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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "uihgejqd"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ueijhqgd"
note: first letter after m, apply reverse_blocks3
step2 = "gdjhquei"
note: swap adjacent pairs
result = "dghjuqie"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "qpcyiebj"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "qipecbyj"
note: first letter after m, apply reverse_blocks3
step2 = "yjecbqip"
note: swap adjacent pairs
result = "jyceqbpi"

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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "dsihmugn"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "dmsuighn"
note: first letter before m, apply reverse_first_half
step2 = "usmdighn"
note: swap adjacent pairs
result = "sudmginh"

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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ebortwga"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "etbwogra"
note: first letter before m, apply reverse_first_half
step2 = "wbteogra"
note: swap adjacent pairs
result = "bwetgoar"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "bucavnqo"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "bvuncqao"
note: first letter before m, apply reverse_first_half
step2 = "nuvbcqao"
note: swap adjacent pairs
result = "unbvqcoa"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "aelvjkmo"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ajeklmvo"
note: first letter before m, apply reverse_first_half
step2 = "kejalmvo"
note: swap adjacent pairs
result = "ekajmlov"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "npxfobdj"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "nopbxdfj"
note: first letter after m, apply reverse_blocks3
step2 = "fjbxdnop"
note: swap adjacent pairs
result = "jfxbndpo"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ubtdrfvg"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "urbftvdg"
note: first letter after m, apply reverse_blocks3
step2 = "dgftvurb"
note: swap adjacent pairs
result = "gdtfuvbr"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "fswvmoid"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "fmsowivd"
note: first letter before m, apply reverse_first_half
step2 = "osmfwivd"
note: swap adjacent pairs
result = "sofmiwdv"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "fzjlwauh"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "fwzajulh"
note: first letter before m, apply reverse_first_half
step2 = "azwfjulh"
note: swap adjacent pairs
result = "zafwujhl"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "gutmvjzb"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "gvujtzmb"
note: first letter before m, apply reverse_first_half
step2 = "juvgtzmb"
note: swap adjacent pairs
result = "ujgvztbm"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "rixfvywn"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "rviyxwfn"
note: first letter after m, apply reverse_blocks3
step2 = "fnyxwrvi"
note: swap adjacent pairs
result = "nfxyrwiv"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "grfvlasd"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "glrafsvd"
note: first letter before m, apply reverse_first_half
step2 = "arlgfsvd"
note: swap adjacent pairs
result = "raglsfdv"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "xobklfjc"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "xlofbjkc"
note: first letter after m, apply reverse_blocks3
step2 = "kcfbjxlo"
note: swap adjacent pairs
result = "ckbfxjol"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "miwdesrl"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "meiswrdl"
note: first letter after m, apply reverse_blocks3
step2 = "dlswrmei"
note: swap adjacent pairs
result = "ldwsmrie"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "rgiqvjyk"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "rvgjiyqk"
note: first letter after m, apply reverse_blocks3
step2 = "qkjiyrvg"
note: swap adjacent pairs
result = "kqijrygv"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "xiefbtan"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "xbiteafn"
note: first letter after m, apply reverse_blocks3
step2 = "fnteaxbi"
note: swap adjacent pairs
result = "nfetxaib"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "cjygztvu"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "czjtyvgu"
note: first letter before m, apply reverse_first_half
step2 = "tjzcyvgu"
note: swap adjacent pairs
result = "jtczvyug"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "wokfiurn"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "wioukrfn"
note: first letter after m, apply reverse_blocks3
step2 = "fnukrwio"
note: swap adjacent pairs
result = "nfkuwroi"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "pwrvmeiy"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "pmwerivy"
note: first letter after m, apply reverse_blocks3
step2 = "vyeripmw"
note: swap adjacent pairs
result = "yvrepiwm"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "oyuimndk"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "omynudik"
note: first letter after m, apply reverse_blocks3
step2 = "iknudomy"
note: swap adjacent pairs
result = "kiunodym"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "olshqzxk"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "oqlzsxhk"
note: first letter after m, apply reverse_blocks3
step2 = "hkzsxoql"
