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: "oialqphk"
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 = "oqipahlk"
note: first letter after m, apply reverse_blocks3
step2 = "lkpahoqi"
note: swap adjacent pairs
result = "klapohiq"


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: "uxoftwgh"
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 = "utxwogfh"
note: first letter after m, apply reverse_blocks3
step2 = "fhwogutx"
note: swap adjacent pairs
result = "hfowugxt"

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: "ubcwepmi"
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 = "uebpcmwi"
note: first letter after m, apply reverse_blocks3
step2 = "wipcmueb"
note: swap adjacent pairs
result = "iwcpumbe"


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: "otpskbni"
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 = "oktbpnsi"
note: first letter after m, apply reverse_blocks3
step2 = "sibpnokt"
note: swap adjacent pairs
result = "ispbontk"


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: "jdrinusv"
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 = "djirunvs"
note: first letter before m, apply reverse_first_half
step2 = "rijdunvs"
note: interleave the halves
result = "ruinjvds"

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 interleave_halves(cond_op(swap_pairs(input)))).
ops (apply right-to-left) = [interleave_halves, cond_op, swap_pairs]
Input: "qgvodtfe"
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 = "gqovtdef"
note: first letter before m, apply reverse_first_half
step2 = "voqgtdef"
note: interleave the halves
result = "vtodqegf"


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: "rfqusdyh"
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 = "fruqdshy"
note: first letter before m, apply reverse_first_half
step2 = "qurfdshy"
note: interleave the halves
result = "qdusrhfy"


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: "zhkesodq"
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 = "hzekosqd"
note: first letter before m, apply reverse_first_half
step2 = "kezhosqd"
note: interleave the halves
result = "koeszqhd"


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: "asjeyxol"
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 = "saejxylo"
note: first letter after m, apply reverse_blocks3
step2 = "lojxysae"
note: interleave the halves
result = "lyosjaxe"


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: "rfnoclei"
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 = "fronlcie"
note: first letter before m, apply reverse_first_half
step2 = "norflcie"
note: interleave the halves
result = "nlocrife"


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: "buzfhdjg"
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 = "ubfzdhgj"
note: first letter after m, apply reverse_blocks3
step2 = "gjzdhubf"
note: interleave the halves
result = "ghjuzbdf"


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: "waxlgzjo"
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 = "awlxzgoj"
note: first letter before m, apply reverse_first_half
step2 = "xlwazgoj"
note: interleave the halves
result = "xzlgwoaj"


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: "wuqyntok"
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 = "uwyqtnko"
note: first letter after m, apply reverse_blocks3
step2 = "koqtnuwy"
note: interleave the halves
result = "knouqwty"


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: "dyuiktaf"
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 = "ydiutkfa"
note: first letter after m, apply reverse_blocks3
step2 = "fautkydi"
note: interleave the halves
result = "fkayudti"


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: "idyhelwj"
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 = "dihylejw"
note: first letter before m, apply reverse_first_half
step2 = "yhidlejw"
note: interleave the halves
result = "ylheijdw"


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: "psnadgbj"
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 = "spangdjb"
note: first letter after m, apply reverse_blocks3
step2 = "jbngdspa"
note: interleave the halves
result = "jdbsnpga"


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: "unexqjiw"
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 = "nuxejqwi"
note: first letter after m, apply reverse_blocks3
step2 = "wiejqnux"
note: interleave the halves
result = "wqineujx"


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: "beuhltda"
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 = "ebhutlad"
note: first letter before m, apply reverse_first_half
step2 = "uhbetlad"
note: interleave the halves
result = "uthlbaed"


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: "xwdymujq"
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 = "wxydumqj"
note: first letter after m, apply reverse_blocks3
step2 = "qjdumwxy"
note: interleave the halves
result = "qmjwdxuy"


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: "obchpiwq"
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 = "bohcipqw"
note: first letter before m, apply reverse_first_half
step2 = "chobipqw"
note: interleave the halves
result = "cihpoqbw"


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: "uvpyhjkm"
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 = "vuypjhmk"
note: first letter after m, apply reverse_blocks3
step2 = "mkpjhvuy"
note: interleave the halves
result = "mhkvpujy"


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: "fvdeanhq"
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 = "vfednaqh"
note: first letter after m, apply reverse_blocks3
step2 = "qhdnavfe"
note: interleave the halves
result = "qahvdfne"


