABLE SPECIFIED IS NOT BEING ANALYZED')(' VARIABLE "',A5,'" DOES NOT EXIST')(' LEVELS MAY ONLY BE SPECIFIED BY LEVEL NUMBERS')(' LEVEL SPECIFIED DOES NOT EXIST, MAXIMUM LEVEL IS',I4)(' NO LEVELS TO BE ACTED UPON')(' TWO - IN A ROW')('1',70A1)('0',20X,'***** CHI SQUARE *****')('0CHI SQUARE =',G,' WITH',I4,' DEGREES OF FREEDOM')('0CONTINGENCY TABLE DEGENERATED TO 1 CELL - NO CHI SQUARE PERFORMED')(' CHI SQUARE ANALYSIS PERFORMED FOR 1 SAMPLE CASE')('0CORRECTED CHI SQUARE =',G)(' HAVING A PROBABILITY OF ',F5.2)('0FISHER''S EXACT PROBABILITY FOR OBTAINING THE ','GIVEN TABLE =',F8.5/23X,'FOR OBTAINING A TABLE AS ','PROBABLE, OR'/23X,'LESS PROBABLE THAN THE GIVEN',' TABLE =',F8.5)('0CONTINGENCY COEFFICIENT =',G)S    FISHRtE    AUTO (    H    9    STOP CONTG0    T    -    C    COLPSL    O    !    HELP ,    D    )    HXGROUPpP         G"H \k p @c p @x p @v p @* !p @ !p @Z !p @* !p @_ <!4, x D[ $ DY $ Da@d] Dy Dt D@d^ T1D+ <!8,, <!;, <!>,
 h3Dw+! zZD\ \ g3H}++ g2Hx+ <!A,,+
 \ g2F{+!& F]++ \ g2Fs+!!& Fy++ \ g2Fu+$!& Ft++ \ g2Fm+(!& F++ <!D, \ <!G,
+
*dT1D+.g<!H,,"$1nDX)<!/,)1& Dn $2d{+G6&)+: & Fn6&)+G7&) Dn+G7$)+?7$)+E+!:n3dc+G6$)+!:n $.n Dn3dc+G+!:n2dc+! |@f]*dG {1$+K n3Dn+=!$2D]+|"{ $ Fe Ds T1F+S <!K, m. <!N,
 v_DdZD\ T1D+X <!P,, <!S, <!V,
 h3Dw+! h3Dr+x h3D}+x h3Do+c h2Dx+e <!W,,+U s@f]+z <!Z, |_DbZD~ &$\ ~(.s. <!],
:~; b+g, $$\.s '3f(+r <!_,,+U $$\.s@f):\; d+U <!b,, $ D\ s"&.\ F]:s; e+O"x $ .Z D' .*@j'.$8&} x D_"{ $ F` Ds & Fu0D+ a Fu7F]+2"_ $ F` D\ s"] $ D~ \.Z s 
 m$
r.
.
s ~$$.s 
(3*'+ \.Z 
 m$
r.
.
s ~$$.s 
(2j(+ ~$$.s!* J) \.* 
~$
u.J+ :~8&
 \.Z@f:\; `+
 s"] $ Fq D\$$.s6F)+0 <!e, \$$.s <!h,
"_ $ .* '3h\+/ .*"
u.J'.$8&+:\; q+$+I $.s Dt <!+,'
 $ Dr Z s m$r..s  Dm"_ $ .Z 
s 
(m$
r.
'.
s 03Hm+D .Z 
(m$
r.
'.
s 0 Hm:r .* 
u$
r.J'.$8&; s r F]@d\ $ D~ ~.Z7D+S:\.Z ~.Z  F \.* ~.*  F:~3d_+K \ F_:s; `+ _1$+!!$2Dt+< <!%,#= T1D+^ <!j,, T1D+a <!m,, <!p, <!s,
 3D}+ 3Dw+! 2Dl+l 2Dt+l 2Dw+l 3D|+ 2Dq+t 2Do+t 2Dv+t 2D|+t <!u,,+^ 3Du+y 3Dy+y <!x,,+^ 3Dp+| <!{,,+^ { } F$*d}@d( 2dr+ 3$s+ $ D( $ D~ $ D\ \ 3Fz+7F(+ 2fr+z 3&s+z ~0d+ \  F$:~:\1d+7D(+ '2D}+"& $ $ H%/$8& } D%+ <!~, <",
7D(+! <",	 <",
 { n3F+) n3F+) <"	,,+^"c $ D{ {._ 3D+:{8&# <"
, <",
+^ $ D~ n2F{+, & F~@fu D\:\ $ Dr { } F$*d/ \ 3F}+= 3Fy+= 3Ft+= 3&s+E 2fr+E r0f+<  H$:r:\1d+1 r1D+X '2D}+G"& $ $ H%/$8&A } D%+? <",,+^ <", <",
 <",	 <",
7d{+U ~ ]3&+U \ D!(3Hu"D@du:\ 
\ (3Dt Hu (3D}+X+- <", ~ <"",
+^ \0d+\ <"#,,+^>\  Ff"\.& $ Ds s  Dr5$b"hr r3$f Df s6h+m" Hr6h+i <"&,,+^ s 3(r+m" H r H:s8&_ $ D\ \.* AY Dr ~0D+v \.* A[&a Dr"\ $ Fz Ds2$\+~6f+~ r 2h+"3(++ s 2Dr+ 3Dy+ ~0D+ \.* 
a$
f AY. H0D+ \.* A[.f H+ \3D_+ \/_ \ .Z 
  J' .* 
  J'.$8&>_3$\+^+o:s; z+x:\3d_+o+^"{ $ Fx Ds Dr <! ,'
 $ Dr * AY Fz s0F+# A[&a Fz"_ $ .* 'AY H~ s0H++ .* 'A[&a H~ ~3Hz+-:
r Hz s0H+3 
.
* a$r 
/A
Y.
 L/0H+7 
.
* 
/A
[.
r L/.$8&$ 
r J ]:s; x+ _1$+! U1D
+D <"),"S $ Fw Ds s <",,
:s; w+@, U0D
+F <!
,1 <".,, $ Dy!$3Dy+K <!,#= {0d+yd] Dc4Dmf_c Fk <!,'
@d *  Dz!$ Dp &/_ $ .* '3Hz+]"kpkH@hp .* ' Hz!(Hp.$8&U"kpkD ]/$ DY1$+m U0F
+j &.Fy"&.V2&y+j <!
,1 $ Dy <"1, <"4,
+ W U0D
+r $.dy3dV+r <!
,1 $ Dy <"6,,+= ^3d]+w ^ D]@d^ <"9,,+M ]1$+t ^1$+t ^/& ]/$$ DY <!,'
"_ $ .Z 
.
* 
/A
[&
a J' .* 
YAJ'.$8& @d $ D~"^ $ F~ Ds@d[ ~.Z 2Ds+ !$D[:~3d_+ 
"] $ F} D\@db Dy"_ $ .* '2H\+ !(Hb 
.
Z 
/3JsHy.$8& f_ [b Dk"kykF:\; }+ :s; ~+ 
 U0D
+ + $.Dy"$.V2$y+ + <!
,1 $ Dy <"<, <"?,
 Y0D+ W |_D|ZDs | &(.&.s@hr*d 0:s; |+ 0"_ $ .Z 
.
* 
/(
.
/.
' /(./.'n8r.N N0r.$8& 6"v$u t$v.d D5$ C"fd_"D D t.u t.v$ v.v$ v.u$fd_ D U0D
+ U $.Dy"$.V2$y+ U <!
,1 $ Dy <"A, <"D,
fY  D <!,L @^ U0D
+ _:y3dV+ _ <!
,1 $ Dy <"E, <"H,
 Y0D+ x7D+ x7D^+ x |@fw ((.( F t*d e | t.u Fw &(.& s.s Ht*d i w.x Dx <!
,(w U0D
+ v $.dy3dV+ v <!
,1 $ Dy <"J, <"M,
 {1D+=f_  Dl <!,T @f U0D
+! $.dy3dV+! <!
,1 $ Dy <"O, <"R,
+= k c Ap v Ap * Ap,~xlPtppZ'hYm@_*Zn	v*q@_*Zn	v*q(_*Zv*	_nn{y@_*Zn	v*r(_*Zv*	_nn{y@_*Zn	v*t@)n{X(g_c@nt	sn*rvXU{XT@hXU'XU'(gXU+XU/$XU4XTx5(hXU5X}F(&XUFXUHXUK('((XUQXUWXTX@XUY>XUXUP @%P ${XU!XU%$XU)P @%P ${XU.$]XU4XU8XU:(/XU;XU>($YXUDXUKXU>($YXUP(XUS(^XUW((ZXUh(f('0LEVELS FOR VERTICAL VARIABLE: ',A5)('0LEVELS FOR HORIZONTAL VARIABLE: ',A5)('0LEVELS FOR VARIABLE: ',A5)('0LEVEL',2X,'VALUES COMPRISING LEVEL')('0',I3,4X,10(G10.4,A2))(8X,10(G10.4,A2))(9X,'FREQUENCY =',I4)(I5)('0',30X,A5/' LEVEL',2X,20(1X,A5))(1X,A5,1X,'.',40A3)(1X,I3,3X,'.',20(1X,I5))(1X,'TOTAL',1X,'.',20(1X,I5)).....TOTAL,    G"NH1 \#9 p @"x !p @"w !p @"y p @# p @"v !p @"a !p @"{ !p @# p @"a p @"U p @"T <%|, #; D"y $ D"x $ D"| $ D"w "a1D+#Q U0D
+#Q $
 D"w #: D# U D# "a0D+#V U D#""U $ F# D"z D# <%w,'
 #0D
+#` $.D"T"$.V2$"T+#` <%v,1 $ D"T "z0D+#g "U1D+#g <&, "z.# ."{ <&,
 "z0D+#n "U1D+#n <&, "z.# ."{ <&,
 "U0D+#s <&	, # ."{ <&
,
 <&,, $ D# "y "z.# '$#..#   F# D" D"` F"l.d"`@d"V &/"x $ F# D#."w A"x F# "z0D+$ #."w A"y&"| F# #2F#+$ #."y.# $#..#  3F#+$= "` #< F"l:"`2d"w+$ #."y "z.# '$#..#   F# F"l:"`+$= #0D
+$:"T7D"V:"T"$.V2$"T+$ <%v,1 $ D"T7D"V:"T6D"V+$& <&, <&,
 &/"` $ F" D# # <&,
:#; "+$#, "V0D+$/ <&, &/"` $ F"~ D# # <&,
:#; "~+$+, $ D"V D"` #."y "z.# '$#..#   F# F"l.d"` #3D#+$= $2D"U+$; <&, <&,
@f" F"V.d#:":#; #+# #0D
+$G:"T7D"V:"T"$.V2$"T+$G <%v,1 $ D"T7D"V:"T6D"V+$P <& , <&#,
 &/"` $ F"~ D# # <&$,
:#; "~+$L, "V0D+$X <&&, &/"` $ F"} D# # <&),
:#; "}+$U, $2D"U+$\ <&*, <&-,
2D"z+$^.# D"l:"z; #+#X $3D"U+%q "l&"w F"T "T$"w2H"l.d"T""T $ F"| D#/$$"w D"} "w F#.#3d"l+$l""}."l D#"# $ F"{ D"z."} D# "z <&/, <&2,
@f#:"z; "{+$n "}.#2D"l+$w # #; F"a #0D
+$} $.D"T"$.V2$"T+$} <%v,1 $ D"T <&4, # ."{ <&7,
"# $ F# D"z "z <&8,
:"z; #+%, <&:, # ."{ <&=,
"# $ F# D"z <&>,
:"z; #+%
, $ D#"# $@h"V.$8&% $ D"` "`."w A"y&"| D# "`."w A"x F"U2D#+%# "}.#2H"l+% #:
 "V (."}2h+%F #."}3(+%F""U."}"
:
0"V+%F #0D
+%::"T3dV+%: <%v,1 <&@, # ."{ <&C,
"# $ F# D"z "z <&E,
:"z; #+%-, <&F, # ."{ <&I,
"# $ F# D"z <&K,
:"z; #+%6, $ D"T <&M, <&P,
"# $ F# D"z "z <&Q,
:"z; #+%>,"# $ "V.H#@h"V.$8&%B:#+%:"`3d"x+%"# $ "V.H#.$8&%H #0D
+%a $.d"T3dV+%a <%v,1 <&S, # ."{ <&V,
"# $ F"S D"z "z <&W,
:"z; "S+%T, <&Y, # ."{ <&\,
"# $ F# D"z <&],
:"z; #+%], $ D"T <&_, <&b,
"# $ F# D"z "z <&d,
:"z; #+%e, <&e,"# $ F# D"z "z <&h,
:"z; #+%l,:#; "|+$f #9 "x Ap # Ap "v Ap "T Ap,~@"x"w"y#	"a#"v#@#:#	"a##9"v##X##$X##$X##$X##"X##&$#("lX##)("lX##+$"X##&$#("lX##)("lX##+$"P#-"a$#X##.$$"aX##1$(#(#X##.$$"aX##1$(#(#X##3$#$"VX##.$$"aX##1$(#(#X##3$#$"VX##6$#G"N;y \' p @' !p @&u !p @&w !p @' !p @&s p @' p @&t p @&t <(_, '	 D&x $ D&v '	 D&w &t0D1D+'+'@f'/$ D'+'$ &t0D+' &v F'0D+'  &x F'0D+'" &w F' D'1d+'$ & F' '.'  D' $ D' D' ' D' '2$'+(/ ' D&s.'7 .$( D&v.&w '$'..'  F&r &v.&u A' D' '.&u A' D'3$'+'N2D'+'< '.&w 
'$
'.
'.
'2&(+'N &v.&u ' H' 
&v.
&u 
'.
&u 
7 L/ 
'.
&u H/ &v.&w ' H' 
&v.
&w 
'.
&w 
7 L/ 
'.
&w H/ D' &v.&w '$'..'   D&r ' D&j.&u A' F'2f'+(2F'+'W '.&w '$'..'  2$&r+( &v.&u  D' &v.&u 
'.
&u 
/ J' '.&u D' &v.&w  D' &v.&w 
'.
&w 
/ J' '.&w D' F' &v.&w '$'..'  D&r '.&u A' F'3&'+(2F'+'q '.&w 
'$
'.
'.
'2$(+( &v.&u ' H' 
&v.
&u 
'.
&u 
7 L/ 
'.
&u H/ &v.&w ' H' 
&v.
&w 
'.
&w 
7 L/ 
'.
&w H/ F' &v.&w '$'..'   F&r+( &j.&u  D' &j.&u &s.&u ' H &s.&u D &j.&w  D' &j.&w &s.&w ' H &s.&w D>&j.&u A' F'2f'+(2F'+( &j.&w '$'..'  2d&r+(:&s.&u A' F'3&'+(2F'+(" &s.&w '$'..'  3$&r+( &s3d&j+("
&s.
'"'.&j3h+(+ ' 
' J &j 
&j J &x D':'+(2 ' &s F&j ' F&x &j F':'+(2>'4D(] &j F' &x F'"'.'0$+'* '1D+')"$.D':'3D'+(/.&w '$'..'  F&r '.&u A' D' '.&u A' D'3$'+(72D'+(G '.&w 
'$
'.
'.
'2&(+(7 ' H&s.&u 
  J' '.&w   H&u &s.&u  F &s.&w  F>&s.&u A' F'2f'+(K2F'+(X &s.&w '$'..'  2d&r+(K &s.&u ' H &s.&w &u H+(7 ',~@''	&s''&t''! KIG>v \(t !p @(f p @(e p @(s p @(d p @(f p @(e <*,@d(c"$.(e D(n"&.(s F(s (s$(p.(e.(q & F(t <*,*B"@(r"(n $ (s$(p..(q (  H(t <*,*B@(r.$8&)"(s $ (p$.(e.(q (  H(t <*,*B@(r.$8&)@d(i"(n $ F(k D(q"(s $ (p$.(q.(q (  H(t <),*B@(i.$8&):(q; (k+) (r(i D(t <)},g @(d@d(f D(e &/(n $ F(j D(q &/(s $ (p$ 
(q.
.
(q 
(s$
(p.
(q.
(q (e..(q 
02l8 
8 L(.$8&)&:(q; (j+)%+)G &/(n $ F(h D(q &/(s $ D(g (g$(p.(q.(q"(.H (g$(p.(q.(q6$+)G (g$(p (q..(q 
(s$
(p.
(q.
(q 
(e.
.
(q 
(2j0 
0 J :(g8&)6:(q; (h+)4+)u &/(n $ F(p D(q (s$(p.(q.(q  D(n &/(s $ (p$.(q.(q" .H(n.$8&)N7$(n+)1 (q.(p.(q D:(q; (p+)I"(s $ F(o D(g$(p.(e.(q  F(n &/(n $ (p$(g..(q" .H(n.$8&)\7$(n+)1 (p$(g.(q D:(g; (o+)X@d(i"(n $ F(m D(q"(s $ (p$.(q.(q (  H(t <)|,*B@(i.$8&)h:(q; (m+)g (r(i D(t <){,g @(g@(e (d(g2d(v@(f+)1 (t (d Ap (f Ap (e Ap,~p(v(tx(tp(v(tx(tx(tx(tx(t@(u(r(f(q(u(e(p(sy`yE,{e^bMKs \*= J*? H*? F*> D*> p @*: *@ D*= *A D*:0`2+*K7D(c+*W *: * D*;+*^d*: D*<$	@ 
*:
 *<$ <*d,["*<*:*= *<*<$4"*: F*;+*^@d* *@"&.&f F*< <*c,[* @**d*X $ D(c+*I *= *> *> *? 
*? *;,~x*<x*<('0PLEASE GIVE SOME IDENTIFICATION FOR THE TAPE? ',$)(70A1)('0SIMPLY TYPE IN SOME ID FOR THE TAPE YOU WISH TO READ',' FROM'/' IN MOST CASES IF YOU KNOW THE CENTER NUMBER',' THIS WILL BE SUFFICIENT')('0NO ID USED - RETURN TO MAIN')('0STP MTA MOUNT REQUEST',4X,O6,',',O6,5X,'JOB',I3/' OPERATOR PLEASE MOUNT, WRITE PROTECTED, THE TAPE ',26A1)(' RESPOND WITH ONE OF THE FOLLOWING:'/'  -DEVICE NUMBER'/' ?-NEED MORE INFORMATION ABOUT TAPE ID'/' X-NO DRIVE AVAILABLE'/' F-TAPE NOT FOUND'/' !-TAPE MAY NOT BE MOUNTED FOR PROJ,PROG NUMBER'/)(' NO DRIVES AVAILABLE, PLEASE TRY AGAIN LATER')(' WE ARE UNABLE TO LOCATE THE TAPE YOU REQUESTED'/' PLEASE CONTACT US')(' THE TAPE REQUESTED IS SPECIFIED FOR CERTAIN PROJECT'/' PROGRAMMER NUMBER ONLY, YOURS IS NOT ONE OF THEM')(' OPERATOR NEEDS MORE ID INFORMATION, PLEASE TYPE IN'/' MORE ID, OR A "!" TO EXIT? ',$)(' FURTHUR ID INFO: ',50A1)(' RESPOND WITH APPROPRIATE CHARACTER: ',$)(' ANSWER NOT POSSIBLE')('MTA',A1,' ')(' DRIVE ALREADY ASSIGNED TO ANOTHER JOB')(' THANK YOU'/' .'/)(' TAPE HAS BEEN MOUNTED ON ',A4,' WRITE PROTECTED. BE'/' SURE TO ASK TO HAVE THE TAPE DISMOUNTED WHEN DONE')(' WHAT POSITION DOES THE FILE OCCUPY ON THE TAPE? ',$)(I)(' NOT A VALID ANSWER')(' HOW MANY VARIABLES? ',$)(' MINIMUM ANSWER OF 1, MAXIMUM OF 50')(' LIST QUALIFIERS 1 PER LINE'/)(' ? ',$)(F,A2,1X,F)('0QUALIFYING FIELDS ARE USED FOR SUBSETTING DATA'/' THE FORM IS: VARIABLE TO BE LOOKED AT,QUALIFIER,VALUE'/' QUALIFIERS ARE: "EQ"- EQUAL; "NE"- NOT EQUAL; "GT"-',' GREATER THAN'/'  "GE"- GREATER THAN OR EQUAL TO; "LT"- LESS',' THAN;'/'  "LE" - LESS THAN OR EQUAL TO'/' A QUALIFIER MIGHT',' LOOK LIKE THIS')(' 1,LT,75 - MEANING TAKE ONLY THOSE CASES WHERE VARIABLE'/' ONE IS LESS THAN 75.  UP TO 50 QUALIFIERS MAY BE USED AT ONE'/' TIME.  TO STOP INSERTION OF QUALIFIERS OR IF NO QUALIFIERS ARE'/' TO BE USED, RETURN, TYPE "STOP", OR USE A CONTROL Z(^Z)'/)(' VARIABLE SPECIFIED NOT POSSIBLE - REENTER LINE')(' QUALIFIER "',A2,'" NOT POSSIBLE -REENTER LINE')(' NO MORE QUALIFIERS ACCEPTED MAXIMUM OF 50')(' LIST THE VARIABLES TO BE KEPT, SEPERATED BY COMMAS'/)(30I)(' MORE VARIABLES SPECIFIED THAN ROOM ALLOCATED')(' VARIABLE ',I3,' NOT POSSIBLE')(' VARIABLE ',I3,' APPEARS TWICE INT THE LIST')(' ***WARNING*** YOU HAVE COMPLETED THE SPECIFIED DATA',' SET'/' NO MORE DATA ACCEPTED; SELECTED FROM SAMPLE OF',I7)(' NO DATA IN SET SPECIFIED')(' DATA SET CONSISTS OF ',I4,' OBSERVATIONS'/' AS',' SELECTED FROM A SAMPLE OF',I6)LT   ?    E    EL   H    ~NE   GT   EQ   ~00    F    LE   L    !    !    |pTO   0X    GE   h          P    1    TTY40SEQINOUT  SEQINiZ  \" p @{ p @# p @" p @x !p @v !p @T !p @w !p @v !p @y </, <+, , Dw <*,,, <(,,( $ Dy"" $ F~ D .w@f  .v F"" $ $ ..@j .$8&K: ; ~+H <4,, <7, )_D|ZD    <:,
: ;|+T,+U2D&+` V2D%+`+V2D++` W2D1+`,<;,,+P U3D-+"&
:U; z+l, <I, <L,
"  $ Fz DU U <N,
:U; z+s, <P,, <S, <V,
 ~2D23D*+"2D/+ <W,,+* ~2D*+ <Z,,+* ~2D,+ <],,+* ~2D$+ <`,, <c, -_DyZD    <f,
: ; y+
, U3D-+*"& $ D    U2D1+> 8&+ <h,"  $ F DU U <k,
:U; +, <l,,+x <o,, <r,,+x <u, <y,
 <z, <&,w7D}+- <},, < ,,+x < ,, <%,w+ < ,, <$,w < 	, < 
,
 < ,, < , < ,
6d+8 < ,,+2 < ,"$. D < ,, < , < !,
 0$0d+A+C < ",,+; < %,, -ZD  < (,, < +, 0_FZFU &$U.  < .,
:U; +I,   !2F&+S < 0,, < 3,,+C  6H+V !3H0+w !3H.+w7h+Zh2(+\ < 6,,+E   !2H)+`!( H!+t   !2H(+c!( H!+t   !2H#+g!(@ H!+t   !2H++j!( H!+t   !2H(+n!(  H!+t   !2H/+q!(@ H!+t < 9,   < <,
+E*dE < =,, $ D "$.  DS < @,, < C, < F,
 'ZD   7Fy+*d} $ D "$.  Dt3d"+ < I,,+y"t $ F D 7fy+	 y3f+
 < L, < O,
+y"  $ DU U3D +   
 y2Jy+ < P, < S,
+y:U8& $ D @d} < U," $ F DU U < X,
:U; +,:} $2dS+;"S $ DU UH! HH HT6b0b+)+%4)4,4/424548 U T  3H:+:+ U T  2H:+:+ U T  3(:+:+ U T  3h:+:+ U T  2h:+:+ U T  3(:+:U8&!"t $ Fs DU y F$. .   H U.w H"U $ y FT 
$
U.
.
 
