diff -r a2ac7e3fa330 -r 40657f9a4e4a testing1/collatz.scala
--- a/testing1/collatz.scala	Sat Oct 31 16:23:12 2020 +0000
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,37 +0,0 @@
-object CW6a {
-
-//(1) Complete the collatz function below. It should
-//    recursively calculate the number of steps needed 
-//    until the collatz series reaches the number 1.
-//    If needed, you can use an auxiliary function that
-//    performs the recursion. The function should expect
-//    arguments in the range of 1 to 1 Million.
-def stepsCounter(n: Long, s: Long) : Long = n match{
-    case 1 => s
-    case n if(n%2==0) => stepsCounter(n/2,s+1)
-    case _ => stepsCounter(3*n+1, s+1)
-}
-
-def collatz(n: Long) : Long = n match {
-    case n if(n>0) => stepsCounter(n,0)
-    case n if(n<=0) => stepsCounter(1,0)
-}
-
-
-
-//(2) Complete the collatz_max function below. It should
-//    calculate how many steps are needed for each number 
-//    from 1 up to a bound and then calculate the maximum number of
-//    steps and the corresponding number that needs that many 
-//    steps. Again, you should expect bounds in the range of 1
-//    up to 1 Million. The first component of the pair is
-//    the maximum number of steps and the second is the 
-//    corresponding number.
-
-def collatz_max(bnd: Long) : (Long, Long) =  {
-    val allCollatz = for(i<-1L until bnd) yield collatz(i)
-    val pair = (allCollatz.max, (allCollatz.indexOf(allCollatz.max) +1).toLong)
-    pair
-}
-
-}