I received the TI-83+ manual on the first day of high school and read it back-to-back that same day.
Subsequent math classes, I started by writing a BASIC problem to solve the type of math problem we were given.
I can't decide if I got really good at solving those math problems by solving them generally once, or really bad at solving those math problems for never having solved them more than once or twice by hand while writing the program.
Those programs were very inefficient, and you could code the TI-83+ in assembly, but it required uploading the code via cable. I recall being able to play small internet-downloadable network games with two TI-83+ connected. I never got around to writing any games myself.
In 2008 I was in high school and wrote a TI-BASIC tutorial in German [0] on my blog that became by far the most popular thing I wrote - maybe on par with my post about how to fix a quest bug in Skyrim by teleporting Delphine.
I was a bit mad back then that people for some reason appreciated those posts more than many very deep teenager ramblings about politics/philosophy :D
There‘s HP calculator guys and TI guys. Around the age of 17 I spent lots of time programming my HP28s calculator in a Forth like language that had symbolic mathematics, lots of ideas from Scheme (closures, functions as first class arguments, recursion). It felt like magic dealing with concepts I hadn’t seen in the C compiler on my Amiga or later in Turbo Pascal. But I saw these concepts later in Mathematica and was familiar.
I had programmed games, complex 3d visualisations (super slow but oh well), and was totally fascinated by what this device could do.
An HP 50g was my calculator of choice, and the whole RPN style really rubbed off on me. Plus it had more advanced symbolic algebra capabilities than a ti83 equivalent. I enjoyed learning common lisp, scheme, racket, etc through high school and college and still am fond of them today because of this calculator.
Most if not all high schools and colleges in the US required TI “graphing” calculators for algebra/trig on up. I don’t know if they still do. I never saw this HP28, sounds awesome!
I received the TI-83+ manual on the first day of high school and read it back-to-back that same day.
Subsequent math classes, I started by writing a BASIC problem to solve the type of math problem we were given.
I can't decide if I got really good at solving those math problems by solving them generally once, or really bad at solving those math problems for never having solved them more than once or twice by hand while writing the program.
Those programs were very inefficient, and you could code the TI-83+ in assembly, but it required uploading the code via cable. I recall being able to play small internet-downloadable network games with two TI-83+ connected. I never got around to writing any games myself.
It's funny how many software developers got into it due to being bored in class with a TI-83 and randomly trying to create programs.
That brings back memories...
In 2008 I was in high school and wrote a TI-BASIC tutorial in German [0] on my blog that became by far the most popular thing I wrote - maybe on par with my post about how to fix a quest bug in Skyrim by teleporting Delphine.
I was a bit mad back then that people for some reason appreciated those posts more than many very deep teenager ramblings about politics/philosophy :D
[0]: https://archive.haukeluebbers.de/2008/12/ti-basic-tutorial-1...
I hope / don't hope to be famous enough one day that people start looking through my blog and forum posts from when I was a teenager. :|
Luckily for me the company that hosted mine went under, nothing is accessible anymore, and there is no snapshot in the Internet Archive.
Ilya S?
From https://youtu.be/SlGRN8jh2RI?si=osz3-ssDO7dnvKD-&t=103
There‘s HP calculator guys and TI guys. Around the age of 17 I spent lots of time programming my HP28s calculator in a Forth like language that had symbolic mathematics, lots of ideas from Scheme (closures, functions as first class arguments, recursion). It felt like magic dealing with concepts I hadn’t seen in the C compiler on my Amiga or later in Turbo Pascal. But I saw these concepts later in Mathematica and was familiar.
I had programmed games, complex 3d visualisations (super slow but oh well), and was totally fascinated by what this device could do.
An HP 50g was my calculator of choice, and the whole RPN style really rubbed off on me. Plus it had more advanced symbolic algebra capabilities than a ti83 equivalent. I enjoyed learning common lisp, scheme, racket, etc through high school and college and still am fond of them today because of this calculator.
Most if not all high schools and colleges in the US required TI “graphing” calculators for algebra/trig on up. I don’t know if they still do. I never saw this HP28, sounds awesome!
The rest of the world only has Casio, I think.
The original manual for the TI83+ is what actually got me into programming. It was pretty nice.