AI using Dijkstra
At the start of this week’s work, I was debugging an issue with the integration of the blueprint setup with
Category: Graph System
Dijkstra Integration
This week, I started with making a slight adjustment to the weight UI. Originally, I had the weight UI following
Dijkstra’s Algorithm
Navone, Estefania Cassingena. “Dijkstra’s Shortest Path Algorithm – a Detailed and Visual Introduction.” freeCodeCamp.Org, 3 Feb. 2022, www.freecodecamp.org/news/dijkstras-shortest-path-algorithm-visual-introduction/. Initial Implementation
Multidirectional Graph
After further thought on the graph’s design, I needed to determine a more efficient way for designers to set up
Adjusting Climb Transforms
The first change I made was to add an offset variable for the z-axis so that the player’s hands align
Start Climbing Animations
Last time I was able to get the spline movement functioning so I decided it would be a good idea
Graph System Player Movement
First, I’ve decided to deviate from my initial schedule in order to focus on completing the basic functionality of player
Graph System Base Requirements
Graph The graph system should be editable for both traversal on the ground and climbing traversal. Climb Graph Requirements for