(define (rotate-right mx)
  (let loop ([ls mx]
             [rs (make-list (length (car mx)) '())])
    (cond [(null? ls) rs]
          [else (loop (cdr ls) (map (lambda (x y) (cons x y)) (car ls) rs))])))

(define (rotate-pict mx r)
  (cond [(= r 90) (rotate-right mx)]
        [(= r 180) (rotate-right (rotate-right mx))]
        [(= r 270) (rotate-right (rotate-right (rotate-right mx)))]
        [else mx]))

(define (enlarge-print mx k)
  (for-each (lambda (rl)
              (let ([s (list->string
                        (concatenate
                         (map (lambda (x) (make-list k x)) rl)))])
                (dotimes (k) (print s)))
              ) mx))

(define (read-pict h)
  (let loop ([n h]
             [ls '()])
    (cond [(zero? n) (reverse ls)]
          [else (loop (- n 1) (cons (string->list (read-line)) ls))])))

(define (main args)
  (let* ([r (read)]
         [k (read)]
         [h (read)]
         [w (read-line)]
         [pl (read-pict h)])
    (enlarge-print (rotate-pict pl r) k))
  0)