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tests-dev.js
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// Tests of many features used during the development
///// direct import from the sources
/// for use in debugging in Visual Studio Code with launch configuration: "Run current file"
// when it seems OK, use instead the webpack created by "npm web-dev" or "npm web-prod"
/* */
import {Constituent, N, A, Pro, D, V, Adv, C, P, DT, NO, Q,
S, NP, AP, VP, AdvP, PP, CP, SP,
root, subj, det, mod, comp, coord,
loadFr, loadEn, load, addToLexicon, getLanguage, getLemma, getLexicon,buildLemmataMap,
jsRealB_dateCreated, jsRealB_version, oneOf, choice, mix,
fromJSON, ppJSON} from "./src/jsRealB.js"
///// use the webpack module
//// Caution
// the direct import can currently only be used with Chrome
// because Firefox and Safari do not allow assertions that are used to load the JSON dictionaries and rules
// it is much more convenient to use use within Visual Studio Code
/*
let {default:jsRealB} = await import("./dist/jsRealB.js");
if (typeof window != "undefined")
// HACK: when loaded in a browser the above await import seems to create jsRealB in the "window" object
Object.assign(globalThis,window.jsRealB);
else
Object.assign(globalThis,jsRealB);
*/
let exemplesFr,exemplesEn,dependancesFr,dependenciesEn, constituentEnFr,dependentEnFr;
function makeExamples(){
loadFr();
addToLexicon({"John":{"N":{"g":"m","tab":"n4"}}})
addToLexicon({"Mary":{"N":{"g":"f","tab":"n16"}}})
var pomme = NP(D("le"),N("pomme"));
var gars = NP(D("le"),N("garçon").n("p"));
exemplesFr=[
[N("chat"),
"chat"],
[Pro("moi").c("acc"),
"me"],
[Pro("moi").tn(""),
"moi"],
[NP(D("le"),N("chat")),
"le chat"],
[S(NP(D('le'),N('chat').n("p"))),
"Les chats. "],
[V("aller").t("ps").pe(2).n("p"),
"allâtes"],
[V("aller").t("pc").pe(3).n("s"),
"est allé"],
[VP(V("aller").t("f").pe(1).n("p")).typ({neg:true}),
"n'irons pas"],
[VP(V("aller").t("pq").pe(2).n("s")).typ({neg:true}),
"n'étais pas allé"],
[S(NP(D("le"),N("chat").g("f").n("p")),
VP(V("manger"),
NP(D("le"),N("souris")))),
"Les chattes mangent la souris. "],
[S(NP(D("le"),N("chat").g("f").n("p")),
VP(V("manger"),
NP(D("le"),N("souris")))).typ({pas:true}),
"La souris est mangée par les chattes. "],
[S(NP(D('le'),A("blanc"),
N('chat').g("f").n("p").tag("b").tag("i")),
VP(V('dévorer').t('pc'),
NP(D('le'),
N('souris'),
A("gris"),"Wow!").tag("a",{href:"http://wikipedia.org/cat",target:"_blank"}))
).typ({neg:true}),
'Les <i><b>chattes</b></i> blanches n\'ont pas dévoré <a href="http://wikipedia.org/cat" target="_blank">la souris grise Wow!</a>'],
[S(NP(D('le'),
N('souris').n("p")),
VP(V('être'),
AP(A('gris')))).typ({neg:true}),
"Les souris ne sont pas grises. "],
[S(Pro("je").n("p").pe(2),
VP(V("avoir").t("cp"),
NP(NO(2),A("beau"),N("ami").g("f")))).typ({neg:"plus"}),
"Vous n'auriez plus eu 2 belles amies. "],
[S(NP(N("John")),
VP(V("évanouir").aux("êt").t("pc")),
PP(P("à"),DT("1979-05-21T10:05:00"))).typ({neg:true}),
