/* Copyright© 2000 - 2021 SuperMap Software Co.Ltd. All rights reserved.*/
var selectFeatures = [];
//var groupIndex = 0;
L.supermap.plotting.initStylePanel = function(div, serverUrl, editControl){
    editControl.on(SuperMap.Plot.Event.featuresselected, function(event){
        showFeatureProperty(event);
    });
    editControl.on(SuperMap.Plot.Event.featuresmodified, function(event){
        showFeatureProperty(event);
    });
    editControl.on(SuperMap.Plot.Event.featuresunselected, function(event){
        hideFeatureProperty(event);
    });
    function afterModifySelectFeature(rowIndex, rowData, changes){
        var updated = $('#pg').propertygrid('getChanges', "updated");
        if(updated.length !== 0 ){
           //var  groups = $('#pg').propertygrid("groups");
           // for(var i=0;i<groups.length;i++){
           //     if(updated[0].group === groups[i].value){
           //         groupIndex = i;
           //     }
           // }
            new Promise(function(resolve,reject) {
                if(updated.length !== 0) {
                    updateSelectFeature(updated[0], selectFeatures, serverUrl);
                }
                for(var i = 0; i < selectFeatures.length; i++){
                    if(selectFeatures[i].graphic){
                        selectFeatures[i].graphic.updateImage();
                    }
                }
                $('#pg').propertygrid('loadData', collectionPropertyGridRows(selectFeatures));
                //$('#pg').propertygrid('collapseGroup');
                //$('#pg').propertygrid('expandGroup',0);
                //$('#pg').propertygrid('expandGroup',groupIndex);
                return;
            }).then(function(selectFeatures) {
                    for(var i = 0; i < selectFeatures.length; i++){
                        if(selectFeatures[i].graphic){
                            selectFeatures[i].graphic.updateImage();
                        }
                    }
                    $('#pg').propertygrid('loadData', collectionPropertyGridRows(selectFeatures));
                    //$('#pg').propertygrid('collapseGroup');
                    //$('#pg').propertygrid('expandGroup',0);
                    return;

                })
        }

    }
    var stylePanel = document.getElementById(div);
    var pg = document.createElement("table");
    pg.id = "pg";
    pg.className = "easyui-propertygrid";
    stylePanel.appendChild(pg);
    $('#pg').propertygrid({
        showGroup:true,
        columns: [[
            { field: 'name', title: 'Name', width: 100, resizable: true },
            { field: 'value', title: 'Value', width: 100, resizable: false
            }
        ]],
        onAfterEdit: afterModifySelectFeature
    });
}

function showFeatureProperty(event) {
    for(var index in event.features){
        var sIndex = SuperMap.Util.indexOf(selectFeatures, event.features[index]);
        if(sIndex === -1){
            selectFeatures.push(event.features[index]);
        }
    }

    var rows = [];
    if(selectFeatures.length !== 0){
        var rows = collectionPropertyGridRows(selectFeatures);
    }
    $('#pg').propertygrid('loadData', rows);
    //$('#pg').propertygrid('collapseGroup');
    //$('#pg').propertygrid('expandGroup',0);
    //$('#pg').propertygrid('expandGroup',groupIndex);
}
function hideFeatureProperty(event) {
    for(var index in event.features){
        var sIndex = SuperMap.Util.indexOf(selectFeatures, event.features[index]);
        if(sIndex !== -1){
            selectFeatures.splice(sIndex, 1);
        }
    }

    var rows = [];
    if(selectFeatures.length !== 0){
        var rows = collectionPropertyGridRows(selectFeatures);
    }
    $('#pg').propertygrid('loadData', rows);
}

function updateSelectFeature(updated, selectfeatures) {
    var transaction = new SuperMap.Plot.Transaction();
    L.supermap.plotting.getControl(this.map).getTransManager().add(transaction);
    for(var i=0;i<selectfeatures.length;i++){
        var transInfo = new SuperMap.Plot.TransactionInfo();
        transInfo.layerId = selectfeatures[i].layer._leaflet_id;
        transInfo.uuid = selectfeatures[i].uuid;
        if (updated != null) {
            switch(updated.name) {
                case displayName[0]:
                    transInfo.functionName = "setLocked";
                    transInfo.undoParams = [selectfeatures[i].getLocked()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setLocked(fromCheckboxValue(updated.value));
                    break;
                case  displayName[1]:
                    transInfo.propertyName = "display";
                    transInfo.undoValue = selectfeatures[i].style.display;
                    transInfo.redoValue = updated.value;
                    selectfeatures[i].setStyle({display: updated.value});
                    break;
                case displayLineStyleName[0]:
                    transInfo.propertyName = "weight";
                    transInfo.undoValue = selectfeatures[i].style.weight;
