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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "bedkrmiu"
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 = "ebkdmrui"
note: interleave the halves
step2 = "embrkudi"
note: first letter before m, apply reverse_first_half
result = "rbmekudi"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "exckqaju"
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 = "xekcaquj"
note: interleave the halves
step2 = "xaeqkucj"
note: first letter after m, apply reverse_blocks3
result = "cjqkuxae"

first letter after m, apply reverse_blocks3


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "jydvuhsk"
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 = "yjvdhuks"
note: interleave the halves
step2 = "yhjuvkds"
note: first letter after m, apply reverse_blocks3
result = "dsuvkyhj"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "jyfnoxag"
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 = "yjnfxoga"
note: interleave the halves
step2 = "yxjongfa"
note: first letter after m, apply reverse_blocks3
result = "faongyxj"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "hzslityv"
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 = "zhlstivy"
note: interleave the halves
step2 = "zthilvsy"
note: first letter after m, apply reverse_blocks3
result = "syilvzth"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "dnivtcbx"
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 = "ndvictxb"
note: interleave the halves
step2 = "ncdtvxib"
note: first letter after m, apply reverse_blocks3
result = "ibtvxncd"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "obrduzpa"
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 = "bodrzuap"
note: interleave the halves
step2 = "bzoudarp"
note: first letter before m, apply reverse_first_half
result = "uozbdarp"

first letter before m, apply reverse_first_half


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "ygkalwmo"
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 = "gyakwlom"
note: interleave the halves
step2 = "gwylaokm"
note: first letter before m, apply reverse_first_half
result = "lywgaokm"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "dzuwlcfa"
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 = "zdwuclaf"
note: interleave the halves
step2 = "zcdlwauf"
note: first letter after m, apply reverse_blocks3
result = "uflwazcd"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "rliznjak"
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 = "lrzijnka"
note: interleave the halves
step2 = "ljrnzkia"
note: first letter before m, apply reverse_first_half
result = "nrjlzkia"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "ozvnijde"
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 = "zonvjied"
note: interleave the halves
step2 = "zjoinevd"
note: first letter after m, apply reverse_blocks3
result = "vdinezjo"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "luqebgnr"
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 = "uleqgbrn"
note: interleave the halves
step2 = "uglberqn"
note: first letter after m, apply reverse_blocks3
result = "qnberugl"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "ekjvsrod"
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 = "kevjrsdo"
note: interleave the halves
step2 = "kresvdjo"
note: first letter before m, apply reverse_first_half
result = "serkvdjo"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "flgeohuy"
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 = "lfeghoyu"
note: interleave the halves
step2 = "lhfoeygu"
note: first letter before m, apply reverse_first_half
result = "ofhleygu"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "gbpfeqzx"
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 = "bgfpqexz"
note: interleave the halves
step2 = "bqgefxpz"
note: first letter before m, apply reverse_first_half
result = "egqbfxpz"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "klyuwogh"
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 = "lkuyowhg"
note: interleave the halves
step2 = "lokwuhyg"
note: first letter before m, apply reverse_first_half
result = "wkoluhyg"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "rkgvcoau"
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 = "krvgocua"
note: interleave the halves
step2 = "korcvuga"
note: first letter before m, apply reverse_first_half
result = "crokvuga"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "laybiexp"
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 = "albyeipx"
note: interleave the halves
step2 = "aelibpyx"
note: first letter before m, apply reverse_first_half
result = "ileabpyx"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "ujlkwhcz"
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 = "juklhwzc"
note: interleave the halves
step2 = "jhuwkzlc"
note: first letter before m, apply reverse_first_half
result = "wuhjkzlc"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "efpvorhs"
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 = "fevprosh"
note: interleave the halves
step2 = "freovsph"
note: first letter before m, apply reverse_first_half
result = "oerfvsph"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "yhfuiepk"
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 = "hyufeikp"
note: interleave the halves
step2 = "heyiukfp"
note: first letter before m, apply reverse_first_half
result = "iyehukfp"


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

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

[User]
Apply these string operations to the input, innermost first (compute cond_op(interleave_halves(swap_pairs(input)))).
ops (apply right-to-left) = [cond_op, interleave_halves, swap_pairs]
Input: "rabxitus"
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 = "arxbtisu"
note: interleave the halves
step2 = "atrixsbu"
note: first letter before m, apply reverse_first_half
result = "irtaxsbu"