eap_proxy VS gaseous-giganticus

The inspiration is the EAP Proxy that I used to bypass the AT&T router and connect my router to the AT&T fiber, before I learned about the vulnerability that allowed me to copy the 802.1x certificate from the AT&T router to my router. https://github.com/jaysoffian/eap_proxy

I use an EAP proxy to put my router in front of theirs and got a %20 speed improvement.

With my wife, I built two kids both in college now. That's definitely the most impactful.

In the online world, I've contributed bits and pieces to open-source here and there as far back as the late 90s. I think my first contribution was to the shadow package, but I've contributed here and there to Apache, Radius, random packages that I use that I discover bugs in, etc.

A python script I wrote to allow folks to bypass AT&T's residential gateway was used by more people than I ever expected:

https://github.com/jaysoffian/eap_proxy

There are forum threads about people rooting these routers to try and extract the certificate/private keys from their provided router, which worked for a limited time with certain router models. For now, the most popular way to do it is with a tool like this: https://github.com/jaysoffian/eap_proxy

If you use a Ubiquiti router, then another method to bypass your ATT router is called EAP Proxy.

WEEELLLLLL, there is a way to get into a true bridge mode on some ATT fiber plans/service by using something like EAP-Proxy: https://github.com/jaysoffian/eap_proxy

If you're up for a more complex setup, it is possible to put your home network on AT&T Fiber without going through their boarder gateway. I've had luck using https://github.com/jaysoffian/eap_proxy to bypass the boarder gateway for traffic flows.

I think the curl noise paper is from 2007: https://www.cs.ubc.ca/~rbridson/docs/bridson-siggraph2007-cu...

I've used the basic idea from that paper to make a surprisingly decent program to create gas-giant planet textures: https://github.com/smcameron/gaseous-giganticus

Gaseous-giganticus - procedurally generates gas giant planet textures for space games, etc.

This is what gaseous-giganticus uses. Combined with some other techniques, it can help with making some clouds for earthlike planets, but not in real time. Mentioned here previously. The process I use for making earthlike planets with clouds for Space Nerds in Space is described here.

Here's my own gas giant thingy, which produces (what I imagine to be) decent results, but is quite slow.

Hi. I'm the author of gaseous-giganticus. You do not need to apply the patch, as it was incorporated into the source already a long time ago: https://github.com/smcameron/gaseous-giganticus/commit/b3ca95f2f3975d6ca97029dae166e2daf068b3f0

I needed some gas giant textures for planets in my space game so I made this thing, which also ended up getting used by other people for their Kerbal Space Program mods.

Is that gaseous-giganticus output that I spy?

I've made a couple. For gas giants, gaseous-giganticus. For earthlike, or rocky planets, there's a program called "earthlike.c" in the space-nerds-in-space repo. Other than allowing you to supply an input image to use more or less as a color palette, they don't allow much in terms of customization, though there are quite a few knobs you can turn.

Most innovative thing, or what I'm most astonished I actually successfully pulled off against all odds, is probably gaseous-giganticus, which is a program that uses curl noise for procedural fluid flow(pdf) on the surface of a sphere to create cubemap textures for procedurally generated gas giant planets.