note: swap adjacent pairs
result = "khszoxlq"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "avgcwpei"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "awvpgeci"
note: first letter before m, apply reverse_first_half
step2 = "pvwageci"
note: swap adjacent pairs
result = "vpawegic"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "lguqzyvw"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "lzgyuvqw"
note: first letter before m, apply reverse_first_half
step2 = "ygzluvqw"
note: swap adjacent pairs
result = "gylzvuwq"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "dtorfnhl"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "dftnohrl"
note: first letter before m, apply reverse_first_half
step2 = "ntfdohrl"
note: swap adjacent pairs
result = "tndfholr"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "njifmudc"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "nmjuidfc"
note: first letter after m, apply reverse_blocks3
step2 = "fcuidnmj"
note: swap adjacent pairs
result = "cfiundjm"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "usilfkmz"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ufskimlz"
note: first letter after m, apply reverse_blocks3
step2 = "lzkimufs"
note: swap adjacent pairs
result = "zlikumsf"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ucghnolw"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "uncoglhw"
note: first letter after m, apply reverse_blocks3
step2 = "hwoglunc"
note: swap adjacent pairs
result = "whgoulcn"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ptmvuegw"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "putemgvw"
note: first letter after m, apply reverse_blocks3
step2 = "vwemgput"
note: swap adjacent pairs
result = "wvmepgtu"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "qtgywnox"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "qwtngoyx"
note: first letter after m, apply reverse_blocks3
step2 = "yxngoqwt"
note: swap adjacent pairs
result = "xygnqotw"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "rwfqahio"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "rawhfiqo"
note: first letter after m, apply reverse_blocks3
step2 = "qohfiraw"
note: swap adjacent pairs
result = "oqfhriwa"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "tqdoxjzg"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "txqjdzog"
note: first letter after m, apply reverse_blocks3
step2 = "ogjdztxq"
note: swap adjacent pairs
result = "godjtzqx"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "twdrimhz"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "tiwmdhrz"
note: first letter after m, apply reverse_blocks3
step2 = "rzmdhtiw"
note: swap adjacent pairs
result = "zrdmthwi"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "izrcvjud"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ivzjrucd"
note: first letter before m, apply reverse_first_half
step2 = "jzvirucd"
note: swap adjacent pairs
result = "zjivurdc"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "yectkmao"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ykemcato"
note: first letter after m, apply reverse_blocks3
step2 = "tomcayke"
note: swap adjacent pairs
result = "otcmyaek"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "cwgtaqfx"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "cawqgftx"
note: first letter before m, apply reverse_first_half
step2 = "qwacgftx"
note: swap adjacent pairs
result = "wqcafgxt"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "waujxenf"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "wxaeunjf"
note: first letter after m, apply reverse_blocks3
step2 = "jfeunwxa"
note: swap adjacent pairs
result = "fjuewnax"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "qplvbsuy"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "qbpsluvy"
note: first letter after m, apply reverse_blocks3
step2 = "vysluqbp"
note: swap adjacent pairs
result = "yvlsqupb"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "eubwrvpo"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "eruvbpwo"
note: first letter before m, apply reverse_first_half
step2 = "vurebpwo"
note: swap adjacent pairs
result = "uverpbow"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "fcauwelz"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "fwcealuz"
note: first letter before m, apply reverse_first_half
step2 = "ecwfaluz"
note: swap adjacent pairs
result = "cefwlazu"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "oubqvnjg"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ovunbjqg"
note: first letter after m, apply reverse_blocks3
step2 = "qgnbjovu"
note: swap adjacent pairs
result = "gqbnojuv"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ykcpngho"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ynkgchpo"
note: first letter after m, apply reverse_blocks3
step2 = "pogchynk"
note: swap adjacent pairs
result = "opcgyhkn"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "caeixrvj"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "cxarevij"
note: first letter before m, apply reverse_first_half
step2 = "raxcevij"
note: swap adjacent pairs
result = "arcxveji"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "hgilvufm"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "hvguiflm"
note: first letter before m, apply reverse_first_half
step2 = "ugvhiflm"
note: swap adjacent pairs
result = "guhvfiml"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "lecjafpr"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "laefcpjr"
