I improved my definition of a complex number
using the complete variable value for the
real part and only the second digit for the
imaginary part:
;
If (1<sp)
d=(trunc(sp/10))/9
da=sp-100*d
d=sp/99
sp=d+sqr(-da)
else
sp=p1
endif
;
Now it IS capable of a fractal calculation,
but the result is not really satisfactory as
it still lacks versatility, the elements remain
the same on zooming, but the lambda typical
strings turn up.
;
https://www.dropbox.com/s/i09knpa4oq6iqj1/68_LAMBD-24.GIF?dl=0
;
I still hope to get a reply on how to improve complexity.
I know it´s possible, it is with other frms not using p1.
;
The Images_Mfr folder now also contains an MFR13 version
of the Input table and the latest version. Check the date.
;
https://www.dropbox.com/sh/65mmzl5h3bbhh8d/AAAA8pd7WEXy5Hws4b5Cx4S4a?dl=0
;
Petta