===================================================================
--- original.js
+++ change.js
@@ -38,18 +38,32 @@
 	var monkeyAsset = self.attachAsset('monkeyToLeft', {
 		anchorX: 0.5,
 		anchorY: 0.5
 	});
-	self.assetSequenceToRight = ['monkeyToRight', 'monkeyInterRight', 'monkeyToRight', 'monkeyInterRight', 'monkeyToRight'];
-	self.assetSequenceToLeft = ['monkeyToLeft', 'monkeyInterLeft', 'monkeyToLeft', 'monkeyInterLeft', 'monkeyToLeft'];
-	self.assetSequenceToUse = [];
-	self.assetSequenceActualPosition = 0;
-	self.assetSequenceGoalPosition = 0;
+	self.assetsToRight = ['monkeyToRight', 'monkeyInterRight'];
+	self.assetsToLeft = ['monkeyToLeft', 'monkeyInterLeft'];
+	self.sequenceIndexToCenter = [0, 1, 0];
+	self.sequenceIndexToExtreme = [0, 1, 0, 1, 0];
+	self.assetsToUse = [];
+	self.sequenceIndexToUse = []; //Séquence des index des assets du monkey a utiliser
+	self.sequenceIndex = 0; //Index de la séquence des assets du monkey
+	self.actualPositionIndex = 0; //Positions de depart : 0 (XL), 1 (XC), 2 (XR) index du tableau startPoints
+	self.goalPositionIndex = 0; //Positions d'arrivée : 0 (XL), 1 (XC), 2 (XR) index du tableau startPoints
 	self.ticksToGoToGoalPosition = 0;
 	self.ticksBeforeNextPosition = 0;
 	self.isGoingToRight = false;
 	self.isGoingToLeft = false;
 	self.isMoving = false;
+	self.coconutChoosen = null;
+	//Function setMoveToGoalPosition : initialise les paramètres pour se déplacer à la position d'arrivée
+	self.setMoveToGoalPosition = function (coconut) {
+		if (coconut == null) {
+			return;
+		}
+		self.coconutChoosen = coconut;
+		self.goalPositionIndex = checkIndexPosition(coconut);
+		self.actualPositionIndex = checkIndexPosition(self);
+	}; //fin setMoveToGoalPosition
 	// Function to change the asset
 	self.changeAsset = function (newAssetId, options) {
 		// Remove the existing asset
 		self.removeChild(monkeyAsset);
@@ -60,41 +74,51 @@
 			anchorY: options && options.anchorY !== undefined ? options.anchorY : 0.5
 		});
 	};
 	self.update = function () {
-		if (!self.isMoving && self.assetSequenceActualPosition != self.assetSequenceGoalPosition) {
-			if (self.assetSequenceActualPosition < self.assetSequenceGoalPosition) {
+		if (!self.isMoving && self.actualPositionIndex != self.goalPositionIndex) {
+			if (self.actualPosition < self.goalPosition) {
 				self.isGoingToRight = true;
 				self.isGoingToLeft = false;
-				self.assetSequenceToUse = self.assetSequenceToRight;
-				self.ticksBeforeNextPosition = self.ticksToGoToGoalPosition / (self.assetSequenceGoalPosition - self.assetSequenceActualPosition);
+				self.assetsToUse = self.assetsToRight;
 			} else {
 				self.isGoingToRight = false;
 				self.isGoingToLeft = true;
-				self.assetSequenceToUse = self.assetSequenceToLeft;
-				self.ticksBeforeNextPosition = self.ticksToGoToGoalPosition / (self.assetSequenceActualPosition - self.assetSequenceGoalPosition);
+				self.assetsToUse = self.assetsToLeft;
 			}
+			self.sequenceIndexToUse = Math.abs(self.actualPositionIndex - self.goalPositionIndex) == 1 ? self.sequenceIndexToCenter : self.sequenceIndexToExtreme;
+			self.ticksBeforeNextPosition = self.ticksToGoToGoalPosition / self.sequenceIndexToUse.length;
 			self.isMoving = true;
 		} else if (self.isMoving) {
 			if (self.isGoingToRight) {
 				if (self.ticksBeforeNextPosition <= 0) {
-					self.assetSequenceActualPosition += 1;
-					self.changeAsset(self.assetSequenceToUse[self.assetSequenceActualPosition]);
