protected override Collection<Style> GetStylesCore(FeatureSource featureSource)
{
// here we generate CustomDotDensityStyle.
double totalValue = 0;
featureSource.Open();
int featureCount = featureSource.GetCount();
for (int i = 0; i < featureCount; i++)
{
Feature feature = featureSource.GetFeatureById((i + 1).ToString(CultureInfo.InvariantCulture), SelectedColumns);
double columnValue;
if (double.TryParse(feature.ColumnValues[SelectedColumns[0]], out columnValue))
{
totalValue += columnValue;
}
}
featureSource.Close();
CustomDotDensityStyle dotDensityStyle = new CustomDotDensityStyle();
dotDensityStyle.ColumnName = SelectedColumns[0];
dotDensityStyle.PointToValueRatio = DotDensityValue / (totalValue / featureCount);
dotDensityStyle.CustomPointStyle = PointStyles.CreateSimpleCircleStyle(GeoColor.FromArgb(Opacity, Color), 4);
return new Collection<Style>() { dotDensityStyle };
}
protected override Collection<Style> GetStylesCore(FeatureSource featureSource)
{
// here we generated a class break style and a text style.
Collection<GeoColor> familyColors = GeoColor.GetColorsInQualityFamily(Color, EndColor, classBreakCount, ColorWheelDirection);
featureSource.Open();
int featureCount = featureSource.GetCount();
double[] values = new double[featureCount];
for (int i = 0; i < featureCount; i++)
{
Feature feature = featureSource.GetFeatureById((i + 1).ToString(CultureInfo.InvariantCulture), SelectedColumns);
double columnValue;
if (double.TryParse(feature.ColumnValues[SelectedColumns[0]], out columnValue))
{
values[i] = columnValue;
}
}
featureSource.Close();
ClassBreakStyle classBreakStyle = new ClassBreakStyle(SelectedColumns[0]) { BreakValueInclusion = BreakValueInclusion.IncludeValue };
double[] classBreakValues = GetClusterClassBreaks(values, ClassBreakCount - 1);
for (int i = 0; i < classBreakValues.Length; i++)
{
ClassBreak classBreak = new ClassBreak(classBreakValues[i], AreaStyles.CreateSimpleAreaStyle(new GeoColor(this.Opacity, familyColors[i]), GeoColor.FromHtml("#f05133"), 1));
classBreakStyle.ClassBreaks.Add(classBreak);
}
return new Collection<Style>() { classBreakStyle, TextStyles.Country1("NAME") };
}
public virtual RoadNetwork CreateNetwork(FeatureSource featureSource)
{
featureSource.Open();
QTreeSpatialIndex qtree = new QTreeSpatialIndex(featureSource.GetBoundingBox());
#if DEBUG
long featureCount = featureSource.GetCount();
#endif
RoadNetwork roadNetwork = new RoadNetwork();
Collection<Feature> features = featureSource.GetAllFeatures(ReturningColumnsType.NoColumns);
featureSource.Close();
Collection<Collection<Feature>> featureGroups = GroupFeatures(features);
int done = 0;
var tasks = (from items in featureGroups
select Task.Factory.StartNew(() =>
{
var clonedFeatureSource = featureSource.CloneDeep();
clonedFeatureSource.Open();
foreach (var feature in items)
{
Collection<LineShape> processingLineShapes = GeometryHelper.GetLineShapes(feature);
// Get the lineshape of the processing feature.
foreach (LineShape processingLineShape in processingLineShapes)
{
BuildNetworkNode(clonedFeatureSource, qtree, roadNetwork, processingLineShape.Vertices[0]);
BuildNetworkNode(clonedFeatureSource, qtree, roadNetwork, processingLineShape.Vertices[processingLineShape.Vertices.Count - 1]);
}
done++;
Console.WriteLine(string.Format("Done {0} in {1}", feature.Id, done));
}
})).ToArray();
//foreach (Feature feature in features)
//{
// Task.Factory.StartNew(() =>
// {
// Collection<LineShape> processingLineShapes = GeometryHelper.GetLineShapes(feature);
// // Get the lineshape of the processing feature.
// foreach (LineShape processingLineShape in processingLineShapes)
// {
// BuildNetworkNode(featureSource, qtree, roadNetwork, processingLineShape.Vertices[0]);
// BuildNetworkNode(featureSource, qtree, roadNetwork, processingLineShape.Vertices[processingLineShape.Vertices.Count - 1]);
// }
// }
// );
Task.WaitAll(tasks);
#if DEBUG
#endif
//}
//featureSource.Close();
return roadNetwork;
}
protected override Collection<Style> GetStylesCore(FeatureSource featureSource)
{
// here we generated the PieZedGraphStyle.