 
0
L(.$8(D:U; s+=: 3dx+ < Y, < \,
 x F# t F{+Y"$.  D# t F{0d+W < ^,,+ < a, < d,
"{ $ F% D "&/{.    $ .. 
.
w 
 .
w"
7
/ 
$
.
 .
n#( N .$8&]: ; %+["{ $ .v",.
#$
#l 
$
U.
.
 
(
 J# <#,T @' .wl# 
'
 J'.$8&i"{ $ F# D "&/{.     3H+ 
$
.
.
$. .  (4H  $ 
$
 
 .
.
 ..  .. @8 P# <",T .. 8 N0  $.. 
$
.
 .
 
(J+$..@j$..J.$8&y:;#+w"{$$..!*J.$8&"{Ap#Ap,~x#x#x'x'xyx'puxx@%!	vX$x"@%	T$""XU&XTf+$UXU,XU:X~2^3X+(wX>$u$$x$UXIX+(~XU\XUaXUiXUt	XT+$UX}$UXXXPt(~Xyht^5XXX
$}XUXU$#$}(' WHICH VARIABLES? ',$)('1',70A1)('0',10X,'***** 1-WAY ANOVA WITH REPEATED MEASURES *****')('0TRET.',3X,'SIZE',6X,'MEAN',8X,'STD. DEV.')(1X,A5,2X,I5,4X,G10.4,1X,G)('0SOURCE',3X,'SUM OF SQ.',4X,'D.F.',3X,'MEAN SQ.',6X,'F',9X,'PROB')(' BETWEEN',1X,G,I4)(' WITHIN ',1X,G,I4)(' TREAT.',2X,G,I4,3X,G10.4,1X,G11.4,1X,F7.4)(' RESID.',2X,G,I4,3X,G10.4)(' TOTAL',3X,G,I4)C;6  \!V p @!% p @!0 p @!/ p @! !p @ i !p @ j !p @ i !p @!" <#, T1D+!e <#,,@d! <",
'
J j.$8&" !0$!0d !#"h!0 !. D!"$.!0 D!"f!0"!.!( D h"$.!0$!0 D! !0$!0d !#"h!0  j D! 
!0$
!0j !#"j!0  jF F!"&.!0 F!j!0" j!(! H f",.
!0"*.
!0$
 J g !0$!0n 
!#
"


!( L!- 
!0$
!0/, L!/f D gj H!+!+ D!. <"},L @!! U1D
+"S <#,"S $ F!# D!, !, <#,
:!,; !#+"P, U0D
+"V <"|,1 <#,, <#,, $ D f"!0 $ F!* D!, U0D
+"b: f3dV+"b <"|,1 <#,, $ D f <#, !,  k.!"  k. j 
 k.
 i <#,
:!,; !*+"\ U0D
+"n $.d f3dV+"n & F f <#,, <#", <#%,
 <#', <#*,
 <#,, <#/,
 <#2, <#5,
 <#8, <#;,
+!p !V !% Ap,~h! g!.@!!X!0! k!(!"!%@!W!-	 i!,!W!!+!/XU!1XU!3(/XU!4XU!:XU!:XU!?$$!0('(/XU!BXU!I(!$!"XU!K( h$!XU!M(!$!( g(!.(!!XU!Q( f$ g(!+XU!T(!-$!/(' WHICH VARIABLES? ',$)('0THIS PROGRAM IS AN EXPONENTIAL SMOOTHING MODEL'/' CONTAINING STEADY STATE, TREND, AND  SEASONAL TERMS.'/' EACH TERM IS THE FORM -'/'0EST(T)=A*ACT(T-1)+(1-A)*EST(T-1)'/'0WHERE:'/'0  EST(T)=ESTIMATED VALUE FOR PEROID T'/'0  ACT(T-1)=ACTUAL VALUE FOR PEROID T-1'/'0  EST(T-1)=ESTIMATED VALUE FOR PEROID T-1'/'0  A=WEIGHTING FACTOR (0<A<1)')('0THE WEIGHTING FACTOR DETERMINES THE EMPHASIS'/' PLACED ON PAST DATA VERSUS THE EMPHASIS PLACED'/' ON NEW INFORMATION ABOUT THE TERM WHICH ENTERED'/' THE ANALYSIS IN THE LAST PEROID.  A LARGE VALUE OF'/' A ALLOWS RAPID ADJUSTMENT TO CHANGES IN THE TERM,'/' BUT WILL CAUSE THE MODEL TO REACT QUICKLY TO'/' RANDOM CHANGES.  A SMALL VALUE OF A DAMPENS'/' THE EFFECT OF RANDOM VARIATIONS BUT WILL MAKE'/' THE MODEL LESS RESPONSIVE TO CHANGES IN THE TERM.'/' THE GENERALLY ACCEPTED VALUES FOR THE'/' WEIGHTING FACTORS ARE:'/'0  STEADY STATE  0<A<0.1'/'   TREND         0<A<0.05'/'   SEASONAL      0<A<0.05')('0THE PROGRAM HAS THE FOLLOWING FEATURES;')('01. SEASONAL TERM'/'   A. ADDITIVE        Y=SS+T+C'/'   B. MULTIPLICATIVE  Y=(SS+T)*C'/'          WHERE:'/'            SS=STEADY STATE TERM'/'            T=TREND TERM'/'            C=SEASONAL TERM')('02. INITIAL TREND'/'    A. CALCULATED BY COMPUTER'/'    B. INPUT BY USER'/'03. OUTPUT'/'    A. FULL'/'    B. PARTIAL VARIANCE OF ACTUAL VALUES FROM'/'          ESTIMATED VALUES AND PROJECTED VALUES'/'04. NATURAL LOG TRANSFORMATION OF DATA')('0THE PROGRAM ANALYZES THE FIRST TWO CYCLES OF'/' DATA TO DETERMINE THE SEASONAL PATERN.  THOSE PEROIDS'/' THAT CONSISTENTLY DEVIATE FROM THE EXPECTED VALUE'/' (I.E. SUM OF ESTIMATED SS AND T) BY A GIVEN PERCENTAGE'/' (DETERMINED BY THE USER) IN THE FIRST TWO'/' CYCLES ARE ASSUMED TO HAVE SEASONAL EFFECTS')(' OPTIONS INCLUDE:'/' NLOGY - NATURAL LOG TRANSFORMATION  OF DEPENDENT VAR.'/' NLOGT - NATURAL LOG TRANSFORMATION OF TIME VARIABLE'/' TREND - ENTER USER TREND LINE'/' SHORT - SHORT OUTPUT (TREND LINE, VARIANCE, PROJ. VALUES)'/' MULTI - MULTIPLICATIVE RATHER THAN ADDITIVE SEASONAL TERMS'/'0IF NO OPRIONS ARE DESIRED TYPE A RETURN'/'0')('+LIST OPTIONS SEPARATED BY COMMAS'/)(10(A5,1X))(' OPTION "',A5,'" DOES NOT EXIST'/)(' HOW MANY OBSERVATIONS PER CYCLE? ',$)(A5)(I)('0MUST HAVE AT LEAST TWO CYCLES OF DATA')(' WEIGHTING FACTORS FOR:'/)('+STEADY STATE? ',$)(F)('+TREND? ',$)('+SEASONAL? ',$)('0HOW MANY PEROIDS TO BE PROJECTED? ',$)(' WHAT IS THE PERCENTAGE CRITERION FOR SEASONAL TERMS? ',$)(' Y-INTERSECTION? ',$)('0SLOPE? ',$)('1',70A1)('0',15X,'***** CURVE SMOOTHING MODEL *****')(10X,'FOR VARIABLE: ',A5,', WITH ',A5,' SEASONAL TERMS')(10X,'WITH NATURAL LOG TRANSFORMATION OF VARIABLE: ',A5)(10X,'WITH NATURAL LOG TRANSFORMATION OF TIME')(10X,'PERCENTAGE CRITERIAN FOR SEASONAL TERMS IS ',F6.1,'%')(10X,'WEIGHTING FACTORS WERE: ',F6.3,' FOR STEADY STATE'/12X,F6.3,' FOR TREND, AND ',F6.3,' FOR SEASONAL')('0THE TREND LINE IS Y=',G,'+',G,'X')('0',5X,'ACTUAL',4X,'PREDICTED',3X,'DEVIATION',2X,'% DEVIATION',2X,'MEAN AVG DEV.')(1X,I3,5G12.4)('0',15X,'PREDICTED')(1X,I3,12X,G12.4)('0VARIANCE IS ',G12.4)ADD.  0NLOGYSHORTNLOGTMULTI
!    |pHELP 0TRENDMULT.     Kc;  \&t p @$ p @$8 p @$8 p @#m !p @#G !p @#r !p @$ <*D,@d#r@d#s T1D+'
<*I,,5<*@,'2D#c+' <*L,, <*O,, <*R,, <*U,, <*X,, <*[,, <*^,,+' T1D+' <*a,, <*d, <*g,
!$ D$@f#r F#H D$ F$ #>3D&z+*5 #>2D&{+'' <*i,,+' &{ZD$ $ #=3H&}+'= #=2H&w+'-!( H$+'= $ #=2F&|+'0@f$+'= $ #=2F&x+'3!& F#r+'= $ #=2F&y+'7!& F#H+'= $ #=2F&x+':@f$+'= <*l, $ <*o,
+'*d'' T1D+'@ <*q,, <*t, <*w,
 $3D&z+*53D&}+'=2D&{+'H <*x,,+'= <*{, <*~,
 #o(3$$8+'N <+,,+'= T1D+'Q <+,, T1D+'T <+,, <+	, <+
,
,$3D&z+*52D&{+'Z <+,
 T1D+'_ <+,, <+, <+,
 $3D&z+*52D&{+'f <+,,+'\ <+, <+",
 T1D+'k <+$,, <+', <+*,
 $3D&z+*52D&{+'q <++,,+'h <+., <+1,
 T1D+'v <+3,, <+6, <+9,
 $3D&z+*53D&{+'s <+:, <+=,
 T1D+( <+?,, <+B, <+E,
 $3D&z+*52D&{+( <+F,,+'} <+I, <+L,
!$2$#E+( #E&H F#E3D$+( T1D+( <+N,, <+Q, <+T,
 $3D&z+*53D&{+(
 <+U, <+X,
 T1D+( <+Z,, <+], <+`,
 $3D&z+*53D&{+( <+a, <+d,
@d#C"$9 $6h#c+(#!( H#C.$8&(!!$2D#C+(& $ D$9"$9 $ F$ D$6F#C+(* #c H#o3F&v D#o U1D
+(3 <+f,"S $ H$ D$ $ <+i,
:$; $+(0, U0D
+(6 <*8,1 <+j,, &u D#n!$2D#H+(; &| F#n <+m, #o.$ <+p,
2D$+(B <+r, #o.$ <+u,
2D#r+(D <+w,,!&H#E F#n <+z, <+},
 <+~, <,,
 & F#D &z@f#t F$ F#H3F#H+(O!( H$ H#H*d(K@d$@f#q D#t D$ D#= D$ D#n D$9 D$7"$8 $h H#=!(2H#r+(Y <*?,b @#= 
.
#r 
$$
#o.
.
$ 
0 L/2H$+(b 
.
#r ,/ L&u <*>,b @/ 
#=
J$ 
#=J#n 
.
#r
7J#= 
.
#r 
/J$9.$8&(U2H$+(qd$8 #n 