                    transInfo.redoValue = parseInt(updated.value);
                    if(selectfeatures[i].symbolType === SuperMap.Plot.SymbolType.LITERATESIGN){
                        selectfeatures[i].route.applyTextStyle({weight: parseInt(updated.value)});
                    }else{
                        selectfeatures[i].setStyle({weight: parseInt(updated.value)});
                    }
                    break;
                case displayLineStyleName[1]:
                    transInfo.propertyName = "color";
                    transInfo.undoValue = [selectfeatures[i].style.color];
                    transInfo.redoValue = [updated.value];
                    if(selectfeatures[i].symbolType === SuperMap.Plot.SymbolType.LITERATESIGN){
                        selectfeatures[i].route.applyTextStyle({color: updated.value});
                    }else{
                        selectfeatures[i].setStyle({color: updated.value});
                    }
                    break;
                case displayLineStyleName[2]:
                    transInfo.propertyName = "lineSymbolID";
                    transInfo.undoValue = selectfeatures[i].style.lineSymbolID;
                    transInfo.redoValue = updated.value;
                    if(selectfeatures[i].symbolType === SuperMap.Plot.SymbolType.LITERATESIGN){
                        selectfeatures[i].route.applyTextStyle({lineSymbolID: updated.value});
                    }else{
                        selectfeatures[i].setStyle({lineSymbolID: updated.value});
                    }
                    break;
                case displayLineStyleName[3]:
                {
                    var opacity = parseFloat(updated.value) < 0 ? 0 : parseFloat(updated.value);
                    opacity = parseFloat(updated.value) > 1 ? 1 : parseFloat(updated.value);
                    transInfo.propertyName = "opacity";
                    transInfo.undoValue = selectfeatures[i].style.opacity;
                    transInfo.redoValue = opacity;
                    if(selectfeatures[i].symbolType === SuperMap.Plot.SymbolType.LITERATESIGN){
                        selectfeatures[i].route.applyTextStyle({opacity: opacity});
                    }else{
                        selectfeatures[i].setStyle({opacity: opacity});
                    }
                }
                    break;
                case displaySurroundLineName[0]:
                    transInfo.functionName = "setSurroundLineType";
                    transInfo.undoParams = [selectfeatures[i].getSurroundLineType()];
                    transInfo.redoParams = [parseInt(updated.value)];
                    selectfeatures[i].setSurroundLineType(parseInt(updated.value));
                    break;
                case displaySurroundLineName[1]:
                    transInfo.propertyName = "surroundLineWidth";
                    transInfo.undoValue = selectfeatures[i].style.surroundLineWidth;
                    transInfo.redoValue = parseInt(updated.value);
                    selectfeatures[i].setStyle({surroundLineWidth: parseInt(updated.value)});
                    break;
                case displaySurroundLineName[2]:
                    transInfo.propertyName = "surroundLineColor";
                    transInfo.undoValue = selectfeatures[i].style.surroundLineColor;
                    transInfo.redoValue = updated.value;
                    selectfeatures[i].setStyle({surroundLineColor: updated.value});
                    break;
                case displaySurroundLineName[3]:
                {
                    var opacity = parseFloat(updated.value) < 0 ? 0 : parseFloat(updated.value);
                    opacity = parseFloat(updated.value) > 1 ? 1 : parseFloat(updated.value);
                    transInfo.propertyName = "surroundLineColorOpacity";
                    transInfo.undoValue = selectfeatures[i].style.surroundLineColorOpacity;
                    transInfo.redoValue = opacity;
                    selectfeatures[i].setStyle({surroundLineColorOpacity: opacity});
                }
                    break;
                case displayFillStyleName[0]:
                    transInfo.propertyName = "fillSymbolID";
                    transInfo.undoValue = selectfeatures[i].style.fillSymbolID;
                    transInfo.redoValue = parseFloat(updated.value);
                    selectfeatures[i].style.fillSymbolID = parseFloat(updated.value);
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayFillStyleName[1]:
                    transInfo.propertyName = "fillColor";
                    transInfo.undoValue = selectfeatures[i].style.fillColor;
                    transInfo.redoValue = updated.value;
                    selectfeatures[i].style.fillColor = updated.value;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayFillStyleName[2]:
                {
                    var opacity = parseFloat(updated.value) < 0 ? 0 : parseFloat(updated.value);
                    opacity = parseFloat(updated.value) > 1 ? 1 : parseFloat(updated.value);
