(cons chr
(substring string 1))))))
-(defun ids-parse-component (string)
- (let ((ret (ids-parse-element string))
+(defun ids-parse-component (string simplify)
+ (let ((ret (ids-parse-element string simplify))
rret)
(when ret
- (if (and (listp (car ret))
+ (if (and simplify
+ (listp (car ret))
(setq rret (ideographic-structure-find-char
(cdr (assq 'ideographic-structure (car ret))))))
(cons rret (cdr ret))
ret))))
-(defun ids-parse-element (string)
+(defun ids-parse-element (string simplify)
(let (ret op arg1 arg2 arg3)
(cond ((ids-parse-terminal string))
((setq ret (ids-parse-op-2 string))
(setq op (car ret))
- (when (setq ret (ids-parse-component (cdr ret)))
+ (when (setq ret (ids-parse-component (cdr ret) simplify))
(setq arg1 (car ret))
- (when (setq ret (ids-parse-component (cdr ret)))
+ (when (setq ret (ids-parse-component (cdr ret) simplify))
(setq arg2 (car ret))
(cons (list (list 'ideographic-structure op arg1 arg2))
(cdr ret)))))
((setq ret (ids-parse-op-3 string))
(setq op (car ret))
- (when (setq ret (ids-parse-component (cdr ret)))
+ (when (setq ret (ids-parse-component (cdr ret) simplify))
(setq arg1 (car ret))
- (when (setq ret (ids-parse-component (cdr ret)))
+ (when (setq ret (ids-parse-component (cdr ret) simplify))
(setq arg2 (car ret))
- (when (setq ret (ids-parse-component (cdr ret)))
+ (when (setq ret (ids-parse-component (cdr ret) simplify))
(setq arg3 (car ret))
(cons (list (list 'ideographic-structure op arg1 arg2 arg3))
(cdr ret)))))))))
;;;###autoload
-(defun ids-parse-string (ids-string)
+(defun ids-parse-string (ids-string &optional simplify)
"Parse IDS-STRING and return the result."
- (let ((ret (ids-parse-element ids-string)))
+ (let ((ret (ids-parse-element ids-string simplify)))
(if (= (length (cdr ret)) 0)
(car ret))))