"John ne s'est pas évanoui au lundi 21 mai 1979 à 10 h 5. "],
[S(CP(C("et"),NP(N("John")),NP(N("Mary"))),
VP(V("évanouir").t("pc")),
PP(P("à"),DT("1979-05-21T10:05:00"))).typ({neg:true}),
"John et Mary ne se sont pas évanouis au lundi 21 mai 1979 à 10 h 5. "],
[S(VP().add(V("aimer")).add(pomme)).add(gars,0),
"Les garçons aiment la pomme. "],
[S(CP(C("et"),NP(D("le"),N("fruit"))).add(pomme).add(gars),
VP(V("venir").t("pc"),
Adv("hier"))),
"Le fruit, la pomme et les garçons sont venus hier. "],
[S(CP(C("et"),NP(D("le"),N("orange"))).add(pomme),
VP(V("arriver").t("pc"),
Adv("hier"))),
"L'orange et la pomme sont arrivées hier. "],
[S(Pro("je"),
VP(V("manger").t("pc"),
NP(D("le"),N("pomme")))),
"Il a mangé la pomme. "],
[S(Pro("je"),
VP(V("manger").t("pc"),
NP(D("le"),N("pomme")).tag("i").pro())),
"Il <i>l'</i> a mangée. "],
[S(NP(D("le"),N("pomme").tag("i"),
SP(Pro("qui"),
VP(V("manger").aux("êt").t("pc"))))),
"La <i>pomme</i> qui est mangée. "],
[NP(D("le"),N("pomme").tag("i"),
SP(Pro("que"),
Pro("je"),
VP(V("manger").t("pc")))),
"la <i>pomme</i> qu'il a mangée"],
[S(NP(D("le"),N("pomme").tag("i"),
SP(Pro("que"),
Pro("je"),
VP(V("manger").t("pc")))).pro()),
"Elle. ",
"Conversion d'un '.pro' au premier niveau, n'est pas traitée"],
[S(NP(D("le"),N("enfant").n("p")),VP(V("manger"),NP(D("le"),N("gâteau")))).typ({pas:true}),
"Le gâteau est mangé par les enfants. "],
[S(Pro("je").pe(1).n("p"), VP(V("agir").t("pc"), AdvP(Adv("conformément"),
PP(P("à"), NP(D("le"), N("loi")))))).typ({neg:true}),
"Nous n'avons pas agi conformément à la loi. "],
[S(NP(D('le'),
N('souris'),
SP(Pro('que'),
NP(D('le'),
N('chat').n("p")),
VP(V('manger').t('pc')))),
VP(V('être'),
AP(A('gris')))),
"La souris que les chats ont mangée est grise. "],
[DT(),
null],
[DT(new Date()).nat(false),
null],
[DT(new Date()).dOpt({rtime:true}),
null],
[NO(1.847584).dOpt({mprecision: 0}),
"2"],
[NO(1.847584).dOpt({mprecision: 4}),
"1,8476"],
[NO(1.847584).dOpt({raw:false}),
"1,85"],
[NO(1.847584).dOpt({raw:true}),
"1.847584"],
[NO(125).dOpt({nat:true}),
"cent vingt-cinq"],
[NO(10).dOpt({ord:true}),
"dixième"],
[NP(NO(0), N("avion")),
"0 avion"],
[NP(NO(2), N("avion")),
"2 avions"],
[NP(NO(1.5), N("livre")),
"1,5 livre"],
[NP(NO(2.4), N("livre")),
"2,4 livres"],
[NP(NO(2), A("rouge"),N("avion")),
"2 avions rouges"],
// [N("pomme").g("w"),
// "pomme"],
[S(Pro("lui").c("nom"),
VP(V("donner").t("pc"),
NP(D("un"),N("pomme")).pro(),
PP(P("à"),NP(D("le"),A("jeune"),N("femme"))
))),
"Il l'a donnée à la jeune femme. "],
[S(Pro("lui").c("nom"),
VP(V("donner").t("pc"),
NP(D("un"),N("pomme")).pro(),
PP(P("à"),NP(D("le"),A("jeune"),N("femme"))).pro())),
"Il la lui a donnée. "],
[S(Pro("je").pe(1),
VP(V("mettre").t("pc"),
NP(D("le"),N("lettre")),
PP(P("sur"),NP(D("le"),N("table"))).pro())),
"J'y ai mis la lettre. "],
[S(Pro("je").pe(1),
VP(V("mettre").t("pc"),
NP(D("le"),N("lettre")).pro(),
PP(P("sur"),NP(D("le"),N("table"))).pro())).typ({neg:true}),
"Je ne l'y ai pas mise. "],
// exemples du papier "Architecture..."