                    transInfo.propertyName = "fillOpacity";
                    transInfo.undoValue = selectfeatures[i].style.fillOpacity;
                    transInfo.redoValue = opacity;
                    selectfeatures[i].style.fillOpacity = opacity;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                }
                    break;
                case displayFillStyleName[3]:
                    transInfo.propertyName = "fillGradientMode";
                    transInfo.undoValue = selectfeatures[i].style.fillGradientMode;
                    transInfo.redoValue = updated.value;
                    selectfeatures[i].style.fillGradientMode = updated.value;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayFillStyleName[4]:
                    transInfo.propertyName = "fillBackColor";
                    transInfo.undoValue = selectfeatures[i].style.fillBackColor;
                    transInfo.redoValue = updated.value;
                    selectfeatures[i].style.fillBackColor = updated.value;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayFillStyleName[5]:
                {
                    var opacity = parseFloat(updated.value) < 0 ? 0 : parseFloat(updated.value);
                    opacity = parseFloat(updated.value) > 1 ? 1 : parseFloat(updated.value);
                    transInfo.propertyName = "fillBackOpacity";
                    transInfo.undoValue = selectfeatures[i].style.fillBackOpacity;
                    transInfo.redoValue = opacity;
                    selectfeatures[i].style.fillBackOpacity = opacity;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                }
                    break;
                case displayFillStyleName[6]:
                {
                    var angle = parseFloat(updated.value) < 0 ? 0 : parseFloat(updated.value);
                    angle = parseFloat(updated.value) >= 360 ? 0 : parseFloat(updated.value);
                    transInfo.propertyName = "fillAngle";
                    transInfo.undoValue = selectfeatures[i].style.fillAngle;
                    transInfo.redoValue = angle;
                    selectfeatures[i].style.fillAngle = angle;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                }
                    break;
                case displayFillStyleName[7]:
                {
                    var X = parseFloat(updated.value) < -1 ? -1 : parseFloat(updated.value);
                    X = parseFloat(updated.value) > 1 ? 1 : parseFloat(updated.value);
                    transInfo.propertyName = "fillCenterOffsetX";
                    transInfo.undoValue = selectfeatures[i].style.fillCenterOffsetX;
                    transInfo.redoValue = X;
                    selectfeatures[i].style.fillCenterOffsetX = X;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                }
                    break;

                case displayFillStyleName[8]:
                {
                    var Y = parseFloat(updated.value) < -1 ? -1 : parseFloat(updated.value);
                    Y = parseFloat(updated.value) > 1 ? 1 : parseFloat(updated.value);
                    transInfo.propertyName = "fillCenterOffsetY";
                    transInfo.undoValue = selectfeatures[i].style.fillCenterOffsetY;
                    transInfo.redoValue = Y;
                    selectfeatures[i].style.fillCenterOffsetY = Y;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                }
                    break;
                case displayNameDot[0]:
                    transInfo.functionName = "setRotate";
                    transInfo.undoParams = [selectfeatures[i].getRotate()];
                    transInfo.redoParams = [parseFloat(updated.value)];
                    selectfeatures[i].setRotate(parseFloat(updated.value));
                    break;
                case displayNameDot[1]:
                    transInfo.functionName = "setScaleByMap";
                    transInfo.undoParams = [selectfeatures[i].getScaleByMap()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setScaleByMap(fromCheckboxValue(updated.value));
                    break;
                case displayNameDot[2]:
                    transInfo.functionName = "setNegativeImage";
                    transInfo.undoParams = [selectfeatures[i].getNegativeImage()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setNegativeImage(fromCheckboxValue(updated.value));
                    break;
                case displayNameDot[3]:
                    transInfo.functionName = "setSymbolRank";
                    transInfo.undoParams = [selectfeatures[i].getSymbolRank()];
                    transInfo.redoParams = [updated.value];
                    selectfeatures[i].setSymbolRank(updated.value);
                    break;
                case displayNameDot[4]:
                    transInfo.functionName = "setPositionOffset";
                    transInfo.undoParams = [selectfeatures[i].getPositionOffset()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setPositionOffset(fromCheckboxValue(updated.value));
