!7

sS struct = [[
GazelleEvalContext(dataByRule=hm{"kirdwgzxpxozfkje"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data
=hm{"Wir"=["Donald"], "einen"=["has"], "Redakteur"=["resigned"], "suchen"=["Trump"]}), alwaysGoodMappings=MultiMap(data=hm
{}), badMappings=MultiMap(data=hm{"Wir"=["Donald"], "einen"=["has"], "Redakteur"=["resigned"], "suchen"=["Trump"]}), completeBadMappings=
[{"Redakteur"="resigned", "Wir"="Donald", "einen"="has", "suchen"="Trump"}], completeGoodMappings=[], goodMappings=MultiMap(
data=hm{}), possibleVars=ciset["einen", "Redakteur", "suchen", "Wir"], unclearVars=ciset[], unusedVars=ciset[], usedVars=
ciset["einen", "Redakteur", "suchen", "Wir"], varsUsedInBad=ciset["einen", "Redakteur", "suchen", "Wir"], varsUsedInBadOnly=
t167, varsUsedInGood=ciset[], varsUsedInGoodOnly=ciset[]), "pocouwoguitbzfpq"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=
MultiMap(data=hm{}), alwaysGoodMappings=MultiMap(data=hm{"Donald"=["Johnny"], "Trump"=["Walker"], "resigned"=["resignet"]
}), badMappings=MultiMap(data=hm{}), completeBadMappings=[], completeGoodMappings=[{"Donald"="Johnny", "Trump"="Walker", "resigned"
="resignet"}], goodMappings=MultiMap(data=hm{"Donald"=["Johnny"], "Trump"=["Walker"], "resigned"=["resignet"]}), possibleVars=
ciset["Donald", "has", "resigned", "Trump"], unclearVars=ciset[], unusedVars=ciset["has"], usedVars=ciset["Donald", "resigned",
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t351), "amsrietsqvidageg"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{" "=["-"], ""=["."]
, "a"=["about", "tits"], "as"=["something", "went"], "Life"=["all", "me"], "Reader"=["lollipops", "up"], "My"=["It", "Tell"]
}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{" "=["-"], ""=["."], "a"=["about", "tits"], "as"=
["something", "went"], "Life"=["all", "me"], "Reader"=["lollipops", "up"], "My"=["It", "Tell"]}), completeBadMappings=[{""
=".", " "="-", "Life"="all", "My"="It", "Reader"="up", "a"="tits", "as"="went"}, {""=".", "Life"="me", "My"="Tell", "Reader"=
"lollipops", "a"="about", "as"="something"}], completeGoodMappings=[], goodMappings=MultiMap(data=hm{}), possibleVars=ciset[
"a", "as", "Life", "My", "Reader"], unclearVars=ciset[], unusedVars=ciset[], usedVars=ciset["", " ", "a", "as", "Life", "My"
, "Reader"], varsUsedInBad=ciset["", " ", "a", "as", "Life", "My", "Reader"], varsUsedInBadOnly=t628, varsUsedInGood=ciset[
], varsUsedInGoodOnly=ciset[]), "dwroaotrnxhavnlt"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=
hm{"doing"=["resign", "resigned"], "are"=["Trump", "will"], "What"=["Donald", "When"], "you"=["has"], "?"=["."]}), alwaysGoodMappings=
MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"doing"=["resign", "resigned"], "are"=["Trump", "will"], "What"=["Donald",
 "When"], "you"=["has"], "?"=["."]}), completeBadMappings=[{"?"=".", "What"="Donald", "are"="Trump", "doing"="resigned", "you"
="has"}, {"What"="When", "are"="will", "doing"="resign"}], completeGoodMappings=[], goodMappings=MultiMap(data=hm{}), possibleVars=
ciset["are", "doing", "What", "you"], unclearVars=ciset[], unusedVars=ciset[], usedVars=ciset["?", "are", "doing", "What",
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ciset[]), "qfvvdliijarnpnom"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{"the"=["name"], "studied"
=["another"], "of"=["a"], "People"=["What"], "have"=["is"], "evolution"=["for"], "."=["?"], "horses"=["frog"]}), alwaysGoodMappings=
MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"the"=["name"], "studied"=["another"], "of"=["a"], "People"=["What"], "have"
=["is"], "evolution"=["for"], "."=["?"], "horses"=["frog"]}), completeBadMappings=[{"."="?", "People"="What", "evolution"=
"for", "have"="is", "horses"="frog", "of"="a", "studied"="another", "the"="name"}], completeGoodMappings=[], goodMappings=
MultiMap(data=hm{}), possibleVars=ciset["evolution", "have", "horses", "of", "People", "studied", "the"], unclearVars=ciset[
], unusedVars=ciset[], usedVars=ciset[".", "evolution", "have", "horses", "of", "People", "studied", "the"], varsUsedInBad=
ciset[".", "evolution", "have", "horses", "of", "People", "studied", "the"], varsUsedInBadOnly=t1136, varsUsedInGood=ciset[
], varsUsedInGoodOnly=ciset[]), "mnaygbahvohhffpg"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=
hm{"the"=["for"], "mammals"=["another"], "are"=["is"], "of"=["name"], "Horses"=["What"], "Equidae"=["frog"], "family"=["a"]
, "."=["?"]}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"the"=["for"], "mammals"=["another"],
 "are"=["is"], "of"=["name"], "Horses"=["What"], "Equidae"=["frog"], "family"=["a"], "."=["?"]}), completeBadMappings=[{"."
="?", "Equidae"="frog", "Horses"="What", "are"="is", "family"="a", "mammals"="another", "of"="name", "the"="for"}], completeGoodMappings=
[], goodMappings=MultiMap(data=hm{}), possibleVars=ciset["are", "Equidae", "family", "Horses", "mammals", "of", "the"], unclearVars
=ciset[], unusedVars=ciset[], usedVars=ciset[".", "are", "Equidae", "family", "Horses", "mammals", "of", "the"], varsUsedInBad=
ciset[".", "are", "Equidae", "family", "Horses", "mammals", "of", "the"], varsUsedInBadOnly=t1411, varsUsedInGood=ciset[]
, varsUsedInGoodOnly=ciset[]), "ztzmlolhboostqci"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=
hm{"a"=["has"], "is"=["Trump"], "He"=["Donald"], "spy"=["resigned"]}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=
MultiMap(data=hm{"a"=["has"], "is"=["Trump"], "He"=["Donald"], "spy"=["resigned"]}), completeBadMappings=[{"He"="Donald",
 "a"="has", "is"="Trump", "spy"="resigned"}], completeGoodMappings=[], goodMappings=MultiMap(data=hm{}), possibleVars=ciset[
"a", "He", "is", "spy"], unclearVars=ciset[], unusedVars=ciset[], usedVars=ciset["a", "He", "is", "spy"], varsUsedInBad=ciset
["a", "He", "is", "spy"], varsUsedInBadOnly=t1608, varsUsedInGood=ciset[], varsUsedInGoodOnly=ciset[]), "iawrxyulyevdrjkj"=
ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{""=[" "], "$Redakteur"=["no"], "Wir"=["Johnny"]
, "{}"=["longer"], "eine"=["is"], "in"=["president"], ". |"=["."], "suchen"=["Walker"]}), alwaysGoodMappings=MultiMap(data=
hm{}), badMappings=MultiMap(data=hm{""=[" "], "$Redakteur"=["no"], "Wir"=["Johnny"], "{}"=["longer"], "eine"=["is"], "in"=
["president"], ". |"=["."], "suchen"=["Walker"]}), completeBadMappings=[{""=" ", "$Redakteur"="no", ". |"=".", "Wir"="Johnny",
 "eine"="is", "in"="president", "suchen"="Walker", "{}"="longer"}], completeGoodMappings=[], goodMappings=MultiMap(data=hm
{}), possibleVars=ciset["$Redakteur", "eine", "in", "suchen", "Wir", "{}"], unclearVars=ciset[], unusedVars=ciset[], usedVars=
ciset["", "$Redakteur", ". |", "eine", "in", "suchen", "Wir", "{}"], varsUsedInBad=ciset["", "$Redakteur", ". |", "eine",
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ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings
=MultiMap(data=hm{"4"=["2"], "5"=["7"]}), completeBadMappings=[{"4"="2", "5"="7"}], completeGoodMappings=[{"4"="2", "5"="7"
}], goodMappings=MultiMap(data=hm{"4"=["2"], "5"=["7"]}), possibleVars=ciset["4", "5", "?", "bigger", "Is", "than"], unclearVars=
ciset["4", "5"], unusedVars=ciset["?", "bigger", "Is", "than"], usedVars=ciset["4", "5"], varsUsedInBad=ciset["4", "5"], varsUsedInBadOnly
=ciset[], varsUsedInGood=ciset["4", "5"], varsUsedInGoodOnly=ciset[]), "rolynadynqunpydb"=ai_gazelle_analyzeStatementsForRule_Data(
alwaysBadMappings=MultiMap(data=hm{"a"=["has"], "Are"=["Donald"], "mathematician"=["resigned"], "you"=["Trump"], "?"=["."]
