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: "avoifclw"
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 = "vaiocfwl"
note: interleave the halves
step2 = "vcafiwol"
note: first letter after m, apply reverse_blocks3
result = "olfiwvca"


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: "dhvnlozu"
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 = "hdnvoluz"
note: interleave the halves
step2 = "hodlnuvz"
note: first letter before m, apply reverse_first_half
result = "ldohnuvz"

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: "gdosqwnm"
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 = "dgsowqmn"
note: interleave the halves
step2 = "dwgqsmon"
note: first letter before m, apply reverse_first_half
result = "qgwdsmon"


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: "vehgsbxz"
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 = "evghbszx"
note: interleave the halves
step2 = "ebvsgzhx"
note: first letter before m, apply reverse_first_half
result = "svbegzhx"


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: "ebogpdiz"
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 = "begodpzi"
note: interleave the halves
step2 = "bdepgzoi"
note: first letter before m, apply reverse_first_half
result = "pedbgzoi"


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: "cjpbiwdk"
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 = "jcbpwikd"
note: interleave the halves
step2 = "jwcibkpd"
note: first letter before m, apply reverse_first_half
result = "icwjbkpd"


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: "nhieckdu"
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 = "hneikcud"
note: interleave the halves
step2 = "hknceuid"
note: first letter before m, apply reverse_first_half
result = "cnkheuid"


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: "ngofjscb"
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 = "gnfosjbc"
note: interleave the halves
step2 = "gsnjfboc"
note: first letter before m, apply reverse_first_half
result = "jnsgfboc"


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: "igcxjruf"
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 = "gixcrjfu"
note: interleave the halves
step2 = "grijxfcu"
note: first letter before m, apply reverse_first_half
result = "jirgxfcu"


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: "mecikqnw"
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 = "emicqkwn"
note: interleave the halves
step2 = "eqmkiwcn"
note: first letter before m, apply reverse_first_half
result = "kmqeiwcn"


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: "qjnrudvx"
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 = "jqrnduxv"
note: interleave the halves
step2 = "jdqurxnv"
note: first letter before m, apply reverse_first_half
result = "uqdjrxnv"


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: "xajomqkg"
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 = "axojqmgk"
note: interleave the halves
step2 = "aqxmogjk"
note: first letter before m, apply reverse_first_half
result = "mxqaogjk"


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: "ajchdtzy"
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 = "jahctdyz"
note: interleave the halves
step2 = "jtadhycz"
note: first letter before m, apply reverse_first_half
result = "datjhycz"


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: "udslinax"
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 = "dulsnixa"
note: interleave the halves
step2 = "dnuilxsa"
note: first letter before m, apply reverse_first_half
result = "iundlxsa"


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: "eikyxuzl"
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 = "ieykuxlz"
note: interleave the halves
step2 = "iuexylkz"
note: first letter before m, apply reverse_first_half
result = "xeuiylkz"


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: "ikpqfjeu"
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 = "kiqpjfue"
note: interleave the halves
step2 = "kjifqupe"
note: first letter before m, apply reverse_first_half
result = "fijkqupe"


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: "jehsfaci"
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 = "ejshafic"
note: interleave the halves
step2 = "eajfsihc"
note: first letter before m, apply reverse_first_half
result = "fjaesihc"


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: "vewhpman"
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 = "evhwmpna"
note: interleave the halves
step2 = "emvphnwa"
note: first letter before m, apply reverse_first_half
result = "pvmehnwa"


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: "ufwgdlej"
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 = "fugwldje"
note: interleave the halves
step2 = "fludgjwe"
note: first letter before m, apply reverse_first_half
result = "dulfgjwe"


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: "ylajsniv"
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 = "lyjansvi"
note: interleave the halves
step2 = "lnysjvai"
note: first letter before m, apply reverse_first_half
result = "synljvai"


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: "egubryxi"
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 = "gebuyrix"
note: interleave the halves
step2 = "gyerbiux"
note: first letter before m, apply reverse_first_half
result = "reygbiux"


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: "obshxrjd"
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 = "bohsrxdj"
note: interleave the halves
step2 = "broxhdsj"
note: first letter before m, apply reverse_first_half
result = "xorbhdsj"