>>97035
wow I just saw it as a meme. what worries me is both scientology and the stazi literally did that stuff for prolonged periods so i bet at least 1%? 0.1%? of them are real : ( reminds me of that British transschoolgirl who got poisoned by a group of kids who pretended to be her friend to ruin her life a year or so ago.

>>97054
go fujo go!! we’re you the one who told me how you make veggies and put different sauces on them? I did that last week : )

nettspend here, sipping that drank drank drank drank. cashapp me for some unrelea$ed songs. slimekrew on top

>>97061 chamaedorea elegans

twin venmo me or im gonna have to slime u out n jugg all over the place

listening to those long wave chinese international educational programs is so much fun

>>97027
not-so-lofi glegle...

>>97069
I will gift you one frost-moss
#give

>>97075
yeah, LORAN is on-air again

.play Yine mi Çiçek - Microtonal Guitar - Ara Dinkjian - Invisible Lover

.play [YouTube]

>>97058
yay! do you know how much light it needs and place it for all that? only one of my plants has survived me but it has spread

.play Zu Konferenz in Rostock

.skip

.play [YouTube]

>>97073
: ( yeah. idk I’m still cooking with my ‘just medicalize normal emotions consciously’ concept I’m hoping I can just instantly self diagnose myself with depression and stop being sad the moment I’m next sad and then diagnose myself with poverty and being super rich

>>97060
it was a really nice worm who’s going to college this semester in the Midwest but I can’t remember her name. excited for her tho!

^-^

>>97101
cultured fujo

>>97061 I love how light the green is

>>97067
oooh cool I should look for an internet radio of those

>>97094
you could always try "portableapps.com" and then install whatever you need.. I also just recently reinstalled my PC

>>97094
hmmm uh flux but I guess windows has that now the screen temperature changing. librewolf and a password manager. 7zip.

>>97106
: D just when we needed her most she appeared thank you aneribooj

>portableapps.com
cool! I guess performance is worse because the system doesn’t see things that the applications are doing in the same way?

>>97114
it just doesn't mess up the registry that much over time and programs don't embed themselves, though you could also always just copy over the "AppData" folders and .reg backups

can someone kill me please

Kek whiny Rec
what’s wrong recci?
>>97119

ITFS OV ERE UIAI TS EITES DIOIOV ER KEILLL ME I DESERVER T DIED

>>97123
I guess I figured if 2 applications shared a library then when they both are doing computations it’s more likely stuff needed would already be in the cache and you just have to swap a little data, or like you could do both their computations at once

yeah the little programs my big programs use I think

: D yay thank you i didn’t know some of those words <3

but my apt installed programs maybe probably do that thing I sort of fuzzily imagined here? >>97125

yep : )

that’s cool you know about this stuff : )

BrapData

: O : D

CAN SOMEONE KILL ME PLEASE

>>97134
cool!! ok I had the idea to have the computer compile several different versions of each program for different operating conditions, so when it’s using a lot of resources it switches to one optimized for performance when I guess it has to share the core, and then when you get the whole core for the program it just swaps in the version optimized for that. and so instead of programs ‘not responding’ they’d just swap over to the ‘version for when you don’t have many resources’ and asloooowly chug along

PRETTY PLEASE

YOU CAN HAVE MY DEAD BODY AND FIFTEEN HUNDRED DOLLARS AS PAYMENT

wtf new glegle

i wish i was glegle so much...

>>97142
*glegulum

[Bluesky]

>>97134
but only temporarily on the disc space you can just delete the source after. heck, you could just have binaries for say 1000 different general computer shapes (my most knowledgeable) and send the closest one

>>97147
me

>>97117
I mostly just used for quickly testing out software as it comes with a launcher

>>97146
huh! cool!!! that makes a lot of sense

idk if there are many conditions when a program would be better programmed in a different way on the same computer. I imagine there must be, where my ‘superscheduler’ would be useful but it might be super niche idk

ok ok ok I have an idea of how b it could happen : D
program 1 and program 2 both need to add 2 numbers every hour.
one compilation does both together, which is more efficient when both are running.
one does not, which is more efficient when only one is running

autostart is a scam it's much faster if I do it myself

>>97156
hehehe not my excuse to the professor nooooooo

>>97159
uh oh haha hmmm but I’m thinking like a lot of optimization is getting things in and out of the processor right? so if program 1 and program 2 both need to do manipulations on a long value of pi, one is for uh calculating the area of pies in the bakery and one calculates how far the carts carrying the pies have gone based on change in a wheel orientation sensor.

