/*
* MathGraph32 Javascript : Software for animating online dynamic mathematics figures
* https://www.mathgraph32.org/
* @Author Yves Biton (yves.biton@sesamath.net)
* @License: GNU AGPLv3 https://www.gnu.org/licenses/agpl-3.0.html
*/
import Outil from './Outil'
import { getStr } from '../kernel/kernel'
import CCommentaire from '../objets/CCommentaire'
import CAffLiePt from '../objets/CAffLiePt'
import CImplementationProto from '../objets/CImplementationProto'
import CCalcul from '../objets/CCalcul'
import Nat from '../types/Nat'
import NatCal from '../types/NatCal'
import NatObj from '../types/NatObj'
import Color from '../types/Color'
import StyleEncadrement from '../types/StyleEncadrement'
import AffichageDlg from '../dialogs/AffichageDlg'
export default OutilAffichageEq
/**
* Outil servant à créer une image libre sur la figure
* @param {MtgApp} app L'application propriétaire
* @constructor
* @extends Outil
*/
function OutilAffichageEq (app) {
Outil.call(this, app, 'AffichageEq', 32014, true)
}
OutilAffichageEq.prototype = new Outil()
OutilAffichageEq.prototype.select = function () {
Outil.prototype.select.call(this)
this.obj = null
this.endroitClique = false
const app = this.app
app.outilPointageActif = app.outilPointageClic
app.outilPointageActif.reset()
app.indication('indEndroitAff', 'AffichageEq')
}
OutilAffichageEq.prototype.traiteObjetDesigne = function (elg, point) {
const app = this.app
const list = app.listePr
const self = this
if (this.endroitClique) {
this.obj = elg
this.ajouteClignotementDe(elg)
new AffichageDlg(app, 'AffichageEq', 2, function (rep, nbDec, taille, styleEnc, effFond, coulFond, horAlign, verAlign) {
self.suite(rep, nbDec, taille, styleEnc, effFond, coulFond, horAlign, verAlign)
},
function () {
app.activeOutilCapt()
})
} else {
this.endroitClique = true
this.point = point
this.comClig = new CCommentaire(list, null, false, Color.black, point.x, point.y, 0, 0, false, null, 16, StyleEncadrement.Sans,
false, app.doc.couleurFond, CAffLiePt.alignHorLeft, CAffLiePt.alignVerTop,
getStr('AffIci'))
this.comClig.positionne(false, app.dimf)
this.comClig.creeAffichage(app.svgFigure, false, app.doc.couleurFond)
this.ajouteClignotementDe(this.comClig)
this.resetClignotement()
app.indication('indEq', 'AffichageEq')
app.outilPointageActif = app.outilPointageCre
app.outilPointageActif.aDesigner = Nat.or(NatObj.NDroite, NatObj.NCercle)
app.outilPointageActif.reset()
}
}
OutilAffichageEq.prototype.suite = function (rep, nbDec, taillePolice, styleEnc, effFond, coulFond, horAlign, verAlign) {
const app = this.app
const list = app.listePr
this.annuleClignotement()
const isLine = this.obj.estDeNature(NatObj.NDroite)
const proto = app.docConsAv.getPrototype(isLine ? 'EqDte' : 'EqCerc')
proto.get(0).elementAssocie = rep
const calc = new CCalcul(list, null, false, list.genereNomPourCalcul(getStr('nbdec'), false), String(nbDec))
app.ajouteElement(calc)
proto.get(1).elementAssocie = calc
proto.get(2).elementAssocie = this.obj
const impProto = new CImplementationProto(list, proto)
impProto.implemente(app.dimf, proto)
impProto.nomProto = getStr('AffichageEq')
const latex = impProto.premierFinal(NatObj.NLatex)
latex.xNom = this.point.x
latex.yNom = this.point.y
latex.donneCouleur(app.getCouleur())
latex.taillePolice = taillePolice
latex.encadrement = styleEnc
latex.effacementFond = effFond
latex.couleurFond = coulFond
latex.alignementHorizontal = horAlign
latex.alignementVertical = verAlign
const indImpProto = list.indexOf(impProto)
list.positionne(false, app.dimf)
latex.setReady4MathJax()
list.afficheTout(indImpProto, app.svgFigure, true, app.doc.couleurFond)
this.saveFig()
// Corrigé version 5.6.4
if (app.estExercice) app.listePourConst = app.listePourConstruction()
app.activeOutilCapt()
}
OutilAffichageEq.prototype.activationValide = function () {
return this.app.listePr.nombreObjetsCalcul(NatCal.NRepere) > 0
}
OutilAffichageEq.prototype.isReadyForTouchEnd = function () {
return false
}