POKE 53281, PEEK (53280) = read the value of the screen border and set the screen background to the same value. So both the screen background and border are set to white.
Which reminds me, we don’t have screen borders on modern computers.
Meh. It’s just a Linux box in the shape of a C64 running an emulator. If you can’t plug in your 1541 drive, load Jumpman off a 5.25" floppy disk and hear the 1541 banging when it hits bad sectors (used for copy protection), then it’s not the real thing.
Does anyone know how many units shipped for the trs-80 color computer? I can easily find info on the commodore and others, but for some reason I am really having trouble finding the number of units shipped for the trash-80 color.
The only POKE command I remember was 53280 and 53281. The Atari fanboys used to give us grief because they had like a million colors compared to our 16. They had the nifty SETCOLOR command.
And to hell with “LOAD.” Any 64 power user would do L-shift O.
Hah! I had one game that had a loading screen that said, “Patience is a 1541 disc drive”…because it was. I can still remember waiting 3 minutes for the next section of “Bard’s Tale” or “Pool of Radiance” to load up.
But the Commodore came first. And they wouldn’t have millions of colors… maybe 256. It was the Amiga that finally made things almost photo-realistic with 4096 colors.
You’re right on the color, but wrong about the C64 being first. Atari 8-bits were launched in 1979. C64s were launched in 1982. We had Atari 800s in my middle school computer class in 1981.
it was a computer with 7 segment LEDs for readout and a small keypad. it was the type of computer where you had to remember what just happened and what you just did in order to use it.
you could hook it up to a teletype terminal and have a paper record.
So how much could you cobble up with the VIC and others? You could actually control things with a Color Computer. It had 4 analog to digital converters, 2 switch readers, and a switch that could programed to switch small loads. You could connect thermistors, pressure transducers, mechanically operated potentiometers, or any resistive signal you could dream up, plus detecting switch closures. You could then program it to use the incoming data to make and break one set of contacts. I know I fooled around using it to control my furnace. I read about many other projects in Rainbow. Some people were very creative. I think one application was detecting which Pine Wood Derby car broke the light beam first.