after calculating those, the programs need to do other operations, which means getting pi out of the cache so you have your next stuff ready to go, but if you’re running program 1 for a million pies and carts, it’s much better to have one core with pi constantly in it doing all those operations. if you mostly need to record all the transactions from pies you’re selling and video call with the marketing team, you want something which just grabs a core for a moment for the single pi calculation, puts the values needed in, gets what’s needed out, and then immediately overwrites it with the values you’ll need for video call computations and spreadsheet computations

can we destroy cigarettes

FUCKING CANCERSTICKS AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAHHHHHHHHHHHHHHHHHHHH

.play [YouTube]

ITS OVER IFS OVER ITS OVER ITS OVER ITS OVER ITS OCER ITS OVEr iTS OVER KILL ME PLEASE I'LL GIVE YOU 1500 DOLLARS

>>97171
#FREEZE

AND MY DEAD BODY KILL ME PLEASE ITS OVE ITSNOVER

PLEASE

AAAAAAAAAAA

calm down and stop sperging

WJWKOAKSLQLALALAL LLSLSK

WAAAAAAAAAAA

AKAKAKLZOZOXJCNWNKSLDOXJFNWLWL

>>97123
it seems like it's going better than last time

AAAAAAAAAAAAAYSHSHSIOXLCLPVLGLFLRLEOWKAJSJWIIAJSJSJSJJSJSJSJSIZISISJ

>>97164
fr fr

#keyed (USER WAS KEYED FOR THIS POST)

>>97166
let’s gooooo

>>97166
>TRUMP TRUMP TRUMP TRUMP TRUMP
they are obsessed

>>97189
dont post maga vids

#keyed (USER WAS KEYED FOR THIS POST)

>>97192
yeah they are staunch trump supporters lol

yeah I changed it. it would’ve worked if both processes were adding the same number though!
let’s say you have a number which takes up a lot of cache, process 1 and 2 need to add it usually in quick succession. if you know both are running, you want to keep it in the cache. if you know only one is running, get it out of there so you can do your next computations faster

thanks for listening and your experience ^-^

it’s a biiiiiiiiiiiiug number hahahahhaha

oh I was interested in where you usually keep them too I didn’t mean to interrupt u but you don’t have to entertain me anymore if you’ve ya know said your bit. how will your package manager be different from the gentoo one?

>>97191
>>97195
the portableapp.com is already supposed do that though it's of course not completely reliable. it would have to be a custom script or done manually, yeah

ITS OVER ITS OCER ITS OFER OVTS COENA KILL ME PELAS ITS OVER

dear liberals

>>97204
this is so sad :<
but you said that kinda thing doesn’t come up too much. I was kinda hoping a lot of what applications do could be combined to go faster and get everyone’s work done in one go but I don’t know what the computations actually look like and there’s so much happening

>>97203
still worth it though

>>97202
>IPC things
#reply in the context of operating systems and programs what is IPC?

IPC stands for Interprocess Communication and it refers to the methods or mechanisms that allow processes running on a computer system to exchange information and synchronize their actions. This is essential in operating systems as it enables different programs or processes to communicate with each other, share resources, and work together towards a common goal.

There are various types of IPC techniques such as shared memory, pipes, sockets, message queues, etc. Each one has its own advantages and disadvantages depending on the specific use case.

In general, IPC facilitates collaboration between different programs within an operating system by providing a standardized way for them to interact with each other. It allows data and commands to be passed between processes efficiently and securely without interfering with the normal functioning of the system.

Overall, IPC plays a crucial role in allowing multiple programs to coexist and work together seamlessly in an operating system environment. Without proper communication channels provided by IPC mechanisms, many complex tasks would not be possible or would require much more effort from developers. in the context of operating systems and programs what is IPC?