}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"a"=["has"], "Are"=["Donald"], "mathematician"=[
"resigned"], "you"=["Trump"], "?"=["."]}), completeBadMappings=[{"?"=".", "Are"="Donald", "a"="has", "mathematician"="resigned",
 "you"="Trump"}], completeGoodMappings=[], goodMappings=MultiMap(data=hm{}), possibleVars=ciset["a", "Are", "mathematician",
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ciset["?", "a", "Are", "mathematician", "you"], varsUsedInBadOnly=t2265, varsUsedInGood=ciset[], varsUsedInGoodOnly=ciset[
]), "mldwnckktptivnhf"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{}), alwaysGoodMappings=
MultiMap(data=hm{}), badMappings=MultiMap(data=hm{}), completeBadMappings=[], completeGoodMappings=[{}], goodMappings=MultiMap(
data=hm{}), possibleVars=ciset["resign", "When", "will", "you"], unclearVars=ciset[], unusedVars=ciset["resign", "When", "will"
, "you"], usedVars=ciset[], varsUsedInBad=ciset[], varsUsedInBadOnly=t2395, varsUsedInGood=ciset[], varsUsedInGoodOnly=t2405)
, "hfwzatomfeyikyyh"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{"a"=["my", "your"], "woman"=
["mojo", "sanity"]}), alwaysGoodMappings=MultiMap(data=hm{"woman"=["cookie", "solution"]}), badMappings=MultiMap(data=hm{
"a"=["my", "your"], "woman"=["mojo", "sanity"]}), completeBadMappings=[{"a"="my", "woman"="mojo"}, {"a"="your", "woman"="sanity"
}], completeGoodMappings=[{"woman"="cookie"}, {"woman"="solution"}], goodMappings=MultiMap(data=hm{"woman"=["cookie", "solution"]
}), possibleVars=ciset["a", "am", "for", "I", "looking", "woman"], unclearVars=ciset["woman"], unusedVars=ciset["am", "for",
 "I", "looking"], usedVars=ciset["a", "woman"], varsUsedInBad=ciset["a", "woman"], varsUsedInBadOnly=ciset["a"], varsUsedInGood=
ciset["woman"], varsUsedInGoodOnly=ciset[]), "qqhqrocsdnpeilfp"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=
MultiMap(data=hm{"a"=["longer"], "woman"=["president"], "for"=["no"], "I"=["Johnny"], "looking"=["is"], "am"=["Walker"]})
, alwaysGoodMappings=MultiMap(data=hm{"woman"=["cookie", "girl"]}), badMappings=MultiMap(data=hm{"a"=["longer"], "woman"=
["president"], "for"=["no"], "I"=["Johnny"], "looking"=["is"], "am"=["Walker"]}), completeBadMappings=[{"I"="Johnny", "a"=
"longer", "am"="Walker", "for"="no", "looking"="is", "woman"="president"}], completeGoodMappings=[{"woman"="cookie"}, {"woman"=
"girl"}], goodMappings=MultiMap(data=hm{"woman"=["cookie", "girl"]}), possibleVars=ciset["a", "am", "for", "I", "looking",
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ciset["a", "am", "for", "I", "looking", "woman"], varsUsedInBadOnly=ciset["a", "am", "for", "I", "looking"], varsUsedInGood=
ciset["woman"], varsUsedInGoodOnly=ciset[]), "avfhgmbbawnmgmjx"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=
MultiMap(data=hm{}), alwaysGoodMappings=MultiMap(data=hm{"human"=["frog"]}), badMappings=MultiMap(data=hm{}), completeBadMappings=
[], completeGoodMappings=[{"human"="frog"}], goodMappings=MultiMap(data=hm{"human"=["frog"]}), possibleVars=ciset["?", "a",
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, varsUsedInGoodOnly=t3033), "ocubbbxuzrccelwe"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=
hm{"The"=["What"], "been"=["a"], "studied"=["frog"], "of"=["another"], "evolution"=["is"], "has"=["for"], "."=["?"], "horses"=
["name"]}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"The"=["What"], "been"=["a"], "studied"=
["frog"], "of"=["another"], "evolution"=["is"], "has"=["for"], "."=["?"], "horses"=["name"]}), completeBadMappings=[{"."=
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=ciset[], unusedVars=ciset[], usedVars=ciset[".", "been", "evolution", "has", "horses", "of", "studied", "The"], varsUsedInBad=
ciset[".", "been", "evolution", "has", "horses", "of", "studied", "The"], varsUsedInBadOnly=t3282, varsUsedInGood=ciset[]
, varsUsedInGoodOnly=ciset[]), "oqivckbmqmdudicf"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=
hm{"do_2"=["resigned"], "do"=["Walker"], "What"=["Johnny"], "people"=["has"], "?"=["."]}), alwaysGoodMappings=MultiMap(data=
hm{"do_2"=["make"], "people"=["frogs"]}), badMappings=MultiMap(data=hm{"do_2"=["resigned"], "do"=["Walker"], "What"=["Johnny"]
, "people"=["has"], "?"=["."]}), completeBadMappings=[{"?"=".", "What"="Johnny", "do"="Walker", "do_2"="resigned", "people"=
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["frogs"]}), possibleVars=ciset["do", "do_2", "people", "What"], unclearVars=ciset["do_2", "people"], unusedVars=ciset[],
 usedVars=ciset["?", "do", "do_2", "people", "What"], varsUsedInBad=ciset["?", "do", "do_2", "people", "What"], varsUsedInBadOnly=
ciset["?", "do", "What"], varsUsedInGood=ciset["do_2", "people"], varsUsedInGoodOnly=ciset[]), "scssxbxxhztlhrgi"=ai_gazelle_analyzeStatementsForRule_Data(
alwaysBadMappings=MultiMap(data=hm{" "=["-"], "always"=["went"], "I"=["It"], "reading"=["tits"], "am"=["all"], "something"=
["up"]}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{" "=["-"], "always"=["went"], "I"=["It"], "reading"
=["tits"], "am"=["all"], "something"=["up"]}), completeBadMappings=[{" "="-", "I"="It", "always"="went", "am"="all", "reading"=
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ciset[], varsUsedInGoodOnly=ciset[]), "gbhpsjcpkrttdxqa"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(
data=hm{" "=["? "], "cucumbers"=["did"], "are"=["When"], "Why"=["Really"], "tasty"=["happen"], "so"=["this"]}), alwaysGoodMappings=
MultiMap(data=hm{}), badMappings=MultiMap(data=hm{" "=["? "], "cucumbers"=["did"], "are"=["When"], "Why"=["Really"], "tasty"=
["happen"], "so"=["this"]}), completeBadMappings=[{" "="? ", "Why"="Really", "are"="When", "cucumbers"="did", "so"="this",
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 varsUsedInBad=ciset[" ", "are", "cucumbers", "so", "tasty", "Why"], varsUsedInBadOnly=t4001, varsUsedInGood=ciset[], varsUsedInGoodOnly=
ciset[]), "evhlvkrofxgakgdf"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{}), alwaysGoodMappings=
MultiMap(data=hm{"hovercraft"=["body"]}), badMappings=MultiMap(data=hm{}), completeBadMappings=[], completeGoodMappings=[
{"hovercraft"="body"}], goodMappings=MultiMap(data=hm{"hovercraft"=["body"]}), possibleVars=ciset["hovercraft", "My"], unclearVars=
ciset[], unusedVars=ciset["My"], usedVars=ciset["hovercraft"], varsUsedInBad=ciset[], varsUsedInBadOnly=ciset[], varsUsedInGood=
ciset["hovercraft"], varsUsedInGoodOnly=t4149), "jcsfclqazoqakrvy"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=
MultiMap(data=hm{"are"=["is", "me"], "Why"=["Tell", "What"], "dumb"=["lame", "lollipops"], "so"=["about", "than"], "people"=
["lamer", "something"], "?"=["."]}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"are"=["is", "me"]
, "Why"=["Tell", "What"], "dumb"=["lame", "lollipops"], "so"=["about", "than"], "people"=["lamer", "something"], "?"=["."]
}), completeBadMappings=[{"?"=".", "Why"="Tell", "are"="me", "dumb"="lollipops", "people"="something", "so"="about"}, {"Why"=
"What", "are"="is", "dumb"="lame", "people"="lamer", "so"="than"}], completeGoodMappings=[], goodMappings=MultiMap(data=hm
{}), possibleVars=ciset["are", "dumb", "people", "so", "Why"], unclearVars=ciset[], unusedVars=ciset[], usedVars=ciset["?",
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t4400, varsUsedInGood=ciset[], varsUsedInGoodOnly=ciset[]), "thlosxakjdwgxchm"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings
=MultiMap(data=hm{"a"=["frogs", "has"], "mare"=["make", "resigned"], "is"=["Trump", "do"], "What"=["Donald"], "?"=["."]})
, alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"a"=["frogs", "has"], "mare"=["make", "resigned"],
 "is"=["Trump", "do"], "What"=["Donald"], "?"=["."]}), completeBadMappings=[{"?"=".", "What"="Donald", "a"="has", "is"="Trump",
 "mare"="resigned"}, {"a"="frogs", "is"="do", "mare"="make"}], completeGoodMappings=[], goodMappings=MultiMap(data=hm{}),
 possibleVars=ciset["a", "is", "mare", "What"], unclearVars=ciset[], unusedVars=ciset[], usedVars=ciset["?", "a", "is", "mare"
, "What"], varsUsedInBad=ciset["?", "a", "is", "mare", "What"], varsUsedInBadOnly=t4637, varsUsedInGood=ciset[], varsUsedInGoodOnly=
ciset[]), "zzpxtxzjypfxkjpi"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{"have"=["do"], "done"
=["make"], "horses"=["frogs"]}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"have"=["do"], "done"=
["make"], "horses"=["frogs"]}), completeBadMappings=[{"done"="make", "have"="do", "horses"="frogs"}], completeGoodMappings=
[], goodMappings=MultiMap(data=hm{}), possibleVars=ciset["done", "have", "horses", "What"], unclearVars=ciset[], unusedVars=
ciset["What"], usedVars=ciset["done", "have", "horses"], varsUsedInBad=ciset["done", "have", "horses"], varsUsedInBadOnly=
t4811, varsUsedInGood=ciset[], varsUsedInGoodOnly=ciset[]), "cfxbaquizxrskvsk"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings
=MultiMap(data=hm{"the"=["another"], "philosopher"=["name"], "of"=["for"], "time"=["frog"], "He"=["What"], "our"=["a"], "."