+					self.changeAsset(self.assetsToUse[self.sequenceIndexToUse[self.sequenceIndex]]);
+					self.sequenceIndex += 1;
 				} else {
 					self.ticksBeforeNextPosition -= 1;
 				}
 			} else if (self.isGoingToLeft) {
 				if (self.ticksBeforeNextPosition <= 0) {
-					self.assetSequenceActualPosition -= 1;
-					self.changeAsset(self.assetSequenceToUse[self.assetSequenceActualPosition]);
+					self.changeAsset(self.assetsToUse[self.sequenceIndexToUse[self.sequenceIndex]]);
+					self.sequenceIndex += 1;
 				} else {
 					self.ticksBeforeNextPosition -= 1;
 				}
 			}
 		}
-		if (self.assetSequenceActualPosition == self.assetSequenceGoalPosition) {
-			//Le monkey est arrivé à la position voulue
+		if (checkIndexPosition(self) == self.goalPositionIndex) {
+			//Le monkey est arrivé à la position voulue, on remet les paramètres à zéro
 			self.isMoving = false;
+			self.actualPositionIndex = self.goalPositionIndex;
+			self.isGoingToRight = false;
+			self.isGoingToLeft = false;
+			self.sequenceIndex = 0;
+			self.assetsToUse = [];
+			self.sequenceIndexToUse = [];
+			if (self.coconutChoosen) {
+				self.coconutChoosen.trajectory.isStarted = true;
+				self.coconutChoosen = null;
+			}
 		}
 	}; //fin update
 });
 // Class for the Parasol
@@ -470,8 +494,25 @@
 		Xreturn = XR;
 	}
 	return Xreturn;
 } //fin checkPosition
+//Fonction checkIndexPosition : donne l'index de la position XL, XC, ou XR la plus proche de la position x d'un objet
+function checkIndexPosition(obj) {
+	var deltaX = Math.abs(obj.x - XL);
+	var deltaY = Math.abs(obj.x - XC);
+	var deltaZ = Math.abs(obj.x - XR);
+	var Xreturn = -1;
+	if (deltaX <= obj.width / 2) {
+		Xreturn = 0;
+	}
+	if (deltaY <= obj.width / 2) {
+		Xreturn = 1;
+	}
+	if (deltaZ <= obj.width / 2) {
+		Xreturn = 2;
+	}
+	return Xreturn;
+} //fin checkIndexPosition
 //Fonction zoneIntersectParasol: renvoie la zone du parasol qui intersecte le coconut (0 : zone de gauche, 1 : zone centrale de gauche, 2 : zone centrale de droite, 3 : zone de droite)
 //Sachant que l'ancrage du parasol est en (0.5, 0.5) et que l'ancrage du coconut est en (0.5, 0.5)
 //La zone 0 est la zone de gauche, la zone 1 est la zone centrale, la zone 2 est la zone de droite
 function zoneIntersectParasol(coconut) {
@@ -575,16 +616,10 @@
 * Main loop
 ****/ 
 game.update = function () {
 	//Mise à jour score
-	//scoreTest = livesLeft;
-	//scoreTest = "Coconuts restantes: " + coconuts.length;
 	updateScoreTest(scoreTest);
 	updateScore(score);
-	//Mise à jour des trajectoires des coconuts
-	for (var i = coconuts.length - 1; i >= 0; i--) {
-		//coconuts[i].update();
-	}
 	//Vérifier si un coco a touché le sol
 	for (var i = coconuts.length - 1; i >= 0; i--) {
 		if (coconuts[i].y >= groundLevel / 2 && (coconuts[i].x < 0 || coconuts[i].x > game.width)) {
 			//Si le coco est sorti de l'écran sur les côtés
@@ -631,14 +666,14 @@
 		// Récupérer un coconut dans les arbres et le faire tomber si l'heure est venue
 		if (coconutsInTree.length > 0 && nbTicksLeftBeforeNextThrow <= 0) {
 			if (coconutChoosen == null) {
 				coconutChoosen = chooseNextCoconut();
+				//coconutChoosen.trajectory.isStarted = true;
+				//game.addChild(coconutChoosen);
 			} else {
-				coconutChoosen.trajectory.isStarted = true;
-				game.addChild(coconutChoosen);
+				nbTicksLeftBeforeNextThrow = nbTicksBeforeThrow;
 				coconutChoosen = null;
 			}
-			nbTicksLeftBeforeNextThrow = nbTicksBeforeThrow;
 		} else {
 			nbTicksLeftBeforeNextThrow -= 60;
 		}
 	}