                    break;
                case displayNameDot[5]:
                    transInfo.functionName = "setPositionOffsetType";
                    transInfo.undoParams = [selectfeatures[i].getPositionOffsetType()];
                    transInfo.redoParams = [parseInt(updated.value)];
                    selectfeatures[i].setPositionOffsetType(parseInt(updated.value));
                    break;
                case displayNameDot[6]:
                    transInfo.functionName = "setWidthHeightLimit";
                    transInfo.undoParams = [selectfeatures[i].getWidthHeightLimit()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setWidthHeightLimit(fromCheckboxValue(updated.value));
                    break;
                case displayNameDot[7]:
                    transInfo.functionName = "setSymbolSize";
                    transInfo.undoParams = [selectfeatures[i].getSymbolSize().w];
                    transInfo.redoParams = [parseFloat(updated.value), selectfeatures[i].getSymbolSize().h];
                    selectfeatures[i].setSymbolSize(updated.value, selectfeatures[i].getSymbolSize().h);
                    break;
                case displayNameDot[8]:
                    transInfo.functionName = "setSymbolSize";
                    transInfo.undoParams = [selectfeatures[i].getSymbolSize().h];
                    transInfo.redoParams = [selectfeatures[i].getSymbolSize().w, parseFloat(updated.value)];
                    selectfeatures[i].setSymbolSize(selectfeatures[i].getSymbolSize().w, updated.value);
                    break;
                case displayTextContentName[0]:
                    if (selectfeatures[i].symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT) {
                        transInfo.functionName = "updateSymbolText";
                        transInfo.undoParams = [selectfeatures[i].symbolTexts[0].clone(), 0];
                        selectfeatures[i].symbolTexts[0].textContent = updated.value;
                        selectfeatures[i].updateSymbolText(selectfeatures[i].symbolTexts[0], 0);
                        transInfo.redoParams = [selectfeatures[i].symbolTexts[0], 0];
                    } else if(selectfeatures[i].symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT1 ||
                        selectfeatures[i].symbolType ===SuperMap.Plot.SymbolType.PATHTEXT) {
                        transInfo.functionName = "setTextContent";
                        transInfo.undoParams = [selectfeatures[i].getTextContent()];
                        var updatedValueStr=updated.value;
                        var textContent=updatedValueStr.split(",");
                        transInfo.redoParams = [textContent];
                        selectfeatures[i].setTextContent(textContent);
                    }else{
                        transInfo.functionName = "setTextContent";
                        transInfo.undoParams = [selectfeatures[i].getTextContent()];
                        transInfo.redoParams = [updated.value];
                        selectfeatures[i].setTextContent(updated.value);
                    }
                    break;
                case displayTextContentName[0] + "2":
                    selectfeatures[i].symbolTexts[1].textContent = updated.value;
                    selectfeatures[i].redraw();
                    break;
                case displayTextContentName[1]:
                    if (selectfeatures[i].symbolType === SuperMap.Plot.SymbolType.PATHTEXT) {
                        transInfo.functionName = "setRelLineText";
                        transInfo.undoParams = [selectfeatures[i].getRelLineText()];
                        transInfo.redoParams = [parseInt(updated.value)];
                        selectfeatures[i].setRelLineText(parseInt(updated.value));
                    } else {
                        transInfo.functionName = "setTextPosition";
                        transInfo.undoParams = [selectfeatures[i].getTextPosition()];
                        transInfo.redoParams = [parseInt(updated.value)];
                        selectfeatures[i].setTextPosition(parseInt(updated.value));
                    }
                    break;
                case displayTextContentName[2]:
                    transInfo.propertyName = "fontSize";
                    transInfo.undoValue = selectfeatures[i].style.fontSize;
                    transInfo.redoValue = parseFloat(updated.value);
                    selectfeatures[i].setStyle({fontSize: parseFloat(updated.value)});
                    break;
                case displayTextContentName[3]:
                    transInfo.propertyName = "fontColor";
                    transInfo.undoValue = selectfeatures[i].style.fontColor;
                    transInfo.redoValue = updated.value;
                    selectfeatures[i].setStyle({fontColor: updated.value});
                    break;
                case displayTextContentName[4]:
