afb8843ca3fd07f9d5c27d3591860dba0def1fc7f22ad33e21c1b791ff49812f

.gitattributes

@@ -254,3 +254,6 @@ next_greater_element_iv/meta.json filter=lfs diff=lfs merge=lfs -text
 node_with_highest_edge_score/meta.json filter=lfs diff=lfs merge=lfs -text
 number_of_excellent_pairs/meta.json filter=lfs diff=lfs merge=lfs -text
 number_of_flowers_in_full_bloom/meta.json filter=lfs diff=lfs merge=lfs -text
+number_of_increasing_paths_in_a_grid/haskell_tests/Main.hs filter=lfs diff=lfs merge=lfs -text
+number_of_increasing_paths_in_a_grid/meta.json filter=lfs diff=lfs merge=lfs -text
+number_of_pairs_satisfying_inequality/meta.json filter=lfs diff=lfs merge=lfs -text

number_of_great_partitions/java_tests/Main.java

@@ -0,0 +1,25 @@
+
+import static org.junit.jupiter.api.Assertions.*;
+import org.junit.jupiter.api.Test;
+import java.util.List;
+import java.util.Arrays;
+import java.util.ArrayList;
+public class Main {
+    //Program start
+    
+    //Program end
+
+    @Test
+public void test1() {
+    assertEquals(6, countPartitions(new ArrayList<>(Arrays.asList(1,2,3,4)), 4));
+}
+@Test
+public void test2() {
+    assertEquals(0, countPartitions(new ArrayList<>(Arrays.asList(3,3,3)), 4));
+}
+@Test
+public void test3() {
+    assertEquals(2, countPartitions(new ArrayList<>(Arrays.asList(6,6)), 2));
+}
+
+}

number_of_great_partitions/meta.json

@@ -0,0 +1,31 @@
+{
+    "id": 2601,
+    "name": "number_of_great_partitions",
+    "difficulty": "Hard",
+    "link": "https://leetcode.com/problems/number-of-great-partitions/",
+    "date": "1671321600000",
+    "task_description": "You are given an array `nums` consisting of **positive** integers and an integer `k`. **Partition** the array into two ordered **groups** such that each element is in exactly **one** group. A partition is called great if the **sum** of elements of each group is greater than or equal to `k`. Return _the number of **distinct** great partitions_. Since the answer may be too large, return it **modulo** `109 + 7`. Two partitions are considered distinct if some element `nums[i]` is in different groups in the two partitions. **Example 1:** ``` **Input:** nums = [1,2,3,4], k = 4 **Output:** 6 **Explanation:** The great partitions are: ([1,2,3], [4]), ([1,3], [2,4]), ([1,4], [2,3]), ([2,3], [1,4]), ([2,4], [1,3]) and ([4], [1,2,3]). ``` **Example 2:** ``` **Input:** nums = [3,3,3], k = 4 **Output:** 0 **Explanation:** There are no great partitions for this array. ``` **Example 3:** ``` **Input:** nums = [6,6], k = 2 **Output:** 2 **Explanation:** We can either put nums[0] in the first partition or in the second partition. The great partitions will be ([6], [6]) and ([6], [6]). ``` **Constraints:** `1 <= nums.length, k <= 1000` `1 <= nums[i] <= 109`",
+    "public_test_cases": [
+        {
+            "label": "Example 1",
+            "input": "nums = [1,2,3,4], k = 4",
+            "output": "6 "
+        },
+        {
+            "label": "Example 2",
+            "input": "nums = [3,3,3], k = 4",
+            "output": "0 "
+        },
+        {
+            "label": "Example 3",
+            "input": "nums = [6,6], k = 2",
+            "output": "2 "
+        }
+    ],
+    "private_test_cases": [],
+    "haskell_template": "countPartitions :: [Int] -> Int -> Int\ncountPartitions nums k ",
+    "ocaml_template": "let countPartitions (nums: int list) (k: int) : int =  ",
+    "scala_template": "def countPartitions(nums: List[Int],k: Int): Int = { \n    \n}",
+    "java_template": "public static int countPartitions(List<Integer> nums, int k) {\n\n}",
+    "python_template": "class Solution(object):\n    def countPartitions(self, nums, k):\n        \"\"\"\n        :type nums: List[int]\n        :type k: int\n        :rtype: int\n        \"\"\"\n        "
+}

number_of_great_partitions/ocaml_tests/main.ml

@@ -0,0 +1,29 @@
+
+module Main = struct
+    open OUnit2
+
+    (* Program start *)
+
+    (* Program end *)
+
+    (* Test cases *)
+    
+let test1 _ = assert_equal 6 (countPartitions [1;2;3;4] 4)
+
+let test2 _ = assert_equal 0 (countPartitions [3;3;3] 4)
+
+let test3 _ = assert_equal 2 (countPartitions [6;6] 2)
+
+
+    (* Grouping test cases *)
+    let suite = "Test Suite for countPartitions" >::: [
+        
+  "test1" >:: test1;
+  "test2" >:: test2;
+  "test3" >:: test3;
+    ]
+
+
+    (* Running the tests *)
+    let () = run_test_tt_main suite
+end

number_of_great_partitions/scala_tests/MySuite.scala

@@ -0,0 +1,16 @@
+
+class MySuite extends munit.FunSuite {
+  
+  test("test1") {
+    assertEquals(Main.countPartitions(List(1,2,3,4),4), 6)
+  }
+
+  test("test2") {
+    assertEquals(Main.countPartitions(List(3,3,3),4), 0)
+  }
+
+  test("test3") {
+    assertEquals(Main.countPartitions(List(6,6),2), 2)
+  }
+
+}

number_of_increasing_paths_in_a_grid/haskell_tests/Main.hs

@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:5fedc16f998c0994df924a9973aafcfc4483bd289eaa838769761c965f5ba7d5
+size 17430998

number_of_increasing_paths_in_a_grid/java_tests/Main.java

@@ -0,0 +1,20 @@
+
+import static org.junit.jupiter.api.Assertions.*;
+import org.junit.jupiter.api.Test;
+import java.util.List;
+import java.util.Arrays;
+public class Main {
+    //Program start
+
+    //Program end
+
+    @Test
+public void test1() {
+    assertEquals(8, countPaths(Arrays.asList(Arrays.asList(1,1),Arrays.asList(3,4))));
+}
+@Test
+public void test2() {
+    assertEquals(3, countPaths(Arrays.asList(Arrays.asList(1),Arrays.asList(2))));
+}
+
+}

number_of_increasing_paths_in_a_grid/meta.json

@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:a989b54261216197765aa13e35bb739fc2b3dbd214367bc4f7395ea932b64a87
+size 39178774

number_of_laser_beams_in_a_bank/haskell_tests/Main.hs

@@ -0,0 +1,24 @@
+
+module Main where
+import Test.HUnit
+
+--Program start
+
+--Program end
+
+-- Test cases
+
+test1 :: Test
+test1 = TestCase (assertEqual "for (numberOfBeams [ \"011001 \", \"000000 \", \"010100 \", \"001000 \"])," 8 (numberOfBeams ["011001","000000","010100","001000"]))
+
+test2 :: Test
+test2 = TestCase (assertEqual "for (numberOfBeams [ \"000 \", \"111 \", \"000 \"])," 0 (numberOfBeams ["000","111","000"]))
+
+
+-- Grouping test cases
+tests :: Test
+tests = TestList [TestLabel "Test1" test1]
+
+-- Running the tests
+main :: IO Counts
+main = runTestTT tests

number_of_laser_beams_in_a_bank/java_tests/Main.java

@@ -0,0 +1,21 @@
+
+import static org.junit.jupiter.api.Assertions.*;
+import org.junit.jupiter.api.Test;
+import java.util.List;
+import java.util.Arrays;
+import java.util.ArrayList;
+public class Main {
+    //Program start
+    
+    //Program end
+
+    @Test
+public void test1() {
+    assertEquals(8, numberOfBeams(new ArrayList<>(Arrays.asList("011001","000000","010100","001000"))));
+}
+@Test
+public void test2() {
+    assertEquals(0, numberOfBeams(new ArrayList<>(Arrays.asList("000","111","000"))));
+}
+
+}

number_of_laser_beams_in_a_bank/ocaml_tests/main.ml

@@ -0,0 +1,26 @@
+
+module Main = struct
+    open OUnit2
+
+    (* Program start *)
+
+    (* Program end *)
+
+    (* Test cases *)
+    
+let test1 _ = assert_equal 8 (numberOfBeams ["011001";"000000";"010100";"001000"])
+
+let test2 _ = assert_equal 0 (numberOfBeams ["000";"111";"000"])
+
+
+    (* Grouping test cases *)
+    let suite = "Test Suite for numberOfBeams" >::: [
+        
+  "test1" >:: test1;
+  "test2" >:: test2;
+    ]
+
+
+    (* Running the tests *)
+    let () = run_test_tt_main suite
+end

number_of_laser_beams_in_a_bank/scala_tests/MySuite.scala

@@ -0,0 +1,12 @@
+
+class MySuite extends munit.FunSuite {
+  
+  test("test1") {
+    assertEquals(Main.numberOfBeams(List("011001","000000","010100","001000")), 8)
+  }
+
+  test("test2") {
+    assertEquals(Main.numberOfBeams(List("000","111","000")), 0)
+  }
+
+}

number_of_pairs_satisfying_inequality/haskell_tests/Main.hs

@@ -0,0 +1,24 @@
+
+module Main where
+import Test.HUnit
+
+--Program start
+
+--Program end
+
+-- Test cases
+
+test1 :: Test
+test1 = TestCase (assertEqual "for (numberOfPairs [3,2,5] [2,2,1] 1)," 3 (numberOfPairs [3,2,5] [2,2,1] 1))
+
+test2 :: Test
+test2 = TestCase (assertEqual "for (numberOfPairs [3,-1] [-2,2] ( -1))," 0 (numberOfPairs [3,-1] [-2,2] -1))
+
+
+-- Grouping test cases
+tests :: Test
+tests = TestList [TestLabel "Test1" test1]
+
+-- Running the tests
+main :: IO Counts
+main = runTestTT tests

number_of_pairs_satisfying_inequality/java_tests/Main.java

@@ -0,0 +1,21 @@
+
+import static org.junit.jupiter.api.Assertions.*;
+import org.junit.jupiter.api.Test;
+import java.util.List;
+import java.util.Arrays;
+import java.util.ArrayList;
+public class Main {
+    //Program start
+    
+    //Program end
+
+    @Test
+public void test1() {
+    assertEquals(3, numberOfPairs(new ArrayList<>(Arrays.asList(3,2,5)), new ArrayList<>(Arrays.asList(2,2,1)), 1));
+}
+@Test
+public void test2() {
+    assertEquals(0, numberOfPairs(new ArrayList<>(Arrays.asList(3,-1)), new ArrayList<>(Arrays.asList(-2,2)), -1));
+}
+
+}

number_of_pairs_satisfying_inequality/meta.json

@@ -0,0 +1,3 @@
+version https://git-lfs.github.com/spec/v1
+oid sha256:fb798a65d11ff5dd84a4fde63f65e71d37df1267cf30d81d72a1563f57bad34b
+size 23706510

number_of_pairs_satisfying_inequality/ocaml_tests/main.ml

@@ -0,0 +1,26 @@
+
+module Main = struct
+    open OUnit2
+
+    (* Program start *)
+
+    (* Program end *)
+
+    (* Test cases *)
+    
+let test1 _ = assert_equal 3 (numberOfPairs [3;2;5] [2;2;1] 1)
+
+let test2 _ = assert_equal 0 (numberOfPairs [3;-1] [-2;2] ( -1))
+
+
+    (* Grouping test cases *)
+    let suite = "Test Suite for numberOfPairs" >::: [
+        
+  "test1" >:: test1;
+  "test2" >:: test2;
+    ]
+
+
+    (* Running the tests *)
+    let () = run_test_tt_main suite
+end

number_of_pairs_satisfying_inequality/scala_tests/MySuite.scala

@@ -0,0 +1,12 @@
+
+class MySuite extends munit.FunSuite {
+  
+  test("test1") {
+    assertEquals(Main.numberOfPairs(List(3,2,5),List(2,2,1),1), 3)
+  }
+
+  test("test2") {
+    assertEquals(Main.numberOfPairs(List(3,-1),List(-2,2),-1), 0)
+  }
+
+}

number_of_people_aware_of_a_secret/haskell_tests/Main.hs

@@ -0,0 +1,45 @@
+
+module Main where
+import Test.HUnit
+
+--Program start
+
+--Program end
+
+-- Test cases
+
+test1 :: Test
+test1 = TestCase (assertEqual "for (peopleAwareOfSecret 6 2 4)," 5 (peopleAwareOfSecret 6 2 4))
+
+test2 :: Test
+test2 = TestCase (assertEqual "for (peopleAwareOfSecret 4 1 3)," 6 (peopleAwareOfSecret 4 1 3))
+
+test3 :: Test
+test3 = TestCase (assertEqual "for (peopleAwareOfSecret 631 212 435)," 21751 (peopleAwareOfSecret 631 212 435))
+
+test4 :: Test
+test4 = TestCase (assertEqual "for (peopleAwareOfSecret 963 379 804)," 21540 (peopleAwareOfSecret 963 379 804))
+
+test5 :: Test
+test5 = TestCase (assertEqual "for (peopleAwareOfSecret 671 592 614)," 22 (peopleAwareOfSecret 671 592 614))
+
+test6 :: Test
+test6 = TestCase (assertEqual "for (peopleAwareOfSecret 657 335 338)," 3 (peopleAwareOfSecret 657 335 338))
+
+test7 :: Test
+test7 = TestCase (assertEqual "for (peopleAwareOfSecret 887 508 628)," 120 (peopleAwareOfSecret 887 508 628))
+
+test8 :: Test
+test8 = TestCase (assertEqual "for (peopleAwareOfSecret 421 20 109)," 555835483 (peopleAwareOfSecret 421 20 109))
+
+test9 :: Test
+test9 = TestCase (assertEqual "for (peopleAwareOfSecret 958 620 778)," 158 (peopleAwareOfSecret 958 620 778))
+
+
+-- Grouping test cases
+tests :: Test
+tests = TestList [TestLabel "Test1" test1, TestLabel "Test2" test2, TestLabel "Test3" test3, TestLabel "Test4" test4, TestLabel "Test5" test5, TestLabel "Test6" test6, TestLabel "Test7" test7, TestLabel "Test8" test8, TestLabel "Test9" test9]
+
+-- Running the tests
+main :: IO Counts
+main = runTestTT tests

number_of_people_aware_of_a_secret/java_tests/Main.java

@@ -0,0 +1,21 @@
+
+import static org.junit.jupiter.api.Assertions.*;
+import org.junit.jupiter.api.Test;
+import java.util.List;
+import java.util.Arrays;
+import java.util.ArrayList;
+public class Main {
+    //Program start
+    
+    //Program end
+
+    @Test
+public void test1() {
+    assertEquals(5, peopleAwareOfSecret(6, 2, 4));
+}
+@Test
+public void test2() {
+    assertEquals(6, peopleAwareOfSecret(4, 1, 3));
+}
+
+}

number_of_people_aware_of_a_secret/meta.json

@@ -0,0 +1,107 @@
+{
+    "id": 2408,
+    "name": "number_of_people_aware_of_a_secret",
+    "difficulty": "Medium",
+    "link": "https://leetcode.com/problems/number-of-people-aware-of-a-secret/",
+    "date": "2022-06-26 00:00:00",
+    "task_description": "On day `1`, one person discovers a secret. You are given an integer `delay`, which means that each person will **share** the secret with a new person **every day**, starting from `delay` days after discovering the secret. You are also given an integer `forget`, which means that each person will **forget** the secret `forget` days after discovering it. A person **cannot** share the secret on the same day they forgot it, or on any day afterwards. Given an integer `n`, return_ the number of people who know the secret at the end of day _`n`. Since the answer may be very large, return it **modulo** `109 + 7`. **Example 1:** ``` **Input:** n = 6, delay = 2, forget = 4 **Output:** 5 **Explanation:** Day 1: Suppose the first person is named A. (1 person) Day 2: A is the only person who knows the secret. (1 person) Day 3: A shares the secret with a new person, B. (2 people) Day 4: A shares the secret with a new person, C. (3 people) Day 5: A forgets the secret, and B shares the secret with a new person, D. (3 people) Day 6: B shares the secret with E, and C shares the secret with F. (5 people) ``` **Example 2:** ``` **Input:** n = 4, delay = 1, forget = 3 **Output:** 6 **Explanation:** Day 1: The first person is named A. (1 person) Day 2: A shares the secret with B. (2 people) Day 3: A and B share the secret with 2 new people, C and D. (4 people) Day 4: A forgets the secret. B, C, and D share the secret with 3 new people. (6 people) ``` **Constraints:** `2 <= n <= 1000` `1 <= delay < forget <= n`",
+    "public_test_cases": [
+        {
+            "label": "Example 1",
+            "input": "n = 6, delay = 2, forget = 4",
+            "output": "5 "
+        },
+        {
+            "label": "Example 2",
+            "input": "n = 4, delay = 1, forget = 3",
+            "output": "6 "
+        }
+    ],
+    "private_test_cases": [
+        {
+            "input": [
+                631,
+                212,
+                435
+            ],
+            "output": 21751
+        },
+        {
+            "input": [
+                963,
+                379,
+                804
+            ],
+            "output": 21540
+        },
+        {
+            "input": [
+                671,
+                592,
+                614
+            ],
+            "output": 22
+        },
+        {
+            "input": [
+                657,
+                335,
+                338
+            ],
+            "output": 3
+        },
+        {
+            "input": [
+                887,
+                508,
+                628
+            ],
+            "output": 120
+        },
+        {
+            "input": [
+                421,
+                20,
+                109
+            ],
+            "output": 555835483
+        },
+        {
+            "input": [
+                958,
+                620,
+                778
+            ],
+            "output": 158
+        },
+        {
+            "input": [
+                425,
+                320,
+                391
+            ],
+            "output": 71
+        },
+        {
+            "input": [
+                936,
+                426,
+                686
+            ],
+            "output": 3830
+        },
+        {
+            "input": [
+                854,
+                525,
+                814
+            ],
+            "output": 289
+        }
+    ],
+    "haskell_template": "peopleAwareOfSecret :: Int -> Int -> Int -> Int\npeopleAwareOfSecret n delay forget ",
+    "ocaml_template": "let peopleAwareOfSecret (n: int) (delay: int) (forget: int) : int =  ",
+    "scala_template": "def peopleAwareOfSecret(n: Int,delay: Int,forget: Int): Int = { \n    \n}",
+    "java_template": "class Solution {\n    public int peopleAwareOfSecret(int n, int delay, int forget) {\n        \n    }\n}",
+    "python_template": "class Solution(object):\n    def peopleAwareOfSecret(self, n, delay, forget):\n        \"\"\"\n        :type n: int\n        :type delay: int\n        :type forget: int\n        :rtype: int\n        \"\"\"\n        "
+}

number_of_people_aware_of_a_secret/ocaml_tests/main.ml

@@ -0,0 +1,50 @@
+
+module Main = struct
+    open OUnit2
+
+    (* Program start *)
+
+    (* Program end *)
+
+    (* Test cases *)
+    
+let test1 _ = assert_equal 5 (peopleAwareOfSecret 6 2 4)
+
+let test2 _ = assert_equal 6 (peopleAwareOfSecret 4 1 3)
+
+let test3 _ = assert_equal 21751 (peopleAwareOfSecret 631 212 435)
+
+let test4 _ = assert_equal 21540 (peopleAwareOfSecret 963 379 804)
+
+let test5 _ = assert_equal 22 (peopleAwareOfSecret 671 592 614)
+
+let test6 _ = assert_equal 3 (peopleAwareOfSecret 657 335 338)
+
+let test7 _ = assert_equal 120 (peopleAwareOfSecret 887 508 628)
+
+let test8 _ = assert_equal 555835483 (peopleAwareOfSecret 421 20 109)
+
+let test9 _ = assert_equal 158 (peopleAwareOfSecret 958 620 778)
+
+let test10 _ = assert_equal 71 (peopleAwareOfSecret 425 320 391)
+
+
+    (* Grouping test cases *)
+    let suite = "Test Suite for peopleAwareOfSecret" >::: [
+        
+  "test1" >:: test1;
+  "test2" >:: test2;
+  "test3" >:: test3;
+  "test4" >:: test4;
+  "test5" >:: test5;
+  "test6" >:: test6;
+  "test7" >:: test7;
+  "test8" >:: test8;
+  "test9" >:: test9;
+  "test10" >:: test10;
+    ]
+
+
+    (* Running the tests *)
+    let () = run_test_tt_main suite
+end

number_of_people_aware_of_a_secret/scala_tests/MySuite.scala

@@ -0,0 +1,44 @@
+
+class MySuite extends munit.FunSuite {
+  
+  test("test1") {
+    assertEquals(Main.peopleAwareOfSecret(6,2,4), 5)
+  }
+
+  test("test2") {
+    assertEquals(Main.peopleAwareOfSecret(4,1,3), 6)
+  }
+
+  test("test3") {
+    assertEquals(Main.peopleAwareOfSecret(631,212,435), 21751)
+  }
+
+  test("test4") {
+    assertEquals(Main.peopleAwareOfSecret(963,379,804), 21540)
+  }
+
+  test("test5") {
+    assertEquals(Main.peopleAwareOfSecret(671,592,614), 22)
+  }
+
+  test("test6") {
+    assertEquals(Main.peopleAwareOfSecret(657,335,338), 3)
+  }
+
+  test("test7") {
+    assertEquals(Main.peopleAwareOfSecret(887,508,628), 120)
+  }
+
+  test("test8") {
+    assertEquals(Main.peopleAwareOfSecret(421,20,109), 555835483)
+  }
+
+  test("test9") {
+    assertEquals(Main.peopleAwareOfSecret(958,620,778), 158)
+  }
+
+  test("test10") {
+    assertEquals(Main.peopleAwareOfSecret(425,320,391), 71)
+  }
+
+}

