System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "xopcqamu"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "oxcpaqum"
note: interleave the halves
step2 = "oaxqcupm"
note: first letter after m, apply reverse_blocks3
result = "pmqcuoax"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "htwodyal"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "thowydla"
note: interleave the halves
step2 = "tyhdolwa"
note: first letter after m, apply reverse_blocks3
result = "wadoltyh"

first letter after m, apply reverse_blocks3


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "qtfkvjeo"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "tqkfjvoe"
note: interleave the halves
step2 = "tjqvkofe"
note: first letter after m, apply reverse_blocks3
result = "fevkotjq"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "hoxrulte"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "ohrxluet"
note: interleave the halves
step2 = "olhurext"
note: first letter after m, apply reverse_blocks3
result = "xtureolh"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "mkvaugli"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "kmavguil"
note: interleave the halves
step2 = "kgmuaivl"
note: first letter before m, apply reverse_first_half
result = "umgkaivl"

first letter before m, apply reverse_first_half


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "bdwkloge"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "dbkwoleg"
note: interleave the halves
step2 = "doblkewg"
note: first letter before m, apply reverse_first_half
result = "lbodkewg"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "tqcdjrfu"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "qtdcrjuf"
note: interleave the halves
step2 = "qrtjducf"
note: first letter after m, apply reverse_blocks3
result = "cfjduqrt"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "mcgxqtob"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "cmxgtqbo"
note: interleave the halves
step2 = "ctmqxbgo"
note: first letter before m, apply reverse_first_half
result = "qmtcxbgo"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "spxawyuv"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "psaxywvu"
note: interleave the halves
step2 = "pyswavxu"
note: first letter after m, apply reverse_blocks3
result = "xuwavpys"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "ydoncmjv"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "dynomcvj"
note: interleave the halves
step2 = "dmycnvoj"
note: first letter before m, apply reverse_first_half
result = "cymdnvoj"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "jepfgsoi"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "ejfpsgio"
note: interleave the halves
step2 = "esjgfipo"
note: first letter before m, apply reverse_first_half
result = "gjsefipo"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "eispjqvw"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "iepsqjwv"
note: interleave the halves
step2 = "iqejpwsv"
note: first letter before m, apply reverse_first_half
result = "jeqipwsv"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "hbqfoijc"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "bhfqiocj"
note: interleave the halves
step2 = "bihofcqj"
note: first letter before m, apply reverse_first_half
result = "ohibfcqj"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "oeyrslzm"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "eorylsmz"
note: interleave the halves
step2 = "elosrmyz"
note: first letter before m, apply reverse_first_half
result = "solermyz"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "zdojrynv"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "dzjoyrvn"
note: interleave the halves
step2 = "dyzrjvon"
note: first letter before m, apply reverse_first_half
result = "rzydjvon"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "cazmjguo"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "acmzgjou"
note: interleave the halves
step2 = "agcjmozu"
note: first letter before m, apply reverse_first_half
result = "jcgamozu"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "oacdtvqz"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "aodcvtzq"
note: interleave the halves
step2 = "avotdzcq"
note: first letter before m, apply reverse_first_half
result = "tovadzcq"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "nfrtshko"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "fntrhsok"
note: interleave the halves
step2 = "fhnstork"
note: first letter before m, apply reverse_first_half
result = "snhftork"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "vlqfuyxa"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "lvfqyuax"
note: interleave the halves
step2 = "lyvufaqx"
note: first letter before m, apply reverse_first_half
result = "uvylfaqx"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "gdeathnx"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "dgaehtxn"
note: interleave the halves
step2 = "dhgtaxen"
note: first letter before m, apply reverse_first_half
result = "tghdaxen"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "agmbjdth"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "gabmdjht"
note: interleave the halves
step2 = "gdajbhmt"
note: first letter before m, apply reverse_first_half
result = "jadgbhmt"


System: You are a precise string-transformation engine. Apply the named operations exactly.

[System] You are a precise string-transformation engine. Apply the named operations exactly.

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "hiejnfwv"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: swap adjacent pairs
step1 = "ihjefnvw"
note: interleave the halves
step2 = "ifhnjvew"
note: first letter before m, apply reverse_first_half
result = "nhfijvew"