Data commit

Task/Pascals-triangle-Puzzle/Clojure/pascals-triangle-puzzle-1.clj

@@ -0,0 +1,9 @@
+(def bottom [ [0 1 0], [11 0 0], [0 1 1], [4 0 0], [0 0 1] ])
+
+(defn plus  [v1 v2] (vec (map + v1 v2)))
+(defn minus [v1 v2] (vec (map - v1 v2)))
+(defn scale [n v]   (vec (map #(* n %) v )))
+
+(defn above [row] (map #(apply plus %) (partition 2 1 row)))
+
+(def rows (reverse (take 5 (iterate above bottom))))

Task/Pascals-triangle-Puzzle/Clojure/pascals-triangle-puzzle-2.clj

@@ -0,0 +1,5 @@
+(def c00 (get-in rows [0 0]))
+(def c20 (get-in rows [2 0]))
+
+(def eqn0 (minus c00 [151 0 0]))
+(def eqn1 (minus c20 [ 40 0 0]))

Task/Pascals-triangle-Puzzle/Clojure/pascals-triangle-puzzle-3.clj

@@ -0,0 +1,11 @@
+(defn solve [m]
+  (assert (<= 1 m 2))
+  (let [n  (- 3 m)
+        v0 (scale (eqn1 n) eqn0)
+        v1 (scale (eqn0 n) eqn1)
+        vd (minus v0 v1)]
+    (assert (zero? (vd n)))
+    (/ (- (vd 0)) (vd m))))
+
+(let [x (solve 1), z (solve 2), y (+ x z)]
+  (println "x =" x ", y =" y ", z =" z))

Task/Pascals-triangle-Puzzle/Clojure/pascals-triangle-puzzle-4.clj

@@ -0,0 +1,5 @@
+(defn dot [v1 v2] (reduce + (map * v1 v2)))
+
+(defn show-pyramid [x z]
+  (doseq [row rows]
+    (println (map #(dot [1 x z] %) row)))