note: first letter before m, apply reverse_first_half
step2 = "fealcpjr"
note: swap adjacent pairs
result = "eflapcrj"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "eiyrcbpu"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ecibypru"
note: first letter before m, apply reverse_first_half
step2 = "biceypru"
note: swap adjacent pairs
result = "ibecpyur"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "swegrako"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "srwaekgo"
note: first letter after m, apply reverse_blocks3
step2 = "goaeksrw"
note: swap adjacent pairs
result = "ogeaskwr"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ctukpwal"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "cptwuakl"
note: first letter before m, apply reverse_first_half
step2 = "wtpcuakl"
note: swap adjacent pairs
result = "twcpaulk"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "jnropmla"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "jpnmrloa"
note: first letter before m, apply reverse_first_half
step2 = "mnpjrloa"
note: swap adjacent pairs
result = "nmjplrao"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ojuzwvni"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "owjvunzi"
note: first letter after m, apply reverse_blocks3
step2 = "zivunowj"
note: swap adjacent pairs
result = "izuvonjw"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "qtlyakjc"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "qatkljyc"
note: first letter after m, apply reverse_blocks3
step2 = "yckljqat"
note: swap adjacent pairs
result = "cylkqjta"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "zwolrdyi"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "zrwdoyli"
note: first letter after m, apply reverse_blocks3
step2 = "lidoyzrw"
note: swap adjacent pairs
result = "ilodzywr"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "cokfdnma"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "cdonkmfa"
note: first letter before m, apply reverse_first_half
step2 = "nodckmfa"
note: swap adjacent pairs
result = "oncdmkaf"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "fgtwcvpo"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "fcgvtpwo"
note: first letter before m, apply reverse_first_half
step2 = "vgcftpwo"
note: swap adjacent pairs
result = "gvfcptow"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "asnjqdzu"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "aqsdnzju"
note: first letter before m, apply reverse_first_half
step2 = "dsqanzju"
note: swap adjacent pairs
result = "sdaqznuj"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "flipkyuq"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "fklyiupq"
note: first letter before m, apply reverse_first_half
step2 = "ylkfiupq"
note: swap adjacent pairs
result = "lyfkuiqp"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "szyiedrq"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "sezdyriq"
note: first letter after m, apply reverse_blocks3
step2 = "iqdyrsez"
note: swap adjacent pairs
result = "qiydsrze"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "aptesnhw"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "aspnthew"
note: first letter before m, apply reverse_first_half
step2 = "npsathew"
note: swap adjacent pairs
result = "pnashtwe"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "jlcsrxko"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "jrlxckso"
note: first letter before m, apply reverse_first_half
step2 = "xlrjckso"
note: swap adjacent pairs
result = "lxjrkcos"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "enhyqdgi"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "eqndhgyi"
note: first letter before m, apply reverse_first_half
step2 = "dnqehgyi"
note: swap adjacent pairs
result = "ndeqghiy"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "olpikjbu"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "okljpbiu"
note: first letter after m, apply reverse_blocks3
step2 = "iujpbokl"
note: swap adjacent pairs
result = "uipjoblk"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "nykijwgq"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "njywkgiq"
note: first letter after m, apply reverse_blocks3
step2 = "iqwkgnjy"
note: swap adjacent pairs
result = "qikwngyj"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ytcfhruq"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "yhtrcufq"
note: first letter after m, apply reverse_blocks3
step2 = "fqrcuyht"
note: swap adjacent pairs
result = "qfcryuth"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "tnokbqyf"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "tbnqoykf"
note: first letter after m, apply reverse_blocks3
step2 = "kfqoytbn"
note: swap adjacent pairs
result = "fkoqtynb"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "xmdjbcay"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "xbmcdajy"
note: first letter after m, apply reverse_blocks3
step2 = "jycdaxbm"
note: swap adjacent pairs
result = "yjdcxamb"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ukntoevp"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "uokenvtp"
note: first letter after m, apply reverse_blocks3
step2 = "tpenvuok"
note: swap adjacent pairs
result = "ptneuvko"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ujghilat"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "uijlgaht"
note: first letter after m, apply reverse_blocks3
