/**
 * Project   : AMDA-NG
 * Name      : PlotTabResultUI.js

 * @class    amdaUI.PlotTabResultUI
 * @extends  Ext. panel.Panel

 * @brief    Plot Tab Result UI definition (View)
 * @author    

 * @version  $Id: PlotTabResultUI.js benjamin 

 */

Ext.define('amdaUI.PlotTabResultUI', {

	extend: 'Ext.panel.Panel',

	alias: 'widget.plotTabResult',

	requires: [
		'amdaPlotComp.PlotZoomPlug',
		'amdaPlotComp.PlotExtendShiftPlug',

		'amdaPlotComp.PlotContextManager',
		'amdaPlotComp.PlotResultImage'
	],

	panelImage: null,
	crtContext: null,
	interactiveId: '',
	navToolBar: null,
	isTTNavBar: false,
	crtTTFileIndex: 0,

	disableSynchronize: false,

	multiplot: false,

	plotName: '',

	//listParams: [],

	hiddenForm: null,

	constructor: function (config) {
		this.addEvents({ 'pagesize': true });

		this.init(config);
		this.callParent(arguments);
	},

	updateConfig: function (name, multiplot) {
		this.multiplot = multiplot;
		this.plotName = name;
		this.findParentByType('window').setTitle(this.plotName + (this.multiplot ? ' - Synchronized to Multiplot' : ''));
	},

	getImageSize: function () {

		if (!this.crtContext)
			return {

				width: 0,
				height: 0

			};

		return {
			width: this.crtContext.page.width * this.sliderPage.getValue() / 100.,
			height: this.crtContext.page.height * this.sliderPage.getValue() / 100.
		}

	},

	getImageUrl: function (resultFolder, plotFile) {
		return 'data/' + sessionID + '/RES/' + resultFolder + '/' + plotFile;

	},

	toPixelOnSourceImage: function (value) {
		return value * 100 / this.sliderPage.getValue();

	},

	toPixelOnResultImage: function (value) {
		return value * this.sliderPage.getValue() / 100;

	},

	createZoomItemsForPanel: function (panelId) {

		var zoomPlugin = this.getPlugin('plot-zoom-plugin-id-'+this.interactiveId);

		if (zoomPlugin == null)
			return;

		var panelContext = amdaPlotComp.PlotContextManager.getPanelById(this.crtContext, panelId);

		var size = this.getImageSize();

		// We need a list of parameters to compute the number of points needed to apply FFT

		//this.listParams = panelContext["parameters"];
		//zoomPlugin.setParameters(this.listParams);

		var me = this;

		var insertIntervalItem = null;

		var plotFunctionItem = null;

		Ext.each(panelContext.plotArea.axes, function (axis) {
			//Events for zoom on a time axis
			var onMinTimeSelection = function (posX) {
				//Panel and axis context must be retrieved by using the crtContext
				var panelContext = amdaPlotComp.PlotContextManager.getPanelById(me.crtContext, panelId);
				var axisContext = amdaPlotComp.PlotContextManager.getPanelAxisById(panelContext, axis.id);
				var sourceXPos = me.toPixelOnSourceImage(posX);

				var crtTimestamp = amdaPlotComp.PlotContextManager.toAxisValue(axisContext, panelContext.plotArea.x, panelContext.plotArea.x + panelContext.plotArea.width, sourceXPos);
				var crtTime = new Date(crtTimestamp * 1000);

				crtTime = Ext.Date.add(crtTime, Ext.Date.MINUTE, crtTime.getTimezoneOffset());
				zoomPlugin.setMinValue(crtTime);
			};

			var onMaxTimeSelection = function (posX) {
				//Panel and axis context must be retrieved by using the crtContext
				var panelContext = amdaPlotComp.PlotContextManager.getPanelById(me.crtContext, panelId);
				var axisContext = amdaPlotComp.PlotContextManager.getPanelAxisById(panelContext, axis.id);
				var sourceXPos = me.toPixelOnSourceImage(posX);

				var crtTimestamp = amdaPlotComp.PlotContextManager.toAxisValue(axisContext, panelContext.plotArea.x, panelContext.plotArea.x + panelContext.plotArea.width, sourceXPos);
				var crtTime = new Date(crtTimestamp * 1000);

				crtTime = Ext.Date.add(crtTime, Ext.Date.MINUTE, crtTime.getTimezoneOffset());
				zoomPlugin.setMaxValue(crtTime);
			};