$
"
#n
$9 #= F#b2H$+(vd$8"
#n

#b $9 F$ <,, <,,
 $.D#D $ D#s #b D#C"#o $h H#=7H#r+) <*=,b @#= #=#b$ H#D #o.h H&u <*<,b#b$ @#p+) #b#=$ H#D #=$#b$ H#p .#r '#D H$ 
#o.
.
#r 
/
#p J#q#D H$
#p J#b 
#E2h3j+)+)"$ H#t 
$ J$ J#H2H#H+) 
.
#r 
/
#D J$ J#H.$8&(| $ D#q D$!$ D$ #q7F#t+)'$#H $$ F$+)( $3D#H D$7D$+)= <,	,, $.D#D+)= #q6D#t+)1!$ D$ $3D#H D$+)5 #q!($#H $$ F$ $#a!&#F #F#F D#s!($#a$$ D#C $#s#C D#p $3D#H+)B #s#C$ F#p #q2D#t+)F $.#r  F#F+)U #q"#s#C#p F#H $.#r"#s#C H$!&2F#H+)S #s#C #p F#H #s#C $.#r  F$ #s#C D#F #s D$ #C D#a7D$+)] $.#r & F&u <*;,= @ <*:,= @#p $.#r #p D$D#t@d#E3D#p+)d $#p&H# F#E#$f$7j$ F$3D$+)q U0F
+)n:#D3fV+)n <*8,1 <,
,, $ D#D <,, $.#r <,,
:$:#q3f#o+)t ( H#q3d$8+),h$8 #t F$ &2f$+*,6F$+)| <,,, &.F#D $ D#G"#o $!*
$
#H $$ H$.$8&)~ $#a!&#F #F#F D#s!($#a$$ D#C #q #s#C$ F#p!&2F#H+* #s#C$ F#p+* #qf#G#C#s$ F#p!&2F#H+*f#G#C#s$ F#p:#q3d#o+* & F#q!$2D$+* <*9,= @#p #G.$8 D$ U0D
+*):#D3dV+*) <*8,16D$+*& <,,,4D*( <,,, & F#D <,, <,",
:#G3d$+* U0D
+*2 $.d#D3dV+*2 <*8,1 $ D#D <,$, <,',
:$;$+((&t$Ap,~x#px#px	&ux&ux#=x	&ux#=@#c&y$9#s#c$$$@&w$	#G$&v#m$$8XU$:XU$<"XU$^<XU%XU%XU%3XU%LXU%k"XU&&%(#FXU&&XT'\&($XU$^<X}&%($XU&'XT'h&($XU$^<X}&%($XU&)XT's&($X}&$$XU&.XT'}&($XU%LX}&%(#EXU&4XT(
&($X}&%($XU&6XT(&($X}&%(#bXU&8(/XU&9XU&=$(#nXU&C$XU&IXU&N(#nXU&T(#F($($XU&_($(#bXU&cXU&cXU&l$$((#p($(#E($XU&mXU&mXU&lXU&p$$(#pXU&r($O&
1,>c	`
ZAp[Ap,~U>m61,>c	`
 Ap,~EW1,>c,$4@,2 	```,~  	`
+,1(' ?',$)(80A1)(' PLEASE USE SORT COMMAND')('+SORT MISSPELLED OR CONDITIONAL NOT CORRECT')('+NO MORE ROOM FOR NEW VARIABLES IN DATA SET SPECIFIED')(I3,2X)('+INSTRUCTION MUST HAVE FORM OF FORTRAN STATEMENT')('+INSTRUCTION TOO LONG')('+ONE OF THE VARIABLSE NAMES USED DOES NOT EXIST')('+# MUST BE FOLLOWED BY A VARIABLE')('+ONE OF THE VARIABLE NUMBERS USED DOES NOT EXIST')('+UNBALANCED PARENTHESES')(' INCORRECT FORM OF IF STATEMENT')('+PARENTHESES DO NOT ENCLOSE ANYTHING')('+POWER IS NOT A CONSTANT OR A VARIABLE')('+TWO INSTRUCTIONS NOT SEPARATED BY A VARIABLE')('+ATTEMPT TO DIVIDE BY A CONSTANT VALUE OF ZERO')('0SYSTEM PROBLEM-CONTACT DICK HOUCHARD',I4)('+TWO EXPRESSIONS NOT SEPARATED BY AN OPERATION')('+"," IS NOT A LEGAL OPERATION')('+"=" IS NOT A LEGAL OPERATION IN AN IF OR TWICE INAN EQUATION')('+ILLEGAL OR MISSPELLED FUNCTION')('+ATTEMPT TO TAKE MEAN OR STANDARD DEVIATION OF CONSTANT')('+IF ON A CONSTANT IS ILLEGAL')(' SYSTEM PROB-CONTACT DICK HOUCHARD')(' VARIABLE: ',A5,' HAS BEEN TRANSFORMED')(' VARIABLE: ',A5,' HAS BEEN CREATED')(' ALL OCCURENCES OF DIVISION BY ZERO REPLACED BY -9999E-20')(' ALL OCCURENCES OF SQRT OF NEG. NUMBER--ABS VAL OF NUMBER USED')('0TRANSFORMATIONS ARE WRITTEN IN THE SAME MANNER AS',' FORTRAN'/' INSTRUCTIONS.  THE VARIABLE TO BE MODIFIED OR',' CREATED IS'/' FOLLOWED BY AN "=" AND THEN BY THE EXPRESSION',' IT IS TO BE'/' SET EQUAL TO (THE EXPRESSION TO THE RIGHT OF',' THE "=" WILL BE'/' EVALUATED AND THE FINAL VALUE PLACED IN',' THE VARIABLE TO'/' THE LEFT OF THE EQUALS).  HIERARCHY IS',' THE SAME AS FOR'/' FORTRAN: POWERS FIRST, MULTIPLICATION',' AND DIVISION NEXT,'/' AND FINALLY ADDITION AND SUBTRACTION.  INSTRUCTIONS ARE'/' EVALUATED FROM LEFT TO RIGHT.  PARENTHESES ARE EVALUATED'/' PRIOR TO REMAINING PORTIONS OF THE INSTRUCTION, ALWAYS'/' BEGINNING WITH THE INNERMOST PARENTHESES.  FUNCTIONS'/' WHICH MAY BE USED ARE:'/'   SQRT  - SQUARE ROOT'/'   LN    - NATURAL LOG'/'   EXP   - EXPONENTIAL (E TO THE X)'/'   LOG10 - LOG BASE 10'/'   SIN   - SIN'/'   COS   - COSINE'/'   ABS   - ABSOLUTE VALUE')('   MEAN  - MEAN OF VARIABLE'/'   STD   - STANDARD DEVIATION OF VARIABLE'/'   ARCTN - ARC TANGENT'/'   ARCSN - ARC SIN'/'0THE "TRANS" COMMAND CONTAINS FOUR CONDITIONAL CODES:'/'    IFE - IF EQUAL TO ZERO'/'    IFN - IF NOT EQUAL TO ZERO'/'    IFL - IF LESS THAN ZERO'/'    IFG - IF GREATER THAN ZERO'/'0THE CONDITIONAL CODE IS FOLLOWED BY AN EXPRESSION ENCLOSED'/' IN PARENTHESES FOR USE WITH THE CODE, AND FINALLY THE '/' TRANSFORMATION TO BE ACCOMPLISHED IF THE CONDITION IS'/' SATISFIED.  FOR EACH OBSERVATION THE EXPRESSION FOLLOWING'/' THE CONDITIONAL CODE IS EVALUATED, IF THE FINAL VALUE'/' SATISFIES THE CONDITIONAL CODE THE TRANSFORMATION IS DONE'/' FOR THAT OBSERVATION.  IF THE CONDITIONAL CODE IS NOT'/' SATISFIED, NO ACTION IS TAKEN ON THAT OBSERVATION AND THE'/' ROUTINE PROCEEDS TO THE NEXT OBSERVATION.')('0VARIABLES MAY BE DEFINED BY NAMES OR IF VARIABLE'/' NUMBERS ARE USED, A "#" FOLLOWED BY THE VARIABLE'/' NUMBER.  INSTRUCTION SIZE IS LIMITED TO 1 LINE'/' (72 CHARACTERS). TO END TRANSFROMATIONS TYPE A CARRIAGE RETURN'/' OR ^Z.')('0EXAMPLES:'/'0IQ=MENTL/PHYSL           CREATE OR MODIFY VARIABLE: IQ',' SETTING IT'/26X,'EQUAL TO VARIABLE: MENTL DIVIDED BY',' VARIABLE:'/26X,'PHYSL'/'0DIF=MEAS1-MEAS2',9X,' CREATE OR MODIFY VARIABLE: DIF SETTING IT'/26X,'EQUAL TO VARIABLE: MEAS2 SUBTRACTED FROM'/26X,'VARIABLE: MEAS2'/'0Z=(WT-MEAN(WT))/STD(WT) ',' CREATE OR MODIFY VARIABLE: Z BY SUBTRACTING'/25X,' THE MEAN OF VARIABLE: WT FROM VARIABLE: WT'/25X,' AND DIVIDING THAT BY THE STANDARD DEVIATION'/25X,' FOR VARIABLE WT.'/'0IFG(#3-1)#3=LN(#3)'7X,'IF THE QUANTITY VARIABLE NUMBER 3 MINUS 1 IS'/26X,'GREATER THAN ZERO REPLACE VARIABLE NUMBER 3'/26X,'WITH THE NATURAL LOGARITHM OF VARIABLE NUMBER'/26X,'3'/'0CRIT=3.17+#4**(2+AGE*SQRT(7*#5))',4X,'EXAMPLE OF COMPLEX TRANSFORMATION').NE. S    .GE. .    E    +    (    .LT. N    Q    IFN  .GT. .EQ. T    -    *    SORT L    mIIFL  !    O     IFG  HELP /    ,    =    G    )    .LE. IF   IFE       P         BOAB CODING PROB    iJ
"&( $( Dw w ;2DI+m>w8&j+# <2D7+s <2D>+s =2DB+s =3DH+# w D@dw:w w2d+ ;2FI+u.$ Dr"/&.r r ; H;.$8&{  I F;"$.D+u <3DA+# $ Du D D@d* <#5,*t x0D+ x3DC+# x0D+" $ D* x2D?+ <#I,,+c x2DA+  & Fx+< x2DG+  &
 Fx+< x2D<+  &
 Fx+< x2DG+   &
 Fx+< <#L,,+c $2Dx+:  Dx <#2,* $2d+:2D +*   H.+<  0D1D+,+: $.3d)+0 <#O,,+c  &. F.  1D+6 . x F+< . <#R,  <#U,
+< <#W,,+c:1d
+H <#Z,,+c  0D+C <#],,0D+E <#`,,0D+H <#c,,+c  x1&
+V x0f:1$(+P <#f,,+c  ;2D:+S:*+M  ;2DF+M>*5dM"&.F  x0F
+"&./  F D ;2F8+ <3F9+d <3F@+d <3FE+d <2F;+ <3F<+h <3F>+h <2F9+ =2F8+ H Fx <#i,"(  H D
 
 <#l,
:
; +n,@d
 x2D=+t &
 F
2D;+v & F
2DF+x & F
2D=+z &
 F
2D7+| &
 F
2D6+~ &
7F
+  F x+:; +\ <#n,,+c  > F; : F<.$3D+ .$ Dd"&/.d d ; H:.$8&
  F F;.$ D /&(  ; H;.$8& I Dc"$.D <#*,${7D,+J ,0D+ <#q,,0D+ <#t,,0D+  <#w,,0D+" <#z,,0D+% <#},,0D+' <$,,0D+* <$,,0D+, <$,,0D+/ <$	,,0D+2 <$
, <$,
0D+5 <$, <$,
0D+8 <$, <$,
0D+: <$,,0D+= <$,,0D+? <$,,0D+B <$", <$%,
0D+E,<$',,0D	+G,<$*,,0D	+J6<$-,,+c :&0d
+>+  D:0d(+Z ;2FI+W"$.D <#,${6D,+ <#,*t x0D1D	+a <$3,+:  ( Hx1D	+g <#,*6D +@   F.+i @f. x Fd@d. D
 D+" $ Dw w x0H+p . H++q:w8&l  D2$++t + F" $ .*@j'.$8&u@d;"+ $ Ft Dw $ D  x F . F
:3d+  <$4,+: x F! . H1F1+}0F+ 5H  
v$

