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-rw-r--r--src/guile/skribilo/package/eq.scm50
1 files changed, 24 insertions, 26 deletions
diff --git a/src/guile/skribilo/package/eq.scm b/src/guile/skribilo/package/eq.scm
index a9a64c1..c8c3bc3 100644
--- a/src/guile/skribilo/package/eq.scm
+++ b/src/guile/skribilo/package/eq.scm
@@ -1,6 +1,6 @@
;;; eq.scm -- An equation formatting package.
;;;
-;;; Copyright 2005, 2006, 2007 Ludovic Courtès <ludovic.courtes@laas.fr>
+;;; Copyright 2005, 2006, 2007, 2008 Ludovic Courtès <ludo@gnu.org>
;;;
;;;
;;; This program is free software; you can redistribute it and/or modify
@@ -439,11 +439,11 @@ a symbol representing the mathematical operator denoted by @var{m} (e.g.,
(skribe-error 'eq "`:renderer' -- wrong argument type"
renderer))))))
-(define-macro (simple-markup-writer op . obj)
+(define (simple-markup-writer op . obj)
;; Note: The text-only rendering is less ambiguous if we parenthesize
;; without taking operator precedence into account.
(let ((precedence (operator-precedence op)))
- `(markup-writer ',(symbol-append 'eq: op) (find-engine 'base)
+ (markup-writer (symbol-append 'eq: op) (find-engine 'base)
:action (lambda (node engine)
(let loop ((operands (markup-body node)))
(if (null? operands)
@@ -455,9 +455,7 @@ a symbol representing the mathematical operator denoted by @var{m} (e.g.,
(>= (operator-precedence
(equation-markup-name->operator
(markup-markup o)))
- ,precedence)
- )
- ))
+ precedence))))
(display (if need-paren? "(" ""))
(output o engine)
@@ -465,25 +463,25 @@ a symbol representing the mathematical operator denoted by @var{m} (e.g.,
(if (pair? (cdr operands))
(begin
(display " ")
- (output ,(if (null? obj)
- (symbol->string op)
- (car obj))
+ (output (if (null? obj)
+ (symbol->string op)
+ (car obj))
engine)
(display " ")))
(loop (cdr operands)))))))))
-(simple-markup-writer +)
-(simple-markup-writer -)
-(simple-markup-writer /)
-(simple-markup-writer * (symbol "times"))
+(simple-markup-writer '+)
+(simple-markup-writer '-)
+(simple-markup-writer '/)
+(simple-markup-writer '* (symbol "times"))
-(simple-markup-writer =)
-(simple-markup-writer != (symbol "neq"))
-(simple-markup-writer ~= (symbol "approx"))
-(simple-markup-writer <)
-(simple-markup-writer >)
-(simple-markup-writer >= (symbol "ge"))
-(simple-markup-writer <= (symbol "le"))
+(simple-markup-writer '=)
+(simple-markup-writer '!= (symbol "neq"))
+(simple-markup-writer '~= (symbol "approx"))
+(simple-markup-writer '<)
+(simple-markup-writer '>)
+(simple-markup-writer '>= (symbol "ge"))
+(simple-markup-writer '<= (symbol "le"))
(markup-writer 'eq:sqrt (find-engine 'base)
:action (lambda (node engine)
@@ -491,8 +489,8 @@ a symbol representing the mathematical operator denoted by @var{m} (e.g.,
(output (markup-body node) engine)
(display ")")))
-(define-macro (simple-binary-markup-writer op obj)
- `(markup-writer ',(symbol-append 'eq: op) (find-engine 'base)
+(define (simple-binary-markup-writer op obj)
+ (markup-writer (symbol-append 'eq: op) (find-engine 'base)
:action (lambda (node engine)
(let ((body (markup-body node)))
(if (= (length body) 2)
@@ -501,11 +499,11 @@ a symbol representing the mathematical operator denoted by @var{m} (e.g.,
(display (if (equation-markup? first) "(" " "))
(output first engine)
(display (if (equation-markup? first) ")" " "))
- (output ,obj engine)
+ (output obj engine)
(display (if (equation-markup? second) "(" ""))
(output second engine)
(display (if (equation-markup? second) ")" "")))
- (skribe-error ',(symbol-append 'eq: op)
+ (skribe-error (symbol-append 'eq: op)
"wrong argument type"
body))))))
@@ -520,8 +518,8 @@ a symbol representing the mathematical operator denoted by @var{m} (e.g.,
(display (if (equation-markup? first) ")" ""))
(output (sup second) engine))))))
-(simple-binary-markup-writer in (symbol "in"))
-(simple-binary-markup-writer notin (symbol "notin"))
+(simple-binary-markup-writer 'in (symbol "in"))
+(simple-binary-markup-writer 'notin (symbol "notin"))
(markup-writer 'eq:apply (find-engine 'base)
:action (lambda (node engine)