// Figure 6
[S(Pro("lui").c("nom"),
VP(V("donner").t("pc"),
NP(D("un"),N("pomme")).pro())),
"Il l'a donnée. "],
// Table 1 - 1
[S(Pro("lui").c("nom"),
VP(V("donner").t("pc"),
NP(D("un"),N("pomme")).pro())).typ({neg:true}),
"Il ne l'a pas donnée. "],
// Table 1 - 2
[S(Pro("lui").c("nom"),
VP(V("donner").t("pc"),
NP(D("un"),N("pomme")).pro(),
PP(P("à"),NP(D("le"),N("fille"))))).typ({neg:true}),
"Il ne l'a pas donnée à la fille. "],
// Table 1 - 3
[S(Pro("lui").c("nom"),
VP(V("donner").t("pc"),
NP(D("un"),N("pomme")).pro(),
PP(P("à"),NP(D("le"),N("fille"))).pro())).typ({neg:true}),
"Il ne la lui a pas donnée. "],
// Table 1 - 4
[S(Pro("lui").c("nom"),
VP(V("donner").t("pc"),
NP(D("un"),N("pomme")).pro(),
PP(P("à"),NP(D("le"),N("fille"))).pro())).typ({neg:true,pas:true}),
"Elle ne lui a pas été donnée par lui. "],
// position des pronoms devant le verbe
[S(Pro('lui').c("nom"),
VP(V('donner').t("pc"),
NP(D('un'),N('chat')).pro(),
Pro("elle").c("dat"))),
"Il le lui a donné. "],
// modifications globales de propriétés
[S(NP(D("le"),N("chat").g("f")),
VP(V("manger"),
NP(D("le"),N("souris")))).t("f"),
"La chatte mangera la souris. "],
[S(CP(C("et"),
Pro("elle").tn(""),
Pro("moi").tn("")),
VP(V("aller"),
PP(P("à"),
NP(D("le"),N("plage"))))).t("pc"),
"Elle et moi sommes allés à la plage. "],
// changement de personne dans le déterminant
[S(NP(D("notre").pe(2),N("chef")),
VP(V("aller"))),
"Votre chef va. "],
// nouveau type de question "yon" par inversion du sujet
[S(NP(D('le'), // 54
N('chat')),
VP(V('manger'),
NP(D('le'),
N('souris')))).typ({int:"yon"}),
"Le chat mange-t-il la souris? "],
[S(NP(D('le'), // 55
N('chat')),
VP(V('manger'),
NP(D('le'),
N('souris')))).typ({int:"yon",neg:true}),
"Le chat ne mange-t-il pas la souris? "],
[S(NP(D('le'), // 56
N('chat')),
VP(V('manger'),
NP(D('le'),
N('souris')))).typ({int:"yon",pas:true}),
"La souris est-elle mangée par le chat? "],
[S(Pro("je"), // 57
VP(V('manger'),
NP(D('le'),
N('fromage')))).typ({int:"yon"}),
"Mange-t-il le fromage? "],
[S(Pro("je"), // 58
VP(V('manger').t("pc"),
NP(D('le'),
N('fromage')))).typ({int:"yon"}),
"A-t-il mangé le fromage? "],
// question tag
[S(Pro("je"), // 59
VP(V('manger').t("pc"),
NP(D('le'),
N('fromage')))).typ({int:"tag"}),
"Il a mangé le fromage, n'est-ce pas? "],
// adverb position
[S(Pro('je').pe(2), // 60
VP(V('travailler').t("pc"),
Adv('bien'))).typ({"mod":"nece"}),
"Tu as dû bien travailler. "],
[S(Pro('je'), // 61
VP(V('aller').t("pc"),
Adv('hier'),
PP(P('à'),
NP(D('le'),
N('maison'))))).typ({"neg":true}),
"Il n'est pas allé hier à la maison. "],
[S(Pro('je'), // 62
VP(V('aller').t("pc"),
Adv('souvent'),
PP(P('à'),
NP(D('le'),
N('maison'))),
Adv('sûrement'))).typ({"neg":true}),
"Il n'est pas souvent allé à la maison sûrement. "],
[S(Pro('je'), // 63
VP(V('aller').t("pc"),
Adv('souvent').pos("post"),
PP(P('à'),
NP(D('le'),
N('maison'))))).typ({"neg":true}),
"Il n'est pas allé souvent à la maison. "],
[S(NP(D('le'), // 64
N('chat')),
VP(V('manger'),
Adv('bien'),
Adv('souvent'),
NP(D('le'),
N('souris')))).typ({"pas":true}),
"La souris est bien souvent mangée par le chat. "],
[S(Pro("tout"),
VP(V("sembler").t("pa"),
V("fonctionner").t("bp"))),
"Tout eut semblé avoir fonctionné. "],
[S(Pro("lui"),
VP(V("manger"),
NP(D("le"),N("fromage")))).typ({pas:true}),
"Le fromage est mangé par lui. "],
[NP(NO(2),N("fille"),CP(C("et"),A("joli"),A("vieux"))),
"2 filles jolies et vieilles"],
[NP(CP(C("ou"),NO(2),NO(3)),N("fille"),CP(C("et"),A("jeune"),A("joli"))),
"2 ou 3 filles jeunes et jolies"],
[S(NP(D('le'),
N('fleur').n("p"),
SP(Pro('que'),
NP(D('le'),
N('garçon').n("p")),
VP(V('offrir').t("pc"),
PP(P('à'),
NP(D('le'),
N('fille'),
A('jeune')).n("p")).pro(true)))),
VP(V('être'),
A('joli'))),
"Les fleurs que les garçons leur ont offertes sont jolies. "],
[S(NP(D("le"),
CP(C("et"),
