binary Who acts: writing numbers, computers, binary star, stars, you, it · What happens: use, make, have, be, go round, read · To what, where: digits, two choices, pair, each, 10, binary · Speech: someone speaks here
«binary» in the mysticism dictionary: its 3 meanings for a pupil and its 12 examples, every sentence parsed by Mova itself — its syntax tree, a dependency tree in the style of Universal Dependencies, and its pragmatics clause by clause. The word in the dictionary, with its sense in the lessons: binary in the mysticism dictionary .
Meaning 1 A way of writing numbers using only the digits 0 and 1, which computers use.
The tree, 15 words det case compound nmod acl advmod det obj flat cc conj punct det nsubj acl:relcl punct root A DET way NOUN of ADP writing NOUN numbers NOUN using VERB only ADV the DET digits NOUN 0 NUM and CCONJ 1 NUM , PUNCT which DET computers NOUN use VERB . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 A a DET Definite=Ind PronType=Art 2 way det 2 way way NOUN Number=Sing root root 3 of of ADP _ 5 numbers case 4 writing writing NOUN Number=Sing 5 numbers compound 5 numbers number NOUN Number=Plur 2 way nmod 6 using use VERB VerbForm=Ger 5 numbers acl 7 only only ADV _ 9 digits advmod 8 the the DET Definite=Def PronType=Art 9 digits det 9 digits digit NOUN Number=Plur 6 using obj 10 0 0 NUM NumForm=Digit NumType=Card 9 digits flat 11 and and CCONJ _ 12 1 cc 12 1 1 NUM NumForm=Digit NumType=Card 10 0 conj 13 , , PUNCT _ 16 use punct 14 which which DET PronType=Int 15 computers det 15 computers computer NOUN Number=Plur 16 use nsubj 16 use use VERB Mood=Ind Number=Plur Person=3 Tense=Pres VerbForm=Fin 9 digits acl:relcl 17 . . PUNCT _ 2 way punct
# verb tense, mood who what, whom to whom where when other roles by
1 use gerund writing numbers not said here the digits vn eat-39.1 «NP V NP»: agent=Agent digit=Patient 2 use present which computers vn eat-39.1 «NP V»: agent=Agent
One row per clause the reader finds. «not said here»: a role filled from the clause above. «roles by»: a VerbNet class and frame when one fits the verb, else the reader's rules on the tree.
Meaning 2 Made of two parts, or having only two choices, like yes or no, on or off.
The tree, 16 words case nummod obl punct cc advcl advmod nummod obj punct case obj cc discourse punct conj cc conj punct root Made VERB of ADP two NUM parts NOUN , PUNCT or CCONJ having VERB only ADV two NUM choices NOUN , PUNCT like ADP yes INTJ or CCONJ no INTJ , PUNCT on ADP or CCONJ off ADV . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 Made make VERB Tense=Past VerbForm=Part Voice=Pass root root 2 of of ADP _ 4 parts case 3 two two NUM NumForm=Word NumType=Card 4 parts nummod 4 parts part NOUN Number=Plur 1 Made obl 5 , , PUNCT _ 7 having punct 6 or or CCONJ _ 7 having cc 7 having have VERB Tense=Pres VerbForm=Part 1 Made advcl 8 only only ADV _ 9 two advmod 9 two two NUM NumForm=Word NumType=Card 10 choices nummod 10 choices choice NOUN Number=Plur 7 having obj 11 , , PUNCT _ 13 yes punct 12 like like ADP _ 13 yes case 13 yes yes INTJ Polarity=Pos 7 having obj 14 or or CCONJ _ 17 on cc 15 no no INTJ Polarity=Neg 17 on discourse 16 , , PUNCT _ 17 on punct 17 on on ADP _ 13 yes conj 18 or or CCONJ _ 19 off cc 19 off off ADV _ 17 on conj 20 . . PUNCT _ 1 Made punct
# verb tense, mood who what, whom to whom where when other roles by
1 make participle of two parts vn build-26.1-1 «NP.asset V NP»: agent=Asset 2 have gerund two choices tree rules
Meaning 3 A binary star is a pair of stars that go round each other.