.
w.
v 
d L(5(  
v$

.
w.
v"
 
0w L(4h"4 
v$

.
w.
v$v.w.v 
  L(+"46b!0b+ !+ 4 !4 !4 P4 !4 #4 :4 g4!4 !4!4!'4!34!@4!L4!Y4!e4!i4!l4!y4"4 !4 !4 !4 !4 !4 !4"4"4" <$5,,+c 7D!+ (5d * "! w D,+ -  d D,+ -  !$v.w.v  D, 7D
+ 25d 4 "
 w Dq+ 7  d Dq+ 7  
$v.w.v  Dq  ,q Fw+} 7D!+ >5d @ "! w D,+ D  d D,+ D  !$v.w.v  D, 7D
+ H5d J "
 w Dq+ N  d Dq+ N  
$v.w.v  Dq  ,q Fw+} 7D!+ U5d W "! w D,+ Z  d D,+ Z  !$v.w.v  D, 7D
+ _5d a "
 w Dq+ d  d Dq+ d  
$v.w.v  Dq  <#,g @w+} 7D!+ k5d m "! w D,+ q  d D,+ q  !$v.w.v  D, 7D
+ u5d w "
 w Dq+ {  d Dq+ {  
$v.w.v  Dq6Dq+  $ D.  @ Fw+}  ,q Fw+} 7D!+!5d! "! w D,+!  d D,+!  !$v.w.v  D, 7D
+!5d! "
 w Dq+!  d Dq+!  
$v.w.v  Dq  ,q Fw+} 7D!+!5d! "! w D,+!"  d D,+!"  !$v.w.v  D,6$,+!$ & F
"f,  <#,T @w+} 7D!+!+5d!- "! w D,+!1  d D,+!1  !$v.w.v  D,  <#,b @w+} 7D!+!85d!: "! w D,+!=  d D,+!=  !$v.w.v  D,  <#,= @w+} 7D!+!D5d!F "! w D,+!J  d D,+!J  !$v.w.v  D,  <#,[ @w+} 7D!+!Q5d!S "! w D,+!V  d D,+!V  !$v.w.v  D,  <#,,. @w+} 7D!+!]5d!_ "! w D,+!c  d D,+!c  !$v.w.v  D,  <#,,+ @w+}   !.	  Fw+}   !.  Fw+} 7D!+!q5d!s "! w D,+!v  d D,+!v  !$v.w.v  D,  <#,9 @w+} 7D!+!}5d! "! w D,+"  d D,+"  !$v.w.v  D,  <#,, @w+} 7D!+"
5d"
,"!+w@D,+"  d D,+"  !$v.w.v  D,  , Fw1&"Fw+}  <#
,,I@,*d" !&x@, Fw+}6`+"" w D,+"  v$.w.v  D,: 0D
+"#7D,+{ 0D+"&7$,+{ 0D+"(7d,+{ 0D
+"+6d,+{ 0D
+"-6$,+{70D@3d+"4$v.w.v @ F v$+.w.v D;" $ .* 
v$
+.
w.
v 
v$
.
w.
v 
0
(L'.$8&"8:w; t+z $3D++c D. +3d+"F & F.2d D +.	h+ ; F +. +.	 "+f +.*'"(.+h F6 <#,T @" $3D++"j +. 
.
 
/
'4J"g s$+..t 
+.
",.
+l
/ 
.

/ 
.
	"+n/ 
+.
	/ 
.
*/ N +"m s$+..t@j +"m s$+..t!* J  s$.+.t 
s$
+.
.
t 
( J .$8&"U .1D+"w <$8, +. <$;,
0D+"{ <$<, +. <$?,
 &2F.+"~ <$A,,2F
+# <$D,,+c <$G,, <$J,, <$M,, <$P,,+c 5  Ap,~x6x	x	x,x,x,x,x,x,x,x,p,qXx `<xx<uy!
/dx,Xx `<xx<uy!
/dx,Xx``<xx@9w	v8v)@9u	t8)s)XU-XT#.@(<XU/XU2XU7P=$.XU>XUCXUFXUKXUOXUUP.x$;XUXXUUXU[XUSXUFXUKXUOXUdXUiXUCXUn$,XUn$,XUn$,XUrXUwXU{XUn$,XUrXUXUXUxIxJXUXU$XU$XUXU!XU(XXURXUSXUkJ(I2)(2A1)COS$U+fSTD$UMEANb~$SNORMSIN&qLOG10($bARCSNARCTNRAN$USQRTa-fLN)2**tEXP$SABS&/d8)<)/,*PROBLEM%JNONONO$VPROB1Gd0 \$j0!p+@$b p.@$U p.@$X p@$U p @$e.!p @$T0!p+@$a !p.@$W !p.@$a !p@$b !p @$h.p @$].!p @$Y p @$i@d$i D$` D$W"$.$U D$V:$V2d$X+%.$b,2F$p+% $V.$ D$` $V.$b 2D$v+%
 <)o,	 <)s,
 $^ D$h@d$T1f+&{ $ D$T"$.$g/$^/d$T4D'5d'.$( D$f"(.$g/$f $f .$b"
$T.
 
 L//$8('+'"$.$g D$f $f/&( $f .$b"
$T.
 
' L/.$8&' $(/$T D$e $e/&( $e .$b 
$v J'.$8&'"$T.D$W"$T.D$X $^.$b $n F:$^ $\3F$v+'.$b $\ F:$^ $^.$b $\ F:$^:$e1d1+' <)u,+: $h F$g:$U1f
+'# ( H$i+)6b$Z0b+''+'%4% 4%=4%p4&5 $` D$g <)-,*t $g2d$W+', $ D$i+) $`2D$U+'/ $W3D$X+) $S0D1D+'3 $ D$i+) $g.$b 3F$l+'> 3F$r+'> 3F$s+'> 3F$u+'> 3F$v+'> 3F$v+'> $ D$i+)>$`.$b 3F$p+'B $ D$i+)"$.D$`"& $ F$] D$g $`.$b 2Fr+'b0D+'J & F$i+) $g0D+'O $`3$$U+'O $ D$i+) $g0D+'R $ D$i+) $.$` D$d $d/&( $d .$b 
' J'.$8&'U $b $v F'"$.$g D$c $c/&( $c .$b 
' J'.$8&'\ $b $v F'"$.D$X+%
:$g; $]+'E>$`5d'f & F$i+)"& $ F$Z D$g $`.$b 2Fr+'o0$0d+'m+'q1D+'q & F$i+):$g; $Z+'h+'d $.$` D$g <)*,*t $S1D+'v <)v,+: $U.$T@f $S2D$r+'{ $U.$T * J'2D$s+'~ $U.$T * J'2D$t+( $U.$T * J'2D$o+( $U.$T * J'2D$o+( $U.$T * J'2D$k+(
 $U.$T * J'2D$m+( $U.$T * J'2D$q+( $U.$T *	 J'2D$p+( $U.$T *	 J'2D$t+( $U.$T *
 J'2D$q+( $U.$T * J'2D$n+( $U.$T * J' $U.$T2F'+(# (	 H$i+) <)(,*t $S1D+(1 <)%,* $2D$`+%J $U.$a $V H $U.$T 1H+(. 0H+(s $U.$a3$+(s &	 F$i+) $U.$T 0D+(6 $e.$h <)$,T @ $U.$T 0D+(; $e.$h <)#,b @ $U.$T 0D+(@ $e.$h <)",= @ $U.$T 0D+(E $e.$h <)!,[ @ $U.$T 0D+(J $e.$h <) ,,. @ $U.$T 0D+(O $e.$h <),,+ @ $U.$T 1F+(S 0F+(U $	 D$i+) $U.$T 0D	+(Z $e.$h <),9 @ $U.$T 0D	+(_ $e.$h <),, @ $U.$T 0D
+(d7$$S+(d $e.$h $S F $U.$T 0D
+(j6$$S+(j $e.$h $S"F $U.$T 1F+(s 1F+(s $U.$T &1 F $U.$b $e.$h  F $U.$a $e F <)w, <){,
 <)|,	 <*,
 $.$` D$^.$b $n F:$^ $\3F$v+).$b $\ F:$^ $^.$b $\ F:$^"$^.$g F$T"&(.$g $g .$b"
$T.
 
' L/.$8&) $(/$T D$c $c/&( $c .$b 
$v J'.$8&)
"$T.D$X:$e1d1+) <*,+::$U1f
+%
 ( H$i $j $X Ap $U Ap $e Ap $] Ap $i Ap,~x$Sx$Sx$Sx$Sx$Sx$Sx$Sx$SX$S$`$V$Y$]`$b$g$S$S`$b$g$S$S`$b$g$S$SX$S$`$V$Y$]`$b$g$S$SX$S$`$V$Y$]`$b$g$S$SX$S$`$V$Y$]`$b$g$S$SX$S$`$V$Y$]`$b$g$S$SX$S$`$V$Y$]`$b$g$S$SX$S$`$V$Y$]`$b$g$S$Sp	$k$SX$S$`$V$Y$]`$b$g$S$SX$S$`$V$Y$]`$b$g$S$SX$S$`$V$Y$]`$b$g$S$SX$S$`$V$Y$]`$b$g$S$S`$b$g$S$SP$i$S$$eP$j$S@$\x$wx$xP$i$S$$eP$j$S@$\x$z(5A1)(I5)~    X#         m  \*
 p @*
 p @*	 p @* !p @* p @*@d*	 D*"* $ D*
 *
.* 2D*
+* *
 D*+*@:*
8&* **d* <*E,	 <*I,
 *2D*+*2 * D*2D*+*% & F*	+*@ *2D*+**"& $ * H*/$8&*(+*% <*K, <*O,
 <*Q,	 <*U,
+*0$2d*+*1+*@+$"D*	+*@ *2D*/$8&*7+*5 <*V, <*Z,
 <*\,	 <*`,
"d*+*@ $ D*	 *
 *
 Ap *	 Ap * Ap,~P**
@*P**
@*P**
$*P**
@*P**
$*(15A1)(F).    9    0    8     G>n	 \*p !p @*l p @*b p @*b p @*a *r *s F*c*d*y@d*l $ D*n@f*c *b.*l 3F*q D*c *b.*l 3&*r++ 2f*q++ $ D*c++
 r2J++
 H*a *c0F++ &.F*a++*d+ *c0D++ *b.*l 3&*r++ 3f*q++ *b.*l 3D*q++ $( D*a++ *n0d++ *b.*l  F*c:*n:*b1$(++ & F*a &2F*c++ &	 F*a <+/, <+3,
 *n0d++$"d*a@d*b++) *c0D++( <+5,	 <+9,
++) *l D*b:*b *p *b Ap *b Ap *a Ap,~P*o*l@*cP*p*l(*ba.3@1,>cO@+x++>gR~@1,>c@@+x,>,>@6 w++K"+x0B++F!"A`X#p5@+C/#p!"X#p++K\p++Ka.9'1,>c,>,>O@+x++K,>
6+ _4`+S"`Q@,> <+y,,^,> <+|,
,^*b+P++^,> <+~,,^7@+x++Y,> <,,
,^++[,> <,,
,^Z5"+^,> <,,
,^,7@+x,
,> <,,,^,,> <,,,^,> <,,
,^(@qd1@,,
1@#++l0@*++^,>,<,,~('TypeGtoContinue,XDtoExit,,TTotrace.'/2H*,$)(A1)(1H,14A5/)(1H,A5,1X,O6)PAUSESTOP .pX+tp0X+up`+wp+wp@X+nX~+tpxCNM`1,>c#p2b,+,"pp+,4@,@,,><,,T,^pB,,><,,9,^,~,7ap"`,~+PP0,@,~9~j0x,ASINOFARG>1.0INMAGNITUDEG?@1,>cp,F,G++,0g&t@1,>cp,G++,0G?1,>cp,G+,0g&p1,>cpB,F#`3b,E+,BD,H,G3b,H+,:%"(D?d$"@($)B(' LIST OPTIONS SEPARATED BY COMMAS'/)(5(A5,1X))('0THE 1 WAY ANALYSIS OF COVARIANCE ASSUMES TREATMENTS'/' AND COVARIATES FOR EACH TREATMENT TO BE INDIVIDUAL VARIABLES.'/' THE NUMBER OF TREATMENTS PLUS THE NUMBER OF VARIABLES MAY NOT'/' EXCEED 20'/'0IT IS POSSIBLE TO BREAK A VARIABLE INTO TREATMENTS BY MEANS'/' OF ANOTHER VARIABLE BY USING THE BREAK OPTION.  RANGES OF'/' VALUES FOR THE BREAKDOWN ARE ASSUMED TO BE SUPPLIED BY THE'/' USER, HOWEVER IF THE DISCR OPTION IS USED, INDIVIDUAL VALUES'/' OF THE BREAKDOWN VARIABLE WILL BE USED AS THE RANGES.'/' VARIABLES LISTED AS COVARIATES WILL BE BROKEN INTO GROUPS'/' THE SAME AS THE VARIABLE BEING ANALYSED.'/' OPTIONS ARE:'/' "BREAK" - FORM GROUPINGS BASED ON VALUES OF BREAKDOWN VARIABLE'/' "DISCR" - AUTOMATICALLY FORM GROUPINGS BASED ON DISTINCT'/'           VALUES OF THE BREAKDOWN VARIABLE (AVAILABLE ONLY IF'/'           BREAK IS USED'/' "AUTO"  - SAME AS DISCR OLY SPECIFIED WHEN ASKED FOR RANGES'/' "RANGE" - LIST RANGES USED FOR BREAKDOWN (AVAILABLE ONLY IF'/'           DISCR IS USED)'/)(' "AUTO" IS USED ONLY WHEN ASKED FOR RANGES')(' OPTION "',A5,'" DOES NOT EXIST')(' DISCR IS USED ONLY WITH BREAK')(' RANGE IS USED ONLY WITH DISCR')(' LIST VARIABLES TO BE USED AS TREATMENTS'/)('0LIST VARIABLES SEPARATED BY COMMAS TO BE USED AS'/' TREATMENTS.  RANGES OF VARIABLES MAY BE SPECIFIED BY ENTERING'/' THE EXTREMES OF THE RANGE SEPARATED BY A MINUS.  EVERY VARIABLE'' LISTED ACTS AS AN INDIVIDUAL TREATMENT'/)(' HOW MANY COVARIATES? ',$)('0ENTER THE NUMBER OF COVARIATES TO BE USED.  THE MAXIMUM'/' NUMBER OF COVARIATES IS 20 LESS THE NUMBER OF TREATMENTS'/)(5A1)(' ONLY NUMERIC VALUES ARE ACCEPTABLE')(I5)(' THE NUMBER OF COVARIATES AND TREATMENTS MAY NOT'/' BE GREATER THAN 20'/)('COV',I2)('0LIST COVARIATES FOR VAR: ',A5/)('0ENTER THE LIST OF VARIABLES TO BE USED AS COVARIATES'/' FOR EACH OF THE TREATMENTS. VARIABLES SHOULD BE ENTERED '/' SEPARATED BY COMMAS.  DO NOT REPEAT VARIABLES AS COVARIATES,'/' AND DO NOT USE A VARIABLE LISTED AS A TREATMENT.'/)(' EACH VARIABLE MUST HAVE ',I2,' COVARIATES')(' A VARIABLE MAY NOT BE USED AS BOTH'/' A COVARIATE AND A TREATMENT')(' THE SAME VARIABLE CANNOT BE USED AS'/' A COVARITE FOR 2 TREATMENTS')('0',17X,'***** 1-WAY ANOCOV *****'/' TREATMENTS AND COVARIATES ARE INDIVIDUAL VARIABLES')('0TREAT',9(2X,A3,I3))(1X,A5,9(2X,A5,1X))(' WHICH VARIABLES ARE TO BE ANALYSED? ',$)(' LIST THE VARIABLES TO BE ANALYSED SEPARATED BY COMMAS'/' RANGES OF VARIABLES MAY BE SPECIFIED BY ENTERING THE EXTREMES'/' OF THE RANGE SEPARATED BY A MINUS.'/)(' WHICH IS THE BREAKDOWN VARIABLE? ',$)('0THE VARIABLE ENTERED AS THE BREAKDOWN VARIABLE WILL'/' BE USED TO GROUP THE OBSERVATIONS INTO TREATMENTS.'/)(' MORE THAN 20 TREATMENTS')('0RANGES USED:')(1X,G10.3,',',G10.3)(' ENTER RANGES TO BE USED FOR BREAKDOWN VAR: ',A5/)('+? ',$)(20A1)('0ENTER RANGES, SMALLER FIRST SEPARATED BY A'/' COMMA, WITH NO SPACES.  IF A NAME IS TO BE ASSOCIATED WITH A'/' GROUPING, FOLLOW THE RANGE WITH A COMMA AND THE NAME.  IF'/' RANGES ARE TO BE AUTOMATICALLY CREATED FOR EACH VALUE IN THE'/' BREAKDOWN VARIABLE TYPE "AUTO".'/)(' CHARACTER ',A1,' NOT LEGAL IN RANGE'/)(F10.0)(' USE A COMMA TO SEPARATE THE MAX AND MIN OF THE RANGE'/)(2X,I2,1X)(' MAXIMUM OF 20 TREATMENTS AND COVARIATES')(' NO TREATMENTS SPECIFIED; FOR HELP TYPE HELP')(' TREATMENT ',A5,' HAS NO OBSERVATIONS - ILLIMINATED')('0LIST COVARIATES SEPARATED BY COMMAS'/)('0ENTER THE COVARIATES TO BE USED SEPARATED BY COMMAS.'/' THEY WILL BE GROUPED BY THE BREAKDOWN VARIABLE IN THE SAME '/' MANNER AS THE VARIABLE BEING ANALYSED.'/)(' MAXIMUM OF 20 COVARIATES AND TREATMENTS')('1',70A1)('0',17X,'***** 1-WAY ANOCOV *****'/' ANALYSIS ON VARIABLE: ',A5,' WITH TREATMENTS DETERMINED'/' BY A BREAKDOWN ON VARIABLE: ',A5,'; COVARIATES USED:')(1X,10(A5,A1,1X))BREAKE    AUTO H    COV  9    0    T    -    AUTO,RANGEL    
O    !    !    A    HELP HELP 0U    ,    ,    XhDISCRP              C:|4  \ 5 p @h p @/ p @# p @I !p @; !p @G !p @c !p @H !p @s <&y, T1D+ S <&~,,@d DX D <', <',
 3D >+&U  BZD    3H E+ r 2H @+ _ <',,+ P   2F 6+ b!& FX+ q   2F C+ f!& F+ q   2F <+ i!& F+ q 2F 8+ m <'	,,+ P 3F ;+ k <'
,   <',
+P*dY!$3D3DX+vG<',,+P!$3D3D+z<',,+P!$3DX+"y T1D+ ~ <',, <&u,
 f3D >+&U2D ?+! <'$,,+! <'',	 <'+,
  BZD    3H D+! 2h 9+! 2( :+! <'-,,+!*d! 2D D+!"& $  H
/$8&!  : D
+!  B 2F D+!"  : F*d! <'0, <'4,
 <'6,	 <':,
 $.1d
+!* <';,,+!" $ Fg D  <'>, <'B,
: ; g+!,"$ $ Ff D  T1D+!7 <'C,   $.c <'F,
  $$
$jD5M<&p,u+!22DG+!? <'H,,+!2 !3D+!C <'K, <'N,
+!*"! $ Fe DW"$ $ Fd Dr &
$ .W i2F$+!Z <'O,,+!2  1F+!]"  $ H D" $ DV $
$r.V (
$ .W  i2Hi+!X <'R,,+!2:V8&!Q:; +!P:r; d+!G:W; e+!E: ; f+!2"$/ $ F D @f<@fj"$/ $ (
$. @j h.$8&!d: ; +!a $. DH"$ $ F D . D "/ $ F DW" $ F Dr &
$ .r i F<"r $ (
$.r *
$
 .
 