step2 = "htlgauij"
note: swap adjacent pairs
result = "thgluaji"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "wlhivkae"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "wvlkhaie"
note: first letter after m, apply reverse_blocks3
step2 = "iekhawvl"
note: swap adjacent pairs
result = "eihkwalv"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "tpxrumkd"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "tupmxkrd"
note: first letter after m, apply reverse_blocks3
step2 = "rdmxktup"
note: swap adjacent pairs
result = "drxmtkpu"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "webaxomd"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "wxeobmad"
note: first letter after m, apply reverse_blocks3
step2 = "adobmwxe"
note: swap adjacent pairs
result = "dabowmex"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "nwumptyo"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "npwtuymo"
note: first letter after m, apply reverse_blocks3
step2 = "motuynpw"
note: swap adjacent pairs
result = "omutnywp"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ybhtnajz"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ynbahjtz"
note: first letter after m, apply reverse_blocks3
step2 = "tzahjynb"
note: swap adjacent pairs
result = "zthayjbn"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ojqgucpw"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "oujcqpgw"
note: first letter after m, apply reverse_blocks3
step2 = "gwcqpouj"
note: swap adjacent pairs
result = "wgqcopju"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "qljnuayi"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "qulajyni"
note: first letter after m, apply reverse_blocks3
step2 = "niajyqul"
note: swap adjacent pairs
result = "injaqylu"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "bkhugswf"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "bgkshwuf"
note: first letter before m, apply reverse_first_half
step2 = "skgbhwuf"
note: swap adjacent pairs
result = "ksbgwhfu"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "vpihkegd"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "vkpeighd"
note: first letter after m, apply reverse_blocks3
step2 = "hdeigvkp"
note: swap adjacent pairs
result = "dhievgpk"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "gihsxvdz"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "gxivhdsz"
note: first letter before m, apply reverse_first_half
step2 = "vixghdsz"
note: swap adjacent pairs
result = "ivgxdhzs"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "gliopecr"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "gpleicor"
note: first letter before m, apply reverse_first_half
step2 = "elpgicor"
note: swap adjacent pairs
result = "legpciro"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "jbnxtguh"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "jtbgnuxh"
note: first letter before m, apply reverse_first_half
step2 = "gbtjnuxh"
note: swap adjacent pairs
result = "bgjtunhx"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "fmbjakqz"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "famkbqjz"
note: first letter before m, apply reverse_first_half
step2 = "kmafbqjz"
note: swap adjacent pairs
result = "mkfaqbzj"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "uwekjhos"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ujwheoks"
note: first letter after m, apply reverse_blocks3
step2 = "ksheoujw"
note: swap adjacent pairs
result = "skehuowj"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "pjwhizos"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "pijzwohs"
note: first letter after m, apply reverse_blocks3
step2 = "hszwopij"
note: swap adjacent pairs
result = "shwzpoji"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "mfqnhwxe"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "mhfwqxne"
note: first letter after m, apply reverse_blocks3
step2 = "newqxmhf"
note: swap adjacent pairs
result = "enqwmxfh"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "idyckqfh"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ikdqyfch"
note: first letter before m, apply reverse_first_half
step2 = "qdkiyfch"
note: swap adjacent pairs
result = "dqikfyhc"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ozwmycjq"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "oyzcwjmq"
note: first letter after m, apply reverse_blocks3
step2 = "mqcwjoyz"
note: swap adjacent pairs
result = "qmwcojzy"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "vsicmzou"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "vmsziocu"
note: first letter after m, apply reverse_blocks3
step2 = "cuziovms"
note: swap adjacent pairs
result = "ucizvosm"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "cwapfmug"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "cfwmaupg"
note: first letter before m, apply reverse_first_half
step2 = "mwfcaupg"
note: swap adjacent pairs
result = "wmcfuagp"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "iekqxtho"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ixetkhqo"
note: first letter before m, apply reverse_first_half
step2 = "texikhqo"
note: swap adjacent pairs
result = "etixhkoq"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "cvodzyrl"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "czvyordl"
note: first letter before m, apply reverse_first_half
step2 = "yvzcordl"
note: swap adjacent pairs
