Greek Italics eqn troff Script.
.\" The following is a short eqn/troff macro for creating doing
.\" several things, but mainly to create oblique (or Italics) Greek
.\" lower-case letters for mathemtical equations.
.\" Simply include this file in your initial eqn set-up:
.\" .EQ
.\" include "alphas"
.\" gsize 12
.\" delim ``
.\" .EN
.\" Note: some non-ASCII characters may differ on your set-up.
.\" Edit to taste.
.\"
.\" Written by Robert Marks, bobm@agsm.edu.au. Vers. 1.0, Aug 22, 1995.
.\"
define Fraction % {up 20 size -4 $1 down 25 "" back 12 size +1 "\S'+15'/\S'0'" up 5 "" fwd 6 size -4 $2} %
define Calcat % "\b'\(br\(br'" sub roman down 100 {~ $1 } %
define lower % sub up 30 fwd 50 %
define upper % sup up 30 %
define Integral % {size +2 int lower $1 upper $2} %
define alpha % "\S'+15'\s-1\H'+1'\(*a\H'0'\s+1\S'0'\h'0.2n'" %
define ALPHAit % "\S'+15'\s-1\H'+1'\(*A\H'0'\s+1\S'0'\h'0.1n'" %
define beta % "\S'+15'\s-1\H'+1'\(*b\H'0'\s+1\S'0'\h'0.2n'" %
define BETAit % "\S'+15'\s-1\H'+1'\(*B\H'0'\s+1\S'0'\h'0.2n'" %
define gamma % "\S'+15'\s-1\H'+1'\(*g\H'0'\s+1\S'0'\h'0.4n'" %
define GAMMAit % "\S'+15'\s-1\H'+1'\(*G\H'0'\s+1\S'0'\h'0.35n'" %
define delta % "\S'+15'\s-1\H'+1'\(*d\H'0'\s+1\S'0'\h'0.3n'" %
define DELTAit % "\S'+15'\s-1\H'+1'\(*D\H'0'\s+1\S'0'\h'0.1n'" %
define epsilon % "\S'+15'\s-1\H'+1'\(*e\H'0'\s+1\S'0'\h'0.2n'" %
define EPSILONit % "\S'+15'\s-1\H'+1'\(*E\H'0'\s+1\S'0'\h'0.25n'" %
define zeta % "\S'+15'\s-1\H'+1'\(*z\H'0'\s+1\S'0'\h'0.3n'" %
define ZETAit % "\S'+15'\s-1\H'+1'\(*Z\H'0'\s+1\S'0'\h'0.33n'" %
define eta % "\S'+15'\s-1\H'+1'\(*y\H'0'\s+1\S'0'\h'0.17n'" %
define ETAit % "\S'+15'\s-1\H'+1'\(*Y\H'0'\s+1\S'0'\h'0.28n'" %
define theta % "\S'+15'\s-1\H'+1'\(*h\H'0'\s+1\S'0'\h'0.2n'" %
define THETAit % "\S'+15'\s-1\H'+1'\(*H\H'0'\s+1\S'0'\h'0.2n'" %
define iota % "\S'+15'\s-1\H'+1'\(*i\H'0'\s+1\S'0'\h'0.17n'" %
define IOTAit % "\S'+15'\s-1\H'+1'\(*I\H'0'\s+1\S'0'\h'0.33n'" %
define kappa % "\S'+15'\s-1\H'+1'\(*k\H'0'\s+1\S'0'\h'0.3n'" %
define KAPPAit % "\S'+15'\s-1\H'+1'\(*K\H'0'\s+1\S'0'\h'0.33n'" %
define lambda % "\S'+15'\s-1\H'+1'\(*l\H'0'\s+1\S'0'\h'0.2n'" %
define LAMBDAit % "\S'+15'\s-1\H'+1'\(*L\H'0'\s+1\S'0'\h'0.1n'" %
define mu % "\S'+15'\s-1\H'+1'\(*m\H'0'\s+1\S'0'\h'0.2n'" %
define MUit % "\S'+15'\s-1\H'+1'\(*M\H'0'\s+1\S'0'\h'0.33n'" %
define nu % "\S'+15'\s-1\H'+1'\(*n\H'0'\s+1\S'0'\h'0.25n'" %
define NUit % "\S'+15'\s-1\H'+1'\(*N\H'0'\s+1\S'0'\h'0.33n'" %
define xi % "\S'+15'\s-1\H'+1'\(*c\H'0'\s+1\S'0'\h'0.2n'" %
define XIit % "\S'+15'\s-1\H'+1'\(*C\H'0'\s+1\S'0'\h'0.25n'" %
define omicron % "\S'+15'\s-1\H'+1'\(*o\H'0'\s+1\S'0'\h'0.2n'" %
define OMICRONit % "\S'+15'\s-1\H'+1'\(*O\H'0'\s+1\S'0'\h'0.2n'" %