(i$
.
W.
 
$
<.
W.
 
0
(L h.$8&!t  3D$+" &
$r.  $<.W.  Hh &
$r.H $$.W. 
$
<.
W.
 
(
 Jh:r; +!q  3D$+" &
$ .H $$.W.  Hh &
$H.H $$.W.  Hh:W; +!o: ; +!l &/$ $ . H j/ J j$(
. j/ J h.$8&" U1D
+") <'U,"S $ F1 D    <'X,
: ; 1+"&, U0D
+", <&X,1 <'Z,, $ DE@dv v2$+"_.$ D $.dv3d+"4  Fv  9 Dj U0D
+"< $.DE"$.V2$E+"< <&X,1 $ DE <'],"&/v.  F0 D  <'`,
: ; 0+"@,"$ $ F0 D  U0D
+"Q:E3dV+"Q <&X,1 <'b,"&/v.  F/ DW <'e,
:W; /+"M, $ DE <'g,   $.c <'j,
"&/v.  F. DW  $$
.W i.c <'k,
:W; .+"W,: ; 0+"E+"/"$ $ F# D  $.c  Fs s FZ / F<$$
 $..   
$.
G 
/ J i $. 
$.
Gf/F j" $ (
$ .  i.Gj/
'Jj (
$ . 
 i.
G 
/ J i.$8&"n: ; #+"a <&k,-
+&UT1D+"|u<'m,,<&g,,+"y T1D+# <'s,, <&b,
 <'v,,+#!$2D+$-"/ $ .H D'.$8&# $ DV Dh / DW h2$W+#j h Dr.W7 .$( DN.H $..  FF h.H $..2& +#+ h.H  D h.H 
N.
H 
/ J' N.H D' N.H $..   DF W D=.H $.. 2&F+#P N.H  D N.H W.H ' H W.H D N.H $..  DF h.H $..2$ +#P N.H  F N.H 
h.
H 
/ J' h.H F' N.H $..   FF+#P =.H  D =.H r.H ' H r.H D>=.H $.. 2fF+#P =.H $..  D":r.H $.. 3&F+#X r3d=+#I"r.W"h.=3f+#e V h H= = HN Dh:V+#m V r F= W FN = FW:V+#m>V4D$ = Fh N FW W/h0$+# h1D+#"$.Dh:h3DW+#j.H $..  FF h.H $..2& +#q h.H  D h Dr r.H  F>r.H $.. 2fF+#} r.H  F+#q $ D$ D< H $..   F $ F F F P <'y, <'|,
 /1&+%1 &// $ F; DW.H $.. 3F+$#:$1d
+$ <'~,,+# $ & F< W.H $..   F FF FP <(, <(,
+$$ $:<:W; ;+$7D+%1 <(,,"$ $ <(	, <(
,
.$8&$)+%1 T1D+$1 <(, .c <(,
 $ D  T1D+$5 <(,, <(, <(,
 g3D D+% g3D >+&U g2D 8+$B h2D 7+$B h2D <+$B i2D D+$B <(,,+$- g2D ?+$H h2D A+$H h2D :+$H i3D =+# $ D DV $ DW  @  D F*d$K V g3F B+$_ g3F D+$_ g3F 7+$Z g3& :+$U g3f 9+$Z g2F ;+$X W1F+$Z <(, <(!,
+$2 W0d+$^ V g F:W:V+$M 2D D+$e"& $  H/$8&$a  : D+$_ <(", <(&,
 <((,	 $
$.  <(,,
:0d+$q V g3F B+$p <(-,,+$2:V+$J V g3D B+$v   <(0, <(4,
+%  B  D F*d$v:V $ DW V g3F D+% W0f+$~ g H:W:V1d
+$y W1d+$s   <(5,  B_DeZDW W <(9,
:W; e+%,: 1d
+$2 <(:,,+$-"$.  D$0d+% <(=,,+$- $ D DV $ DW @f< $.W.  Dv 3$F+%  P2$v+%-:W3d/+%  (3(<+%+ <(@, <(C,
2&$+%). H"(/$.  Hd D   C &
$&.M<UH;*d%%:;+d+%$"$.D$+%+:$3d$+%+%1 V.H W F:V :<+% T1D+%4 <(E,, <&^,
+%? <(K, <(N,
+%1" $ v.c ' HX.$8&%@ $. DH"1 $ FL DW"H $ FK D @fj"H $ (
$. @j i (
$.  J h.$8&%J: ; K+%I@de"$ $ FJ D . D "$/ $@h.$8&%V   < D!"! $ FI DW.e.H  Fd $. W $$.d. F" $ Fg Dr v$.d. F"r $ (
$.r 
v$
.
d.
 
r 
0v$
.
d.
 
0
(L h.$8&%g r$$
.H W $$.d. r 
 v$
.
d.
 
(
Jh  3D$+%~$(
.  
r 
(v$
.
d.
 
(J h:r; g+%c $
$H.H W $$.d.  Hh  3D$+& $
$ .H $$.d.  Hh:W; I+%[" $ Hj (
$ .l! 

