{"version":3,"file":"6C33-8pbj6Bcv.js","sources":["../../src/exercices/6e/6C33.js"],"sourcesContent":["import { choice, combinaisonListes, enleveElement } from '../../lib/outils/arrayOutils'\nimport { miseEnEvidence } from '../../lib/outils/embellissements'\nimport { nombreDeChiffresDansLaPartieEntiere, range1, rangeMinMax } from '../../lib/outils/nombres.js'\nimport { lettreDepuisChiffre } from '../../lib/outils/outilString.js'\nimport { listeDesDiviseurs } from '../../lib/outils/primalite.js'\nimport Exercice from '../Exercice.js'\nimport { context } from '../../modules/context.js'\nimport { listeQuestionsToContenu, randint } from '../../modules/outils.js'\nimport { ajouteChampTexteMathLive } from '../../lib/interactif/questionMathLive.js'\nimport { setReponse } from '../../lib/interactif/gestionInteractif.js'\n\nexport const titre = 'Calculate using operational priorities'\nexport const amcReady = true\nexport const interactifReady = true\nexport const interactifType = 'mathLive'\nexport const amcType = 'AMCNum'\n\nexport const dateDeModifImportante = '21/05/2023'\n\n/**\n * Plusieurs type de calcul avec des entiers.\n *\n * Sans parenthèses :\n * * a+b*c\n * * a+b÷c\n * * a÷b*c\n * * a-b*c\n * * a*b÷c\n * * a*b+c\n * * a-b+c\n * * a+b+c*d\n * * a*b+c*d\n * * a*b*c-d\n * * a*b-c÷d\n * * a*b+c÷d\n *\n * Avec parenthèses :\n * * a*(b-c)\n * * (a-b)*c\n * * (a-b)÷c\n * * a÷(b+c)\n * * (a-b)÷c\n * * a*(b-c)*d\n * * a*b*(c-d)\n * * a*(b-c*d)\n * * (a+b*c)÷d\n * * a*(b-c*d)\n * * a*b÷(c+d)\n * * a*(b÷c+d)\n * @author Rémi Angot\n * Référence 6C33\n */\nexport const uuid = '4c10a'\nexport const ref = '6C33'\nexport default function Priorites () {\n  Exercice.call(this) // Héritage de la classe Exercice()\n  this.titre = titre\n  this.consigne = 'Calculate.'\n  this.nbQuestions = 5\n  this.nbCols = 2\n  this.nbColsCorr = 1\n  this.sup = 3\n  this.sup2 = false\n  this.sup3 = true\n  this.sup4 = true\n\n  this.nouvelleVersion = function () {\n    this.sup = parseInt(this.sup)\n    this.listeQuestions = [] // Liste de questions\n    this.listeCorrections = [] // Liste de questions corrigées\n    this.autoCorrection = []\n    let questionsDisponibles = [] //\n    if (parseInt(this.sup) === 1) {\n      questionsDisponibles = range1(12)\n    } else if (parseInt(this.sup) === 2) {\n      questionsDisponibles = range1(22, range1(12))\n    } else {\n      questionsDisponibles = range1(22)\n    }\n    if (!this.sup3) questionsDisponibles = questionsDisponibles.filter(el => !rangeMinMax(13, 22).includes(el))\n    if (!this.sup4) questionsDisponibles = questionsDisponibles.filter(el => ![2, 3, 5, 8, 11, 12, 15, 16, 17, 21, 22].includes(el))\n    const listeTypeDeQuestions = combinaisonListes(\n      questionsDisponibles,\n      this.nbQuestions\n    )\n    for (\n      let i = 0, texte, texteCorr, liste, somme, a, b, c, d, cpt = 0;\n      i < this.nbQuestions && cpt < 50;\n    ) {\n      switch (listeTypeDeQuestions[i]) {\n        case 1:\n          a = randint(2, 11)\n          b = randint(2, 11)\n          c = randint(2, 11)\n          texte = `$${a}+${b}\\\\times${c}$`\n          texteCorr = `$${a}+${miseEnEvidence(b + '\\\\times' + c)}=${a}+${b * c\n                    }=${a + b * c}$`\n          setReponse(this, i, a + b * c)\n          break\n        case 2:\n          a = randint(2, 11)\n          c = randint(2, 11)\n          b = c * randint(2, 11)\n          texte = `$${a}+${b}\\\\div${c}$`\n          texteCorr = `$${a}+${miseEnEvidence(b + '\\\\div' + c)}=${a}+${b / c\n                    }=${a + b / c}$`\n          setReponse(this, i, a + b / c)\n          break\n        case 3:\n          b = randint(2, 11)\n          c = randint(2, 11)\n          a = b * randint(2, 11)\n          texte = `$${a}\\\\div${b}\\\\times${c}$`\n          texteCorr = `$${miseEnEvidence(a + '\\\\div' + b)}\\\\times${c}=${a / b\n                    }\\\\times${c}=${(a / b) * c}$`\n          setReponse(this, i, (a / b) * c)\n          break\n        case 4:\n          b = randint(2, 11)\n          c = randint(2, 11)\n          a = b * c + randint(2, 11)\n          texte = `$${a}-${b}\\\\times${c}$`\n          texteCorr = `$${a}-${miseEnEvidence(b + '\\\\times' + c)}=${a}-${b * c\n                    }=${a - b * c}$`\n          setReponse(this, i, a - b * c)\n          break\n        case 5:\n          if (choice([true, false])) {\n            // a is a multiple of c\n            c = randint(2, 6)\n            a = c * randint(2, 5)\n            b = randint(2, 6)\n          } else {\n            // b is a multiple of c\n            c = randint(2, 6)\n            b = c * randint(2, 5)\n            a = randint(2, 6)\n          }\n          texte = `$${a}\\\\times${b}\\\\div${c}$`\n          texteCorr = `$${miseEnEvidence(a + '\\\\times' + b)}\\\\div${c}=${a * b\n                    }\\\\div${c}=${(a * b) / c}$`\n          setReponse(this, i, (a * b) / c)\n          break\n        case 6:\n          a = randint(2, 11)\n          b = randint(2, 11)\n          c = randint(2, 11)\n          texte = `$${a}\\\\times${b}+${c}$`\n          texteCorr = `$${miseEnEvidence(a + '\\\\times' + b)}+${c}=${a * b\n                    }+${c}=${a * b + c}$`\n          setReponse(this, i, a * b + c)\n          break\n        case 7:\n          b = randint(20, 59)\n          a = b + randint(11, 29)\n          c = randint(11, 29)\n          texte = `$${a}-${b}+${c}$`\n          texteCorr = `$${miseEnEvidence(a + '-' + b)}+${c}=${a - b}+${c}=${a - b + c}$`\n          setReponse(this, i, a - b + c)\n          break\n        case 8:\n          a = randint(2, 20)\n          b = randint(2, 20)\n          c = randint(2, 11)\n          d = randint(2, 11)\n          texte = `$${a}+${b}+${c}\\times${d}$`\n          texteCorr = `$${a}+${b}+${miseEnEvidence(\n                        c + '\\\\times' + d\n                    )}=${a}+${b}+${c * d}=${a + b + c * d}$`\n          setReponse(this, i, a + b + c * d)\n          break\n        case 9:\n          a = randint(2, 11)\n          b = randint(2, 11)\n          c = randint(2, 11)\n          d = randint(2, 11)\n          texte = `$${a}\\\\times${b}+${c}\\\\times${d}$`\n          texteCorr = `$${miseEnEvidence(\n                        a + '\\\\times' + b\n                    )}+${miseEnEvidence(c + '\\\\times' + d)}=${a * b}+${c * d}=${a * b + c * d}$`\n          setReponse(this, i, a * b + c * d)\n          break\n        case 10:\n          a = randint(2, 5)\n          b = randint(2, 5)\n          c = randint(2, 5)\n          d = randint(2, a * b * c - 1)\n          texte = `$${a}\\\\times${b}\\\\times${c}-${d}$`\n          texteCorr = `$${miseEnEvidence(\n                        a + '\\\\times' + b\n                    )}\\\\times${c}-${d}=${miseEnEvidence(a * b + '\\\\times' + c)}-${d}=${a * b * c - d}$`\n          setReponse(this, i, a * b * c - d)\n          break\n        case 11:\n          a = randint(3, 11)\n          b = randint(3, 11)\n          d = randint(2, 11)\n          c = d * randint(2, 8)\n          texte = `$${a}\\\\times${b}-${c}\\\\div${d}$`\n          