=["?"]}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"the"=["another"], "philosopher"=["name"],
 "of"=["for"], "time"=["frog"], "He"=["What"], "our"=["a"], "."=["?"]}), completeBadMappings=[{"."="?", "He"="What", "of"=
"for", "our"="a", "philosopher"="name", "the"="another", "time"="frog"}], completeGoodMappings=[], goodMappings=MultiMap(
data=hm{}), possibleVars=ciset["He", "is", "of", "our", "philosopher", "the", "time"], unclearVars=ciset[], unusedVars=ciset[
"is"], usedVars=ciset[".", "He", "of", "our", "philosopher", "the", "time"], varsUsedInBad=ciset[".", "He", "of", "our", "philosopher"
, "the", "time"], varsUsedInBadOnly=t5059, varsUsedInGood=ciset[], varsUsedInGoodOnly=ciset[]), "baagwlqqxvpkwnvl"=ai_gazelle_analyzeStatementsForRule_Data(
alwaysBadMappings=MultiMap(data=hm{" "=["-"], "faster"=["bigger", "something", "went"], "fast"=["2", "lollipops", "up"], "than"
=["about", "tits"], "is"=["7", "all", "me"], "What"=["Is", "It", "Tell"], "?"=["."]}), alwaysGoodMappings=MultiMap(data=hm
{"faster"=["lamer"], "fast"=["lame"]}), badMappings=MultiMap(data=hm{" "=["-"], "faster"=["bigger", "something", "went"],
 "fast"=["2", "lollipops", "up"], "than"=["about", "tits"], "is"=["7", "all", "me"], "What"=["Is", "It", "Tell"], "?"=["."]
}), completeBadMappings=[{" "="-", "?"=".", "What"="It", "fast"="up", "faster"="went", "is"="all", "than"="tits"}, {"?"="."
, "What"="Tell", "fast"="lollipops", "faster"="something", "is"="me", "than"="about"}, {"What"="Is", "fast"="2", "faster"=
"bigger", "is"="7"}], completeGoodMappings=[{"fast"="lame", "faster"="lamer"}], goodMappings=MultiMap(data=hm{"faster"=["lamer"
], "fast"=["lame"]}), possibleVars=ciset["fast", "faster", "is", "than", "What"], unclearVars=ciset["fast", "faster"], unusedVars=
ciset[], usedVars=ciset[" ", "?", "fast", "faster", "is", "than", "What"], varsUsedInBad=ciset[" ", "?", "fast", "faster",
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=ciset[]), "egqoucaezxjvueby"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{"do"=["make"], "people"
=["frogs"]}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"do"=["make"], "people"=["frogs"]}), completeBadMappings
=[{"do"="make", "people"="frogs"}], completeGoodMappings=[], goodMappings=MultiMap(data=hm{}), possibleVars=ciset["do", "people"
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, varsUsedInBadOnly=t5596, varsUsedInGood=ciset[], varsUsedInGoodOnly=ciset[]), "ipznujxnrjzeblgn"=ai_gazelle_analyzeStatementsForRule_Data(
alwaysBadMappings=MultiMap(data=hm{"the"=["for"], "some"=["another"], "foods"=["frog"], "are"=["is"], "oldest"=["a"], "Sausages"=
["What"], "of"=["name"], "."=["?"]}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{"the"=["for"],
 "some"=["another"], "foods"=["frog"], "are"=["is"], "oldest"=["a"], "Sausages"=["What"], "of"=["name"], "."=["?"]}), completeBadMappings=
[{"."="?", "Sausages"="What", "are"="is", "foods"="frog", "of"="name", "oldest"="a", "some"="another", "the"="for"}], completeGoodMappings=
[], goodMappings=MultiMap(data=hm{}), possibleVars=ciset["are", "foods", "of", "oldest", "Sausages", "some", "the"], unclearVars=
ciset[], unusedVars=ciset[], usedVars=ciset[".", "are", "foods", "of", "oldest", "Sausages", "some", "the"], varsUsedInBad=
ciset[".", "are", "foods", "of", "oldest", "Sausages", "some", "the"], varsUsedInBadOnly=t5859, varsUsedInGood=ciset[], varsUsedInGoodOnly
=ciset[]), "pxknqqnioznmfomd"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{}), alwaysGoodMappings=
MultiMap(data=hm{"Washing"=["Drinking", "Shaking"], "dishes"=["hands", "water"]}), badMappings=MultiMap(data=hm{}), completeBadMappings=
[], completeGoodMappings=[{"Washing"="Drinking", "dishes"="water"}, {"Washing"="Shaking", "dishes"="hands"}], goodMappings=
MultiMap(data=hm{"Washing"=["Drinking", "Shaking"], "dishes"=["hands", "water"]}), possibleVars=ciset["a", "give", "job",
 "Let", "me", "you"], unclearVars=ciset[], unusedVars=ciset["a", "give", "job", "Let", "me", "you"], usedVars=ciset["dishes",
 "Washing"], varsUsedInBad=ciset[], varsUsedInBadOnly=ciset[], varsUsedInGood=ciset["dishes", "Washing"], varsUsedInGoodOnly=
t6065), "prooasxksghqvtqk"=ai_gazelle_analyzeStatementsForRule_Data(alwaysBadMappings=MultiMap(data=hm{" "=["? "], "Some"=
["What"], "in"=["no"], "mathematics"=["Johnny"], "needed"=["is"], "jobs"=["president"], "is"=["Walker"], "many"=["longer"]
, "."=["?"]}), alwaysGoodMappings=MultiMap(data=hm{}), badMappings=MultiMap(data=hm{" "=["? "], "Some"=["What"], "in"=["no"]
, "mathematics"=["Johnny"], "needed"=["is"], "jobs"=["president"], "is"=["Walker"], "many"=["longer"], "."=["?"]}), completeBadMappings=
[{" "="? ", "."="?", "Some"="What", "in"="no", "is"="Walker", "jobs"="president", "many"="longer", "mathematics"="Johnny",
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, "mathematics", "needed", "Some"], varsUsedInBad=ciset[" ", ".", "in", "is", "jobs", "many", "mathematics", "needed", "Some"]
, varsUsedInBadOnly=t6334, varsUsedInGood=ciset[], varsUsedInGoodOnly=ciset[])}, engine=RuleEngine2(facts=ciset[], maxLevel=
100, maxOutLines=10000, minScore=50, printGroupedData=f, printMappings=f, printRejectedVars=f, rules=[RuleEngine2$Rule(comments=
[], globalID="ocubbbxuzrccelwe", in=["The evolution of horses has been studied."], insWithType=[TextAndType(text=t6424, type
="standard")], out="People have studied the evolution of horses.", text="The evolution of horses has been studied.\n=> People have studied the evolution of horses.",
 vars=ciset["evolution", "horses", "of", "studied", "The"]), RuleEngine2$Rule(comments=[], globalID="qfvvdliijarnpnom", in
=[t6444], insWithType=[TextAndType(text=t6444, type="standard")], out="People have studied how horses have evolved.", text=
"People have studied the evolution of horses.\n=> People have studied how horses have evolved.", vars=ciset["have", "horses",
 "People", "studied"]), RuleEngine2$Rule(comments=[], globalID="ilduuonyiwbuluwj", in=[t6500], insWithType=[TextAndType(text
=t6500, type="standard")], out="Horses have evolved.", text="People have studied how horses have evolved.\n=> Horses have evolved.",
 vars=ciset["evolved", "have", "horses"]), RuleEngine2$Rule(comments=[], globalID="mnaygbahvohhffpg", in=["Horses are mammals of the family Equidae."]
, insWithType=[TextAndType(text=t6586, type="standard")], out="Horses are mammals.", text="Horses are mammals of the family Equidae.\n=> Horses are mammals.",
 vars=ciset["are", "Horses", "mammals"]), RuleEngine2$Rule(comments=[], globalID="zijralpcmfrilxhx", in=["Horses are mammals."]
, insWithType=[TextAndType(text="Horses are mammals.", type="standard")], out="Every horse is a mammal.", text="Horses are mammals.\n=> Every horse is a mammal.",
 vars=ciset[]), RuleEngine2$Rule(comments=[], globalID="fixxvynskffiydup", in=["The evolution of horses has been well studied."]
