The point I am making is not that linux can perfectly run every game. Obviously it cannot.
The point I am making is that for many popular online games, the only reason that this is the case is because many game studios just don’t bother to click a few options, which would cost them basically nothing.
… Anyway on a Steam Deck its super simple, the compatibility grade is just right there in the screen for looking at and potentially buying the game, simple color codes.
… Compared to a Windows PC where you’ll need to check your hardware specs against the min and optimal specs and basically just guess how well you can run it.
Steam Decks, like consoles, all have the same hardware, so its a unified experience, simplified.
Anyone who has played PC games on Windows knows that you’re probably gonna have to do research to figure out how to build or upgrade your rig to be able to play any given game at the fidelity and frame rate you want, which is significantly more time consuming, complex and disparate than looking at a single, built-in-to-your-gaming-device color grade that lets you know what to expect in 2 seconds.
Personally, I can’t tell you how many times I’ve bought a PC game for Windows and oh oops, turns out the min specs are functionally unplayable, turns out the advertised graphics at a stated hardware level was false advertising, etc, etc.
Meanwhile, almost everything in my Steam Library works on a Steam Deck, with the most major exceptions being online multiplayer games that just refuse to enable their Anti Cheat to allow the game to run.
I wish it was that simple. Checking that box does not alleviate the extra work supporting an entire extra platform. One of such is doing to testing to give you that ez pz steam deck stat.
Also, those pc specs not working for you? That’s a you problem, learn how to use a pc or join the console peasants
… When a game dev team/studio licenses usage of EAC, Battleye, or Denuvo, they are provided access to dev tools.
In those dev tools, they just need to select a few options (click a few boxes) to enable their game build to be compatible with the linux/proton versions of those AC systems.
These 3 ACs are on record stating, 3 years ago, that they already developed support for this, and all that game devs have to do is indicate that they want to use these features that they have already developed, support, and are included when licensing their use for a game.
This is typically why a game studio, or any software developer really, works out some kind of licensed usage agreement for many elements of pre existing code: It does a thing they want to be able to do, and does it more cost effectively than said studio developing their own solution in house.
… But I’ve already explained most of this to you multiple times.
As for pc specs… I’ve been building custom PCs since before 9/11. I’ve been modding all kinds of Windows games since 2003. I’ve done contract work for MSFT for a few years after I graduated University.
I understand how PC specs work, how gaming, and coding, on Windows PCs works.
I am attempting to illustrate how the ability to ‘just game’, on a Windows PC, is nowhere near as straightforward as you are implying it is.
But anyways, your responses have become increasingly bad faith and/or indicative of poor reading comprehension, so you’re either not interested in, or capable of meaningful discussion, so I won’t be entertaining you any further.
You can grab standard libraries and turn on features in software products. That does not mean it’s set-and-forget. If it was, it would make my job a lot easier.
Build yourself a decent pc then if you know how it works, and yours doesn’t perform as it should. Hint hint, mine have always done their job great even below the minimum specs of most games. It just takes some fine tuning
The point I am making is not that linux can perfectly run every game. Obviously it cannot.
The point I am making is that for many popular online games, the only reason that this is the case is because many game studios just don’t bother to click a few options, which would cost them basically nothing.
… Anyway on a Steam Deck its super simple, the compatibility grade is just right there in the screen for looking at and potentially buying the game, simple color codes.
… Compared to a Windows PC where you’ll need to check your hardware specs against the min and optimal specs and basically just guess how well you can run it.
Steam Decks, like consoles, all have the same hardware, so its a unified experience, simplified.
Anyone who has played PC games on Windows knows that you’re probably gonna have to do research to figure out how to build or upgrade your rig to be able to play any given game at the fidelity and frame rate you want, which is significantly more time consuming, complex and disparate than looking at a single, built-in-to-your-gaming-device color grade that lets you know what to expect in 2 seconds.
Personally, I can’t tell you how many times I’ve bought a PC game for Windows and oh oops, turns out the min specs are functionally unplayable, turns out the advertised graphics at a stated hardware level was false advertising, etc, etc.
Meanwhile, almost everything in my Steam Library works on a Steam Deck, with the most major exceptions being online multiplayer games that just refuse to enable their Anti Cheat to allow the game to run.
I wish it was that simple. Checking that box does not alleviate the extra work supporting an entire extra platform. One of such is doing to testing to give you that ez pz steam deck stat.
Also, those pc specs not working for you? That’s a you problem, learn how to use a pc or join the console peasants
… When a game dev team/studio licenses usage of EAC, Battleye, or Denuvo, they are provided access to dev tools.
In those dev tools, they just need to select a few options (click a few boxes) to enable their game build to be compatible with the linux/proton versions of those AC systems.
These 3 ACs are on record stating, 3 years ago, that they already developed support for this, and all that game devs have to do is indicate that they want to use these features that they have already developed, support, and are included when licensing their use for a game.
This is typically why a game studio, or any software developer really, works out some kind of licensed usage agreement for many elements of pre existing code: It does a thing they want to be able to do, and does it more cost effectively than said studio developing their own solution in house.
… But I’ve already explained most of this to you multiple times.
As for pc specs… I’ve been building custom PCs since before 9/11. I’ve been modding all kinds of Windows games since 2003. I’ve done contract work for MSFT for a few years after I graduated University.
I understand how PC specs work, how gaming, and coding, on Windows PCs works.
I am attempting to illustrate how the ability to ‘just game’, on a Windows PC, is nowhere near as straightforward as you are implying it is.
But anyways, your responses have become increasingly bad faith and/or indicative of poor reading comprehension, so you’re either not interested in, or capable of meaningful discussion, so I won’t be entertaining you any further.
You can grab standard libraries and turn on features in software products. That does not mean it’s set-and-forget. If it was, it would make my job a lot easier.
Build yourself a decent pc then if you know how it works, and yours doesn’t perform as it should. Hint hint, mine have always done their job great even below the minimum specs of most games. It just takes some fine tuning