Vyxal, ^{20 23} 24 solutions

Thanks to @Razetime for suggesting using Π, allowing for +1 solution.

Try them Online!

The programs are meant to be run individually, so the ,Ṡ_ is just there to output the previous line and clear the stack. You can try any solution individually to verify.

I gave myself the challenge of doing this without looking at any other answers, and I'm pretty happy with how it turned out!

Here's explanations for each program. In the more complicated ones, [stuff] at the end of the line indicates the current stack.

Note: Two programs have a space in them, but that is only for readability and formatting. In either program, the space could be replaced with a linefeed and it would still function the same.

₈  # Push 256

256  # Push 256

₇d  # 128 * 2

₆4*  # 64 * 4

\Ā   # Push 'Ā'
  C  # To ordinal value

⇧₴           # Increment 2 and print
  ⇧⇧⇧‹₴      # Increment 6, decrement, and print
       ⇧⇧⇧₴  # Increment 6 and print

››                    # Increment 2 - [2]
  S                   # To string - [`2`]
   ?                  # Get input. No input, so push 0 - [`2` 0]
    ›››››S            # Increment 5, to string - [`2` `5`
          J           # Join with last string - [`25`]
           ?››››››SJ  # Again, incrementing to 6 - [`256`]

8E  # 2 ** 8

₀   # Push 10
 ⇩  # Decrement 2
  Ǎ # 2 ** 8

ꜝ           # Bitwise not - [-1]
 ₌ȧȧ        # Parallel apply absolute value and absolute value - [1 1]
    ₌↲↲     # Parallel apply 'a << b' and 'a << b' - [2 2]
       ~↲   # Do 'a << b' without popping the stack - [2 2 8]
         e  # Exponentiate - [2 256]

u                   # Push -1 - [-1]
 ⌐                  # 1 - a - [2]
  u⌐u⌐u⌐u⌐u⌐u⌐u⌐    # Several more times - [2 2 2 2 2 2 2 2]
                W   # Wrap stack - [[2,2,2,2,2,2,2,2]]
                 Π  # Reduce by multiplication - [256]

k¶½  # 512 / 2

¤     # Push empty string - [``]
 ₁    # Push 100 - [`` 100]
  +   # Add - [`100`]
   H  # Convert from base 16 - [256]

¬                  # Not - [1]
 :                 # Duplicate - [1 1]
  Ṡ                # Sum of stack [2]
   :Ṡ              # Repeat - [4]
     :Ṡ            # [8]
       :Ṡ          # [16]
         :Ṡ        # [32]
           :Ṡ      # [64]
             :Ṡ    # [128]
               :Ṡ  # [256]

»ƛN»    # Push compressed number 332
    ∆K  # Sum of proper divisors

‛λḢ        # Push dictionary word 'business'
   m       # Palindromize - [`businessssenisub`]
    mmmm   # A few more times - [`BigLongStringOfCharacters`]
        L  # Length of string - [256]

!                           # Length of stack - [0]
 !                          # Length of stack - [0 1]
  !                         # Length of stack - [0 1 2]
   ...Many, many, more...
                         !  # Length of stack - [0 1 2 .. 256]

.               # Push 0.5 - [0.5]
  .             # Push 0.5 - [0.5 0.5]
   /            # Divide - [1.0]
    I           # To int - [1]
     øṁ         # a + palindromized(a) - [2]
       øṁ       # Again - [4]
         øṁ     # [8]
           øṁ   # [16]
             ²  # Squared - [256]

⁺ṡ  # 101 + codepage value of 'ṡ' (0x9B)

ǎ                 # ath prime - [2]
 ǎ                # ath prime - [5]
  0               # Push 0 - [5 0]
   ₄              # Push 26 - [5 0 26]
    0₄0 1         # Some more numbers - [5 0 26 0 26 0 1]
         -        # Subtract - [5 0 26 0 26 -1]
          -       # [5 0 26 0 27]
           -      # [5 0 26 -27]
            -     # [5 0 53]
             ǎ    # ath prime - [5 0 251]
              -   # Subtract - [5 -251]
               -  # Subtract - [256]

=                                                    # a == b? - [1]
 ⁽₃                                                  # Push lambda - [1 lambda_
   ⁽₃                                                # Push lambda - [1 lambda_ lambda_]
     =                                               # a == b? = [1 0]
      "                                              # Wrap a and b - [[1,0]]
       ⁽₃⁽₃="                                        # Repeat - [[[1,0],0]]
             ⁽₃⁽₃="⁽₃⁽₃="⁽₃⁽₃="⁽₃⁽₃="⁽₃⁽₃="⁽₃⁽₃="    # Some more - [[[[[[[[[1,0],0],0],0],0],0],0],0]]
                                                 f   # Flatten list - [[1,0,0,0,0,0,0,0,0]]
                                                  B  # Convert from base 2 - [256]

`≬„¾⅛`               # Push string
      `≬‡„↵¼¾⅛□‟₅`   # Push other string
                  β  # Convert a from custom base b

«Þ«                        # Push compressed string - [`e `]
   3                       # Push 3 - [`e ` 3]
    ɽ                      # Range [1..a) - [`e ` [1,2]]
     G                     # Maximum of a - [`e ` 2]
      «ƈ«                  # Push compressed string - [`e ` 2 `ee`]
         3ɽG3ɽG3ɽG         # Some more 2s - [`e ` 2 `ee` 2 2 2]
                  p        # Prepend - [`e ` 2 `ee` 2 22]
                   pppp    # A few more times - [`222ee2e `
                       Ṅ   # Separate by spaces - [`2 2 2 e e 2 e  `]
                        Ė  # Evaluate as Vyxal code - [256]

79                                             # Push 79 - [79]
  ¦                                            # Cumulative sum - [[7,16]]
   ¦                                           # Cumulative sum - [[7,23]]
    ¦                                          # Cumulative sum - [[7,30]]
     ¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦                   # A bunch more - [[7,191]]
                            t                  # Tail - [191]
                             ¦                 # Cumulative sum - [[1,10,11]]
                              ¦¦¦¦¦¦¦¦¦¦¦¦¦¦   # And then some more - [[1,24,256]]
                                            t  # Tail - [256]

posted over 3 years ago

CC BY-SA 4.0

3y ago

Aaron Miller‭

181 reputation 0 5 18 2