/// <summary>
/// 佛山道路编码
/// </summary>
/// <param name="pRoadLayer"></param>
/// <param name="pRegionLayer"></param>
private void DoCoding(ptCodeFeautreLayer pRoadLayer, ptCodeFeautreLayer pRegionLayer)
{
if (pRoadLayer == null || pRegionLayer == null)
{
return;
}
IFeatureClass pRoadFc = pRoadLayer.CodeLayer.FeatureClass;
IFeatureClass pRegionFc = pRegionLayer.CodeLayer.FeatureClass;
try
{
m_RefreshLog(string.Format("获取行政区信息"));
//获取所有行政区面
IList <IFeature> AllRegionFeatures = ptGeoFeatureBase.GetFeatures(pRegionFc);
if (AllRegionFeatures.Count == 0)
{
m_RefreshLog(string.Format("行政区信息获取失败"));
return;
}
ptDataPool pDataPool = new ptDataPool();
DataTable ModelDt = pDataPool.ModelDt;
for (int regionIndex = 0; regionIndex < AllRegionFeatures.Count; regionIndex++)
{
if (ModelDt != null && ModelDt.Rows.Count > 0)
{
DataView dv = ModelDt.DefaultView;
//获取道路分级配置信息
dv.RowFilter = string.Format("{0}='{1}'", ptColumnName.ModelType, Enum.GetName(typeof(ModelType), ModelType.RoadLevel));
DataTable pRoadModelDt = dv.ToTable();
foreach (DataRow pRow in pRoadModelDt.Rows)
{
string StrWhere = string.Format("{0}='{1}'", pRoadLayer.LayerConfigRow[ptColumnName.LevelField], pRow[ptColumnName.ModelName].ToString());
IFeature pRegionFeature = AllRegionFeatures[regionIndex];
//获取起点在该行政区内的所有道路线
IList <IFeature> AllRoadLine = ptGeoFeatureBase.GetFeatures(pRoadFc, pRegionFeature, StrWhere);
string tempRegionCode = pRegionFeature.get_Value(pRegionFeature.Fields.FindField(pRegionLayer.CodeField)).ToString();
m_RefreshLog(string.Format("获取区域【{0}】中类型为【{1}】的要素：【{2}】", tempRegionCode,
pRow[ptColumnName.ModelName], AllRoadLine.Count));
//根据排序规则，多该行政区内的所有道路线进行排序
SortFeature SortRoad = new SortFeature(AllRoadLine);
SortRoad.Sort();
IList <RoadFeature> SortedRoadLine = SortRoad.m_SortedRoad;
m_RefreshLog(string.Format("完成对区域【{0}】中类型为【{1}】的要素排序", tempRegionCode, pRow[ptColumnName.ModelName]));
//根据编码规则进行编码
RoadLineCode(SortedRoadLine, pRegionFeature, pRow);
m_RefreshLog(string.Format("完成对区域【{0}】中类型为【{1}】的要素编码", tempRegionCode, pRow[ptColumnName.ModelName]));
}
}
}
}
catch (Exception ex)
{
m_RefreshLog(string.Format("编码失败:{0}", ex.Message));
}
}
/// <summary>
/// 获取行政区图层
/// </summary>
/// <param name="dicCodeLayer"></param>
/// <returns></returns>
private ptCodeFeautreLayer GetLayerByRoadType(Dictionary <string, ptCodeFeautreLayer> dicCodeLayer, RoadeType sType)
{
ptCodeFeautreLayer pRegionLayer = null;
foreach (string key in dicCodeLayer.Keys)
{
pRegionLayer = dicCodeLayer[key];
DataRow pLayerRow = pRegionLayer.LayerConfigRow;
string StrLayerType = pLayerRow[ptColumnName.RoadType].ToString();
if (StrLayerType == Enum.GetName(typeof(RoadeType), sType))
{
return(pRegionLayer);
}
}
return(pRegionLayer);
}
/// <summary>
/// 佛山道路编码
/// </summary>
/// <param name="dicCodeLayer"></param>
public void Coding(Dictionary <string, ptCodeFeautreLayer> dicCodeLayer)
{
if (dicCodeLayer.Count <= 0)
{
m_RefreshLog(string.Format("未配置任何编码图层"));
return;
}
//获取区域图层
