File: /home/mmtprep/public_html/mathzen.mmtprep.com/assets/6S10-1-u3mpZLb3.js.map
{"version":3,"file":"6S10-1-u3mpZLb3.js","sources":["../../src/exercices/6e/6S10-1.js"],"sourcesContent":["import { arc, cercleCentrePoint } from '../../lib/2d/cercle.js'\nimport { point, tracePoint } from '../../lib/2d/points.js'\nimport { carre, motifs } from '../../lib/2d/polygones.js'\nimport { repere } from '../../lib/2d/reperes.js'\nimport { traceBarre, traceGraphiqueCartesien } from '../../lib/2d/diagrammes.js'\nimport { segment, vecteur } from '../../lib/2d/segmentsVecteurs.js'\nimport { texteParPosition } from '../../lib/2d/textes.js'\nimport { rotation, translation } from '../../lib/2d/transformations.js'\nimport { choice, combinaisonListes } from '../../lib/outils/arrayOutils'\nimport { texcolors } from '../../lib/format/style'\nimport { numAlpha } from '../../lib/outils/outilString.js'\nimport Exercice from '../Exercice.js'\nimport { mathalea2d, colorToLatexOrHTML } from '../../modules/2dGeneralites.js'\nimport { randint, listeQuestionsToContenu } from '../../modules/outils.js'\nimport { propositionsQcm } from '../../lib/interactif/qcm.js'\nimport { context } from '../../modules/context.js'\n\nexport const titre = 'Represent data with a diagram'\nexport const interactifReady = true\nexport const interactifType = 'qcm'\nexport const amcReady = true\nexport const amcType = 'AMCHybride'\n\n/**\n * Lecture de diagrammes\n * @author Jean-Claude Lhote\n * Référence 6S10-1\n */\nexport const uuid = 'adac4'\nexport const ref = '6S10-1'\nexport default function LireUnDiagramme () {\n Exercice.call(this)\n this.titre = titre\n this.nbQuestions = 2\n this.nbQuestionsModifiable = true\n this.nbCols = 1\n this.nbColsCorr = 1\n this.pasDeVersionLatex = false\n this.pas_de_version_HMTL = false\n this.sup = 3\n this.sup2 = 5\n\n this.nouvelleVersion = function () {\n this.listeQuestions = []\n this.listeCorrections = []\n this.autoCorrection = []\n let typesDeQuestionsDisponibles\n if (this.sup2 < 5) {\n typesDeQuestionsDisponibles = [this.sup2]\n } else {\n typesDeQuestionsDisponibles = [1, 2, 3, 4]\n }\n const listeHachuresDisponibles = [0, 1, 3, 4, 5, 6, 7, 8, 9, 10]\n const listeMotifs = combinaisonListes(listeHachuresDisponibles, 4)\n const listeTypeDeQuestions = combinaisonListes(typesDeQuestionsDisponibles, this.nbQuestions)\n let N = 0\n let nom\n let nbAnimaux = 4 // nombre d'different animals in the'énoncé\n let lstAnimauxExo // liste des animaux uniquement cités dans l'exercice\n let lstNombresAnimaux // liste des effectifs de chaque animal\n let lstVal = [] // liste des valeurs à éviter pour les effectifs\n\n let paramsEnonce, coef, r, lstElementGraph, g\n let reponse1, reponse2, nbMin, nbMax, monQcm1, monQcm2, monQcm3\n let objets\n const lstAnimaux = ['Giraffes', 'Zebras', 'Wildebeest', 'Buffaloes', 'Gazelles', 'Crocodiles', 'Rhinoceros', 'Leopards', 'Cheetahs', 'Hyenas', 'Wild dogs', 'Servals', 'Warthogs']\n const lstNomParc = ['Dramve', 'Fatenmin', 'Batderfa', 'Vihi', 'Genser', 'Barbetdou', 'Dramrendu', 'Secai', 'Cipeudram', 'Cigel', 'Lisino', 'Fohenlan',\n 'Farnfoss', 'Kinecardin', 'Zeffari', 'Barmwich', 'Swadlincote', 'Swordbreak', 'Loshull', 'Ruyron', 'Fluasall', 'Blueross', 'Vlane']\n let A, B, T, angle, a, legende, textelegende, hachures, a0, t, alpha\n for (let q = 0, texte, texteCorr, texteAMC; q < this.nbQuestions;) {\n objets = []\n lstVal = []\n lstAnimauxExo = []\n lstNombresAnimaux = []\n if (!context.isAmc) {\n this.autoCorrection[q * 3] = {}\n this.autoCorrection[q * 3 + 1] = {}\n this.autoCorrection[q * 3 + 2] = {}\n } else {\n this.autoCorrection[q] = {}\n }\n\n texteAMC = 'In the natural park of ' + choice(lstNomParc) + ', there are a lot of animals.