eltrain123

To me, it looks like a combination between the camera zooming in and her turning her hand a little, both making it seem to get larger. I don’t think it’s ai made, but I’m not an expert.

This, but you should heat it until it just begins to smoke, then turn it off and let cool. The seasoning is built up by the polymerization of the oil. If done correctly, it will eventually build up a ceramic-like coating that is non stick. This is why the detergent myth doesn’t matter. You aren’t soaping away a polymerized coating out of the pan.

You also just need to use enough oil to coat the pan. So save money on not wasting oil. I use a couple to half dozen drops and wipe it out with a towel. If the coating goes on too thick, it can get brittle and chip off in parts, leaving a craggy layer. The idea is to build up a tiny layer lots of times over the years.

I used to be a surveyor! The tripods have different tools you can put on top.

A ‘level’ is used to look at rod (some distance away) with measurement gradations on it, like a ruler, to add or subtract height from its current position to determine elevation. You can transfer measurements long distances by leap-frogging positions of the level and the rod. If you start or end at a known USGS monument, you can tie into historicity known elevations. This is how elevations were mapped before GPS (but the survey markers are still used today). They have some really fancy auto-levels that read a qr-style barcode and can measure down to very precise heights.

A ‘thedolite’ is a robot-style machine that uses triangulation to determine elevation, distance, and angle. You benchmark it in place so it knows its location, then uses a rod with a prism it can follow. It calculates degrees it turns horizontally and pivots vertically to calculate where you are with the prism. It will automatically guide you to pre-programmed points to lay out very precise locations. Or you can use it to capture really precise points that are in the field. I haven’t been a surveyor in 20years, but they could easily layout points to millimeter accuracy when I was in the game.

We also used lidar scanners to capture ‘as-built’ maps or calculate volumes of material. A lidar scanner shoots out a laser a few 100,000 times a second as the scanner turns on the tripod. When it bounces off an object, it returns a x,y,z coordinate and a color of the object it bounces off of. When you get a few million returned, you get a point cloud that represents the physical area you are mapping. When you move the scanner and repeat the process, you can map out large areas to a pretty high degree of accuracy. We once used a scan of a statue that was built in the 1800s to compare against the weight of construction materials so we could calculate the crane load expected to move it. Pretty cool stuff!

… the best kind of correct…

Look up PlugShare. I travel around the country and charge for free at a lot of level 2 chargers. Level 2 chargers get around 15 miles per hour of charge, whereas a regular 120v plug gets you about 3miles per hour. It’s a trade for time, but doable if you have a few hours of doomscrolling or Netflixing. It’s not for everyone, but I’ve managed to cut my transit costs down significantly. Totally understandable if it doesn’t work for you, but I have some freedom in my schedule, work remote, and have internet, so I can sit at a charger for a few hours a few days a week.

No creepy and/or murdery reason your date is digging around in his trunk after you’re in the car…

Go back and add inflation and interest over the last decade… then fine them for not paying their responsible share, when it was due, to deter future violation and prevent other companies from doing the same.

Oooohhhh… no. It was in the flight path for O’hare and very… not nice. Also, I’m from the south and know nothing of building techniques in cold climates. It wasn’t expensive, but didn’t feel unsafe.