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[13:44:21] <aczid> wow, llvm merged the AVR backend!
http://lists.llvm.org/pipermail/llvm-dev/2016-November/107177.html
[13:49:56] <LeoNerd> Oooh
[13:50:51] <LeoNerd> Oooh.. Rust on an AVR
[13:56:02] <specing> now we need LLVM to merge the Ada front end
[13:56:17] <LeoNerd> Eh.. Why have Ada when you can have Rust?
[13:56:17] <specing> and someone to write it beforehand :D
[13:56:26] <specing> LeoNerd: why have Rust when you can have Ada?
[13:56:45] <LeoNerd> The two great questions of our time
[13:57:00] <LeoNerd> Well, those and "Why have I not gone home yet?"
[13:57:01] <LeoNerd> Goodnight
[13:57:06] <bss36504> Because you already have Rust, and not Ada. How many times has the first to market won?
[15:35:35] <Emil> Any good fft/dft implementations?
[15:36:20] <Emil> Preferably fixed point ints
[17:21:24] <Lambda_Aurigae> if you have rust on your avr you probably need to keep it in a better environment.
[17:21:52] <Lambda_Aurigae> Emil, never seen one for avr...just for dspic and pic32
[21:38:54] <Eszett> hi
[21:39:26] <Eszett> One question, when i set a pin high on my AVR, how do I know the amount of current coming out?
[21:52:36] <Casper> you mesure it
[21:52:49] <Casper> or calculate it
[21:57:02] <Casper> trying to figure out what will be the best... will have moving kids...
[23:20:34] <Eszett> Casper: hm yes
[23:21:03] <Eszett> Casper: Is there an easy way to calculate the AVRs overalll current drawn, without measuring it?
[23:21:23] <Casper> there is some charts for the avr current vs speed
[23:21:34] <Casper> then it's a matter of whatever else you use
[23:22:13] <Eszett> yes, what is the right term to look it up in datasheet?
[23:25:29] <Casper> current or power or something like that