                    transInfo.propertyName = "fontFamily";
                    transInfo.undoValue = selectfeatures[i].style.fontFamily;
                    transInfo.redoValue = updated.value;
                    selectfeatures[i].setStyle({fontFamily: updated.value});
                    break;
                case displayTextContentName[5]:
                    if(selectfeatures[i].symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT1){
                        selectfeatures[i].space = updated.value;
                    }else{
                        transInfo.functionName = "setSpace";
                        transInfo.undoParams = [selectfeatures[i].getSpace()];
                        transInfo.redoParams = [parseInt(updated.value)];
                        selectfeatures[i].setSpace(parseInt(updated.value));
                    }
                    break;
                case displayTextContentName[6]:
                    transInfo.propertyName = "fontSpace";
                    transInfo.undoValue = selectfeatures[i].style.fontSpace;
                    transInfo.redoValue = parseInt(updated.value);
                    selectfeatures[i].style.fontSpace = parseInt(updated.value);
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayTextContentName[7]:
                    transInfo.propertyName = "fontPercent";
                    transInfo.undoValue = selectfeatures[i].style.fontPercent;
                    transInfo.redoValue = parseInt(updated.value);
                    selectfeatures[i].style.fontPercent = parseInt(updated.value);
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayTextContentName[8]:
                    transInfo.propertyName = "fontStroke";
                    transInfo.undoValue = selectfeatures[i].style.fontStroke;
                    transInfo.redoValue = fromCheckboxValue(updated.value);
                    selectfeatures[i].style.fontStroke = fromCheckboxValue(updated.value);
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayTextContentName[9]:
                    transInfo.propertyName = "fontStrokeColor";
                    transInfo.undoValue = selectfeatures[i].style.fontStrokeColor;
                    transInfo.redoValue = updated.value;
                    selectfeatures[i].style.fontStrokeColor = updated.value;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayTextContentName[10]:
                    transInfo.propertyName = "fontStrokeWidth";
                    transInfo.undoValue = selectfeatures[i].style.fontStrokeWidth;
                    transInfo.redoValue = parseInt(updated.value);
                    selectfeatures[i].style.fontStrokeWidth = parseInt(updated.value);
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayTextContentName[11]:
                    transInfo.propertyName = "fontBackground";
                    transInfo.undoValue = selectfeatures[i].style.fontBackground;
                    transInfo.redoValue = fromCheckboxValue(updated.value);
                    selectfeatures[i].style.fontBackground = fromCheckboxValue(updated.value);
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayTextContentName[12]:
                    transInfo.propertyName = "fontBackgroundColor";
                    transInfo.undoValue = selectfeatures[i].style.fontBackgroundColor;
                    transInfo.redoValue = updated.value;
                    selectfeatures[i].style.fontBackgroundColor = updated.value;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayTextContentName[13]:
                    transInfo.propertyName = "fontShadow";
                    transInfo.undoValue = selectfeatures[i].style.fontShadow;
                    transInfo.redoValue = fromCheckboxValue(updated.value);
                    selectfeatures[i].style.fontShadow = fromCheckboxValue(updated.value);
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayTextContentName[14]:
                    transInfo.propertyName = "fontShadowColor";
                    transInfo.undoValue = selectfeatures[i].style.fontShadowColor;
                    transInfo.redoValue =  updated.value;
                    selectfeatures[i].style.fontShadowColor = updated.value;
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayTextContentName[15]:
                    transInfo.propertyName = "fontShadowOffsetX";
                    transInfo.undoValue = selectfeatures[i].style.fontShadowOffsetX;
                    transInfo.redoValue = parseInt(updated.value);
                    selectfeatures[i].style.fontShadowOffsetX = parseInt(updated.value);
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayTextContentName[16]:
                    transInfo.propertyName = "fontShadowOffsetY";
                    transInfo.undoValue = selectfeatures[i].style.fontShadowOffsetY;
                    transInfo.redoValue = parseInt(updated.value);
                    selectfeatures[i].style.fontShadowOffsetY = parseInt(updated.value);
                    selectfeatures[i].setStyle(selectfeatures[i].style);
                    break;