, insWithType=[TextAndType(text=t6685, type="standard")], out=t6424, text="The evolution of horses has been well studied.\n=> The evolution of horses has been studied.",
 vars=ciset["been", "evolution", "has", "horses", "of", "studied", "The"]), RuleEngine2$Rule(comments=[], globalID="swriqjkgyhhrlmsy",
 in=[t6554], insWithType=[TextAndType(text=t6554, type="standard")], out="Ancient horses are different from modern horses.",
 text="Horses have evolved.\n=> Ancient horses are different from modern horses.", vars=ciset["Horses"]), RuleEngine2$Rule(
comments=[], globalID="tdyqmkqanadcusxt", in=[t6765], insWithType=[TextAndType(text=t6765, type="standard")], out="How do ancient horses differ from modern horses?",
 text="Ancient horses are different from modern horses.\n=> How do ancient horses differ from modern horses?", vars=ciset[
"Ancient", "from", "horses", "modern"]), RuleEngine2$Rule(comments=[], globalID="akcidloumodjhevg", in=["The general term for a young horse is foal."]
, insWithType=[TextAndType(text=t6847, type="standard")], out="A young horse is called a foal.", text="The general term for a young horse is foal.\n=> A young horse is called a foal.",
 vars=ciset["a", "foal", "horse", "is", "young"]), RuleEngine2$Rule(comments=[], globalID="xykmwvqlhalkjbkm", in=["Horses have been domesticated for at least 5000 years."]
, insWithType=[TextAndType(text=t6903, type="standard")], out="People domesticate horses.", text="Horses have been domesticated for at least 5000 years.\n=> People domesticate horses.",
 vars=ciset["Horses"]), RuleEngine2$Rule(comments=[], globalID="hhnfgluhgjnkzkqc", in=["A female horse is a mare."], insWithType=
[TextAndType(text=t6951, type="standard")], out="A mare is a female horse.", text="A female horse is a mare.\n=> A mare is a female horse.",
 vars=ciset["A", "female", "horse", "is", "mare"]), RuleEngine2$Rule(comments=[], globalID="thlosxakjdwgxchm", in=["What is a mare?",
 t6971], insWithType=[TextAndType(text="What is a mare?", type="standard"), TextAndType(text=t6971, type="standard")], out=
t6971, text="What is a mare?\n+=> A mare is a female horse.", vars=ciset["a", "female", "horse", "is", "mare"]), RuleEngine2$Rule(
comments=["timeless", "math"], globalID="vwxiwhfmipcyitfs", in=["What is 1+1?"], insWithType=[TextAndType(text="What is 1+1?",
 type="standard")], out="2", text="What is 1+1?\n=> 2", vars=ciset[]), RuleEngine2$Rule(comments=["LHS is angle pattern",
 "RHS is angle pattern"], globalID="jbwwfzgfmdcyinor", in=["What is <int>+<int>?"], insWithType=[TextAndType(text=t7129, type
="standard")], out="<int>", text="What is <int>+<int>?\n=> <int>", vars=ciset["int"]), RuleEngine2$Rule(comments=[], globalID=
"cfxbaquizxrskvsk", in=["He is the philosopher of our time."], insWithType=[TextAndType(text=t7177, type="standard")], out=
"{He is a philosopher} and {he lives in our time}.", text="He is the philosopher of our time.\n=> {He is a philosopher} and {he lives in our time}.",
 vars=ciset["He", "is", "our", "philosopher", "time"]), RuleEngine2$Rule(comments=[], globalID="jcsfclqazoqakrvy", in=["Why are people so dumb?"]
, insWithType=[TextAndType(text=t7233, type="standard")], out="People are dumb.", text="Why are people so dumb?\n=> People are dumb.",
 vars=ciset["are", "dumb", "people"]), RuleEngine2$Rule(comments=[], globalID="gbhpsjcpkrttdxqa", in=["Why are cucumbers so tasty?"]
, insWithType=[TextAndType(text=t7285, type="standard")], out="Cucumbers are tasty.", text="Why are cucumbers so tasty?\n=> Cucumbers are tasty.",
 vars=ciset["are", "cucumbers", "tasty"]), RuleEngine2$Rule(comments=[], globalID="giucyetisjdmdmka", in=["Many countries and regions have special kinds of sausage."]
, insWithType=[TextAndType(text=t7337, type="standard")], out="Many countries have special kinds of sausage.", text="Many countries and regions have special kinds of sausage.\n=> Many countries have special kinds of sausage.",
 vars=ciset["countries", "have", "kinds", "Many", "of", "sausage", "special"]), RuleEngine2$Rule(comments=[], globalID="dspqzgyeurptambx",
 in=[t7337], insWithType=[TextAndType(text=t7337, type="standard")], out="Many regions have special kinds of sausage.", text
="Many countries and regions have special kinds of sausage.\n=> Many regions have special kinds of sausage.", vars=ciset[
"have", "kinds", "Many", "of", "regions", "sausage", "special"]), RuleEngine2$Rule(comments=[], globalID="ipznujxnrjzeblgn",
 in=["Sausages are some of the oldest foods."], insWithType=[TextAndType(text=t7457, type="standard")], out="Sausages are food.",
 text="Sausages are some of the oldest foods.\n=> Sausages are food.", vars=ciset["are", "Sausages"]), RuleEngine2$Rule(comments
=[], globalID="koryrlsyjnfrxnzj", in=["A \"nose\" is a body part which allows animals to smell things."], insWithType=[TextAndType(
text=t7507, type="standard")], out="A \"nose\" is a body part.", text="A \"nose\" is a body part which allows animals to smell things.\n=> A \"nose\" is a body part.",
 vars=ciset["\"nose\"", "A", "body", "is", "part"]), RuleEngine2$Rule(comments=[], globalID="gzftdchpsqtaxbbu", in=["Your nose is very powerful and can remember up to 50,000 different scents."]
, insWithType=[TextAndType(text=t7563, type="standard")], out="Your nose is very powerful.", text="Your nose is very powerful and can remember up to 50,000 different scents.\n=> Your nose is very powerful.",
 vars=ciset["is", "nose", "powerful", "very", "Your"]), RuleEngine2$Rule(comments=[], globalID="pvahlfodreavigsl", in=[t7563]
, insWithType=[TextAndType(text=t7563, type="standard")], out="Your nose can remember up to 50,000 different scents.", text=
"Your nose is very powerful and can remember up to 50,000 different scents.\n=> Your nose can remember up to 50,000 different scents.",
 vars=ciset["000", "50", "can", "different", "nose", "remember", "scents", "to", "up", "Your"]), RuleEngine2$Rule(comments=
[], globalID="fquvdhrcbifizfhv", in=["A nose is a body part.", "You have a body."], insWithType=[TextAndType(text=t7685, type
="standard"), TextAndType(text="You have a body.", type="standard")], out="You maybe have a nose.", text="A nose is a body part.\n+ You have a body.\n=> You maybe have a nose.",
 vars=ciset["A", "have", "nose", "You"]), RuleEngine2$Rule(comments=[], globalID="xazgvpstxdasirzv", in=["A \"human\" (also called a \"human being\" or \"person\") is a member of the species \"Homo sapiens\", which means 'wise man' in Latin."]
, insWithType=[TextAndType(text=t7752, type="standard")], out="A \"human\" (also called a \"human being\" or \"person\") is a member of the species \"Homo sapiens\".",
 text="A \"human\" (also called a \"human being\" or \"person\") is a member of the species \"Homo sapiens\", which means 'wise man' in Latin.\n=> A \"human\" (also called a \"human being\" or \"person\") is a member of the species \"Homo sapiens\".",
 vars=ciset["\"Homo sapiens\"", "\"human being\"", "\"human\"", "\"person\"", "(also called a \"human being\" or \"person\")",
 "A", "also", "called", "is", "member", "of", "or", "species", "the"]), RuleEngine2$Rule(comments=[], globalID="kstwuaeglfbbnddw",
 in=[t7772], insWithType=[TextAndType(text=t7772, type="standard")], out="A \"human\" is also called a \"human being\" or \"person\".",
 text="A \"human\" (also called a \"human being\" or \"person\") is a member of the species \"Homo sapiens\".\n=> A \"human\" is also called a \"human being\" or \"person\".",
 vars=ciset["\"human being\"", "\"human\"", "\"person\"", "A", "also", "called", "is", "or"]), RuleEngine2$Rule(comments=
[], globalID="xarjusvuhdvjbacp", in=[t7846], insWithType=[TextAndType(text=t7846, type="standard")], out="A \"human\" is also called a \"human being\".",
 text="A \"human\" is also called a \"human being\" or \"person\".\n=> A \"human\" is also called a \"human being\".", vars=
ciset["\"human being\"", "\"human\"", "A", "also", "called", "is"]), RuleEngine2$Rule(comments=[], globalID="sgilocavdthduztv",
 in=[t7846], insWithType=[TextAndType(text=t7846, type="standard")], out="A \"human\" is also called a \"person\".", text=
"A \"human\" is also called a \"human being\" or \"person\".\n=> A \"human\" is also called a \"person\".", vars=ciset["\"human\"",
 "\"person\"", "A", "also", "called", "is"]), RuleEngine2$Rule(comments=["tokenize with javaTokNoQuotesWithBrackets"], globalID=
"avfhgmbbawnmgmjx", in=["What is another name for a human?", t7966], insWithType=[TextAndType(text=t8005, type="standard")
, TextAndType(text=t7966, type="standard")], out="a \"person\"", text="What is another name for a human?\n+ A \"human\" is also called a \"person\".\n=> a \"person\"",
 vars=ciset["\"person\"", "a"]), RuleEngine2$Rule(comments=[], globalID="zzpxtxzjypfxkjpi", in=["What have horses done?",
 t6554], insWithType=[TextAndType(text=t8068, type="standard"), TextAndType(text=t6554, type="standard")], out=t6554, text=
"What have horses done?\n+=> Horses have evolved.", vars=ciset["evolved", "have", "horses"]), RuleEngine2$Rule(comments=[
], globalID="egqoucaezxjvueby", in=["What do people do?", "People make various goods."], insWithType=[TextAndType(text="What do people do?",
 type="standard"), TextAndType(text=t8135, type="standard")], out=t8135, text="What do people do?\n+=> People make various goods.",
 vars=ciset["goods", "make", "people", "various"]), RuleEngine2$Rule(comments=[], globalID="oqivckbmqmdudicf", in=["What do people do_2?",
 t8135], insWithType=[TextAndType(text=t8200, type="standard"), TextAndType(text=t8135, type="standard")], out=t8135, text=
"What do people do_2?\n+=> People make various goods.", vars=ciset["goods", "make", "people", "various"]), RuleEngine2$Rule(
comments=[], globalID="baagwlqqxvpkwnvl", in=["What is faster than fast?"], insWithType=[TextAndType(text=t8267, type="standard")
], out="Super-fast.", text="What is faster than fast?\n=> Super-fast.", vars=ciset["fast"]), RuleEngine2$Rule(comments=[]
, globalID="bpixtmphpwmfyqxz", in=["\"Tennis\" is a sport played with a felt-covered rubber ball, a tennis racket, and a court."]