<br> Here is a diagram which represents the numbers of some species.<br><br>'\n texteCorr = ''\n switch (this.sup) {\n case 1: nbAnimaux = 2; break\n case 2: nbAnimaux = 3; break\n case 3: nbAnimaux = 4; break\n default: nbAnimaux = 4\n }\n for (let i = 0; i < nbAnimaux; i++) {\n N = randint(5, 40, lstVal) // choisit un nombre entre 5 et 40 sauf dans les valeurs à éviter\n lstNombresAnimaux.push(N)\n lstVal = lstVal.concat([N - 2, N - 1, N, N + 1, N + 2]) // valeurs à supprimer pour éviter des valeurs proches\n }\n let effectiftotal = 0\n for (let i = 0; i < nbAnimaux; i++) {\n effectiftotal += lstNombresAnimaux[i]\n }\n for (let i = 0; i < nbAnimaux; i++) {\n nom = choice(lstAnimaux, lstAnimauxExo) // choisit un animal au hasard sauf parmi ceux déjà utilisés\n lstAnimauxExo.push(nom)\n }\n switch (listeTypeDeQuestions[q]) {\n case 1:\n A = point(0, 0)\n B = point(6, 0)\n T = point(7, 0)\n a0 = cercleCentrePoint(A, B, 'black')\n objets.push(a0)\n alpha = 90\n\n t = tracePoint(A)\n t.style = '+'\n objets.push(t)\n\n for (let i = 0; i < nbAnimaux; i++) {\n angle = 360 * lstNombresAnimaux[i] / effectiftotal\n a = arc(rotation(B, A, alpha), A, angle, true, texcolors(i + 1), 'black', 0.7)\n hachures = motifs(listeMotifs[i])\n a.hachures = hachures\n a.couleurDeRemplissage = colorToLatexOrHTML(texcolors(i + 1))\n a.couleurDesHachures = a.couleurDeRemplissage\n objets.push(a)\n alpha += angle\n legende = carre(translation(T, vecteur(0, 1.5 * i)), translation(T, vecteur(1, 1.5 * i)), 'black')\n legende.couleurDeRemplissage = a.couleurDeRemplissage\n legende.couleurDesHachures = a.couleurDesHachures\n legende.hachures = hachures\n legende.opaciteDeRemplissage = 0.7\n textelegende = texteParPosition(lstAnimauxExo[i], 8.5, i * 1.5 + 0.5, 0, 'black', 1.5, 'LEFT', false)\n objets.push(legende, textelegende)\n paramsEnonce = { xmin: -6.5, ymin: -6.5, xmax: 20, ymax: 6.5, pixelsParCm: 20, scale: 0.5, mainlevee: false }\n }\n break\n case 2:\n A = point(0, 0)\n B = point(6, 0)\n T = point(7, 0)\n a0 = arc(B, A, 180, true, 'white', 'black')\n objets.push(a0)\n alpha = 0\n t = tracePoint(A)\n t.style = '+'\n objets.push(t)\n\n for (let i = 0; i < nbAnimaux; i++) {\n angle = 180 * lstNombresAnimaux[i] / effectiftotal\n a = arc(rotation(B, A, alpha), A, angle, true, texcolors(i + 1), 'black', 0.7)\n hachures = motifs(listeMotifs[i])\n a.hachures = hachures\n a.couleurDeRemplissage = colorToLatexOrHTML(texcolors(i + 1))\n a.couleurDesHachures = a.couleurDeRemplissage\n objets.push(a)\n alpha += angle\n legende = carre(translation(T, vecteur(0, 1.5 * i)), translation(T, vecteur(1, 1.5 * i)), 'black')\n legende.couleurDeRemplissage = a.couleurDeRemplissage\n legende.couleurDesHachures = a.couleurDesHachures\n legende.hachures = hachures\n legende.opaciteDeRemplissage = 0.7\n textelegende = texteParPosition(lstAnimauxExo[i], 8.5, i * 1.5 + 0.5, 0, 'black', 1.5, 'LEFT', false)\n objets.push(legende, textelegende)\n paramsEnonce = { xmin: -6.5, ymin: -0.2, xmax: 20, ymax: 6.5, pixelsParCm: 20, scale: 0.5, mainlevee: false }\n }\n break\n case 3:\n coef = 1\n switch (this.sup2) {\n case 1:\n coef = 1\n break\n case 2:\n coef = 10\n break\n }\n r = repere({\n grilleX: false,\n grilleY: 'dots',\n xThickListe: false,\n xLabelListe: false,\n yUnite: 0.1 / coef,\n yThickDistance: 10 * coef,\n yMax: 60 * coef,\n xMin: 0,\n xMax: 10,\n yMin: 0,\n axeXStyle: '',\n yLegende: 'Number of individuals'\n })\n\n lstElementGraph = []\n for (let i = 0; i < nbAnimaux; i++) {\n objets.push(traceBarre((((r.xMax - r.xMin) / (nbAnimaux + 1)) * (i + 1)), lstNombresAnimaux[i], lstAnimauxExo[i], { unite: 0.1 / coef, couleurDeRemplissage: texcolors(i + 1), hachures: 'north east lines' }))\n }\n objets.push(r)\n paramsEnonce = { xmin: -6.5, ymin: -3, xmax: 20, ymax: 7, pixelsParCm: 20, scale: 0.5, mainlevee: false }\n\n break\n\n case 4:\n coef = 1\n switch (this.sup2) {\n case 1:\n coef = 1\n break\n case 2:\n coef = 10\n break\n }\n r = repere({\n grilleX: false,\n grilleY: 'dots',\n xThickListe: false,\n xLabelListe: false,\n yUnite: 0.1 / coef,\n yThickDistance: 10 * coef,\n yMax: 60 * coef,\n xMin: 0,\n xMax: 10,\n yMin: 0,\n axeXStyle: '',\n yLegende: 'Number of individuals'\n })\n\n lstElementGraph = []\n for (let i = 0; i < nbAnimaux; i++) {\n lstElementGraph.push([(i + 1) * 2, lstNombresAnimaux[i]])\n objets.push(texteParPosition(lstAnimauxExo[i], (i + 1) * 2, -0.2, 66, 'black', 1, 'LEFT'))\n objets.push(segment((i + 1) * 2, -0.1, (i + 1) * 2, 0.1))\n }\n g = traceGraphiqueCartesien(lstElementGraph, r, {\n couleurDesPoints: 'red',\n couleurDuTrait: 'lightgray',\n styleDuTrait: '', // plein par défaut\n epaisseurDuTrait: 1,\n styleDesPoints: 'o', // croix par défaut\n tailleDesPoints: 3\n })\n\n objets.push(r, g)\n\n paramsEnonce = { xmin: -6.5, ymin: -3, xmax: 20, ymax: 7, pixelsParCm: 20, scale: 0.5, mainlevee: false }\n\n break\n }\n nbMin = Math.min(...lstNombresAnimaux)\n nbMax = Math.max(...lstNombresAnimaux)\n reponse1 = lstAnimauxExo[lstNombresAnimaux.indexOf(nbMin)]\n reponse2 = lstAnimauxExo[lstNombresAnimaux.indexOf(nbMax)]\n texteAMC += mathalea2d(paramsEnonce, objets)\n texte = texteAMC // Le texteAMC commun avec le texte (en non AMC) s'arrête ici !\n\n // Construction of valid multiple choice questions in interactive AND AMC\n const propositionsQcm1 = []\n for (let i = 0; i < nbAnimaux; i++) {\n propositionsQcm1.push({\n texte: `${lstAnimauxExo[i]}`,\n statut: reponse1 === lstAnimauxExo[i]\n })\n }\n\n const propositionsQcm2 = []\n for (let i = 0; i < nbAnimaux; i++) {\n propositionsQcm2.push({\n texte: `${lstAnimauxExo[i]}`,\n statut: reponse2 === lstAnimauxExo[i]\n })\n }\n\n const propositionsQcm3 = []\n propositionsQcm3.push({\n texte: 'More than half of the animals',\n statut: nbMax > effectiftotal / 2\n },\n {\n texte: 'Less than half of the animals',\n statut: nbMax < effectiftotal / 2\n },\n {\n texte: 'Half of the animals',\n statut: nbMax === effectiftotal / 2\n })\n\n // The variation between Interactive MCQ and AMC starts here\n if (!context.isAmc) {\n this.autoCorrection[q * 3].propositions = propositionsQcm1\n this.autoCorrection[q * 3 + 1].propositions = propositionsQcm2\n this.autoCorrection[q * 3 + 2].propositions = propositionsQcm3\n this.autoCorrection[q * 3].options = {}\n this.autoCorrection[q * 3 + 1].options = {}\n this.autoCorrection[q * 3 + 2].options = {}\n monQcm1 = propositionsQcm(this, q * 3)\n monQcm2 = propositionsQcm(this, q * 3 + 1)\n monQcm3 = propositionsQcm(this, q * 3 + 2)\n texte += `<br>${numAlpha(0)} What is the least numerous species?` + monQcm1.texte\n texte += `<br>${numAlpha(1)} What is the most numerous species?` + monQcm2.texte\n texte += `<br>${numAlpha(2)} The most numerous species represents ...` + monQcm3.texte\n texteCorr = `<br>${numAlpha(0)} The least numerous animal among these species is:` + monQcm1.texteCorr\n texteCorr += `<br>${numAlpha(1)} The most numerous animal among these species is:` + monQcm2.texteCorr\n texteCorr += `<br>${numAlpha(2)} The most numerous animal among these species represents:` + monQcm3.texteCorr\n } else { // en AMC\n this.autoCorrection[q].enonce = ''\n this.autoCorrection[q].propositions =\n [\n {\n type: 'mthMono',\n propositions: propositionsQcm1,\n enonce: texteAMC + `${numAlpha(0)} What is the least numerous 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