結果
| 問題 |
No.1611 Minimum Multiple with Double Divisors
|
| ユーザー |
 norioc
|
| 提出日時 | 2025-07-21 21:16:28 |
| 言語 | Scheme (Gauche-0.9.15) |
| 結果 |
TLE
|
| 実行時間 | - |
| コード長 | 6,256 bytes |
| コンパイル時間 | 387 ms |
| コンパイル使用メモリ | 8,356 KB |
| 実行使用メモリ | 62,412 KB |
| 最終ジャッジ日時 | 2025-07-21 21:16:36 |
| 合計ジャッジ時間 | 7,478 ms |
|
ジャッジサーバーID （参考情報） |
judge3 / judge5 |
（要ログイン）
| ファイルパターン | 結果 |
|---|---|
| sample | -- * 2 |
| other | TLE * 1 -- * 36 |
ソースコード
(use srfi.13) ; string
(use srfi.42) ; list-ec
(use srfi.197) ; chain
(use gauche.array)
(use gauche.collection)
(use gauche.dictionary)
(use gauche.generator)
(use gauche.sequence)
(use scheme.ideque)
(use scheme.list)
(use scheme.set)
(use scheme.sort)
(use util.combinations)
(use util.match)
(use data.queue)
(define (input)
(string-trim-both (read-line)))
(define (ii)
(string->number (input)))
(define (li)
(let ((s (input)))
(map string->number (string-split s " "))))
(define-method prn* ((seq <sequence>))
(for-each-with-index (^(i x)
(when (> i 0)
(display " "))
(display x))
seq)
(newline))
(define (prn . args)
(prn* args))
(define (prn-yn b)
(prn (if b "Yes" "No")))
(define-syntax ->/prn
(syntax-rules ()
((_ x fns ...)
(-> x fns ... prn))))
(define-syntax prn/d
(syntax-rules ()
((_ expr ...)
(with-output-to-port (current-error-port)
(^()
(prn expr ...))))))
(define int string->number)
(define str x->string)
(define string* (apply$ string))
(define-method min ((xs <sequence>))
(fold min (~ xs 0) xs))
(define-method max ((xs <sequence>))
(fold max (~ xs 0) xs))
(define (minmax . xs)
(values->list (apply min&max xs)))
(define-method minmax ((xs <sequence>))
(values->list (apply min&max xs)))
(define (sum xs)
(fold + 0 xs))
(define (divmod a b)
(values->list (div-and-mod a b)))
(define (ceildiv a b)
(div (+ a (1- b)) b))
(define (1+ n) (+ n 1))
(define (1- n) (- n 1))
(define (!= a b) (not (= a b)))
(define (midpoint a b) (div (+ a b) 2))
(define pow
(case-lambda
((a b) (expt a b))
((a b m) (expt-mod a b m))))
(define gcd* (apply$ gcd))
(define isqrt exact-integer-sqrt)
(define ++ string-append)
(define zip (map$ list))
(define all every)
(define any-ec any?-ec)
(define all-ec every?-ec)
(define concat concatenate)
(define (pairwise xs)
(zip xs (cdr xs)))
(define (comb n k)
(if (or (< k 0) (> k n))
0
(let loop ((i 0)
(x 1))
(if (= i k)
x
(loop (1+ i) (div (* x (- n i)) (1+ i)))))))
#;
(define-method frequencies ((xs <sequence>))
(rlet1 dict (make-dict)
(for-each (^x (dict-update! dict x 1+ 0))
xs)))
(define-method frequencies ((xs <sequence>))
(let1 ht (make-hash-table equal-comparator)
(for-each (^x (hash-table-update! ht x 1+ 0)) xs)
(match-lambda*
(('get key)
(hash-table-get ht key 0))
(('get key default)
(hash-table-get ht key default))
(('keys)
(hash-table-keys ht))
(('values)
(hash-table-values ht))
(('contains? key)
(hash-table-contains? ht key))
(('items)
(hash-table->alist ht)))))
(define-macro (input! vars . body)
(let ((binds (map (^x
(cond
((symbol? x)
`((,x) (values (ii))))
((list? x)
(if (= 1 (length x))
`(,x (values (li)))
`(,x (apply values (li)))))
(else
(error "symbol or list required, but got:" x))))
vars)))
`(let*-values ,binds
,@body)))
(define-macro (! self quoted-name . args)
(let ((name (cadr quoted-name)))
`(,name ,self ,@args)))
(define-macro (d/ . args)
(let ((ss (map (^(expr)
`(list ,(x->string expr) ,expr))
args)))
`(prn/d (list ,@ss))))
(define mlet match-let)
(define mlet* match-let*)
(define mlet1 match-let1)
(define-macro (mfn pat . body)
(let ((arg (gensym)))
`(lambda (,arg)
(mlet1 ,pat ,arg
,@body))))
(define-syntax count-ec
(syntax-rules ()
((_ qualifiers ...)
(sum-ec qualifiers ... 1))))
(define-method len ((coll <collection>))
(size-of coll))
(define (accum xs)
(define (proc a b)
(let1 t (+ a b)
(values t t)))
(map-accum proc 0 xs))
(define (digits n)
(map digit->integer (str n)))
(define (digits->int ds)
(fold-left (^(a b) (+ (* 10 a) b)) 0 ds))
(define (-> x . fns)
(call-with-values (^() (values x))
(apply compose (reverse fns))))
(define (rep n thunk)
(list-ec (: _ n)
(thunk)))
(define (memoize fn)
(let ((cache (make-hash-table 'equal?)))
(lambda args
(if (hash-table-exists? cache args)
(hash-table-get cache args)
(let ((val (apply fn args)))
(hash-table-put! cache args val)
val)))))
(define (zip-longest . args)
(let* ((n (apply max (map length args)))
(xxs (map (^(xs)
(append xs (make-list (- n (length xs)) #f)))
args)))
(map (pa$ delete #f)
(apply zip xxs))))
(define (list->set xs)
(apply set equal-comparator xs))
(define (difference xs ys)
(let ((excludes (list->set ys)))
(filter (^x (not (set-contains? excludes x))) xs)))
;; <hash-table>
(define (make-dict)
(make-hash-table eqv-comparator))
(define-method get ((ht <hash-table>) key :optional (default 0))
(hash-table-get ht key default))
(define-method put! ((ht <hash-table>) key value)
(hash-table-put! ht key value))
(define-method keys ((ht <hash-table>))
(hash-table-keys ht))
(define-method values ((ht <hash-table>))
(hash-table-values ht))
(use math.prime)
(define (factor x)
(frequencies (naive-factorize x)))
(define (tap fn)
(^x
(fn x)
x))
(define INF (ash 1 60))
(define (divide? a b)
(zero? (mod a b)))
(define primes-upto-31 (take-while (^p (<= p 31)) *primes*))
(define (f x)
;; p で割り切れる回数
(define (g p)
(let loop ((x x)
(cnt 0))
(if (divide? x p)
(loop (div x p) (1+ cnt))
cnt)))
(fold-ec INF
(: p primes-upto-31)
(:let cnt (g p))
(if (> cnt 0))
(* (div x (pow p cnt))
(pow p (+ cnt cnt 1)))
min))
(define (solve)
(let ((X (ii)))
(if (= X 1)
2
(let1 p (find (^p (not (divide? X p))) primes-upto-31)
(min (* X p)
(f X))))))
(input! (T)
(dotimes (T)
(prn (solve))))