                case displayNameNew[0]:
                    transInfo.functionName = "setArrowHeadType";
                    transInfo.undoParams = [selectfeatures[i].getArrowHeadType()];
                    transInfo.redoParams = [parseInt(updated.value)];
                    selectfeatures[i].setArrowHeadType(parseInt(updated.value));
                    break;
                case displayNameNew[1]:
                    transInfo.functionName = "setArrowBodyType";
                    transInfo.undoParams = [selectfeatures[i].getArrowBodyType()];
                    transInfo.redoParams = [parseInt(updated.value)];
                    selectfeatures[i].setArrowBodyType(parseInt(updated.value));
                    break;
                case displayNameNew[2]:
                    transInfo.functionName = "setArrowTailType";
                    transInfo.undoParams = [selectfeatures[i].getArrowTailType()];
                    transInfo.redoParams = [parseInt(updated.value)];
                    selectfeatures[i].setArrowTailType(parseInt(updated.value));
                    break;
                case displayNameNew[3]:
                    transInfo.functionName = "setStartArrowType";
                    transInfo.undoParams = [selectfeatures[i].getStartArrowType()];
                    transInfo.redoParams = [parseInt(updated.value)];
                    selectfeatures[i].setStartArrowType(parseInt(updated.value));
                    break;
                case displayNameNew[4]:
                    transInfo.functionName = "setEndArrowType";
                    transInfo.undoParams = [selectfeatures[i].getEndArrowType()];
                    transInfo.redoParams = [parseInt(updated.value)];
                    selectfeatures[i].setEndArrowType(parseInt(updated.value));
                    break;
                case displayNameNew[5]:
                    transInfo.functionName = "setShowPathLine";
                    transInfo.undoParams = [selectfeatures[i].getShowPathLine()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setShowPathLine(fromCheckboxValue(updated.value));
                    break;
                case displayNameNew[6]:
                    transInfo.functionName = "setCurveLine";
                    transInfo.undoParams = [selectfeatures[i].getIsCurveLine()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setCurveLine(fromCheckboxValue(updated.value));
                    break;
                case displayNameNew[7]:
                    transInfo.functionName = "setShowPathLineArrow";
                    transInfo.undoParams = [selectfeatures[i].getShowPathLineArrow()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setShowPathLineArrow(fromCheckboxValue(updated.value));
                    break;
                case displayNameNew[8]:
                    transInfo.functionName = "setAvoidLine";
                    transInfo.undoParams = [selectfeatures[i].getIsAvoidLine()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setAvoidLine(fromCheckboxValue(updated.value));
                    break;
                case displayNameNew[9]:
                    transInfo.functionName = "setTextBoxType";
                    transInfo.undoParams = [selectfeatures[i].getTextBoxType()];
                    transInfo.redoParams = [parseInt(updated.value)];
                    selectfeatures[i].setTextBoxType(parseInt(updated.value));
                    break;
                case displayNameNew[10]:
                    transInfo.functionName = "setRoundBox";
                    transInfo.undoParams = [selectfeatures[i].getRoundBox()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setRoundBox(fromCheckboxValue(updated.value));
                    break;
                case displayNameNew[11]:
                    transInfo.functionName = "setFrame";
                    transInfo.undoParams = [selectfeatures[i].getFrame()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setFrame(fromCheckboxValue(updated.value));
                    break;
                case displayNameNew[12]:
                    transInfo.functionName = "setRadiusLineType";
                    transInfo.undoParams = [selectfeatures[i].getRadiusLineType()];
                    transInfo.redoParams = [parseInt(updated.value)];
                    selectfeatures[i].setRadiusLineType(parseInt(updated.value));
                    break;
                case displayNameNew[13]:
                    transInfo.functionName = "setRadiusTextPos";
                    transInfo.undoParams = [selectfeatures[i].getRadiusTextPos()];
                    transInfo.redoParams = [updated.value];
                    selectfeatures[i].setRadiusTextPos(updated.value);
                    break;
                case displayNameNew[14]:
                    transInfo.functionName = "setRadiusText";
                    transInfo.undoParams = [selectfeatures[i].radiusText[0],0];
                    transInfo.redoParams = [updated.value, 0];