ptCodeFeautreLayer ptRegionLayer = GetLayerByRoadType(dicCodeLayer, RoadeType.district);
if (ptRegionLayer == null)
{
m_RefreshLog(string.Format("当前未配置区域图层"));
return;
}
//获取道路中心线图层
ptCodeFeautreLayer ptRoadLineLayer = GetLayerByRoadType(dicCodeLayer, RoadeType.roadline);
if (ptRoadLineLayer == null)
{
m_RefreshLog(string.Format("当前未配置道路中心线图层"));
return;
}
//判断是否有道路面图层，如果有，则需要对道路面进行编码
//暂不判断
ptCodeFeautreLayer ptRoadPolygonLayer = GetLayerByRoadType(dicCodeLayer, RoadeType.roadformation);
m_RefreshLog(string.Empty);
//进行道路编码
m_RefreshLog(string.Format("开始对图层：【{0}】进行编码", ptRoadLineLayer.LayerName));
DoCoding(ptRoadLineLayer, ptRegionLayer);
m_RefreshLog(string.Format("图层：【{0}】编码完成", ptRoadLineLayer.LayerName));
m_RefreshLog(string.Empty);
//道路面进行编码
if (ptRoadPolygonLayer != null)
{
}
}
/// <summary>
/// 开始编码
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void btnDoCoding_Click(object sender, EventArgs e)
{
//清空日志信息
txtLog.Text = string.Empty;
if (m_MainMap == null)
{
RefreshLog(string.Format("无法获取地图文档"));
return;
}
else if (m_MainMap.LayerCount <= 0)
{
RefreshLog(string.Format("当前地图未加载任何图层"));
return;
}
try
{
//读取配置信息
ReadDbConfig();
//根据编码类型获取相应的配置信息，并进行编码
if (m_DtCodeRule == null || m_DtLayerConfig == null)
{
return;
}
string RowFilter = "";
switch (m_RoadCodeType)
{
case CodeType.SzRoadCode:
RowFilter = string.Format("{0}='{1}'", ptColumnName.CodeType, Enum.GetName(typeof(CodeType), CodeType.SzRoadCode));
break;
case CodeType.FsRoadCode:
RowFilter = string.Format("{0}='{1}'", ptColumnName.CodeType, Enum.GetName(typeof(CodeType), CodeType.FsRoadCode));
break;
case CodeType.FsFacilityCode:
RowFilter = string.Format("{0}='{1}'", ptColumnName.CodeType, Enum.GetName(typeof(CodeType), CodeType.FsRoadCode));
break;
}
DataRow[] CodeLayers = m_DtCodeRule.Select(RowFilter);
if (CodeLayers.Length <= 0)
{
RefreshLog(string.Format("当前未配置编码图层"));
return;
}
Dictionary <string, ptCodeFeautreLayer> pCodeLayers = new Dictionary <string, ptCodeFeautreLayer>();
//查找编码图层
for (int i = 0; i < CodeLayers.Length; i++)
{
string StrLayerName = CodeLayers[i][ptColumnName.CodeLayer].ToString();
IFeatureLayer pTempLayer = GetLayerByName(StrLayerName);
if (pTempLayer != null)
{
DataRow[] pTempRows = m_DtLayerConfig.Select(string.Format("{0}='{1}'", ptColumnName.LayerName, StrLayerName));
if (pTempRows.Length <= 0)
{
RefreshLog(string.Format("未能加载图层:【{0}】相关配置信息", StrLayerName));
return;
}
//判断配置的编码字段，是否存在于数据中
if (pTempLayer.FeatureClass.FindField(pTempRows[0][ptColumnName.CodeField].ToString()) < 0)
{
RefreshLog(string.Format("未能在加载图层:【{0}】中找到配置的编码字段【{1}】", StrLayerName, pTempRows[0][ptColumnName.CodeField]));
continue;
}
ptCodeFeautreLayer pptLayer = new ptCodeFeautreLayer();
pptLayer.CodeLayer = pTempLayer;
pptLayer.LayerName = StrLayerName;
pptLayer.RoadType = pTempRows[0][ptColumnName.RoadType].ToString();
pptLayer.CodeField = pTempRows[0][ptColumnName.CodeField].ToString();
pptLayer.LayerConfigRow = pTempRows[0];
pCodeLayers.Add(StrLayerName, pptLayer);
}
else
{
RefreshLog(string.Format("当前地图未加载图层:{0}", StrLayerName));