			//Events for zoom on a Y axis

			var onMinYValueSelection = function (posY) {

				//Panel and axis context must be retrieved by using the crtContext
				var panelContext = amdaPlotComp.PlotContextManager.getPanelById(me.crtContext, panelId);
				var axisContext = amdaPlotComp.PlotContextManager.getPanelAxisById(panelContext, axis.id);
				var sourceYPos = me.toPixelOnSourceImage(posY);

				var crtValue = amdaPlotComp.PlotContextManager.toAxisValue(axisContext, panelContext.plotArea.y + panelContext.plotArea.height, panelContext.plotArea.y, sourceYPos);

				zoomPlugin.setMinValue(crtValue);
			};

			var onMaxYValueSelection = function (posY) {

				//Panel and axis context must be retrieved by using the crtContext
				var panelContext = amdaPlotComp.PlotContextManager.getPanelById(me.crtContext, panelId);
				var axisContext = amdaPlotComp.PlotContextManager.getPanelAxisById(panelContext, axis.id);
				var sourceYPos = me.toPixelOnSourceImage(posY);

				var crtValue = amdaPlotComp.PlotContextManager.toAxisValue(axisContext, panelContext.plotArea.y + panelContext.plotArea.height, panelContext.plotArea.y, sourceYPos);

				zoomPlugin.setMaxValue(crtValue);
			};

			//Events for zoom on X axis

			var onMinXValueSelection = function (posX) {

				//Panel and axis context must be retrieved by using the crtContext
				var panelContext = amdaPlotComp.PlotContextManager.getPanelById(me.crtContext, panelId);
				var axisContext = amdaPlotComp.PlotContextManager.getPanelAxisById(panelContext, axis.id);
				var sourceXPos = me.toPixelOnSourceImage(posX);
				var crtValue = amdaPlotComp.PlotContextManager.toAxisValue(axisContext, panelContext.plotArea.x, panelContext.plotArea.x + panelContext.plotArea.width, sourceXPos);
				zoomPlugin.setMinValue(crtValue);
			};

			var onMaxXValueSelection = function (posX) {

				//Panel and axis context must be retrieved by using the crtContext
				var panelContext = amdaPlotComp.PlotContextManager.getPanelById(me.crtContext, panelId);
				var axisContext = amdaPlotComp.PlotContextManager.getPanelAxisById(panelContext, axis.id);
				var sourceXPos = me.toPixelOnSourceImage(posX);
				var crtValue = amdaPlotComp.PlotContextManager.toAxisValue(axisContext, panelContext.plotArea.x, panelContext.plotArea.x + panelContext.plotArea.width, sourceXPos);
				zoomPlugin.setMaxValue(crtValue);
			};

			switch (axis.id) {
				case 'timeAxis':
					me.contextualMenu.add({
						text: 'Zoom on Time Axis',
						handler: function (item, e) {

							zoomPlugin.show(me.interactiveId, axis.id, panelContext.id, panelContext);

							zoomPlugin.resetMinMaxValue();
							me.panelImage.startZoom(true, 0/*me.toPixelOnResultImage(panelContext.y)*/, size.height /*me.toPixelOnResultImage(panelContext.height)*/, onMinTimeSelection, onMaxTimeSelection);
						},
						scope: this
					});

					//plotFunction Menu

					plotFunctionItem = {

						text: 'Apply a Function on Interval',

						handler: function (item, e) {

							zoomPlugin.show(me.interactiveId, "plotFunction", panelContext.id, panelContext);

							zoomPlugin.resetMinMaxValue();
							me.panelImage.startZoom(true, 0, size.height, onMinTimeSelection, onMaxTimeSelection);
						},
						scope: this

