private void NetSubmit(object sender, RoutedEventArgs e)
{
if (SuccessFlag == true)
{
if (netWindow != null)
{
this.netWindow.removeFlash();
ClearRoad();
this.netWindow.roadReslut.Blocks.Clear();
this.netWindow.Close();
netWindow = null;
}
SuccessFlag = false;
CGdbInfo gdb = new CGdbInfo();
gdb.GDBName = this.GDBName;
gdb.GDBSvrName = this.GDBSvrName;
gdb.Password = this.Password;
gdb.User = this.User;
CNetAnalyse obj = new CNetAnalyse();
obj.GdbInfo = gdb;
obj.NetLayerName = this.NetLayerName;
obj.RequestDots = this.pathDots.Substring(0, this.pathDots.Length - 1);
obj.BarrierDots = "";
obj.NearDis = 0.002;
obj.FlgType = "line";
obj.NetWeight = ",Weight1,Weight1";
obj.AnalysTypeParam = AnalysType.UserMode.ToString();
_spatial = new SpacialAnalyse(this.mapDoc);
_spatial.NetAnalyse(obj, new UploadStringCompletedEventHandler(OnSubmit));
}
}
public void Submit()
{
if (CommFun.IsNumber(this.buffer.Text))
{
if (VectorObj == null)
{
MessageBox.Show("绑定的矢量图对象为空", "提示", MessageBoxButton.OK);
return;
}
MarkLayer.ManuallyAddMarkObj = null;
CGdbInfo gdb = new CGdbInfo();
gdb.GDBName = this.GDBName;
gdb.GDBSvrName = this.GDBSvrName;
gdb.Password = this.Password;
gdb.User = this.User;
CNetAnalyse obj = new CNetAnalyse();
obj.GdbInfo = gdb;
obj.NetLayerName = this.NetLayerName;
obj.RequestDots = this.m_pathDots.Length > 0 ? this.m_pathDots.Substring(0, this.m_pathDots.Length - 1) : this.m_pathDots;
obj.BarrierDots = this.m_barrierDots.Length > 0 ? this.m_barrierDots.Substring(0, this.m_barrierDots.Length - 1) : this.m_barrierDots;
obj.NearDis = 100; //Convert.ToSingle(this.buffer.Text);
obj.FlgType = "line";
obj.NetWeight = ",Weight1,Weight1";
_spatial = new SpacialAnalyse(VectorObj);
_spatial.NetAnalyse(obj, new UploadStringCompletedEventHandler(OnSubmit));
}
else
{
MessageBox.Show("请输入合法的分析半径", "提示", MessageBoxButton.OK);
}
}
/// <summary>
/// 叠加分析
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void submit(object sender, RoutedEventArgs e)
{
if (this.vectorObj == null)
{
MessageBox.Show("没有激活的图层。");
return;
}
COverlayByLayer obj = new COverlayByLayer();
obj.FClsNameRtn = "overlay";
CGdbInfo gdbInfo = new CGdbInfo();
gdbInfo.GDBName = this.gdbName.SelectedValue.ToString();
gdbInfo.GDBSvrName = this.svrList.SelectedValue.ToString();
gdbInfo.User = this.username.Text;
gdbInfo.Password = this.password.Text;
obj.GdbInfo = gdbInfo;
obj.GdbInfoOverlay = gdbInfo;
bool c = Convert.ToBoolean(this.radio_no.IsChecked);
if (c)
{
obj.IsReCalculate = c;
}
else
{
obj.IsReCalculate = Convert.ToBoolean(this.radio_yes.IsChecked);
}
obj.LayerName = this.layer1.SelectedItem.ToString();
obj.OverlayLayerName = this.layer2.SelectedItem.ToString();
bool t;
if (t = Convert.ToBoolean(this.radioButton_bing.IsChecked))
{
obj.OverlayType = 0;
}
if (t = Convert.ToBoolean(this.radioButton_cha.IsChecked))
{
obj.OverlayType = 6;
}
if (t = Convert.ToBoolean(this.radioButton_jiao.IsChecked))
{
obj.OverlayType = 1;
}
if (t = Convert.ToBoolean(this.radioButton_jian.IsChecked))
{
obj.OverlayType = 2;
}
