lmendo

clear
%close all

% CHOOSE input parameters:
num_iter = 250; % number of iterations
lim = inf; % value at which we declare the sequence as "unbounded"
num_pix_real = 1080; % number of pixels in x
num_pix_imag = 1920;
%c_lims = [ -.8401 -.8391 .2224 ];
%c_lims = [ -.84008 -.83895 .2224 ];

lmendo

function Z = base2base(varargin)
% Three inputs: origin array, origin base, target base
%   If a base is specified by a number, say b, the digits are [0,1,...,d-1].
% The base can also be directly an array with the digits 
%   Fourth input, optional: how many digits the output should have as a
% minimum (padding with leading zeros, i.e with the first digit)
%   Non-valid digits in origin array are discarded.
%   It works with cell arrays. In this case it gives a matriz in which each
% row is padded with leading zeros if needed

lmendo

    V!U    % obtain an array of the digits of an integer number. It works by converting
           % to string, then transposing, then converting to number. Transposition is
           % needed so that conversion to number treats each digit separately
           

lmendo

!	2$
(	4$
)	2#
Y)	2#
Z)	2#
Y'	4#, that is, FT#
Z'	1$
X$	2$
X&	3$
*	N$