number_of_possible_sets_of_closing_branches/haskell_tests/Main.hs

@@ -0,0 +1,45 @@
+
+module Main where
+import Test.HUnit
+
+--Program start
+
+--Program end
+
+-- Test cases
+
+test1 :: Test
+test1 = TestCase (assertEqual "for (numberOfSets 3 5 [[0,1,2],[1,2,10],[0,2,10]])," 5 (numberOfSets 3 5 [[0,1,2],[1,2,10],[0,2,10]]))
+
+test2 :: Test
+test2 = TestCase (assertEqual "for (numberOfSets 3 5 [[0,1,20],[0,1,10],[1,2,2],[0,2,2]])," 7 (numberOfSets 3 5 [[0,1,20],[0,1,10],[1,2,2],[0,2,2]]))
+
+test3 :: Test
+test3 = TestCase (assertEqual "for (numberOfSets 1 10 [])," 2 (numberOfSets 1 10 []))
+
+test4 :: Test
+test4 = TestCase (assertEqual "for (numberOfSets 4 8561 [[2, 0, 945], [3, 2, 83], [1, 2, 44], [2, 1, 492], [0, 3, 417], [2, 3, 242], [3, 2, 188], [2, 0, 142], [1, 2, 106], [2, 3, 418], [3, 0, 803], [1, 0, 255], [3, 0, 618], [0, 1, 219], [2, 1, 460], [2, 3, 12], [1, 2, 888], [0, 3, 199], [1, 3, 568], [1, 3, 767], [2, 3, 587], [0, 1, 15], [3, 2, 999], [3, 1, 778], [1, 2, 347], [0, 1, 548], [1, 2, 891], [3, 2, 355], [2, 1, 123], [3, 0, 806], [3, 0, 557], [3, 2, 46], [3, 0, 851], [3, 2, 901], [0, 1, 250], [2, 3, 613], [1, 2, 153], [2, 0, 325], [3, 0, 4], [3, 0, 284], [3, 2, 82], [0, 3, 970], [2, 0, 363], [3, 0, 664], [3, 0, 225], [2, 0, 670], [2, 3, 747], [1, 3, 459], [1, 3, 71], [3, 2, 99], [3, 0, 985], [3, 2, 151], [3, 1, 989], [1, 2, 47], [3, 2, 606], [1, 2, 565], [2, 3, 106], [1, 2, 808], [1, 2, 765], [1, 0, 334], [2, 0, 601], [2, 1, 848], [3, 1, 73], [2, 3, 824], [0, 2, 930], [3, 1, 954], [0, 2, 27], [1, 3, 299], [2, 3, 423], [3, 1, 777], [2, 0, 236], [2, 1, 79], [3, 1, 14], [2, 3, 644], [3, 2, 137], [1, 3, 34], [3, 1, 446], [0, 2, 43], [0, 3, 863], [0, 1, 974], [1, 3, 512], [2, 3, 947], [3, 1, 651], [1, 0, 980], [3, 1, 833], [1, 0, 249], [2, 1, 948], [0, 1, 421], [3, 1, 94], [1, 3, 306], [3, 1, 560], [1, 0, 950], [0, 2, 291], [3, 2, 106], [3, 0, 831], [1, 2, 739], [3, 0, 480], [0, 2, 260], [1, 3, 671], [3, 2, 524], [1, 2, 90], [0, 2, 163], [3, 1, 21], [3, 0, 537], [1, 2, 716], [0, 1, 553], [1, 2, 348], [1, 3, 915], [2, 1, 448], [3, 0, 321]])," 16 (numberOfSets 4 8561 [[2, 0, 945], [3, 2, 83], [1, 2, 44], [2, 1, 492], [0, 3, 417], [2, 3, 242], [3, 2, 188], [2, 0, 142], [1, 2, 106], [2, 3, 418], [3, 0, 803], [1, 0, 255], [3, 0, 618], [0, 1, 219], [2, 1, 460], [2, 3, 12], [1, 2, 888], [0, 3, 199], [1, 3, 568], [1, 3, 767], [2, 3, 587], [0, 1, 15], [3, 2, 999], [3, 1, 778], [1, 2, 347], [0, 1, 548], [1, 2, 891], [3, 2, 355], [2, 1, 123], [3, 0, 806], [3, 0, 557], [3, 2, 46], [3, 0, 851], [3, 2, 901], [0, 1, 250], [2, 3, 613], [1, 2, 153], [2, 0, 325], [3, 0, 4], [3, 0, 284], [3, 2, 82], [0, 3, 970], [2, 0, 363], [3, 0, 664], [3, 0, 225], [2, 0, 670], [2, 3, 747], [1, 3, 459], [1, 3, 71], [3, 2, 99], [3, 0, 985], [3, 2, 151], [3, 1, 989], [1, 2, 47], [3, 2, 606], [1, 2, 565], [2, 3, 106], [1, 2, 808], [1, 2, 765], [1, 0, 334], [2, 0, 601], [2, 1, 848], [3, 1, 73], [2, 3, 824], [0, 2, 930], [3, 1, 954], [0, 2, 27], [1, 3, 299], [2, 3, 423], [3, 1, 777], [2, 0, 236], [2, 1, 79], [3, 1, 14], [2, 3, 644], [3, 2, 137], [1, 3, 34], [3, 1, 446], [0, 2, 43], [0, 3, 863], [0, 1, 974], [1, 3, 512], [2, 3, 947], [3, 1, 651], [1, 0, 980], [3, 1, 833], [1, 0, 249], [2, 1, 948], [0, 1, 421], [3, 1, 94], [1, 3, 306], [3, 1, 560], [1, 0, 950], [0, 2, 291], [3, 2, 106], [3, 0, 831], [1, 2, 739], [3, 0, 480], [0, 2, 260], [1, 3, 671], [3, 2, 524], [1, 2, 90], [0, 2, 163], [3, 1, 21], [3, 0, 537], [1, 2, 716], [0, 1, 553], [1, 2, 348], [1, 3, 915], [2, 1, 448], [3, 0, 321]]))
+
+test5 :: Test
+test5 = TestCase (assertEqual "for (numberOfSets 10 36854 [[2, 1, 412], [4, 0, 918], [9, 2, 773], [3, 6, 19], [6, 1, 330], [7, 4, 226], [0, 5, 510], [7, 6, 330], [7, 1, 296], [5, 8, 835], [8, 0, 863], [4, 9, 592], [3, 4, 478], [1, 8, 603], [6, 9, 859], [6, 2, 509], [0, 9, 691], [7, 6, 506], [1, 2, 944], [5, 1, 148], [1, 3, 131], [6, 5, 440], [7, 0, 128], [5, 4, 269], [3, 5, 849], [3, 6, 365], [0, 6, 834], [6, 8, 31], [4, 2, 894], [4, 0, 898], [8, 2, 20], [6, 5, 537], [1, 6, 199], [2, 7, 199], [4, 9, 460], [8, 3, 389], [0, 3, 323], [7, 8, 939], [6, 5, 794], [7, 3, 981], [2, 8, 355], [4, 1, 515], [5, 7, 866], [0, 8, 143], [0, 6, 258], [9, 1, 962], [4, 8, 456], [4, 2, 464], [3, 5, 757], [8, 4, 671], [4, 2, 579], [2, 5, 729], [2, 0, 329], [1, 5, 558], [2, 1, 823], [2, 3, 526], [3, 2, 205], [8, 0, 466], [1, 6, 982], [5, 4, 763], [3, 9, 285], [2, 4, 450], [8, 5, 790], [6, 2, 777], [2, 8, 845], [2, 5, 369], [4, 0, 713], [3, 6, 220], [6, 0, 570], [9, 0, 691], [7, 8, 743], [7, 2, 184], [0, 6, 165], [2, 7, 581], [9, 2, 585], [2, 9, 799], [8, 7, 794], [5, 3, 484], [0, 1, 461], [1, 2, 99], [9, 6, 640], [9, 7, 739], [2, 0, 333], [1, 0, 454], [1, 3, 874], [1, 0, 458], [3, 2, 994], [6, 3, 463], [5, 3, 241], [4, 2, 301], [2, 3, 477], [2, 8, 533], [9, 3, 537], [3, 2, 412], [0, 7, 952], [2, 4, 624], [2, 4, 890], [5, 7, 499], [1, 9, 862], [0, 6, 633], [3, 1, 716], [3, 7, 429], [8, 3, 503], [1, 7, 265], [6, 9, 581], [6, 2, 622], [4, 5, 84], [2, 6, 618], [1, 2, 380], [9, 5, 339], [1, 6, 134], [4, 6, 26], [1, 7, 938], [6, 3, 687], [9, 4, 300], [0, 1, 842], [5, 6, 997], [1, 9, 391], [3, 6, 261], [5, 7, 165], [3, 7, 653], [7, 3, 715], [5, 1, 913], [5, 4, 714], [7, 9, 545], [8, 9, 735], [7, 2, 824], [5, 0, 931], [1, 7, 344], [3, 2, 821], [1, 2, 232], [2, 8, 489], [5, 3, 58], [6, 9, 814], [5, 9, 413], [8, 2, 18], [9, 5, 520], [9, 5, 901], [6, 9, 386], [8, 6, 890], [7, 9, 968], [9, 8, 107], [7, 1, 368], [6, 2, 503], [3, 9, 123], [0, 3, 357], [3, 8, 870], [2, 7, 345], [5, 4, 727], [4, 9, 535], [0, 3, 870], [7, 0, 978], [7, 4, 241], [8, 7, 118], [9, 2, 466], [1, 7, 27], [4, 6, 167], [2, 7, 661], [4, 1, 396], [2, 9, 627], [8, 9, 733], [3, 7, 653], [2, 9, 957], [0, 3, 171], [8, 2, 313], [9, 1, 808], [3, 0, 878], [9, 1, 566], [5, 8, 119], [1, 9, 428], [2, 7, 975], [2, 1, 874], [4, 0, 555], [0, 5, 667], [3, 7, 319], [7, 9, 729], [3, 7, 278], [3, 6, 34], [7, 4, 573], [8, 3, 899], [7, 3, 686], [9, 0, 16], [1, 7, 845], [2, 8, 127], [1, 2, 905], [0, 1, 685], [5, 9, 68], [4, 3, 9], [7, 2, 129], [8, 1, 6], [6, 3, 45], [5, 7, 617], [7, 1, 5], [0, 4, 457], [5, 0, 476], [7, 4, 356], [9, 5, 705], [1, 8, 326], [2, 4, 51], [5, 6, 965], [1, 0, 200], [6, 8, 24], [9, 3, 622], [5, 4, 804], [9, 8, 824], [7, 2, 333], [3, 1, 882], [2, 4, 931], [3, 6, 183], [2, 4, 613], [2, 1, 868], [5, 0, 962], [5, 9, 8], [8, 4, 57], [5, 4, 206], [4, 9, 683], [8, 7, 894], [7, 8, 547], [8, 4, 463], [6, 7, 625], [2, 3, 8], [4, 0, 441], [1, 0, 116], [5, 2, 503], [6, 5, 292], [5, 4, 151], [7, 8, 510], [9, 2, 602], [3, 4, 218], [1, 4, 868], [8, 9, 632], [6, 0, 276], [7, 4, 771], [7, 6, 916], [5, 9, 789], [2, 7, 134], [6, 2, 611], [7, 1, 567], [6, 8, 122], [7, 5, 336], [3, 6, 288], [4, 8, 573], [1, 0, 747], [8, 9, 657], [2, 6, 989], [4, 2, 625], [9, 8, 766], [0, 2, 530], [6, 5, 418], [5, 8, 740], [8, 0, 967], [4, 0, 20], [6, 8, 855], [8, 4, 398], [5, 9, 831], [7, 1, 918], [4, 6, 316], [0, 6, 632], [1, 2, 423], [7, 9, 73], [1, 4, 131], [7, 8, 252], [7, 8, 12], [3, 1, 41], [8, 6, 635], [7, 2, 244], [5, 8, 537], [6, 5, 999], [7, 9, 868], [8, 5, 715], [8, 1, 580], [7, 6, 198], [1, 2, 977], [1, 4, 267], [1, 3, 411], [4, 8, 777], [5, 0, 202], [1, 7, 219], [0, 6, 697], [1, 6, 612], [3, 0, 601], [7, 3, 805], [1, 9, 610], [3, 2, 486], [5, 0, 51], [9, 6, 433], [9, 0, 740], [4, 8, 406], [3, 6, 221], [3, 1, 881], [1, 9, 129], [4, 8, 11], [1, 4, 751], [0, 5, 831], [3, 8, 934], [2, 3, 940], [4, 1, 317], [4, 3, 485], [8, 1, 523], [5, 6, 707], [5, 0, 300], [3, 7, 974], [0, 7, 559], [4, 2, 507], [0, 5, 474], [5, 1, 220], [7, 8, 413], [0, 4, 485], [2, 6, 357], [7, 6, 192], [6, 0, 821], [5, 2, 985], [4, 5, 279], [4, 1, 381], [0, 1, 927], [3, 2, 259], [0, 1, 872], [7, 9, 120], [9, 6, 880], [8, 9, 426], [6, 2, 368], [8, 1, 3], [6, 2, 476], [1, 0, 830], [5, 9, 534], [7, 4, 448], [1, 7, 489], [3, 1, 272], [7, 5, 1000], [8, 4, 220], [7, 3, 286], [4, 7, 873], [8, 4, 334], [5, 8, 698], [7, 5, 518], [0, 2, 749], [8, 0, 112], [7, 9, 208], [3, 8, 997], [6, 0, 169], [9, 5, 688], [4, 2, 680], [8, 2, 448], [3, 8, 986], [0, 4, 169], [4, 1, 155], [4, 8, 901], [0, 6, 764], [6, 3, 209], [2, 3, 982], [9, 7, 830], [9, 6, 832], [1, 6, 382], [9, 6, 905], [1, 6, 524], [0, 2, 915], [3, 0, 613], [6, 0, 460], [4, 5, 936], [5, 4, 611], [8, 3, 714], [7, 4, 879], [5, 8, 686], [4, 2, 724], [8, 6, 544], [4, 8, 386], [8, 1, 19], [0, 4, 265], [9, 5, 403], [9, 0, 641], [9, 8, 864], [8, 7, 111], [0, 4, 591], [9, 8, 816], [8, 4, 631], [9, 8, 677], [3, 9, 129], [5, 4, 566], [3, 1, 70], [1, 2, 335], [2, 1, 282], [9, 0, 609], [1, 5, 658], [6, 0, 113], [4, 5, 270], [1, 8, 295], [8, 4, 976], [7, 4, 186], [2, 5, 913], [7, 9, 743], [1, 5, 579], [2, 7, 255], [3, 5, 392], [6, 3, 857], [4, 5, 351], [4, 2, 460], [9, 3, 954], [6, 8, 838], [3, 1, 562], [1, 3, 518], [7, 4, 960], [0, 4, 617], [9, 6, 248], [4, 3, 925], [4, 7, 750], [4, 7, 190], [7, 2, 323], [9, 0, 792], [1, 2, 219], [6, 3, 460], [2, 0, 194], [6, 3, 912], [8, 2, 658], [8, 7, 30], [4, 0, 912], [4, 9, 412], [5, 8, 551], [8, 0, 614], [0, 3, 948], [3, 1, 45], [1, 8, 725], [1, 7, 338], [3, 5, 600], [3, 5, 242], [1, 9, 307], [6, 7, 87], [5, 0, 777], [8, 6, 785], [9, 6, 40], [9, 5, 135], [7, 3, 793], [0, 7, 15], [1, 3, 972], [5, 9, 304], [6, 7, 234], [7, 3, 562], [1, 5, 10], [2, 1, 594], [2, 4, 54], [5, 2, 885], [9, 6, 76], [5, 7, 585], [9, 1, 381], [7, 9, 344], [3, 5, 114], [4, 8, 746], [0, 4, 2], [5, 9, 432], [4, 1, 815], [1, 2, 902], [5, 3, 209], [1, 3, 748], [1, 4, 663], [1, 0, 912], [3, 5, 501], [2, 7, 433], [6, 0, 820], [1, 9, 671], [8, 0, 144], [3, 4, 786], [5, 6, 71], [6, 4, 607], [5, 0, 565], [5, 2, 292], [4, 1, 628], [6, 8, 837], [6, 2, 560], [9, 7, 56], [3, 9, 759], [9, 0, 169], [0, 8, 572], [9, 5, 646], [1, 3, 524], [5, 1, 790], [3, 0, 448], [7, 4, 207], [1, 7, 173], [7, 5, 366], [6, 4, 488], [4, 3, 104], [8, 5, 218], [3, 8, 173], [7, 4, 517], [6, 9, 990], [7, 9, 381], [2, 9, 220], [7, 0, 170], [2, 9, 657], [0, 3, 560], [1, 4, 831], [3, 4, 558], [8, 0, 555], [2, 6, 954], [4, 6, 544], [8, 2, 304], [2, 8, 561], [9, 6, 408], [6, 5, 753], [6, 5, 442], [3, 7, 203], [4, 1, 480], [4, 3, 108], [4, 3, 799], [5, 4, 47], [2, 7, 545], [9, 4, 730], [4, 6, 623], [1, 7, 957], [7, 4, 570], [1, 9, 506], [4, 7, 865], [9, 8, 942], [2, 1, 29], [5, 3, 708], [7, 2, 801], [9, 7, 215], [9, 2, 613], [3, 4, 714], [6, 0, 328], [6, 1, 51], [0, 8, 602], [6, 1, 68], [1, 4, 819], [4, 1, 576], [0, 7, 856], [4, 3, 791], [9, 6, 302], [5, 0, 525], [8, 9, 157], [9, 3, 987], [5, 2, 977], [5, 4, 356], [8, 0, 731], [4, 9, 996], [4, 0, 366], [3, 7, 29], [7, 8, 254], [1, 0, 597], [0, 2, 3], [4, 0, 754], [8, 4, 184], [1, 9, 564], [3, 7, 653], [7, 0, 290], [6, 0, 745], [4, 3, 661], [8, 5, 383], [1, 3, 368], [6, 2, 325], [5, 0, 753], [1, 7, 201], [0, 9, 390], [5, 6, 446], [0, 9, 849], [1, 6, 427], [7, 8, 104], [3, 6, 592], [1, 4, 943], [7, 8, 280], [1, 4, 407], [6, 1, 926], [2, 4, 904], [8, 5, 327], [0, 2, 746], [9, 6, 346], [5, 6, 576], [3, 7, 112], [4, 1, 574], [6, 1, 616], [1, 4, 458], [2, 9, 815], [4, 1, 484], [3, 9, 125], [2, 9, 248], [6, 0, 794], [9, 5, 366], [4, 3, 790], [2, 8, 490], [3, 0, 663], [6, 9, 860], [7, 6, 775], [8, 5, 166], [0, 7, 767], [5, 6, 643], [2, 5, 313], [7, 1, 702], [0, 6, 365], [2, 8, 739], [0, 8, 288], [6, 8, 65], [3, 8, 523], [3, 9, 462], [1, 9, 971], [3, 0, 907], [6, 3, 684], [9, 5, 804], [7, 4, 243], [5, 4, 158], [5, 3, 260], [4, 1, 707], [0, 7, 41], [9, 4, 83], [6, 8, 598], [3, 6, 864], [3, 4, 99], [2, 6, 472], [2, 7, 500], [8, 0, 830], [7, 0, 301], [4, 5, 922], [5, 6, 325], [8, 2, 285], [2, 6, 572], [2, 6, 690], [1, 3, 589], [8, 4, 756], [7, 1, 503], [0, 7, 558], [5, 8, 630], [5, 9, 885], [5, 1, 658], [1, 3, 429], [9, 2, 283], [3, 5, 584], [5, 9, 485], [8, 9, 229], [8, 5, 437], [8, 9, 388], [1, 8, 155], [1, 8, 983], [4, 0, 735], [7, 3, 81], [3, 7, 559], [7, 9, 369], [2, 5, 138], [9, 6, 205], [2, 7, 454], [3, 1, 554], [4, 9, 14], [6, 8, 700], [6, 2, 598]])," 1024 (numberOfSets 10 36854 [[2, 1, 412], [4, 0, 918], [9, 2, 773], [3, 6, 19], [6, 1, 330], [7, 4, 226], [0, 5, 510], [7, 6, 330], [7, 1, 296], [5, 8, 835], [8, 0, 863], [4, 9, 592], [3, 4, 478], [1, 8, 603], [6, 9, 859], [6, 2, 509], [0, 9, 691], [7, 6, 506], [1, 2, 944], [5, 1, 148], [1, 3, 131], [6, 5, 440], [7, 0, 128], [5, 4, 269], [3, 5, 849], [3, 6, 365], [0, 6, 834], [6, 8, 31], [4, 2, 894], [4, 0, 898], [8, 2, 20], [6, 5, 537], [1, 6, 199], [2, 7, 199], [4, 9, 460], [8, 3, 389], [0, 3, 323], [7, 8, 939], [6, 5, 794], [7, 3, 981], [2, 8, 355], [4, 1, 515], [5, 7, 866], [0, 8, 143], [0, 6, 258], [9, 1, 962], [4, 8, 456], [4, 2, 464], [3, 5, 757], [8, 4, 671], [4, 2, 579], [2, 5, 729], [2, 0, 329], [1, 5, 558], [2, 1, 823], [2, 3, 526], [3, 2, 205], [8, 0, 466], [1, 6, 982], [5, 4, 763], [3, 9, 285], [2, 4, 450], [8, 5, 790], [6, 2, 777], [2, 8, 845], [2, 5, 369], [4, 0, 713], [3, 6, 220], [6, 0, 570], [9, 0, 691], [7, 8, 743], [7, 2, 184], [0, 6, 165], [2, 7, 581], [9, 2, 585], [2, 9, 799], [8, 7, 794], [5, 3, 484], [0, 1, 461], [1, 2, 99], [9, 6, 640], [9, 7, 739], [2, 0, 333], [1, 0, 454], [1, 3, 874], [1, 0, 458], [3, 2, 994], [6, 3, 463], [5, 3, 241], [4, 2, 301], [2, 3, 477], [2, 8, 533], [9, 3, 537], [3, 2, 412], [0, 7, 952], [2, 4, 624], [2, 4, 890], [5, 7, 499], [1, 9, 862], [0, 6, 633], [3, 1, 716], [3, 7, 429], [8, 3, 503], [1, 7, 265], [6, 9, 581], [6, 2, 622], [4, 5, 84], [2, 6, 618], [1, 2, 380], [9, 5, 339], [1, 6, 134], [4, 6, 26], [1, 7, 938], [6, 3, 687], [9, 4, 300], [0, 1, 842], [5, 6, 997], [1, 9, 391], [3, 6, 261], [5, 7, 165], [3, 7, 653], [7, 3, 715], [5, 1, 913], [5, 4, 714], [7, 9, 545], [8, 9, 735], [7, 2, 824], [5, 0, 931], [1, 7, 344], [3, 2, 821], [1, 2, 232], [2, 8, 489], [5, 3, 58], [6, 9, 814], [5, 9, 413], [8, 2, 18], [9, 5, 520], [9, 5, 901], [6, 9, 386], [8, 6, 890], [7, 9, 968], [9, 8, 107], [7, 1, 368], [6, 2, 503], [3, 9, 123], [0, 3, 357], [3, 8, 870], [2, 7, 345], [5, 4, 727], [4, 9, 535], [0, 3, 870], [7, 0, 978], [7, 4, 241], [8, 7, 118], [9, 2, 466], [1, 7, 27], [4, 6, 167], [2, 7, 661], [4, 1, 396], [2, 9, 627], [8, 9, 733], [3, 7, 653], [2, 9, 957], [0, 3, 171], [8, 2, 313], [9, 1, 808], [3, 0, 878], [9, 1, 566], [5, 8, 119], [1, 9, 428], [2, 7, 975], [2, 1, 874], [4, 0, 555], [0, 5, 667], [3, 7, 319], [7, 9, 729], [3, 7, 278], [3, 6, 34], [7, 4, 573], [8, 3, 899], [7, 3, 686], [9, 0, 16], [1, 7, 845], [2, 8, 127], [1, 2, 905], [0, 1, 685], [5, 9, 68], [4, 3, 9], [7, 2, 129], [8, 1, 6], [6, 3, 45], [5, 7, 617], [7, 1, 5], [0, 4, 457], [5, 0, 476], [7, 4, 356], [9, 5, 705], [1, 8, 326], [2, 4, 51], [5, 6, 965], [1, 0, 200], [6, 8, 24], [9, 3, 622], [5, 4, 804], [9, 8, 824], [7, 2, 333], [3, 1, 882], [2, 4, 931], [3, 6, 183], [2, 4, 613], [2, 1, 868], [5, 0, 962], [5, 9, 8], [8, 4, 57], [5, 4, 206], [4, 9, 683], [8, 7, 894], [7, 8, 547], [8, 4, 463], [6, 7, 625], [2, 3, 8], [4, 0, 441], [1, 0, 116], [5, 2, 503], [6, 5, 292], [5, 4, 151], [7, 8, 510], [9, 2, 602], [3, 4, 218], [1, 4, 868], [8, 9, 632], [6, 0, 276], [7, 4, 771], [7, 6, 916], [5, 9, 789], [2, 7, 134], [6, 2, 611], [7, 1, 567], [6, 8, 122], [7, 5, 336], [3, 6, 288], [4, 8, 573], [1, 0, 747], [8, 9, 657], [2, 6, 989], [4, 2, 625], [9, 8, 766], [0, 2, 530], [6, 5, 418], [5, 8, 740], [8, 0, 967], [4, 0, 20], [6, 8, 855], [8, 4, 398], [5, 9, 831], [7, 1, 918], [4, 6, 316], [0, 6, 632], [1, 2, 423], [7, 9, 73], [1, 4, 131], [7, 8, 252], [7, 8, 12], [3, 1, 41], [8, 6, 635], [7, 2, 244], [5, 8, 537], [6, 5, 999], [7, 9, 868], [8, 5, 715], [8, 1, 580], [7, 6, 198], [1, 2, 977], [1, 4, 267], [1, 3, 411], [4, 8, 777], [5, 0, 202], [1, 7, 219], [0, 6, 697], [1, 6, 612], [3, 0, 601], [7, 3, 805], [1, 9, 610], [3, 2, 486], [5, 0, 51], [9, 6, 433], [9, 0, 740], [4, 8, 406], [3, 6, 221], [3, 1, 881], [1, 9, 129], [4, 8, 11], [1, 4, 751], [0, 5, 831], [3, 8, 934], [2, 3, 940], [4, 1, 317], [4, 3, 485], [8, 1, 523], [5, 6, 707], [5, 0, 300], [3, 7, 974], [0, 7, 559], [4, 2, 507], [0, 5, 474], [5, 1, 220], [7, 8, 413], [0, 4, 485], [2, 6, 357], [7, 6, 192], [6, 0, 821], [5, 2, 985], [4, 5, 279], [4, 1, 381], [0, 1, 927], [3, 2, 259], [0, 1, 872], [7, 9, 120], [9, 6, 880], [8, 9, 426], [6, 2, 368], [8, 1, 3], [6, 2, 476], [1, 0, 830], [5, 9, 534], [7, 4, 448], [1, 7, 489], [3, 1, 272], [7, 5, 1000], [8, 4, 220], [7, 3, 286], [4, 7, 873], [8, 4, 334], [5, 8, 698], [7, 5, 518], [0, 2, 749], [8, 0, 112], [7, 9, 208], [3, 8, 997], [6, 0, 169], [9, 5, 688], [4, 2, 680], [8, 2, 448], [3, 8, 986], [0, 4, 169], [4, 1, 155], [4, 8, 901], [0, 6, 764], [6, 3, 209], [2, 3, 982], [9, 7, 830], [9, 6, 832], [1, 6, 382], [9, 6, 905], [1, 6, 524], [0, 2, 915], [3, 0, 613], [6, 0, 460], [4, 5, 936], [5, 4, 611], [8, 3, 714], [7, 4, 879], [5, 8, 686], [4, 2, 724], [8, 6, 544], [4, 8, 386], [8, 1, 19], [0, 4, 265], [9, 5, 403], [9, 0, 641], [9, 8, 864], [8, 7, 111], [0, 4, 591], [9, 8, 816], [8, 4, 631], [9, 8, 677], [3, 9, 129], [5, 4, 566], [3, 1, 70], [1, 2, 335], [2, 1, 282], [9, 0, 609], [1, 5, 658], [6, 0, 113], [4, 5, 270], [1, 8, 295], [8, 4, 976], [7, 4, 186], [2, 5, 913], [7, 9, 743], [1, 5, 579], [2, 7, 255], [3, 5, 392], [6, 3, 857], [4, 5, 351], [4, 2, 460], [9, 3, 954], [6, 8, 838], [3, 1, 562], [1, 3, 518], [7, 4, 960], [0, 4, 617], [9, 6, 248], [4, 3, 925], [4, 7, 750], [4, 7, 190], [7, 2, 323], [9, 0, 792], [1, 2, 219], [6, 3, 460], [2, 0, 194], [6, 3, 912], [8, 2, 658], [8, 7, 30], [4, 0, 912], [4, 9, 412], [5, 8, 551], [8, 0, 614], [0, 3, 948], [3, 1, 45], [1, 8, 725], [1, 7, 338], [3, 5, 600], [3, 5, 242], [1, 9, 307], [6, 7, 87], [5, 0, 777], [8, 6, 785], [9, 6, 40], [9, 5, 135], [7, 3, 793], [0, 7, 15], [1, 3, 972], [5, 9, 304], [6, 7, 234], [7, 3, 562], [1, 5, 10], [2, 1, 594], [2, 4, 54], [5, 2, 885], [9, 6, 76], [5, 7, 585], [9, 1, 381], [7, 9, 344], [3, 5, 114], [4, 8, 746], [0, 4, 2], [5, 9, 432], [4, 1, 815], [1, 2, 902], [5, 3, 209], [1, 3, 748], [1, 4, 663], [1, 0, 912], [3, 5, 501], [2, 7, 433], [6, 0, 820], [1, 9, 671], [8, 0, 144], [3, 4, 786], [5, 6, 71], [6, 4, 607], [5, 0, 565], [5, 2, 292], [4, 1, 628], [6, 8, 837], [6, 2, 560], [9, 7, 56], [3, 9, 759], [9, 0, 169], [0, 8, 572], [9, 5, 646], [1, 3, 524], [5, 1, 790], [3, 0, 448], [7, 4, 207], [1, 7, 173], [7, 5, 366], [6, 4, 488], [4, 3, 104], [8, 5, 218], [3, 8, 173], [7, 4, 517], [6, 9, 990], [7, 9, 381], [2, 9, 220], [7, 0, 170], [2, 9, 657], [0, 3, 560], [1, 4, 831], [3, 4, 558], [8, 0, 555], [2, 6, 954], [4, 6, 544], [8, 2, 304], [2, 8, 561], [9, 6, 408], [6, 5, 753], [6, 5, 442], [3, 7, 203], [4, 1, 480], [4, 3, 108], [4, 3, 799], [5, 4, 47], [2, 7, 545], [9, 4, 730], [4, 6, 623], [1, 7, 957], [7, 4, 570], [1, 9, 506], [4, 7, 865], [9, 8, 942], [2, 1, 29], [5, 3, 708], [7, 2, 801], [9, 7, 215], [9, 2, 613], [3, 4, 714], [6, 0, 328], [6, 1, 51], [0, 8, 602], [6, 1, 68], [1, 4, 819], [4, 1, 576], [0, 7, 856], [4, 3, 791], [9, 6, 302], [5, 0, 525], [8, 9, 157], [9, 3, 987], [5, 2, 977], [5, 4, 356], [8, 0, 731], [4, 9, 996], [4, 0, 366], [3, 7, 29], [7, 8, 254], [1, 0, 597], [0, 2, 3], [4, 0, 754], [8, 4, 184], [1, 9, 564], [3, 7, 653], [7, 0, 290], [6, 0, 745], [4, 3, 661], [8, 5, 383], [1, 3, 368], [6, 2, 325], [5, 0, 753], [1, 7, 201], [0, 9, 390], [5, 6, 446], [0, 9, 849], [1, 6, 427], [7, 8, 104], [3, 6, 592], [1, 4, 943], [7, 8, 280], [1, 4, 407], [6, 1, 926], [2, 4, 904], [8, 5, 327], [0, 2, 746], [9, 6, 346], [5, 6, 576], [3, 7, 112], [4, 1, 574], [6, 1, 616], [1, 4, 458], [2, 9, 815], [4, 1, 484], [3, 9, 125], [2, 9, 248], [6, 0, 794], [9, 5, 366], [4, 3, 790], [2, 8, 490], [3, 0, 663], [6, 9, 860], [7, 6, 775], [8, 5, 166], [0, 7, 767], [5, 6, 643], [2, 5, 313], [7, 1, 702], [0, 6, 365], [2, 8, 739], [0, 8, 288], [6, 8, 65], [3, 8, 523], [3, 9, 462], [1, 9, 971], [3, 0, 907], [6, 3, 684], [9, 5, 804], [7, 4, 243], [5, 4, 158], [5, 3, 260], [4, 1, 707], [0, 7, 41], [9, 4, 83], [6, 8, 598], [3, 6, 864], [3, 4, 99], [2, 6, 472], [2, 7, 500], [8, 0, 830], [7, 0, 301], [4, 5, 922], [5, 6, 325], [8, 2, 285], [2, 6, 572], [2, 6, 690], [1, 3, 589], [8, 4, 756], [7, 1, 503], [0, 7, 558], [5, 8, 630], [5, 9, 885], [5, 1, 658], [1, 3, 429], [9, 2, 283], [3, 5, 584], [5, 9, 485], [8, 9, 229], [8, 5, 437], [8, 9, 388], [1, 8, 155], [1, 8, 983], [4, 0, 735], [7, 3, 81], [3, 7, 559], [7, 9, 369], [2, 5, 138], [9, 6, 205], [2, 7, 454], [3, 1, 554], [4, 9, 14], [6, 8, 700], [6, 2, 598]]))
+
+test6 :: Test
+test6 = TestCase (assertEqual "for (numberOfSets 5 77476 [[0, 3, 743], [1, 2, 693], [3, 1, 491], [4, 3, 724], [2, 1, 391], [4, 0, 93], [2, 4, 836], [3, 4, 177], [3, 1, 408], [0, 1, 230], [2, 3, 406], [1, 3, 229], [0, 2, 400], [0, 1, 372], [4, 2, 593], [3, 0, 266], [1, 4, 219], [0, 2, 299], [3, 2, 329], [2, 0, 148], [0, 1, 670], [0, 3, 502], [2, 3, 976], [0, 1, 910], [1, 3, 417], [1, 3, 614], [1, 0, 950], [2, 4, 877], [3, 0, 18], [4, 0, 297], [4, 2, 492], [3, 1, 707], [1, 2, 877], [2, 3, 516], [3, 1, 753], [2, 1, 875], [4, 0, 757], [3, 0, 545], [4, 3, 228], [4, 0, 413], [1, 4, 989], [4, 1, 564], [3, 4, 249], [3, 4, 889], [0, 3, 352], [3, 2, 566], [1, 2, 647], [3, 1, 763], [0, 2, 195], [4, 0, 579], [4, 0, 924], [1, 4, 920], [3, 1, 721], [4, 3, 386], [1, 2, 332], [2, 3, 909], [3, 0, 801], [1, 2, 806], [2, 4, 504], [3, 1, 804], [1, 4, 327], [2, 3, 155], [0, 1, 605], [3, 4, 20], [0, 2, 708], [4, 3, 946], [1, 4, 41], [0, 4, 652], [0, 2, 886], [3, 1, 347], [0, 4, 573], [2, 3, 20], [3, 2, 761], [0, 1, 911], [1, 3, 822], [3, 1, 725], [1, 4, 497], [1, 4, 948], [4, 1, 642], [3, 4, 402], [1, 4, 994], [4, 0, 29], [4, 2, 252], [1, 3, 193], [0, 4, 150], [4, 3, 28], [0, 3, 501], [3, 4, 41], [3, 2, 817], [3, 2, 292], [4, 2, 238], [1, 4, 596], [3, 4, 435], [4, 1, 896], [2, 0, 732], [2, 0, 697], [0, 4, 575], [4, 1, 596], [2, 4, 41], [2, 1, 268], [3, 4, 38], [1, 4, 134], [0, 2, 822], [3, 1, 925], [2, 1, 84], [2, 3, 708], [1, 0, 715], [1, 2, 531], [3, 0, 117], [0, 3, 259], [4, 0, 695], [2, 0, 657], [0, 4, 776], [1, 3, 63], [2, 1, 238], [0, 4, 147], [4, 2, 58], [3, 2, 825], [4, 2, 265], [1, 4, 249], [1, 2, 392], [2, 3, 741], [1, 2, 168], [1, 4, 161], [0, 3, 278], [3, 1, 601], [1, 2, 134], [4, 1, 963], [4, 3, 776], [0, 4, 430], [3, 0, 359], [3, 2, 154], [4, 1, 811], [4, 2, 249], [4, 3, 42], [4, 3, 209], [4, 3, 917], [4, 0, 443], [0, 2, 318], [3, 4, 116], [3, 0, 369], [0, 2, 168], [1, 4, 918], [0, 4, 47], [4, 3, 949], [0, 3, 959], [2, 4, 635], [0, 3, 284], [3, 0, 395], [1, 2, 39], [2, 3, 426], [1, 3, 695], [2, 0, 381], [0, 1, 943], [4, 0, 978], [2, 3, 400], [3, 2, 44], [0, 4, 341], [1, 2, 86], [3, 1, 604], [0, 4, 549], [4, 0, 272], [3, 0, 140], [1, 0, 594], [2, 3, 103], [1, 0, 300], [1, 4, 546], [2, 4, 259], [1, 3, 829], [1, 0, 516], [4, 0, 192], [1, 2, 724], [1, 4, 913], [1, 2, 271], [1, 2, 191], [1, 4, 278], [1, 3, 282], [2, 3, 51], [1, 0, 885], [4, 1, 604], [1, 4, 434], [1, 2, 385], [3, 1, 675], [1, 0, 227], [4, 0, 628], [4, 1, 848], [1, 0, 861], [3, 1, 350], [0, 2, 451], [2, 3, 943], [2, 1, 76], [1, 2, 679], [1, 3, 5], [1, 2, 705], [3, 4, 148], [4, 0, 291], [4, 3, 276], [1, 4, 953], [0, 2, 734], [4, 3, 569], [0, 2, 377], [2, 1, 978], [3, 2, 162], [4, 1, 674], [4, 3, 18], [2, 0, 650], [1, 3, 179], [0, 3, 869], [0, 4, 74], [4, 2, 745], [4, 0, 500], [2, 4, 779], [3, 1, 673], [3, 0, 515], [4, 0, 184], [3, 0, 729], [3, 2, 456], [1, 2, 218], [4, 1, 793], [4, 3, 108], [4, 3, 344], [3, 0, 110], [1, 4, 266], [3, 2, 35], [3, 0, 732], [0, 2, 110], [3, 4, 606], [3, 2, 465], [0, 4, 658], [2, 4, 740], [3, 2, 632], [4, 0, 544], [1, 3, 367], [4, 1, 380], [3, 1, 50], [1, 0, 425], [1, 2, 480], [2, 3, 602], [0, 4, 921], [3, 1, 529], [3, 2, 102], [4, 0, 436], [4, 1, 572], [1, 2, 686], [0, 4, 21], [4, 0, 288], [0, 4, 186], [0, 3, 705], [2, 4, 983], [2, 1, 424], [0, 3, 885], [4, 0, 263], [3, 4, 345], [0, 4, 855], [0, 4, 664], [4, 3, 936], [1, 3, 286], [2, 4, 563], [4, 3, 491], [4, 0, 325], [0, 2, 25], [4, 1, 223], [3, 4, 159], [0, 3, 983], [3, 4, 964], [2, 3, 673], [2, 0, 93], [2, 3, 371], [2, 3, 637], [0, 3, 221], [0, 2, 680], [3, 0, 823], [1, 4, 299], [3, 1, 53], [2, 1, 344], [2, 0, 595], [0, 4, 204], [4, 0, 231], [2, 1, 818], [1, 3, 322], [1, 3, 706], [0, 4, 99], [4, 3, 524], [2, 0, 699], [0, 1, 18], [2, 4, 310], [2, 3, 987], [4, 1, 640], [2, 1, 955], [1, 2, 495], [3, 4, 17], [1, 3, 208], [0, 1, 601], [0, 1, 931], [3, 0, 338], [0, 3, 521], [1, 4, 376], [4, 2, 680], [2, 1, 522], [3, 0, 496], [1, 4, 684], [4, 1, 436], [3, 4, 890], [3, 4, 43], [3, 4, 233], [3, 0, 236], [0, 4, 154], [0, 2, 73], [1, 3, 560], [1, 3, 119], [2, 3, 61], [4, 2, 491], [2, 4, 282], [4, 1, 20], [1, 2, 289], [4, 3, 592], [3, 1, 866], [1, 3, 85], [2, 4, 280], [3, 1, 493], [1, 3, 766], [1, 2, 418], [1, 4, 68], [0, 3, 534], [0, 2, 358], [3, 2, 707], [0, 3, 807], [2, 3, 486], [2, 4, 274], [1, 4, 515], [1, 3, 730], [4, 1, 833], [1, 2, 805], [1, 4, 184], [0, 1, 984], [0, 4, 653], [4, 1, 186], [0, 2, 526], [1, 3, 588], [4, 3, 356], [4, 0, 705], [2, 1, 639], [4, 2, 931], [2, 3, 254], [3, 1, 101], [3, 4, 477], [1, 0, 453], [1, 4, 380]])," 32 (numberOfSets 5 77476 [[0, 3, 743], [1, 2, 693], [3, 1, 491], [4, 3, 724], [2, 1, 391], [4, 0, 93], [2, 4, 836], [3, 4, 177], [3, 1, 408], [0, 1, 230], [2, 3, 406], [1, 3, 229], [0, 2, 400], [0, 1, 372], [4, 2, 593], [3, 0, 266], [1, 4, 219], [0, 2, 299], [3, 2, 329], [2, 0, 148], [0, 1, 670], [0, 3, 502], [2, 3, 976], [0, 1, 910], [1, 3, 417], [1, 3, 614], [1, 0, 950], [2, 4, 877], [3, 0, 18], [4, 0, 297], [4, 2, 492], [3, 1, 707], [1, 2, 877], [2, 3, 516], [3, 1, 753], [2, 1, 875], [4, 0, 757], [3, 0, 545], [4, 3, 228], [4, 0, 413], [1, 4, 989], [4, 1, 564], [3, 4, 249], [3, 4, 889], [0, 3, 352], [3, 2, 566], [1, 2, 647], [3, 1, 763], [0, 2, 195], [4, 0, 579], [4, 0, 924], [1, 4, 920], [3, 1, 721], [4, 3, 386], [1, 2, 332], [2, 3, 909], [3, 0, 801], [1, 2, 806], [2, 4, 504], [3, 1, 804], [1, 4, 327], [2, 3, 155], [0, 1, 605], [3, 4, 20], [0, 2, 708], [4, 3, 946], [1, 4, 41], [0, 4, 652], [0, 2, 886], [3, 1, 347], [0, 4, 573], [2, 3, 20], [3, 2, 761], [0, 1, 911], [1, 3, 822], [3, 1, 725], [1, 4, 497], [1, 4, 948], [4, 1, 642], [3, 4, 402], [1, 4, 994], [4, 0, 29], [4, 2, 252], [1, 3, 193], [0, 4, 150], [4, 3, 28], [0, 3, 501], [3, 4, 41], [3, 2, 817], [3, 2, 292], [4, 2, 238], [1, 4, 596], [3, 4, 435], [4, 1, 896], [2, 0, 732], [2, 0, 697], [0, 4, 575], [4, 1, 596], [2, 4, 41], [2, 1, 268], [3, 4, 38], [1, 4, 134], [0, 2, 822], [3, 1, 925], [2, 1, 84], [2, 3, 708], [1, 0, 715], [1, 2, 531], [3, 0, 117], [0, 3, 259], [4, 0, 695], [2, 0, 657], [0, 4, 776], [1, 3, 63], [2, 1, 238], [0, 4, 147], [4, 2, 58], [3, 2, 825], [4, 2, 265], [1, 4, 249], [1, 2, 392], [2, 3, 741], [1, 2, 168], [1, 4, 161], [0, 3, 278], [3, 1, 601], [1, 2, 134], [4, 1, 963], [4, 3, 776], [0, 4, 430], [3, 0, 359], [3, 2, 154], [4, 1, 811], [4, 2, 249], [4, 3, 42], [4, 3, 209], [4, 3, 917], [4, 0, 443], [0, 2, 318], [3, 4, 116], [3, 0, 369], [0, 2, 168], [1, 4, 918], [0, 4, 47], [4, 3, 949], [0, 3, 959], [2, 4, 635], [0, 3, 284], [3, 0, 395], [1, 2, 39], [2, 3, 426], [1, 3, 695], [2, 0, 381], [0, 1, 943], [4, 0, 978], [2, 3, 400], [3, 2, 44], [0, 4, 341], [1, 2, 86], [3, 1, 604], [0, 4, 549], [4, 0, 272], [3, 0, 140], [1, 0, 594], [2, 3, 103], [1, 0, 300], [1, 4, 546], [2, 4, 259], [1, 3, 829], [1, 0, 516], [4, 0, 192], [1, 2, 724], [1, 4, 913], [1, 2, 271], [1, 2, 191], [1, 4, 278], [1, 3, 282], [2, 3, 51], [1, 0, 885], [4, 1, 604], [1, 4, 434], [1, 2, 385], [3, 1, 675], [1, 0, 227], [4, 0, 628], [4, 1, 848], [1, 0, 861], [3, 1, 350], [0, 2, 451], [2, 3, 943], [2, 1, 76], [1, 2, 679], [1, 3, 5], [1, 2, 705], [3, 4, 148], [4, 0, 291], [4, 3, 276], [1, 4, 953], [0, 2, 734], [4, 3, 569], [0, 2, 377], [2, 1, 978], [3, 2, 162], [4, 1, 674], [4, 3, 18], [2, 0, 650], [1, 3, 179], [0, 3, 869], [0, 4, 74], [4, 2, 745], [4, 0, 500], [2, 4, 779], [3, 1, 673], [3, 0, 515], [4, 0, 184], [3, 0, 729], [3, 2, 456], [1, 2, 218], [4, 1, 793], [4, 3, 108], [4, 3, 344], [3, 0, 110], [1, 4, 266], [3, 2, 35], [3, 0, 732], [0, 2, 110], [3, 4, 606], [3, 2, 465], [0, 4, 658], [2, 4, 740], [3, 2, 632], [4, 0, 544], [1, 3, 367], [4, 1, 380], [3, 1, 50], [1, 0, 425], [1, 2, 480], [2, 3, 602], [0, 4, 921], [3, 1, 529], [3, 2, 102], [4, 0, 436], [4, 1, 572], [1, 2, 686], [0, 4, 21], [4, 0, 288], [0, 4, 186], [0, 3, 705], [2, 4, 983], [2, 1, 424], [0, 3, 885], [4, 0, 263], [3, 4, 345], [0, 4, 855], [0, 4, 664], [4, 3, 936], [1, 3, 286], [2, 4, 563], [4, 3, 491], [4, 0, 325], [0, 2, 25], [4, 1, 223], [3, 4, 159], [0, 3, 983], [3, 4, 964], [2, 3, 673], [2, 0, 93], [2, 3, 371], [2, 3, 637], [0, 3, 221], [0, 2, 680], [3, 0, 823], [1, 4, 299], [3, 1, 53], [2, 1, 344], [2, 0, 595], [0, 4, 204], [4, 0, 231], [2, 1, 818], [1, 3, 322], [1, 3, 706], [0, 4, 99], [4, 3, 524], [2, 0, 699], [0, 1, 18], [2, 4, 310], [2, 3, 987], [4, 1, 640], [2, 1, 955], [1, 2, 495], [3, 4, 17], [1, 3, 208], [0, 1, 601], [0, 1, 931], [3, 0, 338], [0, 3, 521], [1, 4, 376], [4, 2, 680], [2, 1, 522], [3, 0, 496], [1, 4, 684], [4, 1, 436], [3, 4, 890], [3, 4, 43], [3, 4, 233], [3, 0, 236], [0, 4, 154], [0, 2, 73], [1, 3, 560], [1, 3, 119], [2, 3, 61], [4, 2, 491], [2, 4, 282], [4, 1, 20], [1, 2, 289], [4, 3, 592], [3, 1, 866], [1, 3, 85], [2, 4, 280], [3, 1, 493], [1, 3, 766], [1, 2, 418], [1, 4, 68], [0, 3, 534], [0, 2, 358], [3, 2, 707], [0, 3, 807], [2, 3, 486], [2, 4, 274], [1, 4, 515], [1, 3, 730], [4, 1, 833], [1, 2, 805], [1, 4, 184], [0, 1, 984], [0, 4, 653], [4, 1, 186], [0, 2, 526], [1, 3, 588], [4, 3, 356], [4, 0, 705], [2, 1, 639], [4, 2, 931], [2, 3, 254], [3, 1, 101], [3, 4, 477], [1, 0, 453], [1, 4, 380]]))
+
+test7 :: Test
