Révision 3421

TXM/trunk/org.txm.groovy.core/src/groovy/org/txm/macro/transcription/AddSectionsFromTableMacro.groovy (revision 3421)
223 223 
		trsSection = trsSections[0]
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		turns = trsSection.Turn
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		newSections = []
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		iSection = 0;
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		currentSection = null
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		currentNode = null
......
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		// boucle sur les tours dans l'ordre
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		for (iTurn = 0 ; iTurn < turns.size() ; iTurn++) {
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			if (debug) println "iTurn=$iTurn turn="+turns[iTurn].attributes()
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			if (debug) println "iTurn=$iTurn turn="+turns[iTurn].attributes()+" iSection=$iSection ("+sections[iSection][0]+", "+sections[iSection][1]+")"
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			turn = turns[iTurn]
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			start = Float.parseFloat(turn.@startTime)
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			end = Float.parseFloat(turn.@endTime)
......
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			// (on ne gère qu'un seul tour et un seul noeud à chaque itération de la boucle tour,
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			// puisqu'on a retaillé le tour pour qu'il ne concerne pas plusieurs noeuds)
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			if (foundSection != null) { // on complète ou on ajoute une div.
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				if (debug) println "found iSection=$iSection ("+sections[iSection][0]+", "+sections[iSection][1]+")"
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				if (foundSection != currentSection || currentSection == null) {
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					if (currentNode != null && currentNode.@synchronized == "false") {
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						def tmp = currentNode.Turn
......
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					currentSection = foundSection
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					currentNode = new Node(trsEpisode, "Section", currentSection[2])
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					if (debug) println " create synchronized turn at start="+foundSection[0]
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				}
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				}
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			} else { // on complète ou on ajoute un noeud (div) non synchronisé.
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				if (debug) println "not synchronized with current iSection=$iSection ("+sections[iSection][0]+", "+sections[iSection][1]+")"
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				if (currentSection != null || currentNode == null) { // create a new unsynchronized section if there is no opened synchronized section or no un-synchronized section
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				    currentNode = new Node(trsEpisode, "Section", ["type":"Sujet non synchronisé", "startTime":turn.@startTime, "endTime":"", "synchronized":"false"] )
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				    currentSection = null;
......
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			// Etape 3 : on coupe le tour s'il y a besoin
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			if (cutCheck && fixTurnsLimits) {
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				if (debug) println " fixing turn in turns ("+turns.size()+") section ("+trsSection.children().size()+")"
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				if (debug) println " fixing current turn iTurn=$iTurn ($start, $end) )in turns ("+turns.size()+") section ("+trsSection.children().size()+")"
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				if (isTurnSynchronized) {
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					cutTurn(true) // iSection++  et test avec le **end** de la section quand on coupe
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				} else {
......
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				}
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			}
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			if (debug) println " remove turn in turns ("+turns.size()+") section ("+trsSection.children().size()+")"
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			turns.remove(turn)
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			if (debug) println " remove turn in initial section ("+trsSection.children().size()+" remaining turns before removing this one)"
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			//turns.remove(turn)
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			trsSection.remove(turn)
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			currentNode.append(turn)
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			if (debug) println " removed turn in turns ("+turns.size()+") section ("+trsSection.children().size()+")"
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			//if (debug) println " removed turn in turns ("+turns.size()+") section ("+trsSection.children().size()+")"
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		}
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		trsEpisode.remove(trsSection)
......
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	if (endSection instanceof String) endSection = Float.parseFloat(sections[iSection][1]) //currentNode.@endTime)
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	//println "Cut the last turn if necessary"
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	if (debug) println " cut turn and test with end ? $testWithSectionEndTime of iSection=$iSection at iTurn=$iTurn start=${turn.@startTime} end=${turn.@endTime} children="+turn.children().size()
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	if (debug) println " cut turn and test with end ? $testWithSectionEndTime of iSection=$iSection ($startSection, $endSection) at iTurn=$iTurn (${turn.@startTime}, ${turn.@endTime}) children="+turn.children().size()
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	for (int iChildren = 0 ; iChildren < children.size() ; iChildren++) {
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		def c = children[iChildren]
......
374 374 
					newTurnKaNode = new Node(trsSection, "Turn", ["startTime":""+start2, "endTime":""+turn.@endTime, "speaker":turn.@speaker])
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                    new Node(newTurnKaNode, "Sync", ["time":""+start2]) // TRS
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					turns.add(iTurn, newTurnKaNode) // set as next turn to process
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					turns.add(iTurn+1, newTurnKaNode) // set as next turn to process
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					iTurn--
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					if (debug) newTurnKaNode.@created = "yes"
380 380 
					turn.@endTime = ""+start2;
......
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				if (test) { //  && Math.abs(start2 - endSection) > turnsCutActivationThreashold
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					if (debug) println " cut with a Sync at ($start2, $end2) for section ("+startSection+", "+endSection+")"
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					newTurnKaNode = new Node(trsSection, "Turn", ["startTime":""+start2, "endTime":""+turn.@endTime, "speaker":turn.@speaker])
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					turns.add(iTurn, newTurnKaNode)
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					turns.add(iTurn+1, newTurnKaNode)
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					iTurn--
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					if (debug) newTurnKaNode.@created = "yes"
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					turn.@endTime = ""+start2;

Formats disponibles : Unified diff