mathematrix -- symbolic tokens 100

mathematical-matrix

```
import re

# Your list of strings
strings = [
    '! @ # $ % ^ & * ( !) ',
    '!!',
    '!@',
    '!#',
    '!$',
    '!%',
    '!^',
    '!&',
    '!*',
    '!( @)',
    '@!',
    '@@',
    '@#',
    '@$',
    '@%',
    '@^',
    '@&',
    '@*',
    '@( #)',
    '#!',
    '#@',
    '##',
    '#$',
    '#%',
    '#^',
    '#&',
    '#*',
    '#( $)',
    '$!',
    '$@',
    '$#',
    '$$',
    '$%',
    '$^',
    '$&',
    '$*',
    '$( %)',
    '%!',
    '%@',
    '%#',
    '%$',
    '%%',
    '%^',
    '%&',
    '%*',
    '%( ^)',
    '^!',
    '^@',
    '^#',
    '^$',
    '^%',
    '^^',
    '^&',
    '^*',
    '^( &)',
    '&!',
    '&@',
    '&#',
    '&$',
    '&%',
    '&^',
    '&&',
    '&*',
    '&( *)',
    '*!',
    '*@',
    '*#',
    '*$',
    '*%',
    '*^',
    '*&',
    '**',
    '*(',
    '(! (@ (# ($ (% (^ (& (* (('
]

# Define a regular expression pattern to match a single character or a character group
pattern = r'(!|@|#|\$|%|\^|&|\*|\(|!\))'

# Initialize a list to store the matched patterns
matched_patterns = []

# Iterate through the strings and find all matching patterns
for string in strings:
    matches = re.findall(pattern, string)
    matched_patterns.extend(matches)

# Print the matched patterns
print(matched_patterns)
```


```

! @ # $ % ^ & * ( !) 
!! !@ !# !$ !% !^ !& !* !( @)
@! @@ @# @$ @% @^ @& @* @( #) 
#! #@ ## #$ #% #^ #& #* #( $)
$! $@ $# $$ $% $^ $& $* $( %)
%! %@ %# %$ %% %^ %& %* %( ^)
^! ^@ ^# ^$ ^% ^^ ^& ^* ^( &)
&! &@ &# &$ &% &^ && &* &( *) 
*! *@ *# *$ *% *^ *& ** *( ()
(! (@ (# ($ (% (^ (& (* (( !))

```