+test7 = TestCase (assertEqual "for (numberOfSets 4 86908 [[1, 2, 261], [3, 0, 805], [3, 0, 125], [3, 1, 634], [1, 2, 251], [1, 2, 638], [1, 0, 353], [2, 0, 289], [2, 3, 16], [3, 2, 702], [0, 2, 279], [2, 3, 366], [3, 0, 435], [3, 0, 335], [2, 0, 545], [2, 1, 657], [2, 0, 964], [2, 3, 668], [1, 3, 773], [1, 3, 85], [3, 2, 203], [3, 2, 78], [3, 2, 961], [3, 0, 656], [1, 2, 878], [0, 1, 786], [0, 1, 792], [3, 1, 706], [1, 2, 51], [0, 3, 700], [3, 0, 86], [0, 1, 859], [2, 0, 982], [0, 3, 532], [2, 3, 940], [0, 3, 709], [0, 3, 923], [2, 0, 527], [2, 0, 406], [3, 0, 519], [2, 3, 328], [1, 3, 869], [1, 3, 617], [3, 1, 479], [1, 3, 578], [0, 2, 308], [0, 3, 665], [3, 2, 901], [0, 2, 125], [0, 3, 459], [1, 2, 246], [1, 3, 249], [1, 0, 543], [2, 3, 148], [1, 2, 546], [2, 1, 772], [2, 1, 808], [0, 1, 619], [2, 3, 372], [1, 2, 865], [3, 2, 821], [3, 1, 326], [2, 0, 690], [2, 0, 523], [3, 2, 567], [3, 0, 575], [3, 2, 263], [1, 0, 308], [3, 1, 614], [2, 0, 698], [2, 0, 821], [3, 1, 686], [2, 1, 488], [1, 3, 546], [2, 1, 532], [1, 0, 455], [0, 1, 665], [2, 0, 192], [2, 0, 547], [1, 3, 531], [3, 0, 613], [2, 1, 184], [3, 1, 919], [1, 0, 738], [0, 2, 46], [3, 1, 160], [1, 2, 178], [0, 3, 493], [3, 1, 339], [2, 0, 176], [2, 1, 132], [2, 3, 820], [3, 2, 128], [3, 2, 53], [2, 1, 796], [0, 2, 745], [0, 1, 849], [2, 1, 744], [3, 2, 315], [1, 0, 274], [2, 1, 478], [3, 0, 302], [1, 0, 156], [0, 1, 216], [3, 0, 545], [1, 0, 9], [3, 0, 930], [3, 1, 403], [2, 0, 962], [1, 3, 887], [3, 1, 255], [1, 3, 769], [0, 1, 615], [3, 2, 978], [1, 2, 312], [1, 3, 704], [1, 0, 795], [3, 2, 252], [2, 1, 423], [2, 1, 103], [3, 0, 709], [2, 3, 534], [2, 3, 582], [1, 2, 950], [1, 3, 500], [2, 3, 98], [1, 2, 817], [3, 0, 529], [3, 2, 641], [2, 0, 720], [1, 0, 905], [3, 2, 247], [2, 0, 303], [0, 2, 499], [3, 1, 933], [1, 0, 219], [0, 3, 951], [3, 1, 74], [0, 1, 503], [2, 1, 206], [0, 3, 427], [3, 2, 699], [2, 1, 114], [2, 3, 50], [1, 0, 454], [0, 3, 940], [3, 0, 417], [0, 3, 617], [0, 3, 128], [3, 1, 378], [3, 0, 336], [2, 3, 649], [2, 0, 758], [2, 1, 295], [1, 3, 554], [0, 3, 795], [3, 2, 721], [0, 3, 599], [1, 3, 64], [2, 0, 989], [3, 1, 779], [3, 1, 746], [0, 1, 930], [3, 2, 380], [2, 3, 856], [0, 1, 568], [1, 0, 402], [1, 3, 212], [0, 3, 493], [3, 1, 542], [2, 1, 200], [1, 3, 492], [3, 2, 856], [1, 0, 425], [1, 2, 162], [2, 3, 406], [0, 3, 48], [0, 1, 904], [0, 1, 181], [0, 3, 519], [3, 2, 282], [2, 3, 445], [3, 1, 941], [3, 0, 648], [2, 1, 135], [3, 1, 750], [0, 2, 448], [3, 2, 25], [0, 3, 587], [3, 2, 521], [2, 0, 787]])," 16 (numberOfSets 4 86908 [[1, 2, 261], [3, 0, 805], [3, 0, 125], [3, 1, 634], [1, 2, 251], [1, 2, 638], [1, 0, 353], [2, 0, 289], [2, 3, 16], [3, 2, 702], [0, 2, 279], [2, 3, 366], [3, 0, 435], [3, 0, 335], [2, 0, 545], [2, 1, 657], [2, 0, 964], [2, 3, 668], [1, 3, 773], [1, 3, 85], [3, 2, 203], [3, 2, 78], [3, 2, 961], [3, 0, 656], [1, 2, 878], [0, 1, 786], [0, 1, 792], [3, 1, 706], [1, 2, 51], [0, 3, 700], [3, 0, 86], [0, 1, 859], [2, 0, 982], [0, 3, 532], [2, 3, 940], [0, 3, 709], [0, 3, 923], [2, 0, 527], [2, 0, 406], [3, 0, 519], [2, 3, 328], [1, 3, 869], [1, 3, 617], [3, 1, 479], [1, 3, 578], [0, 2, 308], [0, 3, 665], [3, 2, 901], [0, 2, 125], [0, 3, 459], [1, 2, 246], [1, 3, 249], [1, 0, 543], [2, 3, 148], [1, 2, 546], [2, 1, 772], [2, 1, 808], [0, 1, 619], [2, 3, 372], [1, 2, 865], [3, 2, 821], [3, 1, 326], [2, 0, 690], [2, 0, 523], [3, 2, 567], [3, 0, 575], [3, 2, 263], [1, 0, 308], [3, 1, 614], [2, 0, 698], [2, 0, 821], [3, 1, 686], [2, 1, 488], [1, 3, 546], [2, 1, 532], [1, 0, 455], [0, 1, 665], [2, 0, 192], [2, 0, 547], [1, 3, 531], [3, 0, 613], [2, 1, 184], [3, 1, 919], [1, 0, 738], [0, 2, 46], [3, 1, 160], [1, 2, 178], [0, 3, 493], [3, 1, 339], [2, 0, 176], [2, 1, 132], [2, 3, 820], [3, 2, 128], [3, 2, 53], [2, 1, 796], [0, 2, 745], [0, 1, 849], [2, 1, 744], [3, 2, 315], [1, 0, 274], [2, 1, 478], [3, 0, 302], [1, 0, 156], [0, 1, 216], [3, 0, 545], [1, 0, 9], [3, 0, 930], [3, 1, 403], [2, 0, 962], [1, 3, 887], [3, 1, 255], [1, 3, 769], [0, 1, 615], [3, 2, 978], [1, 2, 312], [1, 3, 704], [1, 0, 795], [3, 2, 252], [2, 1, 423], [2, 1, 103], [3, 0, 709], [2, 3, 534], [2, 3, 582], [1, 2, 950], [1, 3, 500], [2, 3, 98], [1, 2, 817], [3, 0, 529], [3, 2, 641], [2, 0, 720], [1, 0, 905], [3, 2, 247], [2, 0, 303], [0, 2, 499], [3, 1, 933], [1, 0, 219], [0, 3, 951], [3, 1, 74], [0, 1, 503], [2, 1, 206], [0, 3, 427], [3, 2, 699], [2, 1, 114], [2, 3, 50], [1, 0, 454], [0, 3, 940], [3, 0, 417], [0, 3, 617], [0, 3, 128], [3, 1, 378], [3, 0, 336], [2, 3, 649], [2, 0, 758], [2, 1, 295], [1, 3, 554], [0, 3, 795], [3, 2, 721], [0, 3, 599], [1, 3, 64], [2, 0, 989], [3, 1, 779], [3, 1, 746], [0, 1, 930], [3, 2, 380], [2, 3, 856], [0, 1, 568], [1, 0, 402], [1, 3, 212], [0, 3, 493], [3, 1, 542], [2, 1, 200], [1, 3, 492], [3, 2, 856], [1, 0, 425], [1, 2, 162], [2, 3, 406], [0, 3, 48], [0, 1, 904], [0, 1, 181], [0, 3, 519], [3, 2, 282], [2, 3, 445], [3, 1, 941], [3, 0, 648], [2, 1, 135], [3, 1, 750], [0, 2, 448], [3, 2, 25], [0, 3, 587], [3, 2, 521], [2, 0, 787]]))
+
+test8 :: Test
+test8 = TestCase (assertEqual "for (numberOfSets 10 30571 [[7, 5, 39], [6, 0, 355], [4, 3, 50], [4, 9, 650], [3, 4, 961], [2, 8, 106], [7, 3, 700], [6, 9, 504], [2, 5, 701], [1, 8, 601], [0, 2, 675], [5, 2, 834], [0, 5, 215], [9, 5, 909], [7, 0, 798], [7, 2, 91], [9, 5, 704], [8, 0, 209], [3, 7, 216], [4, 9, 288], [7, 4, 121], [3, 8, 208], [5, 7, 43], [6, 3, 851], [3, 9, 16], [9, 7, 635], [1, 8, 75], [5, 9, 576], [3, 4, 193], [6, 2, 670], [9, 7, 226], [7, 9, 101], [0, 7, 860], [1, 3, 565], [4, 3, 384], [1, 6, 120], [8, 1, 889], [0, 6, 177], [5, 6, 863], [7, 1, 297], [3, 1, 662], [7, 3, 171], [6, 9, 730], [0, 3, 205], [0, 8, 497], [2, 7, 320], [5, 7, 761], [5, 9, 855], [5, 9, 744], [6, 4, 955], [7, 9, 7], [2, 1, 394], [7, 0, 510], [6, 9, 140], [0, 5, 313], [0, 6, 871], [9, 4, 326], [1, 2, 43], [6, 2, 845], [4, 7, 752], [0, 9, 279], [0, 6, 569], [1, 2, 856], [0, 1, 817], [6, 3, 278], [9, 6, 351], [3, 9, 565], [1, 3, 990], [6, 7, 794], [9, 5, 727], [5, 9, 43], [1, 7, 787], [2, 3, 54], [2, 7, 133], [8, 0, 121], [0, 6, 301], [1, 8, 150], [9, 7, 102], [4, 8, 84], [0, 2, 305], [8, 3, 866], [2, 6, 277], [4, 2, 559], [6, 8, 372], [3, 1, 127], [9, 5, 525], [7, 2, 24], [6, 5, 982], [1, 3, 59], [2, 4, 457], [3, 9, 86], [8, 7, 565], [7, 0, 307], [1, 9, 696], [6, 7, 578], [7, 6, 628], [8, 4, 818], [2, 0, 413], [4, 8, 197], [6, 3, 902], [1, 4, 924], [4, 5, 936], [7, 0, 202], [5, 8, 47], [7, 1, 583], [8, 1, 426], [9, 5, 115], [0, 3, 529], [5, 1, 928], [7, 3, 912], [2, 6, 719], [9, 1, 921], [7, 1, 489], [8, 5, 196], [4, 6, 837], [6, 1, 112], [0, 5, 820], [2, 6, 897], [1, 4, 332], [9, 7, 867], [5, 0, 186], [5, 4, 16], [8, 5, 89]])," 1019 (numberOfSets 10 30571 [[7, 5, 39], [6, 0, 355], [4, 3, 50], [4, 9, 650], [3, 4, 961], [2, 8, 106], [7, 3, 700], [6, 9, 504], [2, 5, 701], [1, 8, 601], [0, 2, 675], [5, 2, 834], [0, 5, 215], [9, 5, 909], [7, 0, 798], [7, 2, 91], [9, 5, 704], [8, 0, 209], [3, 7, 216], [4, 9, 288], [7, 4, 121], [3, 8, 208], [5, 7, 43], [6, 3, 851], [3, 9, 16], [9, 7, 635], [1, 8, 75], [5, 9, 576], [3, 4, 193], [6, 2, 670], [9, 7, 226], [7, 9, 101], [0, 7, 860], [1, 3, 565], [4, 3, 384], [1, 6, 120], [8, 1, 889], [0, 6, 177], [5, 6, 863], [7, 1, 297], [3, 1, 662], [7, 3, 171], [6, 9, 730], [0, 3, 205], [0, 8, 497], [2, 7, 320], [5, 7, 761], [5, 9, 855], [5, 9, 744], [6, 4, 955], [7, 9, 7], [2, 1, 394], [7, 0, 510], [6, 9, 140], [0, 5, 313], [0, 6, 871], [9, 4, 326], [1, 2, 43], [6, 2, 845], [4, 7, 752], [0, 9, 279], [0, 6, 569], [1, 2, 856], [0, 1, 817], [6, 3, 278], [9, 6, 351], [3, 9, 565], [1, 3, 990], [6, 7, 794], [9, 5, 727], [5, 9, 43], [1, 7, 787], [2, 3, 54], [2, 7, 133], [8, 0, 121], [0, 6, 301], [1, 8, 150], [9, 7, 102], [4, 8, 84], [0, 2, 305], [8, 3, 866], [2, 6, 277], [4, 2, 559], [6, 8, 372], [3, 1, 127], [9, 5, 525], [7, 2, 24], [6, 5, 982], [1, 3, 59], [2, 4, 457], [3, 9, 86], [8, 7, 565], [7, 0, 307], [1, 9, 696], [6, 7, 578], [7, 6, 628], [8, 4, 818], [2, 0, 413], [4, 8, 197], [6, 3, 902], [1, 4, 924], [4, 5, 936], [7, 0, 202], [5, 8, 47], [7, 1, 583], [8, 1, 426], [9, 5, 115], [0, 3, 529], [5, 1, 928], [7, 3, 912], [2, 6, 719], [9, 1, 921], [7, 1, 489], [8, 5, 196], [4, 6, 837], [6, 1, 112], [0, 5, 820], [2, 6, 897], [1, 4, 332], [9, 7, 867], [5, 0, 186], [5, 4, 16], [8, 5, 89]]))
+
+test9 :: Test
+test9 = TestCase (assertEqual "for (numberOfSets 7 85696 [[4, 6, 374], [2, 3, 736], [5, 1, 930], [1, 5, 892], [4, 0, 846], [6, 5, 380], [0, 2, 479], [4, 5, 411], [4, 0, 198], [3, 1, 770], [2, 5, 26], [1, 5, 989], [5, 0, 911], [6, 3, 189], [4, 5, 108], [3, 6, 34], [2, 3, 246], [4, 1, 966], [4, 5, 599], [6, 5, 1000], [2, 1, 125], [2, 5, 483], [0, 5, 979], [4, 3, 28], [4, 6, 823], [1, 5, 871], [4, 6, 847], [1, 6, 50], [0, 6, 212], [2, 1, 594], [5, 1, 697], [5, 4, 655], [2, 0, 489], [0, 5, 980], [5, 0, 364], [2, 4, 797], [6, 5, 730], [4, 2, 756], [6, 0, 588], [1, 2, 467], [0, 5, 240], [6, 3, 25], [6, 0, 870], [5, 4, 132], [0, 6, 870], [6, 4, 886], [5, 6, 809], [2, 1, 991], [4, 6, 869], [5, 3, 430], [0, 2, 223], [1, 5, 337], [6, 1, 740], [5, 4, 259], [1, 4, 618], [6, 5, 89], [5, 3, 401], [3, 4, 956], [5, 4, 100], [0, 4, 779], [4, 2, 274], [0, 5, 452], [6, 3, 341], [1, 5, 374], [6, 2, 437], [1, 2, 138], [6, 4, 809], [5, 1, 408], [1, 0, 698], [4, 6, 452], [4, 1, 716], [1, 2, 602], [3, 6, 327], [5, 1, 709], [6, 2, 542], [5, 2, 470], [2, 0, 252], [5, 0, 16], [1, 5, 49], [5, 2, 355], [5, 0, 773], [2, 5, 926], [1, 6, 400], [5, 0, 996], [1, 5, 880], [1, 4, 322], [0, 3, 234], [6, 4, 181], [3, 2, 723], [6, 3, 122], [2, 6, 340], [6, 5, 624], [0, 1, 913], [0, 2, 663], [5, 0, 523], [0, 3, 805], [0, 6, 250], [3, 2, 896], [1, 5, 106], [0, 2, 529], [4, 5, 375], [6, 5, 591], [5, 2, 725], [3, 2, 577], [4, 1, 97], [2, 5, 537], [6, 5, 835], [0, 5, 398], [3, 4, 442], [1, 2, 901], [0, 5, 738], [6, 0, 537], [5, 1, 527], [1, 5, 709], [2, 5, 38], [3, 0, 48], [5, 1, 278], [2, 0, 799], [6, 4, 792], [2, 1, 274], [1, 5, 136], [5, 0, 145], [0, 3, 466], [5, 3, 833], [4, 1, 915], [2, 4, 843], [3, 2, 100], [2, 6, 279], [2, 5, 483], [6, 3, 950], [5, 4, 16], [0, 1, 951], [2, 6, 171], [2, 0, 95], [4, 5, 349], [0, 5, 170], [0, 1, 287], [6, 4, 526], [1, 5, 613], [6, 5, 887], [0, 2, 100], [1, 0, 717], [3, 4, 965], [2, 5, 601], [3, 6, 594], [2, 3, 473], [3, 0, 205], [4, 2, 713], [1, 2, 664], [4, 0, 107], [4, 2, 894], [2, 4, 77], [5, 2, 437], [5, 0, 379], [4, 3, 553], [0, 2, 576], [0, 4, 105], [3, 5, 843], [6, 5, 706], [2, 4, 276], [0, 1, 301], [0, 2, 190], [2, 6, 617], [4, 0, 898], [5, 6, 247], [4, 1, 914], [5, 2, 423], [1, 5, 253], [6, 0, 978], [2, 0, 538], [2, 6, 693], [0, 3, 661], [4, 1, 403], [6, 4, 332], [1, 2, 563], [4, 1, 645], [6, 0, 202], [6, 4, 761], [2, 0, 672], [4, 1, 904], [5, 1, 546], [6, 5, 280], [2, 1, 107], [1, 3, 665], [3, 4, 985], [5, 6, 97], [4, 2, 707], [6, 2, 624], [5, 6, 535], [5, 0, 133], [6, 2, 868], [3, 6, 229], [6, 4, 835], [5, 0, 278], [2, 5, 105], [4, 6, 102], [4, 0, 699], [0, 3, 365], [4, 6, 791], [4, 0, 708], [1, 0, 824], [2, 6, 358], [6, 4, 669], [0, 3, 951], [5, 0, 546], [1, 5, 566], [3, 2, 674], [4, 3, 544], [3, 5, 104], [6, 2, 180], [3, 2, 196], [3, 6, 472], [0, 5, 605], [3, 6, 382], [2, 0, 772], [0, 2, 660], [3, 5, 249], [6, 5, 577], [5, 0, 551], [3, 6, 5], [1, 6, 460], [1, 0, 303], [6, 4, 746], [2, 4, 53], [2, 4, 946], [6, 1, 563], [6, 5, 816], [3, 6, 953], [0, 4, 812], [0, 4, 1], [3, 2, 690], [4, 6, 607], [0, 2, 263], [5, 1, 859], [4, 2, 424], [4, 6, 350], [0, 2, 760], [5, 6, 725], [2, 4, 604], [1, 0, 562], [3, 5, 822], [2, 5, 78], [5, 6, 650], [5, 0, 991], [0, 2, 160], [4, 2, 560], [1, 4, 801], [2, 5, 158], [5, 4, 503], [3, 6, 930], [6, 3, 423], [4, 3, 463], [2, 1, 264], [4, 3, 886], [0, 3, 336], [1, 6, 413], [0, 6, 723], [4, 5, 954], [2, 6, 689], [0, 1, 189], [4, 0, 384], [5, 3, 603], [4, 3, 29], [3, 6, 926], [0, 2, 390], [3, 0, 965], [3, 6, 57], [5, 6, 919], [4, 3, 711], [1, 2, 579], [2, 6, 950], [4, 5, 783], [5, 4, 687], [3, 4, 167], [3, 1, 214], [4, 2, 629], [2, 0, 512], [6, 1, 913], [6, 3, 42], [1, 6, 190], [6, 5, 891], [4, 6, 20], [3, 4, 182], [2, 1, 123], [0, 2, 749], [6, 5, 621], [4, 2, 162], [6, 5, 240], [1, 0, 702], [3, 2, 638], [0, 6, 728], [0, 5, 324], [4, 0, 982], [6, 2, 378], [4, 2, 175], [3, 4, 505], [6, 4, 91], [6, 3, 69], [3, 1, 619], [1, 2, 726], [4, 6, 606], [3, 2, 785], [4, 5, 849], [6, 4, 796], [2, 6, 430], [2, 4, 358], [5, 1, 175], [5, 6, 188], [4, 1, 848], [5, 4, 543], [2, 1, 77], [1, 2, 25], [2, 0, 339], [1, 4, 986], [0, 6, 418], [3, 6, 718], [2, 5, 742], [4, 2, 498], [1, 6, 255], [2, 3, 666], [0, 1, 257], [5, 1, 989], [1, 0, 157], [6, 2, 48], [5, 6, 596], [0, 1, 331], [5, 2, 607], [1, 3, 352], [6, 4, 331], [5, 1, 959], [5, 4, 82], [0, 4, 480], [1, 0, 282], [5, 0, 763], [3, 6, 856], [4, 2, 883], [4, 6, 232], [4, 2, 708], [5, 3, 595], [4, 6, 467], [6, 0, 303], [3, 2, 531], [6, 0, 1], [4, 3, 560], [0, 3, 284], [4, 3, 977], [2, 5, 853], [2, 4, 179], [6, 3, 936], [1, 2, 699], [2, 4, 601], [5, 1, 486], [2, 0, 352], [3, 6, 480], [4, 3, 614], [2, 4, 913], [2, 4, 310], [3, 6, 840], [1, 5, 568], [4, 5, 155], [5, 2, 272], [0, 6, 97], [5, 3, 26], [0, 4, 950], [5, 0, 995], [2, 4, 359], [2, 1, 124], [2, 3, 856], [4, 1, 895], [3, 0, 456], [3, 5, 79], [0, 1, 979], [3, 6, 522], [1, 5, 805], [0, 3, 943], [2, 3, 741], [2, 1, 223], [1, 3, 715], [5, 2, 470], [6, 5, 616], [1, 3, 513], [3, 6, 633], [0, 6, 501], [5, 0, 804], [5, 0, 39], [6, 1, 722], [5, 6, 561], [4, 1, 384], [6, 4, 423], [0, 1, 321], [3, 2, 904], [6, 1, 619], [5, 2, 492], [2, 5, 886], [5, 4, 495], [1, 2, 835], [5, 4, 806], [1, 6, 696], [5, 0, 735], [5, 2, 528], [1, 0, 696], [3, 2, 298], [2, 3, 373], [6, 0, 939], [1, 5, 403], [2, 4, 507], [2, 0, 705], [3, 5, 531], [5, 0, 328], [4, 6, 754], [2, 6, 542], [0, 5, 614], [0, 2, 56], [2, 5, 898], [0, 5, 903], [6, 5, 306], [6, 1, 911], [4, 5, 729], [1, 6, 194], [2, 1, 375], [6, 5, 261], [2, 4, 1000], [3, 5, 794], [0, 3, 278], [0, 3, 808], [1, 4, 648], [4, 5, 2], [6, 2, 128], [5, 2, 581], [5, 2, 236], [2, 3, 638], [6, 1, 761], [5, 3, 767], [0, 4, 822], [0, 3, 621], [5, 3, 977], [4, 1, 134], [0, 2, 865], [1, 6, 70], [3, 4, 631], [5, 4, 574], [3, 0, 304], [3, 2, 680], [4, 1, 1], [3, 1, 614], [2, 3, 230], [0, 2, 451], [5, 3, 279], [2, 1, 592], [1, 4, 357], [1, 2, 238], [5, 0, 214], [5, 6, 528], [4, 0, 265], [2, 3, 621], [6, 1, 904], [3, 5, 345], [5, 4, 730], [0, 2, 711], [5, 1, 641], [5, 0, 997], [1, 6, 20], [0, 4, 853], [3, 4, 847], [6, 4, 704], [2, 0, 514], [6, 2, 590], [1, 3, 660], [4, 5, 481], [1, 3, 647], [4, 1, 54], [2, 6, 953], [1, 0, 131], [3, 1, 953], [6, 5, 489], [1, 2, 567], [5, 0, 113], [3, 5, 182], [1, 3, 96], [2, 0, 37], [3, 5, 126], [2, 6, 315], [6, 1, 387], [3, 4, 112], [1, 2, 56], [6, 3, 851], [5, 2, 176], [5, 0, 560], [6, 2, 3], [5, 6, 489], [1, 3, 910], [2, 6, 560], [6, 2, 361], [2, 6, 528], [3, 2, 70], [4, 2, 646], [6, 0, 52], [4, 5, 598], [4, 5, 771], [1, 5, 716], [4, 1, 704], [2, 1, 74], [3, 0, 659], [4, 3, 698], [2, 6, 498], [3, 0, 39], [5, 4, 47], [0, 2, 379], [3, 5, 116], [5, 2, 590], [1, 2, 955], [4, 6, 942], [5, 2, 246], [1, 6, 720], [1, 4, 304], [4, 2, 600], [0, 1, 490], [2, 6, 170], [6, 0, 941], [5, 4, 488], [2, 4, 20], [5, 6, 762], [5, 4, 629], [1, 4, 983], [6, 4, 201], [2, 4, 119], [5, 1, 74], [1, 2, 953], [4, 1, 364], [5, 2, 246], [0, 3, 360], [2, 6, 861], [3, 6, 201], [3, 1, 2], [5, 1, 849], [1, 0, 631], [6, 5, 315], [3, 1, 148], [0, 6, 40], [5, 1, 423], [6, 1, 662], [3, 6, 868], [4, 6, 678], [2, 0, 907], [1, 3, 184], [1, 2, 697], [1, 4, 768], [6, 0, 34], [5, 4, 423], [3, 4, 547], [1, 0, 312], [6, 3, 26], [5, 3, 729], [5, 3, 935], [2, 4, 948], [3, 2, 688], [1, 6, 891], [1, 6, 361], [2, 3, 965], [3, 6, 537], [1, 6, 204], [0, 5, 138], [0, 4, 764], [4, 1, 241], [3, 4, 299], [4, 6, 70], [4, 1, 403], [5, 4, 278], [5, 4, 339], [2, 0, 571], [2, 3, 443], [6, 1, 175], [0, 4, 598], [3, 4, 859], [4, 2, 635], [2, 0, 498], [1, 6, 65], [6, 3, 273], [3, 5, 1000], [5, 1, 336], [0, 6, 493], [6, 0, 493], [4, 1, 691], [6, 3, 843], [4, 1, 524], [3, 4, 971], [0, 2, 387], [0, 3, 632], [6, 2, 70], [5, 4, 869], [2, 6, 487], [2, 1, 294], [2, 3, 822], [2, 3, 329], [5, 3, 881], [1, 3, 795], [5, 0, 206], [5, 4, 540], [1, 0, 731], [0, 5, 423], [4, 6, 547], [5, 3, 893], [6, 3, 678], [0, 5, 747], [0, 3, 109], [0, 6, 250], [6, 0, 160], [0, 4, 969], [3, 5, 717], [5, 6, 229], [5, 2, 792], [4, 6, 598], [3, 1, 738], [5, 6, 248], [1, 6, 48], [4, 6, 336], [3, 6, 705], [0, 2, 379], [4, 3, 820], [6, 1, 509], [3, 5, 454], [4, 1, 684], [3, 1, 341], [4, 3, 372], [2, 4, 399], [3, 4, 160], [5, 3, 694], [6, 1, 404], [0, 1, 465], [1, 5, 985], [4, 6, 894], [6, 0, 794], [0, 4, 170], [2, 6, 289], [4, 1, 260], [2, 4, 458], [5, 1, 831], [4, 1, 908], [3, 5, 477], [6, 3, 35], [1, 0, 11], [5, 3, 912], [1, 0, 36], [5, 6, 894], [6, 2, 913], [2, 5, 490], [4, 5, 314], [2, 3, 497], [6, 3, 333], [0, 1, 893], [1, 0, 269], [5, 3, 635], [2, 3, 643], [6, 2, 468], [6, 3, 262], [5, 0, 812], [3, 0, 535], [6, 3, 407], [3, 6, 299], [0, 4, 114], [2, 6, 521], [4, 2, 618], [6, 5, 201], [1, 5, 781], [5, 3, 248], [6, 0, 328], [3, 0, 455], [1, 2, 483], [3, 2, 643], [3, 0, 695], [2, 6, 502], [6, 0, 194], [4, 6, 640], [4, 3, 12], [6, 2, 20], [5, 0, 5], [3, 0, 256], [3, 5, 719], [1, 0, 902], [5, 1, 344], [0, 5, 198], [0, 6, 609], [0, 3, 741], [4, 3, 710], [6, 2, 812], [2, 5, 530], [2, 3, 304], [4, 5, 895], [6, 3, 955], [6, 3, 145], [4, 0, 268], [6, 3, 518], [0, 2, 903], [2, 6, 627], [2, 5, 69], [5, 1, 117], [6, 5, 904], [2, 5, 977], [1, 5, 649], [4, 0, 192], [5, 6, 913], [1, 6, 972], [2, 1, 494], [0, 5, 240], [4, 2, 460], [2, 0, 356], [0, 6, 720], [6, 3, 281], [2, 3, 327], [6, 3, 792], [5, 0, 852], [6, 1, 302], [3, 2, 331], [0, 2, 126], [0, 3, 31], [0, 1, 387], [4, 5, 695], [1, 4, 68], [2, 3, 118], [4, 0, 1], [1, 0, 993], [1, 2, 661], [6, 5, 91], [0, 3, 147], [0, 5, 984], [4, 5, 621], [5, 2, 583], [1, 2, 537], [1, 6, 882], [4, 2, 46], [4, 5, 112], [6, 0, 418], [0, 2, 1000], [5, 2, 514], [0, 3, 798], [6, 1, 883], [4, 6, 444], [4, 5, 154], [3, 0, 23], [5, 0, 495], [4, 3, 676], [1, 3, 539], [1, 6, 653], [6, 2, 464], [6, 1, 322], [3, 6, 126], [4, 0, 644], [2, 0, 472], [5, 3, 601], [5, 3, 643], [5, 4, 885], [0, 5, 360], [1, 5, 672], [5, 1, 861], [1, 3, 951], [5, 0, 135], [2, 6, 852], [0, 6, 265], [3, 5, 454], [3, 5, 479], [0, 2, 8], [1, 6, 571], [3, 5, 83], [1, 4, 238], [4, 3, 477], [4, 3, 120], [3, 1, 521], [3, 5, 88], [6, 4, 510], [5, 4, 311], [6, 5, 321], [2, 4, 430], [2, 4, 763], [1, 6, 353], [1, 3, 435], [5, 6, 95], [2, 4, 809], [6, 1, 870], [0, 4, 249], [1, 2, 393], [5, 6, 315], [3, 1, 222], [2, 0, 410], [2, 0, 686], [6, 5, 478], [0, 4, 621], [5, 3, 662], [5, 2, 300], [0, 3, 591], [1, 6, 850], [6, 0, 919], [1, 4, 182], [1, 6, 639], [6, 3, 606], [5, 4, 590], [1, 0, 360], [1, 2, 189], [6, 5, 734], [1, 5, 130], [0, 2, 638], [6, 5, 803], [2, 3, 80], [5, 6, 350], [2, 3, 935], [4, 3, 175], [4, 6, 584], [2, 4, 266], [5, 3, 223], [1, 4, 471], [1, 6, 351], [4, 0, 623], [6, 5, 777], [3, 2, 887], [1, 5, 681], [5, 6, 223], [3, 2, 931], [1, 6, 283], [1, 3, 59], [4, 5, 190], [5, 1, 1000], [5, 2, 168], [1, 5, 936], [1, 6, 826], [2, 3, 295], [1, 5, 937], [2, 6, 213], [2, 6, 843], [5, 4, 57], [2, 0, 98], [0, 5, 576], [3, 6, 130], [0, 2, 140], [4, 6, 499], [2, 0, 508], [6, 4, 219], [4, 0, 71], [4, 3, 71], [4, 0, 817], [3, 5, 913], [1, 2, 149], [3, 6, 550], [4, 0, 908], [5, 2, 125], [5, 1, 792], [3, 6, 191], [3, 0, 826], [1, 4, 460], [1, 5, 912], [5, 1, 640], [2, 1, 723], [6, 5, 993], [1, 4, 169], [0, 4, 250]])," 128 (numberOfSets 7 85696 [[4, 6, 374], [2, 3, 736], [5, 1, 930], [1, 5, 892], [4, 0, 846], [6, 5, 380], [0, 2, 479], [4, 5, 411], [4, 0, 198], [3, 1, 770], [2, 5, 26], [1, 5, 989], [5, 0, 911], [6, 3, 189], [4, 5, 108], [3, 6, 34], [2, 3, 246], [4, 1, 966], [4, 5, 599], [6, 5, 1000], [2, 1, 125], [2, 5, 483], [0, 5, 979], [4, 3, 28], [4, 6, 823], [1, 5, 871], [4, 6, 847], [1, 6, 50], [0, 6, 212], [2, 1, 594], [5, 1, 697], [5, 4, 655], [2, 0, 489], [0, 5, 980], [5, 0, 364], [2, 4, 797], [6, 5, 730], [4, 2, 756], [6, 0, 588], [1, 2, 467], [0, 5, 240], [6, 3, 25], [6, 0, 870], [5, 4, 132], [0, 6, 870], [6, 4, 886], [5, 6, 809], [2, 1, 991], [4, 6, 869], [5, 3, 430], [0, 2, 223], [1, 5, 337], [6, 1, 740], [5, 4, 259], [1, 4, 618], [6, 5, 89], [5, 3, 401], [3, 4, 956], [5, 4, 100], [0, 4, 779], [4, 2, 274], [0, 5, 452], [6, 3, 341], [1, 5, 374], [6, 2, 437], [1, 2, 138], [6, 4, 809], [5, 1, 408], [1, 0, 698], [4, 6, 452], [4, 1, 716], [1, 2, 602], [3, 6, 327], [5, 1, 709], [6, 2, 542], [5, 2, 470], [2, 0, 252], [5, 0, 16], [1, 5, 49], [5, 2, 355], [5, 0, 773], [2, 5, 926], [1, 6, 400], [5, 0, 996], [1, 5, 880], [1, 4, 322], [0, 3, 234], [6, 4, 181], [3, 2, 723], [6, 3, 122], [2, 6, 340], [6, 5, 624], [0, 1, 913], [0, 2, 663], [5, 0, 523], [0, 3, 805], [0, 6, 250], [3, 2, 896], [1, 5, 106], [0, 2, 529], [4, 5, 375], [6, 5, 591], [5, 2, 725], [3, 2, 577], [4, 1, 97], [2, 5, 537], [6, 5, 835], [0, 5, 398], [3, 4, 442], [1, 2, 901], [0, 5, 738], [6, 0, 537], [5, 1, 527], [1, 5, 709], [2, 5, 38], [3, 0, 48], [5, 1, 278], [2, 0, 799], [6, 4, 792], [2, 1, 274], [1, 5, 136], [5, 0, 145], [0, 3, 466], [5, 3, 833], [4, 1, 915], [2, 4, 843], [3, 2, 100], [2, 6, 279], [2, 5, 483], [6, 3, 950], [5, 4, 16], [0, 1, 951], [2, 6, 171], [2, 0, 95], [4, 5, 349], [0, 5, 170], [0, 1, 287], [6, 4, 526], [1, 5, 613], [6, 5, 887], [0, 2, 100], [1, 0, 717], [3, 4, 965], [2, 5, 601], [3, 6, 594], [2, 3, 473], [3, 0, 205], [4, 2, 713], [1, 2, 664], [4, 0, 107], [4, 2, 894], [2, 4, 77], [5, 2, 437], [5, 0, 379], [4, 3, 553], [0, 2, 576], [0, 4, 105], [3, 5, 843], [6, 5, 706], [2, 4, 276], [0, 1, 301], [0, 2, 190], [2, 6, 617], [4, 0, 898], [5, 6, 247], [4, 1, 914], [5, 2, 423], [1, 5, 253], [6, 0, 978], [2, 0, 538], [2, 6, 693], [0, 3, 661], [4, 1, 403], [6, 4, 332], [1, 2, 563], [4, 1, 645], [6, 0, 202], [6, 4, 761], [2, 0, 672], [4, 1, 904], [5, 1, 546], [6, 5, 280], [2, 1, 107], [1, 3, 665], [3, 4, 985], [5, 6, 97], [4, 2, 707], [6, 2, 624], [5, 6, 535], [5, 0, 133], [6, 2, 868], [3, 6, 229], [6, 4, 835], [5, 0, 278], [2, 5, 105], [4, 6, 102], [4, 0, 699], [0, 3, 365], [4, 6, 791], [4, 0, 708], [1, 0, 824], [2, 6, 358], [6, 4, 669], [0, 3, 951], [5, 0, 546], [1, 5, 566], [3, 2, 674], [4, 3, 544], [3, 5, 104], [6, 2, 180], [3, 2, 196], [3, 6, 472], [0, 5, 605], [3, 6, 382], [2, 0, 772], [0, 2, 660], [3, 5, 249], [6, 5, 577], [5, 0, 551], [3, 6, 5], [1, 6, 460], [1, 0, 303], [6, 4, 746], [2, 4, 53], [2, 4, 946], [6, 1, 563], [6, 5, 816], [3, 6, 953], [0, 4, 812], [0, 4, 1], [3, 2, 690], [4, 6, 607], [0, 2, 263], [5, 1, 859], [4, 2, 424], [4, 6, 350], [0, 2, 760], [5, 6, 725], [2, 4, 604], [1, 0, 562], [3, 5, 822], [2, 5, 78], [5, 6, 650], [5, 0, 991], [0, 2, 160], [4, 2, 560], [1, 4, 801], [2, 5, 158], [5, 4, 503], [3, 6, 930], [6, 3, 423], [4, 3, 463], [2, 1, 264], [4, 3, 886], [0, 3, 336], [1, 6, 413], [0, 6, 723], [4, 5, 954], [2, 6, 689], [0, 1, 189], [4, 0, 384], [5, 3, 603], [4, 3, 29], [3, 6, 926], [0, 2, 390], [3, 0, 965], [3, 6, 57], [5, 6, 919], [4, 3, 711], [1, 2, 579], [2, 6, 950], [4, 5, 783], [5, 4, 687], [3, 4, 167], [3, 1, 214], [4, 2, 629], [2, 0, 512], [6, 1, 913], [6, 3, 42], [1, 6, 190], [6, 5, 891], [4, 6, 20], [3, 4, 182], [2, 1, 123], [0, 2, 749], [6, 5, 621], [4, 2, 162], [6, 5, 240], [1, 0, 702], [3, 2, 638], [0, 6, 728], [0, 5, 324], [4, 0, 982], [6, 2, 378], [4, 2, 175], [3, 4, 505], [6, 4, 91], [6, 3, 69], [3, 1, 619], [1, 2, 726], [4, 6, 606], [3, 2, 785], [4, 5, 849], [6, 4, 796], [2, 6, 430], [2, 4, 358], [5, 1, 175], [5, 6, 188], [4, 1, 848], [5, 4, 543], [2, 1, 77], [1, 2, 25], [2, 0, 339], [1, 4, 986], [0, 6, 418], [3, 6, 718], [2, 5, 742], [4, 2, 498], [1, 6, 255], [2, 3, 666], [0, 1, 257], [5, 1, 989], [1, 0, 157], [6, 2, 48], [5, 6, 596], [0, 1, 331], [5, 2, 607], [1, 3, 352], [6, 4, 331], [5, 1, 959], [5, 4, 82], [0, 4, 480], [1, 0, 282], [5, 0, 763], [3, 6, 856], [4, 2, 883], [4, 6, 232], [4, 2, 708], [5, 3, 595], [4, 6, 467], [6, 0, 303], [3, 2, 531], [6, 0, 1], [4, 3, 560], [0, 3, 284], [4, 3, 977], [2, 5, 853], [2, 4, 179], [6, 3, 936], [1, 2, 699], [2, 4, 601], [5, 1, 486], [2, 0, 352], [3, 6, 480], [4, 3, 614], [2, 4, 913], [2, 4, 310], [3, 6, 840], [1, 5, 568], [4, 5, 155], [5, 2, 272], [0, 6, 97], [5, 3, 26], [0, 4, 950], [5, 0, 995], [2, 4, 359], [2, 1, 124], [2, 3, 856], [4, 1, 895], [3, 0, 456], [3, 5, 79], [0, 1, 979], [3, 6, 522], [1, 5, 805], [0, 3, 943], [2, 3, 741], [2, 1, 223], [1, 3, 715], [5, 2, 470], [6, 5, 616], [1, 3, 513], [3, 6, 633], [0, 6, 501], [5, 0, 804], [5, 0, 39], [6, 1, 722], [5, 6, 561], [4, 1, 384], [6, 4, 423], [0, 1, 321], [3, 2, 904], [6, 1, 619], [5, 2, 492], [2, 5, 886], [5, 4, 495], [1, 2, 835], [5, 4, 806], [1, 6, 696], [5, 0, 735], [5, 2, 528], [1, 0, 696], [3, 2, 298], [2, 3, 373], [6, 0, 939], [1, 5, 403], [2, 4, 507], [2, 0, 705], [3, 5, 531], [5, 0, 328], [4, 6, 754], [2, 6, 542], [0, 5, 614], [0, 2, 56], [2, 5, 898], [0, 5, 903], [6, 5, 306], [6, 1, 911], [4, 5, 729], [1, 6, 194], [2, 1, 375], [6, 5, 261], [2, 4, 1000], [3, 5, 794], [0, 3, 278], [0, 3, 808], [1, 4, 648], [4, 5, 2], [6, 2, 128], [5, 2, 581], [5, 2, 236], [2, 3, 638], [6, 1, 761], [5, 3, 767], [0, 4, 822], [0, 3, 621], [5, 3, 977], [4, 1, 134], [0, 2, 865], [1, 6, 70], [3, 4, 631], [5, 4, 574], [3, 0, 304], [3, 2, 680], [4, 1, 1], [3, 1, 614], [2, 3, 230], [0, 2, 451], [5, 3, 279], [2, 1, 592], [1, 4, 357], [1, 2, 238], [5, 0, 214], [5, 6, 528], [4, 0, 265], [2, 3, 621], [6, 1, 904], [3, 5, 345], [5, 4, 730], [0, 2, 711], [5, 1, 641], [5, 0, 997], [1, 6, 20], [0, 4, 853], [3, 4, 847], [6, 4, 704], [2, 0, 514], [6, 2, 590], [1, 3, 660], [4, 5, 481], [1, 3, 647], [4, 1, 54], [2, 6, 953], [1, 0, 131], [3, 1, 953], [6, 5, 489], [1, 2, 567], [5, 0, 113], [3, 5, 182], [1, 3, 96], [2, 0, 37], [3, 5, 126], [2, 6, 315], [6, 1, 387], [3, 4, 112], [1, 2, 56], [6, 3, 851], [5, 2, 176], [5, 0, 560], [6, 2, 3], [5, 6, 489], [1, 3, 910], [2, 6, 560], [6, 2, 361], [2, 6, 528], [3, 2, 70], [4, 2, 646], [6, 0, 52], [4, 5, 598], [4, 5, 771], [1, 5, 716], [4, 1, 704], [2, 1, 74], [3, 0, 659], [4, 3, 698], [2, 6, 498], [3, 0, 39], [5, 4, 47], [0, 2, 379], [3, 5, 116], [5, 2, 590], [1, 2, 955], [4, 6, 942], [5, 2, 246], [1, 6, 720], [1, 4, 304], [4, 2, 600], [0, 1, 490], [2, 6, 170], [6, 0, 941], [5, 4, 488], [2, 4, 20], [5, 6, 762], [5, 4, 629], [1, 4, 983], [6, 4, 201], [2, 4, 119], [5, 1, 74], [1, 2, 953], [4, 1, 364], [5, 2, 246], [0, 3, 360], [2, 6, 861], [3, 6, 201], [3, 1, 2], [5, 1, 849], [1, 0, 631], [6, 5, 315], [3, 1, 148], [0, 6, 40], [5, 1, 423], [6, 1, 662], [3, 6, 868], [4, 6, 678], [2, 0, 907], [1, 3, 184], [1, 2, 697], [1, 4, 768], [6, 0, 34], [5, 4, 423], [3, 4, 547], [1, 0, 312], [6, 3, 26], [5, 3, 729], [5, 3, 935], [2, 4, 948], [3, 2, 688], [1, 6, 891], [1, 6, 361], [2, 3, 965], [3, 6, 537], [1, 6, 204], [0, 5, 138], [0, 4, 764], [4, 1, 241], [3, 4, 299], [4, 6, 70], [4, 1, 403], [5, 4, 278], [5, 4, 339], [2, 0, 571], [2, 3, 443], [6, 1, 175], [0, 4, 598], [3, 4, 859], [4, 2, 635], [2, 0, 498], [1, 6, 65], [6, 3, 273], [3, 5, 1000], [5, 1, 336], [0, 6, 493], [6, 0, 493], [4, 1, 691], [6, 3, 843], [4, 1, 524], [3, 4, 971], [0, 2, 387], [0, 3, 632], [6, 2, 70], [5, 4, 869], [2, 6, 487], [2, 1, 294], [2, 3, 822], [2, 3, 329], [5, 3, 881], [1, 3, 795], [5, 0, 206], [5, 4, 540], [1, 0, 731], [0, 5, 423], [4, 6, 547], [5, 3, 893], [6, 3, 678], [0, 5, 747], [0, 3, 109], [0, 6, 250], [6, 0, 160], [0, 4, 969], [3, 5, 717], [5, 6, 229], [5, 2, 792], [4, 6, 598], [3, 1, 738], [5, 6, 248], [1, 6, 48], [4, 6, 336], [3, 6, 705], [0, 2, 379], [4, 3, 820], [6, 1, 509], [3, 5, 454], [4, 1, 684], [3, 1, 341], [4, 3, 372], [2, 4, 399], [3, 4, 160], [5, 3, 694], [6, 1, 404], [0, 1, 465], [1, 5, 985], [4, 6, 894], [6, 0, 794], [0, 4, 170], [2, 6, 289], [4, 1, 260], [2, 4, 458], [5, 1, 831], [4, 1, 908], [3, 5, 477], [6, 3, 35], [1, 0, 11], [5, 3, 912], [1, 0, 36], [5, 6, 894], [6, 2, 913], [2, 5, 490], [4, 5, 314], [2, 3, 497], [6, 3, 333], [0, 1, 893], [1, 0, 269], [5, 3, 635], [2, 3, 643], [6, 2, 468], [6, 3, 262], [5, 0, 812], [3, 0, 535], [6, 3, 407], [3, 6, 299], [0, 4, 114], [2, 6, 521], [4, 2, 618], [6, 5, 201], [1, 5, 781], [5, 3, 248], [6, 0, 328], [3, 0, 455], [1, 2, 483], [3, 2, 643], [3, 0, 695], [2, 6, 502], [6, 0, 194], [4, 6, 640], [4, 3, 12], [6, 2, 20], [5, 0, 5], [3, 0, 256], [3, 5, 719], [1, 0, 902], [5, 1, 344], [0, 5, 198], [0, 6, 609], [0, 3, 741], [4, 3, 710], [6, 2, 812], [2, 5, 530], [2, 3, 304], [4, 5, 895], [6, 3, 955], [6, 3, 145], [4, 0, 268], [6, 3, 518], [0, 2, 903], [2, 6, 627], [2, 5, 69], [5, 1, 117], [6, 5, 904], [2, 5, 977], [1, 5, 649], [4, 0, 192], [5, 6, 913], [1, 6, 972], [2, 1, 494], [0, 5, 240], [4, 2, 460], [2, 0, 356], [0, 6, 720], [6, 3, 281], [2, 3, 327], [6, 3, 792], [5, 0, 852], [6, 1, 302], [3, 2, 331], [0, 2, 126], [0, 3, 31], [0, 1, 387], [4, 5, 695], [1, 4, 68], [2, 3, 118], [4, 0, 1], [1, 0, 993], [1, 2, 661], [6, 5, 91], [0, 3, 147], [0, 5, 984], [4, 5, 621], [5, 2, 583], [1, 2, 537], [1, 6, 882], [4, 2, 46], [4, 5, 112], [6, 0, 418], [0, 2, 1000], [5, 2, 514], [0, 3, 798], [6, 1, 883], [4, 6, 444], [4, 5, 154], [3, 0, 23], [5, 0, 495], [4, 3, 676], [1, 3, 539], [1, 6, 653], [6, 2, 464], [6, 1, 322], [3, 6, 126], [4, 0, 644], [2, 0, 472], [5, 3, 601], [5, 3, 643], [5, 4, 885], [0, 5, 360], [1, 5, 672], [5, 1, 861], [1, 3, 951], [5, 0, 135], [2, 6, 852], [0, 6, 265], [3, 5, 454], [3, 5, 479], [0, 2, 8], [1, 6, 571], [3, 5, 83], [1, 4, 238], [4, 3, 477], [4, 3, 120], [3, 1, 521], [3, 5, 88], [6, 4, 510], [5, 4, 311], [6, 5, 321], [2, 4, 430], [2, 4, 763], [1, 6, 353], [1, 3, 435], [5, 6, 95], [2, 4, 809], [6, 1, 870], [0, 4, 249], [1, 2, 393], [5, 6, 315], [3, 1, 222], [2, 0, 410], [2, 0, 686], [6, 5, 478], [0, 4, 621], [5, 3, 662], [5, 2, 300], [0, 3, 591], [1, 6, 850], [6, 0, 919], [1, 4, 182], [1, 6, 639], [6, 3, 606], [5, 4, 590], [1, 0, 360], [1, 2, 189], [6, 5, 734], [1, 5, 130], [0, 2, 638], [6, 5, 803], [2, 3, 80], [5, 6, 350], [2, 3, 935], [4, 3, 175], [4, 6, 584], [2, 4, 266], [5, 3, 223], [1, 4, 471], [1, 6, 351], [4, 0, 623], [6, 5, 777], [3, 2, 887], [1, 5, 681], [5, 6, 223], [3, 2, 931], [1, 6, 283], [1, 3, 59], [4, 5, 190], [5, 1, 1000], [5, 2, 168], [1, 5, 936], [1, 6, 826], [2, 3, 295], [1, 5, 937], [2, 6, 213], [2, 6, 843], [5, 4, 57], [2, 0, 98], [0, 5, 576], [3, 6, 130], [0, 2, 140], [4, 6, 499], [2, 0, 508], [6, 4, 219], [4, 0, 71], [4, 3, 71], [4, 0, 817], [3, 5, 913], [1, 2, 149], [3, 6, 550], [4, 0, 908], [5, 2, 125], [5, 1, 792], [3, 6, 191], [3, 0, 826], [1, 4, 460], [1, 5, 912], [5, 1, 640], [2, 1, 723], [6, 5, 993], [1, 4, 169], [0, 4, 250]]))
+
+
+-- Grouping test cases
+tests :: Test
+tests = TestList [TestLabel "Test1" test1, TestLabel "Test2" test2, TestLabel "Test3" test3, TestLabel "Test4" test4, TestLabel "Test5" test5, TestLabel "Test6" test6, TestLabel "Test7" test7, TestLabel "Test8" test8, TestLabel "Test9" test9]
+
+-- Running the tests
+main :: IO Counts
+main = runTestTT tests

