Learn to create isometric and hexagonal versions of a 2D tile-based Sokoban game in the popular Unity software.

In this tutorial, you'll learn to create a 2D crate-pushing game in Unity, using tile-based logic and a two-dimensional array to hold the level data.

The final part of the hexagonal axial coordinate series explores how to use the axial coordinates to determine the pixel coordinates and vice versa.

With the help of axial and cubic coordinates, this tutorial will explore the creation of the classic Tetris game using hexagonal tiles. The tutorial explains...

In this part we'll be implementing the collision with slopes or other custom tiles, adding one-way slopes, and making it possible for the game object to...

In this part we'll lay down the groundwork needed to add support for slopes and other kinds of custom tiles to the game's physics.

This tutorial will detail the creation of a hexagonal minesweeper game in vertical and horizontal hexagonal layouts. This tutorial can be considered as a...

This is the second part of the tutorial series focused on advanced topics related to isometric world creation. We will learn isometric pickups, isometric...

This tutorial gives you a broad overview of what you need to know to create isometric worlds. You'll learn to create tile based 2D and Isometric levels from...

Why place tiles by hand when your code can do it for you? This useful technique will save you time and energy by evaluating each tile's neighbors and...

In this part of our series, we'll introduce a new mechanic to the character: ledge grabbing. We'll also make appropriate changes to both the pathfinding...

In this tutorial, we'll use the platformer pathfinding algorithm we've been building to power a bot that can follow the path by itself; just click on a...