#so like. it barely has a GPU

[shoezuki]

Im planning to upgrade my computer w a new GPU but i know fuckall bout computers so im hesitant to do it

[livingdeadhorse]

idk what this is. i like robots. i’ll clean these up later. i think.

anyways while drawing these I started thinking abt like. idk does this count as an AU.

General shit:

I didn't make it clear, but the robots that have pupils were built without a hardcoded purpose. They've always been free to explore what they want to do. The robots with fully colored "scleras" were created with a purpose from the jump, so their creators didn't feel the need to make them appear more "human".

The more expensive a robot's parts are, the less clunky it is.

Right now, I'm going with "their human family built them" but that's liable to change.

The designs are also liable to change because uh. duh.

Celestia Ludenberg:

Viewed the robots with an imbued purpose as interesting and superior (something something humanity's advancement). She wants to be praised like that, so she emulates them

Her cat loves how much heat she radiates so it's always near her.

Most of her upgrades are cosmetic but if they aren't, they're stupid. She won't upgrade her CPU or her motherboard, but she'll load up with three 4090s that her other components can't even keep up with. Yes, she does it to flex.

She'll distract from bootleg, refurbished, or shoddily painted parts by turning on her RGB. It gets annoying.

She knows that she's fairly unsettling and she revels in it.

All things considered, her cable management is pretty good.

Her gambling skill is still just luck here, but she tells everyone it's because she has a never-seen-before GPU(& CPU) that does calculations at insane speeds.

Most don't believe her but have no way to disprove her lie.

Kiyotaka Ishimaru

I can't decide if he was built by his father or his grandfather.

Either way, he was built before Toranosuke's downfall, so his internals were all pretty expensive for the time. Luckily for him, that means he was slightly future-proof and has a viable upgrade path.

Unluckily for him, this means he's stuck with really old parts and his 8gb of RAM can barely keep up in a 32gb world sadge

His chassis is built from secondhand or scrap parts. It's why his joints are so ancient in comparison to the rest of him and why he has so much cabling that he can't seem to manage.

Shit chassis = shit airflow = he is always overheating

BUDDY IS YOUR CPU BURNING HOW IS THERE SMOKE

Older tech = LOUD AF. The class bought him new fans to avoid the loud ass whirring. It's not quiet but he used to sound like a jet engine.

He runs on Debian. It was originally going to be Arch since it's lightweight but Debian's whole "old but stable" reputation fits him more. I don't see him properly dealing with bleeding edge software anyways.

His room is filled with past HDDs that no longer have storage. He deems all educational material important so he refuses to delete any lessons. He doesn't have the money for SSDs.

Mukuro Ikusaba:

Is usually in reconnaissance mode, meaning she has a shit ton of hidden cameras in her chassis

This used to benefit Fenrir. Now it benefits Junko.

She can have her parts shifted around with no issue to make room for a better arsenal.

She’s durable in her reconnaissance mode but she’s nigh on untouchable in her combat mode. Her chassis gets 10x bulkier and she can split her attention to several different tasks on the battlefield.

Fenrir Mercenary Group doubles as a weapons company. Mukuro is the only model of her kind though.

They tried to give her reconnaissance model the look of a “normal girl” so she could gather info more efficiently. They failed real bad. They also didn’t account for the fact that Mukuro isn’t good at socializing.

She allocates a CPU core to a process dedicated to Junko. 24/7 365

She believes herself to be less capable of emotion than she actually is. She can’t seem to find the system process that triggers such painful emotions.

Chihiro Fujisaki

Each “fold” in her skirt doubles as a screen. Think of the skirt as having two layers: the top shell and the under shell. The top shell is what doubles as a screen.

Optimized her hardware to work on code as fast as possible (fingers, skirt, etc).

She tends to test out new software on herself regardless of their compatibility with her pre-existing shit. She constantly has to reinstall her OS, but it’s all fun for her.

Speaking of her OS, I was going to make her run on Gentoo but IDK cause of the compile times. It’d be faster if she used distcc but I can’t see her screwing over her classmates like that lol.

So I’m between Nix and Arch.

Insecure about the fact that she overhauled her original model so extensively. Got made fun of for being a ‘defective’ robot. Her father supports her modifications but she still feels bad about having ‘failed’ somehow.

Cue identity issues

She helps out her classmates when it comes to repairs.

Tendency to stay up programming leads to high uptimes. If her friends notice her lagging or crashing, they’ll try to get her to shut down. (In a computer sense lol, not an emotional shut down)

Do y’all remember the xz utils backdoor? Yeah that’s how extensively she combs through code.

Sayaka Maizono

I can’t decide if she was built to be an idol or was originally some other type of robot.

Loves to make kids smile, so she has a sort of candy mechanism in her arm.

Everything about her glows or spins. You will never get bored looking at her.

Her skirt isn’t actually see through I just didn’t feel like erasing the hip joints lmao.

If corpos give her manager enough money, she has to perform with literal ads on her.

State-of-the art facial recognition software. It makes her fans feel special to have their names remembered.

She has a regular sleep cycle due to how load-intensive her everyday life is. Has to shut down for a couple hours every week at least.

Her psychic ability is just her running a million calculations based on people’s behavior and sensing which one is most plausible. This feature is in place to avoid PR disasters during interviews or public appearances.

There really aren’t enough worker’s rights regulations in place for robots.

The company gets alerts whenever she freaks tf out, so she feels even more stifled and repressed. Chihiro helped remove this.

Kyoko Kirigiri

Can’t decide if she was built by her father or grandfather. Probably just built by Jin and he “left” her in Fuhito’s care.

Fuhito made her go through several modifications, hardcoding his own investigative skills into her system.

Her grandfather loves her but has fucked up ideas about her own autonomy.

The events of DR:K still happen. She chose not to replace her hands.

Fuhito doesn’t make much use of a backdoor in her system anymore. He used it a lot more when she was a child but he sees her as a viable heir of the Kirigiri clan now. Chihiro isolated the backdoor to a separate SSD anyhow.

Still complicated father-daughter issues

Everything about her (but her OS) is proprietary, probably commissioned from Towa Industries. Her OS is a fork of Mint. The Windows 7 UI is just because I imagine her grandfather is One of Those lmao.

Has way too many scanners and sensors. She can’t test any evidence herself but she can gather a fair bit of information. Has a vast database for cross-comparison anyways.

Same issues as Togami and Mukuro: sees herself as less capable of emotion than she actually is.

The ramen noodle incident called for actual repairs.

Byakuya Togami

His superiority complex is far worse because he was literally CREATED to be the perfect Togami. You can’t tell him shiiiiiiit.

Gold joints. Scoffs at those with unoptimized cable management or software.

He’s constantly streamlining his own processes. Brings up that he runs on his own OS when Nobody Asked.

