N
Nak
Hi Cor,
Personally I have never gone *that* low level, I have tried a little
assembly at one time and understand how it works but I had no idea that was
how you done that. Seems like a bodge really doesn't it? (Though I'm sure
it was standard procedure)
Definite ACK.
It all depends on what you are trying to achieve, I regularly download
the demos from the demo scene and am amazed by the speed that people can
achieve using their own assembly routines, even on a cruddy old laptop you
get some amazing results. But then again, as you said, there is allot more
work involved.
LOL, no way do I know more about progamming that yourself Cor, I'm only
22 and have allot more to learn!!
Nick.
What had to be done
Add decimal 3 did mean that you first had to translate it to the bit value
11. When you had done that, you could add 11 to the accumulator let us
think that this was already holding 01111111. That would give an overflow
that you had to catch and to add to the next accumulator.
Personally I have never gone *that* low level, I have tried a little
assembly at one time and understand how it works but I had no idea that was
how you done that. Seems like a bodge really doesn't it? (Though I'm sure
it was standard procedure)
The only point with Net is that by instance the API has now an extra level
above it what is the Net Intermidiate.
Definite ACK.
However it does not mean that that is slower. It is fast enough, to say as
an famous English car builder tells about the horsepower of his engines.
It all depends on what you are trying to achieve, I regularly download
the demos from the demo scene and am amazed by the speed that people can
achieve using their own assembly routines, even on a cruddy old laptop you
get some amazing results. But then again, as you said, there is allot more
work involved.
I hope this gives some ideas, when you knew this already, than forget it.
LOL, no way do I know more about progamming that yourself Cor, I'm only
22 and have allot more to learn!!
Nick.