Lazz45 @ Lazz45 @sh.itjust.works

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2 yr. ago

I am really hoping they ditch the bloated design of PD2 and use this as a fresh slate to not repeat some of the same mistakes as last time (I have my doubts, hence why I will let it simmer a bit before I dive in if its looking alright). I couldnt care if they added a pass or something that gives cosmetics (NO GAMEPLAY NECESSARY STUFF) if they need that long term cash, but PD2 became so DLC bloated over its life that it became a barrier to entry, or a barrier to even want to boot the game up again after another 5 little DLC purchasable thingies were dropped in the last 2 weeks

Actually many bills are more of a fabric material now than an actual paper product. Many bills in Europe now are polymer based. Both of which add to the difficulty of counterfeiting

The mill I work in is already set up with shift work....they work 1st shift (week 1), 2nd shift (week 2), 3rd shift (week 3), and then go on long weekend 4 days off. My department runs 21 turns (we are the plant bottleneck by design), meaning 3 shifts of 8 hours, 7 days a week. Most people dont work 7 days straight unwillingly, but regardless of that fact, you need to keep running. Not running is losing money, losing money gets corporate to shut you down, getting shut down means you have no job and the company doesn't care either way

There is a trade off when dealing with continuous operations. You run into the issue of, "Not running costs more money than running and paying people overtime." Moving to a 4 day week just means you would likely get forced more into overtime so we can keep steel flowing, not that you get more free time.

Also from the salary side of things, I just spoke to 4 other process engineers and all of us immediately agreed that we cannot get the work done required of us + do the extras of being a floor process engineer in only 4 days. We could get our "requirements" done, but then all of the extra work that we perform would cease. It would actively hurt the company and its profitability, which in turn hurts our job stability. Its really not as cut and dry as people want to make it seem in all instances

Also to your other part about "it's not that hard"

It actually is. We cannot get enough bodies in the mill to not work everyone at full time. We pay 18 year olds 6 figures to operate a mill and we still cannot get enough bodies to come anywhere close to working a 4 day week.

It straight up doesn't work that simply when you're running enormous 24/7 operations in critical industry. Thats like all the football fans on the couch yelling at the coach "JUST DO X". Really easy to say "do X" but the application becomes extremely difficult. Yeah in an office, sure....in a refinery where you create base stock products that allow hundreds of other major plants to run to produce all the basic products you use every single day? Not gonna work that way

This isn't some machinist shop that takes orders. it's a multi billion dollar full rip steel mill/refinery/plant/etc. that loses LOTS of money when it's not at full capacity. That has lasting knock on effects on other industries for example when base manufacturing can't keep up

You have salary workers like process engineers for example. Working less than 5 days regularly just isn't acceptable. I would not be effective in my job if I only had 4 days a week to get everything done. Also someone always has weekend coverage on "off" days for salary or holidays. So you're still "working"

Also many plants have minimum hour requirements in their union contracts where we have to run X days minimum a week or we still pay. There is more to the puzzle than just the office sector.

You have shifts and shift workers yes but again, the mill basically needs to run 24/7. so lots of people get forced for OT, or willingly take it

Edit: I love the downvotes with no refutement. I am not talking from no experience here. I actively work as a process engineer in a steel mill and actively deal with these problems DAILY. Moving to a 4 day week changes nothing in 24/7 operations. You have to run all of the time, end of sentence (or your mill is getting shut down, and you all lose your jobs...nobody in the mill wins there). The compensation is through the roof and most people end up pulling in tons of overtime. I dont know many other jobs that an 18 year old can pull in an EASY 6 figures with no form of education past high school. The hourly guys make WAY more than any of us salary folk (me and other engineers have spoken candidly with guys on the floor, and they pull in well over 100,000 with no overtime), and on top of that, there are guys who get legitimately pissed when they can't get enough overtime or work more hours cuz they want that money

I'm confused what Republicans have to do with this point at all? That sorta came out of nowhere and doesnt pertain to anything stated in the article. In fact the article actually references Biden shutting down the railroad strike (I dont remember him being republican?).

Nobody is in government is here for you, regardless of the side. I don't get why people politicize the shit out of literally everything or make it partisan.

The classic saying goes, "How do you know a politician is lying?"

"Their lips are moving."

In general they want people fighting about party lines and what they make to be partisan politics. Why feed in?

This works for many businesses, but sadly cannot work for certain industries like manufacturing, steel making, petroleum refining. etc. These are 24/7, 365 operations and running less than that actually costs them money. However, you're usually well compensated in these industries in my experience

Yeah thats exactly the issue I ran into. I started googling stable soil temp to confirm what I thought, and rapidly ran into a lack of answers lol. Any data I could find for free on websites didn't seem to go very deep.