, insWithType=[TextAndType(text=t8315, type="standard")], out="\"Tennis\" is a sport.", text="\"Tennis\" is a sport played with a felt-covered rubber ball, a tennis racket, and a court.\n=> \"Tennis\" is a sport.",
 vars=ciset["\"Tennis\"", "a", "is", "sport"]), RuleEngine2$Rule(comments=[], globalID="imjlrxvgskzdxnuk", in=[t8315], insWithType=
[TextAndType(text=t8315, type="standard")], out="\"Tennis\" is played with a felt-covered rubber ball, a tennis racket, and a court.",
 text="\"Tennis\" is a sport played with a felt-covered rubber ball, a tennis racket, and a court.\n=> \"Tennis\" is played with a felt-covered rubber ball, a tennis racket, and a court.",
 vars=ciset["\"Tennis\"", "a", "and", "ball", "court", "covered", "felt", "is", "played", "racket", "rubber", "tennis", "with"
]), RuleEngine2$Rule(comments=[], globalID="ijmmfhirdarmntmn", in=["\"Tennis\" is a played with a felt-covered rubber ball, a tennis racket, and a court."]
, insWithType=[TextAndType(text=t8441, type="standard")], out="\"Tennis\" is a played with a felt-covered rubber ball.", text
="\"Tennis\" is a played with a felt-covered rubber ball, a tennis racket, and a court.\n=> \"Tennis\" is a played with a felt-covered rubber ball.",
 vars=ciset["\"Tennis\"", "a", "ball", "covered", "felt", "is", "played", "rubber", "with"]), RuleEngine2$Rule(comments=[
], globalID="nzpkkufrjuqxyhec", in=[t8441], insWithType=[TextAndType(text=t8441, type="standard")], out="\"Tennis\" is played with a tennis racket.",
 text="\"Tennis\" is a played with a felt-covered rubber ball, a tennis racket, and a court.\n=> \"Tennis\" is played with a tennis racket.",
 vars=ciset["\"Tennis\"", "a", "is", "played", "racket", "tennis", "with"]), RuleEngine2$Rule(comments=[], globalID="xiauxqbgqlowlgjb",
 in=[t8441], insWithType=[TextAndType(text=t8441, type="standard")], out="\"Tennis\" is a played with a court.", text="\"Tennis\" is a played with a felt-covered rubber ball, a tennis racket, and a court.\n=> \"Tennis\" is a played with a court.",
 vars=ciset["\"Tennis\"", "a", "court", "is", "played", "with"]), RuleEngine2$Rule(comments=[], globalID="jivcguokwulgenko",
 in=["In the 15th century the players played with rackets.", "It is the 15th century."], insWithType=[TextAndType(text=t8623,
 type="standard"), TextAndType(text=t8625, type="standard")], out="The players play with rackets.", text="In the 15th century the players played with rackets.\n+ It is the 15th century.\n=> The players play with rackets.",
 vars=ciset["players", "rackets", "the", "with"]), RuleEngine2$Rule(comments=[], globalID="vyeeuvwztxsbopow", in=["If the game count gets to 6–6, a \"tiebreaker\" is played.",
 "The game count is 6–6."], insWithType=[TextAndType(text=t8690, type="standard"), TextAndType(text=t8692, type="standard")
], out="A \"tiebreaker\" is played.", text="If the game count gets to 6–6, a \"tiebreaker\" is played.\n+ The game count is 6–6.\n=> A \"tiebreaker\" is played.",
 vars=ciset["\"tiebreaker\"", "a", "is", "played"]), RuleEngine2$Rule(comments=[], globalID="mctzlrihbezozaxt", in=["A \"computer\" is a machine (mostly electronic) that is able to accept data as input, process that data using predefined algorithms and data structures, and perform tasks as output - including the transformation of raw data into information, then knowledge, and finally insight about the data's domain."]
, insWithType=[TextAndType(text=t8757, type="standard")], out="A \"computer\" is a machine.", text="A \"computer\" is a machine (mostly electronic) that is able to accept data as input, process that data using predefined algorithms and data structures, and perform tasks as output - including the transformation of raw data into information, then knowledge, and finally insight about the data's domain.\n=> A \"computer\" is a machine.",
 vars=ciset["\"computer\"", "A", "is", "machine"]), RuleEngine2$Rule(comments=[], globalID="xxaqaprounocsapm", in=["Early examples are the astrolabe and the abacus."]
, insWithType=[TextAndType(text=t8811, type="standard")], out="The astrolabe is an early example.", text="Early examples are the astrolabe and the abacus.\n=> The astrolabe is an early example.",
 vars=ciset["astrolabe", "Early", "the"]), RuleEngine2$Rule(comments=[], globalID="limwezxsovlpqiro", in=[t8811], insWithType=
[TextAndType(text=t8811, type="standard")], out="The abacus is an early example.", text="Early examples are the astrolabe and the abacus.\n=> The abacus is an early example.",
 vars=ciset["abacus", "Early", "the"]), RuleEngine2$Rule(comments=[], globalID="qicobjkzpknejfds", in=["A computer user can control it by a user interface."]
, insWithType=[TextAndType(text=t8915, type="standard")], out="The user of a computer can control the computer using a user interface.",
 text="A computer user can control it by a user interface.\n=> The user of a computer can control the computer using a user interface.",
 vars=ciset["A", "can", "computer", "control", "interface", "user"]), RuleEngine2$Rule(comments=[], globalID="rtapodfpzhlmmtez",
 in=["Computers can also form networks with other computers for the purposes of data interchange and leveraging a distributed programming model for parallel processing."]
, insWithType=[TextAndType(text=t8973, type="standard")], out="Computers can form networks.", text="Computers can also form networks with other computers for the purposes of data interchange and leveraging a distributed programming model for parallel processing.\n=> Computers can form networks.",
 vars=ciset["can", "Computers", "form", "networks"]), RuleEngine2$Rule(comments=[], globalID="cbjapctouceucsne", in=["Historians disagree on which early machines are \"computers\"."]
, insWithType=[TextAndType(text=t9027, type="standard")], out="Some early machines may or may not be \"computers\".", text=
"Historians disagree on which early machines are \"computers\".\n=> Some early machines may or may not be \"computers\".",
 vars=ciset["\"computers\"", "early", "machines"]), RuleEngine2$Rule(comments=[], globalID="zhoiwfkdyzlufcid", in=["Mathematics is the study of numbers, shapes and patterns."]
, insWithType=[TextAndType(text=t9079, type="standard")], out="Mathematicians study numbers.", text="Mathematics is the study of numbers, shapes and patterns.\n=> Mathematicians study numbers.",
 vars=ciset["numbers", "study"]), RuleEngine2$Rule(comments=[], globalID="hrkuyuggrqeaejyh", in=[t9079], insWithType=[TextAndType(
text=t9079, type="standard")], out="Mathematicians study shapes.", text="Mathematics is the study of numbers, shapes and patterns.\n=> Mathematicians study shapes.",
 vars=ciset["shapes", "study"]), RuleEngine2$Rule(comments=[], globalID="emvxqimwpsuuabjb", in=[t9079], insWithType=[TextAndType(
text=t9079, type="standard")], out="Mathematicians study patterns.", text="Mathematics is the study of numbers, shapes and patterns.\n=> Mathematicians study patterns.",
 vars=ciset["patterns", "study"]), RuleEngine2$Rule(comments=[], globalID="vopjffxnwrjlupne", in=["Mathematics solves problems by using logic."]
