Playerunknown's Battlegrounds did everything wrong. And doing so, it won.
This small article is born from a discussion I had with a friend of mine this week. He was writing a review on Playersunknown’s Battlegrounds (from now on, PUBG) and he ended up talking about the evolution of the genre and its triumph over every other competitor. The article was good but it did not enter in detail about, what I think, it is a greatly important and interesting question: Why PUBG? Why not any of the other dozens of battle royal games we were plagued in the last years?
PUBG is clearly a winner in this competition. It sold more than 8 million copies on Steam only, and I can see the trend going with the future release on consoles. The problem, in my opinion, is that, on paper, there is nothing in PUBG implementation that seems “right”. Nevertheless, it won.
Machiavelli once said that success is 50% luck. That’s definitely true for PUBG. But the other 50% must be researched in the PUBG qualities. Analyzing them, despite the massive “errors”, it is very important for any game designer.
Against Addiction and Gambling-like Mechanic in Free to Play Games
I want to take the cue from a last week massive Reddit thread on micro-transaction in Free2Play (F2P) games to give my opinion of the topic. I think it is important. We need to increase awareness that predatory practices in F2P games are incredibly close to gambling and share with it the same self-destructive and harmful addictive behavior. This is wrong in so many way: it is dangerous for the victims, it is dangerous for the game itself, and it is dangerous for the entire F2P model.
Improve Inventory-Aware Pathfinding with Map Preprocessing
This article has been originally published on Gamasutra. In the last article we introduced a basic approach for Inventory-Aware Pathfinding (IAP), a pathfinding algorithm capable of interacting with obstacles and not just avoiding them. If you have not read it, I encourage you to go back and read it to understand the basic challenges and the main ideas behind the proposed solution. For instance, we can have a pathfinding algorithm that can solve small plans and “puzzles” involving reasoning like “before passing this door, I need to get that key”.
Randomness in PCG is about the result, not the parameters
I feel the urge of stating the obvious: randomness in Procedural Generation refers to the perceived randomness of the outcome; not the randomness of the input parameters. In some sense this is “obvious” but, at the same time, is one of the most common mistake I see when developers tackle procedural content generation in their games. It is an understandable mistake, though. There are two assumptions we subconsciously make when we approach randomness: 1) we think that uniformly random parameters produce uniformly random outputs (that’s blatantly false), and 2) we think that uniformly random outputs yield to uniformly random perception in the human (even more false).
Random calendar generation from planet orbital parameters
In this article I want to show you a small proof of concept where we generate from scratch an alien calendar. The difference from other random calendar generators that just put random days and random month is that, in this tool, we can specify as input the orbital parameters of the planet and satellite and generate a calendar that makes sense. How could be the calendar for that planet orbiting a super-massive star?
PCG without a Computer: Combinatorial Literature
For us computer scientists and game developers, Procedural Content Generation is directly connected with computers and algorithms. It seems such a modern thing! In reality, the exploration of the “combinatorial nature of art and human thoughts” is a much older concept. Probably, the most interesting and early writing on “PCG” is the doctoral dissertation of Gottfried Leibniz, De Arte Combinatoria (On the Combinatorial Art) (1666) in which he exposed the main idea that “all truth are nothing but combinations of a relatively small number of simple concepts.
How to manage a Videogames Bibliography in LaTeX
There is a common question in academia for people working on videogames: “Is there a consensus on how to cite videogames in academic papers?”. Obviously not, there is no consensus and probably never will. However, I will try to show you a solution to this problem that I enjoyed a lot in the last months. It is clear, it is customizable and it is the most formal way I’ve found to do that.
THREE.js Shader Loading from External File
Procedural Generation in the Post No Man's Sky Era
I think the time is ready to talk about Procedural Contents Generation (PCG) in the post No Man’s Sky era. I’m talking about “era” for a good reason: No Man’s Sky huge failure will definitely mark an era in the history of PCG, and not for a good reason. Players’ perception on PCG has been severely hurt by how badly NMS delivered its contents. Probably, this will be the end of PCG as a marketing buzz-word.
On Designing Games for Infinite Players
When you design a game, one of the most important aspect to take into account is the number of players. Games can be designed for a single player, two players, four players or thousands of player (like in MMOs) and this decision has a huge impact in the technical and design requirements. But it is not just choosing a number. The “number of players” parameter cannot be arbitrarily moved at will.