texteCorr = `$${miseEnEvidence(\n                        a + '\\\\times' + b\n                    )}-${miseEnEvidence(c + '\\\\div' + d)}=${a * b}-${c / d}=${a * b - c / d}$`\n          setReponse(this, i, a * b - c / d)\n          break\n        case 12:\n          a = randint(2, 11)\n          b = randint(2, 11)\n          d = randint(2, 11)\n          c = d * randint(2, 8)\n          texte = `$${a}\\\\times${b}+${c}\\\\div${d}$`\n          texteCorr = `$${miseEnEvidence(\n                        a + '\\\\times' + b\n                    )}+${miseEnEvidence(c + '\\\\div' + d)}=${a * b}+${c / d}=${a * b + c / d}$`\n          setReponse(this, i, a * b + c / d)\n          break\n        case 13:\n          a = randint(2, 11)\n          c = randint(2, 11)\n          b = c + randint(2, 11)\n          texte = `$${a}\\\\times(${b}-${c})$`\n          texteCorr = `$${a}\\\\times(${miseEnEvidence(\n                        b + '-' + c\n                    )})=${a}\\\\times${b - c}=${a * (b - c)}$`\n          setReponse(this, i, a * (b - c))\n          break\n        case 14:\n          b = randint(11, 39)\n          a = b + randint(2, 11)\n          c = randint(2, 11)\n          texte = `$(${a}-${b})\\\\times${c}$`\n          texteCorr = `$(${miseEnEvidence(a + '-' + b)})\\\\times${c}=${a - b\n                    }\\\\times${c}=${(a - b) * c}$`\n          setReponse(this, i, (a - b) * c)\n          break\n        case 15:\n          c = randint(2, 11)\n          b = randint(11, 39)\n          a = b + c * randint(2, 9)\n          texte = `$(${a}-${b})\\\\div${c}$`\n          texteCorr = `$(${miseEnEvidence(a + '-' + b)})\\\\div${c}=${a - b\n                    }\\\\div${c}=${(a - b) / c}$`\n          setReponse(this, i, (a - b) / c)\n          break\n        case 16:\n          b = randint(2, 5)\n          c = randint(2, 6)\n          a = (b + c) * randint(2, 9)\n          texte = `$${a}\\\\div(${b}+${c})$`\n          texteCorr = `$${a}\\\\div(${miseEnEvidence(b + '+' + c)})=${a}\\\\div${b + c\n                    }=${a / (b + c)}$`\n          setReponse(this, i, a / (b + c))\n          break\n        case 17:\n          c = randint(2, 11)\n          b = randint(11, 39)\n          a = b + c * randint(2, 9)\n          texte = `$(${a}-${b})\\\\div${c}$`\n          texteCorr = `$(${miseEnEvidence(a + '-' + b)})\\\\div${c}=${a - b\n                    }\\\\div${c}=${(a - b) / c}$`\n          setReponse(this, i, (a - b) / c)\n          break\n        case 18:\n          c = randint(11, 39)\n          b = c + randint(2, 5)\n          a = randint(2, 5)\n          d = randint(2, 5)\n          texte = `$${a}\\\\times(${b}-${c})\\\\times${d}$`\n          texteCorr = `$${a}\\\\times(${miseEnEvidence(\n                        b + '-' + c\n                    )})\\\\times${d}=${a}\\\\times${b - c}\\\\times${d}=${a * (b - c) * d}$`\n          setReponse(this, i, a * (b - c) * d)\n          break\n        case 19:\n          d = randint(11, 39)\n          c = d + randint(2, 5)\n          a = randint(2, 5)\n          b = randint(2, 5)\n          texte = `$${a}\\\\times${b}\\\\times(${c}-${d})$`\n          texteCorr = `$${a}\\\\times${b}\\\\times(${miseEnEvidence(\n                        c + '-' + d\n                    )})=${a}\\\\times${b}\\\\times${c - d}=${a * b * (c - d)}$`\n          setReponse(this, i, a * b * (c - d))\n          break\n        case 20:\n          a = randint(2, 11)\n          c = randint(2, 11)\n          d = randint(2, 11)\n          b = c * d + randint(2, 