J.i.$8&&
$ .j!  Hi $. Fj !.De  3F$+& (
$ . d D h3F$+&!  h! Hj: ; J+%S U1D
+&* <(P,"S $ Fc D    <(S,
: ; c+&', U0D
+&- <&X,1 <(T, W $.c .c <(W,
 $ DE@dv  A D< v2$+&S.$ D $.dv3d+&9  Fv U0D
+&>:E3dV+&> <&X,1 $ DE v/0$+&D <(Y,  v.c <(\,
".v1$+&R <(^,  v.c <(a,
 .$ D"&/v.  FX DW W v.c <(b,
:W; X+&N,+&4 <&Y,-
:W; L+%G  5 h Ap,~8$=ktsZYE@w =MGuch@ 61MGuch@$ =1MGuch8$=ktsZYE@ 5!MGuch@$ =$MGuch@ 7!	; 6I#XU2XT&U6@XU7dXUXU (XU#XU'XU*XU/XUFXT&U6$fXUI
PUf@
XUVPUf@
PZf$XUZPbX$ XUc$XUfXU~$XUXU
XU "(/XU	XU(j$ XU(j$WXU$$XUXU#XU4XU8Py Z$$XUCPyZ$$XUFXUH(F(PXUJ$XUPXT%Q@
gXURXUm$gPQ@Pr(<XUsPyZ$PQZ$XUzXU~XU(ZXU	XU('0',11X,'UNADJUSTED  ADJUSTED',18X,'COVARIATE MEANS'/' TREAT SIZE  MEAN',8X,'MEAN',9X,7(1X,A5,6X),1X,A5)(1X,A5,1X,I4,1X,G11.3,1X,G11.3,2X,7(G11.3,1X),G11.3)('0*TOTALS',4X,G11.3,14X,7(G11.3,1X),G11.3)(' *AVERAGE',3X,G11.3,14X,7(G11.3,1X),G11.3)(' *BETA WEIGHTS',24X,7(G11.3,1X),G11.3)(//'0TREAT',9X,9(1X,A5,6X),1X,A5)(1X,A5,8X,9(G11.3,1X),G11.3)('0*TOTALS',6X,9(G11.3,1X),G11.3)(' *AVERAGE',5X,9(G11.3,1X),G11.3)(' *BETA WEIGHTS',9(G11.3,1X),G11.3)(////'0',24X,'1 WAY ANOCOV'/'0  SOURCE',5X,'SUM OF SQUARES',4X,'DF',4X,'MEAN SQUARES',3X,'F',11X,'PROB')('0BETWEEN'/' ADJUSTED',4X,G15.7,2X,I4,4X,G12.4,2X,G10.3,2X,F5.3/' TREATMENTS')('0ERROR',7X,G15.7,2X,I4,4X,G12.4)('0TOTAL',7X,G15.7,2X,I4)(' ERROR CANNOT INVERT MATRIX')W&
$,..(j *
$
.
,.
(j 
/u J'u.$8&-:,; ,+-"*5 $ F, D,"*5 $ (
$.,.(j 
.
, 
,.
,"
7
/n(g
L'u.$8&-):,; ,+-(",3 $ F*= D,",3 $ (
$., 
.
(j 
/u J (b (
$.,@j *3.$8&-5 $
$,.,!& F*3:,; *=+-4 </`,0J *61D+/V",3 $@h,$.$8&-C",3 $ F, D,",3 $ , *
$
,.
 ,
$
.
*5.
(j 
7u
(*3L ,$.$8&-G:,; ,+-F@d,
",3 $ (
$*5..(j 
,$
'uJ,
.$8&-Q $
$*5.*5.(j u,
 D(l"(g/,/,0h D,2", $ F,
$.,@j *3 (
$., 
.
(j 
/u J (b.$8&-_ $
$,.,!& F*3:,;,V", $@h,.$8&-m", $ F, D,", $ , *
$
.
, ,
$
*5.
.
(j 
7u
(*3L ,.$8&-q:,; ,+-p@d,", $ (
$.*5.(j 
,
'uJ,.$8&-{ ,
, D*9"(.,0h D,,2 D*6 *9(l D(e"*5 $j(g ., ' H,3.$8&.",0 $ F,2 D,@d,", $ (
$,..*5 'u,3,$H,.$8&. , ,$&
.*5.*5 u,/F,:,;F,2+.: D*9 </\,L @*; $ D,. U0D
+." & F,. ,./& F,	3f,+.& , H,	0D
+., &.F(e"&.V2&(e+., </[,1 $ D(e </c,",	 $ F,1 D, ,.*; </f,
:,; ,1+./,",0 $ F,0 D, U0D
+.A:(e3dV+.A </[,1 </g,",	 $ F,/ D*: *:.*; </j,
:*:; ,/+.<, $ D(e </l, ,.(f ,.*4 (
$,.*5.*5 
, </o,
",	 $ F,/ D*: ,$$
.*:.*5 </r,
:*:; ,/+.I,:,; ,0+.5 U0D
+.\ $.d(e3dV+.\ </[,1 </s,",	 $ F(k D*: *:.*; </v,
:*:; (k+.W, $ D(e </x, *5., </{,
",	 $ F(k D*: *:., </|,
:*:; (k+.a, </~, *5 <0,
",	 $ F(j D*: *: <0,
:*:; (j+.j, <0,",	 $ F(i D*: *: <0,
:*:; (i+.p, ,	3d,+/H.$ D,
 ,..d,	3d,+.y , F,	 U0D
+/ $.D(e"$.V2$(e+/ </[,1 $ D(e <0,"&/,	.,
 ,
 F(h D, ,.*; <0,
:,; (h+/,",0 $ F(h D, U0D
+/:(e3dV+/ </[,1 <0
 ,
 F(g D*: *:.*; <0,
:*:; (g+/, $ D(e <0, ,.(f <0,
"&/,	.,
 ,
 F(f D*: $
$,.*:.*5 <0,
:*:; (f+/,:,; (h+/
 U0D
+/1 $.d(e3dV+/1 </[,1 <0,"&/,	.,
 ,
 F*8 D*: *:.*; <0,
:*:; *8+/,, $ D(e <0,"&/,	.,
 ,
 F*8 D*: *:., <0,
:*:; *8+/5, <0 ,"&/,	.,
 ,
 F*7 D*: *: <0#,
:*:; *7+/=, <0%,"&/,	.,
 ,
 F*7 D*: *: <0(,
:*:; *7+/D,+.t U0D
+/N $.d(e3dV+/N </[,1 $ D(e <0),, <0,, <0/,
 <03, <06,
 <08, <0;,
+/W <0=,, - , Ap (e Ap,~h(i*:*6`(l*=,*6`(l*=,3*6XU,>
$XU,>
$XU,H($('u((,(uXU,>
$XU,N((XU,R(,3(,3XU,W(,$XU,[$XU,[$XU,^((uXU,[$XU,a(XU,e(,3XU,h(,$XU,l
XU,w(*9$(i(,(*6(*;XU,((l$*:(,2XU-((e$*9XU-^S;6,` !p @0A !p @0C p @0H p B0A@d0A"0H $ F0F D0G$$
.0G.0A"u&H2F0I+0j 0G3D0H+1
$0G.0B.0A"u$H2D0I+0^:0B8&0Y+1
$ 
0G.
.
0A 
0B.
.
0A 
7uL/u (
$ 
0G.
.
0C 
0B.
.
0C 
7uL/u.$8&0_ $
$0G.0G.0A u D0B"0H $ (
$.0G.0A 
'u
0B J'u (
$.0G.0C 
'u
0B J'u.$8&0n"0H $ F0D D0F3D0G+1	 &
$0G.0F.0A u F0B"0H $ (
$ 
0F.
.
0A 
0G.
.
0A"
7u
0BL/u (
$ 
0F.
.
0C 
0G.
.
0C"
7u
0BL/u.$8&0}:0F; 0D+0x:0G; 0F+0P+1 $ D0A 0A Ap,~(' ENTER OPTIONS SEPARATED BY COMMAS'/)(16(A5,1X))(' SWITCH "',A5,'" LISTED TWICE')('0THE KOLMOGOROV-SMIRNOV TEST ASSUMES ONE SAMPLE TESTS UNLESS'/' THE TWO SAMPLE OPTION IS SPECIFIED.  OPTIONS INCLUDE:'/'   NORML - TEST AGAINST A NORMAL DISTRIBUTION (WILL BE ASSUMED'/'           IF NO OPTION ARE USED)'/'   EXPON - TEST AGAINST AN EXPONENTIAL DISTRIBUTION'/'   CAUCH - TEST AGAINST A CAUCHY DISTRIBUTION'/'   UNIFM - TEST AGAINST A UNIFORM DISTRIBUTION'/'   TOTAL - TEST AGAINST ALL ABOVE DISTRIBUTIONS'/'   SUPPL - USER SUPPLIES DETAILED INFORMATION ABOUT'/'           DISTRIBUTION TO BE TESTED AGAINST'/'0------TWO SAMPLE OPTIONS '/'   2SAMP - 2 SAMPLE KOLMOGOROV-SMIRNOV TEST'/' IF A TWO SAMPLE TEST IS SPECIFIED, IT IS ASSUMED THAT THE'/' SAMPLES ARE TWO DIFFERENT VARIABLES.  IF THE SAMPLES ARE TO BE'/' SELECTED FROM A SINGLE VARIABLE THE BREAK OPTION SHOULD BE'/' USED'/'   BREAK - SELECT THE 2 SAMPLES FROM A SINGLE VARIABLE BASED ON'/'           THE VALUE OF A SECOND VARIABLE (BREAKDOWN VARIABLE)')('   DISCR - RATHER THAN USING USER SPECIFIED RANGES FOR THE'/'           BREAKDOWN VARIABLE, USE THE INDIVIDUAL VALUES OF THE'/'           BREAKDOWN VARIABLE.  IF THERE ARE MORE THAN 20'/'           INDIVIDUAL VALUES, THE USER WILL BE REQUIRED'/'           TO ENTER RANGES.(ONLY AVAILABLE IF BREAK IS USED)'/'   RANGE - LIST THE RANGES USED. (ONLY AVAILABLE IF DISCR IS'/'           USED)')(' OPTION "',A5,'" DOES NOT EXIST')(' THE TYPE OF PROBABILITY DISTRIBUTION FUNCTION CANNOT BE'/' SPECIFIED IN A 2 SAMPLE KOLMOGOROV-SMIRNOV TEST')(' DISCR MAY NOT BE USED WITHOUT BREAK')(' RANGE MAY NOT BE USED WITHOUT DISCR')(' BREAK, DISCR, AND RANGE ARE ONLY AVAILABLE ON 2 SAMPLE ',' TESTS')(' ENTER MEAN, STDEV FOR NORMAL DISTRIBUTION? ',$)(' ENTER THE MEAN AND STANDARD DEVIATION OF THE NORMAL'/' DISTRIBUTION TO BE TESTED AGAINST')(' ENTER MEAN, STDEV FOR EXPONENTIAL DISTRIBUTION? ',$)(' ENTER THE MEAN AND STANDARD DEVIATION FOR THE'/' EXPONENTIAL DISTRIBUTION TO BE TESTED AGAINST, SEPARATED'/' BY A COMMA')(' ENTER FIRST QUARTILE AND MEDIAN FOR CAUCHY DISTRIBUTION?'' ',$)(' ENTER FIRST QUARTILE AND MEDIAN SEPARATED BY A COMMA'/' FOR THE CAUCHY DISTRIBUTION TO BE TESTED AGAINST')(' ENTER END POINTS FORM UNIFORM DISTRIBUTION? ',$)(' ENTER END POINTS SEPARATED BY COMMAS FOR THE UNIFROM'/' DISTRIBUTION TO BE TESTED AGAINST')(' ENTER VARIABLES TO BE TESTED SEPARATED BY COMMAS'/)(' ENTER VARIABLES TO BE TESTED AGAINST THE VARIOUS'/' DISTRIBUTIONS.  VARIABLE NAMES MAY BE USED OR VARIABLE'/' NUMBERS.   RANGES MAY BE SPECIFIED BY TYPING THE EXTREMES'/' OF THE RANGE SEPARATED BY A -')('1',70A1)('0',10X,'***** KOLMOGOROV-SMIRNOV TEST *****')('0VAR.',3X,'DISTRIBUTION TESTED AGAINST',21X,'D1',10X,'PROB')(1X,A5,2X,'NORMAL MEAN=',G13.6,' STDEV=',G13.6,2X,G10.4,1X,F6.3,A1)(1X,A5,2X,'NORMAL HAD INCORRECT PARAMETER')(1X,A5,2X,'EXPONENTIAL MEAN=',G10.4,' STDEV=',G10.4,3X,G10.4,1X,F6.3,A1)(1X,A5,2X,'EXPONENTIAL HAD INCORRECT PARAMETER')(1X,A5,2X,'CAUCHY 1ST QUART.=',G10.4,' MEDIAN=',G10.4,1X,G10.4,1X,F6.3,A1)(1X,A5,2X,'CAUCHY HAD INCORECT PARAMETER')(1X,A5,2X,'UNIFORM FROM',G14.7,' TO ',G14.7,3X,G10.4,1X,F6.3,A1)(1X,A5,2X,'UNIFORM HAD INCORRECT PARAMETER')('0',1X,'THE HYPOTHESIS THAT THE SAMPLE IS FROM THE SPECIFIED'/2X,'DISTRIBUTION CAN BE REJECTED WITH THE INDICATED PROBABILITY'/2X,'(PROB) OF BEING INCORRECT.')('0*THE PROBABILITY MAY NOT BE CORRECT FOR THE SAMPLE'/'  SIZES BEING USED.  FOR MORE ACCURATE PROBABILITIES'/'  CHECK THE TABLES IN NON-PARAMETRIC STATISTICS BY SIEGEL')(' ENTER VARIABLES SEPARATED BY COMMAS'/)(' ENTER VARIABLES TO BE TESTED SEPARATED BY COMMAS.'/' UP TO 40 VARIABLES MAY BE ENTERED.  ALL POSSIBLE PAIRS'/' WILL BE SELECTED FROM THE LIST AND A KOLMOGOROV-SMIRNOV'/' TEST WILL BE RUN FOR EACH PAIR')(' IN ORDER TO RUN A TWO SAMPLE TEST, AT LEAST 2 VARIABLES'/' MUST BE ENTERED.')('0',10X,'***** KOLMOGOROV-SMIRNOV 2 SAMPLE TEST *****')('0VAR.',2X,'SIZE',5X,'VAR.',2X,'SIZE',8X,'D2',15X,'PROB')(1X,A5,1X,I4,5X,A5,1X,I4,5X,G15.7,4X,F6.3,A1)('0THE HYPOTHESIS THAT THE 2 SAMPLES ARE DRAWN FROM THE SAME'/' POPULATION CAN BE REJECTED WITH THE INDICATED PROBABILITY'/' (PROB) OF BEING INCORRECT.')(' ENTER VARIABLES TO BE ANALYZED, SEPARATED BY COMMAS'/)(' ENTER VARIABLES WHICH ARE TO BE ANALYZED'/' VARIABLES MAY BE SPECIFIED BY VARIABLE NAMES OR VARIABLE'/' NUMBERS.   LIST VARIABLES SEPARATED BY COMMAS OR IF RANGES ARE'/' TO BE USED ENTER THE EXTREMES OF THE RANGE SEPARATED BY A -')(' WHICH IS THE BREAKDOWN VARIABLE? ',$)(' ENTER THE VARIABLE NUMBER OR NAME OF THE VARIABLE'/' TO BE USED AS THE BREAKDOWN VARIABLE.  IF DISCR HAS BEEN USED'/' RANGES WILL BE AUTOMATICALLY CREATED IF LESS THAN 21'/' DISTINCT VALUES EXIST FOR THE BREAKDOWN VARIABLE OTHERWISE'/' THE USER WILL BE EXPECTED TO ENTER RANGES.')(' ENTER RANGES FOR BREAKDOWN VARIABLE ',A5/)('+? ',$)(80A1)(' ENTER RANGES TO BE USED WITH THE BREAKDOWN VARIABLE.'/' RANGES ARE LISTED ON SEPARATE LINES, EACH RANGE BEING'/' COMPOSED OF A MINIMUM FOR THE RANGE, A COMMA, AND THE'/' MAXIMUM OF THE RANGE.  WHEN FINISHED ENTERING RANGES TYPE A'/' CARRIAGE RETURN OR A ^Z(CONTROL Z).'/)(' NON NUMERIC CHARACTER IN RANGE'/)(' ONLY 1 DECIMLE POINT PER NUMBER IN RANGE'/)(' MINUS MUST BE FIRST CHARACTER OF NEGATIVE NUMBER'/)(' ONLY 1 E(EXPONENT) PER NUMBER'/)(' RANGES MUST BE SEPARATED BY A COMMA'/)(' NO SPACES WHEN TYPING RANGE'/)(F15.0)(' NO SECOND NUMBER'/)(' THE RANGE JUST ENTERED IS IN CONFLICT WITH RANGE NUMBER',I2/' SAMPLES MUST BE INDEPENDENT; REENTER LAST RANGE'/)(I3,2X)(' MUST BE AT LEAST 2 RANGES'/)(' MORE THAN 20 INDIVIDUAL VALUES EXIST, IT WILL BE'/' NECESSARY FOR YOU TO ENTER RANGES')(1X,G10.4,',',G10.4)('0',10X,'***** KOLMOGOROV-SMIRNOV 2 SAMPLE TEST *****')(' VAR.',4X,'SMP A SIZE',4X,'SMP B SIZE',5X,'D2',13X,'PROB')(1X,A5,3X,A5,1X,I4,4X,A5,1X,I4,2X,G15.7,1X,F6.3,A1) 0BREAK.    2SAMPE    H    9    0    T    -    CAUCH*    RANGEL    O    SUPPL!    TOTALA    HELP U    ,    UNIFMNORMLEXPONXDISCRpP              W>eY` \S p @9 p @ p @ p @( !p @# !p @& !p @& !p @; !p @3 !p @6 <%,@dy D+ D$ D) DH Ds Dt Dt Du T1D+z <%,, <%, ]_D<ZDJ J <%,
:J;<+|, z3D+$B z3Df+Y $ DJ J y3Ff+@ y2Fb+
+r $ Ds+> J y2Dc+6Dt+ $ Dt+> J y2D[+6Dt+ $ Dt+> J y2Db+6Du+ $ Du+> J y2D^+6D++ $ D++> J y2DU+#6Dy+ $ Dy+> J y2DT+(6D$+ $ D$+> J y2Dd+,6D)+ $ D)+> J y2D\+16DH+ $ DH+> J y2D`+6 <%,, <%,,+r J y2D_+; $ Ds Dt Dt Du+> <%, J <%,
+r:J+B$<DJ$2Dy+R2Ds3Dt+E2Dt3Du+E+GJ<%,,+r$3D$+O2D)+LJ<%",,+r H0D+!< <%%,,+r6D)+!< H1D+M+!< $3D$+W $3D)+W $2DH+Z <%(,,+r $ Ds7D++  s0D+f T1D+ <%+,, <%,(M $3D*+$B3D<+\2D'+f <%.,,+\ t0D+q T1D+j <%1,, <$~,(M $3D*+$B3D<+g2D'+q <%4,,+g t0D+{ T1D+u <%7,, <${,(M $3D*+$B2D'+{ <%:,,+r u0D+  T1D+ <%=,, <$x,(M $3D*+$B3D<+r2D'+  <%@,,+| T1D+ 	 <%C,, <$s,
+  <%I,"S $ F: D6 6 <%L,
:6; :+ , U0D
+ ! <$F,1 <%M,, <%P,, $ Dx@dv" $ F: DJ DD!&3Fw+ * i FD" $ .; 
I$
D.
.
J 
( J'.$8& + $3Dt+ 3 $2Du+ 4 <$r,'G D.6  D s0D+ R D.&  D% D.&  Dy7D++ ? ? D% @ Dy e DD 0$2+ C [ DD!$ Dv <$m,)] U0D
+ K:x3dV+ K <$F,1 <%S,, $ Dx6D<+ N <%V, <%Y,
0D+ Q <%], <%`,
 f F t0D+ j D.&  D% D.&  Dy7D++ Z @ D% A Dy <$h,)] U0D
+ d:x3dV+ d <$F,1 <%b,, D.6  D $ Dx6D<+ g <%e, <%h,
0D+ i <%l,, f F t0D+!dD$ D>D D#0d2$+!d D* >* D( #.; ( F%d$D D>D D#0d2$+!d D* >* D( #.; ( Fy7D++! A D% B Dy <$c,)] U0D
+!x3dV+!o,, D.6  D $ Dx6D<+! <%r, <%u,
4D! <%y,, f Dx u0D+!* ;  F%.  Fy7D++! B D% C Dy <$^,)] U0D
+!$:x3dV+!$ <$F,1 <%|,, D.6  D $ Dx6D<+!' <%, <&,
0D+!* <&, <&	,
:J; :+ ' U0D
+!1 $.dx3dV+!1 <$F,1 $ Dx <&
,,!$2Dv+$B U0D
+!:,$.dx3dV+!:+<$F,11$+Dx<&,,w<$Y, DJ J6di+!M!$ Dw 9 D+!N:J8&!I 0$+!Q <&,,+!= U1D
+!Y <&,"S $ F7 D6 6 <&,
:6; 7+!V, U0D
+!\ <$F,1 <&,, <&!,, $ Dx@dv &/ $ F7 DJ D=!&3Fw+!f i F4.$ DG"&/.G G FH D6 D4!&3Fw+!m i F4" $ .; 
I$
=.
.
J 
( J' .3 
I$
4.
.
J 
( J'.$8&!n e DD 0$2+!z [ FD0$2+!|!& Fv <$U,*a U0D
+":x3dV+" <$F,1 <&$,, $ Dx <&', =.6 4.6 <&*,
:6; H+!j:J; 7+!c U0D
+" $.dx3dV+" <$F,1 $ Dx <&.,,!$2Dv+$B U0D
+"$.dx3dV+"B<$F,1$$7Dx<&1,,+$BT1D+"J<&4,,+<$Q,w 9,D+",:J8&"& T1D+"/ <&:,, <$L,
 DJ T1D+"? <&E,, <&H, <&K,
 z3D_+$B z2DX+"J z2DV+"J {2D\+"J {2De+"J <&M,,+"< z2D`+"P z2Da+"P {2DZ+"P {3D^+#7 z3Df+#2 $ D# DI ] f F+*d"T@d3 D= $ D6 I y3Fa+"y y3Ff+"u y3FV+"l y3FZ+"i y3FT+"d y2fY+"b y2&Y+"p <&P,,+"<7D3+"g <&S,,+"<!$ D3+"p 61D+"p <&V,,+"<7D=+"o <&Y,,+"<!$ D= 60d+"t I y F+:6:I1d(+"W #0d+"y <&\,,+"< 60d+"| <&_,,+"< 22Df+#"& $ * H+/$8&" f D++"| <&b, <&f,
 <&h,	 $
$#.J <&l,
:#0D+#S <&m,,+"< J K3fU+# K Fv U HK FU $2$J+# &/J $ D6 J 6 
 U3*K+# 
 K2jU+# <&p, <&s,
+"<:68&# I y3Da+#! J <&u, <&x,
+#1:I c f F+*d#" I y3Ff+#* 60f+#* y H+:6:I1f(+#$ J <&z, c_D>ZD6 6 <&},
:6; >+#-,:J1d
+"<"$.J D"0$+#b <&,,+$B" $ .; 
I$
%.
.
J 
( J'.$8&#8 <$K,'G $ DJ ;  HK HU <', <',
 (/ $ H D6 J.; 3DK+#O:J0d
+#Q 6.;  FK 6.;  FU <', <'
,
:6; +#E+#T <'
,,@d)+"5 J D"0$+#X <',,+$B7DH+#b"" $ <', d_HZH6 (
$6. <',
:6; +#\,.$8&#Z U1D
+#j <',"S $ F D6 6 <',
:6; +#f, U0D
+#l <$F,1 <',, <',, $ Dx@dv" $ F DJ D'6Fw+#u i H'2FS+#x '3H%+$1 '.6 ' H '3H%2FS+#|+$1 (/" $ H D6.$ DF"&/".F F F} D#@d5 D"" $ 6 
I$
%.
.
J 
(3* K+$ 
I$
%.
.
J 
(2j U+$:
5.
; 
I$
'.
.
J 
0 L/ # 
I$
%.
.
J 
(3* K+$ 
I$
%.
.
J 
(2j U+$:
".
3 
I$
'.
.
J 
0 L/.$8&$ e DD $22d"+$! $23d5+$# [ DD!$ Dv <$G,*a U0D
+$*:x3dV+$* <$F,1 <'!,, $ Dx <'$, 6 # <'',
 f D:#; }+$:6; +#:J; +#s U0D
+$8 $.dx3dV+$8 <$F,1 $ Dx <',,,!$2Dv+$B U0D
+$A $.dx3dV+$A <$F,1 $ Dx <'/,, S 9 Ap  Ap,~H	;	35"w4)p	;@%UJ*'<69@iW*'<69H	;	3w4)@iW*'<698	;w4X%y488	;w4W%y<88	;w4V%y<88	;w4U%y<8p	;@iW*'<69XzB<'*XzA<'*Xz@<'*Xz?<'*@VK	#JU(IXUXT$B$yXU
$yXUU$yXUXU!XU%XU)XU0XU5	XU>XUD
XUPXUWXUbXUh	XUqXUwXU(/XU
XUXUXU$(%(y(8(4(DXU$XUXU#$(%(y(8(4(DXU+XUXU0$(%(y(8(4(DXU7XUXU<$(%(y(8(4(DXUB$XUGXUWXUhXUlXUXU(/XU	XUXUXU$$$$()(4(DXUXUWXU)XU/XUFXUJXUg$XUkXT#2l@(zXUmXU	XU2.'E 2&':+'r ';.'E 'D.'E  F 'D.'E ': F ';.'E  D': 'E.'E2$+'r ';.'E 'E.'E ' H 'E.'E D ';.'E  D':+'r '2.'E ';.'E  F ';.'E 'F F>'2.'E 2f':+'r '2.'E  D'F:';.'E 3&':+'w ';3d'2+'m"';.'D"'E.'23f+( 'D 'E H'2 '2 H'; D'E:'D+(	 'D '; F'2 'D F'; '2 F'D:'D+(	>'D4D( '2 F'E '; F'D"'E.'D0$+'M 'E1D+'K"$.D'E:'E3D'D+(.'E  F': 'E.'E2&+( 'E D'; ';.'E  F>';.'E 2f':+( ';.'E ': F+(,~(80A1)(' ILLEGAL CHARACTER "',A1,'" IN PARAMETER')(' MINUS MUST BE FIRST CHARACTER OF NUMBER')(' ONLY 1 DECIMLE PER NUMBER')(' ONLY ONE EXPONENT PER NUMBER')(' NO SPACES BEFOR THE NUMBERS OR BETWEEN THE NUMBERS')(F10.0)(' THERE MUST BE A COMMA BETWEEN THE TWO NUMBERS').    E    H    9    0    -    L    !    0,    {     P    ]Vl,@ \(E !p @( !p @(( p @(' p @( p @(@d(' D( D( <)+, (KD('ZD(( ((.( <).,
:((; ('+(W, ( 3F(J+)# 2F(G+(c 2F(G+(c 2F(I+(c 3F(L+)% & F(( F( (J (L F(*d(e $ D(@d( D() ((.( 3D(I+({ ((.( 3D(F+(~ ((.( 3D(G+) ((.( 3D(K+)
 ((.( 3D(L+)
 ((.( 2f(H+(y 2&(H+) <)0,,+)" (1D+) <)3,,+)"7D(+) <)6,,+)" $ D(+)7D()+) <)9,,+)" $ D() (0d+) ((.(  F(:(:((1d(+(h (0d+) <)<,,+)" ($2D(L+)"& $ ( H( /$8&) (L D( +) <)?, <)B,
 <)E,	 (.(( <)H,
:(1D+)& ((.( 3F(K+)! <)J,,+)":((+(d $ D('+)& $ D(+)& $ D( (E (' Ap ( Ap ( Ap,~XT)#()$XU(*XU(/XU(3XU(6XU(:P()(%@( P(?(%(XU(@t/LW>e[` \)Z !p @)U p @)N p B)M p B)Q p B)Y p B)V p B)P p B)O p B)R@d)O")N.& $ F)U D)X.)U 2&+){ )X.)U  D)V"$.)X D)X")X $ D)Q")Q.)X D)W.)U 3h)V+)y )W.)U  H:)Q8&)p )U )V F+){ )W.)U )V F:)X; )U+)i"$.)N D)Yd)N D)S@d)P D)W $ D)M"&/)Y.)M )M D)X )X D)Q.)U 2H+*:)X8&* )N D)Q $.)Q D)M )W D)Td)Q)S D)W"$.)Y4D*5d*6`)P+* $ D)O+*E )Q.)U )V)P D)M <*R,+{+*97`)P+* )Q.)U )V)P$ D)M5d*@d)O+*9")M D)[ <*Q,="  @)O+*9"$.)Y4D**5d*7 )P3D)V+* )P)V )Q.)U )P D)[ <*P,9)\  @)O+*9 )P3d)V+* )Q.)U 2d)V+*/@d)O+*9 )Q.)U 3d)P+*3!$ D)O+*9 )P)V )Q.)U )V D)O+*9 $ D)O+*E")T)O# D)Z")W)O# D)N <*N,, @)P )M/)N4$*4D* <*M,T)P @)M )P D)R <*L,+L!$D)Q )Z )M Ap )Q Ap )O Ap )R Ap,~p)M)Qx)Sh)P)Z)Nx)[x)[h)M)O)RW>eT@ \*_ !p @*\ !p @*W p @*U p B*X p B*T p B*Y p B*V"*U.& $ F*\ D*^.*\ 2&+*} *^.*\  D*]"$.*^ D*_"*_ $ D*X"*X.*^ D*^.*\ 3h*]+*{ *^.*\  H:*X8&*r *\ *] F+*} *^.*\ *] F:*^; *\+*k &/*X $ F*[ D*^.*W 2&++ *^.*W  D*]"$.*^ D*_"*_ $ D*X"*X.*^ D*^.*W 3h*]++ *^.*W  H:*X8&+ *W *] F++ *^.*W *] F:*^; *[++d*U D*Z!$*Z D*Vd*X D*]!$*] D*W@d*Y@d*^ D*X D*U D*^ *X.*W *^.*\ 4F+!5f+- $ D*U++!@d*U:*^2$*U++3 *^.*\ 3f++!7@*U++-"*Xd*Wf*^*V# *Y3$  D*Y6@*^++5++:*X2$*X++2 *X.*W 3f++-++& $ D*^++& $ D*^++% *Z*] *Z*] D*` <+D,T*Y @*T *Y D*V <+B,+L!$D*Y *_ *T Ap *Y Ap *V Ap,~p*T*Yx*`_L!0W>y4q#kB Td_ Xf3g6N+@ \+H p @+F p B+E2`+J++P@d+E++n!$3d+F++` +F +I D+H <+s,= @+E +E+E D+G+G D+F+F D+G3$+I@d+G +G+G&+G& +J+F+E D+E++n +K2d+F++c!$ D+E++n"+FD+F D+H <+r,= @+E +E+E D+G+G D+F+F D+G"+E+G+G"+E+FD$ D+E +H +E Ap,~x+Hx+H 5$3,]S# <@;byD)_BnU`	at8/c]&  \+v p @+v p B+t p B+u#+v D+u+x$!& F+t"+v+vD D+w <,,=+y @+u+w+y+t+x+t+z+t+z"+u+t$ D+t6 +v+,!$D+t +v +t Ap +u Ap,~x+wC6 1,>c,,,~[B1,>c,,,~[B1,>c,,@,~C61,>c,,`,~,>e|Pw+,!3!p p*|,!a|+,% ph" ab~+,!,^,~DISCRRANGEMEANSDISPMINVDMEVALFXPRODCLASS('0ENTER OPTIONS SEPARATED BY COMMAS'/)(10(A5,1X))('0THE DISCRIMINATE ANALYSIS MAY BE USED FOR UP TO'/' 25 VARIABLES WITH UP TO 25 GROUPS.  PLACEMENT OF OBSERVATIONS'/' INTO GROUPS IS BASED ON THE VALUE OF A BREAKDOWN VARIABLE.'/' RANGES FOR GROUPING OBSERVATIONS ARE ASSUMED TO BE ENTERED BY'/' THE USER, HOWEVER, OPTIONS ARE AVAILABLE TO FORM RANGES'/' AUTOMATICALLY.  IF THE BREAKDOWN VARIABLE HAS 25 OR FEWER'/' DISCRETE VALUES, A SEPARATE RANGE WILL BE CREATED FOR EACH'/' INDIVIDUAL VALUE, OTHERWISE THE RANGE OF VALUES FOR THE '/' BREAKDOWN VARIABLE WILL BE BROKEN INTO 25 SEPARATE AND EQUAL'/' RANGES.'/'0OPTIONS AVAILABLE ARE:'/' "DISCR" - AUTOMATICALLY FORM GROUPINGS'/' "RANGE" - LIST RANGES USED IN BREAKDOWNS (AVAILABLE ONLY IF'/'           "DISCR" IS USED.)'/' "AUTO"  - SAME AS "DISCR" EXCEPT SPECIFIED WHEN RANGES ARE'/'           REQUESTED.'/' "MEANS" - PRINT A MEANS TABLE FOR VARIABLE GROUP COMBINATIONS'/' "XPROD" - PRINT THE CROSS PRODUCTS OF VARIANCE FROM MEAN FOR'/'           EACH GROUP')(' "DISPM" - PRINT THE DISPERSION MATRIX'/' "INVDM" - PRINT THE INVERSE OF THE DISPERSION MATRIX'/' "EVALF" - EVALUATE THE DISCRIMINATE FUNCTION FOR EACH OBSER.'/' "CLASS" - PRINT THE CLASSIFICATION MATIRX'/' "OUTPT" - "MEANS", "DISPM", "XPROD", "INVDM", "EVALF", AND'/'           "CLASS"'/' IF NO OPTIONS ARE DESIRED TYPE A CARRIAGE RETURN')(' "AUTO" IS ONLY SPECIFIED WHEN RANGES ARE REQUESTED')(' OPTION "',A5,'" DOES NOT EXIST')(' WHICH VARIABLES ARE TO BE ANALYSED?'/)(' MORE VARIABLES SPECIFIED THAN POSSIBLE FOR THIS DATA')(' VARIABLE "',A5,'" SPECIFIED TWICE')(' ENTER THE BREAKDOWN VARIABLE? ',$)(' "*" AND "ALL" MAY NOT BE USED FOR A BREAKDOWN')(' THE BREAKDOWN VARIABLE WAS ALSO SPECIFIED AS ONE OF'/' THE VARIALBES TO BE ANALYSED')(' ENTER RANGES FOR BREAKDOWNS'/)('+? ',$)(50A1)('0ENTER RANGES 1 PER LINE IN RESPONSE TO A QUESTION MARK.'/' EACH RANGE IS COMPRISED OF A MINIMUM, A MAXIMUM, AND AN'/' OPTIONAL RANGE NAME (UP TO 5 CHARACTERS).  EACH ENTRY IN'/' THE RANGE IS SEPARATED FROM THE NEXT ENTRY BY A COMMA.'/' FOR EXAMPLE:  1,7,LOW; THE MINIMUM IS 1, THE MAXIMUM FOR THE'/' RANGE IS 7, AND THE NAME OF THAT GROUPING IS LOW.  WHEN THE'/' LAST RANGE HAS BEEN ENTERED TYPE A CONTROL Z (^Z) OR A BLANK'/' LINE.'//)(' ILLEGAL CHARACTER "',A1,'" IN MINIMUM OF RANGE'/)(' NO COMMA BETWEEN MINIMUM AND MAXIMUM OR EXTRA SPACES'/)(G)(' ILLEGAL CHARACTER "',A1,'" IN MAXIMUM OF RANGE'/)(' NO COMMA BETWEEN MAXIMUM AND NAME OR TOO MANY CHAR.'/)('GRP',I2)(' MAXIMUM OF 25 RANGES')(' RANGES USED:')(1X,G,',',G,',',A5)(' RANGE "',A5,'" HAD NO OBSERVATIONS - DISCARDED')(' ONLY 1 GROUP - NO DISCRIMINATE ANALYSIS PERFORMED')('1',70A1)('0',15X,'***** DISCRIMINATE ANALYSIS *****'/'0VARIABLE ',A5,' IS USED TO DETERMINE GROUPINGS.  THE '/' VARIABLES BEING ANALYSED ARE:',7(1X,A5)/11(1X,A5))(//'0MATRIX OF CROSS PRODUCTS OF DEVIATIONS FROM THE MEANS',' FOR GROUP: ',A5)('0',7X,8(2X,A5,8X)/(8X,8(2X,A5,8X)))('0',7X,5(2X,A5,6X)/(8X,5(2X,A5,6X)))('0',A5,2X,8G15.7/(8X,8G15.7))('0',A5,1X,5G13.7/(7X,5G13.7))(//'0','MEANS')(//'0',5X,'DISPERSION MATRIX')(//'0','INVERSE OF DISPERSION MATRIX')(//'0GENERALIZED MAHALANOBIS D- SQUARE =',G/'0USING THE VALUE ',G,' AS A CHI-SQUARE WITH ',I4/' DEGREES OF FREEDOM TO TEST THE HYPOTHESIS THAT THE MEAN'/' VALUES ARE THE SAME IN ALL ',I3,' GROUPS FOR THESE ',I3/' VARIABLES, THE PROBABILITY IS ',F5.2)(//'0FUNCTION COEFFICIENTS')(/)(//'0','EVALUATION OF CLASSIFICATION FUNCTIONS',' FOR EACH CASE')('0',9X,'FUNCTION'/12X,'WITH'/10X,'LARGEST',4X,'LARGEST'/2X,'OBS.',6X,'PROB.',6X,'PROB.')('0GROUP: ',A5)(1X,I5,7X,I2,4X,F8.5,4X,10(2X,F8.5)/(31X,10(2X,F8.5)))(1X,I5,7X,I2,4X,F8.5,4X,5(1X,F7.4)/(31X,5(F7.4)))(//'0CLASSIFICATION MATRIX'/8X,'GROUP PLACED IN AS A',' RESULT OF EVALUATING THE FUNCTION')('0GROUP  ',20(1X,A5)/(8X,20(1X,A5)))('0GROUP  ',10(1X,A5)/(8X,10(1X,A5)))(1X)(1X,A5,2X,20(1X,I5)/(8X,20(1X,I5)))(1X,A5,2X,10(1X,I5)/(8X,10(1X,I5)))(' INVERSE OF DISPERSION MATRIX DOES NOT EXIST')t.    HELP,^E    AUTO H    9    OUTPT~@0    T    -    CONSTAUTO,O    !    A    HELP 
U    0,    P@Ff`iYhP         I'<@ \% p @E p @!o p @!k p @] !p @R !p @E !p @!o !p @ <.., T1D+%) <.2,, <.5, %_DHZD  <.8,
:;<H+%+, "3D%+.+%@fd*d%1"&+$ FG2D+"3F%+%P,"3F%+%8 "2F%x x   "2H!r+%G!( Hd+%O*d%B  "2D%+%L %!& Fd*d%J+%O <.C,  <.F,
+%&:;+G+%4HT1D+%Sw<.G,,J<.),+%P &/!w $ F D7&"+%g /&/!w  F
 Dx N  "2H"+%g <.M, ". <.P,
+%P:x; 
+%a:;++%]qT1D+%mj<.R,,U<.%,+%j"!w $ D  "2Dr+%z <.X,,+%j:8&%v"!o $ .!o D' .E 
$
r.
.
 