obj.Radius = Convert.ToDouble(this.radius.Text);
obj.XClsType = this.dataType.SelectionBoxItem.ToString() == "简单要素类" ? XClsType.SFeatureCls : XClsType.FeatureCls;
this._spatial = new SpacialAnalyse(this.vectorObj);
_spatial.OverlayByLayer(obj, new UploadStringCompletedEventHandler(onSubmit));
this.button_submit.IsEnabled = false;
}
private void OverLayerAnalyseSubmit(object sender, RoutedEventArgs e)
{
if (ISSuccess == true)
{
// if (layerDataViewer == null)
// {
// layerDataViewer = new LayerDataViewer();
// layerDataViewer.IMSCatalog = this.iMSCatalog1;
// }
// if (this.layerDataViewer == null)
// {
// MessageBox.Show("layerDataViewer属性为空！请创建LayerDataViewer控件！");
// }
//叠加参数操作类
OverlayBySelectParam param = new OverlayBySelectParam();
//设置第一个查询参数类
CWebSelectParam selectParam = new CWebSelectParam();
//设置查询类型为矩形查询
selectParam.GeomType = WebGeomType.Rect;
//设置知查询的矩形范围
MemoryStream ms1 = new MemoryStream();
DataContractJsonSerializer ser1 = new DataContractJsonSerializer(typeof(ZDIMS.BaseLib.Rect));
ser1.WriteObject(ms1, rect1);
byte[] json1 = ms1.ToArray();
ms1.Close();
string jsonString1 = Encoding.UTF8.GetString(json1, 0, json1.Length);//序列化得到的字符串
selectParam.Geometry = jsonString1;
//设置搜索半径
selectParam.NearDistance = 0.1;
//设置查询类型为简单查询
selectParam.SelectionType = SelectionType.SpatialRange;
//设置查询对象是否必须完全包含在输入的空间的范围内
selectParam.MustInside = true;
//设置第二个CWebSelectParam查询参数类
CWebSelectParam selectParam2 = new CWebSelectParam();
//设置查询类型为矩形查询
selectParam2.GeomType = WebGeomType.Rect;
MemoryStream ms2 = new MemoryStream();
DataContractJsonSerializer ser2 = new DataContractJsonSerializer(typeof(ZDIMS.BaseLib.Rect));
ser1.WriteObject(ms2, rect2);
byte[] json2 = ms2.ToArray();
ms1.Close();
string jsonString2 = Encoding.UTF8.GetString(json2, 0, json2.Length);//序列化得到的字符串
//设置查询的矩形范围
selectParam2.Geometry = jsonString2;
//设置搜索半径
selectParam2.NearDistance = 0.1;
//设置查询类型为简单查询
selectParam2.SelectionType = SelectionType.SpatialRange;
//CGdbInfo gdb信息类
CGdbInfo gdbInfo = new CGdbInfo();
gdbInfo.GDBSvrName = "mapgislocal";
gdbInfo.GDBName = "world";
//叠加的图层名称
param.LayerName1 = "城市植被";
//叠加分析第一个图层的查询参数
param.SelectParam1 = selectParam;
//被叠加的图层名称
param.LayerName2 = "行政区.WP";
//叠加分析第二个图层的查询参数
param.SelectParam2 = selectParam2;
param.Radius = 0.001;
//设置叠加分析的类型 1为相交分析
param.OverlayType = 1;
//是否重算面积
param.IsReCalculate = false;
param.GdbInfo1 = gdbInfo;
param.GdbInfo2 = gdbInfo;
//设置图层类型为简单要素类
param.ClsType = XClsType.SFeatureCls;
MemoryStream ms = new MemoryStream();
DataContractJsonSerializer ser = new DataContractJsonSerializer(typeof(OverlayBySelectParam));
ser.WriteObject(ms, param);
byte[] json = ms.ToArray();
ms.Close();
string jsonString = Encoding.UTF8.GetString(json, 0, json.Length);//序列化得到的字符串
//var postData:String =JSON.encode(param) as String;
//实例化插件对象
plug = new Plugin();
plug.ServerAddress = this.mapDoc.ServerAddress;
ISSuccess = false;
plug.CallPlugin("OverlayAnalysisExtend", "OverlayAnalysisClass", "OverlayBySelect", "inputFormat=JSON&outputFormat=JSON", jsonString, onPlug);
}
}
