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Cesium-Examples/libs/iclient8c/examples/js/plottingPanel/StylePanel.js
jiawanlong bba0680b03 refactor: 求个star
2025-03-11 17:51:04 +08:00

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/**
*
* Class: SuperMap.Plotting.StylePanel
* 属性面板类。
*
*/
SuperMap.Plotting.StylePanel = new SuperMap.Class({
/**
* Property: editLayers
* {<SuperMap.Layer.PlottingLayer>} 标绘图层数组
*/
editLayers: [],
/**
* Property: selectFeatures
* {<SuperMap.Feature.Vector>} 要修改的要素
*/
selectFeatures:[],
groupIndex:0,
/**
* Constructor: SuperMap.Plotting.StylePanel
* 标号库管理类。
*
* Parameters:
* div - {String} 属性面板div
*
* Returns:
* {<SuperMap.Plotting.StylePanel>} 结果类型对象。
*/
initialize : function(div){
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){me.groupIndex = i;}
//}
me.updateSelectFeature(updated[0], me.selectFeatures);
var SF = me.selectFeatures;
if(me.selectFeatures ===null){
return;
}
if(updated[0].name == "对象可见性"){
while(me.selectFeatures.length !== 0){
me.selectFeatures[0].layer.drawFeature(me.selectFeatures[0]);
}
}else{
for(var i=0;i<me.selectFeatures.length;i++){
if(me.selectFeatures[i].layer.renderer.CLASS_NAME === "SuperMap.Renderer.PlotCanvas2"){
me.selectFeatures[i].layer.redraw();
}else{
me.selectFeatures[i].layer.drawFeature(me.selectFeatures[i]);
}
if(me.selectFeatures[i] !==undefined ){
if(me.selectFeatures[i].graphicsLayer !== undefined){
me.selectFeatures[i].graphicsLayer.updateGraphics(me.selectFeatures[i]);
}
}
}
}
var rows = collectionPropertyGridRows(me.selectFeatures);
$('#pg').propertygrid('loadData', rows);
//$('#pg').propertygrid('collapseGroup');
//$('#pg').propertygrid('expandGroup',0);
//$('#pg').propertygrid('expandGroup',me.groupIndex);
}
}
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
});
var me = this;
},
/**
* APIMethod: addEditLayer
* 添加标绘图层
*
* Parameters:
* editLayer - {<SuperMap.Layer.PlottingLayer>}标绘图层
*
* Returns:
*/
addEditLayer: function(editLayer){
for(var i = 0 ; i < this.editLayers.length; i++)
{
if(editLayer === this.editLayers[i]){
return;
}
}
if(editLayer instanceof SuperMap.Layer.PlottingGraphics){
if(editLayer.plottingGraphicsEdit !== null){
editLayer = editLayer.plottingGraphicsEdit.plottingLayer;
} else {
return;
}
}
editLayer.events.register("featureselected", this, this.showFeatureProperty);
editLayer.events.register("featuremodified", this, this.showFeatureProperty);
editLayer.events.register("featureunselected", this, this.hideFeatureProperty);
},
/**
* APIMethod: removeEditLayer
* 移除标绘图层
*
* Parameters:
* editLayer - {<SuperMap.Layer.PlottingLayer>}标绘图层
*
* Returns:
*/
removeEditLayer : function(editLayer) {
for(var i = 0; i < this.editLayers.length; i++)
{
if(editLayer === this.editLayers[i])
{
this.editLayers[i].events.unregister("featureselected", this, this.showFeatureProperty);
this.editLayers[i].events.unregister("featuremodified", this, this.showFeatureProperty);
this.editLayers[i].events.unregister("featureunselected", this, this.hideFeatureProperty);
this.editLayers.slice(i,1);
break;
}
}
},
showFeatureProperty: function(selectFeatueEvt) {
if(selectFeatueEvt.type === "featureselected"){
this.selectFeatures=this.selectFeatures.concat(selectFeatueEvt.features);
}
if(this.selectFeatures.length !==0){
var rows = collectionPropertyGridRows(this.selectFeatures);
$('#pg').propertygrid('loadData', rows);
//$('#pg').propertygrid('collapseGroup');
//$('#pg').propertygrid('expandGroup',0);
//$('#pg').propertygrid('expandGroup',this.groupIndex);
}
SuperMap.Event.stop(selectFeatueEvt);
},
hideFeatureProperty: function(selectFeatueEvt) {
for(var i = 0; i < selectFeatueEvt.features.length; i++){
var index = SuperMap.Util.indexOf(this.selectFeatures, selectFeatueEvt.features[i]);
if(index !== -1){
this.selectFeatures.splice(index, 1);
}
}
if(this.selectFeatures.length !==0){
var rows = collectionPropertyGridRows(this.selectFeatures);
$('#pg').propertygrid('loadData', rows);
} else {
var rows = [];
$('#pg').propertygrid('loadData', rows);
}
SuperMap.Event.stop(selectFeatueEvt);
},
addExtendPropertyfunction :function(rows,geometry) {
var extendProperty = geometry.getExtendProperty();
var nIndex = 0;
var property = extendProperty.getPropertyByIndex(nIndex);
while(null != property)