N("dauphin").n('p'),
N("tortue"))),
VP(V("nager"),
PP(P("dans"),
NP(D("un"),
N("mer"))))),
"Les dauphins et tortue nagent dans une mer. ",
"Conversion d'un NP avec coord de N non traitée"],
[((pe,n,g) => S(Pro("moi").pe(pe).n(n).g(g).c("nom"),
VP(V("être"),
AP(A("content"),
PP(P("de"),NP(D("mon").pe(pe),
N("décision")))))).typ({"neg":true}))
(2,"s","f").typ({"maje":true}),
"Vous n'êtes pas contente de votre décision. "
],
];
// exemples en anglais
loadEn();
let apple = NP(D("a"),N("apple"));
let appleC = apple.clone();
let appleF = ()=>NP(D("a"),N("apple"))
addToLexicon({"John":{"N":{"g":"m","tab":"n4"}}})
addToLexicon({"Mary":{"N":{"g":"f","tab":"n4"}}})
exemplesEn=[
[V("love"),"loves"], // 0
[V("have").t("ps"),"had"], // 1
[V("be").pe(3),"is"], // 2
[VP(V("love")).typ({neg:true}),"does not love"], // 3
[VP(V("love")).typ({int:"yon"}),"does love? "], // 4
[VP(V("love")).typ({prog:true}),"is loving"], // 5
[VP(V("love")).typ({mod:"poss"}),"can love"], // 6
// examples from the "Architecture..." paper
// Figure 1
[S(Pro("him").c("nom"), // 7
VP(V("eat"),
NP(D("a"),N("apple").n("p")).tag("em")
)),"He eats <em>apples</em>. "],
// Figure 1 (with global modification)
[S(Pro("him").c("nom"), // 8
VP(V("eat"),
NP(D("a"),N("apple").n("p")).tag("em")
)).t("ps"),
"He ate <em>apples</em>. "],
// Figure 4
[S(Pro("him").c("nom"), // 9
VP(V("eat"),
NP(D("a"),N("apple").n("p"))
)).typ({"neg":true}),"He does not eat apples. "],
// Figure 5
[S(Pro("him").c("nom"), //10
VP(V("eat"),
NP(D("a"),N("apple").n("p"))
)).typ({"neg":true,"pas":true}),
"Apples are not eaten by him. "],
// Section 6.1
[S(Pro("him").c("nom"), VP(V("eat"), // 11
NP(D("a"),N("apple").n("p")).add(A("red")))
).add(Adv("now").a(","),0),
"Now, he eats red apples. ",
"Conversion does not handle 'add' correctly"],
// Section 6.2
[S(CP(C("and"),NP(D("the"),N("apple")), // 12
NP(D("the"),N("orange")),
NP(D("the"),N("banana"))),
VP(V("be"),A("good"))),
"The apple, the orange and the banana are good. "],
[S(CP(C("and"),NP(D("the"),N("apple"))), // 13
VP(V("be"),A("good"))),
"The apple is good. "],
// Section 6.3
[S(Pro("him").c("nom"), // 14
CP(C("and"),
VP(V("eat"),apple), VP(V("love"),appleC.pro()))),
"He eats an apple and loves it. "],
// this example is not exactly what is in the paper, but I have not managed to make it work properly
[S(NP(D("a"),N("apple")).pro(),VP(V("be"),A("red"))),// 15
"It is red. "],
[S(Pro("him").c("nom"), // 16
CP(C("and"),
VP(V("eat"),appleF()),
VP(V("love"),appleF().pro()))),
"He eats an apple and loves it. "],
[S(appleF() ,VP(V("be"),A("red"))), // 17
"An apple is red. "],
[S(Pro("him").c("nom"), // 18
CP(C("and"),
VP(V("eat"),appleF()),
VP(V("love"),appleF().clone().pro()))),
"He eats an apple and loves it. "],
[S(appleF() ,VP(V("be"),A("red"))), // 19
"An apple is red. "],
// Section 6.4
[S(Pro("him").c("nom"), // 20
VP(V("eat"),
NP(D("a"), N("apple").tag("a", {href:"https://en.wikipedia.org/wiki/Apple"})))),
'He eats an <a href="https://en.wikipedia.org/wiki/Apple">apple</a>. '],
// Section 6.6
[NP(NO(1).dOpt({nat:true}),N("plane")), // 21
"one plane"],
[NP(NO(3).dOpt({nat:true}),N("plane")), // 22
"three planes"],
[S(AP(D("the"), // 23
A("large").f("su"),
PP(P("of"),
NP(D("the"),
N("trainer").n("p"))).a(",")),
NP(D("this").n("s"), // check propagation of the number (this should not be these)
N("addition").n("s"))),
"The largest of the trainers, this addition. ",
"Peculiar structure of constituents for which the dependents are not strickly equivalent "],
// question tag
[S(Pro("him").c("nom"), // 24
VP(V("eat"),
NP(D("a"),N("apple").n("p")).tag("em")
)).typ({int:"tag"}),
"He eats <em>apples</em>, doesn't he? "],
[S(Pro("him").c("nom"), // 25
VP(V("eat"),
NP(D("a"),N("apple").n("p")).tag("em")
)).typ({neg:true,int:"tag"}),
"He does not eat <em>apples</em>, does he? "],
