{"version":3,"file":"6G33-UrGSlcf5.js","sources":["../../src/exercices/6e/6G33.js"],"sourcesContent":["import { codageAngleDroit } from '../../lib/2d/angles.js'\nimport { codageSegments } from '../../lib/2d/codages.js'\nimport { point } from '../../lib/2d/points.js'\nimport { polygone } from '../../lib/2d/polygones.js'\nimport { segment } from '../../lib/2d/segmentsVecteurs.js'\nimport { shuffle } from '../../lib/outils/arrayOutils'\nimport Exercice from '../Exercice.js'\nimport { mathalea2d } from '../../modules/2dGeneralites.js'\nimport { context } from '../../modules/context.js'\nimport { listeQuestionsToContenu, randint } from '../../modules/outils.js'\nimport { propositionsQcm } from '../../lib/interactif/qcm.js'\nexport const amcReady = true\nexport const amcType = 'qcmMono'\nexport const interactifReady = true\nexport const interactifType = 'qcm'\nexport const dateDeModifImportante = '04/07/2023' // Modif par EE : Correction des QCM, ajout d'une question, amélioration des feedback\nexport const titre = 'Recognize a particular quadrilateral from its properties'\n\n/**\n * Reconnaître un quadrilatère particulier à partir de ses propriétés\n * @author Rémi Angot\n * Référence 6G33\n*/\nexport const uuid = '4e52e'\nexport const ref = '6G33'\nexport default function ReconnaitreQuadrilatereParticulier () {\n  Exercice.call(this) // Héritage de la classe Exercice()\n  this.titre = titre\n  this.amcReady = amcReady\n  this.amcType = amcType\n  this.interactifReady = interactifReady\n  this.interactifType = interactifType\n  this.consigne = ''\n  this.nbQuestions = 3\n  this.nbQuestionsModifiable = false\n  this.nbColsCorr = 2 // Nombre de colonnes dans la correction pour la sortie LaTeX\n  this.correctionDetailleeDisponible = true\n  context.isHtml ? this.correctionDetaillee = true : this.correctionDetaillee = false\n\n  this.nouvelleVersion = function () {\n    this.listeQuestions = [] // Liste de questions\n    this.listeCorrections = [] // Liste de questions corrigées\n    this.consigne = this.interactif ? 'For each question, check the correct answer.' : ''\n\n    const listeDeQuad = shuffle(['diamond', 'rectangle', 'square'])\n    for (let i = 0, numDeQuad, listeDeQuestions, texte, texteCorr, cpt = 0; i < this.nbQuestions && cpt < 50;) {\n      numDeQuad = listeDeQuad[i] === 'diamond' ? randint(1, 2) : randint(1, 3)\n      listeDeQuestions = listeDeQuad[i] + numDeQuad\n      texte = ''\n      texteCorr = ''\n      let A, B, C, D, O, ABCD, codage, codage1, codage2, codage3, codage4, sAC, sBD, marquesDemiDiagonales, marquesDemiDiagonales1, marquesDemiDiagonales2, marquesCotes\n      this.autoCorrection[i] = {}\n      switch (numDeQuad) {\n        case 2 :\n          this.autoCorrection[i].propositions = [\n            {\n              texte: 'Diamond',\n              statut: false,\n              feedback: listeDeQuad[i] === 'diamond'\n                ? 'Diamonds have perpendicular and intersecting diagonals in the middle.'\n                : 'Diamonds do not have diagonals of the same length.'\n            },\n            {\n              texte: 'Rectangle',\n              statut: false,\n              feedback: listeDeQuad[i] === 'rectangle'\n                ? 'Rectangles have diagonals of the same length and intersecting in the middle.'\n                : 'Rectangles do not have perpendicular diagonals.'\n            },\n            {\n              texte: 'Square',\n              statut: false,\n              feedback: (listeDeQuad[i] === 'diamond'\n                ? 'Squares have perpendicular and intersecting diagonals in the middle, but not only that. Their diagonals are also the same length.'\n                : listeDeQuad[i] === 'rectangle'\n                  ? 'The squares have perpendicular diagonals and the same length, but not only that. Their diagonals also intersect in the middle.'\n                  : 'The squares have perpendicular diagonals, of equal length and intersecting in the middle.') +\n              ' A square is both a rectangle and a diamond.'\n            },\n            {\n              texte: 'Trapeze',\n              statut: false,\n              feedback: 'Generally speaking, trapezoids do not have perpendicular diagonals.'\n            },\n            {\n              texte: 'Parallelogram',\n              statut: false,\n              feedback: 'Generally speaking, parallelograms do not have perpendicular diagonals.'