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: "cojlvhqs"
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 = "ocljhvsq"
note: first letter after m, apply reverse_blocks3
step2 = "sqjhvocl"
note: interleave the halves
result = "svqojchl"


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: "islhtpfb"
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 = "sihlptbf"
note: first letter after m, apply reverse_blocks3
step2 = "bflptsih"
note: interleave the halves
result = "btfsliph"


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: "lkpiejxz"
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 = "klipjezx"
note: first letter before m, apply reverse_first_half
step2 = "pilkjezx"
note: interleave the halves
result = "pjielzkx"


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: "ecgpljuo"
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 = "cepgjlou"
note: first letter before m, apply reverse_first_half
step2 = "gpecjlou"
note: interleave the halves
result = "gjpleocu"


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: "eyjfkvst"
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 = "yefjvkts"
note: first letter after m, apply reverse_blocks3
step2 = "tsjvkyef"
note: interleave the halves
result = "tksyjevf"


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: "kimuojyz"
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 = "ikumjozy"
note: first letter before m, apply reverse_first_half
step2 = "mukijozy"
note: interleave the halves
result = "mjuokziy"


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: "nbtzeuli"
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 = "bnztueil"
note: first letter before m, apply reverse_first_half
step2 = "tznbueil"
note: interleave the halves
result = "tuzenibl"


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: "ctipjade"
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 = "tcpiajed"
note: first letter after m, apply reverse_blocks3
step2 = "ediajtcp"
note: interleave the halves
result = "ejdticap"


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: "ofirzbwt"
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 = "foribztw"
note: first letter before m, apply reverse_first_half
step2 = "irofbztw"
note: interleave the halves
result = "ibrzotfw"


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: "qjftezhw"
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 = "jqtfzewh"
note: first letter before m, apply reverse_first_half
step2 = "ftqjzewh"
note: interleave the halves
result = "fzteqwjh"


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: "abnkrtqi"
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 = "bakntriq"
note: first letter before m, apply reverse_first_half
step2 = "nkabtriq"
note: interleave the halves
result = "ntkraibq"


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: "oetdxpnv"
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 = "eodtpxvn"
note: first letter before m, apply reverse_first_half
step2 = "tdoepxvn"
note: interleave the halves
result = "tpdxoven"


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: "gnuakxlf"
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 = "ngauxkfl"
note: first letter after m, apply reverse_blocks3
step2 = "fluxknga"
note: interleave the halves
result = "fklnugxa"


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: "povklfca"
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 = "opkvflac"
note: first letter after m, apply reverse_blocks3
step2 = "acvflopk"
note: interleave the halves
result = "alcovpfk"


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: "rsanzojh"
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 = "srnaozhj"
note: first letter after m, apply reverse_blocks3
step2 = "hjaozsrn"
note: interleave the halves
result = "hzjsaron"


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: "dvhsawoi"
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 = "vdshwaio"
note: first letter after m, apply reverse_blocks3
step2 = "iohwavds"
note: interleave the halves
result = "iaovhdws"


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: "vfoqcrtd"
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 = "fvqorcdt"
note: first letter before m, apply reverse_first_half
step2 = "oqvfrcdt"
note: interleave the halves
result = "orqcvdft"


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: "acvxonhi"
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 = "caxvnoih"
note: first letter before m, apply reverse_first_half
step2 = "vxacnoih"
note: interleave the halves
result = "vnxoaich"


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: "aswidokx"
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 = "saiwodxk"
note: first letter after m, apply reverse_blocks3
step2 = "xkwodsai"
note: interleave the halves
result = "xdkswaoi"


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: "smzrhqke"
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 = "msrzqhek"
note: first letter after m, apply reverse_blocks3
step2 = "ekzqhmsr"
note: interleave the halves
result = "ehkmzsqr"


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: "mgukxfvc"
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 = "gmkufxcv"
note: first letter before m, apply reverse_first_half
step2 = "ukmgfxcv"
note: interleave the halves
result = "ufkxmcgv"


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: "israchne"
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 = "siarhcen"
note: first letter after m, apply reverse_blocks3
step2 = "enrhcsia"
note: interleave the halves
result = "ecnsriha"


