regex101: Test

1st Alternative(S\w.*\d[:])

Group 1(S\w.*\d[:])

Sthe literal S (83₁₀ / 123₈ / 53₁₆) (case sensitive)

\wany word character

.*any character (except for line terminators), repeated any number of times

\da digit

Character Class[:]

:the literal : (58₁₀ / 72₈ / 3A₁₆)

2nd Alternative(([0-9.]+|(-[0-9.]+)))

Group 2(([0-9.]+|(-[0-9.]+)))

Group 3([0-9.]+|(-[0-9.]+))

1st Alternative[0-9.]+

Character Class[0-9.]+

+matches at least one character from the set below:

0-9one character from 0 (48₁₀) to 9 (57₁₀)

.the literal . (46₁₀ / 56₈ / 2E₁₆)

2nd Alternative(-[0-9.]+)

Group 4(-[0-9.]+)

-the literal - (45₁₀ / 55₈ / 2D₁₆)

Character Class[0-9.]+

+matches at least one character from the set below:

0-9one character from 0 (48₁₀) to 9 (57₁₀)

.the literal . (46₁₀ / 56₈ / 2E₁₆)

3rd Alternative([A-Z]{2}\b)

Group 5([A-Z]{2}\b)

Character Class[A-Z]{2}

{2}matches exactly 2 characters from the set below:

A-Zone character from A (65₁₀) to Z (90₁₀) (case sensitive)

\ban ASCII word boundary

Global pattern flags

g modifier: global. Finds all matches instead of stopping after the first

m modifier: multiline. Causes ^ and $ to match the start and end of each line, not only the start and end of the string

Search reference

Regular Expression

(S\w.*\d[:])|(([0-9.]+|(-[0-9.]+)))|([A-Z]{2}\b)

New

ACTIONS: 
     [ { LONGITUDES: 
          { SHUTTLE_LON_A6: [ 748, [ 'CI', 76.5, 980.5 ] ],
            SHUTTLE_LON_A5: 
             [ 271,
               [ 'CL', 0, 76.5 ],
               [ 'CI', 76.5, 980.5 ],
               [ 'CL', 980.5, 1057 ] ],
            SHUTTLE_LON_A4: [ 129 ],
            SHUTTLE_LON_A3: [ 107 ],
            SHUTTLE_LON_A2: [ -35 ],
            SHUTTLE_LON_A1: [ -57 ] },
         LATITUDES: { SHUTTLE_LAT_1: [ [ 1057 ] ] } },
       { LONGITUDES: 
          { SHUTTLE_LON_A6: [ 978, [ 'CL', 76.5, 980.5 ] ],
            SHUTTLE_LON_A5: 
             [ 727,
               [ 'CL', 0, 76.5 ],
               [ 'CI', 76.5, 980.5 ],
               [ 'CL', 980.5, 1057 ] ],
            SHUTTLE_LON_A4: [ 250, [ 'CI', 76.5, 980.5 ] ],
            SHUTTLE_LON_A3: [ 20, [ 'CL', 76.5, 980.5 ] ],
            SHUTTLE_LON_A2: [ -122 ],
            SHUTTLE_LON_A1: [ -144 ] },
         LATITUDES: 
          { SHUTTLE_LAT_1: 
             [ [ 20.5, [ 'CI', 0, 1100 ] ],
               [ 34.5, [ 'CI', 0, 1100 ] ],
               [ 58.5, [ 'CI', 0, 1100 ] ],
               [ 76.5,
                 [ 'CL', 0, 271 ],
                 [ 'CI', 271, 727 ],
                 [ 'CL', 727, 1100 ] ],
               [ 980.5,
                 [ 'CL', 0, 271 ],
                 [ 'CI', 271, 727 ],
                 [ 'CL', 727, 1100 ] ],
               [ 998.5, [ 'CI', 0, 1100 ] ],
               [ 1022.5, [ 'CI', 0, 1100 ] ],
               [ 1036.5, [ 'CI', 0, 1100 ] ],
               [ 1057, [ 'CL', 0, 1100 ] ],
               [ 1057 ] ] } } ] } ]

Regular Expressions 101

Regular Expression

Extraction