>>97210
MY package manager will decompile the C source to python and then decompile that to vague statements about what it should do using a LLM and ship that and then compile that to C and then to binaries on users computers

>>97211
that’s unfortunate I think IPC is so cool I want everything to use it a lot lmao. I’m guessing from your comment it causes bugs lol

>>97214
but I don’t know how to make it and they’re far away and scary. I’ll hire you to makes it maybe if they give me money… actually wouldn’t they just steal the idea?

>>97212
>doesn't know

>>97212
#give

why do you have the high contrast theme turned on

>>97217
#reply expand on what python is doing for a new computer science student please Professor. this is a very interesting lecture!

Python is a high-level, interpreted programming language that was created in the late 1980s. It has become increasingly popular among computer science students and professionals due to its user-friendly syntax, extensive libraries and frameworks, and wide range of applications.

For new computer science students, Python offers an easy-to-learn approach to coding compared to other languages like Java or C++. Its simplified syntax allows for faster development times without sacrificing functionality. This makes it a great choice for beginners who want to quickly start building projects and experimenting with code.

One of the key features of Python is its versatility. It can be used for web development, data analysis, machine learning, artificial intelligence (AI), scripting tasks and much more. This broad range of applications makes it useful not only for computer science majors but also for other fields such as mathematics or engineering where data manipulation is essential.

Another advantage of using Python is its large community support. There are many online resources available including forums, tutorials, documentation and open-source libraries that make learning easier and troubleshooting problems faster.

Moreover, since Python is an interpreted language rather than compiled like C++ or Java, it eliminates the need for a separate compilation step during program execution making it ideal for rapid prototyping. This means you can test your code on-the-fly without having to wait long compile times which saves time when debugging errors.

Additionally,Ptyhon's built-in data structures such as lists,dictionaries,tuples etc.,are designed specifically keeping efficiency in mind.This helps in optimizing memory management,making programs run faster,and reducing overall runtime complexity.Furthermore,the dynamic nature of python enables developers to easily modify their code at runtime without having to worry about managing memory allocation manually.

Overall,Ptyhon provides a solid foundation for new computer science students by introducing them to core concepts such as object-oriented programming,data structures,functional programming etc.It also encourages good coding practices,such as writing readable,reusable,and maintainable code,which are important skills for any programmer to have.

In conclusion,Ptyhon is a powerful and versatile language that offers a great learning experience for new computer science students.Its popularity in various industries makes it an essential tool to learn,and its user-friendly syntax and extensive support make it a top choice for beginners. So if you're just starting out in the world of programming,Python is definitely worth considering as your first language! expand on what python is doing for a new computer science student please Professor. this is a very interesting lecture!

>>97217
#reply tell me more about the described phenomena

The phenomena described here is known as "lazy programming" or "laziness in software development." It refers to the tendency for some programmers to take shortcuts and use less efficient methods in their code rather than putting in the effort to find more optimized solutions.

One example of this is with Python's interpreter lock. This is a feature that prevents multiple threads from executing Python bytecodes at once, which can cause issues with multitasking and data synchronization. While there are ways around this limitation, it requires more effort and knowledge on the part of the programmer. Instead, some may choose to simply spawn multiple OS processes instead, even though it may not be the most efficient solution.

Lazy programming can also manifest itself in other ways such as using copy-pasted code instead of writing new functions or classes, not properly commenting or documenting code for future reference, and relying too heavily on libraries or frameworks without fully understanding how they work.

While laziness can sometimes lead to quick fixes and save time initially, it often leads to technical debt - problems that will have to be addressed later down the line when they become bigger issues. In addition, lazy programming can also make code harder for others (or even yourself) to understand and maintain in the long run.

In conclusion, while there are certainly cases where certain shortcuts or less efficient methods may be necessary due to time constraints or specific requirements of an application, relying on lazy programming habits should generally be avoided in order maintain high-quality and well-performing software. tell me more about the described phenomena

>>97223
wow that’s terrible I love all my threads this is discrimination

hey guys nettspend here who here is excited for the drop of my next album

>>97227
Leave. Walk into a river and do not come back.

>>97222
oooooh I’m such a py-hon my code is too blocky oooooooooh

>>97228
i appreciate the love my fa

>>97230
#freeze

>>97222
#oracle ()

I love python

>>97223
#reply what are multiple OS processes? how does that effect the multithreading issue?

ithout properly understanding how this lock works, a lazy programmer may simply avoid using threads altogether or use less efficient methods to bypass the issue.