\n            }\n          ]\n          break\n        default :\n          this.autoCorrection[i].propositions = [\n            {\n              texte: 'Diamond',\n              statut: false,\n              feedback: listeDeQuad[i] === 'diamond'\n                ? 'Diamonds have all sides of the same length.'\n                : 'Rhombuses do not have right angles.'\n            },\n            {\n              texte: 'Rectangle',\n              statut: false,\n              feedback: listeDeQuad[i] === 'rectangle'\n                ? 'Rectangles have 4 right angles.'\n                : 'Rectangles do not all have the same length of sides.'\n            },\n            {\n              texte: 'Square',\n              statut: false,\n              feedback: (listeDeQuad[i] === 'diamond'\n                ? 'The squares have all their sides of the same length, but not only that. They also have 4 right angles.'\n                : listeDeQuad[i] === 'rectangle'\n                  ? 'Squares have 4 right angles, but not only that. They also have all their sides the same length.'\n                  : 'The squares have all sides of the same length and 4 right angles.') +\n              ' A square is both a rectangle and a diamond.'\n            },\n            {\n              texte: 'Trapeze',\n              statut: false,\n              feedback: 'Generally speaking, trapezoids do not have all their sides of the same length, nor do they have right angles.'\n            },\n            {\n              texte: 'Parallelogram',\n              statut: false,\n              feedback: 'Generally speaking, parallelograms do not have all their sides of the same length, nor do they have right angles.'\n            }\n          ]\n      } this.autoCorrection[i].options = {\n        ordered: true,\n        lastChoice: 5\n      }\n\n      // listOfQuestions[0] = 'losange2'\n      // switch (listOfQuestions) {\n      switch (listeDeQuestions) {\n        case 'diamond1':\n          texte = 'What is the nature of a quadrilateral having 4 sides of equal length?'\n          A = point(0, 0)\n          B = point(2, 3)\n          C = point(0, 6)\n          D = point(-2, 3)\n          O = point(0, 3)\n          ABCD = polygone(A, B, C, D)\n          marquesCotes = codageSegments('||', 'blue', A, B, B, C, C, D, D, A)\n          if (this.correctionDetaillee) { texteCorr = mathalea2d({ xmin: -3, xmax: 3, ymin: -1, ymax: 7 }, ABCD, marquesCotes) + '<br>' }\n          texteCorr += \"It's a diamond.\"\n          break\n        case 'diamond2':\n          texte = 'What is the nature of a quadrilateral having its diagonals perpendicular and intersecting in the middle?'\n          A = point(0, 0)\n          B = point(2, 3)\n          C = point(0, 6)\n          D = point(-2, 3)\n          O = point(0, 3)\n          ABCD = polygone(A, B, C, D)\n          codage = codageAngleDroit(C, O, B)\n          sAC = segment(A, C)\n          sBD = segment(B, D)\n          sAC.pointilles = 5\n          sBD.pointilles = 5\n          marquesDemiDiagonales1 = codageSegments('|', 'blue', O, A, O, C)\n          marquesDemiDiagonales2 = codageSegments('|||', 'blue', O, B, O, D)\n          if (this.correctionDetaillee) { texteCorr = mathalea2d({ xmin: -3, xmax: 3, ymin: -1, ymax: 7 }, ABCD, codage, sAC, sBD, marquesDemiDiagonales1, marquesDemiDiagonales2) + '<br>' }\n          texteCorr += \"It's a diamond.\"\n          break\n        case 'rectangle1':\n          texte = 'What is the nature of a quadrilateral having 4 right angles?'\n          A = point(0, 0)\n          B = point(5, 0)\n          C = point(5, 3)\n          D = point(0, 3)\n          O = point(2.5, 1.5)\n          ABCD = polygone(A, B, C, D)\n          codage1 = codageAngleDroit(A, B, C)\n          codage2 = codageAngleDroit(B, C, D)\n          codage3 = codageAngleDroit(C, D, A)\n          codage4 = codageAngleDroit(D, A, B)\n          if (this.correctionDetaillee) { texteCorr = mathalea2d({ xmin: -1, xmax: 6, ymin: -1, ymax: 4 }, ABCD, codage1, codage2, codage3, codage4) + '<br>' }\n          texteCorr += \"It's a rectangle.\"\n          break\n        case 'rectangle2':\n          texte = 'What is the nature of a quadrilateral having its diagonals of the same length and intersecting in the middle?'\n          A = point(0, 0)\n          B = point(5, 0)\n          C = point(5, 3)\n          D = point(0, 3)\n          O = point(2.5, 1.5)\n          ABCD = polygone(A, B, C, D)\n          sAC = segment(A, C)\n          sBD = segment(B, D)\n          marquesDemiDiagonales = codageSegments('||', 'blue', O, A, O, B, O, C, O, D)\n          if (this.correctionDetaillee) { texteCorr = mathalea2d({ xmin: -1, xmax: 6, ymin: -1, ymax: 4 }, ABCD, marquesDemiDiagonales, sAC, sBD) + '<br>' }\n          texteCorr += \"It's a rectangle.