{
var propertyName = property.getKey();
var undoValue = property.getValue();
var extendePropertyObj = new Object();
extendePropertyObj.name = propertyName;
extendePropertyObj.value = undoValue;
extendePropertyObj.group = "自定义属性";
extendePropertyObj.editor = "text";
rows.push(extendePropertyObj);
nIndex++;
property = extendProperty.getPropertyByIndex(nIndex);
}
},
updateSelectFeature: function(updated, selectfeatures) {
var transaction = new SuperMap.Plot.Transaction();
SuperMap.Plotting.getInstance(this.map).getTransManager().add(transaction);
for(var i=0;i<selectfeatures.length;i++){
var transInfo = new SuperMap.Plot.TransactionInfo();
transInfo.layerId = selectfeatures[i].layer.id;
transInfo.uuid = selectfeatures[i].geometry.uuid;
if (updated != null) {
switch(updated.name) {
case displayName[0]:
transInfo.functionName = "setLocked";
transInfo.undoParams = [selectfeatures[i].geometry.getLocked()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setLocked(fromCheckboxValue(updated.value));
break;
case displayName[1]:
transInfo.propertyName = "display";
transInfo.undoValue = selectfeatures[i].style.display;
transInfo.redoValue = updated.value;
selectfeatures[i].style.display = updated.value;
break;
case displayLineStyleName[0]:
if (selectfeatures[i].geometry instanceof SuperMap.Geometry.GroupObject) {
transInfo.functionName = "setStrokeWidth";
transInfo.undoParams = [selectfeatures[i].geometry.getStrokeWidth()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setStrokeWidth(parseInt(updated.value));
}
else {
transInfo.propertyName = "strokeWidth";
transInfo.undoValue = selectfeatures[i].style.strokeWidth;
transInfo.redoValue = parseInt(updated.value);
selectfeatures[i].style.strokeWidth = parseInt(updated.value);
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT){
selectfeatures[i].geometry.applyStyle("strokeWidth");
}
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.LITERATESIGN){
selectfeatures[i].geometry.route.applyTextStyle(selectfeatures[i].style);
}
}
break;
case displayLineStyleName[1]:
if (selectfeatures[i].geometry instanceof SuperMap.Geometry.GroupObject) {
transInfo.functionName = "setStrokeColor";
transInfo.undoParams = [selectfeatures[i].geometry.getStrokeColor()];
transInfo.redoParams = [updated.value];
selectfeatures[i].geometry.setStrokeColor(updated.value);
}
else {
transInfo.propertyName = "strokeColor";
transInfo.undoValue = selectfeatures[i].style.strokeColor;
transInfo.redoValue = updated.value;
selectfeatures[i].style.strokeColor = updated.value;
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT ){
selectfeatures[i].geometry.applyStyle("strokeColor");
}
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.LITERATESIGN){
selectfeatures[i].geometry.route.applyTextStyle(selectfeatures[i].style);
}
}
break;
case displayLineStyleName[2]:
transInfo.propertyName = "strokeDashstyle";
transInfo.undoValue = selectfeatures[i].style.strokeDashstyle;
transInfo.redoValue = updated.value;
selectfeatures[i].style.strokeDashstyle = updated.value;
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT ||
selectfeatures[i].geometry instanceof SuperMap.Geometry.GroupObject
){
selectfeatures[i].geometry.applyStyle("strokeDashstyle");
}
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.LITERATESIGN){
selectfeatures[i].geometry.route.applyTextStyle(selectfeatures[i].style);
}
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 = "strokeOpacity";
transInfo.undoValue = selectfeatures[i].style.strokeOpacity;
transInfo.redoValue = opacity;
selectfeatures[i].style.strokeOpacity = opacity;
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT ||
selectfeatures[i].geometry instanceof SuperMap.Geometry.GroupObject){
selectfeatures[i].geometry.applyStyle("strokeOpacity");
}
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.LITERATESIGN){
selectfeatures[i].geometry.route.applyTextStyle(selectfeatures[i].style);
}
}
break;
case displaySurroundLineName[0]:
transInfo.functionName = "setSurroundLineType";
transInfo.undoParams = [selectfeatures[i].geometry.getSurroundLineType()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setSurroundLineType(parseInt(updated.value));
break;
case displaySurroundLineName[1]:
transInfo.propertyName = "surroundLineWidth";
