u/SadAd8761

We’ve reached a point where pores look ‘unhealthy’ to people.

‘Glass skin’ is an unrealistic beauty standard for most people.

Most “glass skin” you see online is filtered, edited, professionally lit, or heavily makeup-assisted.

Real healthy skin still has pores, texture, fine lines, and unevenness — especially in close-up photos and harsh lighting.

Social media has distorted what normal human skin looks like.

Social media filters and editing have made normal texture look “bad” when it’s actually completely natural.

It's easy to lose sight of this when social media is inundated with images of 'glass skin'.

The difference looks obvious but I can't figure out why.

• 0.20 mm layer height uses 0.4mm nozzle
• 0.56 mm layer height uses 0.8mm nozzle

Other than layer height, all other slicer settings identical.

The thicker layer height exhibits much more stringing?

Sonny (Lee Sung Jin) had some alternative first drafts from the beginning of the season and has Cailee and Charles read it for the first time.

This really shows how amazing and talented these actors are, as well as, the people behind the show.

This is from the Beef podcast. Great watch if you haven't seen it yet.

Can't wait for season 3, Sonny!

Reference: https://gscs-manual.lge.com/CNZ/MFL68761307/en-us/main.html#topic_35

Ai says:

>The LG LMXS30776S refrigerator requires a 1/4-inch or 5/16-inch water line for the ice maker and water dispenser, typically connecting to a water valve at the bottom rear of the unit. Installation involves connecting a water line (copper or plastic) to the home's water supply and securing it to the inlet valve, often requiring a compression nut and ferrule.

LG's YoutTube support video shows them using a white plastic water line.

• https://www.youtube.com/watch?v=NweA5lBb15A

My Waterdrop water filter line is 1/4" white plastic.

Their official manual and official YouTube support video seems contradicting and confusing?

Any help clearing this up is greatly appreciated!

The right valve controls the sink faucet and the left side controls the dishwasher hot water inlet.

The right valve opens and closes properly, but the left valve won't close, it's stuck. I didn't force it because I'm afraid it my break.

I should I replace this entire dual valve unit?

I asked ChatGPT and it couldn't confidently identify the model. Here's what it said:

____________________________________________________________

Your valve appears to be a BrassCraft dual-outlet dual shut-off stop valve, most likely from the CR1900/CR1901DV series.

Based on your photo:

• It is a multi-turn style (round wheel handles, not quarter-turn levers)
• It has:
  • two independent shutoffs
  • a PEX inlet on the bottom
  • two outlet connections on top/sides

That configuration is commonly used under kitchen sinks for:

• faucet + dishwasher
• faucet + water filter
• faucet + ice maker

The closest matches are probably:

• CR1900DV / CR1900DVX
• CR1901DV / CR1901DVX

depending on:

• straight vs angle configuration
• exact inlet type
• outlet sizes

One clue from your photo:

• the bottom red tubing looks like PEX
• so yours may specifically be a PEX barb/crimp inlet version rather than compression copper.

The green/white buildup visible on the body is typical mineral corrosion from a slow seep/leak around the fitting. You may want to replace it proactively if it’s old. Many plumbers now prefer the BrassCraft quarter-turn KT series because they’re smoother and more reliable long-term.

__________________________________________

Should I follow its recommendation? Thank you!

This started happening recently. My setup is like this:

• AMS 2 Pro > Buffer > filament input tube behind P1S

What's happening:

• it pushes the filament in all the way until it get to the print head [0:40]
• then, it stops and retracts?

Things I've tried:

• disassembled print head to check for clogs - no clogs
• disassembled buffer, looks normal
• it's currently printing from the external spool just fine
• spool is not cardboard

Not sure what else to look at, any ideas appreciated!

Thank you!

Not just in how they look (Asian guy, White girl couple, AMWF) but also their relationship dynamic.

They're couples who are technically together but emotionally out of sync.

In The White Lotus Season 2, Harper and Ethan presents as stable, attractive, successful—but underneath, there’s tension, insecurity, and unspoken resentment. One partner is more emotionally perceptive, while the other is avoidant or detached.

In Beef Season 2, Ashley and Austin operate similarly, just with more volatility. Instead of quiet discomfort, their disconnect leaks out as frustration, impulsiveness, or passive-aggressive behavior.

Also, Ethan and Austin are "nice guy" characters who both get accused of cheating by their respective partners.

Neither Harper nor Ashley has definitive evidence against their partners when they confront their partners about cheating. There's no "caught in the act moment," they both just let their insecurities spiral out of control.

And both women end up being wrong about their accusations of cheating.

Austin did feel like he fell in love with Eunice but that's after he had to endure Ashley's distrust, like their daily "phone checks" where she went through his phone, etc. But before that moment, he was completely loyal to Ashley.

BTW, White Lotus and now... BEEF are my two fav shows. Can't wait for their next seasons!

Lindsay goes to the restroom and laces Ashley's drink with poop from the toilet.

Then, there are a few scenes where she almost drinks it and finally she does.

But, after this pivotal moment, there aren't any consequences from her actions. She's just fine until the end of the show.

Does she have an incredible immune system or did I miss something?

Austin and Eunice talk on the phone.

Austin says, "I love you" 3x to Eunice.

Seems like Eunice is more pragmatically focused during the conversation.

She says, "I love you" back to Austin after the third time.

Why does Austin have a change of heart after that?

Why would Eunice say that if she didn't love him?