det amod nsubj cop det case nmod nsubj acl:relcl advmod obl fixed punct root A DET binary ADJ star NOUN is AUX a DET pair NOUN of ADP stars NOUN that PRON go VERB round ADV each DET other ADJ . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 A a DET Definite=Ind PronType=Art 3 star det 2 binary binary ADJ Degree=Pos 3 star amod 3 star star NOUN Number=Sing 6 pair nsubj 4 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 6 pair cop 5 a a DET Definite=Ind PronType=Art 6 pair det 6 pair pair NOUN Number=Sing root root 7 of of ADP _ 8 stars case 8 stars star NOUN Number=Plur 6 pair nmod 9 that that PRON PronType=Rel 10 go nsubj 10 go go VERB Mood=Ind Number=Plur Person=3 Tense=Pres VerbForm=Fin 8 stars acl:relcl 11 round round ADV _ 12 each advmod 12 each each DET ExtPos=PRON PronType=Rcp 10 go obl 13 other other ADJ Degree=Pos 12 each fixed 14 . . PUNCT _ 6 pair punct
# verb tense, mood who what, whom to whom where when other roles by
1 is a present a binary star a pair of stars tree rules 2 go round present stars each vn disappearance-48.2-1 «NP V»: agent=Theme
Example 1 Read 10 in binary and it is not ten. (note 10)
Sentence 1: Read 10 in binary and it is not ten.
obj case obl cc nsubj cop advmod conj punct root Read VERB 10 NUM in ADP binary ADJ and CCONJ it PRON is AUX not PART ten NUM . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 Read read VERB Mood=Imp VerbForm=Fin root root 2 10 10 NUM NumForm=Digit NumType=Card 1 Read obj 3 in in ADP _ 4 binary case 4 binary binary ADJ Degree=Pos 1 Read obl 5 and and CCONJ _ 9 ten cc 6 it it PRON Case=Nom Gender=Neut Number=Sing Person=3 PronType=Prs 9 ten nsubj 7 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 9 ten cop 8 not not PART Polarity=Neg 9 ten advmod 9 ten ten NUM NumForm=Word NumType=Card 1 Read conj 10 . . PUNCT _ 1 Read punct
# verb tense, mood who what, whom to whom where when other roles by
1 read imperative you not said here 10 binary vn transfer_mesg-37.1.1-1 «NP V NP»: agent=Agent 10=Topic 2 not is a present it ten tree rules
Sentence 2: (note 10)
punct obj punct root ( PUNCT note VERB 10 NUM ) PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 ( ( PUNCT _ 2 note punct 2 note note VERB Mood=Imp VerbForm=Fin root root 3 10 10 NUM NumForm=Digit NumType=Card 2 note obj 4 ) ) PUNCT _ 2 note punct
# verb tense, mood who what, whom to whom where when other roles by
1 note imperative you not said here 10 vn say-37.7-1-1 «NP V NP.topic»: agent=Agent 10=Topic
Example 2 Binary is not cold. (note 10)
Sentence 1: Binary is not cold.
nsubj cop advmod punct root Binary NOUN is AUX not PART cold ADJ . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 Binary binary NOUN Number=Sing 4 cold nsubj 2 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 4 cold cop 3 not not PART Polarity=Neg 4 cold advmod 4 cold cold ADJ Degree=Pos root root 5 . . PUNCT _ 4 cold punct
# verb tense, mood who what, whom to whom where when other roles by
1 not is present Binary cold property tree rules
Sentence 2: (note 10)
punct obj punct root ( PUNCT note VERB 10 NUM ) PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 ( ( PUNCT _ 2 note punct 2 note note VERB Mood=Imp VerbForm=Fin root root 3 10 10 NUM NumForm=Digit NumType=Card 2 note obj 4 ) ) PUNCT _ 2 note punct
# verb tense, mood who what, whom to whom where when other roles by
1 note imperative you not said here 10 vn say-37.7-1-1 «NP V NP.topic»: agent=Agent 10=Topic
Example 3 Ten in binary is a pair. (note 10)
Sentence 1: Ten in binary is a pair.
