arrive around the Arz     \a

With form@fix, Arz is the area, or the Earth, as from Arabic/Ottoman. Arrive all around the Arz, with the fun-key \a

\a remz	Arrive at the referred remz.

\a+ #	Walk +#
\a- #	Walk -#  Negative-direction. 


\a/ #	relocate at the next multiple of #
\a/- #	relocate at the previous multiple of #


\a= #		arrive where  # == [@]  equality
\a!= #	arrive where  # != [@]
\a& #		arrive where  (# & [@])  and
\a!& #	arrive where  !(# & [@])
\a| #		arrive where  (# | [@])  or
\a!| #	arrive where  !(# | [@])
\a^ #		arrive where  (# ^ [@])  xor
\a!^ #	arrive where  !(# ^ [@])
Findable in the negative-direction, too.
	e.g: with \a=-  or  \!^-

fill, too?

If there is a width-specifier right-next to \a, the \a is a filler, too.

\a+8 5 1234   \\Here, 1234 is an 8-byte numeric

If there is no explicit value, that is a zero-fill.

If there is an asterisk next to \a then there is a remz, to fill from. This is to differentiate, when there is a numeric. e.g: 1234. For example, with

\a+int* 5 1234

In this example, 1234 is a remz, where there is the filler-array. The int is the width-specifier. i.e: We copy an int-width element from the offset 1234, while we are to walk the distance to go five-bytes. If int is less than 5, this is repeated, until we arrive.