                    selectfeatures[i].setRadiusText(updated.value, 0);
                    break;
                case displayNameNew[15]:
                    transInfo.functionName = "setRadiusText";
                    transInfo.undoParams = [selectfeatures[i].radiusText[1],1];
                    transInfo.redoParams = [updated.value, 1];
                    selectfeatures[i].setRadiusText(updated.value, 1);
                    break;
                case displayNameNew[16]:
                    transInfo.functionName = "setVisible";
                    transInfo.undoParams = [selectfeatures[i].getVisible()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setVisible(fromCheckboxValue(updated.value));
                    break;
                case displayNameNew[17]:
                    transInfo.functionName = "setType";
                    transInfo.undoParams = [selectfeatures[i].routeNode.type];
                    transInfo.redoParams = [updated.value];
                    selectfeatures[i].setType(updated.value);
                    break;
                case displayNameNew[18]:
                    transInfo.functionName = "setRotate";
                    transInfo.undoParams = [selectfeatures[i].getRotate()];
                    transInfo.redoParams = [parseFloat(updated.value)];
                    selectfeatures[i].setRotate(parseFloat(updated.value));
                    break;
                case displayNameNew[19]:
                    transInfo.functionName = "setLineRelationType";
                    transInfo.undoParams = [selectfeatures[i].getLineRelationType()];
                    transInfo.redoParams = [parseInt(updated.value)];
                    selectfeatures[i].setLineRelationType(parseInt(updated.value));
                    break;
                case displayNameNew[20]:
                    transInfo.functionName = "setPolylineConnectLocationPoint";
                    transInfo.undoParams = [selectfeatures[i].getPolylineConnectLocationPoint()];
                    transInfo.redoParams = [fromCheckboxValue(updated.value)];
                    selectfeatures[i].setPolylineConnectLocationPoint(fromCheckboxValue(updated.value));
                    break;
                case  displayNameNew[21]:
                    transInfo.functionName = "setFontAlign";
                    transInfo.undoParams = [selectfeatures[i].style.labelAlign];
                    transInfo.redoParams = [fontAlignTypeValue(updated.value)];
                    selectfeatures[i].setFontAlign(fontAlignTypeValue(updated.value));
                    break;
            }
            if (updated.group == group[8]) {
                if (updated.name == displayName[2]) {
                    if(updated.value !== null){
                        transInfo.propertyName = "libID";
                        transInfo.undoValue = selectfeatures[i].getSubSymbols()[updated.index].libID;
                        transInfo.redoValue = parseInt(updated.value);
                        selectfeatures[i].subSymbols[0].libID = parseInt(updated.value);
                    }
                }
                if (updated.name == displayName[3]) {
                    var code = parseInt(updated.value);
                    if(selectfeatures[i].symbolType === SuperMap.Plot.SymbolType.NODECHAIN && code != null) {
                        var symbolLibManager = L.supermap.plotting.symbolLibManager(serverUrl);
                        var subCode = symbolLibManager.findSymbolByCode(code);
                        if(subCode.length !== 0 && subCode[0].symbolType === "SYMBOL_DOT"){
                            transInfo.functionName = "setSubSymbol";
                            if(selectfeatures[i].getSubSymbols()[updated.index]) {
                                transInfo.undoParams = [selectfeatures[i].getSubSymbols()[updated.index].code, updated.index,subCode[0].libID];
                            } else {
                                transInfo.undoParams = [-1, updated.index];
                            }
                            transInfo.redoParams = [code, updated.index, subCode[0].libID];
                            selectfeatures[i].setSubSymbol(code, updated.index, subCode[0].libID);
                        }
                    }
                    else if (code !== null) {
                        transInfo.functionName = "setSubSymbol";
                        if(selectfeatures[i].getSubSymbols()[updated.index]) {
                            transInfo.undoParams = [selectfeatures[i].getSubSymbols()[updated.index].code, updated.index,selectfeatures[i].getSubSymbols()[updated.index].libID];
                        } else {
                            transInfo.undoParams = [-1, updated.index];
                        }
                        transInfo.redoParams = [code, updated.index];
                        selectfeatures[i].setSubSymbol(code, updated.index);
                    }
                }
            }
            transaction.transInfos.push(transInfo);
        }

    }
}