result = "vyczrold"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "zkydnvow"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "znkvyodw"
note: first letter after m, apply reverse_blocks3
step2 = "dwvyoznk"
note: swap adjacent pairs
result = "wdyvzokn"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "gletipvo"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "gilpevto"
note: first letter before m, apply reverse_first_half
step2 = "pligevto"
note: swap adjacent pairs
result = "lpgiveot"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ednpbogc"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ebdongpc"
note: first letter before m, apply reverse_first_half
step2 = "odbengpc"
note: swap adjacent pairs
result = "doebgncp"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "mlbrfegc"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "mflebgrc"
note: first letter after m, apply reverse_blocks3
step2 = "rcebgmfl"
note: swap adjacent pairs
result = "crbemglf"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "biofxnvh"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "bxinovfh"
note: first letter before m, apply reverse_first_half
step2 = "nixbovfh"
note: swap adjacent pairs
result = "inbxvohf"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "qzpeogjn"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "qozgpjen"
note: first letter after m, apply reverse_blocks3
step2 = "engpjqoz"
note: swap adjacent pairs
result = "nepgqjzo"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "bkgdivza"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "bikvgzda"
note: first letter before m, apply reverse_first_half
step2 = "vkibgzda"
note: swap adjacent pairs
result = "kvbizgad"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "hpekiday"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "hipdeaky"
note: first letter before m, apply reverse_first_half
step2 = "dpiheaky"
note: swap adjacent pairs
result = "pdhiaeyk"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ekdpwgsz"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ewkgdspz"
note: first letter before m, apply reverse_first_half
step2 = "gkwedspz"
note: swap adjacent pairs
result = "kgewsdzp"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "anfygboe"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "agnbfoye"
note: first letter before m, apply reverse_first_half
step2 = "bngafoye"
note: swap adjacent pairs
result = "nbagofey"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "bwnjpicd"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "bpwincjd"
note: first letter before m, apply reverse_first_half
step2 = "iwpbncjd"
note: swap adjacent pairs
result = "wibpcndj"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "irvksjbl"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "isrjvbkl"
note: first letter before m, apply reverse_first_half
step2 = "jrsivbkl"
note: swap adjacent pairs
result = "rjisbvlk"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "gaxsmdci"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "gmadxcsi"
note: first letter before m, apply reverse_first_half
step2 = "damgxcsi"
note: swap adjacent pairs
result = "adgmcxis"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "clnaxomu"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "cxlonmau"
note: first letter before m, apply reverse_first_half
step2 = "olxcnmau"
note: swap adjacent pairs
result = "locxmnua"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "hovwaufy"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "haouvfwy"
note: first letter before m, apply reverse_first_half
step2 = "uoahvfwy"
note: swap adjacent pairs
result = "ouhafvyw"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "gxowdrnh"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "gdxronwh"
note: first letter before m, apply reverse_first_half
step2 = "rxdgonwh"
note: swap adjacent pairs
result = "xrgdnohw"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "evclyouz"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "eyvoculz"
note: first letter before m, apply reverse_first_half
step2 = "ovyeculz"
note: swap adjacent pairs
result = "voeyuczl"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ifnrtqxs"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "itfqnxrs"
note: first letter before m, apply reverse_first_half
step2 = "qftinxrs"
note: swap adjacent pairs
result = "fqitxnsr"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ewbrgqki"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "egwqbkri"
note: first letter before m, apply reverse_first_half
step2 = "qwgebkri"
note: swap adjacent pairs
result = "wqegkbir"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "lvroapce"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "lavprcoe"
note: first letter before m, apply reverse_first_half
step2 = "pvalrcoe"
note: swap adjacent pairs
result = "vplacreo"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "krbwavie"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "karvbiwe"
note: first letter before m, apply reverse_first_half
step2 = "vrakbiwe"
note: swap adjacent pairs
result = "rvkaibew"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "gcvhient"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "gicevnht"
note: first letter before m, apply reverse_first_half
step2 = "ecigvnht"
note: swap adjacent pairs
result = "ceginvth"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "dgwfesmu"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "degswmfu"