transInfo.undoValue = selectfeatures[i].style.surroundLineWidth;
transInfo.redoValue = parseInt(updated.value);
selectfeatures[i].style.surroundLineWidth = parseInt(updated.value);
break;
case displaySurroundLineName[2]:
transInfo.propertyName = "surroundLineColor";
transInfo.undoValue = selectfeatures[i].style.surroundLineColor;
transInfo.redoValue = updated.value;
selectfeatures[i].style.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].style.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);
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT ||
selectfeatures[i].geometry instanceof SuperMap.Geometry.GroupObject){
selectfeatures[i].geometry.applyStyle("fillSymbolID");
}
break;
case displayFillStyleName[1]:
transInfo.propertyName = "fillColor";
transInfo.undoValue = selectfeatures[i].style.fillColor;
transInfo.redoValue = updated.value;
selectfeatures[i].style.fillColor = updated.value;
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT){
selectfeatures[i].geometry.applyStyle("fillColor");
}
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;
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT){
selectfeatures[i].geometry.applyStyle("fillOpacity");
}
}
break;
case displayFillStyleName[3]:
transInfo.propertyName = "fillGradientMode";
transInfo.undoValue = selectfeatures[i].style.fillGradientMode;
transInfo.redoValue = updated.value;
selectfeatures[i].style.fillGradientMode = updated.value;
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT){
selectfeatures[i].geometry.applyStyle("fillGradientMode");
}
break;
case displayFillStyleName[4]:
transInfo.propertyName = "fillBackColor";
transInfo.undoValue = selectfeatures[i].style.fillBackColor;
transInfo.redoValue = updated.value;
selectfeatures[i].style.fillBackColor = updated.value;
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT){
selectfeatures[i].geometry.applyStyle("fillBackColor");
}
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;
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT){
selectfeatures[i].geometry.applyStyle("fillBackOpacity");
}
}
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;
}
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;
}
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;
}
break;
case displayNameDot[0]:
transInfo.functionName = "setRotate";
transInfo.undoParams = [selectfeatures[i].geometry.getRotate()];
transInfo.redoParams = [parseFloat(updated.value)];
selectfeatures[i].geometry.setRotate(parseFloat(updated.value));
break;
case displayNameDot[1]:
transInfo.functionName = "setScaleByMap";
transInfo.undoParams = [selectfeatures[i].geometry.getScaleByMap()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setScaleByMap(fromCheckboxValue(updated.value));
break;
case displayNameDot[2]:
transInfo.functionName = "setNegativeImage";
transInfo.undoParams = [selectfeatures[i].geometry.getNegativeImage()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setNegativeImage(fromCheckboxValue(updated.value));
break;
case displayNameDot[3]:
transInfo.functionName = "setSymbolRank";
transInfo.undoParams = [selectfeatures[i].geometry.getSymbolRank()];
transInfo.redoParams = [updated.value];
selectfeatures[i].geometry.setSymbolRank(updated.value);
break;
case displayNameDot[4]:
transInfo.functionName = "setPositionOffset";
transInfo.undoParams = [selectfeatures[i].geometry.getPositionOffset()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setPositionOffset(fromCheckboxValue(updated.value));
break;
case displayNameDot[5]:
transInfo.functionName = "setPositionOffsetType";
transInfo.undoParams = [selectfeatures[i].geometry.getPositionOffsetType()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setPositionOffsetType(parseInt(updated.value));
break;
case displayNameDot[6]:
transInfo.functionName = "setWidthHeightLimit";
transInfo.undoParams = [selectfeatures[i].geometry.getWidthHeightLimit()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setWidthHeightLimit(fromCheckboxValue(updated.value));
break;
case displayNameDot[7]:
transInfo.functionName = "setSymbolSize";
transInfo.undoParams = [selectfeatures[i].geometry.getSymbolSize().w];
transInfo.redoParams = [parseFloat(updated.value), selectfeatures[i].geometry.getSymbolSize().h];
