Lmst

#BinaryTree

Teaching and learning Python data structures gets much easier when you can see the structure of your data in real time using the open-source memory_graph package. Here is a 'Binary Tree' example:
https://memory-graph.com/#codeurl=https://raw.githubusercontent.com/bterwijn/memory_graph/refs/heads/main/src/bin_tree.py&timestep=0.2&play

#python #programming #memory_graph #BinaryTree

Visualize your Python data structure with just one click.
Binary Tree: https://memory-graph.com/#codeurl=https://raw.githubusercontent.com/bterwijn/memory_graph/refs/heads/main/src/bin_tree.py&timestep=0.2&play

#Python #memory_graph #BinaryTree

Understanding and debugging Data Structures is easier when you can see the structure of your data using memory_graph: https://github.com/bterwijn/memory_graph

In this example we show values being inserted in a Binary Tree. When inserting the last value '29' we "Step Into" the code to show the recursive implementation: https://shorturl.at/bx848

🎥 See the Quick Intro video for the VS Code integration: https://youtu.be/23_bHcr7hqo

#Python #BinaryTree #Tree #DataStructure #memory_graph #debug

Visualization of a Binary Tree data structure.

#datastructures #BinaryTree #BinarySearchTree

Notes of each bst traversals. A representation, how to use it , Why to use it and example in BST

Ever tried finding the minimum depth of a binary tree? 🌳 It’s not as simple as it sounds! The challenge lies in correctly identifying the shortest path to a leaf node (one with no children). This post dives into the nuances, common pitfalls, and multiple solution approaches—recursive and iterative—to tackle this problem effectively. Whether you're a coding enthusiast or prepping for interviews, this is a gem! Read more here: https://fanyangmeng.blog/111-minimum-depth-of-binary-tree/ #LeetCode #BinaryTree #Coding

Need a random map for your Rust game project? Np.

🦀 **knossos**: A Rust library / CLI for generating mazes.

🚀 Supports multiple algorithms & saving to a file!

⭐ GitHub: https://github.com/unrenamed/knossos

#rustlang #maze #library #opensource #gamedev #generation #binarytree #labrinth

🧠💡 Determining whether a binary tree is symmetric is a common problem in coding interviews. This blog post explores both recursive and iterative approaches to solve this problem effectively. Understanding the logic behind these methods is crucial for mastering binary tree operations. Whether you prefer recursion or iteration, this guide provides clear explanations and Python code examples to help you grasp the concepts. Check out the full post here: https://fanyangmeng.blog/symmetric-tree/ #LeetCode #BinaryTree #Python

Inverting a binary tree is a classic problem that teaches valuable lessons about tree traversal and recursion. This blog post explores different approaches, including recursive and iterative methods, and compares their strengths and weaknesses. Whether you're preparing for technical interviews or enhancing your algorithmic skills, understanding this problem is crucial. Dive in to strengthen your tree manipulation skills! 🌳🔄 Read more: https://fanyangmeng.blog/invert-binary-tree/ #BinaryTree #Algorithms

Ruby's expressiveness is second to none.

#Ruby #BinaryTree #LeetCode #Programming

$class BinaryNode attr_accessor :value, :parent, :left, :right include Enumerable def each(...) = each_breadth_first(...) def initialize value, left = nil, right = nil @value, @left, @right = value, left, right children.each { it.parent = self } end def left? = (not left.nil?) def right? = (not right.nil?) def parent? = (not parent.nil?) def root? = parent.nil? def leaf? = (left.nil? and right.nil?) def balanced? = (left? and right?) def all_balanced? = all? { it.balanced? or it.leaf? } def children = [left, right].compact def ancestors = if root? then [] else parent.ancestors + [parent] end def descendants = collect { it.children }.flatten def depth = map { it.ancestors.size }.max + 1 def each_breadth_first(&block) = traverse :push, &block def each_depth_first(&block) = traverse :unshift, &block private def traverse method, &block nodes = [self] until nodes.empty? current = nodes.shift yield current nodes.send(method, *current.children) end end end$

Another new sample photo - here's Leaf!! The final pin of the Earth Unit Line!