Had a similar backdoor to Kyoko’s but Koji did check that one. Obsessively. Nobody would tell Byakuya but He Just Knew. The lack of privacy irritated him. Aloysius helped fix it once Togami finally took over.

Only trusts Aloysius with his repairs. Has a hard time admitting when he needs repairs in the first place so Aloysius hides it under “monthly maintenance”.

Does everything from the terminal even when he 1) shouldn’t and 2) can’t. Bragging rights. He has written a bunch of his own scripts though to speed things up.

Kernel and OS provided to him by Koji. (UNIX-based. Proprietary) Byakuya maintains and builds his own updates. Doesn’t trust cheapskate peasants to do it for him.

Anti-FOSS. For him at least.

Has glasses for the aesthetics. Doesn’t need them.

[humansbgone]

I got an ask on YouTube that asks some questions I've never gotten a chance to answer before, so I thought I'd repost it here!

m m on YouTube says:

Shared forms of communication would be absolutely possible, if there is an intention to communicate.

Forms of meaning can be conveyed by shared media, such as sculpture, rhythm, and yes, even scent. If we were hypothetically able to make mechanical items which don't break down too quickly.

It would be difficult as all heck, but CERTAINLY not impossible.

Humans could form structures that resemble Sophi.

How do the macrovolutes do math, btw?

What is their scent "language" like? Do they have different "languages" or would one macrovolutes be entirely able to say absolutely anything to any other macrovolute and be completely understood? Basically, how much of their communication is constructed and voluntary vs innate and involuntary?

Their communication method MUST have simple forms which appear as set patterns, such as the translation of the statement "A is not B" or "A is B". Would these single meaning packets have individual scents/patterns OF scents which are distinct and repeating, even if contextual, such as for our verb tenses, etc, or would they be the same, such as for nouns, which have a basic pattern but usually with a simple modifier which is applied across all, or similar types of, nouns, such as the s for English, or other notations for other languages, even if they are applied differently across different noun types, those types are set in patterns and categories.

I'd be extremely interested in a meta study of the macrovolutes communication and ability to encode meaning.

ANY encoding, ANY encryption, no matter how it takes place, whether linearly or not, can be "translated"

My reponse:

Can you understand the way a raven describes a human face (which we know they do)? Can you understand what plants whisper to each other across their roots? The more structured we learn whale communication is, the more frustrating it becomes that we barely understand any of it.

Add this to the fact the humans are, just now, finally in a place again to have anything resembling an industrial revolution. As their technology advances, they have gone from thinking of the macrovolutes as gods, to viewing them as entirely mindless. To say the least, communicating with them is not where the priorities of most lie.

On top of that, without smell and movement, most macrovolutes would not regard a sculpture as anything meaningful. Would you understand if ants laid out a perfect scent trail of your likeness?

And Sophodra herself has some issues with denial, and difficulty remembering.

But, as Gregorsa said…there is a way. More than that would be spoilers, though!

Macrovolute math is something that would be very difficult for a human. Instead of thinking one small step at a time in precise units, they tend to think in vast, fuzzy, three-dimensional figures. The closest I can describe it would be like doing operations in Dyalog APL on a GPU, scaling up the resolution as you go. On top of that, there are inherit unit qualifiers and slots to how they specify numbers. There is no "two." There is "non-moving few-member half-unit generic substance absent an individual," translated approximately. They also go out of their way to avoid using exact numbers wherever possible. Vectors and frequency indicators (similar but not equivalent to sine waves) are very commonly used in casual conversation. And on top of that, they use base six!

Macrovolutes have both a core language and a meta language. The core language covers basic things, and is innate and understood by all (with some differences between insects and arachnids, so arachnids typically learn the insect way). The meta language is learned and varies, covering things like slang, jargon, and more specific experiences.

Macrovolute grammar structure is most similar to highly agglutinative Native American languages, such as Kwak'wala. There is a root word, and additional stems keep getting added to it. Instead of just prefixes, infixes, and postfixes, however, there are scents being wafted toward you in three dimensions. (Also worth noting that our linguistic categories are largely Western ways of thinking, and macrovolutes do not categorize their "sentence" partitions the same way at all!)

You could also think of it like Common Lisp, with its layers of functions feeding into functions!

Macrovolute language is simultaneously frustratingly ambiguous, and bizarrely precise. As mentioned, many things are thought of in particular complicated units, with some parts explicitly or implicitly left empty. Imagine a unit that defines speed, "weight" (by Unknown Nature standards, which is all the more complex), temperature, volume…but half is missing, and the other half is filled out with things like "several" or "more than a reasonable amount."

On top of that, Formicosan culture loves to leave things vague as a deliberate power move. There will be loquacious description of a thought that isn't finished. "Oh, A is a sort of thing…it gets around, has been known to be in this sort of location…possesses a certain quality, it's not unknown…possibly it is negatively related to a thing you mentioned…." And if you don't remember that B was mentioned, then you just missed that this statement means "A is not B."

[genericpuff]

welp, this kinda sucks

I'm currently at odds with the PC that I got a couple months ago, it's started freezing and soft-resetting randomly for seemingly no reason. It would usually be after hours of use that I could chalk up to the memory overloading, but now it's happening as soon as I boot up the frigging thing. And just to make it clear how much I've done on my own to diagnose the problem, our attempts to fix it have included the following:

Limiting startup applications

Running virus / malware scans

Swapping out display monitors

Updating the GPU drivers

Setting a lower overclock profile in the BIOS settings

Swapping out power cables and outlets to check for power surges

So far none of these things have worked and if anything, the issue has just gotten worse in the last two days. Like, it can barely make it to the startup screen sometimes, despite the memory and CPU usage being >20%, there is zero reason it would be the PC overclocking itself just from startup.

(and no, it doesn't even compel me, i'm just annoyed to shit LOL)

So I dropped it off with the guy who built it (he runs an electronics / pawn shop downtown that's very reputable and well-known so it's not like I don't trust him or anything, he's been building PC's for people in the area for years) and it's now in his care for the next day or two while he tries to isolate the problem. Right now the only thing I can imagine being the problem is the power supply or my display monitor, which is my old Huion Kamvas 22 Plus that still works as a monitor, just not a drawing tablet - but if something's still fucking around in the tablet, it could be causing problems through the PC, maybe.

When I dropped it off with the guy, he went and set it up in his office and came out and told me that so far it seemed to be running just fine, when he asked me if I was doing anything specific I told him it was crashing even after startup so I gave him permission to overclock the shit out of it, run 53879205893 browser tabs, run my games, software, anything he needed to do to push it to its limits and see if he could replicate the problem.

I am terrified if it has to do with the motherboard, because that will be an expensive replacement that will also potentially lead to losing files / installations / etc. depending on how big an issue it is. It could also potentially be Windows 11 having a hissy fit especially seeing as how it's freezing up on startup, but doesn't freeze on the BIOS screen when it loads up in safe-mode after hard resets, so something is clearly happening between the hard boot-up and the startup of Windows 11 itself.