[S(Pro("him").c("nom"), // 26
VP(V("eat").t("f"),
NP(D("a"),N("apple").n("p")).tag("em")
)).typ({int:"tag"}),
"He will eat <em>apples</em>, won't he? "],
[S(Pro('him').c("nom"), // 27
VP(V('love'),
Adv('really'),
Pro('him').g("f").c("acc"))).typ({"perf":true,"mod":"poss"}),
"He can really have loved him. "],
[S(NP(D("the"),N("cat")).n("p"),
VP(V("sit").t("ps"),
PP(P("on"),
NP(D("the"),N("mat"))))).typ({int:"tag",neg:true}),
"The cats did not sit on the mat, did they? "],
[CP(C("or"),
NP(D("a"),N("elevator")),
NP(D("a"),N("eucalyptus"))),
"an elevator or a eucalyptus"],
[S(VP(V("go").t('ip'),Adv("away"))).typ({"int":"tag"}),
"Go away, won't you? "],
[S(Pro("them"),
VP(V("eat"),
NP(D("the"),N("cheese")))).typ({pas:true}),
"The cheese is eaten by them. "],
// English possessive examples taken from
// https://learnenglish.britishcouncil.org/grammar/a1-a2-grammar/possessive-s
[S(NP(D("my").pe(1).ow("p"),
N("friend").poss(),
N("father").poss(),
N("car")).n("p"),
VP(V("be"),A("red"))),
"Our friend's father's cars are red. "],
// check title case
[S(VP(V('train').t("ip"),
NP(D('my').pe(2),
N('mind'),
PP(P('for'),
NP(N('peak'),
N('performance')).tag('a',{"href":"http://www.google.com"})))).a(":"),
NP(D('a'),
N('science').lier(true),
V('base').t("pp").tag("i"),
N('approach'),
PP(P('for'),
VP(V('achieve').t("pr"),
NP(D('my').pe(2).g("m"),
N('goal').n("p")))))).cap("tit"),
'Train Your Mind for <a href="http://www.google.com">Peak Performance</a>: a Science-<i>Based</i> Approach for Achieving Your Goals. ',
'Bad Automatic placement of the colon'
],
[S(Pro("me").pe(1).c("nom").maje(false),
VP(V("love"),NP(D("my").pe(1).ow("s"),N("country")))).typ({maje:true}),
"I love our country. "],
];
// dépendances en français
loadFr();
addToLexicon("Mauritanie",{"N":{"g":"f","tab":"n16"}})
addToLexicon("Algérie",{"N":{"g":"f","tab":"n16"}})
addToLexicon("Maroc",{"N":{"g":"m","tab":"n35"}})
dependancesFr=[
[root(V("pleuvoir"),
subj(Pro("lui").c("nom")),
mod(P("dans"),
comp(N("maison"),
det(D("mon").pe(1))))),"Il pleut dans ma maison. "], // 0
[root(V("bâtir").t("ps"),
subj(Pro("moi").c("nom")),
comp(N("cabane").n("p"),
det(D("un")),
mod(A("petit")),
mod(A("rouge"))),
mod(P("en"),
mod(Q("1998")))),"Je bâtis des petites cabanes rouges en 1998. "], // 1
[root(V("manger"),
subj(Pro("vous").c("nom")),
coord(C("et"),
comp(N("pomme"),
det(D("un"))),
comp(N("orange"),
det(D("un"))).n("p"))),
"Vous mangez une pomme et des oranges. "], // 2
[root(V("être"),
subj(Pro("ce")),
mod(Adv("alors")),
comp(Q("Alba"),
coord(C("et"),
mod(V("reprendre"),
subj(Pro("qui")),
comp(N("contrôle"),
det(D("le")),
comp(P("de"),
comp(N("situation"),
det(D("le")))))),
mod(V("réprimer"),
subj(Pro("qui")),
comp(N("révolte"),
det(D("un")),
comp(P("de"),
comp(N("peuple"),
det(D("le")))),
comp(P("devant"),
comp(N("cour"),
det(D("le")),
mod(A("royal"))))))))),
"C'est alors Alba qui reprend le contrôle de la situation et qui réprime une révolte du peuple devant la cour royale. "],// 3
[root(V("courir"),
coord(C("et"),
subj(N("chat"),
det(D("le"))),
subj(N("chien"),
det(D("le"))))),
"Le chat et le chien courent. "], // 4
[root(V("avoir"),
subj(Pro("lui").c("nom")),
comp(N("peur"),
comp(P("de"),
comp(N("araignée"),
det(D("le")))))),
"Il a peur de l'araignée. "], // 5
[root(V("être"),
mod(C("mais")).pos("pre"),
subj(N("réalité"),
det(D("le"))),
comp(C("que"),
comp(V("être"),
subj(N("Mauritanie"),
det(D("le"))),
coord(C("ou"),
comp(N("Maroc"),
det(D("le"))),
comp(N("Algérie"),
det(D("le"))))).typ({neg:true}))),
"Mais la réalité est que la Mauritanie n'est pas le Maroc ou l'Algérie. "], //6
[root(V("manger"),
subj(N("garçon"),
det(D("le"))).n("p").pro(),
coord(C("et"),
comp(N("pomme"),
det(D("un"))),
comp(N("orange"),
det(D("un"))).n("p"))),
"Ils mangent une pomme et des oranges. "], // 7
[root(V("pleuvoir"),
subj(Pro("lui").c("nom")),