\"\n          break\n        case 'rectangle3':\n          texte = 'What is the nature of a quadrilateral having 3 right angles?'\n          A = point(0, 0)\n          B = point(5, 0)\n          C = point(5, 3)\n          D = point(0, 3)\n          O = point(2.5, 1.5)\n          ABCD = polygone(A, B, C, D)\n          codage1 = codageAngleDroit(A, B, C)\n          codage2 = codageAngleDroit(B, C, D)\n          codage3 = codageAngleDroit(C, D, A)\n          if (this.correctionDetaillee) { texteCorr = mathalea2d({ xmin: -1, xmax: 6, ymin: -1, ymax: 4 }, ABCD, codage1, codage2, codage3) + '<br>' }\n          texteCorr += 'It is a rectangle because if the quadrilateral has 3 right angles, then it also necessarily has a fourth.'\n          break\n        case 'square1':\n          texte = 'What is the nature of a quadrilateral having its 4 sides of equal length and 4 right angles?'\n          A = point(0, 0)\n          B = point(3, 0)\n          C = point(3, 3)\n          D = point(0, 3)\n          O = point(1.5, 1.5)\n          ABCD = polygone(A, B, C, D)\n          codage1 = codageAngleDroit(A, B, C)\n          codage2 = codageAngleDroit(B, C, D)\n          codage3 = codageAngleDroit(C, D, A)\n          marquesCotes = codageSegments('||', 'blue', A, B, B, C, C, D, D, A)\n          if (this.correctionDetaillee) { texteCorr = mathalea2d({ xmin: -1, xmax: 4, ymin: -1, ymax: 4 }, ABCD, codage1, codage2, codage3, marquesCotes) + '<br>' }\n          texteCorr += \"It's a square.\"\n          break\n        case 'square2':\n          texte = 'What is the nature of a quadrilateral having its perpendicular diagonals, of the same length and intersecting in the middle?'\n          A = point(0, 0)\n          B = point(3, 0)\n          C = point(3, 3)\n          D = point(0, 3)\n          O = point(1.5, 1.5)\n          ABCD = polygone(A, B, C, D)\n          codage = codageAngleDroit(C, O, D)\n          sAC = segment(A, C)\n          sBD = segment(B, D)\n          sAC.pointilles = 5\n          sBD.pointilles = 5\n          marquesDemiDiagonales = codageSegments('||', 'blue', O, A, O, B, O, C, O, D)\n          if (this.correctionDetaillee) { texteCorr = mathalea2d({ xmin: -1, xmax: 4, ymin: -1, ymax: 4 }, ABCD, codage, marquesDemiDiagonales, sAC, sBD) + '<br>' }\n          texteCorr += \"It's a square.\"\n          break\n        case 'square3':\n          texte = 'What is the nature of a quadrilateral having its 4 sides of equal length and a right angle?'\n          A = point(0, 0)\n          B = point(3, 0)\n          C = point(3, 3)\n          D = point(0, 3)\n          O = point(1.5, 1.5)\n          ABCD = polygone(A, B, C, D)\n          codage = codageAngleDroit(A, B, C)\n          marquesCotes = codageSegments('||', 'blue', A, B, B, C, C, D, D, A)\n          if (this.correctionDetaillee) { texteCorr = mathalea2d({ xmin: -1, xmax: 4, ymin: -1, ymax: 4 }, ABCD, codage, marquesCotes) + '<br>' }\n          texteCorr += \"It's a square.\"\n          break\n      }\n      // if (this.modeQcm && !context.isAmc) {\n      // if (texteCorr.lastIndexOf('\\n') > 0) {\n      // textCorr = textCorr.substring(0, textCorr.lastIndexOf('\\n'))\n      // }\n      // this.tableSolutionsDuQcm[i] = tabicone\n      // text += propositionsQcm(this.numeroExercice, i, tabrep, tabicone).text\n      // textCorr += '<br>' + propositionsQcm(this.numeroExercice, i, tabrep, tabicone).textCorr\n      // }\n\n      this.autoCorrection[i].enonce = `${texte}\\n`\n\n      // 0: diamond, 1: rectangle, 2: square, 3: trapezoid, 4: parallelogram\n      switch (listeDeQuad[i]) {\n        case 'diamond' :\n          this.autoCorrection[i].propositions[0].statut = true\n          break\n        case 'rectangle' :\n          this.autoCorrection[i].propositions[1].statut = true\n          break\n        case 'square' :\n          this.autoCorrection[i].propositions[2].statut = true\n          break\n      }\n\n      if (this.questionJamaisPosee(i, texte)) {\n        // If the question has never been asked, we create another one\n        if (this.interactif) {\n          texte += propositionsQcm(this, i).texte\n        }\n        this.listeQuestions.push(texte)\n        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