					};

					insertIntervalItem = {
						text: 'Insert Interval in TimeTable or Catalog',
						handler: function (item, e) {

							zoomPlugin.show(me.interactiveId, axis.id, panelContext.id, panelContext);

							zoomPlugin.resetMinMaxValue();
							me.panelImage.startZoom(true, 0/*me.toPixelOnResultImage(panelContext.y)*/, size.height /*me.toPixelOnResultImage(panelContext.height)*/, onMinTimeSelection, onMaxTimeSelection);
						},
						scope: this
					};
					break;
				case 'y-left':
					me.contextualMenu.add({
						text: 'Zoom on Y Left Axis',
						handler: function (item, e) {

							zoomPlugin.show(me.interactiveId, axis.id, panelContext.id, panelContext);

							zoomPlugin.resetMinMaxValue();
							me.panelImage.startZoom(false, me.toPixelOnResultImage(panelContext.x), me.toPixelOnResultImage(panelContext.width), onMinYValueSelection, onMaxYValueSelection);
						}
					});
					break;
				case 'y-right':
					me.contextualMenu.add({
						text: 'Zoom on Y Right Axis',
						handler: function (item, e) {

							zoomPlugin.show(me.interactiveId, axis.id, panelContext.id, panelContext);

							zoomPlugin.resetMinMaxValue();
							me.panelImage.startZoom(false, me.toPixelOnResultImage(panelContext.x), me.toPixelOnResultImage(panelContext.width), onMinYValueSelection, onMaxYValueSelection);
						}
					});
					break;
				case 'xaxis_id':
					me.contextualMenu.add({
						text: 'Zoom on X Axis',
						handler: function (item, e) {

							zoomPlugin.show(me.interactiveId, axis.id, panelContext.id, panelContext);

							zoomPlugin.resetMinMaxValue();
							me.panelImage.startZoom(true, me.toPixelOnResultImage(panelContext.y), me.toPixelOnResultImage(panelContext.height), onMinXValueSelection, onMaxXValueSelection);
						}
					});
					break;
				case 'epochAxis':
					//Nothing to add
					break;

			}

		});

		if (insertIntervalItem != null) {
			me.contextualMenu.add('-');
			me.contextualMenu.add(insertIntervalItem);
		}

		if (plotFunctionItem != null) { // #9016 & #6018 - Hide - Not fully tested

			me.contextualMenu.insert(0, '-');

			me.contextualMenu.insert(0, plotFunctionItem);

		}

	},

	getAxisValue: function (axis, pixelMin, pixelMax, pixelVal) {
		var val = amdaPlotComp.PlotContextManager.toAxisValue(axis, pixelMin, pixelMax, pixelVal);
		return parseFloat(val).toPrecision(5);
	},

	stringToRgbArray : function (str) {
		var rgbArray = Ext.Array.map(str.split("|"), function(val) {
			var rgb = val.replace(/\[|\]/g, "").split(",");
			return [parseInt(rgb[0]), parseInt(rgb[1]), parseInt(rgb[2])];
		});
		rgbArray.pop();
		return rgbArray;
	},
	  
	getZAxisValue: function(image, x,y, size, axis, bgColor ){

		var me = this;
		if(bgColor==="[-1,-1,-1]")
			bgColor="[255,255,255]"; // More readable for IHM part

		// Get the color under the cursor
		var imgEl = image.getEl();
		var canvas = document.createElement('canvas');
		var context = canvas.getContext('2d');
		canvas.width = size.width;
		canvas.height = size.height;
		context.drawImage(imgEl.dom, 0, 0, canvas.width, canvas.height);
		var imageData = context.getImageData(x, y, 1, 1);
		var r = imageData.data[0];
		var g = imageData.data[1];
		var b = imageData.data[2];
		var cursorColor = "["+r+","+g+","+b+"]";

		// Now we'll transform the color information to values

		if(cursorColor !== bgColor){
			var colorListArray = me.stringToRgbArray(axis.colorsList);