selectfeatures[i].geometry.setSymbolSize(parseFloat(updated.value), selectfeatures[i].geometry.getSymbolSize().h);
break;
case displayNameDot[8]:
transInfo.functionName = "setSymbolSize";
transInfo.undoParams = [selectfeatures[i].geometry.getSymbolSize().h];
transInfo.redoParams = [selectfeatures[i].geometry.getSymbolSize().w, parseFloat(updated.value)];
selectfeatures[i].geometry.setSymbolSize(selectfeatures[i].geometry.getSymbolSize().w, parseFloat(updated.value));
break;
case displayTextContentName[0]:
if (selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT) {
// transInfo.propertyName = "textContent";
// transInfo.undoValue = selectfeatures[i].geometry.symbolTexts[0].textContent;
// transInfo.redoValue = updated.value;
transInfo.functionName = "updateSymbolText";
transInfo.undoParams = [selectfeatures[i].geometry.symbolTexts[0].clone(), 0];
selectfeatures[i].geometry.symbolTexts[0].textContent = updated.value;
selectfeatures[i].geometry.updateSymbolText(selectfeatures[i].geometry.symbolTexts[0], 0);
transInfo.redoParams = [selectfeatures[i].geometry.symbolTexts[0], 0];
//selectfeatures[i].geometry.calculateParts();
} else if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT1 ||
selectfeatures[i].geometry.symbolType ===SuperMap.Plot.SymbolType.PATHTEXT) {
transInfo.functionName = "setTextContent";
transInfo.undoParams = [selectfeatures[i].geometry.getTextContent()];
var updatedValueStr=updated.value;
var textContent=updatedValueStr.split(",");
transInfo.redoParams = [textContent];
selectfeatures[i].geometry.setTextContent(textContent);
}else{
transInfo.functionName = "setTextContent";
transInfo.undoParams = [selectfeatures[i].geometry.getTextContent()];
transInfo.redoParams = [updated.value];
selectfeatures[i].geometry.setTextContent(updated.value);
}
break;
case displayTextContentName[0] + "2":
selectfeatures[i].geometry.symbolTexts[1].textContent = updated.value;
selectfeatures[i].geometry.setTextContent(updated.value);
break;
case displayTextContentName[1]:
if (selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.PATHTEXT) {
transInfo.functionName = "setRelLineText";
transInfo.undoParams = [selectfeatures[i].geometry.getRelLineText()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setRelLineText(parseInt(updated.value));
} else {
transInfo.functionName = "setTextPosition";
transInfo.undoParams = [selectfeatures[i].geometry.getTextPosition()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setTextPosition(parseInt(updated.value));
}
break;
case displayTextContentName[2]:
transInfo.propertyName = "fontSize";
transInfo.undoValue = selectfeatures[i].style.fontSize;
transInfo.redoValue = parseFloat(updated.value);
selectfeatures[i].style.fontSize = parseFloat(updated.value);
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT||
selectfeatures[i].geometry instanceof SuperMap.Geometry.GroupObject){
selectfeatures[i].geometry.applyStyle("fontSize");
} else {
selectfeatures[i].geometry.calculateParts();
}
break;
case displayTextContentName[3]:
transInfo.propertyName = "fontColor";
transInfo.undoValue = selectfeatures[i].style.fontColor;
transInfo.redoValue = updated.value;
selectfeatures[i].style.fontColor = updated.value;
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT||
selectfeatures[i].geometry instanceof SuperMap.Geometry.GroupObject){
selectfeatures[i].geometry.applyStyle("fontColor");
}
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.DOTSYMBOL && selectfeatures[i].geometry.textPosition === 8){//支持中间注记修改字体颜色
selectfeatures[i].geometry.calculateParts();
}
break;
case displayTextContentName[4]:
transInfo.propertyName = "fontFamily";
transInfo.undoValue = selectfeatures[i].style.fontFamily;
transInfo.redoValue = updated.value;
selectfeatures[i].style.fontFamily = updated.value;
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.SYMBOLTEXT ||
selectfeatures[i].geometry instanceof SuperMap.Geometry.GroupObject){
selectfeatures[i].geometry.applyStyle("fontFamily");
}
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.DOTSYMBOL && selectfeatures[i].geometry.textPosition === 8){//支持中间注记修改字体颜色
selectfeatures[i].geometry.calculateParts();
}
break;
case displayTextContentName[5]:
transInfo.functionName = "setSpace";