PieZedGraphStyle zedGraphStyle = new PieZedGraphStyle();
zedGraphStyle.ZedGraphDrawing += ZedGraphStyle_ZedGraphDrawing;
pieColors = GeoColor.GetColorsInQualityFamily(GeoColor.FromArgb(Opacity, Color), SelectedColumns.Count);
for (int i = 0; i < SelectedColumns.Count; i++)
{
zedGraphStyle.RequiredColumnNames.Add(SelectedColumns[i]);
zedGraphStyle.PieSlices.Add(SelectedColumnAliases[i], pieColors[i]);
}
return new Collection<Style>(){zedGraphStyle};
}
protected override Collection<Style> GetStylesCore(FeatureSource featureSource)
{
// here we generate a ValueCircle Style.
double minValue = double.MaxValue;
double maxValue = double.MinValue;
featureSource.Open();
for (int i = 0; i < featureSource.GetCount(); i++)
{
Feature feature = featureSource.GetFeatureById((i + 1).ToString(CultureInfo.InvariantCulture), SelectedColumns);
double columnValue;
if (double.TryParse(feature.ColumnValues[SelectedColumns[0]], out columnValue))
{
if (columnValue < minValue)
{
minValue = columnValue;
}
else if (columnValue > maxValue)
{
maxValue = columnValue;
}
}
}
featureSource.Close();
ValueCircleStyle valueCircleStyle = new ValueCircleStyle();
valueCircleStyle.ColumnName = SelectedColumns[0];
valueCircleStyle.DrawingRadiusRatio = radiusRatio;
valueCircleStyle.MinValidValue = minValue;
valueCircleStyle.MaxValidValue = maxValue;
valueCircleStyle.MinCircleAreaInDefaultZoomLevel = 80;
valueCircleStyle.MaxCircleAreaInDefaultZoomLevel = 10000;
valueCircleStyle.InnerColor = GeoColor.FromArgb(this.Opacity, Color);
valueCircleStyle.OuterColor = GeoColor.SimpleColors.White;
return new Collection<Style>(){valueCircleStyle};
}
protected override Collection <Style> GetStylesCore(FeatureSource featureSource)
{
// here we generated a class break style and a text style.
Collection <GeoColor> familyColors = GeoColor.GetColorsInQualityFamily(Color, EndColor, classBreakCount, ColorWheelDirection);
featureSource.Open();
int featureCount = featureSource.GetCount();
double[] values = new double[featureCount];
for (int i = 0; i < featureCount; i++)
{
Feature feature = featureSource.GetFeatureById((i + 1).ToString(CultureInfo.InvariantCulture), SelectedColumns);
double columnValue;
if (double.TryParse(feature.ColumnValues[SelectedColumns[0]], out columnValue))
{
values[i] = columnValue;
}
}
featureSource.Close();
ClassBreakStyle classBreakStyle = new ClassBreakStyle(SelectedColumns[0])
{
BreakValueInclusion = BreakValueInclusion.IncludeValue
};
double[] classBreakValues = GetClusterClassBreaks(values, ClassBreakCount - 1);
for (int i = 0; i < classBreakValues.Length; i++)
{
ClassBreak classBreak = new ClassBreak(classBreakValues[i], AreaStyles.CreateSimpleAreaStyle(new GeoColor(this.Opacity, familyColors[i]), GeoColor.FromHtml("#f05133"), 1));
classBreakStyle.ClassBreaks.Add(classBreak);
}
return(new Collection <Style>()
{
classBreakStyle, TextStyles.CreateSimpleTextStyle("NAME", "Arial", 8, DrawingFontStyles.Bold, GeoColor.StandardColors.Black, GeoColor.StandardColors.White, 3)
});
}
protected override Style GetStyleCore(FeatureSource featureSource)
{
double minValue = double.MaxValue;
double maxValue = double.MinValue;
featureSource.Open();
for (int i = 0; i < featureSource.GetCount(); i++)
{
Feature feature = featureSource.GetFeatureById((i + 1).ToString(CultureInfo.InvariantCulture), SelectedColumns);
double columnValue;
if (double.TryParse(feature.ColumnValues[SelectedColumns[0]], out columnValue))
{
if (columnValue < minValue)
{
minValue = columnValue;
}
else if (columnValue > maxValue)
{
maxValue = columnValue;
}
}
}
featureSource.Close();
ValueCircleStyle valueCircleStyle = new ValueCircleStyle();
valueCircleStyle.ColumnName = SelectedColumns[0];
valueCircleStyle.DrawingRadiusRatio = radiusRatio;
valueCircleStyle.MinValidValue = minValue;
valueCircleStyle.MaxValidValue = maxValue;
valueCircleStyle.MinCircleAreaInDefaultZoomLevel = 80;
valueCircleStyle.MaxCircleAreaInDefaultZoomLevel = 10000;
valueCircleStyle.InnerColor = GeoColor.FromArgb(this.Opacity, Color);
valueCircleStyle.OuterColor = GeoColor.SimpleColors.White;
return(valueCircleStyle);
}
public Collection <Feature> Clip(FeatureSource featureSource, IEnumerable <Feature> areaBaseShape, ClipType clipMode)
{
Collection <Feature> clipedFeatures = new Collection <Feature>();
switch (clipMode)
{
case ClipType.Inverse:
foreach (var feature in InverseClip(featureSource, areaBaseShape))
{
clipedFeatures.Add(feature);
}
break;
case ClipType.Standard:
default:
foreach (var feature in StandardClip(featureSource, areaBaseShape))
{
clipedFeatures.Add(feature);
}
break;
}
return(clipedFeatures);