number_of_possible_sets_of_closing_branches/java_tests/Main.java

@@ -0,0 +1,25 @@
+
+import static org.junit.jupiter.api.Assertions.*;
+import org.junit.jupiter.api.Test;
+import java.util.List;
+import java.util.Arrays;
+import java.util.ArrayList;
+public class Main {
+    //Program start
+    
+    //Program end
+
+    @Test
+public void test1() {
+    assertEquals(5, numberOfSets(3, 5, new ArrayList<>(Arrays.asList(new ArrayList<>(Arrays.asList(0,1,2)),new ArrayList<>(Arrays.asList(1,2,10)),new ArrayList<>(Arrays.asList(0,2,10))))));
+}
+@Test
+public void test2() {
+    assertEquals(7, numberOfSets(3, 5, new ArrayList<>(Arrays.asList(new ArrayList<>(Arrays.asList(0,1,20)),new ArrayList<>(Arrays.asList(0,1,10)),new ArrayList<>(Arrays.asList(1,2,2)),new ArrayList<>(Arrays.asList(0,2,2))))));
+}
+@Test
+public void test3() {
+    assertEquals(2, numberOfSets(1, 10, new ArrayList<>()));
+}
+
+}

number_of_possible_sets_of_closing_branches/ocaml_tests/main.ml

@@ -0,0 +1,50 @@
+
+module Main = struct
+    open OUnit2
+
+    (* Program start *)
+
+    (* Program end *)
+
+    (* Test cases *)
+    
+let test1 _ = assert_equal 5 (numberOfSets 3 5 [[0;1;2];[1;2;10];[0;2;10]])
+
+let test2 _ = assert_equal 7 (numberOfSets 3 5 [[0;1;20];[0;1;10];[1;2;2];[0;2;2]])
+
+let test3 _ = assert_equal 2 (numberOfSets 1 10 [])
+
+let test4 _ = assert_equal 16 (numberOfSets 4 8561 [[2; 0; 945]; [3; 2; 83]; [1; 2; 44]; [2; 1; 492]; [0; 3; 417]; [2; 3; 242]; [3; 2; 188]; [2; 0; 142]; [1; 2; 106]; [2; 3; 418]; [3; 0; 803]; [1; 0; 255]; [3; 0; 618]; [0; 1; 219]; [2; 1; 460]; [2; 3; 12]; [1; 2; 888]; [0; 3; 199]; [1; 3; 568]; [1; 3; 767]; [2; 3; 587]; [0; 1; 15]; [3; 2; 999]; [3; 1; 778]; [1; 2; 347]; [0; 1; 548]; [1; 2; 891]; [3; 2; 355]; [2; 1; 123]; [3; 0; 806]; [3; 0; 557]; [3; 2; 46]; [3; 0; 851]; [3; 2; 901]; [0; 1; 250]; [2; 3; 613]; [1; 2; 153]; [2; 0; 325]; [3; 0; 4]; [3; 0; 284]; [3; 2; 82]; [0; 3; 970]; [2; 0; 363]; [3; 0; 664]; [3; 0; 225]; [2; 0; 670]; [2; 3; 747]; [1; 3; 459]; [1; 3; 71]; [3; 2; 99]; [3; 0; 985]; [3; 2; 151]; [3; 1; 989]; [1; 2; 47]; [3; 2; 606]; [1; 2; 565]; [2; 3; 106]; [1; 2; 808]; [1; 2; 765]; [1; 0; 334]; [2; 0; 601]; [2; 1; 848]; [3; 1; 73]; [2; 3; 824]; [0; 2; 930]; [3; 1; 954]; [0; 2; 27]; [1; 3; 299]; [2; 3; 423]; [3; 1; 777]; [2; 0; 236]; [2; 1; 79]; [3; 1; 14]; [2; 3; 644]; [3; 2; 137]; [1; 3; 34]; [3; 1; 446]; [0; 2; 43]; [0; 3; 863]; [0; 1; 974]; [1; 3; 512]; [2; 3; 947]; [3; 1; 651]; [1; 0; 980]; [3; 1; 833]; [1; 0; 249]; [2; 1; 948]; [0; 1; 421]; [3; 1; 94]; [1; 3; 306]; [3; 1; 560]; [1; 0; 950]; [0; 2; 291]; [3; 2; 106]; [3; 0; 831]; [1; 2; 739]; [3; 0; 480]; [0; 2; 260]; [1; 3; 671]; [3; 2; 524]; [1; 2; 90]; [0; 2; 163]; [3; 1; 21]; [3; 0; 537]; [1; 2; 716]; [0; 1; 553]; [1; 2; 348]; [1; 3; 915]; [2; 1; 448]; [3; 0; 321]])
+
+let test5 _ = assert_equal 1024 (numberOfSets 10 36854 [[2; 1; 412]; [4; 0; 918]; [9; 2; 773]; [3; 6; 19]; [6; 1; 330]; [7; 4; 226]; [0; 5; 510]; [7; 6; 330]; [7; 1; 296]; [5; 8; 835]; [8; 0; 863]; [4; 9; 592]; [3; 4; 478]; [1; 8; 603]; [6; 9; 859]; [6; 2; 509]; [0; 9; 691]; [7; 6; 506]; [1; 2; 944]; [5; 1; 148]; [1; 3; 131]; [6; 5; 440]; [7; 0; 128]; [5; 4; 269]; [3; 5; 849]; [3; 6; 365]; [0; 6; 834]; [6; 8; 31]; [4; 2; 894]; [4; 0; 898]; [8; 2; 20]; [6; 5; 537]; [1; 6; 199]; [2; 7; 199]; [4; 9; 460]; [8; 3; 389]; [0; 3; 323]; [7; 8; 939]; [6; 5; 794]; [7; 3; 981]; [2; 8; 355]; [4; 1; 515]; [5; 7; 866]; [0; 8; 143]; [0; 6; 258]; [9; 1; 962]; [4; 8; 456]; [4; 2; 464]; [3; 5; 757]; [8; 4; 671]; [4; 2; 579]; [2; 5; 729]; [2; 0; 329]; [1; 5; 558]; [2; 1; 823]; [2; 3; 526]; [3; 2; 205]; [8; 0; 466]; [1; 6; 982]; [5; 4; 763]; [3; 9; 285]; [2; 4; 450]; [8; 5; 790]; [6; 2; 777]; [2; 8; 845]; [2; 5; 369]; [4; 0; 713]; [3; 6; 220]; [6; 0; 570]; [9; 0; 691]; [7; 8; 743]; [7; 2; 184]; [0; 6; 165]; [2; 7; 581]; [9; 2; 585]; [2; 9; 799]; [8; 7; 794]; [5; 3; 484]; [0; 1; 461]; [1; 2; 99]; [9; 6; 640]; [9; 7; 739]; [2; 0; 333]; [1; 0; 454]; [1; 3; 874]; [1; 0; 458]; [3; 2; 994]; [6; 3; 463]; [5; 3; 241]; [4; 2; 301]; [2; 3; 477]; [2; 8; 533]; [9; 3; 537]; [3; 2; 412]; [0; 7; 952]; [2; 4; 624]; [2; 4; 890]; [5; 7; 499]; [1; 9; 862]; [0; 6; 633]; [3; 1; 716]; [3; 7; 429]; [8; 3; 503]; [1; 7; 265]; [6; 9; 581]; [6; 2; 622]; [4; 5; 84]; [2; 6; 618]; [1; 2; 380]; [9; 5; 339]; [1; 6; 134]; [4; 6; 26]; [1; 7; 938]; [6; 3; 687]; [9; 4; 300]; [0; 1; 842]; [5; 6; 997]; [1; 9; 391]; [3; 6; 261]; [5; 7; 165]; [3; 7; 653]; [7; 3; 715]; [5; 1; 913]; [5; 4; 714]; [7; 9; 545]; [8; 9; 735]; [7; 2; 824]; [5; 0; 931]; [1; 7; 344]; [3; 2; 821]; [1; 2; 232]; [2; 8; 489]; [5; 3; 58]; [6; 9; 814]; [5; 9; 413]; [8; 2; 18]; [9; 5; 520]; [9; 5; 901]; [6; 9; 386]; [8; 6; 890]; [7; 9; 968]; [9; 8; 107]; [7; 1; 368]; [6; 2; 503]; [3; 9; 123]; [0; 3; 357]; [3; 8; 870]; [2; 7; 345]; [5; 4; 727]; [4; 9; 535]; [0; 3; 870]; [7; 0; 978]; [7; 4; 241]; [8; 7; 118]; [9; 2; 466]; [1; 7; 27]; [4; 6; 167]; [2; 7; 661]; [4; 1; 396]; [2; 9; 627]; [8; 9; 733]; [3; 7; 653]; [2; 9; 957]; [0; 3; 171]; [8; 2; 313]; [9; 1; 808]; [3; 0; 878]; [9; 1; 566]; [5; 8; 119]; [1; 9; 428]; [2; 7; 975]; [2; 1; 874]; [4; 0; 555]; [0; 5; 667]; [3; 7; 319]; [7; 9; 729]; [3; 7; 278]; [3; 6; 34]; [7; 4; 573]; [8; 3; 899]; [7; 3; 686]; [9; 0; 16]; [1; 7; 845]; [2; 8; 127]; [1; 2; 905]; [0; 1; 685]; [5; 9; 68]; [4; 3; 9]; [7; 2; 129]; [8; 1; 6]; [6; 3; 45]; [5; 7; 617]; [7; 1; 5]; [0; 4; 457]; [5; 0; 476]; [7; 4; 356]; [9; 5; 705]; [1; 8; 326]; [2; 4; 51]; [5; 6; 965]; [1; 0; 200]; [6; 8; 24]; [9; 3; 622]; [5; 4; 804]; [9; 8; 824]; [7; 2; 333]; [3; 1; 882]; [2; 4; 931]; [3; 6; 183]; [2; 4; 613]; [2; 1; 868]; [5; 0; 962]; [5; 9; 8]; [8; 4; 57]; [5; 4; 206]; [4; 9; 683]; [8; 7; 894]; [7; 8; 547]; [8; 4; 463]; [6; 7; 625]; [2; 3; 8]; [4; 0; 441]; [1; 0; 116]; [5; 2; 503]; [6; 5; 292]; [5; 4; 151]; [7; 8; 510]; [9; 2; 602]; [3; 4; 218]; [1; 4; 868]; [8; 9; 632]; [6; 0; 276]; [7; 4; 771]; [7; 6; 916]; [5; 9; 789]; [2; 7; 134]; [6; 2; 611]; [7; 1; 567]; [6; 8; 122]; [7; 5; 336]; [3; 6; 288]; [4; 8; 573]; [1; 0; 747]; [8; 9; 657]; [2; 6; 989]; [4; 2; 625]; [9; 8; 766]; [0; 2; 530]; [6; 5; 418]; [5; 8; 740]; [8; 0; 967]; [4; 0; 20]; [6; 8; 855]; [8; 4; 398]; [5; 9; 831]; [7; 1; 918]; [4; 6; 316]; [0; 6; 632]; [1; 2; 423]; [7; 9; 73]; [1; 4; 131]; [7; 8; 252]; [7; 8; 12]; [3; 1; 41]; [8; 6; 635]; [7; 2; 244]; [5; 8; 537]; [6; 5; 999]; [7; 9; 868]; [8; 5; 715]; [8; 1; 580]; [7; 6; 198]; [1; 2; 977]; [1; 4; 267]; [1; 3; 411]; [4; 8; 777]; [5; 0; 202]; [1; 7; 219]; [0; 6; 697]; [1; 6; 612]; [3; 0; 601]; [7; 3; 805]; [1; 9; 610]; [3; 2; 486]; [5; 0; 51]; [9; 6; 433]; [9; 0; 740]; [4; 8; 406]; [3; 6; 221]; [3; 1; 881]; [1; 9; 129]; [4; 8; 11]; [1; 4; 751]; [0; 5; 831]; [3; 8; 934]; [2; 3; 940]; [4; 1; 317]; [4; 3; 485]; [8; 1; 523]; [5; 6; 707]; [5; 0; 300]; [3; 7; 974]; [0; 7; 559]; [4; 2; 507]; [0; 5; 474]; [5; 1; 220]; [7; 8; 413]; [0; 4; 485]; [2; 6; 357]; [7; 6; 192]; [6; 0; 821]; [5; 2; 985]; [4; 5; 279]; [4; 1; 381]; [0; 1; 927]; [3; 2; 259]; [0; 1; 872]; [7; 9; 120]; [9; 6; 880]; [8; 9; 426]; [6; 2; 368]; [8; 1; 3]; [6; 2; 476]; [1; 0; 830]; [5; 9; 534]; [7; 4; 448]; [1; 7; 489]; [3; 1; 272]; [7; 5; 1000]; [8; 4; 220]; [7; 3; 286]; [4; 7; 873]; [8; 4; 334]; [5; 8; 698]; [7; 5; 518]; [0; 2; 749]; [8; 0; 112]; [7; 9; 208]; [3; 8; 997]; [6; 0; 169]; [9; 5; 688]; [4; 2; 680]; [8; 2; 448]; [3; 8; 986]; [0; 4; 169]; [4; 1; 155]; [4; 8; 901]; [0; 6; 764]; [6; 3; 209]; [2; 3; 982]; [9; 7; 830]; [9; 6; 832]; [1; 6; 382]; [9; 6; 905]; [1; 6; 524]; [0; 2; 915]; [3; 0; 613]; [6; 0; 460]; [4; 5; 936]; [5; 4; 611]; [8; 3; 714]; [7; 4; 879]; [5; 8; 686]; [4; 2; 724]; [8; 6; 544]; [4; 8; 386]; [8; 1; 19]; [0; 4; 265]; [9; 5; 403]; [9; 0; 641]; [9; 8; 864]; [8; 7; 111]; [0; 4; 591]; [9; 8; 816]; [8; 4; 631]; [9; 8; 677]; [3; 9; 129]; [5; 4; 566]; [3; 1; 70]; [1; 2; 335]; [2; 1; 282]; [9; 0; 609]; [1; 5; 658]; [6; 0; 113]; [4; 5; 270]; [1; 8; 295]; [8; 4; 976]; [7; 4; 186]; [2; 5; 913]; [7; 9; 743]; [1; 5; 579]; [2; 7; 255]; [3; 5; 392]; [6; 3; 857]; [4; 5; 351]; [4; 2; 460]; [9; 3; 954]; [6; 8; 838]; [3; 1; 562]; [1; 3; 518]; [7; 4; 960]; [0; 4; 617]; [9; 6; 248]; [4; 3; 925]; [4; 7; 750]; [4; 7; 190]; [7; 2; 323]; [9; 0; 792]; [1; 2; 219]; [6; 3; 460]; [2; 0; 194]; [6; 3; 912]; [8; 2; 658]; [8; 7; 30]; [4; 0; 912]; [4; 9; 412]; [5; 8; 551]; [8; 0; 614]; [0; 3; 948]; [3; 1; 45]; [1; 8; 725]; [1; 7; 338]; [3; 5; 600]; [3; 5; 242]; [1; 9; 307]; [6; 7; 87]; [5; 0; 777]; [8; 6; 785]; [9; 6; 40]; [9; 5; 135]; [7; 3; 793]; [0; 7; 15]; [1; 3; 972]; [5; 9; 304]; [6; 7; 234]; [7; 3; 562]; [1; 5; 10]; [2; 1; 594]; [2; 4; 54]; [5; 2; 885]; [9; 6; 76]; [5; 7; 585]; [9; 1; 381]; [7; 9; 344]; [3; 5; 114]; [4; 8; 746]; [0; 4; 2]; [5; 9; 432]; [4; 1; 815]; [1; 2; 902]; [5; 3; 209]; [1; 3; 748]; [1; 4; 663]; [1; 0; 912]; [3; 5; 501]; [2; 7; 433]; [6; 0; 820]; [1; 9; 671]; [8; 0; 144]; [3; 4; 786]; [5; 6; 71]; [6; 4; 607]; [5; 0; 565]; [5; 2; 292]; [4; 1; 628]; [6; 8; 837]; [6; 2; 560]; [9; 7; 56]; [3; 9; 759]; [9; 0; 169]; [0; 8; 572]; [9; 5; 646]; [1; 3; 524]; [5; 1; 790]; [3; 0; 448]; [7; 4; 207]; [1; 7; 173]; [7; 5; 366]; [6; 4; 488]; [4; 3; 104]; [8; 5; 218]; [3; 8; 173]; [7; 4; 517]; [6; 9; 990]; [7; 9; 381]; [2; 9; 220]; [7; 0; 170]; [2; 9; 657]; [0; 3; 560]; [1; 4; 831]; [3; 4; 558]; [8; 0; 555]; [2; 6; 954]; [4; 6; 544]; [8; 2; 304]; [2; 8; 561]; [9; 6; 408]; [6; 5; 753]; [6; 5; 442]; [3; 7; 203]; [4; 1; 480]; [4; 3; 108]; [4; 3; 799]; [5; 4; 47]; [2; 7; 545]; [9; 4; 730]; [4; 6; 623]; [1; 7; 957]; [7; 4; 570]; [1; 9; 506]; [4; 7; 865]; [9; 8; 942]; [2; 1; 29]; [5; 3; 708]; [7; 2; 801]; [9; 7; 215]; [9; 2; 613]; [3; 4; 714]; [6; 0; 328]; [6; 1; 51]; [0; 8; 602]; [6; 1; 68]; [1; 4; 819]; [4; 1; 576]; [0; 7; 856]; [4; 3; 791]; [9; 6; 302]; [5; 0; 525]; [8; 9; 157]; [9; 3; 987]; [5; 2; 977]; [5; 4; 356]; [8; 0; 731]; [4; 9; 996]; [4; 0; 366]; [3; 7; 29]; [7; 8; 254]; [1; 0; 597]; [0; 2; 3]; [4; 0; 754]; [8; 4; 184]; [1; 9; 564]; [3; 7; 653]; [7; 0; 290]; [6; 0; 745]; [4; 3; 661]; [8; 5; 383]; [1; 3; 368]; [6; 2; 325]; [5; 0; 753]; [1; 7; 201]; [0; 9; 390]; [5; 6; 446]; [0; 9; 849]; [1; 6; 427]; [7; 8; 104]; [3; 6; 592]; [1; 4; 943]; [7; 8; 280]; [1; 4; 407]; [6; 1; 926]; [2; 4; 904]; [8; 5; 327]; [0; 2; 746]; [9; 6; 346]; [5; 6; 576]; [3; 7; 112]; [4; 1; 574]; [6; 1; 616]; [1; 4; 458]; [2; 9; 815]; [4; 1; 484]; [3; 9; 125]; [2; 9; 248]; [6; 0; 794]; [9; 5; 366]; [4; 3; 790]; [2; 8; 490]; [3; 0; 663]; [6; 9; 860]; [7; 6; 775]; [8; 5; 166]; [0; 7; 767]; [5; 6; 643]; [2; 5; 313]; [7; 1; 702]; [0; 6; 365]; [2; 8; 739]; [0; 8; 288]; [6; 8; 65]; [3; 8; 523]; [3; 9; 462]; [1; 9; 971]; [3; 0; 907]; [6; 3; 684]; [9; 5; 804]; [7; 4; 243]; [5; 4; 158]; [5; 3; 260]; [4; 1; 707]; [0; 7; 41]; [9; 4; 83]; [6; 8; 598]; [3; 6; 864]; [3; 4; 99]; [2; 6; 472]; [2; 7; 500]; [8; 0; 830]; [7; 0; 301]; [4; 5; 922]; [5; 6; 325]; [8; 2; 285]; [2; 6; 572]; [2; 6; 690]; [1; 3; 589]; [8; 4; 756]; [7; 1; 503]; [0; 7; 558]; [5; 8; 630]; [5; 9; 885]; [5; 1; 658]; [1; 3; 429]; [9; 2; 283]; [3; 5; 584]; [5; 9; 485]; [8; 9; 229]; [8; 5; 437]; [8; 9; 388]; [1; 8; 155]; [1; 8; 983]; [4; 0; 735]; [7; 3; 81]; [3; 7; 559]; [7; 9; 369]; [2; 5; 138]; [9; 6; 205]; [2; 7; 454]; [3; 1; 554]; [4; 9; 14]; [6; 8; 700]; [6; 2; 598]])
+
+let test6 _ = assert_equal 32 (numberOfSets 5 77476 [[0; 3; 743]; [1; 2; 693]; [3; 1; 491]; [4; 3; 724]; [2; 1; 391]; [4; 0; 93]; [2; 4; 836]; [3; 4; 177]; [3; 1; 408]; [0; 1; 230]; [2; 3; 406]; [1; 3; 229]; [0; 2; 400]; [0; 1; 372]; [4; 2; 593]; [3; 0; 266]; [1; 4; 219]; [0; 2; 299]; [3; 2; 329]; [2; 0; 148]; [0; 1; 670]; [0; 3; 502]; [2; 3; 976]; [0; 1; 910]; [1; 3; 417]; [1; 3; 614]; [1; 0; 950]; [2; 4; 877]; [3; 0; 18]; [4; 0; 297]; [4; 2; 492]; [3; 1; 707]; [1; 2; 877]; [2; 3; 516]; [3; 1; 753]; [2; 1; 875]; [4; 0; 757]; [3; 0; 545]; [4; 3; 228]; [4; 0; 413]; [1; 4; 989]; [4; 1; 564]; [3; 4; 249]; [3; 4; 889]; [0; 3; 352]; [3; 2; 566]; [1; 2; 647]; [3; 1; 763]; [0; 2; 195]; [4; 0; 579]; [4; 0; 924]; [1; 4; 920]; [3; 1; 721]; [4; 3; 386]; [1; 2; 332]; [2; 3; 909]; [3; 0; 801]; [1; 2; 806]; [2; 4; 504]; [3; 1; 804]; [1; 4; 327]; [2; 3; 155]; [0; 1; 605]; [3; 4; 20]; [0; 2; 708]; [4; 3; 946]; [1; 4; 41]; [0; 4; 652]; [0; 2; 886]; [3; 1; 347]; [0; 4; 573]; [2; 3; 20]; [3; 2; 761]; [0; 1; 911]; [1; 3; 822]; [3; 1; 725]; [1; 4; 497]; [1; 4; 948]; [4; 1; 642]; [3; 4; 402]; [1; 4; 994]; [4; 0; 29]; [4; 2; 252]; [1; 3; 193]; [0; 4; 150]; [4; 3; 28]; [0; 3; 501]; [3; 4; 41]; [3; 2; 817]; [3; 2; 292]; [4; 2; 238]; [1; 4; 596]; [3; 4; 435]; [4; 1; 896]; [2; 0; 732]; [2; 0; 697]; [0; 4; 575]; [4; 1; 596]; [2; 4; 41]; [2; 1; 268]; [3; 4; 38]; [1; 4; 134]; [0; 2; 822]; [3; 1; 925]; [2; 1; 84]; [2; 3; 708]; [1; 0; 715]; [1; 2; 531]; [3; 0; 117]; [0; 3; 259]; [4; 0; 695]; [2; 0; 657]; [0; 4; 776]; [1; 3; 63]; [2; 1; 238]; [0; 4; 147]; [4; 2; 58]; [3; 2; 825]; [4; 2; 265]; [1; 4; 249]; [1; 2; 392]; [2; 3; 741]; [1; 2; 168]; [1; 4; 161]; [0; 3; 278]; [3; 1; 601]; [1; 2; 134]; [4; 1; 963]; [4; 3; 776]; [0; 4; 430]; [3; 0; 359]; [3; 2; 154]; [4; 1; 811]; [4; 2; 249]; [4; 3; 42]; [4; 3; 209]; [4; 3; 917]; [4; 0; 443]; [0; 2; 318]; [3; 4; 116]; [3; 0; 369]; [0; 2; 168]; [1; 4; 918]; [0; 4; 47]; [4; 3; 949]; [0; 3; 959]; [2; 4; 635]; [0; 3; 284]; [3; 0; 395]; [1; 2; 39]; [2; 3; 426]; [1; 3; 695]; [2; 0; 381]; [0; 1; 943]; [4; 0; 978]; [2; 3; 400]; [3; 2; 44]; [0; 4; 341]; [1; 2; 86]; [3; 1; 604]; [0; 4; 549]; [4; 0; 272]; [3; 0; 140]; [1; 0; 594]; [2; 3; 103]; [1; 0; 300]; [1; 4; 546]; [2; 4; 259]; [1; 3; 829]; [1; 0; 516]; [4; 0; 192]; [1; 2; 724]; [1; 4; 913]; [1; 2; 271]; [1; 2; 191]; [1; 4; 278]; [1; 3; 282]; [2; 3; 51]; [1; 0; 885]; [4; 1; 604]; [1; 4; 434]; [1; 2; 385]; [3; 1; 675]; [1; 0; 227]; [4; 0; 628]; [4; 1; 848]; [1; 0; 861]; [3; 1; 350]; [0; 2; 451]; [2; 3; 943]; [2; 1; 76]; [1; 2; 679]; [1; 3; 5]; [1; 2; 705]; [3; 4; 148]; [4; 0; 291]; [4; 3; 276]; [1; 4; 953]; [0; 2; 734]; [4; 3; 569]; [0; 2; 377]; [2; 1; 978]; [3; 2; 162]; [4; 1; 674]; [4; 3; 18]; [2; 0; 650]; [1; 3; 179]; [0; 3; 869]; [0; 4; 74]; [4; 2; 745]; [4; 0; 500]; [2; 4; 779]; [3; 1; 673]; [3; 0; 515]; [4; 0; 184]; [3; 0; 729]; [3; 2; 456]; [1; 2; 218]; [4; 1; 793]; [4; 3; 108]; [4; 3; 344]; [3; 0; 110]; [1; 4; 266]; [3; 2; 35]; [3; 0; 732]; [0; 2; 110]; [3; 4; 606]; [3; 2; 465]; [0; 4; 658]; [2; 4; 740]; [3; 2; 632]; [4; 0; 544]; [1; 3; 367]; [4; 1; 380]; [3; 1; 50]; [1; 0; 425]; [1; 2; 480]; [2; 3; 602]; [0; 4; 921]; [3; 1; 529]; [3; 2; 102]; [4; 0; 436]; [4; 1; 572]; [1; 2; 686]; [0; 4; 21]; [4; 0; 288]; [0; 4; 186]; [0; 3; 705]; [2; 4; 983]; [2; 1; 424]; [0; 3; 885]; [4; 0; 263]; [3; 4; 345]; [0; 4; 855]; [0; 4; 664]; [4; 3; 936]; [1; 3; 286]; [2; 4; 563]; [4; 3; 491]; [4; 0; 325]; [0; 2; 25]; [4; 1; 223]; [3; 4; 159]; [0; 3; 983]; [3; 4; 964]; [2; 3; 673]; [2; 0; 93]; [2; 3; 371]; [2; 3; 637]; [0; 3; 221]; [0; 2; 680]; [3; 0; 823]; [1; 4; 299]; [3; 1; 53]; [2; 1; 344]; [2; 0; 595]; [0; 4; 204]; [4; 0; 231]; [2; 1; 818]; [1; 3; 322]; [1; 3; 706]; [0; 4; 99]; [4; 3; 524]; [2; 0; 699]; [0; 1; 18]; [2; 4; 310]; [2; 3; 987]; [4; 1; 640]; [2; 1; 955]; [1; 2; 495]; [3; 4; 17]; [1; 3; 208]; [0; 1; 601]; [0; 1; 931]; [3; 0; 338]; [0; 3; 521]; [1; 4; 376]; [4; 2; 680]; [2; 1; 522]; [3; 0; 496]; [1; 4; 684]; [4; 1; 436]; [3; 4; 890]; [3; 4; 43]; [3; 4; 233]; [3; 0; 236]; [0; 4; 154]; [0; 2; 73]; [1; 3; 560]; [1; 3; 119]; [2; 3; 61]; [4; 2; 491]; [2; 4; 282]; [4; 1; 20]; [1; 2; 289]; [4; 3; 592]; [3; 1; 866]; [1; 3; 85]; [2; 4; 280]; [3; 1; 493]; [1; 3; 766]; [1; 2; 418]; [1; 4; 68]; [0; 3; 534]; [0; 2; 358]; [3; 2; 707]; [0; 3; 807]; [2; 3; 486]; [2; 4; 274]; [1; 4; 515]; [1; 3; 730]; [4; 1; 833]; [1; 2; 805]; [1; 4; 184]; [0; 1; 984]; [0; 4; 653]; [4; 1; 186]; [0; 2; 526]; [1; 3; 588]; [4; 3; 356]; [4; 0; 705]; [2; 1; 639]; [4; 2; 931]; [2; 3; 254]; [3; 1; 101]; [3; 4; 477]; [1; 0; 453]; [1; 4; 380]])
+
+let test7 _ = assert_equal 16 (numberOfSets 4 86908 [[1; 2; 261]; [3; 0; 805]; [3; 0; 125]; [3; 1; 634]; [1; 2; 251]; [1; 2; 638]; [1; 0; 353]; [2; 0; 289]; [2; 3; 16]; [3; 2; 702]; [0; 2; 279]; [2; 3; 366]; [3; 0; 435]; [3; 0; 335]; [2; 0; 545]; [2; 1; 657]; [2; 0; 964]; [2; 3; 668]; [1; 3; 773]; [1; 3; 85]; [3; 2; 203]; [3; 2; 78]; [3; 2; 961]; [3; 0; 656]; [1; 2; 878]; [0; 1; 786]; [0; 1; 792]; [3; 1; 706]; [1; 2; 51]; [0; 3; 700]; [3; 0; 86]; [0; 1; 859]; [2; 0; 982]; [0; 3; 532]; [2; 3; 940]; [0; 3; 709]; [0; 3; 923]; [2; 0; 527]; [2; 0; 406]; [3; 0; 519]; [2; 3; 328]; [1; 3; 869]; [1; 3; 617]; [3; 1; 479]; [1; 3; 578]; [0; 2; 308]; [0; 3; 665]; [3; 2; 901]; [0; 2; 125]; [0; 3; 459]; [1; 2; 246]; [1; 3; 249]; [1; 0; 543]; [2; 3; 148]; [1; 2; 546]; [2; 1; 772]; [2; 1; 808]; [0; 1; 619]; [2; 3; 372]; [1; 2; 865]; [3; 2; 821]; [3; 1; 326]; [2; 0; 690]; [2; 0; 523]; [3; 2; 567]; [3; 0; 575]; [3; 2; 263]; [1; 0; 308]; [3; 1; 614]; [2; 0; 698]; [2; 0; 821]; [3; 1; 686]; [2; 1; 488]; [1; 3; 546]; [2; 1; 532]; [1; 0; 455]; [0; 1; 665]; [2; 0; 192]; [2; 0; 547]; [1; 3; 531]; [3; 0; 613]; [2; 1; 184]; [3; 1; 919]; [1; 0; 738]; [0; 2; 46]; [3; 1; 160]; [1; 2; 178]; [0; 3; 493]; [3; 1; 339]; [2; 0; 176]; [2; 1; 132]; [2; 3; 820]; [3; 2; 128]; [3; 2; 53]; [2; 1; 796]; [0; 2; 745]; [0; 1; 849]; [2; 1; 744]; [3; 2; 315]; [1; 0; 274]; [2; 1; 478]; [3; 0; 302]; [1; 0; 156]; [0; 1; 216]; [3; 0; 545]; [1; 0; 9]; [3; 0; 930]; [3; 1; 403]; [2; 0; 962]; [1; 3; 887]; [3; 1; 255]; [1; 3; 769]; [0; 1; 615]; [3; 2; 978]; [1; 2; 312]; [1; 3; 704]; [1; 0; 795]; [3; 2; 252]; [2; 1; 423]; [2; 1; 103]; [3; 0; 709]; [2; 3; 534]; [2; 3; 582]; [1; 2; 950]; [1; 3; 500]; [2; 3; 98]; [1; 2; 817]; [3; 0; 529]; [3; 2; 641]; [2; 0; 720]; [1; 0; 905]; [3; 2; 247]; [2; 0; 303]; [0; 2; 499]; [3; 1; 933]; [1; 0; 219]; [0; 3; 951]; [3; 1; 74]; [0; 1; 503]; [2; 1; 206]; [0; 3; 427]; [3; 2; 699]; [2; 1; 114]; [2; 3; 50]; [1; 0; 454]; [0; 3; 940]; [3; 0; 417]; [0; 3; 617]; [0; 3; 128]; [3; 1; 378]; [3; 0; 336]; [2; 3; 649]; [2; 0; 758]; [2; 1; 295]; [1; 3; 554]; [0; 3; 795]; [3; 2; 721]; [0; 3; 599]; [1; 3; 64]; [2; 0; 989]; [3; 1; 779]; [3; 1; 746]; [0; 1; 930]; [3; 2; 380]; [2; 3; 856]; [0; 1; 568]; [1; 0; 402]; [1; 3; 212]; [0; 3; 493]; [3; 1; 542]; [2; 1; 200]; [1; 3; 492]; [3; 2; 856]; [1; 0; 425]; [1; 2; 162]; [2; 3; 406]; [0; 3; 48]; [0; 1; 904]; [0; 1; 181]; [0; 3; 519]; [3; 2; 282]; [2; 3; 445]; [3; 1; 941]; [3; 0; 648]; [2; 1; 135]; [3; 1; 750]; [0; 2; 448]; [3; 2; 25]; [0; 3; 587]; [3; 2; 521]; [2; 0; 787]])
+
+let test8 _ = assert_equal 1019 (numberOfSets 10 30571 [[7; 5; 39]; [6; 0; 355]; [4; 3; 50]; [4; 9; 650]; [3; 4; 961]; [2; 8; 106]; [7; 3; 700]; [6; 9; 504]; [2; 5; 701]; [1; 8; 601]; [0; 2; 675]; [5; 2; 834]; [0; 5; 215]; [9; 5; 909]; [7; 0; 798]; [7; 2; 91]; [9; 5; 704]; [8; 0; 209]; [3; 7; 216]; [4; 9; 288]; [7; 4; 121]; [3; 8; 208]; [5; 7; 43]; [6; 3; 851]; [3; 9; 16]; [9; 7; 635]; [1; 8; 75]; [5; 9; 576]; [3; 4; 193]; [6; 2; 670]; [9; 7; 226]; [7; 9; 101]; [0; 7; 860]; [1; 3; 565]; [4; 3; 384]; [1; 6; 120]; [8; 1; 889]; [0; 6; 177]; [5; 6; 863]; [7; 1; 297]; [3; 1; 662]; [7; 3; 171]; [6; 9; 730]; [0; 3; 205]; [0; 8; 497]; [2; 7; 320]; [5; 7; 761]; [5; 9; 855]; [5; 9; 744]; [6; 4; 955]; [7; 9; 7]; [2; 1; 394]; [7; 0; 510]; [6; 9; 140]; [0; 5; 313]; [0; 6; 871]; [9; 4; 326]; [1; 2; 43]; [6; 2; 845]; [4; 7; 752]; [0; 9; 279]; [0; 6; 569]; [1; 2; 856]; [0; 1; 817]; [6; 3; 278]; [9; 6; 351]; [3; 9; 565]; [1; 3; 990]; [6; 7; 794]; [9; 5; 727]; [5; 9; 43]; [1; 7; 787]; [2; 3; 54]; [2; 7; 133]; [8; 0; 121]; [0; 6; 301]; [1; 8; 150]; [9; 7; 102]; [4; 8; 84]; [0; 2; 305]; [8; 3; 866]; [2; 6; 277]; [4; 2; 559]; [6; 8; 372]; [3; 1; 127]; [9; 5; 525]; [7; 2; 24]; [6; 5; 982]; [1; 3; 59]; [2; 4; 457]; [3; 9; 86]; [8; 7; 565]; [7; 0; 307]; [1; 9; 696]; [6; 7; 578]; [7; 6; 628]; [8; 4; 818]; [2; 0; 413]; [4; 8; 197]; [6; 3; 902]; [1; 4; 924]; [4; 5; 936]; [7; 0; 202]; [5; 8; 47]; [7; 1; 583]; [8; 1; 426]; [9; 5; 115]; [0; 3; 529]; [5; 1; 928]; [7; 3; 912]; [2; 6; 719]; [9; 1; 921]; [7; 1; 489]; [8; 5; 196]; [4; 6; 837]; [6; 1; 112]; [0; 5; 820]; [2; 6; 897]; [1; 4; 332]; [9; 7; 867]; [5; 0; 186]; [5; 4; 16]; [8; 5; 89]])
+