Thankfully I do have Google Drive sync support and plenty of external HDD's that I can back my stuff up to, but with the freezing and restarting getting as bad as it's been, I haven't been able to back anything up, and I don't want to risk doing it manually if it'll just freeze and potentially corrupt my files in the process. So I told the guy to call me if he needed to mess with anything concerning the system storage so that, if he could at least keep it running stable in the shop, then I could swing by and get everything I needed synced up safely before he messes around with anything.

It could also very well have something to do with the power supply itself, the house that I occupy the main floor of isn't exactly built with electric optimization in mind, we've had fuses blow on us before just from running the hair dryer at the same time as the TV, so if it's something to do with the PC drawing too much power for the electrical system here to keep up with, either (hopefully) the guy will be able to instruct me on how to lower and manage that power intake through the PC's BIOS (I believe you can but I'm still a massive noob on custom builds and I don't want to go tinkering with it myself) or, idk, maybe I'll have to get my landlord to drop by again with his electrician and check out the fuses to make sure they're all operating properly. I'm not an electrician either, so fuck if I know at this point what could be going on. I feel like it can't be the house itself because everything else is running fine and it's just become a recent issue, but our city's power grid is also not exactly praised for being good at its job, especially not in the winter.

So yeah, I'm a little - well, a lot - stressed right now, but all I can really do at this point is wait. Fortunately, I have my iPad and also remembered that I still have my old PC, so I've hooked it up, at best if the problem repeats itself on this PC then I'll know it has to do with the display monitor, at worst I'll just be stuck working with my clunky old hardware for a couple days, which is annoying, but it'll get the job done. Fortunately I had the newest episode of Rekindled uploaded to the cloud in Clip Studio so I can still download it and work on it, which was my biggest worry when everything started to go belly-up (next to just, like, having a working PC).

Sooooo yeah. It's annoying, but I'm hoping for the best. Send good vibes y'all, I really could use it rn, between this and slow traffic at work and some other personal shit that's been going on, it's been a shitty few days (╥﹏╥)

And yeah, I'll keep y'all updated on if it affects this week's update, it really shouldn't honestly as most of the work left is doable from both my iPad and PC, but obviously at this point anything can happen so if anything has to be postponed or changed to accommodate the current situation, I'll update y'all as soon as I can! Thanks everyone, y'all are the best, wish me luck <3

[devsgames]

Game Optimization and Production

I wanted to write a bit of a light primer about optimization and how it relates to game production in the event people just don't know how it works, based on my experience as a dev. I'm by no means an expert in optimization myself, but I've done enough of it on my own titles and planned around it enough at this point to understand the gist of what it comes down to and considerations therein. Spoilers: games being unoptimized are rarely because devs are lazy, and more because games are incredibly hard to make and studios are notoriously cheap.

(As an aside, this was largely prompted by seeing someone complaining about how "modern" game developers are 'lazy' because "they don't remember their N64/Gamecube/Wii/PS2 or PS3 dropping frames". I feel compelled to remind people that 'I don't remember' is often the key part of the "old consoles didn't lag" equation, because early console titles ABSOLUTELY dropped frames and way more frequently and intensely than many modern consoles do. Honestly I'd be willing to bet that big budget games on average have become more stable over time. Honorable mention to this thread of people saying "Oh yeah the N64 is laggy as all hell" :') )

Anywho, here goes!

Optimization

The reason games suffer performance problems isn't because game developers are phoning it in or half-assing it (which is always a bad-faith statement when most devs work in unrealistic deadlines, for barely enough pay, under crunch conditions). Optimization issues like frame drops are often because of factors like ~hardware fragmentation~ and how that relates to the realities of game production.

I think the general public sees "optimization" as "Oh the dev decided to do a lazy implementation of a feature instead of a good one" or "this game has bugs", which is very broad and often very misguided. Optimization is effectively expanding the performance of a game to be performance-acceptable to the maximum amount of people - this can be by various factors that are different for every game and its specific contexts, from lowering shader passes, refactoring scripts, or just plain re-doing work in a more efficient way. Rarely is it just one or two things, and it's informed by many factors which vary wildly between projects.

However, the root cause why any of this is necessary in the first place is something called "Platform Fragmentation".

What Is Fragmentation

"Fragmentation" is the possibility space of variation within hardware being used to run a game. Basically, the likelihood that a user is playing a game on a different hardware than the one you're testing on - if two users are playing your game on different hardware, they are 'fragmented' from one another.

As an example, here's a graphic that shows the fragmentation of mobile devices based on model and user share. The different sizes are how many users are using a different type of model of phone:

As you can tell, that's a lot of different devices to have to build for!

So how does this matter?

For PC game developers, fragmentation means that an end-user's setup is virtually impossible to predict, because PC users frequently customize and change their hardware. Most PC users potentially have completely different hardware entirely.

Is your player using an up-to-date GPU? CPU? How much RAM do they have? Are they playing on a notebook? A gaming laptop? What brand hardware are they using? How much storage space is free? What OS are they using? How are they using input?

Moreover PC parts don't often get "sunsetted" whole-cloth like old consoles do, so there's also the factor of having to support hardware that could be coming up on 5, 10 or 15 years old in some cases.

For console developers it's a little easier - you generally know exactly what hardware you're building for, and you're often testing directly on a version of the console itself. This is a big reason why Nintendo's first party titles feel so smooth - because they only build for their own systems, and know exactly what they're building for at all times. The biggest unknowns are usually smaller things like televisions and hookups therein, but the big stuff is largely very predictable. They're building for architecture that they also made themselves, which makes them incredibly privileged production-wise!

Fragmentation basically means that it's difficult - or nearly impossible - for a developer to know exactly what their users are playing their games on, and even more challenging to guarantee their game is compatible everywhere.

Benchmarking

Since fragmentation makes it very difficult to build for absolutely everybody, at some point during development every developer has to draw a line in the sand and say "Okay, [x] combination of hardware components is what we're going to test on", and prioritize that calibre of setup before everything else. This is both to make testing easier (so testers don't have to play the game on every single variation of hardware), and also to assist in optimization planning. This is a "benchmark".

Usually the benchmark requirements are chosen for balancing visual fidelity, gameplay, and percentage of the market you're aiming for, among other considerations. Often for a game that is cross-platform for both PC and console, this benchmark will be informed by the console requirements in some way, which often set the bar for a target market (a cross-platform PC and console game isn't going to set a benchmark that is impossible for a console to play, though it might push the limits if PC users are the priority market). Sometimes games hit their target benchmarks, sometimes they don't - as with anything in game development it can be a real crap shoot.