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: "qaprkdci"
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 = "aqrpdkic"
note: first letter before m, apply reverse_first_half
step2 = "prqadkic"
note: interleave the halves
result = "pdrkqiac"


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: "aqodrfen"
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 = "qadofrne"
note: first letter after m, apply reverse_blocks3
step2 = "neofrqad"
note: interleave the halves
result = "nreqoafd"


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: "roukdnpl"
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 = "orkundlp"
note: first letter after m, apply reverse_blocks3
step2 = "lpundork"
note: interleave the halves
result = "ldpournk"


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: "ptnekwhz"
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 = "tpenwkzh"
note: first letter after m, apply reverse_blocks3
step2 = "zhnwktpe"
note: interleave the halves
result = "zkhtnpwe"


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: "mfietjlv"
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 = "fmeijtvl"
note: first letter before m, apply reverse_first_half
step2 = "iemfjtvl"
note: interleave the halves
result = "ijetmvfl"


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: "tmgcvibq"
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 = "mtcgivqb"
note: first letter after m, apply reverse_blocks3
step2 = "qbgivmtc"
note: interleave the halves
result = "qvbmgtic"


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: "vbwphkuz"
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 = "bvpwkhzu"
note: first letter before m, apply reverse_first_half
step2 = "wpvbkhzu"
note: interleave the halves
result = "wkphvzbu"


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: "zdyluhqx"
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 = "dzlyhuxq"
note: first letter before m, apply reverse_first_half
step2 = "ylzdhuxq"
note: interleave the halves
result = "yhluzxdq"


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: "qrxosvyw"
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 = "rqoxvswy"
note: first letter after m, apply reverse_blocks3
step2 = "wyxvsrqo"
note: interleave the halves
result = "wsyrxqvo"