}
public static void SafeProcess(this FeatureSource featureSource, Action process)
{
bool isClosed = false;
if (!featureSource.IsOpen)
{
featureSource.Open();
isClosed = true;
}
if (process != null)
{
process();
}
if (isClosed)
{
featureSource.Close();
if (featureSource.Projection != null)
{
featureSource.Projection.Close();
}
}
}
protected override Collection <Style> GetStylesCore(FeatureSource featureSource)
{
Collection <GeoColor> familyColors = GeoColor.GetColorsInQualityFamily(Color, EndColor, classBreakCount, ColorWheelDirection);
featureSource.Open();
int featureCount = featureSource.GetCount();
double[] values = new double[featureCount];
for (int i = 0; i < featureCount; i++)
{
Feature feature = featureSource.GetFeatureById((i + 1).ToString(CultureInfo.InvariantCulture), SelectedColumns);
double columnValue;
double.TryParse(feature.ColumnValues[SelectedColumns[0]], out columnValue);
values[i] = columnValue;
}
featureSource.Close();
ClassBreakStyle classBreakStyle = new ClassBreakStyle(SelectedColumns[0])
{
BreakValueInclusion = BreakValueInclusion.IncludeValue
};
double[] classBreakValues = GetClusterClassBreaks(values, ClassBreakCount - 1);
for (int i = 0; i < classBreakValues.Length; i++)
{
ClassBreak classBreak = new ClassBreak(classBreakValues[i], AreaStyles.CreateSimpleAreaStyle(new GeoColor(this.Opacity, familyColors[i]), GeoColor.FromHtml("#f05133"), 1));
classBreakStyle.ClassBreaks.Add(classBreak);
}
TextStyle textStyle = TextStyles.Country1("NAME");
return(new Collection <Style>()
{
classBreakStyle, textStyle
});
}
private static void GetAdjacentFeataureIds(FeatureSource featureSource, LineShape sourceShape, Collection <string> startIds, Collection <string> endIds)
{
Vertex startVertex = sourceShape.Vertices[0];
Vertex endVertex = sourceShape.Vertices[sourceShape.Vertices.Count - 1];
Collection <Feature> tempfeatures = featureSource.GetFeaturesInsideBoundingBox(sourceShape.GetBoundingBox(), ReturningColumnsType.NoColumns);
foreach (Feature tempFeature in tempfeatures)
{
LineShape tempShape = ((MultilineShape)tempFeature.GetShape()).Lines[0];
if (sourceShape.Id == tempFeature.Id)
{
continue;
}
if (tempShape.Vertices.Contains(startVertex))
{
startIds.Add(tempFeature.Id);
}
else if (tempShape.Vertices.Contains(endVertex))
{
endIds.Add(tempFeature.Id);
}
}
}
private static Feature ConvertToExternalProjection(Feature feature, FeatureSource featureSource)
{
//Validators.CheckParameterIsNotNull(feature, "feature");
Feature newFeature = feature;
if (featureSource.Projection != null)
{
try
{
newFeature = featureSource.Projection.ConvertToExternalProjection(feature);
}
catch
{
if (!feature.IsValid() && feature.CanMakeValid)
{
feature = feature.MakeValid();
newFeature = featureSource.Projection.ConvertToExternalProjection(feature);
}
}
}
return(newFeature);
}
/// <summary>
/// 用户向已有gdb中添加一个新的图层,该图层必须已存在shp文件
/// 向该mapcontent中添加一个layer
/// </summary>
/// <param name="gdb"></param>
/// <param name="layerpath"></param>
/// <param name="stylepath"></param>
/// <returns></returns>
public string addLayer(string layerpath, string stylepath, string guid, string layername)
{
if (layerpath == null)
{
return(null);
}
FeatureSource featuresource = null;
PGGeoDatabase gdb = (PGGeoDatabase)this.gdb;
//string layername =
gdb.AddSHPFeatureSource(layerpath, guid);
if (!this.gdb.featureSources.TryGetValue(guid, out featuresource))
{
return(null);
}
Style style = null;
try
{
if (stylepath != null)
{
style = Style.parseStyleFile(stylepath);
}
}
catch (Exception e)
{
}
if (style == null)
{
style = Style.createSimpleStyle(featuresource);
}
Layer layer = new Layer(layername, featuresource, style);
this.layerlist.Insert(0, layer);
return(layername);
}
private bool TryParseParameters(Dictionary <string, string> parameters)
{
string[] parameterNames =
{
"OutputPath",
"Wkt",
"MatchColumns",
"OperatorPairs",
"FeatureSourceXml"
};
bool allExist = parameterNames.All(name => parameters.ContainsKey(name));
if (allExist)
{
outputPath = parameters[parameterNames[0]];
Wkt = parameters[parameterNames[1]];
matchColumns = GetMatchColumnsFromString(parameters[parameterNames[2]]);
operatorPairs = GetOperatorPairsFromString(parameters[parameterNames[3]]);
featureSource = GetFeatureSourceFromString(parameters[parameterNames[4]]);
}
return(allExist);
}
private void WriteFeaturesIntoQueue(Collection <Feature> features, FeatureSource featureSource)
{
foreach (Feature feature in features)
{
Collection <LineShape> processingLineShapes = GeometryHelper.GetLineShapes(feature);
// Get the lineshape of the processing feature.
