rule: save-s load-l revise-v comp-c neg-n ref-r canalyzing-C
bitflip/flipback-1/2, flip ends-w/b, Z:higher/lower-Z/z (``2'' and ``Z/z`` for single rule networks only)
``s'' to save a single rule, or the rule at cell index 0 for a mixed rule network.
``l'' to load a single rule, or the rule at cell index 0 for a mixed rule network.
``v'' to revise a single rule, or the rule at the specified cell index for a mixed rule network, where the following prompt is displayed below the window at #26.5.
enter cell index, 9-0:
A window opens at the lower right corner of the screen to reset the rule, with prompts as in #13.6-14.
``c'' transform a single rule (or all rules in a rule mix) to its compliment, as in #13.17.1.
``n'' transform a single rule (or all rules in a rule mix) to its negative, as in #13.17.2.
``r'' transform a single rule (or all rules in a rule mix) to its reflection, as in #13.17.3.
``C'' sets canalyzing inputs or genes in a single rule, or in a rule mix. A window opens in the lower right corner of the screen, and prompts are presented as described in #13.17.5.
``1'' flip a random bit in a single rule, or a random bit flip in each rule for a rule mix.
``2'' restore the random bit flips in reverse order (applies to single rule networks only).
``w'' flip the output of the all 1s neighbourhood in a single rule, or for all rules in a rule mix.
``b'' flip the output of the all 0s neighbourhood in a single rule, or for all rules in a rule mix.
``Z'' mutate rule to force the Z parameter higher (applies to single rule networks only)
``z'' mutate rule to force the Z parameter higher (applies to single rule networks only)