, insWithType=[TextAndType(text=t9229, type="standard")], out="Mathematicians solve problems by using logic.", text="Mathematics solves problems by using logic.\n=> Mathematicians solve problems by using logic.",
 vars=ciset["by", "logic", "problems", "using"]), RuleEngine2$Rule(comments=[], globalID="micpqqkuvxktslgr", in=["Today, some mathematics is needed in many jobs.",
 "It is today."], insWithType=[TextAndType(text=t9283, type="standard"), TextAndType(text="It is today.", type="standard")
], out="Some mathematics is needed in many jobs.", text="Today, some mathematics is needed in many jobs.\n+ It is today.\n=> Some mathematics is needed in many jobs.",
 vars=ciset["in", "is", "jobs", "many", "mathematics", "needed", "some"]), RuleEngine2$Rule(comments=[], globalID="prooasxksghqvtqk",
 in=[t9316, "Plumber is a job."], insWithType=[TextAndType(text=t9316, type="standard"), TextAndType(text="Plumber is a job.",
 type="standard")], out="A plumber possibly needs to know some mathematics.", text="Some mathematics is needed in many jobs.\n+ Plumber is a job.\n=> A plumber possibly needs to know some mathematics.",
 vars=ciset["a", "mathematics", "Plumber", "Some"]), RuleEngine2$Rule(comments=[], globalID="hlibibrfehjoybet", in=["Prof. X won a Nobel prize in mathematics.",
 "There is no Nobel prize in mathematics."], insWithType=[TextAndType(text=t9423, type="standard"), TextAndType(text=t9425,
 type="standard")], out="What? There is no Nobel prize in mathematics.", text="Prof. X won a Nobel prize in mathematics.\n+ There is no Nobel prize in mathematics.\n=> What? There is no Nobel prize in mathematics.",
 vars=ciset["in", "is", "mathematics", "no", "Nobel", "prize", "There"]), RuleEngine2$Rule(comments=["dialog"], globalID=
"rolynadynqunpydb", in=["Are you a mathematician?", "No."], insWithType=[TextAndType(text=t9497, type="standard"), TextAndType(
text="No.", type="standard")], out="You are not a mathematician.", text="Are you a mathematician?\n+ No.\n=> You are not a mathematician.",
 vars=ciset["a", "Are", "mathematician", "you"]), RuleEngine2$Rule(comments=["tokenize with javaTokNoQuotes"], globalID="kufkwhjtklbjdjif"
, in=["Is 5 bigger than 4?"], insWithType=[TextAndType(text="Is 5 bigger than 4?", type="standard")], out="java check: bigIntBiggerThan(\"5\", \"4\")",
 text="Is 5 bigger than 4?\n=> java check: bigIntBiggerThan(\"5\", \"4\")", vars=ciset[]), RuleEngine2$Rule(comments=[], globalID
="kirdwgzxpxozfkje", in=["Wir suchen einen Redakteur."], insWithType=[TextAndType(text=t9612, type="standard")], out="Oder eine Redakteur{}in.",
 text="Wir suchen einen Redakteur.\n=> Oder eine Redakteur{}in.", vars=ciset["Redakteur"]), RuleEngine2$Rule(comments=[],
 globalID="iawrxyulyevdrjkj", in=["Wir suchen eine $Redakteur{}in. |"], insWithType=[TextAndType(text=t9660, type="standard")
], out="Oder einen $Redakteur.", text="Wir suchen eine $Redakteur{}in. | => Oder einen $Redakteur.", vars=ciset["$Redakteur"]
), RuleEngine2$Rule(comments=[], globalID="nhiauetpeltzoxxe", in=["These crooks are never honest and straightforward, not if they can help it."]
, insWithType=[TextAndType(text=t9708, type="standard")], out="These crooks are never honest and straightforward.", text=
"These crooks are never honest and straightforward, not if they can help it.\n=> These crooks are never honest and straightforward.",
 vars=ciset["and", "are", "crooks", "honest", "never", "straightforward", "These"]), RuleEngine2$Rule(comments=[], globalID=
"pgtlyhudmpgpwpfu", in=[t9728], insWithType=[TextAndType(text=t9728, type="standard")], out="These crooks are never honest.",
 text="These crooks are never honest and straightforward.\n=> These crooks are never honest.", vars=ciset["are", "crooks",
 "honest", "never", "These"]), RuleEngine2$Rule(comments=[], globalID="fwgkyfjffrrfaemx", in=[t9728], insWithType=[TextAndType(
text=t9728, type="standard")], out="These crooks are never straightforward.", text="These crooks are never honest and straightforward.\n=> These crooks are never straightforward.",
 vars=ciset["are", "crooks", "never", "straightforward", "These"]), RuleEngine2$Rule(comments=[], globalID="emtdmwvjvjklpavd",
 in=["Walter Jones, RIP"], insWithType=[TextAndType(text="Walter Jones, RIP", type="standard")], out="Walter Jones is dead.",
 text="Walter Jones, RIP\n=> Walter Jones is dead.", vars=ciset["Jones", "Walter"]), RuleEngine2$Rule(comments=["tokenize with javaTokNPunctuation"]
, globalID="amsrietsqvidageg", in=["My Life as a Reader"], insWithType=[TextAndType(text="My Life as a Reader", type="standard")
], out="{I am a reader} and {I will talk about it}.", text="My Life as a Reader\n=> {I am a reader} and {I will talk about it}.",
 vars=ciset["a", "Reader"]), RuleEngine2$Rule(comments=[], globalID="scssxbxxhztlhrgi", in=["I am always reading something."]
, insWithType=[TextAndType(text=t9981, type="standard")], out="For every point in time, there is a thing that I read.", text
="I am always reading something.\n=> For every point in time, there is a thing that I read.", vars=ciset["I"]), RuleEngine2$Rule(
comments=[], globalID="ztzmlolhboostqci", in=["He is a spy."], insWithType=[TextAndType(text="He is a spy.", type="standard")
], out="He spies on people.", text="He is a spy.\n=> He spies on people.", vars=ciset["He"]), RuleEngine2$Rule(comments=[
], globalID="imlssbaekdlokfri", in=["Penn and Teller get fooled by a phone charger."], insWithType=[TextAndType(text=t10077,
 type="standard")], out="A phone charger fools Penn and Teller.", text="Penn and Teller get fooled by a phone charger.\n=> A phone charger fools Penn and Teller.",
 vars=ciset["a", "and", "charger", "Penn", "phone", "Teller"]), RuleEngine2$Rule(comments=["example answer"], globalID="dwroaotrnxhavnlt",
 in=["What are you doing?"], insWithType=[TextAndType(text="What are you doing?", type="standard")], out="I am looking for a woman.",
 text="What are you doing?\n=> I am looking for a woman.", vars=ciset[]), RuleEngine2$Rule(comments=[], globalID="qqhqrocsdnpeilfp",
 in=[t10156], insWithType=[TextAndType(text=t10156, type="standard")], out="Where are you looking?", text="I am looking for a woman.\n=> Where are you looking?",
 vars=ciset["looking"]), RuleEngine2$Rule(comments=[], globalID="hfwzatomfeyikyyh", in=[t10156], insWithType=[TextAndType(
text=t10156, type="standard")], out="Have you found one yet?", text="I am looking for a woman.\n=> Have you found one yet?",
 vars=ciset[]), RuleEngine2$Rule(comments=[], globalID="estnudmhafpfhaha", in=["Hello"], insWithType=[TextAndType(text="Hello",
 type="standard")], out="Hello", text="Hello\n=> Hello", vars=ciset["Hello"]), RuleEngine2$Rule(comments=[], globalID="pocouwoguitbzfpq",
 in=["Donald Trump has resigned."], insWithType=[TextAndType(text=t10326, type="standard")], out="Donald Trump is no longer president.",
 text="Donald Trump has resigned.\n=> Donald Trump is no longer president.", vars=ciset["Donald", "Trump"]), RuleEngine2$Rule(
comments=[], globalID="gndamxflgukjmkji", in=[t10346], insWithType=[TextAndType(text=t10346, type="standard")], out="Donald Trump used to be president.",
 text="Donald Trump is no longer president.\n=> Donald Trump used to be president.", vars=ciset["Donald", "president", "Trump"]
), RuleEngine2$Rule(comments=[], globalID="pocouwoguitbzfpq", in=[t10326, "I care about Donald Trump."], insWithType=[TextAndType(
text=t10326, type="standard"), TextAndType(text=t10430, type="standard")], out="Really? When did this happen?", text="Donald Trump has resigned.\n+ I care about Donald Trump.\n=> Really? When did this happen?",
 vars=ciset[]), RuleEngine2$Rule(comments=[], globalID="dxwlziwmwekjrdpg", in=["I want to know whether I care about Donald Trump."]