return;
}
}
if (RoadCodeLog == null)
{
RoadCodeLog = RefreshLog;
}
ptRoadCodeFactory RoadCodeFac = new ptRoadCodeFactory(RoadCodeLog);
IRoadCode pRoadCode = RoadCodeFac.GetRoadCodeClass(m_RoadCodeType);
if (pRoadCode != null)
{
pRoadCode.Coding(pCodeLayers);
}
}
catch (Exception ex)
{
RefreshLog(string.Format("编码失败:{0}", ex.Message));
}
}
public void Coding(Dictionary <string, ptCodeFeautreLayer> dicCodeLayer)
{
if (dicCodeLayer.Count <= 0)
{
m_RefreshLog(string.Format("未加载任何道路图层配置"));
}
try
{
//获取配置信息
ptDataPool pDataPool = new ptDataPool();
DataTable ModelDt = pDataPool.ModelDt;
foreach (string layername in dicCodeLayer.Keys)
{
m_RefreshLog(string.Empty);
m_RefreshLog(string.Format("开始对图层【{0}】进行编码", layername));
ptCodeFeautreLayer ptCodeRoadLayer = dicCodeLayer[layername];
IFeatureLayer pRoadLayer = ptCodeRoadLayer.CodeLayer;
//根据配置信息来获取图层要素进行编码
//根据道路等级进行编码
DataView dv = ModelDt.DefaultView;
dv.RowFilter = string.Format("{0}='{1}'", ptColumnName.ModelType, Enum.GetName(typeof(ModelType), ModelType.RoadLevel));
DataTable pRoadLevel = dv.ToTable(true, new string[] { ptColumnName.ModelCode, ptColumnName.StartCode });
//数据中道路等级字段，通过配置获取
string DataRoadLevel = ptCodeRoadLayer.LayerConfigRow[ptColumnName.LevelField].ToString();
if (string.IsNullOrEmpty(DataRoadLevel))
{
m_RefreshLog(string.Format("未配置图层【{0}】的道路分级字段", layername));
continue;
}
for (int i = 0; i < pRoadLevel.Rows.Count; i++)
{
string RoadLevelId = pRoadLevel.Rows[i][ptColumnName.ModelCode].ToString();
DataRow[] pRoadRows = ModelDt.Select(string.Format("{0}='{1}' and {2}='{3}'", ptColumnName.ModelCode, RoadLevelId,
ptColumnName.ModelType, Enum.GetName(typeof(ModelType), ModelType.RoadLevel)));
if (pRoadRows.Length == 0)
{
continue;
}
//构造条件选择所有的道路
string StrWhere = "";
//日志显示信息
string LogStr = "";
foreach (DataRow pRow in pRoadRows)
{
StrWhere = StrWhere + string.Format("{0}='{1}' or ", DataRoadLevel, pRow[ptColumnName.ModelName]);
LogStr = LogStr + string.Format("{0},", pRow[ptColumnName.ModelName]);
}
//去掉最后的OR
StrWhere = StrWhere.Substring(0, StrWhere.LastIndexOf("or"));
LogStr = LogStr.Substring(0, LogStr.LastIndexOf(","));
//写日志
m_RefreshLog(string.Format("开始对图层【{0}】中类型为【{1}】的数据进行编码", layername, LogStr));
//获取所有符合条件的要素
//获取起点在该行政区内的所有道路线
IList <IFeature> AllRoadLine = ptGeoFeatureBase.GetFeatures(pRoadLayer.FeatureClass, StrWhere);
m_RefreshLog(string.Format("完成对图层【{0}】中类型为【{1}】的数据获取", layername, LogStr));
//根据排序规则，多该行政区内的所有道路线进行排序
SortFeature SortRoad = new SortFeature(AllRoadLine);
SortRoad.Sort();
m_RefreshLog(string.Format("完成对图层【{0}】中类型为【{1}】的数据排序", layername, LogStr));
IList <RoadFeature> SortedRoadLine = SortRoad.m_SortedRoad;
//根据编码规则进行编码
RoadLineCode(SortedRoadLine, pRoadLevel.Rows[i], ptCodeRoadLayer.CodeField);
m_RefreshLog(string.Format("完成对图层【{0}】中类型为【{1}】的数据编码", layername, LogStr));
m_RefreshLog(string.Empty);
}
m_RefreshLog(string.Format("图层【{0}】道路编码完成编码", layername));
}
}
catch (Exception ex)
{
m_RefreshLog(string.Format("编码失败: {0}", ex.Message));
return;
}
}
