Another problem were now, to find a functional relation between the selection of fixpoints, shifts - and possibly of the startparameter x- , and the result-differences, something like
f°h(x) = g0°h(x')" + v(p,h,x) = g1°h(x')" + v(q,h,x)
This looks a bit like the correction, that I've to introduce with my infinite alternating series of increasing powertowers, where
AU_b(x) = sum(h=0,inf,(-1)^h*expd_b° h(x))
AL_b(x) = sum(h=1,inf,(-1)^h*expd_b°-h(x))
where epxd_b(x) = b^x - 1 the decremented iterated exponential
and where I conjectured AU + AL = 0
but actually AU + AL - v(b,x) = 0
Perhaps there is a relation between these problems...
f°h(x) = g0°h(x')" + v(p,h,x) = g1°h(x')" + v(q,h,x)
This looks a bit like the correction, that I've to introduce with my infinite alternating series of increasing powertowers, where
AU_b(x) = sum(h=0,inf,(-1)^h*expd_b° h(x))
AL_b(x) = sum(h=1,inf,(-1)^h*expd_b°-h(x))
where epxd_b(x) = b^x - 1 the decremented iterated exponential
and where I conjectured AU + AL = 0
but actually AU + AL - v(b,x) = 0
Perhaps there is a relation between these problems...
Gottfried Helms, Kassel