nummod case nsubj cop det punct root Ten NUM in ADP binary NOUN is AUX a DET pair NOUN . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 Ten ten NUM NumForm=Word NumType=Card 3 binary nummod 2 in in ADP _ 3 binary case 3 binary binary NOUN Number=Sing 6 pair nsubj 4 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 6 pair cop 5 a a DET Definite=Ind PronType=Art 6 pair det 6 pair pair NOUN Number=Sing root root 7 . . PUNCT _ 6 pair punct
# verb tense, mood who what, whom to whom where when other roles by
1 is a present Ten binary a pair tree rules
Sentence 2: (note 10)
punct obj punct root ( PUNCT note VERB 10 NUM ) PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 ( ( PUNCT _ 2 note punct 2 note note VERB Mood=Imp VerbForm=Fin root root 3 10 10 NUM NumForm=Digit NumType=Card 2 note obj 4 ) ) PUNCT _ 2 note punct
# verb tense, mood who what, whom to whom where when other roles by
1 note imperative you not said here 10 vn say-37.7-1-1 «NP V NP.topic»: agent=Agent 10=Topic
Example 4 Read in binary, 10 is two, the smallest family: one that acts and one that answers, the builder and the debugger, the Godmother and her critic, the human who runs it and the model that runs. A world of one is only a monologue. (lesson 022)
Sentence 1: Read in binary, 10 is two, the smallest family: one that acts and one that answers, the builder and the debugger, the Godmother and her critic, the human who runs it and the model that runs.
The tree, 36 words case obl punct compound cop conj punct det amod conj punct appos nsubj acl:relcl cc conj nsubj acl:relcl punct det appos cc det conj punct det conj cc nmod:poss conj punct det parataxis nsubj parataxis obj cc det conj nsubj acl:relcl punct root Read VERB in ADP binary ADJ , PUNCT 10 NUM is AUX two NUM , PUNCT the DET smallest ADJ family NOUN : PUNCT one NUM that PRON acts VERB and CCONJ one NUM that PRON answers VERB , PUNCT the DET builder NOUN and CCONJ the DET debugger NOUN , PUNCT the DET Godmother PROPN and CCONJ her PRON critic NOUN , PUNCT the DET human ADJ who PRON runs VERB it PRON and CCONJ the DET model NOUN that PRON runs VERB . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 Read read VERB Mood=Imp VerbForm=Fin root root 2 in in ADP _ 3 binary case 3 binary binary ADJ Degree=Pos 1 Read obl 4 , , PUNCT _ 7 two punct 5 10 10 NUM NumForm=Digit NumType=Card 7 two compound 6 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 7 two cop 7 two two NUM NumForm=Word NumType=Card 1 Read conj 8 , , PUNCT _ 11 family punct 9 the the DET Definite=Def PronType=Art 11 family det 10 smallest small ADJ Degree=Sup 11 family amod 11 family family NOUN Number=Sing 7 two conj 12 : : PUNCT _ 13 one punct 13 one one NUM NumForm=Word NumType=Card 11 family appos 14 that that PRON PronType=Rel 15 acts nsubj 15 acts act VERB Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 13 one acl:relcl 16 and and CCONJ _ 17 one cc 17 one one NUM NumForm=Word NumType=Card 13 one conj 18 that that PRON PronType=Rel 19 answers nsubj 19 answers answer VERB Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 17 one acl:relcl 20 , , PUNCT _ 22 builder punct 21 the the DET