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===> A diversion: What is a Head Stuffer? But summer was coming to an end, and my life was about to take one of its many drastic changes. I was about to head for Bozeman to attend Montana State University.
I had absolutely no idea what I might want to do with the remainder of my life. All I knew was
what I didn't want to do. I didn't want to be a doctor. I didn't want to be a lawyer. Or a
teacher, accountant, ditch-digger, ... Actually, nothing appealed to me. Electrical Engineering
didn't really appeal to me, either, but of all of the things I could think of it seemed the
least objectionable. The University of Montana in Missoula didn't teach engineering and
Stanford didn't want me (as if I could have afforded to go there if they had accepted me),
so it was off to Bozeman for me.
The orientation class for that first quarter was an introduction to analog
computers. I had heard of computers, of course, but didn't know the first thing
about them. So I showed up for the class. The department had two analog computers
for us to use. I don't remember much about the things, I never touched one again
after that class. I seem to remember that
you'd have an equation you'd want to solve, and you'd figure out some circuitry
to solve that equation and plug some op-amps in somewhere. Then the silly thing
would plot out a graph for you. Borrrring. I sure couldn't see what all the
excitement was about computers.
But life was good. Mostly. There was still all that calculus. Chemistry progressed to organic chemistry. Psychology progressed to Sociology. And after my experiences with analog computers, I dreaded this quarter's orientation class in digital computers. The school had an IBM 1620 computer buried away in the bowels of Ryan Lab, and our class taught us to program the thing using Fortran II-D. It didn't take me long to find that programming was fun - this was nothing at all like analog computers. For those of you who might care, the 1620 was a scientific computer introduced by IBM in 1959, the same year it introduced the business-oriented 1401 computer. Unlike today's binary computers, it was a decimal computer. We'd write our short little assigned programs, and punch them up on cards using a really antique card punch. Then we'd put our deck of cards into our class's card drawer. Twice a day, the operator would run our drawer through the computer, and magically a printout and our deck of cards would show up on the output table. Then we'd look through all the error messages, repunch a few cards, and wait for the next run. Sounds exciting, huh?
Well, I really enjoyed the class - except for the two days during finals week when the computer
was broken down with parts strewn all over and I hadn't finished my final
project yet. I knew I had found my calling.
I headed back to Bozeman in the fall, looking forward to the brand spanking new
SDS Sigma 7 computer that was being installed during the summer. But they had
problems getting it in and up and running, so it was winter quarter before I
could take a class in Fortran IV programming. What an improvement over Fortran II-D!
And what an improvement over the 1620! I really started getting hooked on computers.
One day during spring quarter, someone told me that there was a teletype terminal hidden away in a back room of Ryan lab and that anyone could go in there and type in and run BASIC programs. I had no idea what kind of computer it was hooked up to, but I went and looked and sure enough, there it was. Interactive computing! I could type in a little program, punch it out on paper tape if I wanted to keep a copy of it, and run it. No waiting for someone to run my cards through or waiting for a printout.
It wasn't until the following fall
quarter that I saw the computer this thing was hooked to. It was an HP 2116
minicomputer - one of the first minicomputers. As I recall, it was about
3 feet tall, 2 feet wide, and 3 feet deep (I could be wrong). In
addition to the teletype in the other room, it had a little card reader,
card punch and printer. It had 8K of memory - core memory, of course,
which accounted for much of the size.
8-bit bytes plus a parity bit, so that's 8096 x 9 cores - over 72,000 of them.
I was able to open the thing up and look at the arrays of about 72,000 tiny
round magnetic cores. Pretty amazing the way they strung those things
together, with three or four wires going through each core. No wonder
memory was prohibitively expensive back then.
I took a job with my old employer, the Missoulian. I worked for the advertising department as a copy boy. It wasn't a bad job, I got to run all over town in my Model A picking up and delivering ad copy. But it was minimum wage and again I didn't make nearly as much money as I wanted to. On the other hand, I was working with good people who made the job fun. There's a lot to be said for enjoying your work. The Missoulian was just in the process of installing a new and much larger press. Completely new technology - most of the old linotypes disappeared along with the old furnace. No more stuffers, either. Most exciting to me was the fact that all the layout was now done with computers. I didn't get to do anything with the computers, but it was interesting watching the ad-men, writers, editors, pressman, and all coming to grips with a new technology. |
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