(declare-function math-adjust-fraction "calc-ext" (a))
(declare-function math-format-binary "calc-bin" (a))
(declare-function math-format-radix "calc-bin" (a))
-(declare-function math-format-complement-signed "calc-bin" (a))
+(declare-function math-format-twos-complement "calc-bin" (a))
(declare-function math-group-float "calc-ext" (str))
(declare-function math-mod "calc-misc" (a b))
(declare-function math-format-number-fancy "calc-ext" (a prec))
If `scalar', variables are assumed to be scalar-valued.
If nil, symbolic math routines make no assumptions about variables.")
-(defcalcmodevar calc-complement-signed-mode nil
- "If non-nil, display integers in complement signed mode.")
+(defcalcmodevar calc-twos-complement-mode nil
+ "If non-nil, display integers in two's complement mode.")
(defcalcmodevar calc-shift-prefix nil
((= calc-number-radix 8) "Oct ")
((= calc-number-radix 16) "Hex ")
(t (format "Radix%d " calc-number-radix)))
- (if calc-complement-signed-mode "CompSign " "")
+ (if calc-twos-complement-mode "TwosComp " "")
(if calc-leading-zeros "Zero " "")
(cond ((null calc-language) "")
((get calc-language 'math-lang-name)
(defun math-format-number (a &optional prec) ; [X N] [Public]
(cond
((eq calc-display-raw t) (format "%s" a))
- ((and calc-complement-signed-mode
+ ((and calc-twos-complement-mode
math-radix-explicit-format
(Math-integerp a)
(or (eq a 0)
(or (= comparison 0)
(= comparison -1))))))
(require 'calc-bin)
- (math-format-complement-signed a))
+ (math-format-twos-complement a))
((and (nth 1 calc-frac-format) (Math-integerp a))
(require 'calc-ext)
(math-format-number (math-adjust-fraction a)))