1 files changed, 0 insertions, 110 deletions
diff --git a/tht/C/TP-2018/mab.scm b/tht/C/TP-2018/mab.scm
deleted file mode 100644
index e90f242..0000000
--- a/tht/C/TP-2018/mab.scm
+++ /dev/null
@@ -1,110 +0,0 @@
-(define (read-table m n)
-  (define (read-row n)
-    (if (= n 0)
-        '()
-        (cons (read)
-              (read-row (- n 1)))))
-  (if (= m 0)
-      '()
-      (cons (read-row n)
-            (read-table (- m 1) n))))
-
-(define (accumulate-n op last seqs)
-  (define (accumulate op last sequence)
-    (if (null? sequence)
-        last
-        (op (car sequence)
-            (accumulate op last (cdr sequence)))))
-  (if (null? (car seqs))
-      '()
-      (cons (accumulate op last (map car seqs))
-            (accumulate-n op last (map cdr seqs)))))
-
-(define (remove-duplicates sequence)
-  (if (< (length sequence) 2)
-      sequence
-      (let ((a (car sequence))
-            (d (remove-duplicates (cdr sequence))))
-        (if (= a (car d)) d (cons a d)))))
-
-(define (lol-to-vos matrix cmp)
-  (list->vector (map (lambda (lst)
-                       (list->vector (remove-duplicates (sort lst cmp))))
-                     matrix)))
-
-; Since we're sure that val is in vec, no need to check if low > high.
-(define (binary-search vec cmp val low high)
-  (let* ((mid (floor (/ (+ high low) 2)))
-         (n (vector-ref vec mid)))
-    (cond ((= n val) mid)
-          ((cmp n val) (binary-search vec cmp val (+ mid 1) high))
-          (else (binary-search vec cmp val low (- mid 1))))))
-
-(define (make-lov m n)
-  (if (= m 0)
-      '()
-      (cons (make-vector n 0)
-            (make-lov (- m 1) n))))
-
-(define (exact m n a r c e)
-  (define (iter i j)
-    (let ((val (vector-ref (vector-ref a i) j))
-          (row (vector-ref r i))
-          (col (vector-ref c j)))
-      (let ((alphas (vector-ref e (binary-search row < val 0 (vector-length row))))
-            (beta (binary-search col > val 0 (vector-length col))))
-        (vector-set! alphas beta (+ (vector-ref alphas beta) 1))))
-    (cond ((and (= i m) (= j n)) e)
-          ((= j n) (iter (+ i 1) 0))
-          (else (iter i (+ j 1)))))
-  (iter 0 0))
-
-(define (all-rows matrix m n)
-  (define (all-row row)
-    (define (iter i)
-      (if (< i (- n 1))
-          (let ((j (+ i 1)))
-            (vector-set! row j (+ (vector-ref row i)
-                                  (vector-ref row j)))
-            (iter j))))
-    (iter 0))
-  (let ((i (- m 1)))
-    (all-row (vector-ref matrix i))
-    (if (> i 0) (all-rows matrix i n))))
-
-(define (all matrix m n)
-  (define (iter i j)
-    (let ((row (vector-ref matrix i))
-          (l (- i 1)))
-      (vector-set! row j (+ (vector-ref row j)
-                            (vector-ref (vector-ref matrix l) j))))
-    (cond ((and (= i m) (= j n)))
-          ((= j n) (iter (+ i 1) 0))
-          (else (iter i (+ j 1)))))
-  (if (> m 0) (iter 1 0)))
-
-(define (answer e m n k)
-  (if (> k 0)
-      (let* ((a ((lambda (x) (if (= x m) (- x 1) x)) (read)))
-             (b ((lambda (x) (if (= x n) (- x 1) x)) (read))))
-        (display (vector-ref (vector-ref e a) b))
-        (newline)
-        (answer e m n (- k 1)))))
-
-(with-input-from-file "MAB.INP"
-  (lambda ()
-    (with-output-to-file "MAB.OUT"
-      (lambda ()
-        (let* ((m (read))
-               (n (read))
-               (k (read))
-               (a (read-table m n))
-               (e (exact (- m 1)
-                         (- n 1)
-                         (list->vector (map list->vector a))
-                         (lol-to-vos a <)
-                         (lol-to-vos (accumulate-n cons '() a) >)
-                         (list->vector (make-lov m n)))))
-          (all-rows e m n)
-          (all e (- m 1) (- n 1))
-          (answer e m n k))))))