Well, I think you might be right on this one, Jonas!
I've tested my algorithm against the one used in the compiler. It's 5
times faster when used with small divisors (so loop iterations are
minimal)... but that amounts to about 15 nanoseconds compared to 75
nanoseconds! Additionally, it treat
Apologies, Jonas; I hope I didn't come off as condescending or rude in
that last e-mail - I was joking because while my algorithm is faster, a
few nanoseconds probably isn't going to cut it in the grand scheme of
things!
I got my code to work, treating "magic add" in the same way as the
exist
Hi everyone,
I've started to look at developing FPC on the Raspberry Pi again, but
I've run into a snag.
The unmodified trunk does not build - it fails when building system.pp
at the ppc1 stage:
math.inc(57,7) Error: Assembler syntax error
math.inc(58,11) Error: Unrecognized opcode round
fl
