(defvar n (read))
(defvar x (read))
(defvar y (read))

(defvar a (loop repeat n
                collect (read)))

(defvar s (apply #'+ a))

(defvar ax (apply #'vector (let ((m #.DOUBLE-FLOAT-NEGATIVE-INFINITY)
                                 (b #.DOUBLE-FLOAT-NEGATIVE-INFINITY))
                             (loop for i in a
                                   do (setq b (max (- x i) (+ b (- x i)))
                                            m (max m b))
                                   collect m))))

(defvar bx (nreverse (apply #'vector (let ((m #.DOUBLE-FLOAT-NEGATIVE-INFINITY)
                                           (b #.DOUBLE-FLOAT-NEGATIVE-INFINITY))
                                       (loop for i in (nreverse a)
                                             do (setq b (max (- y i) (+ b (- y i)))
                                                      m (max m b))
                                             collect m)))))



(loop for m from 1 to (- n 2)
      do (princ (+ s (aref ax (1- m)) (aref bx (1+ m))))
         (fresh-line))
;(princ ax)
;(princ bx)
;(princ s)