@Patricia it's a very specific term that refers to post soviet Russia, yes it has been used to describe other places as well. It's a bit like calling morden Israel for an apartheid, even though the term is originally specific to South Africa.
@Patricia can you prove that it's simply not the case that the most desperate countries are the least able to deny the IMF?, most countries that went through something that could be described as a corollary too "shock therapy" (witch in itself was unique to post soviet Russia) had already exhausted all other options.
@gdupont as you may have noted I caveat that my comment wasn't about humanoid robots, witch has not been proven either.
@Tbsa this is an improvement over Trump and couch fucker.
@malwaretech is that what they call "gaslighting"?
@never_released makes sense, scan out is probably hardcoded in the firmware.
@mrsbeanbag if you wouldn't mind, in your experience how often, and how badly does things get broken?, I have used -Ofast for as long as it has been available and never had issues, but I also avoid floating point math as the plague.
@mrsbeanbag remember to test your test.
@mrsbeanbag I would say: that is what testing is for. But I have never setup a proper testing infrastructure for any of the projects I have started.
Unit test should catch these errors, but you would have to set up one for every critical math function.
@never_released isn't 4k60 twice the pixel clock, compered to 1080p120?
@mrsbeanbag that's what --ffast-math is for. But I am more than willing to acknowledge my limited experience working with floating point math, I had to look up what Lerp was...
@mrsbeanbag I would let the compiler decide, and write whatever is the most ergonomic.
@seth Robotics is proven AGI isn't. I am know that machine learning is used all over the place, so is cnc.
@gsuberland i an not certain but I believe that earlier elements could have greater influence then later. And I don't like the constant re-normalisation of floating point values.
Runsum = vec3.sum( Runsum, newel);
Mean = vec3.Lerp( 0, Runsum, 1.0 / count);
Should be as fast.
@gsuberland i fear it's just an approximation. Any reason you can't have a running sum?
@gdupont Automated logistics, and robot aided manufacturing has been things for a very long time. When most companies/people talk AI they mean AGI witch has not been proven at all.
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