4877 4889 4903 4909 4919 4931 4933 4937 4943 4951 4957 4967 4969 4973
4987 4993 4999 5003])
-;; The variable math-prime-factors-finished is set by calcFunc-prfac to
+;; The variable math-prime-factors-finished is set by calcFunc-prfac to
;; indicate whether factoring is complete, and used by calcFunc-factors,
;; calcFunc-totient and calcFunc-moebius.
(defvar math-prime-factors-finished)
(while (<= (length math-stirling-local-cache) n)
(let ((i (1- (length math-stirling-local-cache)))
row)
- (setq math-stirling-local-cache
- (vconcat math-stirling-local-cache
+ (setq math-stirling-local-cache
+ (vconcat math-stirling-local-cache
(make-vector (length math-stirling-local-cache) nil)))
(aset math-stirling-cache k math-stirling-local-cache)
(while (< (setq i (1+ i)) (length math-stirling-local-cache))
(let ((i 200))
(while (> (setq i (1- i)) 0)
(math-random-base))))
- (random t)
(setq var-RandSeed nil
math-random-cache nil
math-random-shift -4) ; assume RAND_MAX >= 16383
(i (/ (+ n slop) 3))
(rnum 0))
(while (> i 0)
- (setq rnum
+ (setq rnum
(math-add
(math-random-three-digit-number)
(math-mul rnum 1000)))
(setq sum (%
(+
sum
- (calcFunc-mod
+ (calcFunc-mod
q 1000000))
111111))
- (setq q
- (math-quotient
+ (setq q
+ (math-quotient
q 1000000)))
(cond ((= (% sum 3) 0) '(nil 3))
((= (% sum 7) 0) '(nil 7))