			// Creating the value scale
			var interval = (axis.max - axis.min) / ( colorListArray.length- 1);

			valuesListArray = new Array(colorListArray.length);

			for(var i=0;i< colorListArray.length; i++)

				valuesListArray[i] = axis.min + i * interval;

			// Computation of the closest r,g,b values to the cursorColor
			lowestChi = new Array(2);
			for(var i=0;i< colorListArray.length; i++){
				var chi =  Math.sqrt(Math.pow(colorListArray[i][0]-r, 2) + 
									 Math.pow(colorListArray[i][1]-g, 2) + 
									 Math.pow(colorListArray[i][2]-b, 2) );

				if (i == 0)
					lowestChi = [i,chi];
				else if (chi < lowestChi[1])
					lowestChi = [i,chi];
			}

			// Returning values

			if (lowestChi[0] == 0)
				return "<= "+(axis.logarithmic ? "1e" : "")+valuesListArray[lowestChi[0]+1].toFixed(3);
			else if (lowestChi[0] == colorListArray.length- 1)
				return ">= "+(axis.logarithmic ? "1e" : "")+valuesListArray[lowestChi[0]-1].toFixed(3);
			else
				return "~ "+(axis.logarithmic ? "1e" : "")+valuesListArray[lowestChi[0]].toFixed(3);

		}
		return "";
	},

	createPlotImage: function (resultFolder, plotFile) {
		var me = this;
		var size = this.getImageSize();
		this.panelImage = Ext.create('amdaPlotComp.PlotResultImage', {
			src: this.getImageUrl(resultFolder, plotFile),
			width: size.width,
			height: size.height,

			showPanelMarker: function (panelId) {
				var panel = amdaPlotComp.PlotContextManager.getPanelById(me.crtContext, panelId);
				if (panel) {
					me.panelImage.updatePanel(
						me.toPixelOnResultImage(panel.x),
						me.toPixelOnResultImage(panel.y),
						me.toPixelOnResultImage(panel.width),
						me.toPixelOnResultImage(panel.height));
				}
			},
			hidePanelMarker: function () {
				me.panelImage.resetPanel();
			},

			onMouseMove: function (x, y) {

				if (!me.crtContext)
					return;

				var sourceXPos = me.toPixelOnSourceImage(x);
				var sourceYPos = me.toPixelOnSourceImage(y);
				var panel = amdaPlotComp.PlotContextManager.getPanel(me.crtContext, sourceXPos, sourceYPos);

				var text = '';

				if (me.panelImage) {
					if (!panel) {

						me.panelImage.resetCursor();
						text += 'No panel';
					}

					else {

						text += 'Panel Id : ';
						text += panel.id;

						if (amdaPlotComp.PlotContextManager.isInPlotArea(panel, sourceXPos, sourceYPos)) {

							/*me.panelImage.updateCursor(
								me.toPixelOnResultImage(panel.plotArea.x),
								me.toPixelOnResultImage(panel.plotArea.y),
								me.toPixelOnResultImage(panel.plotArea.width),
								me.toPixelOnResultImage(panel.plotArea.height),
								x, y);*/
							me.panelImage.updateCursor(

								me.toPixelOnResultImage(0),
								me.toPixelOnResultImage(0),
								me.toPixelOnResultImage(me.crtContext.page.width),
								me.toPixelOnResultImage(me.crtContext.page.height),
								x, y);

							var xText = '';
							var yLeftText = '';

							var colorText = '';

							var yRightText = '';

							var intervalText = '';

							var image=this;