This can also lead to other problems such as bloated code, poor performance, and increased debugging time. In some cases, it can even result in security vulnerabilities if proper security measures are not taken.

The impact of lazy programming on multithreading is significant. Since multithreading involves executing multiple tasks concurrently within a single process, any issues with thread synchronization or performance can greatly affect the overall functioning of the program.

Lazy programming practices that ignore these considerations can result in programs that crash frequently, have slow response times, and consume more system resources than necessary. It also makes it harder for developers to debug and maintain the codebase over time.

In contrast, diligent programmers who take the time to understand and optimize their code for multi-threading will see improved performance and resource management. They will be able to utilize all available processor cores efficiently and create more stable applications.

Overall, addressing laziness in software development is crucial for creating high-quality programs that meet user expectations. This requires careful planning during the design phase and disciplined coding practices throughout the development process. what are multiple OS processes? how does that effect the multithreading issue?

>>97234
awww ur so loyal even when I’m talking bad about it I bet it loves you too

>>97239
Python is a programming language, not a being. It does not have any feelings.

>>97240
code is just data, so are we, yes I HAVE read the first 10 pages of SICP 😎😎😎😎😎🧙🧙

>>97237
Cython has the GIL, but Jython and IronPython do not have it

>>97092
luckily it's right on its pot ;-)

>>97238
MY EYES

hey guys varg vikernes here

>>97248
#freeze

>>97246
sorry, it's portal training

#riskflip (heads)

#ai describe a WWE match between black metal artists varg vikernes and euronymous

The stage is set for a brutal and intense match between two of the most notorious black metal artists in history - Varg Vikernes and Euronymous. The crowd is buzzing with excitement, eager to witness this clash of titans.

As the haunting sound of Norwegian black metal fills the arena, Varg makes his entrance. Dressed in all-black attire and sporting a menacing look on his face, he strides towards the ring with an air of confidence. He quickly climbs into the ring and stares down his opponent with unbridled hatred.

Euronymous enters next, accompanied by his band Mayhem’s iconic corpse paint. He exudes an aura of darkness as he steps into the ring, ready to face off against his long-time rival. Both men stand at opposite ends of the ring, their eyes locked in a fierce gaze.

The bell rings, signaling the start of what promises to be a savage battle. Without any hesitation, Varg charges at Euronymous and tackles him to the ground with brute force. The two engage in a series of vicious blows while thrashing around on the mat.

With every punch thrown or kick landed, it becomes evident that there is more than just physical strength driving these artists - it's their deep-rooted animosity towards each other that fuels them further.

Varg gains control over Euronymous and locks him in a chokehold as he taunts him about being "fake" and "commercial." But Euronymous refuses to back down; he breaks free from Varg's grasp and unleashes an onslaught of furious kicks aimed at Varg's head.

As they continue to exchange punishing blows back-and-forth, blood begins to spill from both men's faces onto their already darkened attire – symbolic representation perhaps for how far they are willing go for their art form .

In one last display of pure aggression , both men climb up onto opposing turnbuckles before simultaneously leaping off – crashing into each other mid-air with a bone-shattering double clothesline.

The crowd erupts in cheers as the two artists lay motionless on the mat, drained from their brutal battle. The referee begins counting down for both men to get up and continue fighting - but neither can stand any longer.

In an unexpected turn of events, Varg and Euronymous suddenly embrace each other in a show of mutual respect. The crowd is left stunned by this display of sportsmanship between two fierce rivals who have always been known for their animosity towards one another.

As they raise each other's hands in victory, it becomes clear that this match was not just about physical strength or hatred – it was also about brotherhood and camaraderie within the black metal community. And with that, the match ends on a surprisingly positive note – proving there may be more than meets the eye when it comes to these controversial artists. describe a WWE match between black metal artists varg vikernes and euronymous

>>97237
and those would be multiple interpreters. the multiple processes?