mod(P("dans"),
comp(N("maison"),
det(D("mon").pe(1)))).pro()),"Il y pleut. "], // 8
[root(V("bâtir").t("ps"),
subj(Pro("moi").c("nom")),
comp(N("cabane").n("p"),
det(D("un")),
mod(A("petit")),
mod(A("rouge"))).pro(),
mod(P("en"),
mod(Q("1998")))),"Je les bâtis en 1998. "], // 9
[root(V("manger"),
subj(N("souris"),
det(D("le"))),
comp(N("fromage"),
det(D("le")))).typ({"pas":true}),
"Le fromage est mangé par la souris. "], // 10
[root(V("bâtir").t("ps"),
comp(Pro("lui").c("acc")),
mod(P("en"),
mod(Q(1998)))).typ({"pas":true}),
"Il fut bâti en 1998. "], // 11
[root(V("vendre"),
subj(N("livre"),
det(D("le"))),
mod(Adv("bien"))).typ({"refl":true}),
"Le livre se vend bien. "], // 12
[root(V("donner").t("pc"),
subj(Pro("lui").c("nom")),
comp(N("pomme"),
det(D("un"))).pro()
).typ({"neg":true,"pas":true}),
"Elle n'a pas été donnée par lui. "], // 13
[root(V("donner").t("p"),
subj(Pro("lui").c("nom")),
coord(C("et"),
comp(N("pomme"),det(D("un"))),
comp(N("poire"),det(D("un"))).n("p"))
).typ({"neg":true,"pas":true}),
"Une pomme et des poires ne sont pas données par lui. "], // 14
[root(V('travailler').t("pc"),
comp(Adv('bien')),
subj(Pro('je').pe(2))).typ({"mod":"nece"}),
"Tu as dû bien travailler. "], //15
[root(V("manger").t("pc"),
subj(N("souris"),
det(D("le"))),
comp(N("fromage"),
det(D("le")))).typ({int:"wad",pas:true}),
"Par quoi est-ce que le fromage a été mangé? "], // 16
[root(V('manger'),
comp(N('fromage'),
det(D('le'))),
subj(Pro('elles'))).typ({"pas":true}),
"Le fromage est mangé par elles. "], // 17
[root(N("fille"),
coord(C("ou"),
det(NO(2)),
det(NO(3))),
coord(C("et"),
mod(A("jeune")),
mod(A("joli"))).pos("pre")),
"2 ou 3 jeunes et jolies filles. "], // 18
[root(V('nager'),
det(D('le')),
coord(C('et'),
subj(N('dauphin').n("p")),
subj(N('tortue'))),
comp(P('dans'),
comp(N('mer'),
det(D('un'))))),
"Les dauphins et tortue nagent dans une mer. "], // 19
]
// English dependences
loadEn();
dependenciesEn=[
[root(V("walk"),
subj(N("man"),
det(D("a")))),"A man walks. "], // 0
[root(V("be"),
subj(V("practice").t("pr"),
comp(N("joke"),
det(D("my").pe(2).ow("s")))),
mod(A("crucial"))),"Practicing your joke is crucial. "], // 1
[root(V("eat"),
subj(Pro("him").c("nom")),
comp(N("apple"),
det(D("a"))).n("p").tag("em")).t("ps"),"He ate <em>apples</em>. "],// 2
[root(V("come").t("pr"),
comp(P("into"),
comp(N("area"),
det(D("the")))),
comp(P("to"),
comp(V("see").t("b"),
comp(N("concert"),
det(D("a"))).n("p")))),
"Coming into the area to see concerts. "], // 3
[root(V("be").t("ps"),
subj(Pro("it")),
comp(P("from"),
mod(Q("John"))),
comp(C("that"),
comp(V("hear").t("ps"),
subj(Pro("me").c("nom").g("f")),
comp(N("news"),
det(D("the")))))),
"It was from John that she heard the news. "], //4
[root(V("be"),
subj(N("man"),
det(D("every")),
mod(V("be"),
subj(Pro("that")),
mod(V("miss").t("pr")))),
comp(V("punish").t("pp")),
comp(P("for"),
mod(Pro("you")))),
"Every man that is missing is punished for you. "], //5
[root(V("stop").t("ps"),
mod(Adv("nearly")).pos("pre"),
subj(Pro("it")),
comp(V("rain").t("pr"))).typ({"perf":true}),
"Nearly it had stopped raining. "], //6 (differeent word order)
[root(V("waste").t("ps"),
mod(C("if"),
comp(V("have").t("ps"),
subj(Pro("I")).pe(1),
comp(N("chance"),
det(D("a")),
mod(A("similar"))))).a(",").pos("pre"),
subj(Pro("I").pe(1)),
comp(Pro("it"))).typ({"mod":"will","neg":true}),
"If I had a similar chance, I would not waste it. "], //7
[root(V("walk"),
subj(N("man"),
det(D("a"))).pro()),"He walks. "], // 8
[root(V("be"),
subj(V("practice").t("pr"),
comp(N("joke"),
det(D("my").pe(2).ow("s"))).pro()),
mod(A("crucial"))),"Practicing it is crucial. "], // 9
[root(V("eat"),
subj(Pro("him").c("nom")),
comp(N("apple"),
det(D("a"))).n("p").pro().tag("em")).t("ps"),"He ate <em>them</em>. "],// 10
[root(V("applaud").t("f"),
