My primary router is Asus RT-AX88U, and the secondary is Asus RT-N65U.
I need to do this wireless and have the N65U pick up the signal from the AX88U. From there I want to be able to plug devices into the N65U. From my understanding that means I should select it to be a Hybrid (Both an AP and WDS).
I've already set up the wireless channels to match, rather than Auto select. From there, I went into the WDS tab of my AX88U and added the Mac Addresses for the N65U, then did the same by adding the addresses of the AX88U to the N65U. I could not get a signal.
I have tried AP mode for the AX88U and Hybrid while the N65U was in Hybrid or WDS, but still could not get it to receive internet signal from the AX88U. I also disabled DCHP from the N65U as well, but that didn't work (now I need to reset it cuz I can't even connect).
Am I overlooking some step that I didn't do right? It seemed pretty straightforward. I'm not sure if this older router could run AIMesh either, and also not sure if would be able to plug devices into an AIMesh device.
Hi! I'm currently using a hp chromebook 14-ca030nr for school and taking notes. It has 4 GB of ram and 16 GB of storage.
In the next semester, I am taking a coding course, and chrome os is pretty limited with the IDE's you can use.
I'm planning on removing chrome os for linux, but I'm wondering if it will still feel as snappy running linux. I really am looking for a no lag experience so it would suck for me to install linux just for it to be too slow.
Is there any lightweight distributions that might be built for lower end systems?
It's not an either/or situation.
My question is more of an engineering question which I think you guys would know best. When shearing a granular system, is it easier to shear a monodisperse packing which self assembles to a hexagonal close pack or a random granular system?
If I apply a Mohr-Coulomb type failure criterion, by virtue of a hexagonal close pack like system, is the repose angle 60? whereas for a random system it can be anything in between?
I would greatly appreciate it if you could help me out here.
I know that there are exceptions to this (My GF had elementary school that was K-6 for instance), but the three groups of grades K-5, 6-8, and 9-12, at least in the United States, seems to be by far the accepted standard anywhere I've been.
How did this differentiation come to be and for what reasons, and how did it manage to take hold so nearly universally compared to alternative breakdowns that were considered?
You can find the project here https://pypi.org/project/obserware/ and the repository here https://gitlab.com/t0xic0der/obserware. If you have Python 3.10 and are running any GNU/Linux distribution - please try it out by installing it pip3 install obserware.
Feedbacks are very appreciated and if you end up liking the project, please feel free to star the repository.
I'm not good with lore, so pls bear with me here
I've been wondering for a while, and the hydro/electro ideals kinda confused me. Presently, hydro is justice. That's well represented by Xingqiu (his quest is literally "Justice, for books' sake", what else do you need), but characters like Mona are more ideals of destiny, what a few people have suggested to be the previous archon's ideal. Mona heavily believes in unchanging destiny, proven by her voice line "Fate is called as such, for it cannot be changed, nor can it be reversed. It can only but be accepted."
Same deal with electro. Makoto/Baal and Ei/Beelzebul are opposites, Baal idealizing transience and Beelzebul, eternity. Keqing is representative of transience, wanting to modernize Liyue. Beidou, too, killed Haishan without a vision, "transcending" the thought of vision holders being all legendary ig??? But Fischl models eternity, eternalizing her childhood fantasies of her "kingdom" and Oz. So does Razor, with his lupical and uneducated ways. Lisa, with her life. Baal died during the cataclysm iirc, which is a long time ago compared to Beidou and Lisa, 2 of the adults in the electro family. Beidou got her vision probably when she was a young adult, and same with Lisa while studying at Sumeru Academia. If they got their visions at similar timings, when would the vision distributors have gotten the signal of changed ideals????
Also does Tartaglia ever explicitly tell the traveler that his real name is Ajax? ik its in a character story, but...
Hello,
I've slowly been bulding back up my Pokemon game collection. I recently managed to find a legit copy of Sapphire and have a copy of FireRed on the way.
When researching the ways to obtain the old event tickets, I found two methods that didn't require external PC hacking:
1: Using a GBA flashcart, the GBA games, and two GBAs with wireless communicators to emulate the original event distribution.
2: Using a DS flashcart with the NDS Mystery Gift Tool and the GBA games in a DS/DS Lite to inject the events.
I know method one is the most legitimate as it essentially is the identical process to how the events were originally done, but how legitimate (on a code level) is the second method? I'm trying to preserve the integrity of the saves as close as possible to the original distribution.
Secondly, if anyone has used this tool, does it also inject the wonder card visibly?
Thanks!
help pls
My first question is more of an engineering question which I think you guys would know best. When shearing a granular system, is it easier to shear a monodisperse packing which self assembles to a hexagonal close pack or a random granular system?
If I apply a Mohr-Coulomb type failure criterion, by virtue of a hexagonal close pack like system, is the repose angle 60? whereas for a random system it can be anything in between?
My second question is more of a physics question which I'm confused about.. hexagonal close pack systems are ordered hence not technically disordered which is a virtue of granular jamming but they still have a packing fraction greater than the jamming packing fraction. Hexagonal close packs are also not isostatic that is they have more contact forces than equations to solve for so the contact forces cannot be determined without additional constraint equations.