In my case for my games which are often graphically intensive and poorly made by myself alone, my benchmark is often a machine that is approximately ~5 years old and I usually take measures to avoid practices which are generally bad and can build up to become very expensive over time. Bigger studios with more people aiming at modern targets will likely prioritize hardware from within the last couple years to have their games look the best for users with newest hardware - after all, other users will often catch up as hardware evolves.

This benchmark allows devs to have breathing room from the fragmentation problem. If the game works on weaker machines - great! If it doesn't - that's fine, we can add options to lower quality settings so it will. In the worst case, we can ignore it. After all, minimum requirements exist for a reason - a known evil in game development is not everyone will be able to run your game.

Making The Game

As with any game, the more time you spend on something is the more money being spent on it - in some cases, extensive optimization isn't worth the return of investment. A line needs to be drawn and at some point everyone can't play your game on everything, so throwing in the towel and saying "this isn't great, but it's good enough to ship" needs to be done if the game is going to ship at all.

Optimizing to make sure that the 0.1% of users with specific hardware can play your game probably isn't worth spending a week on the work. Frankly, once you hit a certain point some of those concerns are easier put off until post-launch when you know how much engagement your game has, how many users of certain hardware are actually playing, and how much time/budget you have to spend post-launch on improving the game for them. Especially in this "Games As A Service" market, people are frequently expecting games to receive constant updates on things like performance after launch, so there's always more time to push changes and smooth things out as time goes on. Studios are also notoriously squirrelly with money, and many would rather get a game out into paying customer's hands than sit around making sure that everything is fine-tuned (in contrast to most developers who would rather the game they've worked on for years be fine-tuned than not).

Comparatively to the pre-Day One patch era; once you printed a game on a disc it is there forever and there's no improving it or turning back. A frightening prospect which resulted in lots of games just straight up getting recalled because they featured bugs or things that didn't work. 😬

Point is though, targeted optimization happens as part of development process, and optimization in general often something every team helps out with organically as production goes on - level designers refactor scripts to be more efficient, graphics programmers update shaders to cut down on passes, artists trim out poly counts where they can to gradually achieve better performance. It's an all-hands-on-deck sort of approach that affects all devs, and often something that is progressively tracked as development rolls on, as a few small things can add up to larger performance issues.

In large studios, every developer is in charge of optimizing their own content to some extent, and some performance teams are often formed to be dedicated to finding the easiest, safest and quickest optimization wins. Unless you plan smartly in the beginning, some optimizations can also just be deemed to dangerous and out-of-reach to carry out late in production, as they may have dependencies or risk compromising core build stability - at the end of the day more frames aren't worth a crashing game.

Conclusion

Games suffer from performance issues because video game production is immensely complex and there's a lot of different shifting factors that inform when, how, and why a game might be optimized a certain way. Optimization is frequently a production consideration as much as a development one, and it's disingenuous to imply that games lag because developers are lazy.

I think it's worth emphasizing that if optimization doesn't happen, isn't accommodated, or perhaps is undervalued as part of the process it's rarely if ever because the developers didn't want to do it; rather, it's because it cost the studio too much money. As with everything in our industry, the company is the one calling the final shots in development. If a part of a game seems to have fallen behind in development it's often because the studio deemed it acceptable, refused to move deadlines or extend a hand to help it come together better at fear of spending more money on it. Rarely if ever should individual developers be held accountable for the failings of companies!

Anywho, thanks for reading! I know optimization is a weird mystical sort of blind spot for a lot of dev folks, so I hope this at least helps shed some light on considerations that weigh in as part of the process on that :) I've been meaning to write a more practical workshop-style step-by-step on how to profile and spot optimization wins at some point in the future, but haven't had the time for it - hopefully I can spin something up in the next few weeks!

[shinnith]

Best Sims 4 Script Mods✨

wanted a masterlist on this site of my "cannot live without" mods, so buckle up and get ready for your game to finally become even better!

Note: Playing on basic hardware and think your game can't run this high of scripts? My specs are a laptop with barely 4 GB of usable RAM and the most basic cpu+gpu out there. Go ham.

⭐List is under the cut and includes scripts like "All Worlds/Secret Worlds Residential", "Travel to Hidden World Easily", top notch map/loading screen replacements, ongoing projects like "sims 4 multiplayer" and more⭐

Gameplay Tweaks:

✨Darkmode ★ By: Dskecht

As of making this, both Arnie's Darkmode/Plumfruit are broken and will probably stay that way due to their retirement. Dskecht is currently hard at work with updating theirs though, which you can find at the link above, and their main updates about patch fixes here.

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✨All Worlds Are Residential ★ By: Zerbu

With this, destination type worlds (granite falls, selvadorada/ect) and hidden worlds (sylvan glade/forgotten grotto/ect) become residential or whatever lot type you want them to be. You'll need the creator's Venue Changes mod along with it. Cannot explain how important this mod is.

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✨Travel To Venue/Hidden World ★ By: TwelfthDoctor

Quickly travel to places like Forgotten Grotto and more- all from your cell phone!

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✨OMSP Shelf ★ By: AmoeBae

This "shelf" is basically a placeholder and has many slots, which doesn't conflict on placement and you can then turn invisible. If that sounds confusing, basically: wow shelf/table full of decorations instead of like two weirdly placed objects.

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✨More Traits ★ By: MapleBell

A lot of good traits, that I feel go well with a "maxis match" or "basegame" playthrough.

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✨Photographic Memory ★ By: RSVN

Take better photos with a custom camera and frame them in different frames, polaroids, canvases, calendars, ect. Beautiful work.

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✨Sacrificial's Mods

The creator of "Extreme Violence" brings you a ton of other elements. Armageddon, Zombies, Life tragedies, possessed or murderous children & so much more. Go wild.

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✨TurboDriver's Mods

Wouldn't be a complete list without the creator of "whickedwhims". Kudos, TurboDriver.

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✨Basemental's Mods

Mods which are full o' vices, if you catch my drift. All of their work is amazing and goes super well with sacrificial & turbodriver's work.

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More Scripts:

✨Dershayan & 20thCenturyPlumbob Maps/Loading Screen Replacements

I can't choose a favorite set- both creators have made beautiful work, though Dershayan only offers map replacements.

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✨More Columns in CAS ★ By: weerbesu

CAS UI is incredibly irritating and this helps by giving more columns. You have different choices for how many you want.

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✨Better BuildBuy ★ By: TwistedMexi

Will change your life and TwistedMexi will become like family. Oh, and did I mention it has live camera (tab key) in build mode?

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✨ColorPicker ★ By: Carl's Guides

Hate the game's colors with objects? Carl is here to help.

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✨T.O.O.L ★ By: TwistedMexi

Total manipulation over otherwise locked assets in game (ex. non-editable player items/buildings/terrain like those freaking apartment windows you can't delete or change). This creator is currently working on a huge project for this entire community, and is also another concrete presence.