+let test9 _ = assert_equal 128 (numberOfSets 7 85696 [[4; 6; 374]; [2; 3; 736]; [5; 1; 930]; [1; 5; 892]; [4; 0; 846]; [6; 5; 380]; [0; 2; 479]; [4; 5; 411]; [4; 0; 198]; [3; 1; 770]; [2; 5; 26]; [1; 5; 989]; [5; 0; 911]; [6; 3; 189]; [4; 5; 108]; [3; 6; 34]; [2; 3; 246]; [4; 1; 966]; [4; 5; 599]; [6; 5; 1000]; [2; 1; 125]; [2; 5; 483]; [0; 5; 979]; [4; 3; 28]; [4; 6; 823]; [1; 5; 871]; [4; 6; 847]; [1; 6; 50]; [0; 6; 212]; [2; 1; 594]; [5; 1; 697]; [5; 4; 655]; [2; 0; 489]; [0; 5; 980]; [5; 0; 364]; [2; 4; 797]; [6; 5; 730]; [4; 2; 756]; [6; 0; 588]; [1; 2; 467]; [0; 5; 240]; [6; 3; 25]; [6; 0; 870]; [5; 4; 132]; [0; 6; 870]; [6; 4; 886]; [5; 6; 809]; [2; 1; 991]; [4; 6; 869]; [5; 3; 430]; [0; 2; 223]; [1; 5; 337]; [6; 1; 740]; [5; 4; 259]; [1; 4; 618]; [6; 5; 89]; [5; 3; 401]; [3; 4; 956]; [5; 4; 100]; [0; 4; 779]; [4; 2; 274]; [0; 5; 452]; [6; 3; 341]; [1; 5; 374]; [6; 2; 437]; [1; 2; 138]; [6; 4; 809]; [5; 1; 408]; [1; 0; 698]; [4; 6; 452]; [4; 1; 716]; [1; 2; 602]; [3; 6; 327]; [5; 1; 709]; [6; 2; 542]; [5; 2; 470]; [2; 0; 252]; [5; 0; 16]; [1; 5; 49]; [5; 2; 355]; [5; 0; 773]; [2; 5; 926]; [1; 6; 400]; [5; 0; 996]; [1; 5; 880]; [1; 4; 322]; [0; 3; 234]; [6; 4; 181]; [3; 2; 723]; [6; 3; 122]; [2; 6; 340]; [6; 5; 624]; [0; 1; 913]; [0; 2; 663]; [5; 0; 523]; [0; 3; 805]; [0; 6; 250]; [3; 2; 896]; [1; 5; 106]; [0; 2; 529]; [4; 5; 375]; [6; 5; 591]; [5; 2; 725]; [3; 2; 577]; [4; 1; 97]; [2; 5; 537]; [6; 5; 835]; [0; 5; 398]; [3; 4; 442]; [1; 2; 901]; [0; 5; 738]; [6; 0; 537]; [5; 1; 527]; [1; 5; 709]; [2; 5; 38]; [3; 0; 48]; [5; 1; 278]; [2; 0; 799]; [6; 4; 792]; [2; 1; 274]; [1; 5; 136]; [5; 0; 145]; [0; 3; 466]; [5; 3; 833]; [4; 1; 915]; [2; 4; 843]; [3; 2; 100]; [2; 6; 279]; [2; 5; 483]; [6; 3; 950]; [5; 4; 16]; [0; 1; 951]; [2; 6; 171]; [2; 0; 95]; [4; 5; 349]; [0; 5; 170]; [0; 1; 287]; [6; 4; 526]; [1; 5; 613]; [6; 5; 887]; [0; 2; 100]; [1; 0; 717]; [3; 4; 965]; [2; 5; 601]; [3; 6; 594]; [2; 3; 473]; [3; 0; 205]; [4; 2; 713]; [1; 2; 664]; [4; 0; 107]; [4; 2; 894]; [2; 4; 77]; [5; 2; 437]; [5; 0; 379]; [4; 3; 553]; [0; 2; 576]; [0; 4; 105]; [3; 5; 843]; [6; 5; 706]; [2; 4; 276]; [0; 1; 301]; [0; 2; 190]; [2; 6; 617]; [4; 0; 898]; [5; 6; 247]; [4; 1; 914]; [5; 2; 423]; [1; 5; 253]; [6; 0; 978]; [2; 0; 538]; [2; 6; 693]; [0; 3; 661]; [4; 1; 403]; [6; 4; 332]; [1; 2; 563]; [4; 1; 645]; [6; 0; 202]; [6; 4; 761]; [2; 0; 672]; [4; 1; 904]; [5; 1; 546]; [6; 5; 280]; [2; 1; 107]; [1; 3; 665]; [3; 4; 985]; [5; 6; 97]; [4; 2; 707]; [6; 2; 624]; [5; 6; 535]; [5; 0; 133]; [6; 2; 868]; [3; 6; 229]; [6; 4; 835]; [5; 0; 278]; [2; 5; 105]; [4; 6; 102]; [4; 0; 699]; [0; 3; 365]; [4; 6; 791]; [4; 0; 708]; [1; 0; 824]; [2; 6; 358]; [6; 4; 669]; [0; 3; 951]; [5; 0; 546]; [1; 5; 566]; [3; 2; 674]; [4; 3; 544]; [3; 5; 104]; [6; 2; 180]; [3; 2; 196]; [3; 6; 472]; [0; 5; 605]; [3; 6; 382]; [2; 0; 772]; [0; 2; 660]; [3; 5; 249]; [6; 5; 577]; [5; 0; 551]; [3; 6; 5]; [1; 6; 460]; [1; 0; 303]; [6; 4; 746]; [2; 4; 53]; [2; 4; 946]; [6; 1; 563]; [6; 5; 816]; [3; 6; 953]; [0; 4; 812]; [0; 4; 1]; [3; 2; 690]; [4; 6; 607]; [0; 2; 263]; [5; 1; 859]; [4; 2; 424]; [4; 6; 350]; [0; 2; 760]; [5; 6; 725]; [2; 4; 604]; [1; 0; 562]; [3; 5; 822]; [2; 5; 78]; [5; 6; 650]; [5; 0; 991]; [0; 2; 160]; [4; 2; 560]; [1; 4; 801]; [2; 5; 158]; [5; 4; 503]; [3; 6; 930]; [6; 3; 423]; [4; 3; 463]; [2; 1; 264]; [4; 3; 886]; [0; 3; 336]; [1; 6; 413]; [0; 6; 723]; [4; 5; 954]; [2; 6; 689]; [0; 1; 189]; [4; 0; 384]; [5; 3; 603]; [4; 3; 29]; [3; 6; 926]; [0; 2; 390]; [3; 0; 965]; [3; 6; 57]; [5; 6; 919]; [4; 3; 711]; [1; 2; 579]; [2; 6; 950]; [4; 5; 783]; [5; 4; 687]; [3; 4; 167]; [3; 1; 214]; [4; 2; 629]; [2; 0; 512]; [6; 1; 913]; [6; 3; 42]; [1; 6; 190]; [6; 5; 891]; [4; 6; 20]; [3; 4; 182]; [2; 1; 123]; [0; 2; 749]; [6; 5; 621]; [4; 2; 162]; [6; 5; 240]; [1; 0; 702]; [3; 2; 638]; [0; 6; 728]; [0; 5; 324]; [4; 0; 982]; [6; 2; 378]; [4; 2; 175]; [3; 4; 505]; [6; 4; 91]; [6; 3; 69]; [3; 1; 619]; [1; 2; 726]; [4; 6; 606]; [3; 2; 785]; [4; 5; 849]; [6; 4; 796]; [2; 6; 430]; [2; 4; 358]; [5; 1; 175]; [5; 6; 188]; [4; 1; 848]; [5; 4; 543]; [2; 1; 77]; [1; 2; 25]; [2; 0; 339]; [1; 4; 986]; [0; 6; 418]; [3; 6; 718]; [2; 5; 742]; [4; 2; 498]; [1; 6; 255]; [2; 3; 666]; [0; 1; 257]; [5; 1; 989]; [1; 0; 157]; [6; 2; 48]; [5; 6; 596]; [0; 1; 331]; [5; 2; 607]; [1; 3; 352]; [6; 4; 331]; [5; 1; 959]; [5; 4; 82]; [0; 4; 480]; [1; 0; 282]; [5; 0; 763]; [3; 6; 856]; [4; 2; 883]; [4; 6; 232]; [4; 2; 708]; [5; 3; 595]; [4; 6; 467]; [6; 0; 303]; [3; 2; 531]; [6; 0; 1]; [4; 3; 560]; [0; 3; 284]; [4; 3; 977]; [2; 5; 853]; [2; 4; 179]; [6; 3; 936]; [1; 2; 699]; [2; 4; 601]; [5; 1; 486]; [2; 0; 352]; [3; 6; 480]; [4; 3; 614]; [2; 4; 913]; [2; 4; 310]; [3; 6; 840]; [1; 5; 568]; [4; 5; 155]; [5; 2; 272]; [0; 6; 97]; [5; 3; 26]; [0; 4; 950]; [5; 0; 995]; [2; 4; 359]; [2; 1; 124]; [2; 3; 856]; [4; 1; 895]; [3; 0; 456]; [3; 5; 79]; [0; 1; 979]; [3; 6; 522]; [1; 5; 805]; [0; 3; 943]; [2; 3; 741]; [2; 1; 223]; [1; 3; 715]; [5; 2; 470]; [6; 5; 616]; [1; 3; 513]; [3; 6; 633]; [0; 6; 501]; [5; 0; 804]; [5; 0; 39]; [6; 1; 722]; [5; 6; 561]; [4; 1; 384]; [6; 4; 423]; [0; 1; 321]; [3; 2; 904]; [6; 1; 619]; [5; 2; 492]; [2; 5; 886]; [5; 4; 495]; [1; 2; 835]; [5; 4; 806]; [1; 6; 696]; [5; 0; 735]; [5; 2; 528]; [1; 0; 696]; [3; 2; 298]; [2; 3; 373]; [6; 0; 939]; [1; 5; 403]; [2; 4; 507]; [2; 0; 705]; [3; 5; 531]; [5; 0; 328]; [4; 6; 754]; [2; 6; 542]; [0; 5; 614]; [0; 2; 56]; [2; 5; 898]; [0; 5; 903]; [6; 5; 306]; [6; 1; 911]; [4; 5; 729]; [1; 6; 194]; [2; 1; 375]; [6; 5; 261]; [2; 4; 1000]; [3; 5; 794]; [0; 3; 278]; [0; 3; 808]; [1; 4; 648]; [4; 5; 2]; [6; 2; 128]; [5; 2; 581]; [5; 2; 236]; [2; 3; 638]; [6; 1; 761]; [5; 3; 767]; [0; 4; 822]; [0; 3; 621]; [5; 3; 977]; [4; 1; 134]; [0; 2; 865]; [1; 6; 70]; [3; 4; 631]; [5; 4; 574]; [3; 0; 304]; [3; 2; 680]; [4; 1; 1]; [3; 1; 614]; [2; 3; 230]; [0; 2; 451]; [5; 3; 279]; [2; 1; 592]; [1; 4; 357]; [1; 2; 238]; [5; 0; 214]; [5; 6; 528]; [4; 0; 265]; [2; 3; 621]; [6; 1; 904]; [3; 5; 345]; [5; 4; 730]; [0; 2; 711]; [5; 1; 641]; [5; 0; 997]; [1; 6; 20]; [0; 4; 853]; [3; 4; 847]; [6; 4; 704]; [2; 0; 514]; [6; 2; 590]; [1; 3; 660]; [4; 5; 481]; [1; 3; 647]; [4; 1; 54]; [2; 6; 953]; [1; 0; 131]; [3; 1; 953]; [6; 5; 489]; [1; 2; 567]; [5; 0; 113]; [3; 5; 182]; [1; 3; 96]; [2; 0; 37]; [3; 5; 126]; [2; 6; 315]; [6; 1; 387]; [3; 4; 112]; [1; 2; 56]; [6; 3; 851]; [5; 2; 176]; [5; 0; 560]; [6; 2; 3]; [5; 6; 489]; [1; 3; 910]; [2; 6; 560]; [6; 2; 361]; [2; 6; 528]; [3; 2; 70]; [4; 2; 646]; [6; 0; 52]; [4; 5; 598]; [4; 5; 771]; [1; 5; 716]; [4; 1; 704]; [2; 1; 74]; [3; 0; 659]; [4; 3; 698]; [2; 6; 498]; [3; 0; 39]; [5; 4; 47]; [0; 2; 379]; [3; 5; 116]; [5; 2; 590]; [1; 2; 955]; [4; 6; 942]; [5; 2; 246]; [1; 6; 720]; [1; 4; 304]; [4; 2; 600]; [0; 1; 490]; [2; 6; 170]; [6; 0; 941]; [5; 4; 488]; [2; 4; 20]; [5; 6; 762]; [5; 4; 629]; [1; 4; 983]; [6; 4; 201]; [2; 4; 119]; [5; 1; 74]; [1; 2; 953]; [4; 1; 364]; [5; 2; 246]; [0; 3; 360]; [2; 6; 861]; [3; 6; 201]; [3; 1; 2]; [5; 1; 849]; [1; 0; 631]; [6; 5; 315]; [3; 1; 148]; [0; 6; 40]; [5; 1; 423]; [6; 1; 662]; [3; 6; 868]; [4; 6; 678]; [2; 0; 907]; [1; 3; 184]; [1; 2; 697]; [1; 4; 768]; [6; 0; 34]; [5; 4; 423]; [3; 4; 547]; [1; 0; 312]; [6; 3; 26]; [5; 3; 729]; [5; 3; 935]; [2; 4; 948]; [3; 2; 688]; [1; 6; 891]; [1; 6; 361]; [2; 3; 965]; [3; 6; 537]; [1; 6; 204]; [0; 5; 138]; [0; 4; 764]; [4; 1; 241]; [3; 4; 299]; [4; 6; 70]; [4; 1; 403]; [5; 4; 278]; [5; 4; 339]; [2; 0; 571]; [2; 3; 443]; [6; 1; 175]; [0; 4; 598]; [3; 4; 859]; [4; 2; 635]; [2; 0; 498]; [1; 6; 65]; [6; 3; 273]; [3; 5; 1000]; [5; 1; 336]; [0; 6; 493]; [6; 0; 493]; [4; 1; 691]; [6; 3; 843]; [4; 1; 524]; [3; 4; 971]; [0; 2; 387]; [0; 3; 632]; [6; 2; 70]; [5; 4; 869]; [2; 6; 487]; [2; 1; 294]; [2; 3; 822]; [2; 3; 329]; [5; 3; 881]; [1; 3; 795]; [5; 0; 206]; [5; 4; 540]; [1; 0; 731]; [0; 5; 423]; [4; 6; 547]; [5; 3; 893]; [6; 3; 678]; [0; 5; 747]; [0; 3; 109]; [0; 6; 250]; [6; 0; 160]; [0; 4; 969]; [3; 5; 717]; [5; 6; 229]; [5; 2; 792]; [4; 6; 598]; [3; 1; 738]; [5; 6; 248]; [1; 6; 48]; [4; 6; 336]; [3; 6; 705]; [0; 2; 379]; [4; 3; 820]; [6; 1; 509]; [3; 5; 454]; [4; 1; 684]; [3; 1; 341]; [4; 3; 372]; [2; 4; 399]; [3; 4; 160]; [5; 3; 694]; [6; 1; 404]; [0; 1; 465]; [1; 5; 985]; [4; 6; 894]; [6; 0; 794]; [0; 4; 170]; [2; 6; 289]; [4; 1; 260]; [2; 4; 458]; [5; 1; 831]; [4; 1; 908]; [3; 5; 477]; [6; 3; 35]; [1; 0; 11]; [5; 3; 912]; [1; 0; 36]; [5; 6; 894]; [6; 2; 913]; [2; 5; 490]; [4; 5; 314]; [2; 3; 497]; [6; 3; 333]; [0; 1; 893]; [1; 0; 269]; [5; 3; 635]; [2; 3; 643]; [6; 2; 468]; [6; 3; 262]; [5; 0; 812]; [3; 0; 535]; [6; 3; 407]; [3; 6; 299]; [0; 4; 114]; [2; 6; 521]; [4; 2; 618]; [6; 5; 201]; [1; 5; 781]; [5; 3; 248]; [6; 0; 328]; [3; 0; 455]; [1; 2; 483]; [3; 2; 643]; [3; 0; 695]; [2; 6; 502]; [6; 0; 194]; [4; 6; 640]; [4; 3; 12]; [6; 2; 20]; [5; 0; 5]; [3; 0; 256]; [3; 5; 719]; [1; 0; 902]; [5; 1; 344]; [0; 5; 198]; [0; 6; 609]; [0; 3; 741]; [4; 3; 710]; [6; 2; 812]; [2; 5; 530]; [2; 3; 304]; [4; 5; 895]; [6; 3; 955]; [6; 3; 145]; [4; 0; 268]; [6; 3; 518]; [0; 2; 903]; [2; 6; 627]; [2; 5; 69]; [5; 1; 117]; [6; 5; 904]; [2; 5; 977]; [1; 5; 649]; [4; 0; 192]; [5; 6; 913]; [1; 6; 972]; [2; 1; 494]; [0; 5; 240]; [4; 2; 460]; [2; 0; 356]; [0; 6; 720]; [6; 3; 281]; [2; 3; 327]; [6; 3; 792]; [5; 0; 852]; [6; 1; 302]; [3; 2; 331]; [0; 2; 126]; [0; 3; 31]; [0; 1; 387]; [4; 5; 695]; [1; 4; 68]; [2; 3; 118]; [4; 0; 1]; [1; 0; 993]; [1; 2; 661]; [6; 5; 91]; [0; 3; 147]; [0; 5; 984]; [4; 5; 621]; [5; 2; 583]; [1; 2; 537]; [1; 6; 882]; [4; 2; 46]; [4; 5; 112]; [6; 0; 418]; [0; 2; 1000]; [5; 2; 514]; [0; 3; 798]; [6; 1; 883]; [4; 6; 444]; [4; 5; 154]; [3; 0; 23]; [5; 0; 495]; [4; 3; 676]; [1; 3; 539]; [1; 6; 653]; [6; 2; 464]; [6; 1; 322]; [3; 6; 126]; [4; 0; 644]; [2; 0; 472]; [5; 3; 601]; [5; 3; 643]; [5; 4; 885]; [0; 5; 360]; [1; 5; 672]; [5; 1; 861]; [1; 3; 951]; [5; 0; 135]; [2; 6; 852]; [0; 6; 265]; [3; 5; 454]; [3; 5; 479]; [0; 2; 8]; [1; 6; 571]; [3; 5; 83]; [1; 4; 238]; [4; 3; 477]; [4; 3; 120]; [3; 1; 521]; [3; 5; 88]; [6; 4; 510]; [5; 4; 311]; [6; 5; 321]; [2; 4; 430]; [2; 4; 763]; [1; 6; 353]; [1; 3; 435]; [5; 6; 95]; [2; 4; 809]; [6; 1; 870]; [0; 4; 249]; [1; 2; 393]; [5; 6; 315]; [3; 1; 222]; [2; 0; 410]; [2; 0; 686]; [6; 5; 478]; [0; 4; 621]; [5; 3; 662]; [5; 2; 300]; [0; 3; 591]; [1; 6; 850]; [6; 0; 919]; [1; 4; 182]; [1; 6; 639]; [6; 3; 606]; [5; 4; 590]; [1; 0; 360]; [1; 2; 189]; [6; 5; 734]; [1; 5; 130]; [0; 2; 638]; [6; 5; 803]; [2; 3; 80]; [5; 6; 350]; [2; 3; 935]; [4; 3; 175]; [4; 6; 584]; [2; 4; 266]; [5; 3; 223]; [1; 4; 471]; [1; 6; 351]; [4; 0; 623]; [6; 5; 777]; [3; 2; 887]; [1; 5; 681]; [5; 6; 223]; [3; 2; 931]; [1; 6; 283]; [1; 3; 59]; [4; 5; 190]; [5; 1; 1000]; [5; 2; 168]; [1; 5; 936]; [1; 6; 826]; [2; 3; 295]; [1; 5; 937]; [2; 6; 213]; [2; 6; 843]; [5; 4; 57]; [2; 0; 98]; [0; 5; 576]; [3; 6; 130]; [0; 2; 140]; [4; 6; 499]; [2; 0; 508]; [6; 4; 219]; [4; 0; 71]; [4; 3; 71]; [4; 0; 817]; [3; 5; 913]; [1; 2; 149]; [3; 6; 550]; [4; 0; 908]; [5; 2; 125]; [5; 1; 792]; [3; 6; 191]; [3; 0; 826]; [1; 4; 460]; [1; 5; 912]; [5; 1; 640]; [2; 1; 723]; [6; 5; 993]; [1; 4; 169]; [0; 4; 250]])
+
+let test10 _ = assert_equal 64 (numberOfSets 6 30727 [[3; 2; 83]; [4; 2; 676]; [4; 0; 914]; [2; 3; 401]; [4; 2; 78]; [0; 4; 633]; [0; 3; 603]; [1; 3; 802]; [3; 1; 21]; [2; 1; 393]; [3; 1; 608]; [5; 3; 551]; [1; 4; 12]; [4; 3; 458]; [4; 0; 48]; [4; 0; 757]; [1; 2; 659]; [2; 5; 880]; [1; 0; 307]; [4; 3; 70]; [3; 1; 181]; [0; 2; 778]; [0; 3; 575]; [0; 5; 826]; [0; 2; 452]; [0; 4; 99]; [1; 0; 18]; [1; 2; 760]; [3; 4; 668]; [5; 1; 960]; [0; 3; 134]; [3; 0; 402]; [5; 2; 883]; [1; 4; 825]; [5; 1; 300]; [2; 0; 208]; [4; 5; 205]; [0; 1; 482]; [1; 3; 16]; [2; 1; 545]; [4; 1; 220]; [3; 0; 888]; [2; 5; 937]; [5; 4; 170]; [2; 3; 572]; [3; 2; 118]; [2; 4; 406]; [1; 3; 692]; [5; 3; 346]; [0; 1; 659]; [3; 5; 277]; [1; 2; 688]; [2; 4; 31]; [1; 0; 699]; [2; 4; 63]; [4; 3; 911]; [5; 4; 278]; [4; 0; 78]; [4; 5; 291]; [4; 0; 264]; [0; 5; 826]; [3; 0; 883]; [3; 0; 677]; [1; 2; 66]; [3; 0; 347]; [5; 1; 172]; [2; 5; 33]; [5; 2; 630]; [0; 1; 560]; [5; 2; 425]; [4; 1; 99]; [0; 3; 613]; [3; 5; 529]; [3; 5; 570]; [5; 2; 589]; [1; 5; 285]; [5; 4; 394]; [1; 3; 504]; [2; 3; 105]; [3; 4; 736]; [1; 0; 52]; [1; 5; 257]; [1; 3; 348]; [5; 0; 83]; [4; 5; 338]; [0; 4; 584]; [2; 3; 792]; [1; 3; 744]; [3; 1; 456]; [0; 3; 1]; [4; 2; 607]; [5; 4; 726]; [0; 4; 425]; [2; 3; 211]; [0; 1; 834]; [2; 5; 28]; [3; 2; 808]; [2; 3; 86]; [0; 2; 50]; [2; 3; 963]; [0; 3; 1]; [3; 0; 124]; [3; 2; 244]; [4; 0; 657]; [5; 2; 983]; [0; 3; 772]; [4; 1; 196]; [3; 1; 543]; [5; 4; 974]; [4; 0; 241]; [0; 5; 755]; [1; 0; 893]; [1; 3; 611]; [3; 1; 875]; [0; 1; 681]; [4; 3; 424]; [5; 2; 697]; [2; 1; 6]; [2; 3; 738]; [2; 3; 62]; [5; 0; 152]; [3; 4; 305]; [2; 0; 542]; [0; 5; 861]; [2; 0; 903]; [0; 5; 853]; [0; 3; 206]; [0; 4; 432]; [2; 5; 444]; [0; 1; 621]; [5; 3; 976]; [5; 0; 450]; [5; 4; 255]; [3; 5; 141]; [4; 5; 181]; [5; 3; 815]; [5; 0; 773]; [4; 3; 528]; [5; 4; 862]; [1; 2; 8]; [4; 2; 798]; [5; 2; 960]; [1; 5; 255]; [0; 4; 700]; [3; 4; 223]; [1; 2; 775]; [5; 3; 109]; [1; 5; 828]; [3; 0; 559]; [1; 3; 830]; [0; 2; 595]; [5; 0; 474]; [4; 5; 290]; [4; 1; 23]; [3; 0; 947]; [2; 1; 578]; [4; 3; 151]; [2; 1; 40]; [1; 4; 808]; [0; 5; 590]; [4; 5; 455]; [5; 2; 847]; [1; 4; 504]; [2; 5; 11]; [3; 5; 60]; [3; 4; 236]; [5; 3; 257]; [4; 0; 313]; [4; 3; 513]; [0; 3; 782]; [2; 0; 975]; [5; 2; 461]; [5; 0; 420]; [0; 5; 817]; [4; 0; 773]; [4; 3; 756]; [4; 1; 44]; [1; 4; 577]; [5; 0; 168]; [0; 5; 323]; [1; 4; 497]; [4; 5; 890]; [2; 3; 348]; [0; 3; 142]; [4; 2; 822]; [1; 0; 954]; [0; 2; 918]; [3; 1; 617]; [5; 1; 175]; [5; 3; 694]; [2; 1; 829]; [1; 3; 604]; [3; 0; 467]; [1; 2; 22]; [0; 4; 583]; [0; 5; 479]; [5; 2; 873]; [5; 2; 603]; [4; 5; 315]; [5; 3; 814]; [1; 4; 737]; [3; 2; 157]; [0; 4; 453]; [1; 4; 440]; [2; 3; 265]; [3; 2; 525]; [4; 0; 920]; [0; 3; 470]; [4; 5; 549]; [2; 0; 503]; [2; 5; 568]; [0; 4; 307]; [3; 5; 740]; [5; 4; 46]; [5; 0; 447]; [3; 5; 395]; [1; 3; 227]; [1; 0; 435]; [5; 3; 328]; [1; 5; 637]; [2; 0; 952]; [5; 1; 22]; [3; 0; 571]; [5; 1; 474]; [5; 2; 35]; [5; 2; 626]; [3; 0; 535]; [0; 5; 63]; [1; 0; 63]; [2; 3; 679]; [3; 0; 520]; [2; 3; 886]; [0; 1; 958]; [0; 1; 665]; [1; 2; 122]; [0; 1; 830]; [3; 1; 326]; [5; 2; 7]; [4; 3; 73]; [4; 0; 496]; [5; 4; 946]; [1; 3; 488]; [5; 0; 480]; [2; 5; 517]; [2; 4; 750]; [4; 5; 614]; [2; 5; 279]; [0; 1; 714]; [3; 4; 186]; [1; 2; 276]; [2; 4; 883]; [2; 5; 774]; [3; 0; 891]; [5; 4; 799]; [3; 2; 635]; [4; 0; 468]; [0; 1; 562]; [0; 4; 751]; [0; 3; 180]; [2; 0; 291]; [3; 0; 395]; [1; 2; 442]; [3; 5; 895]; [2; 3; 108]; [5; 2; 430]; [3; 2; 657]; [2; 1; 764]; [4; 2; 246]; [5; 1; 646]; [3; 0; 76]; [3; 5; 801]; [0; 3; 476]; [3; 0; 62]; [1; 0; 891]; [3; 0; 210]; [1; 0; 610]; [0; 2; 978]; [1; 3; 470]; [2; 5; 691]; [3; 0; 636]; [5; 2; 624]; [0; 1; 1]; [3; 2; 630]; [0; 4; 579]; [1; 3; 63]; [4; 0; 243]; [2; 0; 914]; [3; 0; 275]; [4; 1; 625]; [1; 0; 621]; [3; 1; 704]; [2; 4; 934]; [0; 3; 900]; [1; 5; 245]; [1; 2; 768]; [5; 2; 412]; [5; 3; 952]; [3; 1; 303]; [1; 4; 369]; [4; 0; 976]; [2; 5; 86]; [4; 0; 309]; [5; 2; 341]; [1; 5; 143]; [1; 3; 122]; [3; 0; 847]; [3; 2; 75]; [2; 1; 340]; [1; 2; 224]; [5; 1; 509]; [0; 4; 619]; [1; 5; 197]; [3; 1; 936]; [1; 4; 634]; [1; 5; 455]; [2; 3; 541]; [5; 1; 126]; [0; 5; 42]; [0; 1; 445]; [3; 5; 913]; [2; 1; 104]; [2; 3; 88]; [0; 4; 373]; [5; 3; 449]; [1; 0; 674]; [1; 3; 710]; [5; 4; 273]; [4; 3; 664]; [2; 5; 520]; [5; 3; 910]; [2; 4; 676]; [3; 5; 3]; [5; 2; 619]; [0; 3; 402]; [2; 1; 813]; [1; 3; 560]; [5; 2; 314]; [2; 5; 51]; [3; 1; 10]; [3; 5; 542]; [0; 3; 689]; [0; 2; 414]; [3; 5; 249]; [3; 0; 449]; [0; 2; 745]; [1; 3; 51]; [5; 4; 941]; [4; 5; 658]; [0; 4; 281]; [0; 3; 416]; [3; 5; 539]; [5; 1; 772]; [3; 2; 393]; [1; 4; 784]; [1; 0; 328]; [1; 0; 310]; [2; 5; 319]; [2; 1; 598]; [3; 0; 398]; [1; 5; 114]; [4; 2; 801]; [0; 2; 486]; [4; 2; 582]; [1; 3; 885]; [0; 2; 683]; [5; 1; 152]; [5; 2; 431]; [2; 1; 645]; [0; 4; 920]; [3; 5; 881]; [2; 5; 683]; [4; 3; 485]; [3; 2; 143]; [0; 1; 89]; [2; 3; 267]; [2; 1; 561]; [2; 1; 137]; [1; 4; 194]; [1; 0; 805]; [2; 3; 166]; [4; 0; 767]; [4; 3; 394]; [4; 2; 490]; [5; 4; 675]; [1; 5; 647]; [1; 2; 417]; [0; 5; 196]; [5; 2; 760]; [0; 5; 63]; [3; 1; 622]; [3; 0; 665]; [2; 3; 354]; [3; 0; 501]; [1; 0; 684]; [4; 2; 668]; [0; 5; 773]; [3; 0; 3]; [3; 2; 57]; [4; 3; 693]; [2; 1; 730]; [0; 4; 778]; [4; 1; 946]; [2; 5; 892]; [0; 4; 393]; [0; 2; 40]; [3; 5; 720]; [4; 1; 281]; [1; 4; 682]; [2; 4; 686]; [5; 2; 100]; [0; 1; 869]; [1; 4; 451]; [0; 1; 960]; [2; 0; 880]; [0; 2; 421]; [0; 4; 744]; [4; 3; 900]; [3; 2; 40]; [3; 5; 512]; [5; 2; 892]; [1; 0; 938]; [5; 0; 209]; [2; 3; 302]; [2; 4; 600]; [2; 4; 528]; [3; 2; 465]; [5; 0; 176]; [1; 0; 496]; [3; 2; 143]; [4; 0; 387]; [2; 4; 394]; [3; 5; 527]; [0; 1; 910]; [3; 1; 667]; [5; 1; 741]; [3; 2; 853]; [5; 3; 481]; [0; 3; 738]; [5; 2; 247]; [3; 2; 940]; [3; 1; 58]; [3; 0; 791]; [4; 2; 302]; [0; 1; 643]; [4; 5; 175]; [5; 3; 689]; [2; 5; 548]; [0; 1; 851]; [3; 0; 64]; [1; 0; 923]; [1; 4; 520]; [1; 3; 990]; [4; 1; 98]; [4; 5; 541]; [2; 3; 429]; [0; 5; 875]; [1; 4; 516]; [5; 0; 268]; [1; 0; 679]; [3; 5; 763]; [1; 0; 665]; [0; 5; 138]; [0; 2; 66]; [5; 1; 493]; [2; 3; 411]; [3; 2; 628]; [4; 2; 61]; [2; 5; 276]; [4; 1; 61]; [1; 0; 916]; [4; 3; 103]; [1; 2; 829]; [0; 2; 435]; [3; 5; 187]; [4; 2; 588]; [3; 4; 289]; [3; 5; 817]; [3; 0; 435]; [2; 4; 654]; [4; 2; 857]; [2; 1; 230]; [2; 5; 318]; [0; 5; 202]; [0; 4; 715]; [4; 0; 868]; [4; 0; 672]; [5; 3; 881]; [0; 5; 139]; [1; 2; 577]; [3; 4; 32]; [2; 5; 539]; [1; 2; 275]; [2; 3; 458]; [3; 1; 903]; [1; 4; 406]; [5; 0; 639]; [3; 1; 339]; [3; 1; 138]; [0; 2; 330]; [2; 1; 857]; [5; 4; 390]; [3; 2; 691]; [5; 1; 288]; [3; 5; 987]; [5; 1; 144]; [1; 4; 720]; [3; 1; 414]; [0; 1; 161]; [2; 1; 889]; [3; 1; 272]; [5; 2; 31]; [2; 1; 238]; [4; 3; 116]; [4; 5; 878]; [4; 3; 64]; [4; 3; 407]; [1; 2; 544]; [4; 1; 586]; [0; 4; 432]; [3; 5; 33]; [4; 1; 921]; [5; 2; 146]; [2; 0; 262]; [1; 2; 542]; [3; 4; 178]; [5; 2; 288]; [3; 0; 829]; [2; 3; 161]; [4; 3; 780]; [1; 0; 410]; [5; 0; 397]; [2; 5; 554]; [0; 4; 90]; [0; 3; 937]; [1; 0; 335]; [5; 0; 693]; [4; 2; 706]; [0; 2; 280]; [3; 0; 951]; [0; 5; 531]; [1; 3; 80]; [4; 5; 263]; [5; 1; 683]; [2; 3; 170]; [0; 1; 373]; [4; 1; 554]; [3; 5; 688]; [5; 0; 936]; [4; 1; 247]; [2; 1; 812]; [1; 5; 285]; [0; 1; 350]; [3; 1; 552]; [4; 2; 49]; [3; 5; 745]; [4; 0; 655]; [1; 3; 42]; [5; 3; 264]; [4; 0; 143]; [5; 2; 218]; [2; 5; 578]; [2; 0; 379]; [0; 3; 924]; [0; 4; 944]; [5; 0; 769]; [4; 3; 825]; [3; 4; 435]; [2; 0; 125]; [0; 4; 582]; [2; 0; 130]; [3; 0; 602]; [0; 3; 788]; [1; 5; 465]; [2; 1; 797]; [2; 0; 631]; [1; 3; 204]; [2; 0; 791]; [0; 5; 486]; [0; 2; 546]; [5; 4; 549]; [4; 1; 974]; [1; 2; 985]; [3; 5; 284]; [1; 4; 45]; [3; 1; 487]; [2; 0; 116]; [5; 1; 579]; [2; 4; 624]; [3; 0; 392]; [0; 5; 633]; [2; 0; 583]; [1; 2; 464]; [5; 3; 320]; [4; 0; 764]; [1; 0; 788]; [1; 5; 466]; [4; 5; 268]; [1; 0; 460]; [5; 0; 81]; [3; 2; 329]; [5; 3; 976]; [0; 4; 57]; [4; 2; 846]; [2; 3; 694]; [4; 0; 879]; [3; 1; 927]; [4; 3; 184]; [2; 3; 950]; [1; 2; 330]; [4; 1; 738]; [4; 5; 174]; [5; 3; 276]; [2; 1; 213]; [2; 3; 384]; [4; 2; 912]; [2; 1; 655]; [0; 1; 303]; [2; 1; 262]; [5; 2; 613]; [2; 3; 719]; [3; 2; 331]; [5; 2; 220]; [5; 3; 172]; [3; 5; 956]; [5; 4; 848]; [5; 1; 492]; [5; 2; 381]; [3; 4; 504]; [3; 0; 575]; [1; 2; 560]; [2; 0; 9]; [3; 2; 201]; [4; 0; 846]; [3; 4; 623]; [1; 2; 704]; [5; 2; 11]; [1; 4; 503]; [5; 0; 90]; [1; 0; 686]; [3; 1; 695]; [1; 0; 805]; [0; 3; 914]; [5; 1; 535]; [4; 0; 908]; [1; 0; 511]; [2; 4; 404]; [2; 3; 655]; [0; 1; 631]; [2; 0; 164]; [4; 0; 16]; [2; 5; 940]; [0; 4; 828]; [1; 0; 133]; [2; 1; 956]; [2; 0; 314]; [1; 0; 621]; [0; 4; 480]; [4; 1; 792]; [1; 3; 109]; [0; 2; 96]; [5; 2; 808]; [3; 2; 290]; [2; 3; 154]; [5; 1; 79]; [0; 4; 973]; [0; 5; 830]; [2; 1; 815]; [5; 4; 519]; [4; 2; 801]; [1; 5; 353]; [2; 3; 889]; [0; 3; 596]; [2; 0; 856]; [0; 3; 254]; [1; 4; 622]; [5; 4; 329]; [2; 1; 920]; [5; 3; 106]; [2; 1; 646]; [0; 5; 853]; [4; 0; 662]; [4; 5; 812]; [2; 4; 224]; [2; 1; 671]; [0; 5; 229]; [4; 3; 65]; [3; 0; 652]; [2; 4; 997]; [4; 3; 602]; [0; 2; 775]; [0; 4; 894]; [4; 2; 70]; [5; 0; 17]; [1; 3; 540]; [1; 4; 64]; [0; 5; 977]; [1; 2; 196]])
+
+
+    (* Grouping test cases *)
+    let suite = "Test Suite for numberOfSets" >::: [
+        
+  "test1" >:: test1;
+  "test2" >:: test2;
+  "test3" >:: test3;
+  "test4" >:: test4;
+  "test5" >:: test5;
+  "test6" >:: test6;
+  "test7" >:: test7;
+  "test8" >:: test8;
+  "test9" >:: test9;
+  "test10" >:: test10;
+    ]
+
+
+    (* Running the tests *)
+    let () = run_test_tt_main suite
+end