However, does this diminish its granular behavior? That is say I have a vacuum packed hexagonal array vs a vacuum packed random packing in 2D. Vacuum packed so that there is a form of confinement to jam it. Will it be much easier to shear the hexagonal array as opposed to the random array because it isn't technically jammed?
I believe the two questions I asked are related hence why I asked. Thanks in advance!
I see that Nintendo is selling a 2-pack of classic Nintendo Entertainment System controllers which are, remarkably, wireless... The link I've included, admittedly, sends me to a maintenance page; I think there's a high demand for Nintendo's sale. I'd like to use them with Apple Arcade... Has anybody used the controllers, successfully, with Apple Arcade? Let me know... Thanks!
I'm looking for a wireless video camera system that works off grid without internet. So far most of the systems I've found rely on the internet to access the monitoring app or cloud storage where the videos are sent, but I dont have internet where this will be.
Suggestions?
Here are the criteria:
Motion activated.
It only needs to monitor the immediate area around the house, about 1/4 acre total.
Somewhat wide angle lenses will be nice - 270 degrees?
I can connect the cameras to individual solar panels, and the main monitor/DVR/receiver will be run on the house electricity.
The cameras must have night vision/IR.
Would be great to access them anytime and watch video around the house from the main monitor area, but not necessary.
Edit: clarification
I am looking for a wireless dual audio system for when I shoot with my Sony A7S2 on a Ronin.
I am just about to pull the trigger on the Rode Go 2, but thought I would throw it out there to you guys and see if those who own a set are happy with it, or is there a better system out there?
Thanks Reddit!!
I have an opportunity soon to be involved with the outfitting of a new distribution warehouse. It will be a blank canvas, empty space, already has power, lighting, Cat5 cables, but we will need to install a wireless network accessible from everywhere in the building.
The customer who will occupy this space will require the usage of handheld devices, which until recently were not part of our methodology.
I'm interested in any known best practices, SOPs, or guides for how to optimize such a space from the beginning. We don't really know what we don't know about what kind of hardware to get for scanners. There's so many options and details it's overwhelming.
Any advice, or insight would be very much appreciated!
Everyone's seen the ugly blobs of granite, diorite, and andesite. And the experimental 1.18 snapshots are currently working to make them better, by replacing some of the surface blobs with odd streaks instead. While these certainly look nicer, I think that they should use a different system entirely, as streaks and blobs are both ugly and not geologically accurate(though that's less important)
Instead of blobs or streaks, terrain should use strata! Strata is essentially layers of stone. It's what the badlands use, actually, so it's not exactly a new system.(should be easier to implement then)
Strata should decorate stony peaks, stone shores, and normal shattered terrain you find out and about. In stony peaks and stone shores, you can find granite, diorite, andesite, tuff, and calcite, but in normal shattered terrain, you should only be able to find granite, andesite, and diorite, incentivizing you to explore for stony peaks and such if you want to get your hands on large amounts of calcite and such.
Stone shores with various stone layers mixed into the side.
But stone shores, shattered terrain, and stony peaks shouldn't be the only areas decorated with strata. No, like in real life, strata is EVERYWHERE! So I propose that strata in Minecraft should also extend into areas in the underground, creating beautiful patterns and decorating the barren cave walls. Underground strata should include granite, diorite, andesite, smooth basalt, tuff, and calcite.
https://preview.redd.it/k7j1xgi3cii71.png?width=1920&format=png&auto=webp&s=3a5cd5c5b8cb35a92c986a2e86b6ff9fcf65e900
Absolutely beautiful caves decorated with layers of strata.
Note: this wouldn't be a cave biome, or a global thing, just something which appears every now and then around the surface.
Neat stuff like this would also help teach people about real world phenom
... keep reading on reddit ➡
You can find the project here https://pypi.org/project/obserware/ and the repository here https://gitlab.com/t0xic0der/obserware. If you have Python 3.10 and are running any GNU/Linux distribution - please try it out by installing it.
pip3 install obserware
Here are some screenshots.
Feedbacks are very appreciated and if you end up liking the project, please feel free to star the repository.
You can find the project here https://pypi.org/project/obserware/ and the repository here https://gitlab.com/t0xic0der/obserware. If you have Python 3.10 and are running any GNU/Linux distribution - please try it out by installing it
pip3 install obserware
Feedbacks are very appreciated and if you end up liking the project, please feel free to star the repository.
You can find the project here https://pypi.org/project/obserware/ and the repository here https://gitlab.com/t0xic0der/obserware. The project is built on free and open-source software technologies and is licensed under GPL 3.0 or later. If you have Python 3.10 and are running any GNU/Linux distribution - please try it out by installing it.
pip3 install obserware
You can find the screenshots here https://gitlab.com/t0xic0der/obserware/-/blob/main/README.md. Feedbacks are very appreciated and if you end up liking the project, please feel free to star the repository. :D
You can find the project here https://pypi.org/project/obserware/ and the repository here https://gitlab.com/t0xic0der/obserware. If you have Python 3.10 and are running any GNU/Linux distribution - please try it out by installing it
pip3 install obserware
Feedbacks are very appreciated and if you end up liking the project, please feel free to star the repository.