transInfo.undoParams = [selectfeatures[i].geometry.getSpace()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.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);
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);
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);
break;
case displayTextContentName[9]:
transInfo.propertyName = "fontStrokeColor";
transInfo.undoValue = selectfeatures[i].style.fontStrokeColor;
transInfo.redoValue = updated.value;
selectfeatures[i].style.fontStrokeColor = updated.value;
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);
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);
break;
case displayTextContentName[12]:
transInfo.propertyName = "fontBackgroundColor";
transInfo.undoValue = selectfeatures[i].style.fontBackgroundColor;
transInfo.redoValue = updated.value;
selectfeatures[i].style.fontBackgroundColor = updated.value;
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);
break;
case displayTextContentName[14]:
transInfo.propertyName = "fontShadowColor";
transInfo.undoValue = selectfeatures[i].style.fontShadowColor;
transInfo.redoValue = updated.value;
selectfeatures[i].style.fontShadowColor = updated.value;
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);
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);
break;
case displayNameNew[0]:
transInfo.functionName = "setArrowHeadType";
transInfo.undoParams = [selectfeatures[i].geometry.getArrowHeadType()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setArrowHeadType(parseInt(updated.value));
break;
case displayNameNew[1]:
transInfo.functionName = "setArrowBodyType";
transInfo.undoParams = [selectfeatures[i].geometry.getArrowBodyType()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setArrowBodyType(parseInt(updated.value));
break;
case displayNameNew[2]:
transInfo.functionName = "setArrowTailType";
transInfo.undoParams = [selectfeatures[i].geometry.getArrowTailType()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setArrowTailType(parseInt(updated.value));
break;
case displayNameNew[3]:
transInfo.functionName = "setStartArrowType";
transInfo.undoParams = [selectfeatures[i].geometry.getStartArrowType()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setStartArrowType(parseInt(updated.value));
break;
case displayNameNew[4]:
transInfo.functionName = "setEndArrowType";
transInfo.undoParams = [selectfeatures[i].geometry.getEndArrowType()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setEndArrowType(parseInt(updated.value));
break;
case displayNameNew[5]:
transInfo.functionName = "setShowPathLine";
transInfo.undoParams = [selectfeatures[i].geometry.getShowPathLine()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setShowPathLine(fromCheckboxValue(updated.value));
break;
case displayNameNew[6]:
transInfo.functionName = "setCurveLine";
transInfo.undoParams = [selectfeatures[i].geometry.getIsCurveLine()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setCurveLine(fromCheckboxValue(updated.value));
break;
case displayNameNew[7]:
transInfo.functionName = "setShowPathLineArrow";
transInfo.undoParams = [selectfeatures[i].geometry.getShowPathLineArrow()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setShowPathLineArrow(fromCheckboxValue(updated.value));
break;
case displayNameNew[8]:
transInfo.functionName = "setAvoidLine";
transInfo.undoParams = [selectfeatures[i].geometry.getIsAvoidLine()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setAvoidLine(fromCheckboxValue(updated.value));
break;
case displayNameNew[9]:
transInfo.functionName = "setTextBoxType";
transInfo.undoParams = [selectfeatures[i].geometry.getTextBoxType()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setTextBoxType(parseInt(updated.value));
break;
case displayNameNew[10]:
transInfo.functionName = "setRoundBox";
transInfo.undoParams = [selectfeatures[i].geometry.getRoundBox()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setRoundBox(fromCheckboxValue(updated.value));
break;
case displayNameNew[11]:
transInfo.functionName = "setFrame";
transInfo.undoParams = [selectfeatures[i].geometry.getFrame()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setFrame(fromCheckboxValue(updated.value));
break;
case displayNameNew[12]:
transInfo.functionName = "setRadiusLineType";
