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[00:01:44] <rue_shop3> well thats faster than I can get them to you
[00:02:05] * katsmeow nods sadly
[00:03:53] <rue_shop3> 00cccddd 1ddddddd
[00:04:07] <rue_shop3> where ccc is the channel number and d's are the data
[00:04:22] <rue_shop3> it LOOKS like I have _1_ spare bit....
[00:04:46] <rue_shop3> maybe if I use that I can throw some switch channels in
[00:05:02] <rue_shop3> 01000ddd 1ddddddd
[00:05:13] <rue_shop3> where each d is a digital input...
[00:06:00] <rue_shop3> OR... I integrate a usb keyboard controller and hub in there...
[00:08:05] <rue_shop3> return SerStartNotifier(&(this->port), armTrainerCharReciever, (void*)(&this->buffer)) ; // ssls3! YEA!
[00:08:22] <rue_shop3> its comments like that, that let me know that sometimes, life is awesome
[00:10:29] <katsmeow> ok
[00:10:44] <rue_shop3> I DO get worried when code I'v written looks way over my head
[00:11:18] <rue_shop3> transCalc(&(INP.buffer));
[00:11:18] <rue_shop3>
[00:11:18] <rue_shop3> for (i = 0; i < OUT.buffer.count; i++) OUT.buffer.in[i] = 0;
[00:11:18] <rue_shop3>
[00:11:18] <rue_shop3> transformSetDo(&BRIDGE, INP.buffer.out, OUT.buffer.in);
[00:11:19] <rue_shop3>
[00:11:21] <rue_shop3> transCalc(&(OUT.buffer));
[00:11:23] <rue_shop3> servoArmSync(&OUT);
[00:38:28] <rue_house> code is unstable because there is only one way it works
[00:38:41] <rue_house> so it has more going against it than for it
[00:39:10] <rue_house> nature always seems to make redundant paths for things to keep them stable
[00:39:30] <rue_house> so that the odds that they do what they are supposed to are greater than them doing something else
[00:40:12] <rue_house> the sides of the brain can control, to a limited degree, each other
[00:40:33] <rue_house> I'm starting to be aware of when I'm half asleep, literally
[00:40:48] <rue_house> the whole brain is not always active all the time
[00:41:28] <rue_house> I dont know what the limits of control are, but I know that its damn down righe exhausting to make up for part of a brain thats not responding well
[00:41:43] <rue_house> so what does it all mean
[00:41:50] <rue_house> 11001
[00:42:09] <rue_house> er, no
[00:42:18] <rue_house> funny, I was sure earlier today
[00:42:22] <rue_house> but its 101001
[00:42:57] <rue_house> I blame the error on lack of scratchspace
[00:45:38] <rue_house> I wonder how you determine how redundant a system is without destroying it
[00:46:06] <rue_house> one side does language, the other side is art/emotion stuff
[00:46:11] <rue_house> dont know if I get that
[00:46:27] <rue_house> what is thinking like without language
[00:46:37] <rue_house> what are we if lanuage is taken away
[00:46:41] <rue_house> subtracted
[00:46:45] <rue_house> a cat?
[00:47:42] <rue_house> language is part of our ability to do modeling, emulation with forign materials
[00:48:06] <rue_house> its how we use numbers to represent letters
[00:48:09] <rue_house> or anything
[00:48:20] <rue_house> it gives us an abstraction layer
[00:48:27] <rue_house> so whats not any of that
[00:48:52] <rue_house> what comprises gut feeling and why is it right so often
[00:48:54] <rue_house> hmm
[00:49:09] <rue_house> we just box it up and call it intuition
[00:49:55] <rue_house> we analize things with language, so how do we analize something that has nothing to do with language
[00:51:39] <rue_house> how do I do a brain dump, and how much do I ahve to dump before the redundancies can correct the rest
[00:51:47] <rue_house> what is an acceptable error margin
[00:52:12] <katsmeow> too many topics
[00:56:56] <katsmeow> language is tokens of meaning
[00:57:03] <rue_house> token
[00:59:38] <rue_house> how do I get the data out of my head
[01:00:14] <katsmeow> write it
[01:01:22] <rue_house> can a memreistor be made from a fet, capacitor, and resistor?
[01:01:44] <katsmeow> no, but a dram cell canbe
[01:02:39] <rue_house> it looks like memristors got the symbol ---\/\/\/\|---
[01:06:32] <rue_house> http://www.mdpi.com/sensors/sensors-12-03587/article_deploy/html/images/sensors-12-03587f3-1024.png
[01:07:02] <rue_house> thats not a great diagram
[01:07:12] <katsmeow> thermosistor: pass a lot of collector current to heat the die, measure Vbe, as the die cools the Vbe will change, very slowly, the reheat it before it cools too much
[01:07:29] <rue_house> hmm
[01:08:57] <katsmeow> memristors hold their state duing indefinate power off, that circuit fails if powered off
[01:10:28] <katsmeow> if you need to make one, a coil of wire around iron bar, and glue a hall effect sensor to the iron
[01:25:23] <katsmeow> gnites
[07:41:15] <Tom_itx> http://download.cnet.com/GWX-Control-Panel/3000-18513_4-76476409.html
[07:41:22] <Tom_itx> get rid of windows 10 notices
[18:58:37] <rue_house> http://imgur.com/gallery/ALGkIyc
