Hello PMA! Looks like we finally made it back around to these equations. I had a feeling we'd find a use for them!
Good morning Teach! If you like what PMA posted about (2t)^2 etc, maybe you could also take a look at the formula we attempted to derive for n. Out on the job right now, but you can find it at the top section of rsa #4, under "new equations". Some anons thought it was bunk, but we used the diff of squares equation and moved it around to solve for n, since we had c and small square. It could be wrong, but here we are again, so maybe it's worth another pair of eyes on it.
Cool! I'm out and about, no grid handy, but for the same n and t values, I think e=15 should share the same x+n with e=16. Also e=17 should share x+n with e=18. Is that correct or am I way off here?
(15,1,11) (x+n) = should also be 21.
Ah never mind, not for x+n. But do they share the same a values? In (15,1,11)(16,1,11) and then (17,1,11)(18,1,11) maybe the a values are paired.
Hey all, I think I have the starting seed for a in row 1. Please check my work and let me know if this makes sense.
For odd e at t=1, first a = (e + 1)/2
For even e at t=1, first a = (e )/2
This should allow us to determine the starting value of var a at t=1 for any e value. Seed of the tree, maybe?
Thanks Teach! Glad you confirm it works for row 1. The thing that interests me the most is the ability to get var a using nothing but var e for t=1. That allows us to populate the entire element for t=1 at any e value, filling in remaining vars with what we have. Sorry if I'm repeating basics here, but working through how to generate all vars starting from c,d and e. If we know e and a for t=1 and create the the other first element vars, can we then use the p factor equations to build the complete element for t=2 and so on?
Checked, Topol!
Checked!! Holy shit, nice graphics, Baker!
OMG! You just made my day! 😀
Hi, it's me. VPN jumped.
Love you, Topol! Xoxo
We got some good work done earlier, lads. Ponies are fine for shitposting. Should we get back to work? I'm willing. Let's go. PMA is like /facepalm/ cmon.
Have you seen his CBTS posts? He'll laugh and post some crazy awesome new equations or crumbs. Don't forget to search for images of the North and South poles, like he said to do. no joke. There are no images. VQC is farther out than Topol, but I can handle that. That's why I'm here.
Good morning everyone! Loving this Math Challenge, and happy to be here working with you all.
This VQC will help take down the Evil Empire, hopefully. No secrets, and no place to hide their ill begotten money. In the wrong hands tho, it could be bad, just like a gun. Good guys and bad guys will duke it out with VQC's??