							Ext.each(panel.plotArea.axes, function (axis) {

								switch (axis.id) {
									case 'timeAxis':
										var crtTimestamp = amdaPlotComp.PlotContextManager.toAxisValue(axis, panel.plotArea.x, panel.plotArea.x + panel.plotArea.width, sourceXPos);
										var crtTime = new Date(crtTimestamp * 1000);

										intervalText = amdaPlotComp.PlotContextManager.getIntervalCoordInfo(me.crtContext, panel, crtTimestamp);

										xText = crtTime.toJSON();

										break;
									case 'y-left':
										yLeftText = me.getAxisValue(axis, panel.plotArea.y + panel.plotArea.height, panel.plotArea.y, sourceYPos);
										break;
									case 'y-right':
										yRightText = me.getAxisValue(axis, panel.plotArea.y + panel.plotArea.height, panel.plotArea.y, sourceYPos);
										break;

									case 'colorAxis':
										colorText = me.getZAxisValue(image, x,y, size,axis,panel.plotArea.plotAreaBackgroundColor );
										break;

									case 'xaxis_id':
										xText = me.getAxisValue(axis, panel.plotArea.x, panel.plotArea.x + panel.plotArea.width, sourceXPos);
										break;
									case 'epochAxis':
										xText = me.getAxisValue(axis, panel.plotArea.x, panel.plotArea.x + panel.plotArea.width, sourceXPos);
										break;

								}

							});

							if (xText != '')

								text += (', X : ' + xText);

							if (yLeftText != '')

								text += (', Y Left : ' + yLeftText);

							if (yRightText != '')

								text += (', Y Right : ' + yRightText);

							if (intervalText != '')

								text += (', ' + intervalText);

							if (colorText != '')
								text += (', Z : '+ colorText);

						}
						else
							me.panelImage.resetCursor();
					}
				}
				me.coordinatesField.setText(text);
			},

			onContextMenu: function (absoluteX, absoluteY, imageX, imageY) {

				if (!me.crtContext)
					return;

				me.contextualMenu.removeAll(true);

				var sourceXPos = me.toPixelOnSourceImage(imageX);
				var sourceYPos = me.toPixelOnSourceImage(imageY);
				var panel = amdaPlotComp.PlotContextManager.getPanel(me.crtContext, sourceXPos, sourceYPos);

				var timeAxisContext = amdaPlotComp.PlotContextManager.getPanelAxisById(panel, 'timeAxis');

				var crtTimestamp = null;
				if (timeAxisContext != null)
					crtTimestamp = amdaPlotComp.PlotContextManager.toAxisValue(timeAxisContext, panel.plotArea.x, panel.plotArea.x + panel.plotArea.width, sourceXPos);

				if (panel != null) {
					if (panel.plotArea.hasSpectro) {

						me.contextualMenu.add([

							{

								text: 'Instant cut at this position',
								handler: function () {

									var crtTime = new Date(crtTimestamp * 1000);

									//crtTime = Ext.Date.add(crtTime, Ext.Date.MINUTE, crtTime.getTimezoneOffset());

									me.callInteractivePlot({ 'action': 'instant', 'interactiveId': this.interactiveId, 'panelId': panel.id, 'time': crtTime.toISOString() });

								},
								scope: me
							},

							'-'

						]);
					}

					if (amdaPlotComp.PlotContextManager.isInPlotArea(panel, sourceXPos, sourceYPos))
						me.createZoomItemsForPanel(panel.id);

				}

				if (me.contextualMenu.items.getCount() > 0)
					me.contextualMenu.add('-');

				me.contextualMenu.add([

					{

						text: 'Extend/Shift Time interval',
						disabled: me.isTTNavBar,
						handler: function () {

							var extendShiftPlugin = this.getPlugin('plot-extendshift-plugin-id-'+this.interactiveId);

							extendShiftPlugin.show(me.interactiveId);

						},
						scope: me
					},
					'-',
					{
						text: 'Save Plot',

						handler: function () {

							if (me.hiddenForm == null)
								me.hiddenForm = Ext.create('Ext.form.Panel', {

									title: 'hiddenForm',

									renderTo: Ext.getBody(),
									standardSubmit: true,
									url: 'php/downloadPlot.php',
									timeout: 120000,

									height: 100,

									width: 100,

									hidden: true,
									items: []

								});

							me.hiddenForm.getForm().submit({
								params: {
									sessionId: sessionID,

									interactiveId: me.interactiveId

								},

								success: function (form, action) { },
								failure: function (form, action) { }

