I'm trying to write a program that takes in a phrase and a number (n) and returns a list that contains the phrase repeated n times. What I have so far looks lik
I am writing a recursive function whose purpose is to iterate over the pList File. My code is public static void HashMapper(Map lhm1) throws ParseException {
How do I complete this recursive function at output_string += ? Output should be: 5! = 5 * 4 * 3 * 2 * 1 = 120 def print_factorial(fact_counter, fact_value):
My code is not showing the shortest subset eg [7] or it is not reading all the subsets, [7], [3,4] to return the shortest subset. Can explain why only 1 set of
I am trying to recursively split my data using a stump tree based on the lmtree function from the partykitlibrary. The idea is the following: [1] for each varia
The bigger problem I am trying to solve is, given this data: var data = [ { id: 1 }, { id: 2 }, { id: 3 }, { id: 4, children: [ { id: 6
Given a non-negative int n, compute recursively (no loops) the count of the occurrences of 8 as a digit, except that an 8 with another 8 immediately to its left
I am pretty sure that this must be some glaringly stupid mistake by me. But can anyone explain what is wrong in this division code using recursion. I know there
It is possible to count the number of zeros in an integer through a recursive method that takes a single int parameter and returns the number of zeros the param
(this is exciting!) I know, the subject matter is well known. The state of the art (in Haskell as well as other languages) for efficient generation of unbounded
I have been stuck on a problem for quite a few days. My end goal is to perform preorder, inorder, and postorder traversals on a general tree. The problem I am h
for k, v in d.iteritems(): if type(v) is dict: for t, c in v.iteritems(): print "{0} : {1}".format(t, c) I'm trying to loop through a
I have searched and found these questions: How to create a multi-dimensional list and N dimensional array in python which hint toward what I am looking for, but
So i have homework to make a recursive method that uses a divide and conquer algorithm to search a sorted array and check if A[i] == i (if value matches current
Example data: +----+-------+----------+ | org_id | Name | ParentID | +----+-------+----------+ | 1 | Org1 | 2 | | 2 | Org2 | NULL | | 3 | Org3
I am trying to solve this problem https://oj.leetcode.com/problems/binary-tree-preorder-traversal/ , i.e. preorder traversal with recursive slution. EDIT: The
I'm stuck with a simple task. What I want to do is to transform Map<K,Set<V>> into the List<Map<K,V>> getting all possible combinations:
I'm using recursion to iterate through the values of a string. When I get past the last character, it's allowing me to use that index position as an empty strin
Emacs lisp is a dialect of LISP and especially Scheme. Most of scheme interpreters do have a optimization of Tail Recursion, but emacs lisp doens't. I searched
How might I go about efficiently generating an infinite list of Catalan numbers? What I have now works reasonably quickly, but it seems to me that there should