define pi % "\S'+15'\s-1\H'+1'\(*p\H'0'\s+1\S'0'\h'0.25n'" %
define PIit % "\S'+15'\s-1\H'+1'\(*P\H'0'\s+1\S'0'\h'0.33n'" %
define rho % "\S'+15'\s-1\H'+1'\(*r\H'0'\s+1\S'0'\h'0.2n'" %
define RHOit % "\S'+15'\s-1\H'+1'\(*R\H'0'\s+1\S'0'\h'0.25n'" %
define sigma % "\S'+15'\s-1\H'+1'\(*s\H'0'\s+1\S'0'\h'0.3n'" %
define SIGMAit % "\S'+15'\s-1\H'+1'\(*S\H'0'\s+1\S'0'\h'0.3n'" %
define tau % "\S'+15'\s-1\H'+1'\(*t\H'0'\s+1\S'0'\h'0.3n'" %
define TAUit % "\S'+15'\s-1\H'+1'\(*T\H'0'\s+1\S'0'\h'0.3n'" %
define upsilon % "\S'+15'\s-1\H'+1'\(*u\H'0'\s+1\S'0'\h'0.2n'" %
define UPSILONit % "\S'+15'\s-1\H'+1'\(*U\H'0'\s+1\S'0'\h'0.4n'" %
define phi % "\S'+15'\s-1\H'+1'\(*f\H'0'\s+1\S'0'\h'0.2n'" %
define PHIit % "\S'+15'\s-1\H'+1'\(*F\H'0'\s+1\S'0'\h'0.2n'" %
define psi % "\S'+15'\s-1\H'+1'\(*q\H'0'\s+1\S'0'\h'0.35n'" %
define PSIit % "\S'+15'\s-1\H'+1'\(*Q\H'0'\s+1\S'0'\h'0.35n'" %
define chi % "\S'+15'\s-1\H'+1'\(*x\H'0'\s+1\S'0'\h'0.25n'" %
define CHIit % "\S'+15'\s-1\H'+1'\(*X\H'0'\s+1\S'0'\h'0.33n'" %
define omega % "\S'+15'\s-1\H'+1'\(*w\H'0'\s+1\S'0'\h'0.2n'" %
define OMEGAit % "\S'+15'\s-1\H'+1'\(*W\H'0'\s+1\S'0'\h'0.2n'" %
define aleph % "\S'+15'\s-1\H'+1'\(al\H'0'\s+1\S'0'\h'0.2n'" %
define ln % "\S'-15'\f2ln\fP\S'0'" %
define lscr % "\S'-15'\f2l\fP\S'0'" %
define becaus % "\u\s+5.\s0\d\s+5.\s0\u\s+5.\s0\d" %
define times % \(mu %
define lt % roman "\^<\^" %
define < % roman "\^<\^" %
define gt % roman "\^>\^" %
define > % roman "\^>\^" %
define | % roman "\^|\^" %
define / % roman "\^\S'+18'\(br\S'0'\^"^ ^ %
define ++++ % \(pl %
define ==== % \(eq %
define prime % \(mt %
define there4 % \(tf %
define thf % \(tf %
define forall % \(fa %
define oppA % \(fa %
define exist % \(te %
define oppE % \(te %
define intersection % "\(ca" %
define union % "\(cu" %
define Exp % roman "Exp" %
define cov % roman "cov" %
define Cov % roman "Cov" %
define var % roman "var" %
define Var % roman "Var" %
define Prob % roman "Prob" %
define all % ~ roman "all" ~ %
define and % ~ roman "and" ~ %
define where % ~ roman "where" ~ %
define subject % ~ roman "subject" ~ %
define st % roman "st" %
define nd % roman "nd" %
define rd % roman "rd" %
define th % roman "th" %
define n.s. % roman "n.s." %
define s.t. % roman "s.t." %
define tr % roman "tr" %
define sgn % roman "sgn" %
define RR % "\fHI\h'-.85n'R\fP" %
define lcb % ^ roman "{"^ %
define rcb % ^ roman "}"^ %
define sroot % down 20 sqrt up 20 %
define app= % "\(mi" up 20 back 55 "\(ap" down 20 "\&" %
define -wig % "\(mi" up 20 back 55 "\(ap" down 20 "\&" %
define wig % "\(ap" %
define divby % ^ "\(di" ^ %
define member % "\(mo" %
define $ % "$" %
Up
Robert Marks, bobm@agsm.edu.au