( J'.$8&%| <.#,1L!$3De+&p T1D+& <.[,, $ D T1D+&
 <.^,, <.a, <.d,
 ,3D%+. ,3D%+&n ,2D%+& ,2D%+& -2D%+& -3D%+&p ,2D%+& ,2D%+& -2D%+& -2D%+& <.f,,+&	 % % FS*d&  $ DQ Dx x +3F%+&5 +3F%+&7 +3F%+&0 +3F%+&0 +3F%
+&0 +2f%+&. +2&%+&0 <.i, <.l,
+&	 Q0d+&5 x + FS:Q:x+&# <.n,,+&	 <.q, <.t,
 <.w,	 (. <.z,
 % % FS*d&= $ DQ.dx x +3F%+&T +3F%+&T +3F%+&M +3F%+&M +3F%
+&M +2f%+&K +2&%+&M <.|, <.,
+&	 Q0d+&R x + FS:Q:x+&@ </,,+&	 </, </,
,</	,	 (. </
 x +2F%+&g ,3F%+&g (. </,.$ D"x/&.  Fc DQ Q </,
:Q; c+&c,+&k (. </, </,
:1d
+&	 </,,"$. Dw+'% $ D & Fx(. E  Hh (.  Hi (. </, </,
 x.E (. h3F+'
:0d
+'. x.E  Fh (. x.E  Fi (. </ , </$,
:x3d!o+&z  Fw+' E !o.E &H Fa (.  Hh % &(.& ha Hi &(.& i Hj*d' !o.E  D $
 Dw!$2De+'% </%,,"w $ </(, (. </+,
.$8&' "w $@h.$8&'&"!o $ F[ D"w $ Dx x(.x .E '3(h+'6 x(.x .E '2hi+'6 .Ehx H x:+'9:x8&'+ .E!&F F:; [+') <.!,1L $ D 6F+'O </.,(. </1,
 3Dw+'M.$ D"&/w.  F!w Dx  F % x(.x.& h Hf*d'H:x; !w+'G>w2$+'=+'Q:3dw+'= w0d+'T </2,,+. $ DQ"!w $ " H+5h'Y Q H+:Q.$8&'V+'k !w Dx x6f"+'_:+3fE+'a>x0$+'\+. x + FQ3D!w+'k.$ Di"&/!w.i i D 6h"+'j:Q2hE+'_ H+:8&'g &/!w $ F!n D.$ Db"&/!w.b b DQ Q   +3H++'[:Q8&'q:; !n+'n U1D
+'~ </5,"S $ F!j Dx x </8,
:x; !j+'{, U0D
+( <.,1 </:, r. </=,
"!w $ FS D  +. </>,
:; S+(, $ DH $.!w7 .$(~.$ DP $2D!w+( & FP &.w7 .&(~.& FF2Dw+( & FF"!w $ FR Dx@fz"!w $ (
$.x@j ~.$8&("w $ (
$.x@j f.$8&(:x; R+(@dN DL"w $ FN D .FL"!w $ FM Dx"!w $ (
$.x@j $.$8&(*:x; M+() f FD &.N Fa"&/N.a/ a FJ Dx.!o  FH"!w $ Fd DQ +$.H.  F[ (
$.QF fFz"&/!w.Q Q (
$.Q 
+$
.
H.
 