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✨Big Ongoing Projects✨

🏆Sims 4 Multiplayer

Creator Simsmultiplayer brings you something we've all talked over for years. It's released, but I haven't tested it myself.

🏆Sims 4 Create-A-World

TwistedMexi comes through once again, but this time with the most complex sims mod were seeing being developed. It has years of work already and is currently still in development. Updates at link above.

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Kudos to all mod + creators- big and small💞 This game has been tweaked, redesigned and literally fixed by modders time and time again and our community gets even more vibrant each day with their talents. After almost ten years in this community, I have seen such amazing work and tireless effort to creations of assets & mechanics, fixes to game bugs of all types and providing of technical support. We love you guys💖

[chahleybros]

Switching to Linux 🐧

Over the past couple years Windows 10 has been giving me progressively more asinine problems to deal with, from desktop issues and bloatware, to automatically installing out of date drivers to replace the ones I've manually installed.

Before you ask, I attempted using Windows 11 when it came out and I refuse to acknowledge its existence after the hell it put me through.

Most recently Windows 10 has seemingly made a point of making ASIO and all audio devices and software I use functionally useless, causing ridiculous amounts of crackling audio. No rollbacks fixed it, no re-installs fixed it, not even Reloading Windows fixed it. The reason for using ASIO is that Windows default audio protocol, WDM, has too much latency for live real-time use. This issue not only makes things like live-streaming basically impossible but it also outright made my Digital Audio Workstation and Video Editing Software incapable of processing audio for longer than a second without hanging. Both Mixcraft and DaVinci Resolve became useless on Windows 10, and OBS was barely holding it together. When I tell you I did everything to resolve this, I mean I spent an entire Month troubleshooting this. The only solution I could find was to abandon Windows all together.

I've been meaning to switch my Setup to Mint Cinnamon for a while as I've been testing it out in Virtual box for a year or so, and after this nonsense I got a new NMVe basically immediately to run Mint on, and after switching properly I have to say I'm likely to never use Windows as my Host OS again. And yes I tested Windows on the NMVe. The issue persisted there aswell. And testing Mint via Virtual Box on Windows with Hardware Exposed via PAE and AMD-V showed the issue was entirely on Windows.

For reference this is my current rig: Everything is the same as when using Windows 10

GPU: Nvidia RTX a4500 20gb

CPU: AMD Ryzen 5 5600g

Ram: 16GB 3200mhz

DAC: PreSonus Audiobox iTwo

Capture Card: AverMedia HD Mini GC311

The Results:

Not only does Mint Cinnamon not have any of the issues I've had with Windows over the past Decade, which still persist to this day, but literally every single device I have just works.

Basically everything is Plug-n-Play with <20ms of latency on the Capture Card, which on Windows had a minimum of 600ms delay using drivers required for the card to even be detected. My Audio interface also works even better than before, with neither my DAC or Capture Card requiring manual driver installs, as their protocols are Native to the Linux Kernel.

Proton lets you play any Windows game on Steam that doesn't have explicit Linux Support, with Wine available for desktop applications. Both run better than a Native Windows install due to Mints lack of Bloatware.

Windows 10 has so much built-in Overhead that Mint can Emulate it through Virtual Box faster than if Win10 were the Host OS.

In Short: Fuck Windows. :) Also this is how my desktop looks currently:

You can make custom start menus. :)

[letrune]

This is going to be depressing, involving "ais" (large language models) and how it feels like we lost. If anyone knows anything, please...

My own government gave out a warning on not using too much "ai" stuff, because, well... Someone more qualified than I am noted that they use so much power and water that we could run Hungary on that, for free. Every month. The entirety of Hungary's water and power consumption is used up by the large language models just to run, every month.

I don't know what to do any more. I feel like we lost.

That it is over and now we are paying the price - artists, actors, developers, all became "useless" and "worthless". That people like Elon Musk and Sam Altman get very rich from selling your data, using your GPU and CPU every time you run one of these, forcing thousands to work on "AI generators" as mechanical turks, the machine burping out something you got to poke around. Yep, the machines don't know how many fingers are in a human, a person has to edit them out... I had a job offer. 30 dollars per month for doing that. Thirty dollars. And then I got rejected because I am overqualified.

"We don't need IT techs any more!". "We don't need artists any more!". What is the point of trying any more at all? You just buy a bunch of fakecoins, throw them in this plagiarism slot machine and sell the stuff that comes out for a very low price, underselling people doing work. Just selling big boobed characters for a tenner or something, all of them looking the exact same smooth nothing.

Imagine millions of calarts style artwork of big boobed anime waifus being produced, costing as much as the entire US Eastern seaboard in power and water. Just so one guy on top gets rich, and a lot of people doing it giving him the social credit to sell his ais for gigacorps, so Disney and gang fire all the workers for the cheap ais. Now imagine millions of the same movies being burped out. If half of them go into the shredder for tax returns, they get paid instantly, and who cares of the cost? All the energy and water was used up anyways.

In 1928, Karel Capek wrote "War with the newts", a rather blatant allegory of fascism. It has one line: "Who ended the world? (...) Every factory in the world. Every bank. Every country. Every leader wanting the world."

I fear we have this sort of junk, not just because Musk and Altman being technofetishistic pseudo-cult leaders. It is just what I am afraid of happening now and I just... can't conceptualise what to do. It feels like the world is running into the end, all because those big titty anime waifus were too important to be done now, with barely any cost now - the future will pay for it.

We and our descendants will pay for the burning of the world and the water being used up.

[ryouhiko-ankuu]

I saw that post about what Tumblr is supposedly planning to do... I found out about your art a few years ago and I love your style, and I know it's frustrating to have the threat of your work being put on AI and such, I understand the feeling as an artist too (although I haven't uploaded my art yet to Tumblr)

You don't have to answer this message, but I wanted to send this because I found out about an interesting tool that can be helpful against the AI problem that you may like: https://www.tumblr.com/does-this-look-inanimate-to-you/740926391530487808?source=share

Sorry for the bad English though, it is not my first language. I really love your art and hope I could get as good as you someday!

Thanks for your kind words anon.

I know about Nightshade and Glaze, even used the latter a couple of times, and I admire the team's efforts... BUT realistically I can't use it:

they still haven't addressed the issue with 1660/1650/1550 GPUs (and I don't have any spare money to buy a new GPU just to make Glaze and Nightshade work)

iirc the only Glaze version that worked for me was 0.0.3 and that's simply because it didn't use GPU at all; their latest "non-GPU" version on download page still switches to GPU for an unknown reason and produces the same black image error again;

I contacted them three times trying to troubleshoot this and they never replied;

I have access to webglaze, but it barely solves any problems. It has a limitation of 10 glazes per day and 40 glazes per week. This might seem like a non-issue since I post stuff once in a blue moon, but let me illustrate what the problem here is with an example - here, look at the glazed version of the screenshot with Jam that I posted on twitter:

As you can see, glaze artifacts here fuck the whole image up like some really bad jpeg compression, there's even some weird pink blob on her face. These artifacts are a common problem for artists who use clean lines and colours instead of painterly style. To be fair, you can still make it look much prettier, like some kind of a fancy texture, but for that you literally have to run it many, MANY times, like some gacha. Ten glazes are NOT enough. If I had a working app, I could run it twenty, fifty, heck I could run it hundred times to figure out better settings and image properties. I have no such opportunity, so instead I just tried sending it to webglaze one more time, got another result with a pink blob across Jam's face and opted for posting a non-glazed version.