number_of_possible_sets_of_closing_branches/scala_tests/MySuite.scala

@@ -0,0 +1,44 @@
+
+class MySuite extends munit.FunSuite {
+  
+  test("test1") {
+    assertEquals(Main.numberOfSets(3,5,List(List(0,1,2),List(1,2,10),List(0,2,10))), 5)
+  }
+
+  test("test2") {
+    assertEquals(Main.numberOfSets(3,5,List(List(0,1,20),List(0,1,10),List(1,2,2),List(0,2,2))), 7)
+  }
+
+  test("test3") {
+    assertEquals(Main.numberOfSets(1,10,List()), 2)
+  }
+
+  test("test4") {
+    assertEquals(Main.numberOfSets(4,8561,List(List(2, 0, 945), List(3, 2, 83), List(1, 2, 44), List(2, 1, 492), List(0, 3, 417), List(2, 3, 242), List(3, 2, 188), List(2, 0, 142), List(1, 2, 106), List(2, 3, 418), List(3, 0, 803), List(1, 0, 255), List(3, 0, 618), List(0, 1, 219), List(2, 1, 460), List(2, 3, 12), List(1, 2, 888), List(0, 3, 199), List(1, 3, 568), List(1, 3, 767), List(2, 3, 587), List(0, 1, 15), List(3, 2, 999), List(3, 1, 778), List(1, 2, 347), List(0, 1, 548), List(1, 2, 891), List(3, 2, 355), List(2, 1, 123), List(3, 0, 806), List(3, 0, 557), List(3, 2, 46), List(3, 0, 851), List(3, 2, 901), List(0, 1, 250), List(2, 3, 613), List(1, 2, 153), List(2, 0, 325), List(3, 0, 4), List(3, 0, 284), List(3, 2, 82), List(0, 3, 970), List(2, 0, 363), List(3, 0, 664), List(3, 0, 225), List(2, 0, 670), List(2, 3, 747), List(1, 3, 459), List(1, 3, 71), List(3, 2, 99), List(3, 0, 985), List(3, 2, 151), List(3, 1, 989), List(1, 2, 47), List(3, 2, 606), List(1, 2, 565), List(2, 3, 106), List(1, 2, 808), List(1, 2, 765), List(1, 0, 334), List(2, 0, 601), List(2, 1, 848), List(3, 1, 73), List(2, 3, 824), List(0, 2, 930), List(3, 1, 954), List(0, 2, 27), List(1, 3, 299), List(2, 3, 423), List(3, 1, 777), List(2, 0, 236), List(2, 1, 79), List(3, 1, 14), List(2, 3, 644), List(3, 2, 137), List(1, 3, 34), List(3, 1, 446), List(0, 2, 43), List(0, 3, 863), List(0, 1, 974), List(1, 3, 512), List(2, 3, 947), List(3, 1, 651), List(1, 0, 980), List(3, 1, 833), List(1, 0, 249), List(2, 1, 948), List(0, 1, 421), List(3, 1, 94), List(1, 3, 306), List(3, 1, 560), List(1, 0, 950), List(0, 2, 291), List(3, 2, 106), List(3, 0, 831), List(1, 2, 739), List(3, 0, 480), List(0, 2, 260), List(1, 3, 671), List(3, 2, 524), List(1, 2, 90), List(0, 2, 163), List(3, 1, 21), List(3, 0, 537), List(1, 2, 716), List(0, 1, 553), List(1, 2, 348), List(1, 3, 915), List(2, 1, 448), List(3, 0, 321))), 16)
+  }
+
+  test("test5") {
+    assertEquals(Main.numberOfSets(10,36854,List(List(2, 1, 412), List(4, 0, 918), List(9, 2, 773), List(3, 6, 19), List(6, 1, 330), List(7, 4, 226), List(0, 5, 510), List(7, 6, 330), List(7, 1, 296), List(5, 8, 835), List(8, 0, 863), List(4, 9, 592), List(3, 4, 478), List(1, 8, 603), List(6, 9, 859), List(6, 2, 509), List(0, 9, 691), List(7, 6, 506), List(1, 2, 944), List(5, 1, 148), List(1, 3, 131), List(6, 5, 440), List(7, 0, 128), List(5, 4, 269), List(3, 5, 849), List(3, 6, 365), List(0, 6, 834), List(6, 8, 31), List(4, 2, 894), List(4, 0, 898), List(8, 2, 20), List(6, 5, 537), List(1, 6, 199), List(2, 7, 199), List(4, 9, 460), List(8, 3, 389), List(0, 3, 323), List(7, 8, 939), List(6, 5, 794), List(7, 3, 981), List(2, 8, 355), List(4, 1, 515), List(5, 7, 866), List(0, 8, 143), List(0, 6, 258), List(9, 1, 962), List(4, 8, 456), List(4, 2, 464), List(3, 5, 757), List(8, 4, 671), List(4, 2, 579), List(2, 5, 729), List(2, 0, 329), List(1, 5, 558), List(2, 1, 823), List(2, 3, 526), List(3, 2, 205), List(8, 0, 466), List(1, 6, 982), List(5, 4, 763), List(3, 9, 285), List(2, 4, 450), List(8, 5, 790), List(6, 2, 777), List(2, 8, 845), List(2, 5, 369), List(4, 0, 713), List(3, 6, 220), List(6, 0, 570), List(9, 0, 691), List(7, 8, 743), List(7, 2, 184), List(0, 6, 165), List(2, 7, 581), List(9, 2, 585), List(2, 9, 799), List(8, 7, 794), List(5, 3, 484), List(0, 1, 461), List(1, 2, 99), List(9, 6, 640), List(9, 7, 739), List(2, 0, 333), List(1, 0, 454), List(1, 3, 874), List(1, 0, 458), List(3, 2, 994), List(6, 3, 463), List(5, 3, 241), List(4, 2, 301), List(2, 3, 477), List(2, 8, 533), List(9, 3, 537), List(3, 2, 412), List(0, 7, 952), List(2, 4, 624), List(2, 4, 890), List(5, 7, 499), List(1, 9, 862), List(0, 6, 633), List(3, 1, 716), List(3, 7, 429), List(8, 3, 503), List(1, 7, 265), List(6, 9, 581), List(6, 2, 622), List(4, 5, 84), List(2, 6, 618), List(1, 2, 380), List(9, 5, 339), List(1, 6, 134), List(4, 6, 26), List(1, 7, 938), List(6, 3, 687), List(9, 4, 300), List(0, 1, 842), List(5, 6, 997), List(1, 9, 391), List(3, 6, 261), List(5, 7, 165), List(3, 7, 653), List(7, 3, 715), List(5, 1, 913), List(5, 4, 714), List(7, 9, 545), List(8, 9, 735), List(7, 2, 824), List(5, 0, 931), List(1, 7, 344), List(3, 2, 821), List(1, 2, 232), List(2, 8, 489), List(5, 3, 58), List(6, 9, 814), List(5, 9, 413), List(8, 2, 18), List(9, 5, 520), List(9, 5, 901), List(6, 9, 386), List(8, 6, 890), List(7, 9, 968), List(9, 8, 107), List(7, 1, 368), List(6, 2, 503), List(3, 9, 123), List(0, 3, 357), List(3, 8, 870), List(2, 7, 345), List(5, 4, 727), List(4, 9, 535), List(0, 3, 870), List(7, 0, 978), List(7, 4, 241), List(8, 7, 118), List(9, 2, 466), List(1, 7, 27), List(4, 6, 167), List(2, 7, 661), List(4, 1, 396), List(2, 9, 627), List(8, 9, 733), List(3, 7, 653), List(2, 9, 957), List(0, 3, 171), List(8, 2, 313), List(9, 1, 808), List(3, 0, 878), List(9, 1, 566), List(5, 8, 119), List(1, 9, 428), List(2, 7, 975), List(2, 1, 874), List(4, 0, 555), List(0, 5, 667), List(3, 7, 319), List(7, 9, 729), List(3, 7, 278), List(3, 6, 34), List(7, 4, 573), List(8, 3, 899), List(7, 3, 686), List(9, 0, 16), List(1, 7, 845), List(2, 8, 127), List(1, 2, 905), List(0, 1, 685), List(5, 9, 68), List(4, 3, 9), List(7, 2, 129), List(8, 1, 6), List(6, 3, 45), List(5, 7, 617), List(7, 1, 5), List(0, 4, 457), List(5, 0, 476), List(7, 4, 356), List(9, 5, 705), List(1, 8, 326), List(2, 4, 51), List(5, 6, 965), List(1, 0, 200), List(6, 8, 24), List(9, 3, 622), List(5, 4, 804), List(9, 8, 824), List(7, 2, 333), List(3, 1, 882), List(2, 4, 931), List(3, 6, 183), List(2, 4, 613), List(2, 1, 868), List(5, 0, 962), List(5, 9, 8), List(8, 4, 57), List(5, 4, 206), List(4, 9, 683), List(8, 7, 894), List(7, 8, 547), List(8, 4, 463), List(6, 7, 625), List(2, 3, 8), List(4, 0, 441), List(1, 0, 116), List(5, 2, 503), List(6, 5, 292), List(5, 4, 151), List(7, 8, 510), List(9, 2, 602), List(3, 4, 218), List(1, 4, 868), List(8, 9, 632), List(6, 0, 276), List(7, 4, 771), List(7, 6, 916), List(5, 9, 789), List(2, 7, 134), List(6, 2, 611), List(7, 1, 567), List(6, 8, 122), List(7, 5, 336), List(3, 6, 288), List(4, 8, 573), List(1, 0, 747), List(8, 9, 657), List(2, 6, 989), List(4, 2, 625), List(9, 8, 766), List(0, 2, 530), List(6, 5, 418), List(5, 8, 740), List(8, 0, 967), List(4, 0, 20), List(6, 8, 855), List(8, 4, 398), List(5, 9, 831), List(7, 1, 918), List(4, 6, 316), List(0, 6, 632), List(1, 2, 423), List(7, 9, 73), List(1, 4, 131), List(7, 8, 252), List(7, 8, 12), List(3, 1, 41), List(8, 6, 635), List(7, 2, 244), List(5, 8, 537), List(6, 5, 999), List(7, 9, 868), List(8, 5, 715), List(8, 1, 580), List(7, 6, 198), List(1, 2, 977), List(1, 4, 267), List(1, 3, 411), List(4, 8, 777), List(5, 0, 202), List(1, 7, 219), List(0, 6, 697), List(1, 6, 612), List(3, 0, 601), List(7, 3, 805), List(1, 9, 610), List(3, 2, 486), List(5, 0, 51), List(9, 6, 433), List(9, 0, 740), List(4, 8, 406), List(3, 6, 221), List(3, 1, 881), List(1, 9, 129), List(4, 8, 11), List(1, 4, 751), List(0, 5, 831), List(3, 8, 934), List(2, 3, 940), List(4, 1, 317), List(4, 3, 485), List(8, 1, 523), List(5, 6, 707), List(5, 0, 300), List(3, 7, 974), List(0, 7, 559), List(4, 2, 507), List(0, 5, 474), List(5, 1, 220), List(7, 8, 413), List(0, 4, 485), List(2, 6, 357), List(7, 6, 192), List(6, 0, 821), List(5, 2, 985), List(4, 5, 279), List(4, 1, 381), List(0, 1, 927), List(3, 2, 259), List(0, 1, 872), List(7, 9, 120), List(9, 6, 880), List(8, 9, 426), List(6, 2, 368), List(8, 1, 3), List(6, 2, 476), List(1, 0, 830), List(5, 9, 534), List(7, 4, 448), List(1, 7, 489), List(3, 1, 272), List(7, 5, 1000), List(8, 4, 220), List(7, 3, 286), List(4, 7, 873), List(8, 4, 334), List(5, 8, 698), List(7, 5, 518), List(0, 2, 749), List(8, 0, 112), List(7, 9, 208), List(3, 8, 997), List(6, 0, 169), List(9, 5, 688), List(4, 2, 680), List(8, 2, 448), List(3, 8, 986), List(0, 4, 169), List(4, 1, 155), List(4, 8, 901), List(0, 6, 764), List(6, 3, 209), List(2, 3, 982), List(9, 7, 830), List(9, 6, 832), List(1, 6, 382), List(9, 6, 905), List(1, 6, 524), List(0, 2, 915), List(3, 0, 613), List(6, 0, 460), List(4, 5, 936), List(5, 4, 611), List(8, 3, 714), List(7, 4, 879), List(5, 8, 686), List(4, 2, 724), List(8, 6, 544), List(4, 8, 386), List(8, 1, 19), List(0, 4, 265), List(9, 5, 403), List(9, 0, 641), List(9, 8, 864), List(8, 7, 111), List(0, 4, 591), List(9, 8, 816), List(8, 4, 631), List(9, 8, 677), List(3, 9, 129), List(5, 4, 566), List(3, 1, 70), List(1, 2, 335), List(2, 1, 282), List(9, 0, 609), List(1, 5, 658), List(6, 0, 113), List(4, 5, 270), List(1, 8, 295), List(8, 4, 976), List(7, 4, 186), List(2, 5, 913), List(7, 9, 743), List(1, 5, 579), List(2, 7, 255), List(3, 5, 392), List(6, 3, 857), List(4, 5, 351), List(4, 2, 460), List(9, 3, 954), List(6, 8, 838), List(3, 1, 562), List(1, 3, 518), List(7, 4, 960), List(0, 4, 617), List(9, 6, 248), List(4, 3, 925), List(4, 7, 750), List(4, 7, 190), List(7, 2, 323), List(9, 0, 792), List(1, 2, 219), List(6, 3, 460), List(2, 0, 194), List(6, 3, 912), List(8, 2, 658), List(8, 7, 30), List(4, 0, 912), List(4, 9, 412), List(5, 8, 551), List(8, 0, 614), List(0, 3, 948), List(3, 1, 45), List(1, 8, 725), List(1, 7, 338), List(3, 5, 600), List(3, 5, 242), List(1, 9, 307), List(6, 7, 87), List(5, 0, 777), List(8, 6, 785), List(9, 6, 40), List(9, 5, 135), List(7, 3, 793), List(0, 7, 15), List(1, 3, 972), List(5, 9, 304), List(6, 7, 234), List(7, 3, 562), List(1, 5, 10), List(2, 1, 594), List(2, 4, 54), List(5, 2, 885), List(9, 6, 76), List(5, 7, 585), List(9, 1, 381), List(7, 9, 344), List(3, 5, 114), List(4, 8, 746), List(0, 4, 2), List(5, 9, 432), List(4, 1, 815), List(1, 2, 902), List(5, 3, 209), List(1, 3, 748), List(1, 4, 663), List(1, 0, 912), List(3, 5, 501), List(2, 7, 433), List(6, 0, 820), List(1, 9, 671), List(8, 0, 144), List(3, 4, 786), List(5, 6, 71), List(6, 4, 607), List(5, 0, 565), List(5, 2, 292), List(4, 1, 628), List(6, 8, 837), List(6, 2, 560), List(9, 7, 56), List(3, 9, 759), List(9, 0, 169), List(0, 8, 572), List(9, 5, 646), List(1, 3, 524), List(5, 1, 790), List(3, 0, 448), List(7, 4, 207), List(1, 7, 173), List(7, 5, 366), List(6, 4, 488), List(4, 3, 104), List(8, 5, 218), List(3, 8, 173), List(7, 4, 517), List(6, 9, 990), List(7, 9, 381), List(2, 9, 220), List(7, 0, 170), List(2, 9, 657), List(0, 3, 560), List(1, 4, 831), List(3, 4, 558), List(8, 0, 555), List(2, 6, 954), List(4, 6, 544), List(8, 2, 304), List(2, 8, 561), List(9, 6, 408), List(6, 5, 753), List(6, 5, 442), List(3, 7, 203), List(4, 1, 480), List(4, 3, 108), List(4, 3, 799), List(5, 4, 47), List(2, 7, 545), List(9, 4, 730), List(4, 6, 623), List(1, 7, 957), List(7, 4, 570), List(1, 9, 506), List(4, 7, 865), List(9, 8, 942), List(2, 1, 29), List(5, 3, 708), List(7, 2, 801), List(9, 7, 215), List(9, 2, 613), List(3, 4, 714), List(6, 0, 328), List(6, 1, 51), List(0, 8, 602), List(6, 1, 68), List(1, 4, 819), List(4, 1, 576), List(0, 7, 856), List(4, 3, 791), List(9, 6, 302), List(5, 0, 525), List(8, 9, 157), List(9, 3, 987), List(5, 2, 977), List(5, 4, 356), List(8, 0, 731), List(4, 9, 996), List(4, 0, 366), List(3, 7, 29), List(7, 8, 254), List(1, 0, 597), List(0, 2, 3), List(4, 0, 754), List(8, 4, 184), List(1, 9, 564), List(3, 7, 653), List(7, 0, 290), List(6, 0, 745), List(4, 3, 661), List(8, 5, 383), List(1, 3, 368), List(6, 2, 325), List(5, 0, 753), List(1, 7, 201), List(0, 9, 390), List(5, 6, 446), List(0, 9, 849), List(1, 6, 427), List(7, 8, 104), List(3, 6, 592), List(1, 4, 943), List(7, 8, 280), List(1, 4, 407), List(6, 1, 926), List(2, 4, 904), List(8, 5, 327), List(0, 2, 746), List(9, 6, 346), List(5, 6, 576), List(3, 7, 112), List(4, 1, 574), List(6, 1, 616), List(1, 4, 458), List(2, 9, 815), List(4, 1, 484), List(3, 9, 125), List(2, 9, 248), List(6, 0, 794), List(9, 5, 366), List(4, 3, 790), List(2, 8, 490), List(3, 0, 663), List(6, 9, 860), List(7, 6, 775), List(8, 5, 166), List(0, 7, 767), List(5, 6, 643), List(2, 5, 313), List(7, 1, 702), List(0, 6, 365), List(2, 8, 739), List(0, 8, 288), List(6, 8, 65), List(3, 8, 523), List(3, 9, 462), List(1, 9, 971), List(3, 0, 907), List(6, 3, 684), List(9, 5, 804), List(7, 4, 243), List(5, 4, 158), List(5, 3, 260), List(4, 1, 707), List(0, 7, 41), List(9, 4, 83), List(6, 8, 598), List(3, 6, 864), List(3, 4, 99), List(2, 6, 472), List(2, 7, 500), List(8, 0, 830), List(7, 0, 301), List(4, 5, 922), List(5, 6, 325), List(8, 2, 285), List(2, 6, 572), List(2, 6, 690), List(1, 3, 589), List(8, 4, 756), List(7, 1, 503), List(0, 7, 558), List(5, 8, 630), List(5, 9, 885), List(5, 1, 658), List(1, 3, 429), List(9, 2, 283), List(3, 5, 584), List(5, 9, 485), List(8, 9, 229), List(8, 5, 437), List(8, 9, 388), List(1, 8, 155), List(1, 8, 983), List(4, 0, 735), List(7, 3, 81), List(3, 7, 559), List(7, 9, 369), List(2, 5, 138), List(9, 6, 205), List(2, 7, 454), List(3, 1, 554), List(4, 9, 14), List(6, 8, 700), List(6, 2, 598))), 1024)
+  }
+
+  test("test6") {
+    assertEquals(Main.numberOfSets(5,77476,List(List(0, 3, 743), List(1, 2, 693), List(3, 1, 491), List(4, 3, 724), List(2, 1, 391), List(4, 0, 93), List(2, 4, 836), List(3, 4, 177), List(3, 1, 408), List(0, 1, 230), List(2, 3, 406), List(1, 3, 229), List(0, 2, 400), List(0, 1, 372), List(4, 2, 593), List(3, 0, 266), List(1, 4, 219), List(0, 2, 299), List(3, 2, 329), List(2, 0, 148), List(0, 1, 670), List(0, 3, 502), List(2, 3, 976), List(0, 1, 910), List(1, 3, 417), List(1, 3, 614), List(1, 0, 950), List(2, 4, 877), List(3, 0, 18), List(4, 0, 297), List(4, 2, 492), List(3, 1, 707), List(1, 2, 877), List(2, 3, 516), List(3, 1, 753), List(2, 1, 875), List(4, 0, 757), List(3, 0, 545), List(4, 3, 228), List(4, 0, 413), List(1, 4, 989), List(4, 1, 564), List(3, 4, 249), List(3, 4, 889), List(0, 3, 352), List(3, 2, 566), List(1, 2, 647), List(3, 1, 763), List(0, 2, 195), List(4, 0, 579), List(4, 0, 924), List(1, 4, 920), List(3, 1, 721), List(4, 3, 386), List(1, 2, 332), List(2, 3, 909), List(3, 0, 801), List(1, 2, 806), List(2, 4, 504), List(3, 1, 804), List(1, 4, 327), List(2, 3, 155), List(0, 1, 605), List(3, 4, 20), List(0, 2, 708), List(4, 3, 946), List(1, 4, 41), List(0, 4, 652), List(0, 2, 886), List(3, 1, 347), List(0, 4, 573), List(2, 3, 20), List(3, 2, 761), List(0, 1, 911), List(1, 3, 822), List(3, 1, 725), List(1, 4, 497), List(1, 4, 948), List(4, 1, 642), List(3, 4, 402), List(1, 4, 994), List(4, 0, 29), List(4, 2, 252), List(1, 3, 193), List(0, 4, 150), List(4, 3, 28), List(0, 3, 501), List(3, 4, 41), List(3, 2, 817), List(3, 2, 292), List(4, 2, 238), List(1, 4, 596), List(3, 4, 435), List(4, 1, 896), List(2, 0, 732), List(2, 0, 697), List(0, 4, 575), List(4, 1, 596), List(2, 4, 41), List(2, 1, 268), List(3, 4, 38), List(1, 4, 134), List(0, 2, 822), List(3, 1, 925), List(2, 1, 84), List(2, 3, 708), List(1, 0, 715), List(1, 2, 531), List(3, 0, 117), List(0, 3, 259), List(4, 0, 695), List(2, 0, 657), List(0, 4, 776), List(1, 3, 63), List(2, 1, 238), List(0, 4, 147), List(4, 2, 58), List(3, 2, 825), List(4, 2, 265), List(1, 4, 249), List(1, 2, 392), List(2, 3, 741), List(1, 2, 168), List(1, 4, 161), List(0, 3, 278), List(3, 1, 601), List(1, 2, 134), List(4, 1, 963), List(4, 3, 776), List(0, 4, 430), List(3, 0, 359), List(3, 2, 154), List(4, 1, 811), List(4, 2, 249), List(4, 3, 42), List(4, 3, 209), List(4, 3, 917), List(4, 0, 443), List(0, 2, 318), List(3, 4, 116), List(3, 0, 369), List(0, 2, 168), List(1, 4, 918), List(0, 4, 47), List(4, 3, 949), List(0, 3, 959), List(2, 4, 635), List(0, 3, 284), List(3, 0, 395), List(1, 2, 39), List(2, 3, 426), List(1, 3, 695), List(2, 0, 381), List(0, 1, 943), List(4, 0, 978), List(2, 3, 400), List(3, 2, 44), List(0, 4, 341), List(1, 2, 86), List(3, 1, 604), List(0, 4, 549), List(4, 0, 272), List(3, 0, 140), List(1, 0, 594), List(2, 3, 103), List(1, 0, 300), List(1, 4, 546), List(2, 4, 259), List(1, 3, 829), List(1, 0, 516), List(4, 0, 192), List(1, 2, 724), List(1, 4, 913), List(1, 2, 271), List(1, 2, 191), List(1, 4, 278), List(1, 3, 282), List(2, 3, 51), List(1, 0, 885), List(4, 1, 604), List(1, 4, 434), List(1, 2, 385), List(3, 1, 675), List(1, 0, 227), List(4, 0, 628), List(4, 1, 848), List(1, 0, 861), List(3, 1, 350), List(0, 2, 451), List(2, 3, 943), List(2, 1, 76), List(1, 2, 679), List(1, 3, 5), List(1, 2, 705), List(3, 4, 148), List(4, 0, 291), List(4, 3, 276), List(1, 4, 953), List(0, 2, 734), List(4, 3, 569), List(0, 2, 377), List(2, 1, 978), List(3, 2, 162), List(4, 1, 674), List(4, 3, 18), List(2, 0, 650), List(1, 3, 179), List(0, 3, 869), List(0, 4, 74), List(4, 2, 745), List(4, 0, 500), List(2, 4, 779), List(3, 1, 673), List(3, 0, 515), List(4, 0, 184), List(3, 0, 729), List(3, 2, 456), List(1, 2, 218), List(4, 1, 793), List(4, 3, 108), List(4, 3, 344), List(3, 0, 110), List(1, 4, 266), List(3, 2, 35), List(3, 0, 732), List(0, 2, 110), List(3, 4, 606), List(3, 2, 465), List(0, 4, 658), List(2, 4, 740), List(3, 2, 632), List(4, 0, 544), List(1, 3, 367), List(4, 1, 380), List(3, 1, 50), List(1, 0, 425), List(1, 2, 480), List(2, 3, 602), List(0, 4, 921), List(3, 1, 529), List(3, 2, 102), List(4, 0, 436), List(4, 1, 572), List(1, 2, 686), List(0, 4, 21), List(4, 0, 288), List(0, 4, 186), List(0, 3, 705), List(2, 4, 983), List(2, 1, 424), List(0, 3, 885), List(4, 0, 263), List(3, 4, 345), List(0, 4, 855), List(0, 4, 664), List(4, 3, 936), List(1, 3, 286), List(2, 4, 563), List(4, 3, 491), List(4, 0, 325), List(0, 2, 25), List(4, 1, 223), List(3, 4, 159), List(0, 3, 983), List(3, 4, 964), List(2, 3, 673), List(2, 0, 93), List(2, 3, 371), List(2, 3, 637), List(0, 3, 221), List(0, 2, 680), List(3, 0, 823), List(1, 4, 299), List(3, 1, 53), List(2, 1, 344), List(2, 0, 595), List(0, 4, 204), List(4, 0, 231), List(2, 1, 818), List(1, 3, 322), List(1, 3, 706), List(0, 4, 99), List(4, 3, 524), List(2, 0, 699), List(0, 1, 18), List(2, 4, 310), List(2, 3, 987), List(4, 1, 640), List(2, 1, 955), List(1, 2, 495), List(3, 4, 17), List(1, 3, 208), List(0, 1, 601), List(0, 1, 931), List(3, 0, 338), List(0, 3, 521), List(1, 4, 376), List(4, 2, 680), List(2, 1, 522), List(3, 0, 496), List(1, 4, 684), List(4, 1, 436), List(3, 4, 890), List(3, 4, 43), List(3, 4, 233), List(3, 0, 236), List(0, 4, 154), List(0, 2, 73), List(1, 3, 560), List(1, 3, 119), List(2, 3, 61), List(4, 2, 491), List(2, 4, 282), List(4, 1, 20), List(1, 2, 289), List(4, 3, 592), List(3, 1, 866), List(1, 3, 85), List(2, 4, 280), List(3, 1, 493), List(1, 3, 766), List(1, 2, 418), List(1, 4, 68), List(0, 3, 534), List(0, 2, 358), List(3, 2, 707), List(0, 3, 807), List(2, 3, 486), List(2, 4, 274), List(1, 4, 515), List(1, 3, 730), List(4, 1, 833), List(1, 2, 805), List(1, 4, 184), List(0, 1, 984), List(0, 4, 653), List(4, 1, 186), List(0, 2, 526), List(1, 3, 588), List(4, 3, 356), List(4, 0, 705), List(2, 1, 639), List(4, 2, 931), List(2, 3, 254), List(3, 1, 101), List(3, 4, 477), List(1, 0, 453), List(1, 4, 380))), 32)
+  }
+
+  test("test7") {
+    assertEquals(Main.numberOfSets(4,86908,List(List(1, 2, 261), List(3, 0, 805), List(3, 0, 125), List(3, 1, 634), List(1, 2, 251), List(1, 2, 638), List(1, 0, 353), List(2, 0, 289), List(2, 3, 16), List(3, 2, 702), List(0, 2, 279), List(2, 3, 366), List(3, 0, 435), List(3, 0, 335), List(2, 0, 545), List(2, 1, 657), List(2, 0, 964), List(2, 3, 668), List(1, 3, 773), List(1, 3, 85), List(3, 2, 203), List(3, 2, 78), List(3, 2, 961), List(3, 0, 656), List(1, 2, 878), List(0, 1, 786), List(0, 1, 792), List(3, 1, 706), List(1, 2, 51), List(0, 3, 700), List(3, 0, 86), List(0, 1, 859), List(2, 0, 982), List(0, 3, 532), List(2, 3, 940), List(0, 3, 709), List(0, 3, 923), List(2, 0, 527), List(2, 0, 406), List(3, 0, 519), List(2, 3, 328), List(1, 3, 869), List(1, 3, 617), List(3, 1, 479), List(1, 3, 578), List(0, 2, 308), List(0, 3, 665), List(3, 2, 901), List(0, 2, 125), List(0, 3, 459), List(1, 2, 246), List(1, 3, 249), List(1, 0, 543), List(2, 3, 148), List(1, 2, 546), List(2, 1, 772), List(2, 1, 808), List(0, 1, 619), List(2, 3, 372), List(1, 2, 865), List(3, 2, 821), List(3, 1, 326), List(2, 0, 690), List(2, 0, 523), List(3, 2, 567), List(3, 0, 575), List(3, 2, 263), List(1, 0, 308), List(3, 1, 614), List(2, 0, 698), List(2, 0, 821), List(3, 1, 686), List(2, 1, 488), List(1, 3, 546), List(2, 1, 532), List(1, 0, 455), List(0, 1, 665), List(2, 0, 192), List(2, 0, 547), List(1, 3, 531), List(3, 0, 613), List(2, 1, 184), List(3, 1, 919), List(1, 0, 738), List(0, 2, 46), List(3, 1, 160), List(1, 2, 178), List(0, 3, 493), List(3, 1, 339), List(2, 0, 176), List(2, 1, 132), List(2, 3, 820), List(3, 2, 128), List(3, 2, 53), List(2, 1, 796), List(0, 2, 745), List(0, 1, 849), List(2, 1, 744), List(3, 2, 315), List(1, 0, 274), List(2, 1, 478), List(3, 0, 302), List(1, 0, 156), List(0, 1, 216), List(3, 0, 545), List(1, 0, 9), List(3, 0, 930), List(3, 1, 403), List(2, 0, 962), List(1, 3, 887), List(3, 1, 255), List(1, 3, 769), List(0, 1, 615), List(3, 2, 978), List(1, 2, 312), List(1, 3, 704), List(1, 0, 795), List(3, 2, 252), List(2, 1, 423), List(2, 1, 103), List(3, 0, 709), List(2, 3, 534), List(2, 3, 582), List(1, 2, 950), List(1, 3, 500), List(2, 3, 98), List(1, 2, 817), List(3, 0, 529), List(3, 2, 641), List(2, 0, 720), List(1, 0, 905), List(3, 2, 247), List(2, 0, 303), List(0, 2, 499), List(3, 1, 933), List(1, 0, 219), List(0, 3, 951), List(3, 1, 74), List(0, 1, 503), List(2, 1, 206), List(0, 3, 427), List(3, 2, 699), List(2, 1, 114), List(2, 3, 50), List(1, 0, 454), List(0, 3, 940), List(3, 0, 417), List(0, 3, 617), List(0, 3, 128), List(3, 1, 378), List(3, 0, 336), List(2, 3, 649), List(2, 0, 758), List(2, 1, 295), List(1, 3, 554), List(0, 3, 795), List(3, 2, 721), List(0, 3, 599), List(1, 3, 64), List(2, 0, 989), List(3, 1, 779), List(3, 1, 746), List(0, 1, 930), List(3, 2, 380), List(2, 3, 856), List(0, 1, 568), List(1, 0, 402), List(1, 3, 212), List(0, 3, 493), List(3, 1, 542), List(2, 1, 200), List(1, 3, 492), List(3, 2, 856), List(1, 0, 425), List(1, 2, 162), List(2, 3, 406), List(0, 3, 48), List(0, 1, 904), List(0, 1, 181), List(0, 3, 519), List(3, 2, 282), List(2, 3, 445), List(3, 1, 941), List(3, 0, 648), List(2, 1, 135), List(3, 1, 750), List(0, 2, 448), List(3, 2, 25), List(0, 3, 587), List(3, 2, 521), List(2, 0, 787))), 16)
+  }
+
+  test("test8") {
+    assertEquals(Main.numberOfSets(10,30571,List(List(7, 5, 39), List(6, 0, 355), List(4, 3, 50), List(4, 9, 650), List(3, 4, 961), List(2, 8, 106), List(7, 3, 700), List(6, 9, 504), List(2, 5, 701), List(1, 8, 601), List(0, 2, 675), List(5, 2, 834), List(0, 5, 215), List(9, 5, 909), List(7, 0, 798), List(7, 2, 91), List(9, 5, 704), List(8, 0, 209), List(3, 7, 216), List(4, 9, 288), List(7, 4, 121), List(3, 8, 208), List(5, 7, 43), List(6, 3, 851), List(3, 9, 16), List(9, 7, 635), List(1, 8, 75), List(5, 9, 576), List(3, 4, 193), List(6, 2, 670), List(9, 7, 226), List(7, 9, 101), List(0, 7, 860), List(1, 3, 565), List(4, 3, 384), List(1, 6, 120), List(8, 1, 889), List(0, 6, 177), List(5, 6, 863), List(7, 1, 297), List(3, 1, 662), List(7, 3, 171), List(6, 9, 730), List(0, 3, 205), List(0, 8, 497), List(2, 7, 320), List(5, 7, 761), List(5, 9, 855), List(5, 9, 744), List(6, 4, 955), List(7, 9, 7), List(2, 1, 394), List(7, 0, 510), List(6, 9, 140), List(0, 5, 313), List(0, 6, 871), List(9, 4, 326), List(1, 2, 43), List(6, 2, 845), List(4, 7, 752), List(0, 9, 279), List(0, 6, 569), List(1, 2, 856), List(0, 1, 817), List(6, 3, 278), List(9, 6, 351), List(3, 9, 565), List(1, 3, 990), List(6, 7, 794), List(9, 5, 727), List(5, 9, 43), List(1, 7, 787), List(2, 3, 54), List(2, 7, 133), List(8, 0, 121), List(0, 6, 301), List(1, 8, 150), List(9, 7, 102), List(4, 8, 84), List(0, 2, 305), List(8, 3, 866), List(2, 6, 277), List(4, 2, 559), List(6, 8, 372), List(3, 1, 127), List(9, 5, 525), List(7, 2, 24), List(6, 5, 982), List(1, 3, 59), List(2, 4, 457), List(3, 9, 86), List(8, 7, 565), List(7, 0, 307), List(1, 9, 696), List(6, 7, 578), List(7, 6, 628), List(8, 4, 818), List(2, 0, 413), List(4, 8, 197), List(6, 3, 902), List(1, 4, 924), List(4, 5, 936), List(7, 0, 202), List(5, 8, 47), List(7, 1, 583), List(8, 1, 426), List(9, 5, 115), List(0, 3, 529), List(5, 1, 928), List(7, 3, 912), List(2, 6, 719), List(9, 1, 921), List(7, 1, 489), List(8, 5, 196), List(4, 6, 837), List(6, 1, 112), List(0, 5, 820), List(2, 6, 897), List(1, 4, 332), List(9, 7, 867), List(5, 0, 186), List(5, 4, 16), List(8, 5, 89))), 1019)
+  }
+
+  test("test9") {
