First ever 8-bit processor
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@UBERNESS (View Post)
Well the reason I bring it up is I saw a post of yours in the comments section of my Processor, asking for credit. -
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I just wanted to make sure you knew, and I didn't really pay attention to the dates :)
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The water within the clock timer dissipates causing the spark to either disappear or send sparks backwards.
Load constant A (worked)
10000 in A (worked)
Load constant B (worked)
1111 in B (worked)
ADD and store 11111 in C (worked)
Display, C (did not work)
There is always the possibility that I am doing it wrong. Maybe you should upload an instructive video or something. -
Ok, we are making good progress here, as far as I know all math functions work, now the display worked for me, I will run the sample program and see what happens, sometimes you have to wait one clock cycle before you can use display, like this
ADD
EMPTY
Display C
Also what is it you are talking about the clock water dissipating? -
Oh the water seems to evaporate or something because of the spark constantly moving through it. I don't know why, but the timer doesn't start out with full water, there is always about 7-8 spaces (so sometimes the water moves in a certain way that makes the spark dissapear because the space is too large to conduct. I think you should put some clone up the top, even if it appears that the water is full.
Oh and, Display and C are two seperate commands right? -
no, you hit display and c in the same clock, c is just an argument, telling the display command what to display, and I have no problem what so ever with water disappearing.
EDIT:
@mniip (View Post)
I have no idea what you mean.