I guess I sound like some ungrateful bitch but honestly I'm mostly disheartened that the only tools to protect my work at least somehow are just posting smaller images with 72 dpi resolution and blocking AI bros to avoid targeted attention. I'm tired. So fucking tired. And I can't even "draw for myself" and keep my work on the hard drive away from people's eyes because it's quite literally a form of communication for me. Duh.

[realcleverscience]

AI & Data Centers vs Water + Energy

We all know that AI has issues, including energy and water consumption. But these fields are still young and lots of research is looking into making them more efficient. Remember, most technologies tend to suck when they first come out.

Deploying high-performance, energy-efficient AI

"You give up that kind of amazing general purpose use like when you're using ChatGPT-4 and you can ask it everything from 17th century Italian poetry to quantum mechanics, if you narrow your range, these smaller models can give you equivalent or better kind of capability, but at a tiny fraction of the energy consumption," says Ball."...

"I think liquid cooling is probably one of the most important low hanging fruit opportunities... So if you move a data center to a fully liquid cooled solution, this is an opportunity of around 30% of energy consumption, which is sort of a wow number.... There's more upfront costs, but actually it saves money in the long run... One of the other benefits of liquid cooling is we get out of the business of evaporating water for cooling...

The other opportunity you mentioned was density and bringing higher and higher density of computing has been the trend for decades. That is effectively what Moore's Law has been pushing us forward... [i.e. chips rate of improvement is faster than their energy need growths. This means each year chips are capable of doing more calculations with less energy. - RCS] ... So the energy savings there is substantial, not just because those chips are very, very efficient, but because the amount of networking equipment and ancillary things around those systems is a lot less because you're using those resources more efficiently with those very high dense components"

New tools are available to help reduce the energy that AI models devour

"The trade-off for capping power is increasing task time — GPUs will take about 3 percent longer to complete a task, an increase Gadepally says is "barely noticeable" considering that models are often trained over days or even months... Side benefits have arisen, too. Since putting power constraints in place, the GPUs on LLSC supercomputers have been running about 30 degrees Fahrenheit cooler and at a more consistent temperature, reducing stress on the cooling system. Running the hardware cooler can potentially also increase reliability and service lifetime. They can now consider delaying the purchase of new hardware — reducing the center's "embodied carbon," or the emissions created through the manufacturing of equipment — until the efficiencies gained by using new hardware offset this aspect of the carbon footprint. They're also finding ways to cut down on cooling needs by strategically scheduling jobs to run at night and during the winter months."

AI just got 100-fold more energy efficient

Northwestern University engineers have developed a new nanoelectronic device that can perform accurate machine-learning classification tasks in the most energy-efficient manner yet. Using 100-fold less energy than current technologies...

“Today, most sensors collect data and then send it to the cloud, where the analysis occurs on energy-hungry servers before the results are finally sent back to the user,” said Northwestern’s Mark C. Hersam, the study’s senior author. “This approach is incredibly expensive, consumes significant energy and adds a time delay...

For current silicon-based technologies to categorize data from large sets like ECGs, it takes more than 100 transistors — each requiring its own energy to run. But Northwestern’s nanoelectronic device can perform the same machine-learning classification with just two devices. By reducing the number of devices, the researchers drastically reduced power consumption and developed a much smaller device that can be integrated into a standard wearable gadget."

Researchers develop state-of-the-art device to make artificial intelligence more energy efficient

""This work is the first experimental demonstration of CRAM, where the data can be processed entirely within the memory array without the need to leave the grid where a computer stores information,"...

According to the new paper's authors, a CRAM-based machine learning inference accelerator is estimated to achieve an improvement on the order of 1,000. Another example showed an energy savings of 2,500 and 1,700 times compared to traditional methods"

[turtlemagnum]

there's this online recreation of the sans fight that i played religiously back in middle school before i even owned a device capable of running undertale, still up. i got good enough at it that under normal circumstances, i can usually do it first try. a bit of a banging my head against a brick wall thing, but damn did it eventually break. honestly i think doing that before ever actually playing undertale was a bit like goku training in 100x gravity, except instead of landing on namek to fight frieza he went and fought raditz again and just absolutely wrecked his shit. at least, until i got to undyne, still not great at her. god i love her. adhd, getting distracted, i had a goddamn point i was trying to make. so, notice that i said "under normal circumstances" as a caveat. what i would consider not normal circumstances would be, say, playing with fucked up arrow keys. such as, the ones that seem to be on every goddamn modern laptop where up and down are both collectively taking up the same amount of real estate as a single normal key, because apparently right shift needs that extra fucking space. like seriously who the fuck even uses right shift, top 10 useless keys right there, right next to caps lock and most of the function keys. guess i've just gotta suck it up until i can afford to get an actual gamer laptop and not a budget office clunker that i got for the admittedly nice CPU

honestly like, i think my ideal laptop would be halfway between the Ultra Gucci Gamer shit and what i have now. give me like, 16 gigs of RAM, a decent CPU for emulation, a low end but modern and power efficient discrete GPU, and a big fuckin SSD. no RGB shit, just a power waste, though i do like having backlit keys at times i think the more efficient way to go about it would just paint em with something glow in the dark. is glowstick fluid toxic to get your hands on? i remember hearing about a guy who died because he injected that shit at a rave, but i don't know how much of that is This Shit Is Poison vs Dont Put Things That Arent Blood In Your Blood Sacks You Moron, y'know. for some reason radium popped into my head, but after thinking about it for more than an instant i'm like 85% sure that shit's what done killed marie curie, and now i can't help but imagine that's something elon musk would tell his engineers to do. "yeah. just a, uh, gamer key-board. with, radium paint on the lettering. saves power, good for the planet." what was i saying

anyways yeah like. the only other specs i can think of would be just having as many ports as possible, 1080p screen @ 60hz, y'know the bare minimum in Current Year. i will say that my current laptop has given me problems with screens i've never had on a computer before, there have been times where i see something i know for a fact is a different, more saturated color on other screens and having it be barely different from the background. also? i want that motherfucker bulky god dammit, i'm tired of everything being thin and light and having absolute dogshit battery life. i miss when i could charge my gameboy once a week and have it entertain me the entire goddamn time, y'know. i'm lucky if i get half a day of consistent use out of a laptop or my switch without charging it, y'know. to be honest, you should be able to murder someone with your technology. i could kill a man with a gamecube or the PC my dad left me as a kid, if i tried to bash a man's skull open with my laptop the laptop would take more damage than the skull. like don't get me wrong, it'd fucking hurt, but i'm not sure there's any singular component in this thing less than 95% cheap polymer by volume. a goddamn disgrace, lemme tells ya. back in ancient rome we had the technology to build bridges strong enough to still be used today, there are guns from the world wars that you can shoot to this day, you're tellin me you can't make a laptop sturdier than a saltine cracker? well, i'm pretty sure they're mostly designed by crackers, so i guess i can't blame em too hard for their inadequacies. such is lief i suppose (sic)