, insWithType=[TextAndType(text=t10488, type="standard")], out="Do I have to care about Donald Trump?", text="I want to know whether I care about Donald Trump.\n=> Do I have to care about Donald Trump?",
 vars=ciset["about", "care", "Donald", "I", "to", "Trump"]), RuleEngine2$Rule(comments=[], globalID="jyvaspfoakvjnbms", in
=[t10326], insWithType=[TextAndType(text=t10326, type="standard")], out="What? Donald Trump is no longer president?", text=
"Donald Trump has resigned.\n=> What? Donald Trump is no longer president?", vars=ciset["Donald", "Trump"]), RuleEngine2$Rule(
comments=[], globalID="mldwnckktptivnhf", in=["When will you resign?"], insWithType=[TextAndType(text=t10596, type="standard")
], out="When will you give up your job?", text="When will you resign?\n=> When will you give up your job?", vars=ciset["When",
 "will", "you"]), RuleEngine2$Rule(comments=[], globalID="kwzierdtickjoonf", in=[t10616, "I don't have a job"], insWithType=
[TextAndType(text=t10616, type="standard"), TextAndType(text="I don't have a job", type="standard")], out="I don't have a job",
 text="When will you give up your job?\n+=> I don't have a job", vars=ciset["a", "don't", "have", "I", "job"]), RuleEngine2$Rule(
comments=[], globalID="lowgskefxmbjhlwz", in=["Let's assume"], insWithType=[TextAndType(text="Let's assume", type="standard")
], out="Let's assume what?", text="Let's assume\n=> Let's assume what?", vars=ciset["assume", "Let's"]), RuleEngine2$Rule(
comments=[], globalID="vrlemqdcyhnumydk", in=["What if"], insWithType=[TextAndType(text="What if", type="standard")], out=
"What if what?", text="What if\n=> What if what?", vars=ciset["if", "What"]), RuleEngine2$Rule(comments=[], globalID="oxcsavtflzlycndb",
 in=["Do you have a job?", "I don't have a job."], insWithType=[TextAndType(text="Do you have a job?", type="standard"), TextAndType
(text="I don't have a job.", type="standard")], out="No", text="Do you have a job?\n+ I don't have a job.\n=> No", vars=ciset
[]), RuleEngine2$Rule(comments=[], globalID="aciaspzfwgueipxv", in=["Do you have a job?", "I have a job."], insWithType=[
TextAndType(text="Do you have a job?", type="standard"), TextAndType(text="I have a job.", type="standard")], out="Yes", text
="Do you have a job?\n+ I have a job.\n=> Yes", vars=ciset[]), RuleEngine2$Rule(comments=[], globalID="vnzfdoyvuytcaxar",
 in=["Let me give you a job."], insWithType=[TextAndType(text=t10937, type="standard")], out="What's the job?", text="Let me give you a job.\n=> What's the job?",
 vars=ciset["job"]), RuleEngine2$Rule(comments=["in = dialog"], globalID="vdogxugdsxqqtweg", in=[t10937, "What's the job?"]
, insWithType=[TextAndType(text=t10937, type="dialog-2"), TextAndType(text="What's the job?", type="dialog-1")], out="Washing dishes",
 text="Let me give you a job.\n+ What's the job?\n=> Washing dishes", vars=ciset[]), RuleEngine2$Rule(comments=["in = dialog"]
, globalID="pxknqqnioznmfomd", in=[t10937, "What's the job?", "Washing dishes"], insWithType=[TextAndType(text=t10937, type=
"dialog-3"), TextAndType(text="What's the job?", type="dialog-2"), TextAndType(text="Washing dishes", type="dialog-1")], out
="I should be washing dishes.", text="Let me give you a job.\n+ What's the job?\n+ Washing dishes\n=> I should be washing dishes.",
 vars=ciset["dishes", "Washing"]), RuleEngine2$Rule(comments=[], globalID="kispwxwhvsdphktq", in=["\"Human\" is an interesting category.",
 "I don't know if you are human."], insWithType=[TextAndType(text=t11123, type="standard"), TextAndType(text=t11125, type=
"standard")], out="Are you a human?", text="\"Human\" is an interesting category.\n+ I don't know if you are human.\n=> Are you a human?",
 vars=ciset["are", "human", "you"]), RuleEngine2$Rule(comments=["fact + event => replacement fact"], globalID="tbcgvevmbqujexfn",
 in=["Black's king is on C4.", "Black moves the king to D5."], insWithType=[TextAndType(text=t11189, type="dialog-2"), TextAndType(
text=t11191, type="dialog-1")], out="Black's king is on D5.", text="Black's king is on C4.\n+ Black moves the king to D5.\n=> Black's king is on D5.",
 vars=ciset["Black's", "D5", "is", "king", "on"]), RuleEngine2$Rule(comments=["out = action", "from simple wikipedia topic \"Human\"",
 "previous lines = \"\""], globalID="vhxdjlqojrfcksaq", in=["--The choice of image has been discussed at length."], insWithType=
[TextAndType(text=t11263, type="standard")], out="ignore", text="--The choice of image has been discussed at length.\n=> ignore",
 vars=ciset[]), RuleEngine2$Rule(comments=["out = action", t11251, "previous lines = \"--The choice of image has been discussed at length.\""]
, globalID="nwcrfwlfikwkxotf", in=["Please don't change it without first obtaining consensus."], insWithType=[TextAndType(
text=t11315, type="standard")], out="ignore", text="Please don't change it without first obtaining consensus.\n=> ignore",
 vars=ciset[]), RuleEngine2$Rule(comments=["out = action", t11251, "previous lines = \"--The choice of image has been discussed at length.\\nPlease don't change it without first obtaining consensus.\\nA \\\"human\\\" (also called a \\\"human being\\\" or \\\"person\\\") is a member of the species \\\"Homo sapiens\\\", which means 'wise man' in Latin.\\n<ref>{{cite web|url=http://www.bartleby.com/61/99/H0259900.html|title=homo sapiens}}</ref> Carolus Linnaeus put humans in the mammalian order of primates.<ref>Groves Colin; Wilson D.E. & Reeder D.M. (eds) 2005. \\\"Mammal species of the world\\\". 3rd ed. Johns Hopkins University Press. {{ISBN|0-801-88221-4}}</ref> Humans are a type of hominoid, and chimpanzees, gorillas, and orangutans are their closest living relatives.\\nHumans are mammals.\\nThey are also social animals.\\nThey usually live in groups.\\nThey help and protect each other.\\nThey care for their children.\\nHumans are bipedal, which means they walk on two legs.\\nHumans have a very complex brain, which is much larger than that of the other living apes.\\nThey use language, make ideas, and feel emotions.\\nThis brain, and the fact that arms are not needed for walking, lets humans use tools.\\nHumans use tools far more than any other species.\\nThere are humans living on every continent.\\n<ref>There are permanently manned bases on Antarctica.\\nHumans have a long period of development after birth.\\nTheir life depends less on instinct than other animals, and more on learning.\\nHumans are also born with their brains not so well developed as those of other mammals.\\nThis makes for an unusually long childhood, and this which makes family life important.\\nThere is a good reason for this.\\nIf their brains were better developed they would be larger, and this would make birth more difficult.\\nIn birth, the baby's head has to get through the 'birth canal', a passageway through the mother's pelvis.\\nMany animals use signs and sounds to communicate with each other.\\nBut humans have a complex system called language.\\nIt allows them to express ideas by using words.\\nHumans are capable of making abstract ideas and communicating them to others.\\nHuman language can express things that are not present, or talk about events that are not happening at that time.\""]
, globalID="agbomfhqafnjntdz", in=["<ref>Poe, Marshall T."], insWithType=[TextAndType(text=t11367, type="standard")], out=
"ignore", text="<ref>Poe, Marshall T.\n=> ignore", vars=ciset[]), RuleEngine2$Rule(comments=["out = action", t11251, "previous lines = \"--The choice of image has been discussed at length.\\nPlease don't change it without first obtaining consensus.\\nA \\\"human\\\" (also called a \\\"human being\\\" or \\\"person\\\") is a member of the species \\\"Homo sapiens\\\", which means 'wise man' in Latin.\\n<ref>{{cite web|url=http://www.bartleby.com/61/99/H0259900.html|title=homo sapiens}}</ref> Carolus Linnaeus put humans in the mammalian order of primates.<ref>Groves Colin; Wilson D.E. & Reeder D.M. (eds) 2005. \\\"Mammal species of the world\\\". 3rd ed. Johns Hopkins University Press. {{ISBN|0-801-88221-4}}</ref> Humans are a type of hominoid, and chimpanzees, gorillas, and orangutans are their closest living relatives.\\nHumans are mammals.\\nThey are also social animals.\\nThey usually live in groups.\\nThey help and protect each other.\\nThey care for their children.\\nHumans are bipedal, which means they walk on two legs.\\nHumans have a very complex brain, which is much larger than that of the other living apes.\\nThey use language, make ideas, and feel emotions.\\nThis brain, and the fact that arms are not needed for walking, lets humans use tools.\\nHumans use tools far more than any other species.\\nThere are humans living on every continent.\\n<ref>There are permanently manned bases on Antarctica.\\nHumans have a long period of development after birth.\\nTheir life depends less on instinct than other animals, and more on learning.\\nHumans are also born with their brains not so well developed as those of other mammals.\\nThis makes for an unusually long childhood, and this which makes family life important.\\nThere is a good reason for this.\\nIf their brains were better developed they would be larger, and this would make birth more difficult.\\nIn birth, the baby's head has to get through the 'birth canal', a passageway through the mother's pelvis.\\nMany animals use signs and sounds to communicate with each other.\\nBut humans have a complex system called language.\\nIt allows them to express ideas by using words.\\nHumans are capable of making abstract ideas and communicating them to others.\\nHuman language can express things that are not present, or talk about events that are not happening at that time.\\n<ref>Poe, Marshall T.\""]
, globalID="mpxgjyssxzlklkjf", in=["\"A history of communications: media and society from the evolution of speech to the internet\"."]