Definite=Def PronType=Art 22 builder det 22 builder builder NOUN Number=Sing 13 one appos 23 and and CCONJ _ 25 debugger cc 24 the the DET Definite=Def PronType=Art 25 debugger det 25 debugger debugger NOUN Number=Sing 22 builder conj 26 , , PUNCT _ 28 Godmother punct 27 the the DET Definite=Def PronType=Art 28 Godmother det 28 Godmother Godmother PROPN Number=Sing 22 builder conj 29 and and CCONJ _ 31 critic cc 30 her her PRON Case=Gen Gender=Fem Number=Sing Person=3 Poss=Yes PronType=Prs 31 critic nmod:poss 31 critic critic NOUN Number=Sing 28 Godmother conj 32 , , PUNCT _ 34 human punct 33 the the DET Definite=Def PronType=Art 34 human det 34 human human ADJ Degree=Pos 28 Godmother parataxis 35 who who PRON PronType=Rel 36 runs nsubj 36 runs run VERB Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 34 human parataxis 37 it it PRON Case=Acc Gender=Neut Number=Sing Person=3 PronType=Prs 36 runs obj 38 and and CCONJ _ 40 model cc 39 the the DET Definite=Def PronType=Art 40 model det 40 model model NOUN Number=Sing 36 runs conj 41 that that PRON PronType=Rel 42 runs nsubj 42 runs run VERB Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 40 model acl:relcl 43 . . PUNCT _ 1 Read punct
# verb tense, mood who what, whom to whom where when other roles by
1 read imperative you not said here binary vn transfer_mesg-37.1.1-1 «NP V»: agent=Agent 2 is a present you not said here 10 two and the smallest family tree rules 3 act present vn act-114-1-1 «NP V»: agent=Agent 4 answer speech: assert present vn reciprocate-112-1 «NP V»: agent=Agent 5 run present critic vn run-51.3.2-2-1 «NP V NP»: agent=Theme it=Trajectory 6 run present the model vn run-51.3.2-2-1 «NP V»: agent=Theme
Sentence 2: A world of one is only a monologue.
det case nsubj cop advmod det nmod punct root A DET world NOUN of ADP one NUM is AUX only ADV a DET monologue NOUN . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 A a DET Definite=Ind PronType=Art 2 world det 2 world world NOUN Number=Sing root root 3 of of ADP _ 8 monologue case 4 one one NUM NumForm=Word NumType=Card 8 monologue nsubj 5 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 8 monologue cop 6 only only ADV _ 8 monologue advmod 7 a a DET Definite=Ind PronType=Art 8 monologue det 8 monologue monologue NOUN Number=Sing 2 world nmod 9 . . PUNCT _ 2 world punct
# verb tense, mood who what, whom to whom where when other roles by
1 is present one of a monologue tree rules
Sentence 3: (lesson 022)
punct flat punct root ( PUNCT lesson NOUN 022 NUM ) PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 ( ( PUNCT _ 2 lesson punct 2 lesson lesson NOUN Number=Sing root root 3 022 022 NUM NumForm=Digit NumType=Card 2 lesson flat 4 ) ) PUNCT _ 2 lesson punct
The frames reader finds no event or fact in this sentence.
Example 5 Binary is the honest end of every long argument: a gate passes or it does not, and a gate that cannot show 0 is not a gate. So the zero is not the enemy of the one; it is the proof that the one meant something. (lesson 022)
Sentence 1: Binary is the honest end of every long argument: a gate passes or it does not, and a gate that cannot show 0 is not a gate.