(
[J $.$8&(@:Q; d+(8:x; J+(5"!w $ $(
. 
l(  f N f.$8&(J"!w $ Fc DQ"&/!w.Q Q (
$.Q *
$
 
.
 Q."8fD0fN $ (
$Q. *
$
.
Q 
($ J $.$8&(S:Q; c+(Q7Dh+)# U0D
+(h $.P.DH V/P2$H+(h <.,1 $.P DH </@, (. </C,
 U0D
+(u </D,"!w $ F` DQ Q +. </G,
:Q; `+(p,+(} </I,"!w $ F_ DQ Q +. </L,
:Q; _+(x,"!w $ F^ DQ U0D
+),P.dH3dV+)w $ FD D] ] +. </P,
:]; D+), P(.$ DH </R, Q +. </U,
"!w $ F
 D $
$.Q </V,
:; 
+),+)! </X, Q +. </[,
"!w $ F	 D $
$.Q </\,
:; 	+),:Q; ^+("!w $ F DQ"!w $ (
$.Q 
 $J ~.$8&)&:Q; +)%  .DN:; N+(& N/wd DD!$2Df+)q U0D
+)9 $.F.DH V/F2$H+)9 <.,1 $.F DH </^,, U0D
+)D </a,"w $ Fw DQ Q(.Q </d,
:Q; w+)?,+)K </e,"w $ Fv DQ Q(.Q </h,
:Q; v+)G,"!w $ Fu D U0D
+)f F.dH3dV+)[ <.,1 </j,"w $ F` DQ Q(.Q </m,
:Q; `+)U, F(.$ DH </n,  +. </q,
"w $ F^ Dx $
$x. </s,
:x; ^+)a,+)p </t,  +. </w,
"w $ F\ Dx $
$x. </y,
:x; \+)k,:; u+)M"!w $ FZ DQ"!w $ (
$.Q 
 ~
D J $.$8&)t:Q; Z+)s!$2Df+*; U0D
+* $.P.DH V/P2$H+* <.,1 $.P DH </z,, U0D
+* </},"!w $ FW DQ Q +. <0,
:Q; W+*	,+* <0,"!w $ FV DQ Q +. <0,
:Q; V+*,"!w $ FU D U0D
+*0 P.dH3dV+*% <.,1 <0,"!w $ F!p DQ Q +. <0	,
:Q; !p+*, P(.$ DH <0,  +. <0,
"!w $ F!n Dx $
$x. <0,
:x; !n+*+,+*: <0,  +. <0,
"!w $ F!l Dx $
$x. <0,
:x; !l+*5,:; U+*"!w $ F!j D"!w $ (
$.@j ~.$8&*> $
$.!& F~:; !j+*="!w $ F/ D$$
."$&H2F%+*^ 3DN+..$ DF"&/!w.F F Dx $
$.x"$$H2D%+*T:x8&*O+."!w $ (
$ 
.
 
x.
 
0~L(~ (
$ 
.
 
x.
 
0$L($.$8&*U $
$. $ D"!w $ (
$. 
 ~
 J ~ (
$. 
 $
 J $.$8&*b"!w $ F` D3D+*y &
$. $ F"!w $ (
$ 
.
 
.
"
0~
L(~ (
$ 
.
 
.
"
0$
L($.$8&*o:; `+*k:; /+*G!$2Dg++> U0D
++ $.P.DH V/P2$H++ <.,1 $.P DH <0,, U0D
++ <0,"!w $ F\ DQ Q +. <0,
:Q; \++,++ <0,"!w $ FZ DQ Q +. <0!,
:Q; Z++,"!w $ FX D U0D
++2 P.dH3dV++( <.,1 <0#,"!w $ FW DQ Q +. <0&,
:Q; W++!, P(.$ DH <0',  +. <0*,
"!w $ FV Dx $
$x. <0,,
:x; V++-,++< <0-,  +. <00,
"!w $ F!q Dx $
$x. <02,
:x; !q++8,:; X++"!w $jL z Hz.$8&+?@dP"!w $ F!m D"!w $ F!l Dx@dy"w $ (
$ 
x 
x.
 
0f
(z 
 . 8f(zj

Jy.$8&+H $
$x. ~yDP:x; !l++F:; !m++D"$.w$!w DG <.,L @y U0D
++` $.dH3dV++` <.,1 $ DH <03, <06,
"w $ F0 D@dY"!w $ F/ Dx@dy"!w $ (
$. *
$
.
x 
(~
 fJy (
$ 
x.
 ,
$
.
x 
0~
(f 
.

(fLY.$8&+h $
$.x y F$:x; /++f "YF Fd:; 0++d U0D
++ $.F.DH V/F2$H+, <.,1 $.F DH <0:,, U0D
+, <0=,"w $ FO DQ Q(.Q <0@,
:Q; O+,	,+, <0B,"w $ FM DQ Q(.Q <0E,
:Q; M+,,"!w $ FL D U0D
+,0 F.dH3dV+,% <.,1 <0F,"w $ FK DQ Q(.Q <0I,
:Q; K+,, F(.$ DH <0K,  +. <0N,
"w $ FJ Dx $
$x. <0O,
:x; J+,+,+,: <0Q,  +. <0T,
"w $ FI Dx $
$x. <0U,
:x; I+,5,:; L+, $.F.dH3dV+,H <.,1 <0W,"w $ FI DQ Q(.Q <0Z,
:Q; I+,B, F(.$ DH <0[,, % D_ U0D
+,T <0^, <0a,
"w $ FG D  <0c,
:; G+,P, U1D
+,] <0d, <0g,
"w $ Fb D  <0i,
:; b+,Y,!$3Dg+,`!$2Dh+'[!$2Dg+,n $.DH.w&$ DF w0D+,f $ DF"$.V/F2$H+,k <.,1 $ DH <0j,, <0m,,"w $ Fa D"w $ (
$.@j f.$8&,q:; a+,p@dN"w $ F_ D U0D
+- $.DH V/F2$H+- <.,1 <0p,, $ DH <0s, (. <0v,
 $.N DF "/&/N.F F F^ Dx.!o  Ft % D"w $ F] DQ d F["!w $ +$.t. *
$
Q.
 
($
@J[.$8&-+-.DQD!kQH:Q;]+-"w $ Hy HH.$8&-$!$2Dg+-C U0D
+-: F.dH3dV+-0 <.,1 <0x,, $.F DH U0D
+-C <0{, x.!o <0~,
"w $ Fx DH H <1,
:H; x+-6,+-C <1, x.!o <1,
"w $ Fv DH H <1,
:H; v+-?, $
$!k.:f:x; ^+-	  .DN:; _+,x!$2Dh+'[ $	.w&$
 DF w0D
+-O $ DF U0D
+-W F.$.DH"$.V/F2$H+-W <.,1 $.F DH <1	,, U0D
+-b <1
,"w $ Fu D (. <1,
:; u+-], U1D
+-k <1,"w $ Ft D (. <1,
:; t+-f, <1,,"w $ Fs D U0D
+. F.dH3dV+-~ <.,1 <1,"w $ Fs Dx x(.x <1,
:x; s+-v, <1,, F(.$ DH <1, (. <1",
"w $ Fr Dx $
$x. <1$,
:x; r+.,+. <1%, (. <1(,
"w $ FY Dx $
$x. <1*,
:x; Y+.,:; s+-n+'[ <1+,, U0D
+. <1.,,+'[ % E Ap !o Ap,~x%hG%
Ph	E!o!oh	E!o!o@r%\HE@%	R%!~`XU"^"XU#XU#$"XU#
XU#XU#$XU#XU#XU#!	XU#*XU#.XT&n#/@,XU#0,XU#\$+XU#aP#/c@SP#gc(hXU#h$+XU#mP#/c@SP#gc(iP#/i$+P#si$XU#tP#si$P#si$XU#wXU#y( h( i( iXU#{(iXU$XU$(/XU$$$XU$(iXU$$XU$"$XU$$XU$&$($XU$)$($XU$,XU$(iXU$"(iXU$(iXU$&$(fXU$)$(fXU$.XU$$XU$"$XU$$XU$&$($XU$)$($XU$1XU$$XU$"$XU$$XU$&$(~XU$)$(~XU$5(P(P$G$w$!w(yXU$NXU$(iXU$"(iXU$(iXU$&$($XU$)$($XU$(iXU$QXU$&(_(dXU$)(_(dXU$QXU$X	XU$X	XU$a(iXU$X	XU$b$$!k((HXU$h$$!k((HXU$m	XU$v(iXU$z(iXU$~XU$v(iXU$~XU$(i$fXU%(i$fXU%XU%g?@ !p @11 !p @1K p @1K $ D1I D1J @1I 1J2$1I+2B 1J D1=.1I7 .$( D1>.11  F1< 1>.1K  D1> 1J.113&'+1` 1J.112f'+1n 1J.1K2$'+1n 1>.11 1J.11  F 1J.11 1< F 1>.11  D1< 1>.1K 1J.1K  F 1J.1K 1> F 1>.1K  D1> 1I D12.11 3&1<+1v 1I.11 2d1<+2" 1I.1K 2$1>+2" 1>.11 1I.11  F 1I.11 1< F 1>.11  D1< 1>.1K 1I.1K ' H 1I.1K 1> H 1>.1K  F1> 1J.113$'+2
 1J.112d'+2" 1J.1K2&'+2" 1>.11 1J.11  F 1J.11 1< F 1>.11  D1< 1>.1K 1J.1K  F 1J.1K 1> F 1>.1K  D1>+2" 12.11 1=.11  F 1=.11 1J F 12.1K 1=.1K  F 1=.1K 1= F>12.11 2f1<+2" 12.11 2D1<+2* 12.1K 2d1>+2" 12.11  D1J 12.1K  D1=:1=.11 3&1<+2. 1=.11 2D1<+25 1=.1K 3$1>+2. 1=3d12+2"1=.1I"1J.123f+2> 1I 1J H12 12 H1> D1J:1I+2E 1I 1= F12 1I F1> 12 F1I:1I+2E>1I4D2f 12 F1J 1> F1I"1J.1I0$+1S 1J1D+1Q"$.D1J:1J3D1I+2B.1K  F1> 1J.11  D1< 1J.112d'+2J 1J.112D'+2U 1J.1K2&'+2J 1J H1= 1=.11  F 1=.1K  F>1=.11 2f1<+2V 1=.11 2D1<+2a 1=.1K 2d1>+2V 1=.11 1< F 1=.1K 1> F+2J,~