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: "jhzwgdxu"
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 = "hjwzdgux"
note: first letter before m, apply reverse_first_half
step2 = "zwjhdgux"
note: interleave the halves
result = "zdwgjuhx"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "atifhogl"
note: interleave the halves
step2 = "ahtoigfl"
note: swap adjacent pairs
result = "haotgilf"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "torvbufe"
note: interleave the halves
step2 = "tbourfve"
note: swap adjacent pairs
result = "btuofrev"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "jehastgo"
note: interleave the halves
step2 = "jsethgao"
note: swap adjacent pairs
result = "sjteghoa"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "xzdifeom"
note: interleave the halves
step2 = "xfzedoim"
note: swap adjacent pairs
result = "fxezodmi"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "xsrebwgm"
note: interleave the halves
step2 = "xbswrgem"
note: swap adjacent pairs
result = "bxwsgrme"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "bijlzxeo"
note: interleave the halves
step2 = "bzixjelo"
note: swap adjacent pairs
result = "zbxiejol"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "vrtfbdiy"
note: interleave the halves
step2 = "vbrdtify"
note: swap adjacent pairs
result = "bvdrityf"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "ardjmzce"
note: interleave the halves
step2 = "amrzdcje"
note: swap adjacent pairs
result = "mazrcdej"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "giwkdnzh"
note: interleave the halves
step2 = "gdinwzkh"
note: swap adjacent pairs
result = "dgnizwhk"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "codlgpnu"
note: interleave the halves
step2 = "cgopdnlu"
note: swap adjacent pairs
result = "gcpondul"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "cebigyrf"
note: interleave the halves
step2 = "cgeybrif"
note: swap adjacent pairs
result = "gcyerbfi"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "jdoklxub"
note: interleave the halves
step2 = "jldxoukb"
note: swap adjacent pairs
result = "ljxduobk"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "ycgdsbof"
note: interleave the halves
step2 = "yscbgodf"
note: swap adjacent pairs
result = "sybcogfd"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "tjogerqc"
note: interleave the halves
step2 = "tejroqgc"
note: swap adjacent pairs
result = "etrjqocg"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "uhbaispx"
note: interleave the halves
step2 = "uihsbpax"
note: swap adjacent pairs
result = "iushpbxa"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "guvldrcs"
note: interleave the halves
step2 = "gdurvcls"
note: swap adjacent pairs
result = "dgrucvsl"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "smvedujf"
note: interleave the halves
step2 = "sdmuvjef"
note: swap adjacent pairs
result = "dsumjvfe"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "uaiydvtc"
note: interleave the halves
step2 = "udavityc"
note: swap adjacent pairs
result = "duvaticy"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "wdzfevuk"
note: interleave the halves
step2 = "wedvzufk"
note: swap adjacent pairs
result = "ewvduzkf"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "anochtvr"
note: interleave the halves
step2 = "ahntovcr"
note: swap adjacent pairs
result = "hatnvorc"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "tjoblcnq"
note: interleave the halves
step2 = "tljconbq"
note: swap adjacent pairs
result = "ltcjnoqb"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "vkcajryh"
note: interleave the halves
step2 = "vjkrcyah"
note: swap adjacent pairs
result = "jvrkycha"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "thaecomd"
note: interleave the halves
step2 = "tchoamed"
note: swap adjacent pairs
result = "ctohmade"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "fjgkvuma"
note: interleave the halves
step2 = "fvjugmka"
note: swap adjacent pairs
result = "vfujmgak"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "nfzulrip"
note: interleave the halves
step2 = "nlfrziup"
note: swap adjacent pairs
result = "lnrfizpu"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "qwajsifb"
note: interleave the halves
step2 = "qswiafjb"
note: swap adjacent pairs
result = "sqiwfabj"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "eiubqwvx"
note: interleave the halves
step2 = "eqiwuvbx"
note: swap adjacent pairs
result = "qewivuxb"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "dmwejyah"
note: interleave the halves
step2 = "djmywaeh"
note: swap adjacent pairs
result = "jdymawhe"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "vgwxambd"
note: interleave the halves
step2 = "vagmwbxd"
note: swap adjacent pairs
result = "avmgbwdx"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "jodxwzbq"
note: interleave the halves
step2 = "jwozdbxq"
note: swap adjacent pairs
result = "wjzobdqx"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "lojgzwxk"
note: interleave the halves
step2 = "lzowjxgk"
note: swap adjacent pairs
result = "zlwoxjkg"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "odapytgb"
note: interleave the halves
step2 = "oydtagpb"
note: swap adjacent pairs
result = "yotdgabp"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "cjxbnptu"
note: interleave the halves
step2 = "cnjpxtbu"
note: swap adjacent pairs
result = "ncpjtxub"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "hrfzdnip"
note: interleave the halves
step2 = "hdrnfizp"
note: swap adjacent pairs
result = "dhnrifpz"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "evmboxpy"
note: interleave the halves
step2 = "eovxmpby"
note: swap adjacent pairs
result = "oexvpmyb"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "rupewqcf"
note: interleave the halves
step2 = "rwuqpcef"
note: swap adjacent pairs
result = "wrqucpfe"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "quawzyis"
note: interleave the halves
step2 = "qzuyaiws"
note: swap adjacent pairs
result = "zqyuiasw"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "wpvabxyo"
note: interleave the halves
step2 = "wbpxvyao"
note: swap adjacent pairs
result = "bwxpyvoa"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "rsugjhle"
note: interleave the halves
step2 = "rjshulge"