[ectomoog]

The Ecto Moog Vanilla Experience

Updated for 1.20.4

I’m the unwilling user of a MacBook Air, and I’m also someone with strong (picky) preferences for ✨vibes✨, and so to play Minecraft casually on my laptop, I’ve had to jump through several hoops to achieve what I would consider a good vanilla experience.

At this point though, I’ve put probably too much time and effort into it, and so I thought to justify that I’d make a beginner's guide to all the mods, resource packs and game options I use, as of February 2024 (1.20.4). 👇

I will attach a hyperlink to any resources I mention :)

Mods

Ok so to start off, yes, I technically I don't actually play true vanilla Minecraft, but the mods I have installed are all client-side, and for the purpose of improving or optimising the vanilla experience. You can find me and a list of (almost) all these mods on Modrinth.

Fabric & Modrinth (Intro)

To mod the game, I use Fabric. I know that Forge has had some… drama? recently, and I’m gonna be honest I’ve never tried Quilt (I will at some point), but Fabric is super widespread, tons of mods use it so it works just fine for me 😁. When I’m looking for mods, I really prefer to use Modrinth, just because I can follow everything and it’s a really well designed website. (I also tried their launcher but I think it needs a little work?)

As part of Fabric, I do have the Fabric API in my mods folder.

Performance & Optimisation

I use these mods are to make the game run better. Minecraft is notorious for being very poorly optimised, and these mods have been made by a ton of very talented people to fix that.

Sodium

JellySquid’s Sodium is the hot optimisation mod right now for rendering and graphical fixes. It doesn’t have the cosmetic features of Optifine, like dynamic lighting or zoom, but it’s super compatible and gives me great performance. Combined with my other mods, at a 15 chunk render distance in the overworld, I averaged around 50 fps. For a MacBook, that's not bad at all.

To accompany Sodium I've also got Indium, an add-on that provides support for the Fabric Rendering API, which is required for mods that use advanced rendering effects, and Reese's Sodium Options, which adds a better options screen for Sodium’s video settings- it looks better basically.

Lithium

Lithium is a general purpose optimisation mod that improves systems like game physics, mob AI, block ticking, etc without changing vanilla mechanics.

Starlight

Starlight rewrites the entire lighting engine to fix performance and errors. Made for bigger servers, but helpful for client users. I think this is in place of Phosphor.

Dynamic FPS

Dynamic FPS can reduce the game’s FPS when it’s just running in the background- useful for a laptop.

Some more specific optimisation mods:

Entity Culling avoids rendering entities that aren’t directly in your field of view, which is much more thorough than the vanilla approach.

Ferrite Core reduces the memory usage of Minecraft in a ton of different ways.

Immediately Fast optimises how things like entities, particles, text, GUI are rendered, by using “a custom buffer implementation which batches draw calls and uploads data to the GPU in a more efficient way.”

I'm not a programmer so I can’t really explain what Krypton does, something to do with networking stacks, but I know it optimises.. things, lowers server CPU usage and reduces memory usage. I’m barely following along with a lot of these mods.

Fabric Language Kotlin is a dependancy that enables the use of the Kotlin programming language for other Fabric mods. To be honest, I’ve forgotten what mod needs this but I don’t want to delete it, just in case.

Experience

These mods aren’t necessarily about performance, but they do enhance the game in a vanilla kind of way, in my opinion. Some of these could be up for debate but I do think they compliment the base game.

Lamb Dynamic Lights

Lamb Dynamic Lights is a simple but thorough dynamic lighting mod that adds light-emitting handheld items, dropped items and entities.

Zoomify

Zoomify is a super configurable zoom mod. Maybe this is just because of Optifine’s influence, but i think they should add zoom to the base game. At least I feel cool using it 😎

To make Zoomify work, you’ll need, YetAnotherConfigLib, a config library that fills in a couple of holes.

Better F3

Better F3… makes the F3 menu better. There’s the option to customise literally everything, you can colour code, shift and delete parts of the menu depending on your use case, it’s less insane and looks a whole lot better.

MiniHUD

MiniHUD allows you to display customisable F3 lines on the main screen, along with several client-side overlay renderers. I just use it for the mini-F3, and I have my FPS, coords and cardinal direction in the top left corner. It’s honestly more helpful than you’d assume.

MiniHUD requires MaLiLib (masa’s Litemod Library) which is a library mod for mods made by masa and others.

ModMenu

ModMenu adds an in-game menu where you can view the mods you’re running and access their details and setting menus.

Shulker Box Tool Tip

Shulker Box Tool Tip adds a preview of the inside of a Shulker box when it’s in your inventory.

Some more specific experience mods:

Bobby is a rendering mod that allows the player to render more chunks than a server’s fixed distance, by loading in previously generated chunks saved client-side. You can also render them straight from a singleplayer world file. To be honest, I don’t often run into this issue but it’s helpful to have lol.

Cloth Config API adds a config screen for mods in-game.

Iris is a mod that makes shaders super easy, and compatible with Sodium. It's down here because I don’t use shaders often, but it’s essential if you do.

A lot of these mods are subject to change as I find better or updated alternatives, and I'm always on the lookout for more 😁

Resource Packs

For vanilla Minecraft, I actually only use one resource pack, but if you’re familiar with Vanilla Tweaks, you’ll understand why this deserves its own category.

This resource pack allows you to pick which small changes you want to add, and a lot of them are really cool. Some of my favourite tweaks are:

Dark UI

Quieter Nether Portals

Circular Sun and Moon

Numbered Hotbar

Golden Crown

The other tweaks I have are: Classic Minecraft Logo, Lower Warped Nylium, Lower Snow, Lower Crimson Nylium, Lower Podzol, Lower Paths, Lower Grass, Wither Hearts, Ping Color Indicator, Borderless Glass, Lower Fire, Lower Shield, Transparent Pumpkin, Noteblock Banners, Quieter Minecarts, Variated Unpolished Stones, Variated, Terracotta, Variated Stone, Variated Logs, Variated Mushroom Blocks, Variated End Stone, Variated Gravel, Variated Mycelium, Variated Planks, Variated Bricks, Random Moss Rotation, Variated Cobblestone, Variated Grass, Random Coarse Dirt Rotation, Variated Dirt, Darker Dark Oak Leaves, Shorter Tall Grass, Circle Log Tops, Twinkling Stars, Accurate Spyglass, Unique Dyes, Animated Campfire Item, Red Iron Golem Flowers, Brown Leather, Warm Glow, Horizontal Nuggets, Different Stems, Variated Bookshelves, Connected Bookshelves.