The tree, 28 words nsubj cop det amod case det amod nmod punct det nsubj parataxis cc nsubj conj advmod punct cc det nsubj nsubj aux advmod acl:relcl obj cop advmod det obl punct root Binary NOUN is AUX the DET honest ADJ end NOUN of ADP every DET long ADJ argument NOUN : PUNCT a DET gate NOUN passes VERB or CCONJ it PRON does VERB not PART , PUNCT and CCONJ a DET gate NOUN that PRON can AUX not PART show VERB 0 NUM is AUX not PART a DET gate NOUN . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 Binary binary NOUN Number=Sing 5 end nsubj 2 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 5 end cop 3 the the DET Definite=Def PronType=Art 5 end det 4 honest honest ADJ Degree=Pos 5 end amod 5 end end NOUN Number=Sing root root 6 of of ADP _ 9 argument case 7 every every DET PronType=Tot 9 argument det 8 long long ADJ Degree=Pos 9 argument amod 9 argument argument NOUN Number=Sing 5 end nmod 10 : : PUNCT _ 13 passes punct 11 a a DET Definite=Ind PronType=Art 12 gate det 12 gate gate NOUN Number=Sing 13 passes nsubj 13 passes pass VERB Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 5 end parataxis 14 or or CCONJ _ 16 does cc 15 it it PRON Case=Nom Gender=Neut Number=Sing Person=3 PronType=Prs 16 does nsubj 16 does do VERB Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 13 passes conj 17 not not PART Polarity=Neg 16 does advmod 18 , , PUNCT _ 30 gate punct 19 and and CCONJ _ 30 gate cc 20 a a DET Definite=Ind PronType=Art 21 gate det 21 gate gate NOUN Number=Sing 30 gate nsubj 22 that that PRON PronType=Rel 25 show nsubj 23 can can AUX VerbForm=Fin 25 show aux 24 not not PART Polarity=Neg 25 show advmod 25 show show VERB VerbForm=Inf 21 gate acl:relcl 26 0 0 NUM NumForm=Digit NumType=Card 25 show obj 27 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 30 gate cop 28 not not PART Polarity=Neg 30 gate advmod 29 a a DET Definite=Ind PronType=Art 30 gate det 30 gate gate NOUN Number=Sing 13 passes obl 31 . . PUNCT _ 5 end punct
# verb tense, mood who what, whom to whom where when other roles by
1 is a present Binary the honest end of every long argument tree rules 2 pass present a gate vn occur-48.3-1 «NP V»: agent=Theme 3 not do present gate vn act-114-1 «NP V»: agent=Agent 4 not show can a gate 0 vn transfer_mesg-37.1.1-1-1 «NP V NP.recipient»: agent=Agent 0=Recipient 5 not is a present a gate a gate tree rules
Sentence 2: So the zero is not the enemy of the one; it is the proof that the one meant something.
The tree, 19 words advmod det nsubj cop advmod det case det nmod punct nsubj cop det parataxis mark det nsubj advcl obj punct root So ADV the DET zero NOUN is AUX not PART the DET enemy NOUN of ADP the DET one NOUN ; PUNCT it PRON is AUX the DET proof NOUN that SCONJ the DET one NOUN meant VERB something PRON . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 So so ADV _ 7 enemy advmod 2 the the DET Definite=Def PronType=Art 3 zero det 3 zero zero NOUN Number=Sing 7 enemy nsubj 4 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 7 enemy cop 5 not not PART Polarity=Neg 7 enemy advmod 6 the the DET Definite=Def PronType=Art 7 enemy det 7 enemy enemy NOUN Number=Sing root root 8 of of ADP _ 10 one case 9 the the DET Definite=Def PronType=Art 10 one det 10 one one NOUN Number=Sing 7 enemy nmod 11 ; ; PUNCT _ 15 proof punct 12 it it PRON Case=Nom Gender=Neut Number=Sing Person=3 PronType=Prs 15 proof nsubj 13 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 15 proof cop 14 the the DET Definite=Def PronType=Art 15 proof det 15 proof proof NOUN Number=Sing 7 enemy parataxis 16 that that SCONJ _ 19 meant mark 17 the the DET Definite=Def PronType=Art 18 one det 18 one one NOUN Number=Sing 19 meant nsubj 19 meant mean VERB Mood=Ind Number=Sing Person=3 Tense=Past VerbForm=Fin 15 proof advcl 20 something something PRON Number=Sing PronType=Ind 19 meant obj 21 . . PUNCT _ 7 enemy punct
# verb tense, mood who what, whom to whom where when other roles by
1 not is a present the zero the enemy of the one tree rules 2 is a present zero the proof tree rules 3 mean past the one something vn intend-61.2-1 «NP V NP»: agent=Agent something=Topic
Sentence 3: (lesson 022)
punct flat punct root ( PUNCT lesson NOUN 022 NUM ) PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 ( ( PUNCT _ 2 lesson punct 2 lesson lesson NOUN Number=Sing root root 3 022 022 NUM NumForm=Digit NumType=Card 2 lesson flat 4 ) ) PUNCT _ 2 lesson punct
The frames reader finds no event or fact in this sentence.