, insWithType=[TextAndType(text=t11419, type="standard")], out="ignore", text="\"A history of communications: media and society from the evolution of speech to the internet\".\n=> ignore",
 vars=ciset[]), RuleEngine2$Rule(comments=["out = action", t11251, "previous lines = \"--The choice of image has been discussed at length.\\nPlease don't change it without first obtaining consensus.\\nA \\\"human\\\" (also called a \\\"human being\\\" or \\\"person\\\") is a member of the species \\\"Homo sapiens\\\", which means 'wise man' in Latin.\\n<ref>{{cite web|url=http://www.bartleby.com/61/99/H0259900.html|title=homo sapiens}}</ref> Carolus Linnaeus put humans in the mammalian order of primates.<ref>Groves Colin; Wilson D.E. & Reeder D.M. (eds) 2005. \\\"Mammal species of the world\\\". 3rd ed. Johns Hopkins University Press. {{ISBN|0-801-88221-4}}</ref> Humans are a type of hominoid, and chimpanzees, gorillas, and orangutans are their closest living relatives.\\nHumans are mammals.\\nThey are also social animals.\\nThey usually live in groups.\\nThey help and protect each other.\\nThey care for their children.\\nHumans are bipedal, which means they walk on two legs.\\nHumans have a very complex brain, which is much larger than that of the other living apes.\\nThey use language, make ideas, and feel emotions.\\nThis brain, and the fact that arms are not needed for walking, lets humans use tools.\\nHumans use tools far more than any other species.\\nThere are humans living on every continent.\\n<ref>There are permanently manned bases on Antarctica.\\nHumans have a long period of development after birth.\\nTheir life depends less on instinct than other animals, and more on learning.\\nHumans are also born with their brains not so well developed as those of other mammals.\\nThis makes for an unusually long childhood, and this which makes family life important.\\nThere is a good reason for this.\\nIf their brains were better developed they would be larger, and this would make birth more difficult.\\nIn birth, the baby's head has to get through the 'birth canal', a passageway through the mother's pelvis.\\nMany animals use signs and sounds to communicate with each other.\\nBut humans have a complex system called language.\\nIt allows them to express ideas by using words.\\nHumans are capable of making abstract ideas and communicating them to others.\\nHuman language can express things that are not present, or talk about events that are not happening at that time.\\n<ref>Poe, Marshall T.\\n\\\"A history of communications: media and society from the evolution of speech to the internet\\\".\""]
, globalID="hdhahkgthaztltgd", in=["Cambridge University Press."], insWithType=[TextAndType(text=t11471, type="standard")
], out="ignore", text="Cambridge University Press.\n=> ignore", vars=ciset[]), RuleEngine2$Rule(comments=[], globalID="kjdqvwakiniwwqwk",
 in=["Some people are very religious."], insWithType=[TextAndType(text=t11518, type="standard")], out="Some people are religious.",
 text="Some people are very religious.\n=> Some people are religious.", vars=ciset["are", "people", "religious", "Some"])
, RuleEngine2$Rule(comments=[], globalID="odggknnsfnhdpcpg", in=["Art has existed almost as long as humans."], insWithType=
[TextAndType(text=t11572, type="standard")], out="Art exists.", text="Art has existed almost as long as humans.\n=> Art exists.",
 vars=ciset["Art"]), RuleEngine2$Rule(comments=[], globalID="ncxfrbjutdbeilwf", in=[t11572], insWithType=[TextAndType(text=
t11572, type="standard")], out="Humans exist.", text="Art has existed almost as long as humans.\n=> Humans exist.", vars=
ciset["humans"]), RuleEngine2$Rule(comments=["out = action", "from simple wikipedia topic \"Duck\"", "previous lines = \"\""]
, globalID="xvbgxbhmrgxpjgcr", in=["thumb|Australian freckled duck, male."], insWithType=[TextAndType(text=t11673, type="standard"
)], out="ignore", text="thumb|Australian freckled duck, male.\n=> ignore", vars=ciset[]), RuleEngine2$Rule(comments=[], globalID
="groptgxsfgrvvrbr", in=["Most ducks are aquatic birds."], insWithType=[TextAndType(text=t11720, type="standard")], out="Sometimes, a duck is an aquatic bird."
, text="Most ducks are aquatic birds.\n=> Sometimes, a duck is an aquatic bird.", vars=ciset["aquatic"]), RuleEngine2$Rule(
comments=[], globalID="fdzqznivftdmziwb", in=["Ducks are not a monophyletic group."], insWithType=[TextAndType(text=t11768,
 type="standard")], out="Not all ducks have the same ancestor.", text="Ducks are not a monophyletic group.\n=> Not all ducks have the same ancestor.",
 vars=ciset["Ducks", "not"]), RuleEngine2$Rule(comments=[], globalID="nkdawocnrdltjrwd", in=["Ducks are closely related to swans and geese, which are in the same family."]
, insWithType=[TextAndType(text=t11818, type="standard")], out="Ducks are closely related to swans and geese.", text="Ducks are closely related to swans and geese, which are in the same family.\n=> Ducks are closely related to swans and geese.",
 vars=ciset["and", "are", "closely", "Ducks", "geese", "related", "swans", "to"]), RuleEngine2$Rule(comments=[], globalID=
"kybkbgefoasbhlqo", in=["However bread is not healthy for ducks and can kill them."], insWithType=[TextAndType(text=t11880,
 type="standard")], out="Bread is not healthy for ducks.", text="However bread is not healthy for ducks and can kill them.\n=> Bread is not healthy for ducks.",
 vars=ciset["bread", "ducks", "for", "healthy", "is", "not"]), RuleEngine2$SimplifyWithRule(comments=[], globalID="ukxdasqhjwvhwcld",
 text="simplify with tok_dropStuffInRoundBrackets"), RuleEngine2$SimplifyWithRule(comments=[], globalID="vrsmjehsxwriwuod",
 text="drop after word \"using\""), RuleEngine2$SimplifyWithRule(comments=[], globalID="fyzflwnrganibxpj", text="simplify with fullStop")
, RuleEngine2$Rule(comments=[], globalID="aqgfsnrxiozqhlos", in=["Many programming languages use or support regular expressions."]
, insWithType=[TextAndType(text=t11986, type="standard")], out="Many programming languages use regular expressions.", text=
"Many programming languages use or support regular expressions.\n=> Many programming languages use regular expressions.",
 vars=ciset["expressions", "languages", "Many", "programming", "regular", "use"]), RuleEngine2$Rule(comments=[], globalID=
"cudxkzclffphofpe", in=[t11986], insWithType=[TextAndType(text=t11986, type="standard")], out="Many programming languages support regular expressions.",
 text="Many programming languages use or support regular expressions.\n=> Many programming languages support regular expressions.",
 vars=ciset["expressions", "languages", "Many", "programming", "regular", "support"]), RuleEngine2$SimplifyWithRule(comments=
[], globalID="tqbfqvgewxjhrmof", text="simplify with tok_dropAfterRoundBracketStuff"), RuleEngine2$Rule(comments=[], globalID=
"cczjwllehhvtvenk", in=["A \"regular expression\" (abbreviated \"regexp\" or \"regex\")"], insWithType=[TextAndType(text=
t12118, type="standard")], out="\"regular expression\" can be abbreviated as \"regexp\" or \"regex\".", text="A \"regular expression\" (abbreviated \"regexp\" or \"regex\")\n=> \"regular expression\" can be abbreviated as \"regexp\" or \"regex\".",
 vars=ciset["\"regex\"", "\"regexp\"", "\"regular expression\"", "abbreviated", "or"]), RuleEngine2$Rule(comments=[], globalID=
"onykovuvfdgyotlv", in=[t12138], insWithType=[TextAndType(text=t12138, type="standard")], out="\"regular expression\" can be abbreviated as \"regexp\".",
 text="\"regular expression\" can be abbreviated as \"regexp\" or \"regex\".\n=> \"regular expression\" can be abbreviated as \"regexp\".",
 vars=ciset["\"regexp\"", t12152, "abbreviated", "as", "be", "can"]), RuleEngine2$Rule(comments=[], globalID="ykkdbqzaxyjtmggn",
 in=[t12138], insWithType=[TextAndType(text=t12138, type="standard")], out="\"regular expression\" can be abbreviated as \"regex\".",
 text="\"regular expression\" can be abbreviated as \"regexp\" or \"regex\".\n=> \"regular expression\" can be abbreviated as \"regex\".",
 vars=ciset["\"regex\"", t12152, "abbreviated", "as", "be", "can"]), RuleEngine2$SimplifyWithRule(comments=[], globalID="qpndivwxxhyhcokb"
, text="group words \"regular expression\""), RuleEngine2$SimplifyWithRule(comments=[], globalID="qsmwqypptqtutath", text=
"drop after word \"is\""), RuleEngine2$Rule(comments=[], globalID="evhlvkrofxgakgdf", in=["My hovercraft"], insWithType=[
TextAndType(text="My hovercraft", type="standard")], out="I have a hovercraft.", text="My hovercraft\n=> I have a hovercraft.",
 vars=ciset["hovercraft"])]))
]];

p-exp {
  GazelleEvalContext ctx = unstruct(struct);
  GazelleTree tree = new(print("My ear is full of water."));
  print("Rules: " + l(ctx.engine.rules));
  tree.ctx = ctx;
  temp tempIndent();
  L<GazelleTree> l = gazelle_getChildren(tree);
  pnl(l);
  assertEqualsVerbose(collect line(l), ll("My ear"));
}