							});
						}
					}

				]);

				if (timeAxisContext && amdaPlotComp.PlotContextManager.isInterval(me.crtContext, panel, crtTimestamp)) {

					var allintervalParams = amdaPlotComp.PlotContextManager.getAllIntervalParams(me.crtContext, panel, crtTimestamp);
					if (allintervalParams.length > 0) {

						var links = amdaPlotComp.PlotContextManager.getIntervalLinks(allintervalParams);
						if (links.length > 0) {

							var menu = Ext.create('Ext.menu.Menu', { plain: true });
							var realLinks = amdaPlotComp.PlotContextManager.setIntervalsRef(links, menu);

							me.contextualMenu.add('-');
							me.contextualMenu.add([
								{

									text: 'Open references (' + realLinks.length + ')',
									menu: menu,

									scope: me
								}]);
						}
					}
				}

				me.contextualMenu.showAt(absoluteX, absoluteY);
			}

		});

		return this.panelImage;
	},

	updatePlotImage: function (configResult, newPlot) {

		this.crtContext = configResult.context;

		var zoomPlugin = this.getPlugin('plot-zoom-plugin-id-'+this.interactiveId);

		if (zoomPlugin && newPlot)

			zoomPlugin.close();

		this.crtTTFileIndex = configResult.ttFileIndex;

		if (this.isTTNavBar != (!configResult.isInterval) || (this.isSuperposeMode != this.crtContext.page.superposeMode)) {

			//Update navigation bar
			this.updateNavToolBar(!configResult.isInterval, this.crtContext.page.superposeMode);
		}

		this.updateTimeTableInfo();

		this.panelImage.setSrc(this.getImageUrl(configResult.folder, configResult.plotFile));

		var size = this.getImageSize();
		this.panelImage.setSize(size.width, size.height);

		this.panelImage.refreshMe();
	},

	updateTimeTableInfo: function () {

		if (!this.navToolBar)
			return;

		var ttNameField = this.navToolBar.items.get('tt-table-' + this.interactiveId);

		if (ttNameField)
			ttNameField.setValue(this.crtContext.page.ttName);

		var ttNumberField = this.navToolBar.items.get('tt-number-' + this.interactiveId);

		if (ttNumberField)
			ttNumberField.setValue(this.crtContext.page.ttIndex + 1);

		var ttTotalField = this.navToolBar.items.get('tt-total-' + this.interactiveId);

		if (ttTotalField)
			ttTotalField.setValue(this.crtContext.page.ttNbIntervals);
	},

	callInteractivePlot: function (obj, postProcess = () => null) {

		loadMask.show(true);

		var plotModule = myDesktopApp.getLoadedModule(myDesktopApp.dynamicModules.plot.id);

		obj['multiplot'] = this.multiplot;

		AmdaAction.interactivePlot(obj, function (result, e) {

			loadMask.hide();
			var t = e.getTransaction();

			if (e.status) {
				if (result) {

					if (result.success) {

						plotModule.updateInteractiveSession(result, false, obj['panelId'], obj['time']);

					}
					else

						myDesktopApp.errorMsg('Interactive action error - ' + result.message);

				}
				else
					myDesktopApp.errorMsg('Cannot execute interactive action');
			}

			else {

				// FAILURE

				myDesktopApp.errorMsg('Error System - ' + e.message);
			}
		}, this);

	},

	updateNavToolBar: function (isTimeTable, isSuperposeMode) {

		if (this.navToolBar)
			this.navToolBar.removeAll(true);

		var commonItemsCfg = [

			'-',
			{
				xtype: 'tbspacer',
				width: 20
			},
			'->',

			{

				text: 'Get HST Data',

				scope: this,

				menu: [
					{
						text: 'Giant Planet Auroral Emissions',
						scope: this,
						handler: function () {
							var me = this;
							myDesktopApp.getLoadedModule(myDesktopApp.dynamicModules.astro.id, true, function (module) {
								var startTime = new Date(me.crtContext.page.startTime * 1000);
								startTime = Ext.Date.add(startTime, Ext.Date.MINUTE, startTime.getTimezoneOffset());

								var stopTime = new Date(me.crtContext.page.stopTime * 1000);
								stopTime = Ext.Date.add(stopTime, Ext.Date.MINUTE, stopTime.getTimezoneOffset());

								module.createWindow(startTime, stopTime);
							});
						}
					}]
			}];

		if (isTimeTable) {

			var navigationItemsCfg = [{
				text: 'Previous',
				scope: this,

				handler: function () {

					var ttFileIndex = this.crtTTFileIndex;
					var ttintervalIndex = this.crtContext.page.ttIndex;