In terms of depth of the Qanats, yeah I was wondering the same. Without any modern tools I'm not sure how deep they would be willing to dig out (although I bet it's easy digging in Iran, likely sand/dry dirt vs. clay and sopping wet boggy soil).

I am at work but I'll see if I can dredge up info on Qanat depth

I mean you're right, what I am saying is how does a digital copy of a film draw suspicion? Unless they find the actual torrent files, they have no grounds to even claim you're doing something. I do not know of any countries outside of North Korea where content cannot be carried around digitally.

I feel like if they singled you out to dredge your computer/hard drive that you have on you at the border. Then use that search to claim you were transporting pirated content, they likely had you in their sights before hand. The chain of events of finding say a digital movie, and them accusing you of piracy (without torrent files, just the existence of a movie/show digitally) just does not logically compute to me. Id be suspicious they were attempting to target me prior, and that was all they could find "to get something"

Not to mention its not a huge scene. If you get black-listed, you might have a hell of a time getting back in to decent trackers if the admins share info on known blacklisters

How do they know it's pirated? If I rip my own DVD/blu-ray, put it in folders, and download subtitles. How does that look different from a completed torrent?

I'm in some pretty large ones and I've never found a dead torrent yet. I also get great speeds on anything I DL

Does this one work: https://web.archive.org/web/20230521234645/https://hvactrainingshop.com/how-a-chilled-water-system-works/

You're completely correct, I live in an area where you'd never be trying to add humidity lol. I was also thinking in the context of why it was originally invented, which was wrong to do. I removed my comment

That is the deepest depth I could find being actively tracked on the website I ended up on. I did not wanna do a deep dive into "great" average soil temp data lol. If you have a good source of data I will gladly change my comment to include the updated numbers. I wanted to say the average soil temperature at depth is ~50-55 degrees F, but I hopped online to make sure that was not a number that I know to be true due to where I live. Good to know that its roughly 6 feet where it stabilizes

I cant speak to other parts of the U.S. but where I am from, people would design their farm houses so that when you opened all the windows, the natural wind direction wanted to blow through your house and naturally "cool" it. Coming from a house with AC, it seemed like a shit system lol, but i guess compared to being roasted in your stuffy house, it was probably pretty nice

They actively use this design in large buildings (with a modern twist). Its known as a chilled water system: https://hvactrainingshop.com/how-a-chilled-water-system-works/

Or you have ones that do not run at all during the day, and only chill/freeze the water at night on excess power/cheap power: https://www.buildinggreen.com/news-article/making-ice-night-cool-buildings

The second system I linked would then let the ice slow melt over the day as its way of actively chilling air passing through its exchanger.

These systems work by chilling water instead of air, which has a much higher heat capacity. Meaning, it can accept much more thermal energy per unit mass before raising its temperature by 1 kelvin. You are able to build a single, very well designed, and efficient refridgeration unit that can provide HVAC services to up to multiple high rise buildings. This reduces waste and reduces the usage of coolant/refridgerant.

This system can be reversed in the winter (heating the water instead of chilling) with geothermal heat, solar heat, or if no "green" options are readily available, natural gas direct fire heat can be extremely efficient compared to electric coil

Not necessarily in your house. I'm talking about the design of the units from when you were a child (Many public buildings in the EU have AC regardless of houses not having it). AC was invented in 1901, and has come a very long way since then, and we have begun combining it with old principles to extract the best of both solutions

Combining modern refrigeration/cooling techniques with well designed passive systems that exploit material properties (Heat capacities, transfer coefficients, etc.) to their advantage is the future of HVAC. It started with CFCs and knowing we could exploit their boiling point with mechanical force to chill air beyond the outside air temperature. Who knows where science and engineering may take us next!

This would be a great idea if you want everyone in that building to file humidity complaints every single day. Air conditioners work by using mechanical work (compressor) to exploit evaporation in order to pull heat from one location to another and exhaust it away, in turn cooling the first location (this could be air, water, etc.)

This system works by using ground temp water as a heatsink to suck heat out of the air passing over it. When it does this, it humidifies the air. In the desert...who cares? In an office building...who cares? Every single worker who is stuck there all day

If you're saying we need better systems than the AC unit you grew up with, fear not! Many office buildings have been moving away from it (same with other large venues) they use a chilled water system. They use the best of both these systems to get WAY more performance out of way less wattage. You only need a fraction of the cooling power with a chilled water system because the water can absorb much more heat per unit mass than air and can be sized to never run during the day, but only at night when the grid is least in use

I wouldn't call it obnoxious, it's just pointing out that they are using terms that don't align with what they stated. If nobody ever mentioned the difference, how can they ever learn? Not saying everyone needs "taught" but it really didn't seem malicious like you seem to believe