11)\n          texte = `$${a}\\\\times(${b}-${c}\\\\times${d})$`\n          texteCorr = `$${a}\\\\times(${b}-${miseEnEvidence(\n                        c + '\\\\times' + d\n                    )})=${a}\\\\times(${miseEnEvidence(b + '-' + c * d)})=${a}\\\\times${b - c * d\n                    }=${a * (b - c * d)}$`\n          setReponse(this, i, a * (b - c * d))\n          break\n        case 21:\n          a = randint(2, 11)\n          b = randint(2, 11)\n          liste = listeDesDiviseurs(a * b)\n          if (liste.length > 2) {\n            liste.pop() // on supprime le plus grand diviseur qui est le produit\n          }\n          if (liste.length > 2) {\n            enleveElement(liste, liste[1]) // on supprime le plus petit diviseur (autre que 1)\n          }\n\n          somme = choice(liste, [1]) // la somme doit être un diviseur différent de 1\n          c = randint(1, somme - 1)\n          d = somme - c\n          texte = `$${a}\\\\times${b}\\\\div(${c}+${d})$`\n          texteCorr = `$${a}\\\\times${b}\\\\div(${miseEnEvidence(\n                        c + '+' + d\n                    )})=${miseEnEvidence(a + '\\\\times' + b)}\\\\div${c + d}=${a * b\n                    }\\\\div${c + d}=${(a * b) / (c + d)}$`\n          setReponse(this, i, (a * b) / (c + d))\n          break\n        case 22:\n          a = randint(2, 11)\n          c = randint(2, 11)\n          b = c * randint(2, 5)\n          d = randint(2, 6)\n          texte = `$${a}\\\\times(${b}\\\\div${c}+${d})$`\n          texteCorr = `$${a}\\\\times(${miseEnEvidence(\n                        b + '\\\\div' + c\n                    )}+${d})=${a}\\\\times(${miseEnEvidence(\n                        b / c + '+' + d\n                    )})=${a}\\\\times${b / c + d}=${a * (b / c + d)}$`\n          setReponse(this, i, a * (b / c + d))\n          break\n      }\n      if (this.sup2) {\n        texte = `${lettreDepuisChiffre(i + 1)} = ${texte}`\n        // We cut\n        const etapes = texteCorr.split('=')\n        texteCorr = ''\n        etapes.forEach(function (etape) {\n          etape = etape.replace('$', '')\n          if (context.isHtml) {\n            texteCorr += '<br>'\n          }\n          texteCorr += `${lettreDepuisChiffre(i + 1)} = $${etape}$ <br>`\n        })\n      }\n      if (this.interactif && context.isHtml) texte = texte.substring(0, texte.length - 1) + '~=$' + ajouteChampTexteMathLive(this, i, 'width15 inline')\n      if (this.listeQuestions.indexOf(texte) === -1) {\n        if (context.isAmc) {\n          this.autoCorrection[i].enonce = texte.substring(0, texte.length - 1) + '~=$'\n          this.autoCorrection[i].propositions = [{ texte: texteCorr, statut: '' }]\n          this.autoCorrection[i].reponse.param.digits = nombreDeChiffresDansLaPartieEntiere(this.autoCorrection[i].reponse.valeur[0]) + 1\n          this.autoCorrection[i].reponse.param.decimals = 0\n        }\n        // If the question has never been asked, we create another one\n        this.listeQuestions.push(texte)\n        this.listeCorrections.push(texteCorr)\n        i++\n      }\n      cpt++\n    }\n    listeQuestionsToContenu(this)\n  }\n  this.besoinFormulaireNumerique = [\n    'Type of calculations',\n    3,\n    '1: Without parentheses\\n2: With parentheses\\n3: Mixture'\n  ]\n  this.besoinFormulaire2CaseACocher = ['Presentation of corrections in columns']\n  this.besoinFormulaire3CaseACocher = ['Include parentheses']\n  this.besoinFormulaire4CaseACocher = ['Include 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