(float-e): New name for `e'.
(degrees-to-radians, radians-to-degrees):
* lisp/calendar/solar.el (solar-longitude):
* lisp/calculator.el (calculator-registers, calculator-funcall):
* lisp/textmodes/artist.el (artist-spray-random-points):
* lisp/play/bubbles.el (bubbles--initialize-images): Use new names.
\f
* Lisp changes in Emacs 23.3
+** `e' and `pi' are now called `float-e' and `float-pi'.
+ The old names are obsolete.
** The use of unintern without an obarray arg is declared obsolete.
** New function byte-to-string, like char-to-string but for bytes.
+2010-09-19 Stefan Monnier <monnier@iro.umontreal.ca>
+
+ * emacs-lisp/float-sup.el (float-pi): New name for `pi'.
+ (float-e): New name for `e'.
+ (degrees-to-radians, radians-to-degrees):
+ * calendar/solar.el (solar-longitude):
+ * calculator.el (calculator-registers, calculator-funcall):
+ * textmodes/artist.el (artist-spray-random-points):
+ * play/bubbles.el (bubbles--initialize-images): Use new names.
+
2010-09-19 Eric M. Ludlam <zappo@gnu.org>
Update to CEDET 1.0's version of EIEIO.
- * emacs-lisp/eieio.el (eieio-specialized-key-to-generic-key): New
- function.
+ * emacs-lisp/eieio.el (eieio-specialized-key-to-generic-key):
+ New function.
(eieio-defmethod, eieio-generic-form, eieio-generic-call): Use it.
(eieio-default-eval-maybe): Eval val instead of unquoting only.
(class-precedence-list): If class is nil, return nil.
dfs algorithm.
(eieio-class-precedence-bfs): Compute class precedence list using
bfs algorithm.
- (eieio-class-precedence-c3): compute class precedence list using
+ (eieio-class-precedence-c3): Compute class precedence list using
c3 algorithm.
(class-precedence-list): New function.
(eieiomt-method-list, eieiomt-sym-optimize): Use it.
Used for repeating operations in calculator-repR/L.")
(defvar calculator-registers ; use user-bindings first
- (append calculator-user-registers (list (cons ?e e) (cons ?p pi)))
+ (append calculator-user-registers
+ (list (cons ?e float-e) (cons ?p float-pi)))
"The association list of calculator register values.")
(defvar calculator-saved-global-map nil
(calculator-funcall __f__ x y))))
(fset 'D (function
(lambda (x)
- (if calculator-deg (/ (* x 180) pi) x))))
+ (if calculator-deg (/ (* x 180) float-pi) x))))
(unwind-protect (eval f)
(if Fbound (fset 'F Fsave) (fmakunbound 'F))
(if Dbound (fset 'D Dsave) (fmakunbound 'D)))))
(sin (mod
(+ (cadr x)
(* (nth 2 x) U))
- (* 2 pi)))))
+ (* 2 float-pi)))))
solar-data-list)))))
(aberration
(* 0.0000001 (- (* 17 (cos (+ 3.10 (* 62830.14 U)))) 973)))
- (A1 (mod (+ 2.18 (* U (+ -3375.70 (* 0.36 U)))) (* 2 pi)))
- (A2 (mod (+ 3.51 (* U (+ 125666.39 (* 0.10 U)))) (* 2 pi)))
+ (A1 (mod (+ 2.18 (* U (+ -3375.70 (* 0.36 U)))) (* 2 float-pi)))
+ (A2 (mod (+ 3.51 (* U (+ 125666.39 (* 0.10 U)))) (* 2 float-pi)))
(nutation (* -0.0000001 (+ (* 834 (sin A1)) (* 64 (sin A2))))))
(mod (radians-to-degrees (+ longitude aberration nutation)) 360.0)))
;; provide an easy hook to tell if we are running with floats or not.
;; define pi and e via math-lib calls. (much less prone to killer typos.)
-(defconst pi (* 4 (atan 1)) "The value of Pi (3.1415926...).")
+(defconst float-pi (* 4 (atan 1)) "The value of Pi (3.1415926...).")
+(defconst pi float-pi "Obsolete since Emacs-23.3. Use `float-pi' instead.")
-;; It's too inconvenient to make `e' a constant because it's used as
-;; a temporary variable all the time.
-(defvar e (exp 1) "The value of e (2.7182818...).")
+(defconst float-e (exp 1) "The value of e (2.7182818...).")
+(defvar e float-e "Obsolete since Emacs-23.3. Use `float-e' instead.")
-(defconst degrees-to-radians (/ pi 180.0)
+(defconst degrees-to-radians (/ float-pi 180.0)
"Degrees to radian conversion constant.")
-(defconst radians-to-degrees (/ 180.0 pi)
+(defconst radians-to-degrees (/ 180.0 float-pi)
"Radian to degree conversion constant.")
;; these expand to a single multiply by a float when byte compiled
(defmacro degrees-to-radians (x)
"Convert ARG from degrees to radians."
- (list '* (/ pi 180.0) x))
+ (list '* degrees-to-radians x))
(defmacro radians-to-degrees (x)
"Convert ARG from radians to degrees."
- (list '* (/ 180.0 pi) x))
+ (list '* radians-to-degrees x))
(provide 'lisp-float-type)
(g (nth 1 crgb))
(b (nth 2 crgb))
(brightness (/ (+ r g b) 3.0 256 256))
- (val (sin (* brightness (/ pi 2))))
+ (val (sin (* brightness (/ float-pi 2))))
(rr (* red val))
(gg (* green val))
(bb (* blue val))
Returns a list of points. Each point is on the form (X1 . Y1)."
(let ((points))
(while (> n 0)
- (let* ((angle (* (random 359) (/ pi 180)))
+ (let* ((angle (* (random 359) (/ float-pi 180)))
(dist (random radius))
(point (cons (round (* dist (cos angle)))
(round (* dist (sin angle))))))