					--ttintervalIndex;
					if(ttintervalIndex < 0)

						--ttFileIndex;

					this.callInteractivePlot({ 'action': 'goto', 'interactiveId': this.interactiveId, 'ttFileIndex': ttFileIndex, 'intIndex': ttintervalIndex });
				}

			},

				'-',

			{
				text: 'Next',
				scope: this,

				handler: function () {

					var ttFileIndex = this.crtTTFileIndex;
					var ttintervalIndex = this.crtContext.page.ttIndex;

					if (ttintervalIndex >= this.crtContext.page.ttNbIntervals - 1) {

						++ttFileIndex;
						ttintervalIndex = 0;
					}
					else
						++ttintervalIndex;

					this.callInteractivePlot({ 'action': 'goto', 'interactiveId': this.interactiveId, 'ttFileIndex': ttFileIndex, 'intIndex': ttintervalIndex });

				}
			},

				'-',

			{

				text: 'Use This Time Inteval',
				scope: this,

				handler: function () {
					var timeObj = new Object();
					var startTime = new Date(this.crtContext.page.startTime * 1000);
					timeObj.start = Ext.Date.add(startTime, Ext.Date.MINUTE, startTime.getTimezoneOffset());

					var stopTime = new Date(this.crtContext.page.stopTime * 1000);
					timeObj.stop = Ext.Date.add(stopTime, Ext.Date.MINUTE, stopTime.getTimezoneOffset());

					var plotModule = myDesktopApp.getLoadedModule(myDesktopApp.dynamicModules.plot.id);

					plotModule.setTimeInterval(timeObj);

				}
			},

				'-',
			{
				text: 'Go to Interval #',

				scope: this,

				handler: function (bt) {
					var ttGotoNumberField = this.navToolBar.items.get('tt-goto-number-' + this.interactiveId);

					var goToIndex = ttGotoNumberField.getValue() - 1;
					if ((goToIndex < 0) || (goToIndex >= this.crtContext.page.ttNbIntervals))
						myDesktopApp.errorMsg('This interval number is outside of the current timeTable');
					else

						this.callInteractivePlot({ 'action': 'goto', 'interactiveId': this.interactiveId, 'ttFileIndex': this.crtTTFileIndex, 'intIndex': goToIndex });

				}
			},
			{
				xtype: 'numberfield',

				id: 'tt-goto-number-' + this.interactiveId,
				hideTrigger: true,
				width: 50,

				minValue: 1
			},

				' ',
				' ',
				' ',
			{

				xtype: 'textfield',

				id: 'tt-table-' + this.interactiveId,

				labelAlign: 'right',
				labelWidth: 30,
				fieldLabel: 'Table',
				width: 130,