Example 6 Computers store pictures and songs in binary.
nsubj obj cc conj case obl punct root Computers NOUN store VERB pictures NOUN and CCONJ songs NOUN in ADP binary NOUN . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 Computers computer NOUN Number=Plur 2 store nsubj 2 store store VERB Mood=Ind Number=Plur Person=3 Tense=Pres VerbForm=Fin root root 3 pictures picture NOUN Number=Plur 2 store obj 4 and and CCONJ _ 5 songs cc 5 songs song NOUN Number=Plur 3 pictures conj 6 in in ADP _ 7 binary case 7 binary binary NOUN Number=Sing 2 store obl 8 . . PUNCT _ 2 store punct
# verb tense, mood who what, whom to whom where when other roles by
1 store present Computers pictures and songs binary vn keep-15.2 «NP V NP PP.location»: agent=Agent picture=Theme in binary=Location
Example 7 In binary, the number 5 is written 101.
case obl punct det nsubj:pass flat aux:pass obj punct root In ADP binary ADJ , PUNCT the DET number NOUN 5 NUM is AUX written VERB 101 NUM . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 In in ADP _ 2 binary case 2 binary binary ADJ Degree=Pos 8 written obl 3 , , PUNCT _ 2 binary punct 4 the the DET Definite=Def PronType=Art 5 number det 5 number number NOUN Number=Sing 8 written nsubj:pass 6 5 5 NUM NumForm=Digit NumType=Card 5 number flat 7 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 8 written aux:pass 8 written write VERB Tense=Past VerbForm=Part Voice=Pass root root 9 101 101 NUM NumForm=Digit NumType=Card 8 written obj 10 . . PUNCT _ 8 written punct
# verb tense, mood who what, whom to whom where when other roles by
1 write present · passive the number binary vn transfer_mesg-37.1.1-1-1 «NP V NP-Dative NP»: subject=Recipient 101=Topic
Example 8 We made bracelets with beads in binary code.
nsubj obj case obl case amod obl punct root We PRON made VERB bracelets NOUN with ADP beads NOUN in ADP binary ADJ code NOUN . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 We we PRON Case=Nom Number=Plur Person=1 PronType=Prs 2 made nsubj 2 made make VERB Mood=Ind Number=Plur Person=1 Tense=Past VerbForm=Fin root root 3 bracelets bracelet NOUN Number=Plur 2 made obj 4 with with ADP _ 5 beads case 5 beads bead NOUN Number=Plur 2 made obl 6 in in ADP _ 8 code case 7 binary binary ADJ Degree=Pos 8 code amod 8 code code NOUN Number=Sing 2 made obl 9 . . PUNCT _ 2 made punct
# verb tense, mood who what, whom to whom where when other roles by
1 make past We bracelets binary code with beads vn build-26.1-1 «NP V NP»: agent=Agent bracelet=Product
Example 9 A light switch is binary: it is on or off.
