Binary Numbers Magic Trick

Perl 6, 63 46 bytes

say grep(*+&2**$_,^61)[$_,*+5...*for ^5]for ^6

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Outputs as 2D arrays on multiple lines, with the last array of each one cut off if necessary.

Python 2, 76 bytes

r=range;print[[[i for i in r(61)if i&2**k][j::5]for j in r(5)]for k in r(6)]

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The method here is to create a list of all possible numbers r(61) and then whittle that down to the list of numbers for a card i&2**k.

Then, by using list slicing, that 1D list of numbers is rearranged to the correct 6x5 card size [card nums][j::5]for j in r(5).

Then, this generator is just repeated for 6 cards for k in r(6).

While I could not find any solutions less than 76 bytes, here are two others that are also 76 bytes:

r=range;print[[[i for i in r(61)if i&1<<k][j::5]for j in r(5)]for k in r(6)]

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This next one is inspired by Jonathan Allan.

while k:print[[i for i in range(61)if i&k][j::5]for j in range(5)];k/=2

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Any comments are greatly appreciated.

Charcoal, 26 bytes


Try it online! Link is to verbose version of code. I tried calculating the entries directly but this was already 27 bytes before adjusting for the * in the bottom right. Outputs each row joined with spaces and a blank line between cards. Explanation:

E⁶                          Loop over 6 cards
  E⁵                        Loop over 5 rows
     E⁶                     Loop over 6 columns
           Φ⁶¹              Filter over 0..60 where
               π            Current value
              &             Bitwise And
                 ²          Literal 2
                X           Raised to power
                  ι         Card index
          ⪪        ⁵        Split into groups of 5
         §          ν       Indexed by column
        ⁺                   Concatenated with
                      *     Literal string `*`
                     ⟦ ⟧    Wrapped in an array
       §                λ   Indexed by row
    ⪫                       Joined with spaces
                            Implicitly print