+    assertEquals(Main.numberOfSets(7,85696,List(List(4, 6, 374), List(2, 3, 736), List(5, 1, 930), List(1, 5, 892), List(4, 0, 846), List(6, 5, 380), List(0, 2, 479), List(4, 5, 411), List(4, 0, 198), List(3, 1, 770), List(2, 5, 26), List(1, 5, 989), List(5, 0, 911), List(6, 3, 189), List(4, 5, 108), List(3, 6, 34), List(2, 3, 246), List(4, 1, 966), List(4, 5, 599), List(6, 5, 1000), List(2, 1, 125), List(2, 5, 483), List(0, 5, 979), List(4, 3, 28), List(4, 6, 823), List(1, 5, 871), List(4, 6, 847), List(1, 6, 50), List(0, 6, 212), List(2, 1, 594), List(5, 1, 697), List(5, 4, 655), List(2, 0, 489), List(0, 5, 980), List(5, 0, 364), List(2, 4, 797), List(6, 5, 730), List(4, 2, 756), List(6, 0, 588), List(1, 2, 467), List(0, 5, 240), List(6, 3, 25), List(6, 0, 870), List(5, 4, 132), List(0, 6, 870), List(6, 4, 886), List(5, 6, 809), List(2, 1, 991), List(4, 6, 869), List(5, 3, 430), List(0, 2, 223), List(1, 5, 337), List(6, 1, 740), List(5, 4, 259), List(1, 4, 618), List(6, 5, 89), List(5, 3, 401), List(3, 4, 956), List(5, 4, 100), List(0, 4, 779), List(4, 2, 274), List(0, 5, 452), List(6, 3, 341), List(1, 5, 374), List(6, 2, 437), List(1, 2, 138), List(6, 4, 809), List(5, 1, 408), List(1, 0, 698), List(4, 6, 452), List(4, 1, 716), List(1, 2, 602), List(3, 6, 327), List(5, 1, 709), List(6, 2, 542), List(5, 2, 470), List(2, 0, 252), List(5, 0, 16), List(1, 5, 49), List(5, 2, 355), List(5, 0, 773), List(2, 5, 926), List(1, 6, 400), List(5, 0, 996), List(1, 5, 880), List(1, 4, 322), List(0, 3, 234), List(6, 4, 181), List(3, 2, 723), List(6, 3, 122), List(2, 6, 340), List(6, 5, 624), List(0, 1, 913), List(0, 2, 663), List(5, 0, 523), List(0, 3, 805), List(0, 6, 250), List(3, 2, 896), List(1, 5, 106), List(0, 2, 529), List(4, 5, 375), List(6, 5, 591), List(5, 2, 725), List(3, 2, 577), List(4, 1, 97), List(2, 5, 537), List(6, 5, 835), List(0, 5, 398), List(3, 4, 442), List(1, 2, 901), List(0, 5, 738), List(6, 0, 537), List(5, 1, 527), List(1, 5, 709), List(2, 5, 38), List(3, 0, 48), List(5, 1, 278), List(2, 0, 799), List(6, 4, 792), List(2, 1, 274), List(1, 5, 136), List(5, 0, 145), List(0, 3, 466), List(5, 3, 833), List(4, 1, 915), List(2, 4, 843), List(3, 2, 100), List(2, 6, 279), List(2, 5, 483), List(6, 3, 950), List(5, 4, 16), List(0, 1, 951), List(2, 6, 171), List(2, 0, 95), List(4, 5, 349), List(0, 5, 170), List(0, 1, 287), List(6, 4, 526), List(1, 5, 613), List(6, 5, 887), List(0, 2, 100), List(1, 0, 717), List(3, 4, 965), List(2, 5, 601), List(3, 6, 594), List(2, 3, 473), List(3, 0, 205), List(4, 2, 713), List(1, 2, 664), List(4, 0, 107), List(4, 2, 894), List(2, 4, 77), List(5, 2, 437), List(5, 0, 379), List(4, 3, 553), List(0, 2, 576), List(0, 4, 105), List(3, 5, 843), List(6, 5, 706), List(2, 4, 276), List(0, 1, 301), List(0, 2, 190), List(2, 6, 617), List(4, 0, 898), List(5, 6, 247), List(4, 1, 914), List(5, 2, 423), List(1, 5, 253), List(6, 0, 978), List(2, 0, 538), List(2, 6, 693), List(0, 3, 661), List(4, 1, 403), List(6, 4, 332), List(1, 2, 563), List(4, 1, 645), List(6, 0, 202), List(6, 4, 761), List(2, 0, 672), List(4, 1, 904), List(5, 1, 546), List(6, 5, 280), List(2, 1, 107), List(1, 3, 665), List(3, 4, 985), List(5, 6, 97), List(4, 2, 707), List(6, 2, 624), List(5, 6, 535), List(5, 0, 133), List(6, 2, 868), List(3, 6, 229), List(6, 4, 835), List(5, 0, 278), List(2, 5, 105), List(4, 6, 102), List(4, 0, 699), List(0, 3, 365), List(4, 6, 791), List(4, 0, 708), List(1, 0, 824), List(2, 6, 358), List(6, 4, 669), List(0, 3, 951), List(5, 0, 546), List(1, 5, 566), List(3, 2, 674), List(4, 3, 544), List(3, 5, 104), List(6, 2, 180), List(3, 2, 196), List(3, 6, 472), List(0, 5, 605), List(3, 6, 382), List(2, 0, 772), List(0, 2, 660), List(3, 5, 249), List(6, 5, 577), List(5, 0, 551), List(3, 6, 5), List(1, 6, 460), List(1, 0, 303), List(6, 4, 746), List(2, 4, 53), List(2, 4, 946), List(6, 1, 563), List(6, 5, 816), List(3, 6, 953), List(0, 4, 812), List(0, 4, 1), List(3, 2, 690), List(4, 6, 607), List(0, 2, 263), List(5, 1, 859), List(4, 2, 424), List(4, 6, 350), List(0, 2, 760), List(5, 6, 725), List(2, 4, 604), List(1, 0, 562), List(3, 5, 822), List(2, 5, 78), List(5, 6, 650), List(5, 0, 991), List(0, 2, 160), List(4, 2, 560), List(1, 4, 801), List(2, 5, 158), List(5, 4, 503), List(3, 6, 930), List(6, 3, 423), List(4, 3, 463), List(2, 1, 264), List(4, 3, 886), List(0, 3, 336), List(1, 6, 413), List(0, 6, 723), List(4, 5, 954), List(2, 6, 689), List(0, 1, 189), List(4, 0, 384), List(5, 3, 603), List(4, 3, 29), List(3, 6, 926), List(0, 2, 390), List(3, 0, 965), List(3, 6, 57), List(5, 6, 919), List(4, 3, 711), List(1, 2, 579), List(2, 6, 950), List(4, 5, 783), List(5, 4, 687), List(3, 4, 167), List(3, 1, 214), List(4, 2, 629), List(2, 0, 512), List(6, 1, 913), List(6, 3, 42), List(1, 6, 190), List(6, 5, 891), List(4, 6, 20), List(3, 4, 182), List(2, 1, 123), List(0, 2, 749), List(6, 5, 621), List(4, 2, 162), List(6, 5, 240), List(1, 0, 702), List(3, 2, 638), List(0, 6, 728), List(0, 5, 324), List(4, 0, 982), List(6, 2, 378), List(4, 2, 175), List(3, 4, 505), List(6, 4, 91), List(6, 3, 69), List(3, 1, 619), List(1, 2, 726), List(4, 6, 606), List(3, 2, 785), List(4, 5, 849), List(6, 4, 796), List(2, 6, 430), List(2, 4, 358), List(5, 1, 175), List(5, 6, 188), List(4, 1, 848), List(5, 4, 543), List(2, 1, 77), List(1, 2, 25), List(2, 0, 339), List(1, 4, 986), List(0, 6, 418), List(3, 6, 718), List(2, 5, 742), List(4, 2, 498), List(1, 6, 255), List(2, 3, 666), List(0, 1, 257), List(5, 1, 989), List(1, 0, 157), List(6, 2, 48), List(5, 6, 596), List(0, 1, 331), List(5, 2, 607), List(1, 3, 352), List(6, 4, 331), List(5, 1, 959), List(5, 4, 82), List(0, 4, 480), List(1, 0, 282), List(5, 0, 763), List(3, 6, 856), List(4, 2, 883), List(4, 6, 232), List(4, 2, 708), List(5, 3, 595), List(4, 6, 467), List(6, 0, 303), List(3, 2, 531), List(6, 0, 1), List(4, 3, 560), List(0, 3, 284), List(4, 3, 977), List(2, 5, 853), List(2, 4, 179), List(6, 3, 936), List(1, 2, 699), List(2, 4, 601), List(5, 1, 486), List(2, 0, 352), List(3, 6, 480), List(4, 3, 614), List(2, 4, 913), List(2, 4, 310), List(3, 6, 840), List(1, 5, 568), List(4, 5, 155), List(5, 2, 272), List(0, 6, 97), List(5, 3, 26), List(0, 4, 950), List(5, 0, 995), List(2, 4, 359), List(2, 1, 124), List(2, 3, 856), List(4, 1, 895), List(3, 0, 456), List(3, 5, 79), List(0, 1, 979), List(3, 6, 522), List(1, 5, 805), List(0, 3, 943), List(2, 3, 741), List(2, 1, 223), List(1, 3, 715), List(5, 2, 470), List(6, 5, 616), List(1, 3, 513), List(3, 6, 633), List(0, 6, 501), List(5, 0, 804), List(5, 0, 39), List(6, 1, 722), List(5, 6, 561), List(4, 1, 384), List(6, 4, 423), List(0, 1, 321), List(3, 2, 904), List(6, 1, 619), List(5, 2, 492), List(2, 5, 886), List(5, 4, 495), List(1, 2, 835), List(5, 4, 806), List(1, 6, 696), List(5, 0, 735), List(5, 2, 528), List(1, 0, 696), List(3, 2, 298), List(2, 3, 373), List(6, 0, 939), List(1, 5, 403), List(2, 4, 507), List(2, 0, 705), List(3, 5, 531), List(5, 0, 328), List(4, 6, 754), List(2, 6, 542), List(0, 5, 614), List(0, 2, 56), List(2, 5, 898), List(0, 5, 903), List(6, 5, 306), List(6, 1, 911), List(4, 5, 729), List(1, 6, 194), List(2, 1, 375), List(6, 5, 261), List(2, 4, 1000), List(3, 5, 794), List(0, 3, 278), List(0, 3, 808), List(1, 4, 648), List(4, 5, 2), List(6, 2, 128), List(5, 2, 581), List(5, 2, 236), List(2, 3, 638), List(6, 1, 761), List(5, 3, 767), List(0, 4, 822), List(0, 3, 621), List(5, 3, 977), List(4, 1, 134), List(0, 2, 865), List(1, 6, 70), List(3, 4, 631), List(5, 4, 574), List(3, 0, 304), List(3, 2, 680), List(4, 1, 1), List(3, 1, 614), List(2, 3, 230), List(0, 2, 451), List(5, 3, 279), List(2, 1, 592), List(1, 4, 357), List(1, 2, 238), List(5, 0, 214), List(5, 6, 528), List(4, 0, 265), List(2, 3, 621), List(6, 1, 904), List(3, 5, 345), List(5, 4, 730), List(0, 2, 711), List(5, 1, 641), List(5, 0, 997), List(1, 6, 20), List(0, 4, 853), List(3, 4, 847), List(6, 4, 704), List(2, 0, 514), List(6, 2, 590), List(1, 3, 660), List(4, 5, 481), List(1, 3, 647), List(4, 1, 54), List(2, 6, 953), List(1, 0, 131), List(3, 1, 953), List(6, 5, 489), List(1, 2, 567), List(5, 0, 113), List(3, 5, 182), List(1, 3, 96), List(2, 0, 37), List(3, 5, 126), List(2, 6, 315), List(6, 1, 387), List(3, 4, 112), List(1, 2, 56), List(6, 3, 851), List(5, 2, 176), List(5, 0, 560), List(6, 2, 3), List(5, 6, 489), List(1, 3, 910), List(2, 6, 560), List(6, 2, 361), List(2, 6, 528), List(3, 2, 70), List(4, 2, 646), List(6, 0, 52), List(4, 5, 598), List(4, 5, 771), List(1, 5, 716), List(4, 1, 704), List(2, 1, 74), List(3, 0, 659), List(4, 3, 698), List(2, 6, 498), List(3, 0, 39), List(5, 4, 47), List(0, 2, 379), List(3, 5, 116), List(5, 2, 590), List(1, 2, 955), List(4, 6, 942), List(5, 2, 246), List(1, 6, 720), List(1, 4, 304), List(4, 2, 600), List(0, 1, 490), List(2, 6, 170), List(6, 0, 941), List(5, 4, 488), List(2, 4, 20), List(5, 6, 762), List(5, 4, 629), List(1, 4, 983), List(6, 4, 201), List(2, 4, 119), List(5, 1, 74), List(1, 2, 953), List(4, 1, 364), List(5, 2, 246), List(0, 3, 360), List(2, 6, 861), List(3, 6, 201), List(3, 1, 2), List(5, 1, 849), List(1, 0, 631), List(6, 5, 315), List(3, 1, 148), List(0, 6, 40), List(5, 1, 423), List(6, 1, 662), List(3, 6, 868), List(4, 6, 678), List(2, 0, 907), List(1, 3, 184), List(1, 2, 697), List(1, 4, 768), List(6, 0, 34), List(5, 4, 423), List(3, 4, 547), List(1, 0, 312), List(6, 3, 26), List(5, 3, 729), List(5, 3, 935), List(2, 4, 948), List(3, 2, 688), List(1, 6, 891), List(1, 6, 361), List(2, 3, 965), List(3, 6, 537), List(1, 6, 204), List(0, 5, 138), List(0, 4, 764), List(4, 1, 241), List(3, 4, 299), List(4, 6, 70), List(4, 1, 403), List(5, 4, 278), List(5, 4, 339), List(2, 0, 571), List(2, 3, 443), List(6, 1, 175), List(0, 4, 598), List(3, 4, 859), List(4, 2, 635), List(2, 0, 498), List(1, 6, 65), List(6, 3, 273), List(3, 5, 1000), List(5, 1, 336), List(0, 6, 493), List(6, 0, 493), List(4, 1, 691), List(6, 3, 843), List(4, 1, 524), List(3, 4, 971), List(0, 2, 387), List(0, 3, 632), List(6, 2, 70), List(5, 4, 869), List(2, 6, 487), List(2, 1, 294), List(2, 3, 822), List(2, 3, 329), List(5, 3, 881), List(1, 3, 795), List(5, 0, 206), List(5, 4, 540), List(1, 0, 731), List(0, 5, 423), List(4, 6, 547), List(5, 3, 893), List(6, 3, 678), List(0, 5, 747), List(0, 3, 109), List(0, 6, 250), List(6, 0, 160), List(0, 4, 969), List(3, 5, 717), List(5, 6, 229), List(5, 2, 792), List(4, 6, 598), List(3, 1, 738), List(5, 6, 248), List(1, 6, 48), List(4, 6, 336), List(3, 6, 705), List(0, 2, 379), List(4, 3, 820), List(6, 1, 509), List(3, 5, 454), List(4, 1, 684), List(3, 1, 341), List(4, 3, 372), List(2, 4, 399), List(3, 4, 160), List(5, 3, 694), List(6, 1, 404), List(0, 1, 465), List(1, 5, 985), List(4, 6, 894), List(6, 0, 794), List(0, 4, 170), List(2, 6, 289), List(4, 1, 260), List(2, 4, 458), List(5, 1, 831), List(4, 1, 908), List(3, 5, 477), List(6, 3, 35), List(1, 0, 11), List(5, 3, 912), List(1, 0, 36), List(5, 6, 894), List(6, 2, 913), List(2, 5, 490), List(4, 5, 314), List(2, 3, 497), List(6, 3, 333), List(0, 1, 893), List(1, 0, 269), List(5, 3, 635), List(2, 3, 643), List(6, 2, 468), List(6, 3, 262), List(5, 0, 812), List(3, 0, 535), List(6, 3, 407), List(3, 6, 299), List(0, 4, 114), List(2, 6, 521), List(4, 2, 618), List(6, 5, 201), List(1, 5, 781), List(5, 3, 248), List(6, 0, 328), List(3, 0, 455), List(1, 2, 483), List(3, 2, 643), List(3, 0, 695), List(2, 6, 502), List(6, 0, 194), List(4, 6, 640), List(4, 3, 12), List(6, 2, 20), List(5, 0, 5), List(3, 0, 256), List(3, 5, 719), List(1, 0, 902), List(5, 1, 344), List(0, 5, 198), List(0, 6, 609), List(0, 3, 741), List(4, 3, 710), List(6, 2, 812), List(2, 5, 530), List(2, 3, 304), List(4, 5, 895), List(6, 3, 955), List(6, 3, 145), List(4, 0, 268), List(6, 3, 518), List(0, 2, 903), List(2, 6, 627), List(2, 5, 69), List(5, 1, 117), List(6, 5, 904), List(2, 5, 977), List(1, 5, 649), List(4, 0, 192), List(5, 6, 913), List(1, 6, 972), List(2, 1, 494), List(0, 5, 240), List(4, 2, 460), List(2, 0, 356), List(0, 6, 720), List(6, 3, 281), List(2, 3, 327), List(6, 3, 792), List(5, 0, 852), List(6, 1, 302), List(3, 2, 331), List(0, 2, 126), List(0, 3, 31), List(0, 1, 387), List(4, 5, 695), List(1, 4, 68), List(2, 3, 118), List(4, 0, 1), List(1, 0, 993), List(1, 2, 661), List(6, 5, 91), List(0, 3, 147), List(0, 5, 984), List(4, 5, 621), List(5, 2, 583), List(1, 2, 537), List(1, 6, 882), List(4, 2, 46), List(4, 5, 112), List(6, 0, 418), List(0, 2, 1000), List(5, 2, 514), List(0, 3, 798), List(6, 1, 883), List(4, 6, 444), List(4, 5, 154), List(3, 0, 23), List(5, 0, 495), List(4, 3, 676), List(1, 3, 539), List(1, 6, 653), List(6, 2, 464), List(6, 1, 322), List(3, 6, 126), List(4, 0, 644), List(2, 0, 472), List(5, 3, 601), List(5, 3, 643), List(5, 4, 885), List(0, 5, 360), List(1, 5, 672), List(5, 1, 861), List(1, 3, 951), List(5, 0, 135), List(2, 6, 852), List(0, 6, 265), List(3, 5, 454), List(3, 5, 479), List(0, 2, 8), List(1, 6, 571), List(3, 5, 83), List(1, 4, 238), List(4, 3, 477), List(4, 3, 120), List(3, 1, 521), List(3, 5, 88), List(6, 4, 510), List(5, 4, 311), List(6, 5, 321), List(2, 4, 430), List(2, 4, 763), List(1, 6, 353), List(1, 3, 435), List(5, 6, 95), List(2, 4, 809), List(6, 1, 870), List(0, 4, 249), List(1, 2, 393), List(5, 6, 315), List(3, 1, 222), List(2, 0, 410), List(2, 0, 686), List(6, 5, 478), List(0, 4, 621), List(5, 3, 662), List(5, 2, 300), List(0, 3, 591), List(1, 6, 850), List(6, 0, 919), List(1, 4, 182), List(1, 6, 639), List(6, 3, 606), List(5, 4, 590), List(1, 0, 360), List(1, 2, 189), List(6, 5, 734), List(1, 5, 130), List(0, 2, 638), List(6, 5, 803), List(2, 3, 80), List(5, 6, 350), List(2, 3, 935), List(4, 3, 175), List(4, 6, 584), List(2, 4, 266), List(5, 3, 223), List(1, 4, 471), List(1, 6, 351), List(4, 0, 623), List(6, 5, 777), List(3, 2, 887), List(1, 5, 681), List(5, 6, 223), List(3, 2, 931), List(1, 6, 283), List(1, 3, 59), List(4, 5, 190), List(5, 1, 1000), List(5, 2, 168), List(1, 5, 936), List(1, 6, 826), List(2, 3, 295), List(1, 5, 937), List(2, 6, 213), List(2, 6, 843), List(5, 4, 57), List(2, 0, 98), List(0, 5, 576), List(3, 6, 130), List(0, 2, 140), List(4, 6, 499), List(2, 0, 508), List(6, 4, 219), List(4, 0, 71), List(4, 3, 71), List(4, 0, 817), List(3, 5, 913), List(1, 2, 149), List(3, 6, 550), List(4, 0, 908), List(5, 2, 125), List(5, 1, 792), List(3, 6, 191), List(3, 0, 826), List(1, 4, 460), List(1, 5, 912), List(5, 1, 640), List(2, 1, 723), List(6, 5, 993), List(1, 4, 169), List(0, 4, 250))), 128)
+  }
+
+  test("test10") {
+    assertEquals(Main.numberOfSets(6,30727,List(List(3, 2, 83), List(4, 2, 676), List(4, 0, 914), List(2, 3, 401), List(4, 2, 78), List(0, 4, 633), List(0, 3, 603), List(1, 3, 802), List(3, 1, 21), List(2, 1, 393), List(3, 1, 608), List(5, 3, 551), List(1, 4, 12), List(4, 3, 458), List(4, 0, 48), List(4, 0, 757), List(1, 2, 659), List(2, 5, 880), List(1, 0, 307), List(4, 3, 70), List(3, 1, 181), List(0, 2, 778), List(0, 3, 575), List(0, 5, 826), List(0, 2, 452), List(0, 4, 99), List(1, 0, 18), List(1, 2, 760), List(3, 4, 668), List(5, 1, 960), List(0, 3, 134), List(3, 0, 402), List(5, 2, 883), List(1, 4, 825), List(5, 1, 300), List(2, 0, 208), List(4, 5, 205), List(0, 1, 482), List(1, 3, 16), List(2, 1, 545), List(4, 1, 220), List(3, 0, 888), List(2, 5, 937), List(5, 4, 170), List(2, 3, 572), List(3, 2, 118), List(2, 4, 406), List(1, 3, 692), List(5, 3, 346), List(0, 1, 659), List(3, 5, 277), List(1, 2, 688), List(2, 4, 31), List(1, 0, 699), List(2, 4, 63), List(4, 3, 911), List(5, 4, 278), List(4, 0, 78), List(4, 5, 291), List(4, 0, 264), List(0, 5, 826), List(3, 0, 883), List(3, 0, 677), List(1, 2, 66), List(3, 0, 347), List(5, 1, 172), List(2, 5, 33), List(5, 2, 630), List(0, 1, 560), List(5, 2, 425), List(4, 1, 99), List(0, 3, 613), List(3, 5, 529), List(3, 5, 570), List(5, 2, 589), List(1, 5, 285), List(5, 4, 394), List(1, 3, 504), List(2, 3, 105), List(3, 4, 736), List(1, 0, 52), List(1, 5, 257), List(1, 3, 348), List(5, 0, 83), List(4, 5, 338), List(0, 4, 584), List(2, 3, 792), List(1, 3, 744), List(3, 1, 456), List(0, 3, 1), List(4, 2, 607), List(5, 4, 726), List(0, 4, 425), List(2, 3, 211), List(0, 1, 834), List(2, 5, 28), List(3, 2, 808), List(2, 3, 86), List(0, 2, 50), List(2, 3, 963), List(0, 3, 1), List(3, 0, 124), List(3, 2, 244), List(4, 0, 657), List(5, 2, 983), List(0, 3, 772), List(4, 1, 196), List(3, 1, 543), List(5, 4, 974), List(4, 0, 241), List(0, 5, 755), List(1, 0, 893), List(1, 3, 611), List(3, 1, 875), List(0, 1, 681), List(4, 3, 424), List(5, 2, 697), List(2, 1, 6), List(2, 3, 738), List(2, 3, 62), List(5, 0, 152), List(3, 4, 305), List(2, 0, 542), List(0, 5, 861), List(2, 0, 903), List(0, 5, 853), List(0, 3, 206), List(0, 4, 432), List(2, 5, 444), List(0, 1, 621), List(5, 3, 976), List(5, 0, 450), List(5, 4, 255), List(3, 5, 141), List(4, 5, 181), List(5, 3, 815), List(5, 0, 773), List(4, 3, 528), List(5, 4, 862), List(1, 2, 8), List(4, 2, 798), List(5, 2, 960), List(1, 5, 255), List(0, 4, 700), List(3, 4, 223), List(1, 2, 775), List(5, 3, 109), List(1, 5, 828), List(3, 0, 559), List(1, 3, 830), List(0, 2, 595), List(5, 0, 474), List(4, 5, 290), List(4, 1, 23), List(3, 0, 947), List(2, 1, 578), List(4, 3, 151), List(2, 1, 40), List(1, 4, 808), List(0, 5, 590), List(4, 5, 455), List(5, 2, 847), List(1, 4, 504), List(2, 5, 11), List(3, 5, 60), List(3, 4, 236), List(5, 3, 257), List(4, 0, 313), List(4, 3, 513), List(0, 3, 782), List(2, 0, 975), List(5, 2, 461), List(5, 0, 420), List(0, 5, 817), List(4, 0, 773), List(4, 3, 756), List(4, 1, 44), List(1, 4, 577), List(5, 0, 168), List(0, 5, 323), List(1, 4, 497), List(4, 5, 890), List(2, 3, 348), List(0, 3, 142), List(4, 2, 822), List(1, 0, 954), List(0, 2, 918), List(3, 1, 617), List(5, 1, 175), List(5, 3, 694), List(2, 1, 829), List(1, 3, 604), List(3, 0, 467), List(1, 2, 22), List(0, 4, 583), List(0, 5, 479), List(5, 2, 873), List(5, 2, 603), List(4, 5, 315), List(5, 3, 814), List(1, 4, 737), List(3, 2, 157), List(0, 4, 453), List(1, 4, 440), List(2, 3, 265), List(3, 2, 525), List(4, 0, 920), List(0, 3, 470), List(4, 5, 549), List(2, 0, 503), List(2, 5, 568), List(0, 4, 307), List(3, 5, 740), List(5, 4, 46), List(5, 0, 447), List(3, 5, 395), List(1, 3, 227), List(1, 0, 435), List(5, 3, 328), List(1, 5, 637), List(2, 0, 952), List(5, 1, 22), List(3, 0, 571), List(5, 1, 474), List(5, 2, 35), List(5, 2, 626), List(3, 0, 535), List(0, 5, 63), List(1, 0, 63), List(2, 3, 679), List(3, 0, 520), List(2, 3, 886), List(0, 1, 958), List(0, 1, 665), List(1, 2, 122), List(0, 1, 830), List(3, 1, 326), List(5, 2, 7), List(4, 3, 73), List(4, 0, 496), List(5, 4, 946), List(1, 3, 488), List(5, 0, 480), List(2, 5, 517), List(2, 4, 750), List(4, 5, 614), List(2, 5, 279), List(0, 1, 714), List(3, 4, 186), List(1, 2, 276), List(2, 4, 883), List(2, 5, 774), List(3, 0, 891), List(5, 4, 799), List(3, 2, 635), List(4, 0, 468), List(0, 1, 562), List(0, 4, 751), List(0, 3, 180), List(2, 0, 291), List(3, 0, 395), List(1, 2, 442), List(3, 5, 895), List(2, 3, 108), List(5, 2, 430), List(3, 2, 657), List(2, 1, 764), List(4, 2, 246), List(5, 1, 646), List(3, 0, 76), List(3, 5, 801), List(0, 3, 476), List(3, 0, 62), List(1, 0, 891), List(3, 0, 210), List(1, 0, 610), List(0, 2, 978), List(1, 3, 470), List(2, 5, 691), List(3, 0, 636), List(5, 2, 624), List(0, 1, 1), List(3, 2, 630), List(0, 4, 579), List(1, 3, 63), List(4, 0, 243), List(2, 0, 914), List(3, 0, 275), List(4, 1, 625), List(1, 0, 621), List(3, 1, 704), List(2, 4, 934), List(0, 3, 900), List(1, 5, 245), List(1, 2, 768), List(5, 2, 412), List(5, 3, 952), List(3, 1, 303), List(1, 4, 369), List(4, 0, 976), List(2, 5, 86), List(4, 0, 309), List(5, 2, 341), List(1, 5, 143), List(1, 3, 122), List(3, 0, 847), List(3, 2, 75), List(2, 1, 340), List(1, 2, 224), List(5, 1, 509), List(0, 4, 619), List(1, 5, 197), List(3, 1, 936), List(1, 4, 634), List(1, 5, 455), List(2, 3, 541), List(5, 1, 126), List(0, 5, 42), List(0, 1, 445), List(3, 5, 913), List(2, 1, 104), List(2, 3, 88), List(0, 4, 373), List(5, 3, 449), List(1, 0, 674), List(1, 3, 710), List(5, 4, 273), List(4, 3, 664), List(2, 5, 520), List(5, 3, 910), List(2, 4, 676), List(3, 5, 3), List(5, 2, 619), List(0, 3, 402), List(2, 1, 813), List(1, 3, 560), List(5, 2, 314), List(2, 5, 51), List(3, 1, 10), List(3, 5, 542), List(0, 3, 689), List(0, 2, 414), List(3, 5, 249), List(3, 0, 449), List(0, 2, 745), List(1, 3, 51), List(5, 4, 941), List(4, 5, 658), List(0, 4, 281), List(0, 3, 416), List(3, 5, 539), List(5, 1, 772), List(3, 2, 393), List(1, 4, 784), List(1, 0, 328), List(1, 0, 310), List(2, 5, 319), List(2, 1, 598), List(3, 0, 398), List(1, 5, 114), List(4, 2, 801), List(0, 2, 486), List(4, 2, 582), List(1, 3, 885), List(0, 2, 683), List(5, 1, 152), List(5, 2, 431), List(2, 1, 645), List(0, 4, 920), List(3, 5, 881), List(2, 5, 683), List(4, 3, 485), List(3, 2, 143), List(0, 1, 89), List(2, 3, 267), List(2, 1, 561), List(2, 1, 137), List(1, 4, 194), List(1, 0, 805), List(2, 3, 166), List(4, 0, 767), List(4, 3, 394), List(4, 2, 490), List(5, 4, 675), List(1, 5, 647), List(1, 2, 417), List(0, 5, 196), List(5, 2, 760), List(0, 5, 63), List(3, 1, 622), List(3, 0, 665), List(2, 3, 354), List(3, 0, 501), List(1, 0, 684), List(4, 2, 668), List(0, 5, 773), List(3, 0, 3), List(3, 2, 57), List(4, 3, 693), List(2, 1, 730), List(0, 4, 778), List(4, 1, 946), List(2, 5, 892), List(0, 4, 393), List(0, 2, 40), List(3, 5, 720), List(4, 1, 281), List(1, 4, 682), List(2, 4, 686), List(5, 2, 100), List(0, 1, 869), List(1, 4, 451), List(0, 1, 960), List(2, 0, 880), List(0, 2, 421), List(0, 4, 744), List(4, 3, 900), List(3, 2, 40), List(3, 5, 512), List(5, 2, 892), List(1, 0, 938), List(5, 0, 209), List(2, 3, 302), List(2, 4, 600), List(2, 4, 528), List(3, 2, 465), List(5, 0, 176), List(1, 0, 496), List(3, 2, 143), List(4, 0, 387), List(2, 4, 394), List(3, 5, 527), List(0, 1, 910), List(3, 1, 667), List(5, 1, 741), List(3, 2, 853), List(5, 3, 481), List(0, 3, 738), List(5, 2, 247), List(3, 2, 940), List(3, 1, 58), List(3, 0, 791), List(4, 2, 302), List(0, 1, 643), List(4, 5, 175), List(5, 3, 689), List(2, 5, 548), List(0, 1, 851), List(3, 0, 64), List(1, 0, 923), List(1, 4, 520), List(1, 3, 990), List(4, 1, 98), List(4, 5, 541), List(2, 3, 429), List(0, 5, 875), List(1, 4, 516), List(5, 0, 268), List(1, 0, 679), List(3, 5, 763), List(1, 0, 665), List(0, 5, 138), List(0, 2, 66), List(5, 1, 493), List(2, 3, 411), List(3, 2, 628), List(4, 2, 61), List(2, 5, 276), List(4, 1, 61), List(1, 0, 916), List(4, 3, 103), List(1, 2, 829), List(0, 2, 435), List(3, 5, 187), List(4, 2, 588), List(3, 4, 289), List(3, 5, 817), List(3, 0, 435), List(2, 4, 654), List(4, 2, 857), List(2, 1, 230), List(2, 5, 318), List(0, 5, 202), List(0, 4, 715), List(4, 0, 868), List(4, 0, 672), List(5, 3, 881), List(0, 5, 139), List(1, 2, 577), List(3, 4, 32), List(2, 5, 539), List(1, 2, 275), List(2, 3, 458), List(3, 1, 903), List(1, 4, 406), List(5, 0, 639), List(3, 1, 339), List(3, 1, 138), List(0, 2, 330), List(2, 1, 857), List(5, 4, 390), List(3, 2, 691), List(5, 1, 288), List(3, 5, 987), List(5, 1, 144), List(1, 4, 720), List(3, 1, 414), List(0, 1, 161), List(2, 1, 889), List(3, 1, 272), List(5, 2, 31), List(2, 1, 238), List(4, 3, 116), List(4, 5, 878), List(4, 3, 64), List(4, 3, 407), List(1, 2, 544), List(4, 1, 586), List(0, 4, 432), List(3, 5, 33), List(4, 1, 921), List(5, 2, 146), List(2, 0, 262), List(1, 2, 542), List(3, 4, 178), List(5, 2, 288), List(3, 0, 829), List(2, 3, 161), List(4, 3, 780), List(1, 0, 410), List(5, 0, 397), List(2, 5, 554), List(0, 4, 90), List(0, 3, 937), List(1, 0, 335), List(5, 0, 693), List(4, 2, 706), List(0, 2, 280), List(3, 0, 951), List(0, 5, 531), List(1, 3, 80), List(4, 5, 263), List(5, 1, 683), List(2, 3, 170), List(0, 1, 373), List(4, 1, 554), List(3, 5, 688), List(5, 0, 936), List(4, 1, 247), List(2, 1, 812), List(1, 5, 285), List(0, 1, 350), List(3, 1, 552), List(4, 2, 49), List(3, 5, 745), List(4, 0, 655), List(1, 3, 42), List(5, 3, 264), List(4, 0, 143), List(5, 2, 218), List(2, 5, 578), List(2, 0, 379), List(0, 3, 924), List(0, 4, 944), List(5, 0, 769), List(4, 3, 825), List(3, 4, 435), List(2, 0, 125), List(0, 4, 582), List(2, 0, 130), List(3, 0, 602), List(0, 3, 788), List(1, 5, 465), List(2, 1, 797), List(2, 0, 631), List(1, 3, 204), List(2, 0, 791), List(0, 5, 486), List(0, 2, 546), List(5, 4, 549), List(4, 1, 974), List(1, 2, 985), List(3, 5, 284), List(1, 4, 45), List(3, 1, 487), List(2, 0, 116), List(5, 1, 579), List(2, 4, 624), List(3, 0, 392), List(0, 5, 633), List(2, 0, 583), List(1, 2, 464), List(5, 3, 320), List(4, 0, 764), List(1, 0, 788), List(1, 5, 466), List(4, 5, 268), List(1, 0, 460), List(5, 0, 81), List(3, 2, 329), List(5, 3, 976), List(0, 4, 57), List(4, 2, 846), List(2, 3, 694), List(4, 0, 879), List(3, 1, 927), List(4, 3, 184), List(2, 3, 950), List(1, 2, 330), List(4, 1, 738), List(4, 5, 174), List(5, 3, 276), List(2, 1, 213), List(2, 3, 384), List(4, 2, 912), List(2, 1, 655), List(0, 1, 303), List(2, 1, 262), List(5, 2, 613), List(2, 3, 719), List(3, 2, 331), List(5, 2, 220), List(5, 3, 172), List(3, 5, 956), List(5, 4, 848), List(5, 1, 492), List(5, 2, 381), List(3, 4, 504), List(3, 0, 575), List(1, 2, 560), List(2, 0, 9), List(3, 2, 201), List(4, 0, 846), List(3, 4, 623), List(1, 2, 704), List(5, 2, 11), List(1, 4, 503), List(5, 0, 90), List(1, 0, 686), List(3, 1, 695), List(1, 0, 805), List(0, 3, 914), List(5, 1, 535), List(4, 0, 908), List(1, 0, 511), List(2, 4, 404), List(2, 3, 655), List(0, 1, 631), List(2, 0, 164), List(4, 0, 16), List(2, 5, 940), List(0, 4, 828), List(1, 0, 133), List(2, 1, 956), List(2, 0, 314), List(1, 0, 621), List(0, 4, 480), List(4, 1, 792), List(1, 3, 109), List(0, 2, 96), List(5, 2, 808), List(3, 2, 290), List(2, 3, 154), List(5, 1, 79), List(0, 4, 973), List(0, 5, 830), List(2, 1, 815), List(5, 4, 519), List(4, 2, 801), List(1, 5, 353), List(2, 3, 889), List(0, 3, 596), List(2, 0, 856), List(0, 3, 254), List(1, 4, 622), List(5, 4, 329), List(2, 1, 920), List(5, 3, 106), List(2, 1, 646), List(0, 5, 853), List(4, 0, 662), List(4, 5, 812), List(2, 4, 224), List(2, 1, 671), List(0, 5, 229), List(4, 3, 65), List(3, 0, 652), List(2, 4, 997), List(4, 3, 602), List(0, 2, 775), List(0, 4, 894), List(4, 2, 70), List(5, 0, 17), List(1, 3, 540), List(1, 4, 64), List(0, 5, 977), List(1, 2, 196))), 64)
+  }
+
+}