Game Options

For the sake of the full experience, here's the important game options:

The End 😇

And that's the whole thing! A lot of this could change at any moment based on my play style, but I think this is a really well rounded experience for vanilla Minecraft. Let me know if there's anything else I should try 😁

[colorisbyshe]

it's not even a matter of funds... whenever someone says 'oh just build a computer and become a pc gamer' whenever i complain about a game not being on playstation or whatever... i really want them to look me dead in the eyes and say that again

like... how the fuck am i gonna build a COMPUTER

you expect me to learn that?

you want me to spend more money than i would on a console... and then i have to build it on my own... and hope the specs are good enough for the games i want... even though... i don't know what the fuck the specs mean???

every two months i google what motion blur is and if it's bad/good for my games because i don't retain it and you want me to know which GPU is both good for my budget AND futureproof??

i get stomach aches from the stress of taking the case off my ps5 to clean the inside once every 6 months and you want me to hold a motherboard in my bare fucking hands without getting an anxiety attack??

you want me... ME??? to build a COMPUTER??? what the fuck is this, dexter's lab?? if so, i'm not dexter, i'm deedee

not even getting into when you ask how long a gaming pc lasts and how frequently you have to "upgrade it" meanwhile my fucking ps2 i bought used in like 2010 still works and has had to be upgraded zero times. sure, i might be tempted to buy a new console... once every 7-8 years but it's one and done baby!!! one and DONE

[waterpoofs]

Improving the detail of Stable Diffusion outputs... and why I'm not going to bother

A couple of people have commented on the sharpness/cleanness/detail of some of the Stable Diffusion images I've posted here, so for those trying to improve their Stable Diffusion game, here's a note on the workflow that creates that kind of detail. I'm also posting it as a way of saying: I'm not going to bother continuing to do this.

Step 1: 512x512 txt2img output

100 steps, with CodeFormer at 0.8, CFG at 7

You can just leave the computer generating hundreds at a time in the backgroung, with a variety of prompts using the "prompts from textbox" script

Step 2: 960x960 img2img output

This is the largest my computer can reliably generate without running out of GPU memory

100-150 steps (adjusted for denoising), depending on how clean the original is

seed remains the same (with seed resizing set to 512x512)

denoising set to 0.2-0.5 depending on how clean the original is and if there's some prompt tweaking

These have to be done one at a time, but you can churn through them like a production line with fairly little distraction from whatever else you're doing

I think Step 1+Step 2 is effectively the same as the "Hires fix" option in txt2img? But it allows you to delete all the duds instead of wasting time generating higher res versions of everything.

Step 3: 2x upscale

I save up lots of step 2 outputs to do as a batch resize

Using 4xValar + SwinIR at 0.5 visibility

No GFPGAN or Codeformer. Sometimes I have these on when upscaling an individual image, but the problem is the strength that is suitable varies with every image -- what is perfect for one ends up ruining another -- so it's not suitable for batch resizing

Step 4: inpainting

Faces and gear inpainted at 0.2-0.3 visibility to improve detail, or at higher visibility to correct things you're not happy with.

That last step is where most of the effort is, and I certainly haven't been bothering with step 4 on everything I've been posting. Steps 1-3 are easy and the computer can mostly run them in the background. Step 4 can involve several rounds of masking different areas and writing localised prompts. It does improve the results, especially when you view the full size image on a high res screen, but it's a bit more fiddly and it takes time that I shouldn't keep spending on this frivolity.

And besides, it's barely noticeable at the scale of a tumblr post. Here's four sets of images, in the sequence of those 4 steps, laid out at tumblr's 540px dashboard width. Click them to open the full size lightbox on a 4k monitor and you'll see a clear difference between each of them: the final images have better details and fewer glitches, the gear has better textures, and the faces seem more real. Scroll past them in your dashboard, or view them on mobile, and the improvements become barely perceptible after step 2. So you'll understand why I'm not going to bother doing any more like that.

As the technology keeps developing, and people keep training better models, I might occasionally out of curiosity dip back into doing some higher effort images. But for now, I've simply filled up my tumblr queue with hundreds of those Step 2 images, and I'll be leaving it at that.

Would you have bothered with those final steps?

Do you prefer to see three posts a day of the Stage 2 images, or one post a week of finely tuned ones?

[mwagneto]

i really really need to get a new laptop coz the one i have rn is my father's old laptop that barely turns on anymore and i need one that can run all the programs my uni needs but also one that has the space for & can run my endless gigabytes of um. legally acquired games. so naturally im looking into getting a gaming laptop but i dont know ANYTHINGGGGGGG about computers like literally what's a cpu whats a gpu whats a ram whats a core. im fucking dying out here

[tactidoll]

i tagged the post abt laptop temps n such with the temps my laptop has hit and honestly i just want a reason to bitch abt it so im gonna put it under a readmore 

i cannot put into fucking words how much of ordeal this piece of shit has been for me and im honestly so exhausted, its a razer blade advanced 15″ 2018 edition for reference it cost me 1600 quid and i got it late very early 2020 on sale working my ass off to buy it and honestly its the biggest regret of my fucking life, the sale is an important part cus turns out i couldnt fucking rma it, ive taken it to multiple specialists and its just fucked theres something abt the cooling and the processor and its just unfixable, i wish i backed up the picture of the temp monitoring hitting 105 cpu and 110 gpu to show people before it got factory reset cus itd be funny if it wasnt like actively destroying my mental health, im like actually terrified of it hitting summer again n it getting worse tho itll probably blow up before then anyway since its actively getting worse

its got a fucking 2070 and it can barely run fucking anything its frankly incredible ill do everything in every ini i can, use demaster mods n run on lowest possible settings, the few things that do run im lucky to get an hour n a half of gametime before it crashes or bluescreens and at most i get 15fps which honestly makes me feel genuinely physically sick

i cant fucking pursue any of my desires or dreams, 3d modelling software sets it on fire, it cant even run games let alone record or stream so going back to try youtube again is outta the question, it gets to hot to comfortably type so i cant do rulebooks or write fiction i just dont know what to do anymore i dont have the work opportunities i did when i bought i can barely afford food and ive had to completely abandon the hope to medically transition or treat chronic pain n fatigue so i cant even fucking replace it its just a slow eventual decline until its just dies