det compound nsubj cop punct nsubj cop conj cc conj punct root A DET light NOUN switch NOUN is AUX binary ADJ : PUNCT it PRON is AUX on ADV or CCONJ off ADV . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 A a DET Definite=Ind PronType=Art 3 switch det 2 light light NOUN Number=Sing 3 switch compound 3 switch switch NOUN Number=Sing 5 binary nsubj 4 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 5 binary cop 5 binary binary ADJ Degree=Pos root root 6 : : PUNCT _ 9 on punct 7 it it PRON Case=Nom Gender=Neut Number=Sing Person=3 PronType=Prs 9 on nsubj 8 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 9 on cop 9 on on ADV _ 5 binary conj 10 or or CCONJ _ 11 off cc 11 off off ADV _ 9 on conj 12 . . PUNCT _ 5 binary punct
# verb tense, mood who what, whom to whom where when other roles by
1 is present a light switch binary property tree rules 2 is present switch on property tree rules
Example 10 Each 0 or 1 in binary is called a bit.
det nsubj:pass cc conj case nmod aux:pass det obl:unmarked punct root Each DET 0 NUM or CCONJ 1 NUM in ADP binary NOUN is AUX called VERB a DET bit NOUN . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 Each each DET PronType=Tot 2 0 det 2 0 0 NUM NumForm=Digit NumType=Card 8 called nsubj:pass 3 or or CCONJ _ 4 1 cc 4 1 1 NUM NumForm=Digit NumType=Card 2 0 conj 5 in in ADP _ 6 binary case 6 binary binary NOUN Number=Sing 4 1 nmod 7 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 8 called aux:pass 8 called call VERB Tense=Past VerbForm=Part Voice=Pass root root 9 a a DET Definite=Ind PronType=Art 10 bit det 10 bit bit NOUN Number=Sing 8 called obl:unmarked 11 . . PUNCT _ 8 called punct
# verb tense, mood who what, whom to whom where when other roles by
1 call present · passive each 0 a bit obl:unmarked vn initiate_communication-37.4.2-1 «NP V NP.recipient»: subject=Recipient
Example 11 Sirius is a binary star.
nsubj cop det amod punct root Sirius PROPN is AUX a DET binary ADJ star NOUN . PUNCT The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 Sirius Sirius PROPN Number=Sing 5 star nsubj 2 is be AUX Mood=Ind Number=Sing Person=3 Tense=Pres VerbForm=Fin 5 star cop 3 a a DET Definite=Ind PronType=Art 5 star det 4 binary binary ADJ Degree=Pos 5 star amod 5 star star NOUN Number=Sing root root 6 . . PUNCT _ 5 star punct
# verb tense, mood who what, whom to whom where when other roles by
1 is a present Sirius a binary star tree rules
Example 12 The question was binary: you could only answer yes or no.
det nsubj cop punct nsubj aux advmod conj discourse cc conj root The DET question NOUN was AUX binary ADJ : PUNCT you PRON could AUX only ADV answer VERB yes INTJ or CCONJ no. NOUN The words, one row each (CoNLL-U) # word lemma UPOS features head relation 1 The the DET Definite=Def PronType=Art 2 question det 2 question question NOUN Number=Sing 4 binary nsubj 3 was be AUX Mood=Ind Number=Sing Person=3 Tense=Past VerbForm=Fin 4 binary cop 4 binary binary ADJ Degree=Pos root root 5 : : PUNCT _ 9 answer punct 6 you you PRON Case=Nom Person=2 PronType=Prs 9 answer nsubj 7 could could AUX VerbForm=Fin 9 answer aux 8 only only ADV _ 9 answer advmod 9 answer answer VERB VerbForm=Inf 4 binary conj 10 yes yes INTJ Polarity=Pos 9 answer discourse 11 or or CCONJ _ 12 no. cc 12 no. no. NOUN Abbr=Yes Number=Sing 9 answer conj
# verb tense, mood who what, whom to whom where when other roles by
1 is past the question binary property tree rules 2 answer speech: assert could you vn reciprocate-112-1 «NP V»: agent=Agent
Text: the mysticism dictionary of Mova's schools (world/data/dictionary-schools/), written for Mova. Trees: Mova's own parse — the en model on the CPU, when the site is built — not checked by a teacher; they may be wrong. Frames: Mova's frames reader (prag), each meaning and example read on its own. Elamur Cosmic License.
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