number_of_subarrays_that_match_a_pattern_i/haskell_tests/Main.hs

@@ -0,0 +1,45 @@
+
+module Main where
+import Test.HUnit
+
+--Program start
+
+--Program end
+
+-- Test cases
+
+test1 :: Test
+test1 = TestCase (assertEqual "for (countMatchingSubarrays [1,2,3,4,5,6] [1,1])," 4 (countMatchingSubarrays [1,2,3,4,5,6] [1,1]))
+
+test2 :: Test
+test2 = TestCase (assertEqual "for (countMatchingSubarrays [1,4,4,1,3,5,5,3] [1,0,-1])," 2 (countMatchingSubarrays [1,4,4,1,3,5,5,3] [1,0,-1]))
+
+test3 :: Test
+test3 = TestCase (assertEqual "for (countMatchingSubarrays [958522052, 816922931, 998487597, 690154333, 354702871, 671960057, 249368968, 69556231, 908219629, 707589413, 294929857, 720971058, 278532629, 965456434, 545765508, 926054915, 614708631, 425389779, 378627894, 754834668, 525313443, 337406471, 98630916, 544815800, 410240830, 129291490, 731343637, 183124975, 636909574, 936125774, 213369328, 372017544, 474148160, 123122820, 733192473, 507114288, 25304824, 747319257, 750603766] [1, 0, 1, 0, 1, 0, ( -1), ( -1), 1, 0, 1, ( -1), ( -1), 0, 1, 0, 1, 0])," 0 (countMatchingSubarrays [958522052, 816922931, 998487597, 690154333, 354702871, 671960057, 249368968, 69556231, 908219629, 707589413, 294929857, 720971058, 278532629, 965456434, 545765508, 926054915, 614708631, 425389779, 378627894, 754834668, 525313443, 337406471, 98630916, 544815800, 410240830, 129291490, 731343637, 183124975, 636909574, 936125774, 213369328, 372017544, 474148160, 123122820, 733192473, 507114288, 25304824, 747319257, 750603766] [1, 0, 1, 0, 1, 0, -1, -1, 1, 0, 1, -1, -1, 0, 1, 0, 1, 0]))
+
+test4 :: Test
+test4 = TestCase (assertEqual "for (countMatchingSubarrays [73001546, 609856123, 337207666, 300623452, 539335490, 728169193, 843532894, 789634694, 424220161, 501673660, 368030052, 830451163, 52965358, 213406622, 56370410, 849273044, 162077335, 34440701, 825499908, 635213800, 892585303, 8809605, 392859302, 752672530, 147637522, 708083349, 964372561, 806243378, 851930319, 557578762, 255864062, 474170567, 839213578, 25994512, 573709923, 732726344, 304660168, 397131487, 399445443] [0, 1, ( -1), 1, ( -1), 0, ( -1), 0, 0, ( -1), 0, 0, ( -1), ( -1), 1, 1, 0, 1, 1, ( -1), 1, 1, ( -1), 1, ( -1), 0, 1, ( -1), 1, ( -1), 0])," 0 (countMatchingSubarrays [73001546, 609856123, 337207666, 300623452, 539335490, 728169193, 843532894, 789634694, 424220161, 501673660, 368030052, 830451163, 52965358, 213406622, 56370410, 849273044, 162077335, 34440701, 825499908, 635213800, 892585303, 8809605, 392859302, 752672530, 147637522, 708083349, 964372561, 806243378, 851930319, 557578762, 255864062, 474170567, 839213578, 25994512, 573709923, 732726344, 304660168, 397131487, 399445443] [0, 1, -1, 1, -1, 0, -1, 0, 0, -1, 0, 0, -1, -1, 1, 1, 0, 1, 1, -1, 1, 1, -1, 1, -1, 0, 1, -1, 1, -1, 0]))
+
+test5 :: Test
+test5 = TestCase (assertEqual "for (countMatchingSubarrays [166842257, 249676386, 889676321, 509665507, 407624824, 431087260, 438347843, 101695569, 621723192, 75137551, 594697372, 576665480, 444718046, 202804541, 718511394, 182152620, 851222129, 415329492, 203901749, 896549715, 600842956, 713922078, 923702073, 344525120, 213287131, 655523580, 69728867, 586749901, 232425347, 184976144, 659192746, 256221840, 253989769, 772831359, 650829214, 907008768, 397706106, 507083898, 428624517, 894850881, 937899444, 794453173, 13965215, 434223691, 640572738, 38823579, 536672047, 514662957, 573156588, 310209171, 17091327, 414241273, 338159896, 754671818, 724625027, 17661631, 464794709, 676265688, 482473050, 862119617, 85577627, 812553028, 458476570, 349446677, 821371578, 6080406, 102674351, 528456055, 221245315, 5348742, 247385284, 524024937, 632758049, 95676074, 726290739, 701757011, 338483653, 596505853, 38167733, 342294091] [1, ( -1), ( -1), 0, 0, 0, ( -1), 1, 0, 0, 0, 1, 1, ( -1), 1, 1, ( -1), ( -1), ( -1), 1, 1, 1, 1, 1, 0, 0, ( -1), 1, 1, ( -1), ( -1), 1, ( -1), 0, ( -1), 1, 1, 0, 1, ( -1), ( -1), ( -1)])," 0 (countMatchingSubarrays [166842257, 249676386, 889676321, 509665507, 407624824, 431087260, 438347843, 101695569, 621723192, 75137551, 594697372, 576665480, 444718046, 202804541, 718511394, 182152620, 851222129, 415329492, 203901749, 896549715, 600842956, 713922078, 923702073, 344525120, 213287131, 655523580, 69728867, 586749901, 232425347, 184976144, 659192746, 256221840, 253989769, 772831359, 650829214, 907008768, 397706106, 507083898, 428624517, 894850881, 937899444, 794453173, 13965215, 434223691, 640572738, 38823579, 536672047, 514662957, 573156588, 310209171, 17091327, 414241273, 338159896, 754671818, 724625027, 17661631, 464794709, 676265688, 482473050, 862119617, 85577627, 812553028, 458476570, 349446677, 821371578, 6080406, 102674351, 528456055, 221245315, 5348742, 247385284, 524024937, 632758049, 95676074, 726290739, 701757011, 338483653, 596505853, 38167733, 342294091] [1, -1, -1, 0, 0, 0, -1, 1, 0, 0, 0, 1, 1, -1, 1, 1, -1, -1, -1, 1, 1, 1, 1, 1, 0, 0, -1, 1, 1, -1, -1, 1, -1, 0, -1, 1, 1, 0, 1, -1, -1, -1]))
+
+test6 :: Test
+test6 = TestCase (assertEqual "for (countMatchingSubarrays [467156965, 947752470, 342627071, 500225191, 649464522, 109596850, 131744300, 924309693, 279162981, 210540462, 516399280, 368404270, 443892863, 638256726, 996415336, 346603575, 466364045, 306144200, 205943052, 831543012, 442293932, 234339521, 9961032, 249321264, 366862164, 322127756, 179833297, 420212554, 48906630, 789306976, 986408215, 316155882, 672032932, 127426722, 161272999, 695864347, 420074756, 47211437, 297288570, 922760729, 283927705, 394655024, 508276634, 522528694, 280206040, 236369018, 558611086, 963749810, 507691909, 811338964, 827889206, 926185664, 725286969, 682044685, 953736495, 112006935, 952562687, 143249136, 390964459, 245964604, 583839008, 389989392, 439088139, 466393230, 69289707, 625973271, 992204056, 448248637, 572653414, 555394266, 970263248, 257087460, 428636085, 108958899, 462722402, 815809898, 471559312, 443953126, 415652787, 63545636, 147724198, 675419795, 82634947, 743532840, 564523794, 958927783, 967283261, 214091924, 93675192, 704660779, 131891562, 912057265, 697863152, 398295324, 907973201, 408160423, 192901677, 952223755, 541891184, 319428029] [-1, 0, ( -1), ( -1), 0, 1, ( -1), 0, 1, ( -1), 1, 0, ( -1), 0, 1, ( -1), ( -1), 0, 1, 0, 1, ( -1), ( -1), ( -1), 1, 1, 0, 0, 1, 1, 1, 0, ( -1), ( -1), ( -1), 1, ( -1), 1, ( -1), 0, ( -1), 0, ( -1), 1, 1, 1, 0, 1, 0, 1, 0, ( -1), ( -1), ( -1), 0, ( -1), ( -1), ( -1), 0, 1, 0, ( -1), 1])," 0 (countMatchingSubarrays [467156965, 947752470, 342627071, 500225191, 649464522, 109596850, 131744300, 924309693, 279162981, 210540462, 516399280, 368404270, 443892863, 638256726, 996415336, 346603575, 466364045, 306144200, 205943052, 831543012, 442293932, 234339521, 9961032, 249321264, 366862164, 322127756, 179833297, 420212554, 48906630, 789306976, 986408215, 316155882, 672032932, 127426722, 161272999, 695864347, 420074756, 47211437, 297288570, 922760729, 283927705, 394655024, 508276634, 522528694, 280206040, 236369018, 558611086, 963749810, 507691909, 811338964, 827889206, 926185664, 725286969, 682044685, 953736495, 112006935, 952562687, 143249136, 390964459, 245964604, 583839008, 389989392, 439088139, 466393230, 69289707, 625973271, 992204056, 448248637, 572653414, 555394266, 970263248, 257087460, 428636085, 108958899, 462722402, 815809898, 471559312, 443953126, 415652787, 63545636, 147724198, 675419795, 82634947, 743532840, 564523794, 958927783, 967283261, 214091924, 93675192, 704660779, 131891562, 912057265, 697863152, 398295324, 907973201, 408160423, 192901677, 952223755, 541891184, 319428029] [-1, 0, -1, -1, 0, 1, -1, 0, 1, -1, 1, 0, -1, 0, 1, -1, -1, 0, 1, 0, 1, -1, -1, -1, 1, 1, 0, 0, 1, 1, 1, 0, -1, -1, -1, 1, -1, 1, -1, 0, -1, 0, -1, 1, 1, 1, 0, 1, 0, 1, 0, -1, -1, -1, 0, -1, -1, -1, 0, 1, 0, -1, 1]))
+
+test7 :: Test
+test7 = TestCase (assertEqual "for (countMatchingSubarrays [451784295, 689693467, 707399561, 669619209, 942829087, 582526825, 266090335, 30089113, 967704236, 924230381, 979424836, 244129348, 618589482, 53514687, 344109292, 976015814, 114119843, 298229501, 62843064, 296476017, 552457481, 917847928, 756956593, 807880064, 850077648, 900486199, 797978161, 443966169, 129609427, 808096420, 560371923, 704279300, 362838381, 162429625, 321022259, 845719640, 502993789, 882621821, 335196071, 566018544, 900596866, 579950561, 126802936, 781278386, 226832956, 907008894, 835976616, 255790698, 807670244, 875267275, 509658099, 408861872, 808800667, 358945791, 360346618, 171759579, 547528813, 632373704, 934432768, 313570707, 260438059, 826751797, 284015472, 692847671, 366568396, 900218495, 32975045, 735295819, 991958957, 819489352, 566800171, 528009276, 312743538, 651247585, 650644825, 531998100, 385244123, 471715012, 38114549, 128892158, 992917189] [-1, 1, 0, ( -1), ( -1), 1, ( -1), 1, ( -1), ( -1), ( -1), 1, ( -1), 1])," 0 (countMatchingSubarrays [451784295, 689693467, 707399561, 669619209, 942829087, 582526825, 266090335, 30089113, 967704236, 924230381, 979424836, 244129348, 618589482, 53514687, 344109292, 976015814, 114119843, 298229501, 62843064, 296476017, 552457481, 917847928, 756956593, 807880064, 850077648, 900486199, 797978161, 443966169, 129609427, 808096420, 560371923, 704279300, 362838381, 162429625, 321022259, 845719640, 502993789, 882621821, 335196071, 566018544, 900596866, 579950561, 126802936, 781278386, 226832956, 907008894, 835976616, 255790698, 807670244, 875267275, 509658099, 408861872, 808800667, 358945791, 360346618, 171759579, 547528813, 632373704, 934432768, 313570707, 260438059, 826751797, 284015472, 692847671, 366568396, 900218495, 32975045, 735295819, 991958957, 819489352, 566800171, 528009276, 312743538, 651247585, 650644825, 531998100, 385244123, 471715012, 38114549, 128892158, 992917189] [-1, 1, 0, -1, -1, 1, -1, 1, -1, -1, -1, 1, -1, 1]))
+
+test8 :: Test
+test8 = TestCase (assertEqual "for (countMatchingSubarrays [172646549, 337737293, 784964105, 676733112, 152784290, 966002983, 168638530, 172388248, 789255636, 98418528, 513597301, 111259369, 766372719, 326165906, 8996157, 404662425, 837274357, 631651627, 672019228, 72705923, 572627895, 951930442, 872805707, 167160569, 623727651, 879256875, 245070717, 547184034, 965326476, 487499808, 838549266, 112425313, 974754651, 204768267, 808714675, 778439635, 927814146, 37094710, 349177239, 227071470, 933609603, 463325580, 592631855, 77517722, 17513804, 756068535, 695077989, 412760725, 107581614, 231534920, 332120008, 307327006, 45522689, 481356458, 944495159, 381291421, 178042121, 983541188, 131983253, 446014184, 853546390, 914567483, 515478703, 832018467, 788249682, 890661104, 787303976, 433436441, 653667733, 631619736, 514816096, 423262292, 902336160, 344284126, 910732388, 910411187, 558281056, 900626663, 929025308, 457698301, 366019939, 775029061, 358438056, 165988685, 681102031, 557005428, 377516576, 436409449, 850791006] [-1, 0, 1, ( -1), 0, 0, ( -1), ( -1), ( -1), 0, 0, ( -1), ( -1), ( -1), 0, ( -1), 0, ( -1), 0, 1, 0, 1, ( -1), 0, 1, 0, ( -1), ( -1), 1, 1, 0, 1, 1, 1, ( -1), 1, ( -1), 1, ( -1), 0, 1, ( -1), 1, 1, 0, 0, 0, 1, 1, ( -1), 0, 0, ( -1), ( -1), ( -1), 0, 1, 1, ( -1), 0, 1, 1, ( -1), 1, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 1, 0, 0, ( -1), 0, ( -1), ( -1), 1, 0])," 0 (countMatchingSubarrays [172646549, 337737293, 784964105, 676733112, 152784290, 966002983, 168638530, 172388248, 789255636, 98418528, 513597301, 111259369, 766372719, 326165906, 8996157, 404662425, 837274357, 631651627, 672019228, 72705923, 572627895, 951930442, 872805707, 167160569, 623727651, 879256875, 245070717, 547184034, 965326476, 487499808, 838549266, 112425313, 974754651, 204768267, 808714675, 778439635, 927814146, 37094710, 349177239, 227071470, 933609603, 463325580, 592631855, 77517722, 17513804, 756068535, 695077989, 412760725, 107581614, 231534920, 332120008, 307327006, 45522689, 481356458, 944495159, 381291421, 178042121, 983541188, 131983253, 446014184, 853546390, 914567483, 515478703, 832018467, 788249682, 890661104, 787303976, 433436441, 653667733, 631619736, 514816096, 423262292, 902336160, 344284126, 910732388, 910411187, 558281056, 900626663, 929025308, 457698301, 366019939, 775029061, 358438056, 165988685, 681102031, 557005428, 377516576, 436409449, 850791006] [-1, 0, 1, -1, 0, 0, -1, -1, -1, 0, 0, -1, -1, -1, 0, -1, 0, -1, 0, 1, 0, 1, -1, 0, 1, 0, -1, -1, 1, 1, 0, 1, 1, 1, -1, 1, -1, 1, -1, 0, 1, -1, 1, 1, 0, 0, 0, 1, 1, -1, 0, 0, -1, -1, -1, 0, 1, 1, -1, 0, 1, 1, -1, 1, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 1, 0, 0, -1, 0, -1, -1, 1, 0]))
+
+test9 :: Test
+test9 = TestCase (assertEqual "for (countMatchingSubarrays [114911549, 785355121] [1])," 1 (countMatchingSubarrays [114911549, 785355121] [1]))
+
+
+-- Grouping test cases
+tests :: Test
+tests = TestList [TestLabel "Test1" test1, TestLabel "Test2" test2, TestLabel "Test3" test3, TestLabel "Test4" test4, TestLabel "Test5" test5, TestLabel "Test6" test6, TestLabel "Test7" test7, TestLabel "Test8" test8]
+
+-- Running the tests
+main :: IO Counts
+main = runTestTT tests

number_of_subarrays_that_match_a_pattern_i/java_tests/Main.java

@@ -0,0 +1,21 @@
+
+import static org.junit.jupiter.api.Assertions.*;
+import org.junit.jupiter.api.Test;
+import java.util.List;
+import java.util.Arrays;
+import java.util.ArrayList;
+public class Main {
+    //Program start
+    
+    //Program end
+
+    @Test
+public void test1() {
+    assertEquals(4, countMatchingSubarrays(new ArrayList<>(Arrays.asList(1,2,3,4,5,6)), new ArrayList<>(Arrays.asList(1,1))));
+}
+@Test
+public void test2() {
+    assertEquals(2, countMatchingSubarrays(new ArrayList<>(Arrays.asList(1,4,4,1,3,5,5,3)), new ArrayList<>(Arrays.asList(1,0,-1))));
+}
+
+}

number_of_subarrays_that_match_a_pattern_i/meta.json

@@ -0,0 +1,774 @@
+{
+    "id": 3269,
+    "name": "number_of_subarrays_that_match_a_pattern_i",
+    "difficulty": "Medium",
+    "link": "https://leetcode.com/problems/number-of-subarrays-that-match-a-pattern-i/",
+    "date": "2024-02-04 00:00:00",
+    "task_description": "You are given a **0-indexed** integer array `nums` of size `n`, and a **0-indexed** integer array `pattern` of size `m` consisting of integers `-1`, `0`, and `1`. A subarray `nums[i..j]` of size `m + 1` is said to match the `pattern` if the following conditions hold for each element `pattern[k]`: `nums[i + k + 1] > nums[i + k]` if `pattern[k] == 1`. `nums[i + k + 1] == nums[i + k]` if `pattern[k] == 0`. `nums[i + k + 1] < nums[i + k]` if `pattern[k] == -1`. Return _the** count** of subarrays in_ `nums` _that match the_ `pattern`. **Example 1:** ``` **Input:** nums = [1,2,3,4,5,6], pattern = [1,1] **Output:** 4 **Explanation:** The pattern [1,1] indicates that we are looking for strictly increasing subarrays of size 3. In the array nums, the subarrays [1,2,3], [2,3,4], [3,4,5], and [4,5,6] match this pattern. Hence, there are 4 subarrays in nums that match the pattern. ``` **Example 2:** ``` **Input:** nums = [1,4,4,1,3,5,5,3], pattern = [1,0,-1] **Output:** 2 **Explanation: **Here, the pattern [1,0,-1] indicates that we are looking for a sequence where the first number is smaller than the second, the second is equal to the third, and the third is greater than the fourth. In the array nums, the subarrays [1,4,4,1], and [3,5,5,3] match this pattern. Hence, there are 2 subarrays in nums that match the pattern. ``` **Constraints:** `2 <= n == nums.length <= 100` `1 <= nums[i] <= 109` `1 <= m == pattern.length < n` `-1 <= pattern[i] <= 1`",
+    "public_test_cases": [
+        {
+            "label": "Example 1",
+            "input": "nums = [1,2,3,4,5,6], pattern = [1,1]",
+            "output": "4 "
+        },
+        {
+            "label": "Example 2",
+            "input": "nums = [1,4,4,1,3,5,5,3], pattern = [1,0,-1]",
+            "output": "2 "
+        }
+    ],
+    "private_test_cases": [
+        {
+            "input": [
+                [
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+                    816922931,
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+                    123122820,
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+                    25304824,
+                    747319257,
+                    750603766
+                ],
+                [
+                    1,
+                    0,
+                    1,
+                    0,
+                    1,
+                    0,
+                    -1,
+                    -1,
+                    1,
+                    0,
+                    1,
+                    -1,
+                    -1,
+                    0,
+                    1,
+                    0,
+                    1,
+                    0
+                ]
+            ],
+            "output": 0
+        },
+        {
+            "input": [
+                [
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+                ]
+            ],
+            "output": 0
+        },
+        {
+            "input": [
+                [
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+            ],
+            "output": 0
+        },
+        {
+            "input": [
+                [
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+            "output": 0
+        },
+        {
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+            ],
+            "output": 0
+        },
+        {
+            "input": [
+                [
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+                    1,
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+                    1,
+                    1,
+                    0,
+                    0,
+                    0,
+                    1,
+                    1,
+                    -1,
+                    0,
+                    0,
+                    -1,
+                    -1,
+                    -1,
+                    0,
+                    1,
+                    1,
+                    -1,
+                    0,
+                    1,
+                    1,
+                    -1,
+                    1,
+                    1,
+                    1,
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+                    0,
+                    0,
+                    1,
+                    1,
+                    0,
+                    0,
+                    0,
+                    1,
+                    1,
+                    1,
+                    0,
+                    0,
+                    -1,
+                    0,
+                    -1,
+                    -1,
+                    1,
+                    0
+                ]
+            ],
+            "output": 0
+        },
+        {
+            "input": [
+                [
+                    114911549,
+                    785355121
+                ],
+                [
+                    1
+                ]
+            ],
+            "output": 1
+        }
+    ],
+    "haskell_template": "countMatchingSubarrays :: [Int] -> [Int] -> Int\ncountMatchingSubarrays nums pattern ",
+    "ocaml_template": "let countMatchingSubarrays (nums: int list) (pattern: int list) : int =  ",
+    "scala_template": "def countMatchingSubarrays(nums: List[Int],pattern: List[Int]): Int = { \n    \n}",
+    "java_template": "class Solution {\n    public int countMatchingSubarrays(int[] nums, int[] pattern) {\n        \n    }\n}",
+    "python_template": "class Solution(object):\n    def countMatchingSubarrays(self, nums, pattern):\n        \"\"\"\n        :type nums: List[int]\n        :type pattern: List[int]\n        :rtype: int\n        \"\"\"\n        "
+}

number_of_subarrays_that_match_a_pattern_i/ocaml_tests/main.ml

@@ -0,0 +1,47 @@
+
+module Main = struct
+    open OUnit2
+
+    (* Program start *)
+
+    (* Program end *)
+
+    (* Test cases *)
+    
+let test1 _ = assert_equal 4 (countMatchingSubarrays [1;2;3;4;5;6] [1;1])
+
+let test2 _ = assert_equal 2 (countMatchingSubarrays [1;4;4;1;3;5;5;3] [1;0;-1])
+
+let test3 _ = assert_equal 0 (countMatchingSubarrays [958522052; 816922931; 998487597; 690154333; 354702871; 671960057; 249368968; 69556231; 908219629; 707589413; 294929857; 720971058; 278532629; 965456434; 545765508; 926054915; 614708631; 425389779; 378627894; 754834668; 525313443; 337406471; 98630916; 544815800; 410240830; 129291490; 731343637; 183124975; 636909574; 936125774; 213369328; 372017544; 474148160; 123122820; 733192473; 507114288; 25304824; 747319257; 750603766] [1; 0; 1; 0; 1; 0; ( -1); ( -1); 1; 0; 1; ( -1); ( -1); 0; 1; 0; 1; 0])
+
+let test4 _ = assert_equal 0 (countMatchingSubarrays [73001546; 609856123; 337207666; 300623452; 539335490; 728169193; 843532894; 789634694; 424220161; 501673660; 368030052; 830451163; 52965358; 213406622; 56370410; 849273044; 162077335; 34440701; 825499908; 635213800; 892585303; 8809605; 392859302; 752672530; 147637522; 708083349; 964372561; 806243378; 851930319; 557578762; 255864062; 474170567; 839213578; 25994512; 573709923; 732726344; 304660168; 397131487; 399445443] [0; 1; ( -1); 1; ( -1); 0; ( -1); 0; 0; ( -1); 0; 0; ( -1); ( -1); 1; 1; 0; 1; 1; ( -1); 1; 1; ( -1); 1; ( -1); 0; 1; ( -1); 1; ( -1); 0])
+
+let test5 _ = assert_equal 0 (countMatchingSubarrays [166842257; 249676386; 889676321; 509665507; 407624824; 431087260; 438347843; 101695569; 621723192; 75137551; 594697372; 576665480; 444718046; 202804541; 718511394; 182152620; 851222129; 415329492; 203901749; 896549715; 600842956; 713922078; 923702073; 344525120; 213287131; 655523580; 69728867; 586749901; 232425347; 184976144; 659192746; 256221840; 253989769; 772831359; 650829214; 907008768; 397706106; 507083898; 428624517; 894850881; 937899444; 794453173; 13965215; 434223691; 640572738; 38823579; 536672047; 514662957; 573156588; 310209171; 17091327; 414241273; 338159896; 754671818; 724625027; 17661631; 464794709; 676265688; 482473050; 862119617; 85577627; 812553028; 458476570; 349446677; 821371578; 6080406; 102674351; 528456055; 221245315; 5348742; 247385284; 524024937; 632758049; 95676074; 726290739; 701757011; 338483653; 596505853; 38167733; 342294091] [1; ( -1); ( -1); 0; 0; 0; ( -1); 1; 0; 0; 0; 1; 1; ( -1); 1; 1; ( -1); ( -1); ( -1); 1; 1; 1; 1; 1; 0; 0; ( -1); 1; 1; ( -1); ( -1); 1; ( -1); 0; ( -1); 1; 1; 0; 1; ( -1); ( -1); ( -1)])
+
+let test6 _ = assert_equal 0 (countMatchingSubarrays [467156965; 947752470; 342627071; 500225191; 649464522; 109596850; 131744300; 924309693; 279162981; 210540462; 516399280; 368404270; 443892863; 638256726; 996415336; 346603575; 466364045; 306144200; 205943052; 831543012; 442293932; 234339521; 9961032; 249321264; 366862164; 322127756; 179833297; 420212554; 48906630; 789306976; 986408215; 316155882; 672032932; 127426722; 161272999; 695864347; 420074756; 47211437; 297288570; 922760729; 283927705; 394655024; 508276634; 522528694; 280206040; 236369018; 558611086; 963749810; 507691909; 811338964; 827889206; 926185664; 725286969; 682044685; 953736495; 112006935; 952562687; 143249136; 390964459; 245964604; 583839008; 389989392; 439088139; 466393230; 69289707; 625973271; 992204056; 448248637; 572653414; 555394266; 970263248; 257087460; 428636085; 108958899; 462722402; 815809898; 471559312; 443953126; 415652787; 63545636; 147724198; 675419795; 82634947; 743532840; 564523794; 958927783; 967283261; 214091924; 93675192; 704660779; 131891562; 912057265; 697863152; 398295324; 907973201; 408160423; 192901677; 952223755; 541891184; 319428029] [-1; 0; ( -1); ( -1); 0; 1; ( -1); 0; 1; ( -1); 1; 0; ( -1); 0; 1; ( -1); ( -1); 0; 1; 0; 1; ( -1); ( -1); ( -1); 1; 1; 0; 0; 1; 1; 1; 0; ( -1); ( -1); ( -1); 1; ( -1); 1; ( -1); 0; ( -1); 0; ( -1); 1; 1; 1; 0; 1; 0; 1; 0; ( -1); ( -1); ( -1); 0; ( -1); ( -1); ( -1); 0; 1; 0; ( -1); 1])
+
+let test7 _ = assert_equal 0 (countMatchingSubarrays [451784295; 689693467; 707399561; 669619209; 942829087; 582526825; 266090335; 30089113; 967704236; 924230381; 979424836; 244129348; 618589482; 53514687; 344109292; 976015814; 114119843; 298229501; 62843064; 296476017; 552457481; 917847928; 756956593; 807880064; 850077648; 900486199; 797978161; 443966169; 129609427; 808096420; 560371923; 704279300; 362838381; 162429625; 321022259; 845719640; 502993789; 882621821; 335196071; 566018544; 900596866; 579950561; 126802936; 781278386; 226832956; 907008894; 835976616; 255790698; 807670244; 875267275; 509658099; 408861872; 808800667; 358945791; 360346618; 171759579; 547528813; 632373704; 934432768; 313570707; 260438059; 826751797; 284015472; 692847671; 366568396; 900218495; 32975045; 735295819; 991958957; 819489352; 566800171; 528009276; 312743538; 651247585; 650644825; 531998100; 385244123; 471715012; 38114549; 128892158; 992917189] [-1; 1; 0; ( -1); ( -1); 1; ( -1); 1; ( -1); ( -1); ( -1); 1; ( -1); 1])
+
+let test8 _ = assert_equal 0 (countMatchingSubarrays [172646549; 337737293; 784964105; 676733112; 152784290; 966002983; 168638530; 172388248; 789255636; 98418528; 513597301; 111259369; 766372719; 326165906; 8996157; 404662425; 837274357; 631651627; 672019228; 72705923; 572627895; 951930442; 872805707; 167160569; 623727651; 879256875; 245070717; 547184034; 965326476; 487499808; 838549266; 112425313; 974754651; 204768267; 808714675; 778439635; 927814146; 37094710; 349177239; 227071470; 933609603; 463325580; 592631855; 77517722; 17513804; 756068535; 695077989; 412760725; 107581614; 231534920; 332120008; 307327006; 45522689; 481356458; 944495159; 381291421; 178042121; 983541188; 131983253; 446014184; 853546390; 914567483; 515478703; 832018467; 788249682; 890661104; 787303976; 433436441; 653667733; 631619736; 514816096; 423262292; 902336160; 344284126; 910732388; 910411187; 558281056; 900626663; 929025308; 457698301; 366019939; 775029061; 358438056; 165988685; 681102031; 557005428; 377516576; 436409449; 850791006] [-1; 0; 1; ( -1); 0; 0; ( -1); ( -1); ( -1); 0; 0; ( -1); ( -1); ( -1); 0; ( -1); 0; ( -1); 0; 1; 0; 1; ( -1); 0; 1; 0; ( -1); ( -1); 1; 1; 0; 1; 1; 1; ( -1); 1; ( -1); 1; ( -1); 0; 1; ( -1); 1; 1; 0; 0; 0; 1; 1; ( -1); 0; 0; ( -1); ( -1); ( -1); 0; 1; 1; ( -1); 0; 1; 1; ( -1); 1; 1; 1; 0; 0; 0; 1; 1; 0; 0; 0; 1; 1; 1; 0; 0; ( -1); 0; ( -1); ( -1); 1; 0])
+
+let test9 _ = assert_equal 1 (countMatchingSubarrays [114911549; 785355121] [1])
+
+
+    (* Grouping test cases *)
+    let suite = "Test Suite for countMatchingSubarrays" >::: [
+        
+  "test1" >:: test1;
+  "test2" >:: test2;
+  "test3" >:: test3;
+  "test4" >:: test4;
+  "test5" >:: test5;
+  "test6" >:: test6;
+  "test7" >:: test7;
+  "test8" >:: test8;
+  "test9" >:: test9;
+    ]
+
+
+    (* Running the tests *)
+    let () = run_test_tt_main suite
+end

number_of_subarrays_that_match_a_pattern_i/scala_tests/MySuite.scala

@@ -0,0 +1,40 @@
+
+class MySuite extends munit.FunSuite {
+  
+  test("test1") {
+    assertEquals(Main.countMatchingSubarrays(List(1,2,3,4,5,6),List(1,1)), 4)
+  }
+
+  test("test2") {
+    assertEquals(Main.countMatchingSubarrays(List(1,4,4,1,3,5,5,3),List(1,0,-1)), 2)
+  }
+
+  test("test3") {
+    assertEquals(Main.countMatchingSubarrays(List(958522052, 816922931, 998487597, 690154333, 354702871, 671960057, 249368968, 69556231, 908219629, 707589413, 294929857, 720971058, 278532629, 965456434, 545765508, 926054915, 614708631, 425389779, 378627894, 754834668, 525313443, 337406471, 98630916, 544815800, 410240830, 129291490, 731343637, 183124975, 636909574, 936125774, 213369328, 372017544, 474148160, 123122820, 733192473, 507114288, 25304824, 747319257, 750603766),List(1, 0, 1, 0, 1, 0, -1, -1, 1, 0, 1, -1, -1, 0, 1, 0, 1, 0)), 0)
+  }
+
+  test("test4") {
+    assertEquals(Main.countMatchingSubarrays(List(73001546, 609856123, 337207666, 300623452, 539335490, 728169193, 843532894, 789634694, 424220161, 501673660, 368030052, 830451163, 52965358, 213406622, 56370410, 849273044, 162077335, 34440701, 825499908, 635213800, 892585303, 8809605, 392859302, 752672530, 147637522, 708083349, 964372561, 806243378, 851930319, 557578762, 255864062, 474170567, 839213578, 25994512, 573709923, 732726344, 304660168, 397131487, 399445443),List(0, 1, -1, 1, -1, 0, -1, 0, 0, -1, 0, 0, -1, -1, 1, 1, 0, 1, 1, -1, 1, 1, -1, 1, -1, 0, 1, -1, 1, -1, 0)), 0)
+  }
+
+  test("test5") {
+    assertEquals(Main.countMatchingSubarrays(List(166842257, 249676386, 889676321, 509665507, 407624824, 431087260, 438347843, 101695569, 621723192, 75137551, 594697372, 576665480, 444718046, 202804541, 718511394, 182152620, 851222129, 415329492, 203901749, 896549715, 600842956, 713922078, 923702073, 344525120, 213287131, 655523580, 69728867, 586749901, 232425347, 184976144, 659192746, 256221840, 253989769, 772831359, 650829214, 907008768, 397706106, 507083898, 428624517, 894850881, 937899444, 794453173, 13965215, 434223691, 640572738, 38823579, 536672047, 514662957, 573156588, 310209171, 17091327, 414241273, 338159896, 754671818, 724625027, 17661631, 464794709, 676265688, 482473050, 862119617, 85577627, 812553028, 458476570, 349446677, 821371578, 6080406, 102674351, 528456055, 221245315, 5348742, 247385284, 524024937, 632758049, 95676074, 726290739, 701757011, 338483653, 596505853, 38167733, 342294091),List(1, -1, -1, 0, 0, 0, -1, 1, 0, 0, 0, 1, 1, -1, 1, 1, -1, -1, -1, 1, 1, 1, 1, 1, 0, 0, -1, 1, 1, -1, -1, 1, -1, 0, -1, 1, 1, 0, 1, -1, -1, -1)), 0)
+  }
+
+  test("test6") {
+    assertEquals(Main.countMatchingSubarrays(List(467156965, 947752470, 342627071, 500225191, 649464522, 109596850, 131744300, 924309693, 279162981, 210540462, 516399280, 368404270, 443892863, 638256726, 996415336, 346603575, 466364045, 306144200, 205943052, 831543012, 442293932, 234339521, 9961032, 249321264, 366862164, 322127756, 179833297, 420212554, 48906630, 789306976, 986408215, 316155882, 672032932, 127426722, 161272999, 695864347, 420074756, 47211437, 297288570, 922760729, 283927705, 394655024, 508276634, 522528694, 280206040, 236369018, 558611086, 963749810, 507691909, 811338964, 827889206, 926185664, 725286969, 682044685, 953736495, 112006935, 952562687, 143249136, 390964459, 245964604, 583839008, 389989392, 439088139, 466393230, 69289707, 625973271, 992204056, 448248637, 572653414, 555394266, 970263248, 257087460, 428636085, 108958899, 462722402, 815809898, 471559312, 443953126, 415652787, 63545636, 147724198, 675419795, 82634947, 743532840, 564523794, 958927783, 967283261, 214091924, 93675192, 704660779, 131891562, 912057265, 697863152, 398295324, 907973201, 408160423, 192901677, 952223755, 541891184, 319428029),List(-1, 0, -1, -1, 0, 1, -1, 0, 1, -1, 1, 0, -1, 0, 1, -1, -1, 0, 1, 0, 1, -1, -1, -1, 1, 1, 0, 0, 1, 1, 1, 0, -1, -1, -1, 1, -1, 1, -1, 0, -1, 0, -1, 1, 1, 1, 0, 1, 0, 1, 0, -1, -1, -1, 0, -1, -1, -1, 0, 1, 0, -1, 1)), 0)
+  }
+
+  test("test7") {
+    assertEquals(Main.countMatchingSubarrays(List(451784295, 689693467, 707399561, 669619209, 942829087, 582526825, 266090335, 30089113, 967704236, 924230381, 979424836, 244129348, 618589482, 53514687, 344109292, 976015814, 114119843, 298229501, 62843064, 296476017, 552457481, 917847928, 756956593, 807880064, 850077648, 900486199, 797978161, 443966169, 129609427, 808096420, 560371923, 704279300, 362838381, 162429625, 321022259, 845719640, 502993789, 882621821, 335196071, 566018544, 900596866, 579950561, 126802936, 781278386, 226832956, 907008894, 835976616, 255790698, 807670244, 875267275, 509658099, 408861872, 808800667, 358945791, 360346618, 171759579, 547528813, 632373704, 934432768, 313570707, 260438059, 826751797, 284015472, 692847671, 366568396, 900218495, 32975045, 735295819, 991958957, 819489352, 566800171, 528009276, 312743538, 651247585, 650644825, 531998100, 385244123, 471715012, 38114549, 128892158, 992917189),List(-1, 1, 0, -1, -1, 1, -1, 1, -1, -1, -1, 1, -1, 1)), 0)
+  }
+
+  test("test8") {
+    assertEquals(Main.countMatchingSubarrays(List(172646549, 337737293, 784964105, 676733112, 152784290, 966002983, 168638530, 172388248, 789255636, 98418528, 513597301, 111259369, 766372719, 326165906, 8996157, 404662425, 837274357, 631651627, 672019228, 72705923, 572627895, 951930442, 872805707, 167160569, 623727651, 879256875, 245070717, 547184034, 965326476, 487499808, 838549266, 112425313, 974754651, 204768267, 808714675, 778439635, 927814146, 37094710, 349177239, 227071470, 933609603, 463325580, 592631855, 77517722, 17513804, 756068535, 695077989, 412760725, 107581614, 231534920, 332120008, 307327006, 45522689, 481356458, 944495159, 381291421, 178042121, 983541188, 131983253, 446014184, 853546390, 914567483, 515478703, 832018467, 788249682, 890661104, 787303976, 433436441, 653667733, 631619736, 514816096, 423262292, 902336160, 344284126, 910732388, 910411187, 558281056, 900626663, 929025308, 457698301, 366019939, 775029061, 358438056, 165988685, 681102031, 557005428, 377516576, 436409449, 850791006),List(-1, 0, 1, -1, 0, 0, -1, -1, -1, 0, 0, -1, -1, -1, 0, -1, 0, -1, 0, 1, 0, 1, -1, 0, 1, 0, -1, -1, 1, 1, 0, 1, 1, 1, -1, 1, -1, 1, -1, 0, 1, -1, 1, 1, 0, 0, 0, 1, 1, -1, 0, 0, -1, -1, -1, 0, 1, 1, -1, 0, 1, 1, -1, 1, 1, 1, 0, 0, 0, 1, 1, 0, 0, 0, 1, 1, 1, 0, 0, -1, 0, -1, -1, 1, 0)), 0)
+  }
+
+  test("test9") {
+    assertEquals(Main.countMatchingSubarrays(List(114911549, 785355121),List(1)), 1)
+  }
+
+}

number_of_subarrays_with_and_value_of_k/java_tests/Main.java

@@ -0,0 +1,25 @@
+
+import static org.junit.jupiter.api.Assertions.*;
+import org.junit.jupiter.api.Test;
+import java.util.List;
+import java.util.Arrays;
+import java.util.ArrayList;
+public class Main {
+    //Program start
+    
+    //Program end
+
+    @Test
+public void test1() {
+    assertEquals(6, countSubarrays(new ArrayList<>(Arrays.asList(1,1,1)), 1));
+}
+@Test
+public void test2() {
+    assertEquals(3, countSubarrays(new ArrayList<>(Arrays.asList(1,1,2)), 1));
+}
+@Test
+public void test3() {
+    assertEquals(2, countSubarrays(new ArrayList<>(Arrays.asList(1,2,3)), 2));
+}
+
+}

number_of_subarrays_with_gcd_equal_to_k/haskell_tests/Main.hs

@@ -0,0 +1,24 @@
+
+module Main where
+import Test.HUnit
+
+--Program start
+
+--Program end
+
+-- Test cases
+
+test1 :: Test
+test1 = TestCase (assertEqual "for (subarrayGCD [9,3,1,2,6,3] 3)," 4 (subarrayGCD [9,3,1,2,6,3] 3))
+
+test2 :: Test
+test2 = TestCase (assertEqual "for (subarrayGCD [4] 7)," 0 (subarrayGCD [4] 7))
+
+
+-- Grouping test cases
+tests :: Test
+tests = TestList [TestLabel "Test1" test1]
+
+-- Running the tests
+main :: IO Counts
+main = runTestTT tests

number_of_subarrays_with_gcd_equal_to_k/java_tests/Main.java

@@ -0,0 +1,21 @@
+
+import static org.junit.jupiter.api.Assertions.*;
+import org.junit.jupiter.api.Test;
+import java.util.List;
+import java.util.Arrays;
+import java.util.ArrayList;
+public class Main {
+    //Program start
+    
+    //Program end
+
+    @Test
+public void test1() {
+    assertEquals(4, subarrayGCD(new ArrayList<>(Arrays.asList(9,3,1,2,6,3)), 3));
+}
+@Test
+public void test2() {
+    assertEquals(0, subarrayGCD(new ArrayList<>(Arrays.asList(4)), 7));
+}
+
+}

number_of_subarrays_with_gcd_equal_to_k/meta.json

@@ -0,0 +1,26 @@
+{
+    "id": 2546,
+    "name": "number_of_subarrays_with_gcd_equal_to_k",
+    "difficulty": "Medium",
+    "link": "https://leetcode.com/problems/number-of-subarrays-with-gcd-equal-to-k/",
+    "date": "1665878400000",
+    "task_description": "Given an integer array `nums` and an integer `k`, return _the number of **subarrays** of _`nums`_ where the greatest common divisor of the subarray's elements is _`k`. A **subarray** is a contiguous non-empty sequence of elements within an array. The **greatest common divisor of an array** is the largest integer that evenly divides all the array elements. **Example 1:** ``` **Input:** nums = [9,3,1,2,6,3], k = 3 **Output:** 4 **Explanation:** The subarrays of nums where 3 is the greatest common divisor of all the subarray's elements are: - [9,**3**,1,2,6,3] - [9,3,1,2,6,**3**] - [**9,3**,1,2,6,3] - [9,3,1,2,**6,3**] ``` **Example 2:** ``` **Input:** nums = [4], k = 7 **Output:** 0 **Explanation:** There are no subarrays of nums where 7 is the greatest common divisor of all the subarray's elements. ``` **Constraints:** `1 <= nums.length <= 1000` `1 <= nums[i], k <= 109`",
+    "public_test_cases": [
+        {
+            "label": "Example 1",
+            "input": "nums = [9,3,1,2,6,3], k = 3",
+            "output": "4 "
+        },
+        {
+            "label": "Example 2",
+            "input": "nums = [4], k = 7",
+            "output": "0 "
+        }
+    ],
+    "private_test_cases": [],
+    "haskell_template": "subarrayGCD :: [Int] -> Int -> Int\nsubarrayGCD nums k ",
+    "ocaml_template": "let subarrayGCD (nums: int list) (k: int) : int =  ",
+    "scala_template": "def subarrayGCD(nums: List[Int],k: Int): Int = { \n    \n}",
+    "java_template": "public static int subarrayGCD(List<Integer> nums, int k) {\n\n}",
+    "python_template": "class Solution(object):\n    def subarrayGCD(self, nums, k):\n        \"\"\"\n        :type nums: List[int]\n        :type k: int\n        :rtype: int\n        \"\"\"\n        "
+}

number_of_subarrays_with_gcd_equal_to_k/ocaml_tests/main.ml

@@ -0,0 +1,26 @@
+
+module Main = struct
+    open OUnit2
+
+    (* Program start *)
+
+    (* Program end *)
+
+    (* Test cases *)
+    
+let test1 _ = assert_equal 4 (subarrayGCD [9;3;1;2;6;3] 3)
+
+let test2 _ = assert_equal 0 (subarrayGCD [4] 7)
+
+
+    (* Grouping test cases *)
+    let suite = "Test Suite for subarrayGCD" >::: [
+        
+  "test1" >:: test1;
+  "test2" >:: test2;
+    ]
+
+
+    (* Running the tests *)
+    let () = run_test_tt_main suite
+end

number_of_subarrays_with_gcd_equal_to_k/scala_tests/MySuite.scala

@@ -0,0 +1,12 @@
+
+class MySuite extends munit.FunSuite {
+  
+  test("test1") {
+    assertEquals(Main.subarrayGCD(List(9,3,1,2,6,3),3), 4)
+  }
+
+  test("test2") {
+    assertEquals(Main.subarrayGCD(List(4),7), 0)
+  }
+
+}

number_of_subarrays_with_lcm_equal_to_k/haskell_tests/Main.hs

@@ -0,0 +1,24 @@
+
+module Main where
+import Test.HUnit
+
+--Program start
+
+--Program end
+
+-- Test cases
+
+test1 :: Test
+test1 = TestCase (assertEqual "for (subarrayLCM [3,6,2,7,1] 6)," 4 (subarrayLCM [3,6,2,7,1] 6))
+
+test2 :: Test
+test2 = TestCase (assertEqual "for (subarrayLCM [3] 2)," 0 (subarrayLCM [3] 2))
+
+
+-- Grouping test cases
+tests :: Test
+tests = TestList [TestLabel "Test1" test1]
+
+-- Running the tests
+main :: IO Counts
+main = runTestTT tests