transInfo.undoParams = [selectfeatures[i].geometry.getRadiusLineType()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setRadiusLineType(parseInt(updated.value));
break;
case displayNameNew[13]:
transInfo.functionName = "setRadiusTextPos";
transInfo.undoParams = [selectfeatures[i].geometry.getRadiusTextPos()];
transInfo.redoParams = [updated.value];
selectfeatures[i].geometry.setRadiusTextPos(updated.value);
break;
case displayNameNew[14]:
transInfo.functionName = "setRadiusText";
transInfo.undoParams = [selectfeatures[i].geometry.radiusText[0],0];
transInfo.redoParams = [updated.value, 0];
selectfeatures[i].geometry.setRadiusText(updated.value, 0);
break;
case displayNameNew[15]:
transInfo.functionName = "setRadiusText";
transInfo.undoParams = [selectfeatures[i].geometry.radiusText[1],1];
transInfo.redoParams = [updated.value, 1];
selectfeatures[i].geometry.setRadiusText(updated.value, 1);
break;
case displayNameNew[16]:
transInfo.functionName = "setVisible";
transInfo.undoParams = [selectfeatures[i].geometry.getVisible()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setVisible(fromCheckboxValue(updated.value));
break;
case displayNameNew[17]:
transInfo.functionName = "setType";
transInfo.undoParams = [selectfeatures[i].geometry.routeNode.type];
transInfo.redoParams = [updated.value];
selectfeatures[i].geometry.setType(updated.value);
break;
case displayNameNew[18]:
transInfo.functionName = "setRotate";
transInfo.undoParams = [selectfeatures[i].geometry.getRotate()];
transInfo.redoParams = [parseFloat(updated.value)];
selectfeatures[i].geometry.setRotate(parseFloat(updated.value));
break;
case displayNameNew[19]:
transInfo.functionName = "setLineRelationType";
transInfo.undoParams = [selectfeatures[i].geometry.getLineRelationType()];
transInfo.redoParams = [parseInt(updated.value)];
selectfeatures[i].geometry.setLineRelationType(parseInt(updated.value));
break;
case displayNameNew[20]:
transInfo.functionName = "setPolylineConnectLocationPoint";
transInfo.undoParams = [selectfeatures[i].geometry.getPolylineConnectLocationPoint()];
transInfo.redoParams = [fromCheckboxValue(updated.value)];
selectfeatures[i].geometry.setPolylineConnectLocationPoint(fromCheckboxValue(updated.value));
break;
case displayNameNew[21]:
transInfo.propertyName = "labelAlign";
transInfo.undoValue = selectfeatures[i].style.labelAlign;
transInfo.redoValue = fontAlignTypeValue(updated.value);
selectfeatures[i].style.labelAlign = fontAlignTypeValue(updated.value);
selectfeatures[i].geometry.calculateParts();
break;
}
if (updated.group == group[8]) {
if (updated.name == displayName[2]) {
if(updated.value !== null){
transInfo.propertyName = displayName[2];
transInfo.undoValue = selectfeatures[i].geometry.getSubSymbols()[updated.index].libID;
transInfo.redoValue = parseInt(updated.value);
selectfeatures[i].geometry.subSymbols[0].libID = parseInt(updated.value);
}
}
if (updated.name == displayName[3]) {
var code = parseInt(updated.value);
if(selectfeatures[i].geometry.symbolType === SuperMap.Plot.SymbolType.NODECHAIN && code != null) {
var symbolLibManager = plotting.getSymbolLibManager();
var subCode = symbolLibManager.findSymbolByCode(code);
if(subCode.length !== 0 && subCode[0].symbolType === "SYMBOL_DOT"){
transInfo.functionName = "setSubSymbol";
if(selectfeatures[i].geometry.getSubSymbols()[updated.index]) {
transInfo.undoParams = [selectfeatures[i].geometry.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].geometry.setSubSymbol(code, updated.index, subCode[0].libID);
}
} else if (code !== null) {
transInfo.functionName = "setSubSymbol";
if(selectfeatures[i].geometry.getSubSymbols()[updated.index]) {
transInfo.undoParams = [selectfeatures[i].geometry.getSubSymbols()[updated.index].code, updated.index,selectfeatures[i].geometry.getSubSymbols()[updated.index].libID];
} else {
transInfo.undoParams = [-1, updated.index];
}
transInfo.redoParams = [code, updated.index];
selectfeatures[i].geometry.setSubSymbol(code, updated.index);
}
}
}
transaction.transInfos.push(transInfo);
}
SuperMap.Plot.AnalysisSymbol.setStyle(selectfeatures[i].style, selectfeatures[i].geometry.symbolData);
}
},
CLASS_NAME: "SuperMap.Plotting.StylePanel"
});
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