The clear enamel is a little overfilled here, but otherwise it's almost there! To get this pin, follow the Short Circuit pre-launch page here: https://www.backerkit.com/call_to_action/890fb8c7-209c-4f92-a691-c54f77a8da91/landing 🍂✨

#leaf #leaves #binarytree #printedcircuitboard #pcb #natureart #scifiart #enamelpins #pins #backerkit #pintopia #artistsonmastodon

Photo of a hand holding up a hybrid enamel pin of leaves designed to look like a printed circuit board (PCB). Text on the image reads: "Short Circuit", "Leaf", and "manufacturer pin sample".

Binary Tree Diameter: Algorithm and Implementation Guide https://jsdevspace.substack.com/p/binary-tree-diameter-algorithm-and #javascript #algorithms #binarytree

☑️ Day 26/100: #Leetcode daily question

🟨 Question: 951. Flip Equivalent Binary Trees

Good binary tree question and I did see the approach but got good understanding of tree questions

🐈‍⬛ Check out my #GitHub where I post all the daily streak 🔥 questions and #LeetcodeContest 🏆 solutions

🔗 My Leetcode Github: https://github.com/akshatsingh1718

🔗 Solution Link: https://github.com/akshatsingh1718/leetcode/tree/main/flipEquivalentBinaryTrees

#coding #Algorithms #python #binarytree #bst

☑️ Day 25/100: #Leetcode daily question

🟨 Question: 2641. Cousins in Binary Tree II

Easy binary tree question but I saw the solution, could be done without seeing it.

🐈‍⬛ Check out my #GitHub where I post all the daily streak 🔥 questions and #LeetcodeContest 🏆 solutions

🔗 Solution Link: https://github.com/akshatsingh1718/leetcode/tree/main/cousinsinBinaryTreeII

🔗 My Leetcode Github: https://github.com/akshatsingh1718/leetcode

#coding #pyton #leetcode #Algorithms #bst #binarytree

☑️ Day 24/100: #Leetcode daily question

🟨 Question: 2583. Kth Largest Sum in a Binary Tree

Easy binary tree question

🐈‍⬛ Check out my #GitHub where I post all the daily streak 🔥 questions and #LeetcodeContest 🏆 solutions

🔗 Solution Link: https://github.com/akshatsingh1718/leetcode/tree/main/kthLargestSuminaBinaryTree

🔗 My Leetcode Github: https://github.com/akshatsingh1718/leetcode

#coding #pyton #leetcode #Algorithms #bst #binarytree

wed bwak twee (uwusing mefod fwom intwoducshun two algowifms)
https://github.com/WW92030-STORAGE/DataStructures/blob/main/REDBLACKTREE.CPP

#redBlackTrees #binarytree #clrs #algorithms #datastructures

Now (7pm ET Wed) watch https://youtu.be/B6ew819GVBI (FEEL FREE TO SUBSCRIBE TO YOUTUBE
@hajiaghayi

FOR FUTURE LESSONS) Lesson 18: Introduction to Algorithms by Mohammad Hajiaghayi:
#Trees #TreeStructures #SearchTrees #rootedtree #binarytree #dictionaryoperation #insert #delete

This year, 2022 marks the 60th anniversary of that fateful day in 1962 when a 24-year-old Donald Knuth started writing “The Art of Computer Programming.” Now approaching his 85th birthday, Knuth has become almost a legend in the world of computer programming — and he’s still writing additional volumes for his massive analysis of algorithms.

But every year, right around Christmas time, there’s another tradition. Knuth gives a special lecture “pitched at non-specialists” for a small audience at Stanford University (where Knuth is a professor emeritus) and a larger audience online.

Donald Knuth’s 2022 ‘Christmas Tree’ Lecture Is about Trees
https://thenewstack.io/donald-knuths-2022-christmas-tree-lecture-is-about-trees/

#algorithms #donaldknuth #BinaryTree