note: first letter before m, apply reverse_first_half
step2 = "sgedwmfu"
note: swap adjacent pairs
result = "gsdemwuf"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "dihbrwqf"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "driwhqbf"
note: first letter before m, apply reverse_first_half
step2 = "wirdhqbf"
note: swap adjacent pairs
result = "iwdrqhfb"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "cashxtmb"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "cxatsmhb"
note: first letter before m, apply reverse_first_half
step2 = "taxcsmhb"
note: swap adjacent pairs
result = "atcxmsbh"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "izewbtcp"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ibztecwp"
note: first letter before m, apply reverse_first_half
step2 = "tzbiecwp"
note: swap adjacent pairs
result = "ztibcepw"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "dlgpioje"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "dilogjpe"
note: first letter before m, apply reverse_first_half
step2 = "olidgjpe"
note: swap adjacent pairs
result = "lodijgep"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "aspnmhve"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "amshpvne"
note: first letter before m, apply reverse_first_half
step2 = "hsmapvne"
note: swap adjacent pairs
result = "shamvpen"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "epnbcqus"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ecpqnubs"
note: first letter before m, apply reverse_first_half
step2 = "qpcenubs"
note: swap adjacent pairs
result = "pqecunsb"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "alojsbhk"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "aslbohjk"
note: first letter before m, apply reverse_first_half
step2 = "blsaohjk"
note: swap adjacent pairs
result = "lbashokj"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "bzsifoxt"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "bfzosxit"
note: first letter before m, apply reverse_first_half
step2 = "ozfbsxit"
note: swap adjacent pairs
result = "zobfxsti"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "evhcotni"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "eovthnci"
note: first letter before m, apply reverse_first_half
step2 = "tvoehnci"
note: swap adjacent pairs
result = "vteonhic"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "locifxty"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "lfoxctiy"
note: first letter before m, apply reverse_first_half
step2 = "xoflctiy"
note: swap adjacent pairs
result = "oxlftcyi"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "epakicrs"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "eipcarks"
note: first letter before m, apply reverse_first_half
step2 = "cpiearks"
note: swap adjacent pairs
result = "pceirask"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "hnwptolz"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "htnowlpz"
note: first letter before m, apply reverse_first_half
step2 = "onthwlpz"
note: swap adjacent pairs
result = "nohtlwzp"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "dkmxisou"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "diksmoxu"
note: first letter before m, apply reverse_first_half
step2 = "skidmoxu"
note: swap adjacent pairs
result = "ksdiomux"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "bcklymot"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "bycmkolt"
note: first letter before m, apply reverse_first_half
step2 = "mcybkolt"
note: swap adjacent pairs
result = "cmbyoktl"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "edkylits"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "eldiktys"
note: first letter before m, apply reverse_first_half
step2 = "idlektys"
note: swap adjacent pairs
result = "dieltksy"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "kdwacuhr"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "kcduwhar"
note: first letter before m, apply reverse_first_half
step2 = "udckwhar"
note: swap adjacent pairs
result = "dukchwra"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "aoshzery"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "azoesrhy"
note: first letter before m, apply reverse_first_half
step2 = "eozasrhy"
note: swap adjacent pairs
result = "oeazrsyh"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "kdpzoinw"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "kodipnzw"
note: first letter before m, apply reverse_first_half
step2 = "idokpnzw"
note: swap adjacent pairs
result = "dikonpwz"


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 swap_pairs(cond_op(interleave_halves(input)))).
ops (apply right-to-left) = [swap_pairs, cond_op, interleave_halves]
Input: "ewipcafj"
Before each value, write one note line computing what that operation needs, then the value:
note: <...>
step1 = "<...>"
note: <...>
step2 = "<...>"
note: <...>
result = "<...>"

Response:
note: interleave the halves
step1 = "ecwaifpj"
note: first letter before m, apply reverse_first_half
step2 = "awceifpj"
note: swap adjacent pairs
result = "waecfijp"


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 interleave_halves(cond_op(swap_pairs(input)))).
ops (apply right-to-left) = [interleave_halves, cond_op, swap_pairs]
Input: "qjvarxct"
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 = "jqavxrtc"
note: first letter before m, apply reverse_first_half
step2 = "vaqjxrtc"
note: interleave the halves
result = "vxarqtjc"