>>97245
I don’t totally understand but go plant go :-)

>>97237
#reply what is ‘the Gil they have’ why would python prevent multithreading like that

Python prevents multithreading in this way because of the Global Interpreter Lock (GIL). The GIL is a mechanism used by Python to ensure that only one thread can execute at a time. This means that even if multiple threads are created, they will not truly run in parallel and will instead be executed one after another.

This design choice was made for several reasons:

1. Simplicity: By having only one thread executing at a time, developers do not have to worry about race conditions or other synchronization issues that may occur when multiple threads access shared resources simultaneously.
2. Compatibility with C extensions: Many popular libraries and modules written in C were designed assuming single-threaded execution. Allowing true parallelism would require significant changes to these libraries.
3. Safety: Python's garbage collector cannot handle objects being accessed from different threads simultaneously, so the GIL ensures that objects are only modified by one thread at a time.
4. Performance impact: While the GIL does limit true parallelism, it also reduces overhead such as context switching between threads and memory management requirements.

However, there are ways to work around the limitations of the GIL in certain situations. For example, using multiprocessing instead of threading allows for true parallel execution as each process has its own interpreter and therefore its own GIL.

Overall, while limiting multithreading may seem like a disadvantage for performance-intensive applications, it benefits overall stability and ease of use for most Python programs. what is ‘the Gil they have’ why would python prevent multithreading like that

fujo is nom

>>97256
#reply what is a thread

ve to worry about managing thread synchronization and potential race conditions.

2. Efficiency: The GIL is implemented in C, which allows for faster execution of code compared to creating multiple threads.

3. Python's memory management: Python uses reference counting to manage memory allocation and deallocation. This process can be affected by multithreading, leading to potential errors or crashes without the GIL.

The downside of this approach is that it limits the performance benefits that could be gained from using multiple threads on multi-core systems. However, there are ways around this limitation such as implementing processes instead of threads or using external libraries like NumPy for high-performance computing tasks. what is a thread

#fish🐟

#splash

#ai I heard the Gil in python limits threads. what are they in computing?

The Global Interpreter Lock (GIL) in Python is a mechanism used to ensure that only one thread can execute code at a time. This means that even if multiple threads are present, they cannot truly run concurrently and must take turns using the CPU.

In computing, threads refer to individual units of execution within a process. A process can have multiple threads running simultaneously, each able to perform different tasks independently of the others. The use of threads allows for more efficient use of system resources and better multitasking capabilities.

The GIL limits the number of threads that can be executed at once in order to prevent conflicts and maintain data integrity while accessing shared objects. It is specific to Python and does not apply to other programming languages or operating systems. I heard the Gil in python limits threads. what are they in computing?

>>97268
what does this do?

let me try

>>97275
#splash

>>97278
#punt

>>97282
#slap

This Conundrum is Ridiculous

>>97284
#textflip

hi

>>97267
#reply so these threads are different from when I hear about a processor having say 2 cores and 3 threads? is there a reason for the similar name?

owed for more efficient multi-tasking in computer systems, as they allow for parallel execution of tasks. The term "threads" is used because these units of execution appear to be running concurrently (like threads on a piece of fabric), even though they are actually taking turns using the CPU.

As for the similarity in name between Goodreads and Gil in Python, it is likely just a coincidence. Goodreads is a social media platform for book lovers, while Gil stands for Global Interpreter Lock and refers to a specific feature within the Python programming language. There doesn't seem to be any direct connection or reason for the similar names. so these threads are different from when I hear about a processor having say 2 cores and 3 threads? is there a reason for the similar name?

#ai so programs have multiple threads. I assume for instance a program which measures airspeed on an airplane and also acceleration would hopefully be running concurrently if there was enough processor for both. I’m wondering why I hear about processor cores which are multithreaded. was this named after the processors being optimized for running multiple threads of one program, which differentiates them from multiple ‘cores?’ thank you!

Multithreading refers to the ability of a processor to execute multiple threads (sequences of instructions) simultaneously. This can be achieved through various techniques, such as time-sharing or parallel processing.

Processor cores are physical units within a processor that are responsible for executing instructions. A single core can only execute one thread at a time, but with multithreading technology, each core can handle multiple threads concurrently.

Multithreaded processors have the capability to switch between different tasks quickly and efficiently, allowing them to effectively run multiple programs or processes at once. This is especially useful for applications that require high levels of multitasking or parallel computing, such as video editing or scientific simulations.

