(make-string 1 (integer->char (+ 65 (modulo i 26))))
(string-encode-integer (quotient i 26))))))
-(define-public (ly:numbers->string lst)
- (string-join (map ly:number->string lst) " "))
-
(define (number->octal-string x)
(let* ((n (inexact->exact x))
(n64 (quotient n 64))
0
(if (< x 0) -1 1)))
-(define-public (round2 num)
- (/ (round (* 100 num)) 100))
-
-(define-public (round4 num)
- (/ (round (* 10000 num)) 10000))
-(define-public (car< a b) (< (car a) (car b)))
+(define-public (car< a b)
+ (< (car a) (car b)))
(define-public (symbol<? lst r)
(string<? (symbol->string lst) (symbol->string r)))