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Well, Zero bit processors were quite expensive.
-- You can\'t have a sense of humor, if you have no sense!
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Jacquard looms are pretty impressive things to watch. ...and almost
300 years old. Not "zero bits" at all.
They operated from punched cards for the weave patterns, and had zero bits of computer processing power.
-- You can\'t have a sense of humor, if you have no sense!
They are CNC machines. CNC machines don't need to "process" anything.
Modern CNC is done under computer control. Punched paper tape was a pain in the ass, but it worked until computers became cheap enough to replace punched tape readers. It was a play on words.
-- You can\'t have a sense of humor, if you have no sense!
And they do NOT need to be Binary Digital, or Hexidecimal.
Sure, but the computer isn't much more than a (card/tape) reader.
Ok, but you could have said it wasn't run by a two-bit operating system.
The machines can store more commands, though.
With dimbulb in the thread? We would have had at least 100 of his mindless rants that there never were any two bit processors, and if it doesn't run Vista, bla, bla bla....
-- You can\'t have a sense of humor, if you have no sense!
Depends on your definition of binary. Certainly paper tape and octal computers (DECs) worked. OTOH, I can't think of an instance of an analog CNC machine.
Yes, they do. The 'run' (read process, idiot) a program. That IS processing.
krw Inscribed thus:
Don't forget the fairground organs ! They work on the same punched card system.
-- Best Regards: Baron.
No, it really doesn't.
They most certainly *are* computers.
Not really. A servo amp, per se, isn't programmable.
Nope.
Playing a recording is not "processing", DimBulb.
If it interprets instructions and performs tasks and functions based on those instructions, that is a program, and the operation of the machine while executing it, regardless of any simplificatio0n a little retarded twit like you comes up with, IS PROCESSING. It matters not where the instructions are derived or 'read' from, nor what they get 'read' into.
Even early CNC machines that had no computer whatsoever in them PROCESSED the program instructions, you total retard.
You lose, again... as usual.
Notice no comma between binary and digital - so "binary digital", not "binary", or "digital"
Analog CNC could be done with "voice coil" actuators with servo feedback. MUCH faster than servo-motor devices for low-power applications - which is why they have replaced servo motors for disk-drive head positioners and lazer focusing etc.
Bet the lazer focussing on a CNC laser cutter has been done "analog" by someone somewhere.
Go back to sleep, AlwaysWrong.
We all know you're illiterate, DimBulb. You don't have to prove it every day.
Wrong again, AlwaysWrong.
Of COURSE you can't. By definition the C and the N sort of preclude that. Unless you are willing to call what we USED to call "analog computers" computers these days. BUt then almost any servo amp IS one of those. Regardless the N in CNC still precludes it.
jk
a
Hell, a decent PLC can store acceleration and velocity parameters and apply them in real time. So can typical CNC machines, not to mention tool changes and many other things. Moreover many CNC machines support a variety of measurement tools as well.
You make no sense, then. Hexadecimal is a special case, or expression of binary. Paper tape is binary, at least in most senses.
I doubt that function is (user) programmable, so not in any way C*C.
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