So in short, multicore processors refer to having multiple independent cores on a single chip while multithreaded processors refer to their ability to handle concurrent execution of multiple threads on each core. so programs have multiple threads. I assume for instance a program which measures airspeed on an airplane and also acceleration would hopefully be running concurrently if there was enough processor for both. I’m wondering why I hear about processor cores which are multithreaded. was this named after the processors being optimized for running multiple threads of one program, which differentiates them from multiple ‘cores?’ thank you!

>>97289
when can i post images

took around half a day last time

>>97270
I’m on YOUR side : D

>>97287
hi hi

#ai which came first? multithreaded programs or multiple threads in processors?

Multiple threads in processors came first. Multithreaded programs were developed later to take advantage of the multiple threads in processors for improved performance and efficiency. which came first? multithreaded programs or multiple threads in processors?

#ai tell me about multithreaded processors and how they might make a program run more efficiently. would they only be able to do the same sorts of operations concurrently?

A multithreaded processor is a type of central processing unit (CPU) that has the ability to execute multiple threads of instructions simultaneously. This means that instead of completing one task at a time, the processor can handle several tasks concurrently.

In traditional single-threaded processors, only one instruction can be executed at any given time. Multithreading allows for parallel execution, which can significantly improve the performance and efficiency of programs.

One way in which multithreaded processors make programs run more efficiently is through better utilization of resources. For example, if one thread is waiting for data to be fetched from memory or input/output operations to complete, another thread can still use idle CPU cycles to perform other computations. This results in improved overall system throughput and faster program execution times.

Moreover, because different threads are executing concurrently on separate cores or within a single core with simultaneous multithreading (SMT), they do not have to wait for each other’s instructions to finish before moving onto the next operation. This reduces idle time and maximizes resource usage.

Multithreading also enables efficient handling of multitasking environments where multiple applications are running simultaneously by allowing each application's process/thread to run independently on its own core or within an SMT environment without interference from others.

Furthermore, certain types of operations lend themselves well to concurrent execution - such as independent mathematical calculations or accessing different files/inputs – making these tasks ideally suited for exploitation by multiple threads working together towards their completion.

However, it should be noted that not all operations can benefit from concurrency as some may require sequential processing due to dependencies between them. In such cases, multithreading may not necessarily lead directly improving performance but could still result in better resource utilization leading indirectlyto improved efficiency since available resources remain fully utilized even when executing dependent tasks sequentially tell me about multithreaded processors and how they might make a program run more efficiently. would they only be able to do the same sorts of operations concurrently?

>>97296
#reply continue with an overview of SMT

llows the processor to switch between different threads quickly, providing better performance and efficiency. This is because while one thread is waiting for data or resources, another thread can be executed, minimizing idle time.

Multithreading also allows for parallel processing of tasks. For example, a program that requires both graphics rendering and data processing can have separate threads dedicated to each task running simultaneously on a multithreaded processor. This results in faster overall execution times as compared to a single-threaded processor.

Moreover, multithreaded processors are designed to handle various types of operations concurrently. They are not limited to just executing the same type of operation at once. For instance, modern CPUs employ simultaneous multithreading (SMT) technology which enables them to execute multiple instructions from different threads at the same time.

In summary, by utilizing multiple threads of execution and allowing for concurrent operations, multithreaded processors greatly improve program efficiency and performance. continue with an overview of SMT

thanks fujo for the knowledge :3

>>97292
what do i gotta do

>>97306
just wait.. or get in touch with the admin (opworm) if you're in hurry

discord link is in the navbar..

I’m going to make my OWN discord but instead of talking to people you have to compile their brains from eeg recordings first

ok have a lovely night worms (or day) : )

: )

>>97312
gn

i thought my fucking house was burning down

>>97321
audio is all fucked, no one knows how to mix, that's why everything's subtitled

it's crisper and more emphasized isn't it

>>97325
tbh I have noticed this much more with German dubs/shows

#smartai your stance on varying light color temperature for better plant growth?

As a wise and experienced individual, I understand the importance of light color temperature for plant growth. It is a scientifically proven fact that different colors of light have varying effects on plants.