comp(Pro("this"))).typ({"mod":"nece","pas":true}),"This shall be applauded. "],// 11
[root(V("remember"),
subj(Pro("you"))).typ({"int":"yon"}),"Do you remember? "], // 12
[root(V('eat'), // 13
comp(N('apple').n("p"),det(D('a'))).tag("em"),
subj(N("man"),det(D("the")))).typ({"neg":false,"int":"tag"}),
"The man eats <em>apples</em>, doesn't he? "],
[coord(C("but"),root(V("laugh").t('ps'),subj(N("John"))), // 14
root(V("smack").t('ps'),subj(N("Mary")),
coord(C("and"),comp(N("butler"),det(D("the"))),
comp(N("maid"),det(D("the")))))),
"John laughed but Mary smacked the butler and the maid. "],
[root(V('move').t("p").pe(3).n("s"), //15
subj(N('star').n("s"),
det(D('the')),
mod(N('north')).pos("pre")),
comp(N('sky').n("s"),
mod(P('in')).pos("pre"),
det(D('the'))),
comp(N('hemisphere').n("s"),
mod(P('in')).pos("pre"),
det(D('the')),
mod(A('northern')).pos("pre")),
comp(N('night').n("s"),
det(D('each')))).typ({"neg":true,"int":"why"}),
"Why does the north star not move in the sky in the northern hemisphere each night? "],
[root(V('eat'), // 16
comp(N('cheese'),
det(D('the'))),
subj(Pro('him'))).typ({"pas":true}),
"The cheese is eaten by him. "],
// English possessive examples taken from
// https://learnenglish.britishcouncil.org/grammar/a1-a2-grammar/possessive-s
[root(V("be"), // 17
subj(N("car"),
det(D("my").pe(1).ow("p")),
mod(N("friend").poss()).pos("pre"),
mod(N("father").poss()).pos("pre")).n("p"),
mod(A("red"))),
"Our friend's father's cars are red. "],
[root(V('train').t("ip"), // 18
comp(N('mind'),
det(D('my').pe(2)),
mod(P('for'),
mod(N('peak'),
mod(N('performance'))).tag('a',{"href":"http://www.google.com"}))).a(":"),
subj(N('science').lier(true),
det(D('a')),
mod(V('base').t("pp").tag("i")),
mod(N('approach')),
mod(P('for'),
mod(V('achieve').t("pr"),
comp(N('goal').n("p"),
det(D('my').pe(2).g("m")))))).pos("post")).cap("tit"),
'Train Your Mind for <a href="http://www.google.com">Peak Performance</a>: a Science-<i>Based</i> Approach for Achieving Your Goals. '],
];
// bilingual examples
loadFr();
const dest=NP(D("le"),N("monde"));
loadEn();
constituentEnFr=
S(Pro("I").pe(1),
VP(V("say"),
"hello",
PP(P("to"),dest.tag("b"))));
loadFr();
const dest1=comp(N("monde"),
det(D("le")));
loadEn();
dependentEnFr=
root(V("say"),
subj(Pro("I").pe(1)),
comp("hello"),
comp(P("to"),
dest1.tag("b")));
}
function showEx(exemple){
console.log(exemple[0].realize())
}
function testAllEx(fn,exemples){
for (var i = 0; i < exemples.length; i++) {
fn(exemples[i])
}
}
// test a single expression (useful for launching the debugger on a given expression
// proper language must be chosen before calling... because the parameter is evaluated before the function call
function test(exp){
console.log(exp.toSource(0))
console.log(exp.realize())
console.log("---")
}
function showDiffs(nomEx,nbDiffs,nbTests){
if (getLanguage()=="en"){
if (nbDiffs==0)
console.log("%s :: *** no differences over %d tests",nomEx,nbTests);
else
console.log("%s :: *** %d difference%s over %d tests",nomEx,nbDiffs,nbDiffs==1?"":"s",nbTests)
} else {
if (nbDiffs==0)
console.log("%s :: *** aucune différence sur %d tests",nomEx,nbTests);
else
console.log("%s :: *** %d différence%s sur %d tests",nomEx,nbDiffs,nbDiffs==1?"":"s",nbTests)
}
}
function checkAllEx(nomEx,exemples){
const nb=exemples.length;
let nbDiffs=0;
for (var i=0;i<nb;i++){
const exp=exemples[i][0].clone();
// console.log(exp.toSource());
const gen=exp.realize();
const expected=exemples[i][1];
if (expected!==null && gen!=expected){
console.log("%d:%s\n => %s\n ** %s",i,exp.toSource(),gen,expected)
nbDiffs++;
}
}
showDiffs(nomEx,nbDiffs,exemples.length);
}
function checkAllExDep(nomEx,exemples){
const lang=getLanguage()
const nb=exemples.length;
let nbDiffs=0,nbTests=0;
for (var i=0;i<nb;i++){
if (exemples[i][2]!==undefined){