				disabled: true

			},

			{

				xtype: 'textfield',

				id: 'tt-number-' + this.interactiveId,

				labelAlign: 'right',
				labelWidth: 30,
				fieldLabel: 'Int #',
				width: 90,

				disabled: true

			},

			{
				xtype: 'textfield',
				id: 'tt-total-' + this.interactiveId,

				labelAlign: 'right',
				labelWidth: 30,
				fieldLabel: 'Total',
				width: 90,

				disabled: true

			}];
		}

		else {

			var navigationItemsCfg = [

				{
					text: 'Backward',
					scope: this,
					handler: function () {
						this.callInteractivePlot({ 'action': 'backward', 'interactiveId': this.interactiveId });
					}
				},
				'-',
				{
					text: '1/2 Backward',
					scope: this,
					handler: function () {
						this.callInteractivePlot({ 'action': 'halfbackward', 'interactiveId': this.interactiveId });
					}
				},
				'-',
				{
					text: '1/4 Backward',
					scope: this,
					handler: function () {
						this.callInteractivePlot({ 'action': 'quarterbackward', 'interactiveId': this.interactiveId });
					}
				},
				'-',
				{
					text: '1/4 Forward',
					scope: this,
					handler: function () {
						this.callInteractivePlot({ 'action': 'quarterforward', 'interactiveId': this.interactiveId });
					}
				},
				'-',
				{
					text: '1/2 Forward',
					scope: this,
					handler: function () {
						this.callInteractivePlot({ 'action': 'halfforward', 'interactiveId': this.interactiveId });
					}
				},
				'-',
				{
					text: 'Forward',
					scope: this,
					handler: function () {
						this.callInteractivePlot({ 'action': 'forward', 'interactiveId': this.interactiveId });
					}
				}];

		}

		var toolItemsCfg = navigationItemsCfg;

		Ext.each(commonItemsCfg, function (item) {

			toolItemsCfg.push(item);
		});

		if (!this.navToolBar) {

			var toolConfig = {
				dock: 'top',

				items: toolItemsCfg

			};

			this.navToolBar = Ext.create('Ext.toolbar.Toolbar', toolConfig);

		}
		else
			this.navToolBar.add(toolItemsCfg);

		this.navToolBar.setDisabled(isSuperposeMode);

		this.isTTNavBar = isTimeTable;
		this.isSuperposeMode = isSuperposeMode;

	},

	init: function (configResult) {

		this.crtContext = configResult.context;

		this.configResult = configResult;

		this.interactiveId = configResult.interactiveId;

		this.multiplot = (configResult.multiplot == true);

		this.coordinatesField = new Ext.toolbar.TextItem({
			width: 300,

			text: ''

		});

		this.sliderPage = new Ext.slider.Single({

			width: 130,
			value: 75,
			increment: 5,
			minValue: 50,
			maxValue: 100,
			fieldLabel: 'Resize',
			labelWidth: 40,
			listeners: {
				scope: this,
				changecomplete: function (s, v) {

					var zoomPlugin = this.getPlugin('plot-zoom-plugin-id-'+this.interactiveId);

					zoomPlugin.close();
					var size = this.getImageSize();
					this.panelImage.width = size.width;

					this.panelImage.height = size.height;
					this.panelImage.doComponentLayout();

					this.fireEvent('pagesize', this, v);

				}

			}
		});

		var mouseToolbar = {
			xtype: 'toolbar',
			height: 25,
			dock: 'bottom',

			items: [

				this.coordinatesField,
				'->',
				this.sliderPage
			]
		};

		this.contextualMenu = Ext.create('Ext.menu.Menu', {
			width: 200,
			plain: true,
			items: []
		});

		this.updateNavToolBar(!configResult.isInterval, this.crtContext.page.superposeMode);

		this.updateTimeTableInfo();

		var plotResultTabPanelConfig = {

			preventHeader: true,
			autoScroll: true,
			items: [this.createPlotImage(configResult.folder, configResult.plotFile)],

			dockedItems: [this.navToolBar, mouseToolbar],
			plugins: [

				{
					ptype: 'plotZoomPlugin',

					pluginId: 'plot-zoom-plugin-id-' + this.interactiveId

				},
				{
					ptype: 'plotExtendShiftPlugin',

					pluginId: 'plot-extendshift-plugin-id-' + this.interactiveId

				}],

			listeners: {

				scope: this,
				destroy: function () {

					var zoomPlugin = this.getPlugin('plot-zoom-plugin-id-'+this.interactiveId);

					if (zoomPlugin)
						zoomPlugin.close();

					var exttendShiftPlugin = this.getPlugin('plot-extendshift-plugin-id-'+this.interactiveId);

					if (exttendShiftPlugin)
						exttendShiftPlugin.close();

				}
			}
		};

		Ext.apply(this, plotResultTabPanelConfig);

	}
});