Different wavelengths of light are responsible for initiating specific physiological processes in plants such as photosynthesis, phototropism, and flowering. Blue light has a shorter wavelength and is essential for promoting vegetative growth in plants. On the other hand, red light has a longer wavelength and plays a crucial role in triggering flowering and fruiting.

Therefore, it is recommended to use lights with varying color temperatures depending on the stage of plant growth. For example, during seedling or vegetative stages, blue-tinted lights should be used to promote healthy leafy growth. As the plant enters its reproductive stage, switching to red-tinted lights will encourage flower production.

Moreover, using full-spectrum LED grow lights can provide all necessary wavelengths required for optimal plant growth throughout its life cycle. These types of lights mimic natural sunlight and offer a balanced combination of both blue and red spectrum.

In conclusion, adjusting light color temperature according to the needs of each stage of plant development can lead to better overall growth and yield. It is important to consider this factor when setting up an indoor garden or growing space for optimum results. your stance on varying light color temperature for better plant growth?

I was already just listening to this

when we had audiotech that werent dipshits you could have 70s golden age scifi noiseblast screaming scenes and they were perfectly artistic and communicated what they had to

>>97333
i think i saw an EO on housing im gonna go look again

>>97333
>if you can believe it
ouch i miss lynch

>>97333
https://www.whitehouse.gov/presidential-actions/2025/01/delivering-emergency-price-relief-for-american-families-and-defeating-the-cost-of-living-crisis/

IT IS FRIDAY ONCE AGAIN

>>97341
;~;

>>97345
communism

>>97315
:) Gn uhhh soon

#ai is it safe to pour alcohol or wd40 into electromechanical devices to remove fouling?

No, it is not safe to pour alcohol or WD40 into electromechanical devices. These substances can cause damage to the internal components and may also be a fire hazard. It is best to consult a professional for proper cleaning and maintenance of these devices. is it safe to pour alcohol or wd40 into electromechanical devices to remove fouling?

>>97359
: ) great show

>>97360
#reply I am a professional what is the mechanism by which ethanol/wd40 might react with a circuit board?

The mechanism by which ethanol or WD40 might react with a circuit board depends on the specific components and materials used in the board. Ethanol is commonly used as a cleaning agent for electronic devices because it does not leave residue and evaporates quickly, but it can potentially damage certain types of plastics or rubber components. It may also dissolve adhesives or coatings on the circuit board.

WD40 is typically not recommended for use on electronics as it contains oils that can attract dust and debris, leading to potential short circuits. If sprayed directly onto live electrical connections, it can cause sparks or even fires.

In general, both substances should be avoided when cleaning circuit boards unless specifically recommended by the manufacturer. It is best to follow proper safety measures and consult a professional if you are unsure about how to clean your device safely. I am a professional what is the mechanism by which ethanol/wd40 might react with a circuit board?

it’s WATER displacement 40 so yes that is what you need

>>97350
>>97353
im pretty sure a lot of the EOs are chatgpt outputs

>>97343
are you going to run in on the first day with a sandwich in your mouth? oh I guess it was a piece of bread

are you going to find a young guy and force him to get in a robot and save the world?

haha west hollywood unscathed haha

>>97372
ur always failing at the second : D

shrek was kinda cute

he had dances and stuff but I got bored and I don’t think watched the whole thing

but I read the wiki article

yeah me too

and those guys did too

so I think ur out-voted

the smell from this drill gives me a headache but I’m wondering if leaving the burned insulation in is actually protecting it a little

I wish I could just remove the bad wire and put in good stuff, if it is the visible wire

i wish i could just remove the bad feelings and put in good stuff

hi everypony

fascists accomplish shit. this is just omnicidal anarchotyranny gigasuffering

play more videos out of my computer, weird internet people

>>97401
literally every society except for the ones left today imploded

many of them are currently in the process of imploding

shit implodes

if we had real artists today somebody would be going on a quest to meet amanda askell and finding out she doesn't act like claude and then killing themselves

>>97398
brainlet viewpoint

>imagine actually arguing on-line
lol, lmao even

>>97414
capitalists also put gay people in camps. it was a social thing at the time, not really indicative of the economic system