console.log(lang=="en"?"**:skip example %d: %s":"**:saute exemple %d:%s",i,exemples[i][2])
} else {
const exp=exemples[i][0].clone();
const dep=exp.toDependent();
// show(dep);
const gen=dep.realize();
const expected=exemples[i][1];
if (expected!==null && gen!=expected){
console.log("%d:%s\n %s\n => %s\n ** %s",i,exp.toSource(),dep.toSource(),gen,expected)
nbDiffs++;
}
nbTests++;
}
}
showDiffs(nomEx,nbDiffs,nbTests);
}
function checkAllExJSON(nomEx,exemples){
const nb=exemples.length;
let nbDiffs=0;
for (var i=0;i<nb;i++){
const expJS=exemples[i][0].toJSON();
const genJS=fromJSON(expJS).realize();
const expected=exemples[i][1];
if (expected!==null && genJS!=expected){
console.log("%d:%s\n => %s\n ** %s",i,ppJSON(expJS),genJS,expected)
nbDiffs++;
}
}
showDiffs(nomEx+"-JSON",nbDiffs,exemples.length);
}
function testPreviousExamples(){
makeExamples();
loadFr();
checkAllEx("exemplesFr",exemplesFr);
checkAllExDep("exempleFrDep",exemplesFr);
checkAllExJSON("exemplesFr",exemplesFr);
checkAllEx("dependancesFr",dependancesFr);
console.log("----")
loadEn();
checkAllEx("exemplesEn",exemplesEn);
checkAllExDep("exempleEnDep",exemplesEn);
checkAllExJSON("exemplesEn",exemplesEn);
checkAllEx("dependenciesEn",dependenciesEn)
console.log("----")
// cannot use checkAllEx because it does a clone() and the language is changed...
for (let c of [constituentEnFr,dependentEnFr]){
const realEnFr = c.realize()
if (realEnFr == "I say hello to <b>le monde</b>. "){
console.log("bilingual: OK")
} else {
console.log("bilingual:KO",realEnFr)
}
}
console.log("----")
}
// keys and number of arguments of the warning functions in ConstituentEn.py and ConstituentFr.py
const warnings_keys =
[['bad parameter', 2], ['bad application', 3], ['bad position', 2], ['bad const for option', 3],
['ignored value for option', 2], ['unknown type', 2], ['no value for option', 2], ['not found', 2],
['bad ordinal', 1], ['bad roman', 1], ['bad number in word', 1], ['no French contraction', 0],
['morphology error', 1], ['not implemented', 1], ['not in lexicon', 2], ['no appropriate pronoun', 0],
['both tonic and clitic', 0], ['bad Constituent', 2], ['bad Dependent', 2],
['Dependent needs Terminal', 1], ['bad number of parameters', 2], ['Dependent without params', 0],
['bad lexicon table', 2], ['bad language', 1], ['ignored reflexive', 1],
['inconsistent dependents within a coord', 2], ['user-warning', 1]]
function testWarnings(){
const args=["A","B","C","D","E","F"]
for (let [w,nbArgs] of warnings_keys){
console.log(w);
loadEn();
const params = args.slice(0,nbArgs)
NP(D("a"),N("error")).warn(w,...params);
loadFr();
NP(D("un"),N("erreur")).warn(w,"A","B","C");
}
}
function testLemmataMaps(){
function showForms(lemmata,form,flt){
let exprs = lemmata.get(form)
if (exprs == undefined)
console.log(form,":", getLanguage() == "en" ? "not found" : "pas trouvé")
else {
if (flt !== undefined)exprs = exprs.filter(flt);
console.log(form,":", exprs.map(expr=>expr.toSource()).join(", "))
}
}
let lemmataEn = buildLemmataMap("en")
console.log("---")
showForms(lemmataEn,"love")
showForms(lemmataEn,"love",e=>e.isA("N"))
console.log("---")
let lemmataFr = buildLemmataMap("fr")
showForms(lemmataFr,"porte")
showForms(lemmataFr,"finies")
showForms(lemmataFr,"suis")
showForms(lemmataFr,"ménagère")
showForms(lemmataFr,"crus")
showForms(lemmataFr,"crus",e=>e.isA("N"))
}
Constituent.debug = true; // useful for tracing, but then .realize() must be called.
// To check a single "new" example, comment the following
// testPreviousExamples()
// testWarnings()
// testLemmataMaps()
// Add an example within a call to test(...) which displays the indented source of the expression and its realization
// Do not forget to "load" the appropriate language
console.log(`jsRealB_version:${jsRealB_version}, date:${jsRealB_dateCreated}, lang: ${getLanguage()} ${Constituent.debug?", debug":""}`)