note: swap adjacent pairs
result = "jrhslueg"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "ildkquos"
note: interleave the halves
step2 = "iqludoks"
note: swap adjacent pairs
result = "qiulodsk"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "eoadzypj"
note: interleave the halves
step2 = "ezoyapdj"
note: swap adjacent pairs
result = "zeyopajd"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "blheknaf"
note: interleave the halves
step2 = "bklnhaef"
note: swap adjacent pairs
result = "kbnlahfe"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "pgrimqne"
note: interleave the halves
step2 = "pmgqrnie"
note: swap adjacent pairs
result = "mpqgnrei"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "defmsugp"
note: interleave the halves
step2 = "dseufgmp"
note: swap adjacent pairs
result = "sduegfpm"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "atkdvrfb"
note: interleave the halves
step2 = "avtrkfdb"
note: swap adjacent pairs
result = "vartfkbd"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "njtecawp"
note: interleave the halves
step2 = "ncjatwep"
note: swap adjacent pairs
result = "cnajwtpe"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "zovyhslq"
note: interleave the halves
step2 = "zhosvlyq"
note: swap adjacent pairs
result = "hzsolvqy"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "btszopiv"
note: interleave the halves
step2 = "botpsizv"
note: swap adjacent pairs
result = "obptisvz"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "faonevjd"
note: interleave the halves
step2 = "feavojnd"
note: swap adjacent pairs
result = "efvajodn"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "uwelgxbh"
note: interleave the halves
step2 = "ugwxeblh"
note: swap adjacent pairs
result = "guxwbehl"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "kivnoumw"
note: swap adjacent pairs
step2 = "iknvuowm"
note: interleave the halves
result = "iukonwvm"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "iwmuqtov"
note: swap adjacent pairs
step2 = "wiumtqvo"
note: interleave the halves
result = "wtiquvmo"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "wvzjyaek"
note: swap adjacent pairs
step2 = "vwjzayke"
note: interleave the halves
result = "vawyjkze"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "dashlofu"
note: swap adjacent pairs
step2 = "adhsoluf"
note: interleave the halves
result = "aodlhusf"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "ekgzxpvl"
note: swap adjacent pairs
step2 = "kezgpxlv"
note: interleave the halves
result = "kpexzlgv"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "uoadlpqx"
note: swap adjacent pairs
step2 = "oudaplxq"
note: interleave the halves
result = "opuldxaq"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "sqgfndri"
note: swap adjacent pairs
step2 = "qsfgdnir"
note: interleave the halves
result = "qdsnfigr"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "oirplndu"
note: swap adjacent pairs
step2 = "ioprnlud"
note: interleave the halves
result = "inolpurd"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "juoegwhy"
note: swap adjacent pairs
step2 = "ujeowgyh"
note: interleave the halves
result = "uwjgeyoh"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "glamnywq"
note: swap adjacent pairs
step2 = "lgmaynqw"
note: interleave the halves
result = "lygnmqaw"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "xunveplg"
note: swap adjacent pairs
step2 = "uxvnpegl"
note: interleave the halves
result = "upxevgnl"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "imfdgnsh"
note: swap adjacent pairs
step2 = "midfnghs"
note: interleave the halves
result = "mnigdhfs"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "evrblyau"
note: swap adjacent pairs
step2 = "vebrylua"
note: interleave the halves
result = "vyelbura"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "tpidvxre"
note: swap adjacent pairs
step2 = "ptdixver"
note: interleave the halves
result = "pxtvdeir"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "vgaiefcw"
note: swap adjacent pairs
step2 = "gviafewc"
note: interleave the halves
result = "gfveiwac"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "exuadzpr"
note: swap adjacent pairs
step2 = "xeauzdrp"
note: interleave the halves
result = "xzedarup"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "oquxamwd"
note: swap adjacent pairs
step2 = "qoxumadw"
note: interleave the halves
result = "qmoaxduw"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "alnbzhge"
note: swap adjacent pairs
step2 = "labnhzeg"
note: interleave the halves
result = "lhazbeng"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "auolbnjx"
note: swap adjacent pairs
step2 = "ualonbxj"
note: interleave the halves
result = "unablxoj"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "hnezlqvc"
note: swap adjacent pairs
step2 = "nhzeqlcv"
note: interleave the halves
result = "nqhlzcev"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "vspfktam"
note: swap adjacent pairs
step2 = "svfptkma"
note: interleave the halves
result = "stvkfmpa"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "efjlxyvb"
note: swap adjacent pairs
step2 = "feljyxbv"
note: interleave the halves
result = "fyexlbjv"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "igcjmzay"
note: swap adjacent pairs
step2 = "gijczmya"
note: interleave the halves
result = "gzimjyca"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "ogntkuxm"
note: swap adjacent pairs
step2 = "gotnukmx"
note: interleave the halves
result = "guoktmnx"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "voucrxme"
note: swap adjacent pairs
step2 = "ovcuxrem"
note: interleave the halves
result = "oxvrceum"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "durgynje"
note: swap adjacent pairs
step2 = "udgrnyej"
note: interleave the halves
result = "undygerj"


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

Response:
note: first letter before m, apply reverse_first_half
step1 = "eaylrhuk"
note: swap adjacent pairs
step2 = "aelyhrku"
note: interleave the halves
result = "aherlkyu"


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

Response:
note: first letter after m, apply reverse_blocks3
step1 = "ktijeomq"
note: swap adjacent pairs
step2 = "tkjioeqm"
note: interleave the halves
result = "tokejqim"