foreach (LineShape processingLineShape in processingLineShapes)
{
// Define a variable to save the points where the adjacent lines intersect with current processing line.
Collection <PointShape> crossingPoints = new Collection <PointShape>();
// Get all the lines in current processing shape bounds.
Collection <Feature> adjacentFeatures = featureSource.GetFeaturesInsideBoundingBox(processingLineShape.GetBoundingBox(), ReturningColumnsType.NoColumns);
// Loop and see if the queried shape is intersected with processing shape.
foreach (Feature adjacentFeature in adjacentFeatures)
{
LineBaseShape adjacentLineShape = adjacentFeature.GetShape() as LineBaseShape;
MultipointShape tempCrossingPoints = processingLineShape.GetCrossing(adjacentLineShape);
// The queried shape is intersected with processing shape.
foreach (PointShape point in tempCrossingPoints.Points)
{
bool hasAdded = false;
foreach (var item in crossingPoints)
{
if (point.X == item.X && point.Y == item.Y)
{
hasAdded = true;
break;
}
}
if (!hasAdded)
{
crossingPoints.Add(point);
}
}
}
// Order the crossing points following the sequence of line vertex.
Collection <FlagedVertex> vertecesOfNewLine = GeometryHelper.AddCrossingPointToLine(processingLineShape, crossingPoints);
Collection <Vertex> verteces = new Collection <Vertex>();
Collection <Feature> lineFeatures = new Collection <Feature>();
foreach (var vertex in vertecesOfNewLine)
{
verteces.Add(vertex.Vertex);
if (vertex.Flag)
{
if (verteces.Count >= 2)
{
LineShape segment = new LineShape(verteces);
lineFeatures.Add(new Feature(segment, feature.ColumnValues));
verteces.RemoveAt(0);
}
}
}
if (lineFeatures.Count > 0)
{
queue.Enqueue(lineFeatures);
}
}
#if DEBUG
Console.WriteLine(string.Format("Done {0} in {1}", feature.Id, features.Count));
#endif
}
}
public Collection <Style> GetStyles(FeatureSource featureSource)
{
return(GetStylesCore(featureSource));
}
private FeatureSource CombineWith(FeatureSource source) => new CompoundFeatureSource(source, SpecData.FeatureSource);
private void WriteFeaturesIntoQueue(Collection<Feature> features, FeatureSource featureSource)
{
foreach (Feature feature in features)
{
Collection<LineShape> processingLineShapes = GeometryHelper.GetLineShapes(feature);
// Get the lineshape of the processing feature.
foreach (LineShape processingLineShape in processingLineShapes)
{
// Define a variable to save the points where the adjacent lines intersect with current processing line.
Collection<PointShape> crossingPoints = new Collection<PointShape>();
// Get all the lines in current processing shape bounds.
Collection<Feature> adjacentFeatures = featureSource.GetFeaturesInsideBoundingBox(processingLineShape.GetBoundingBox(), ReturningColumnsType.NoColumns);
// Loop and see if the queried shape is intersected with processing shape.
foreach (Feature adjacentFeature in adjacentFeatures)
{
LineBaseShape adjacentLineShape = adjacentFeature.GetShape() as LineBaseShape;
MultipointShape tempCrossingPoints = processingLineShape.GetCrossing(adjacentLineShape);
// The queried shape is intersected with processing shape.
foreach (PointShape point in tempCrossingPoints.Points)
{
bool hasAdded = false;
foreach (var item in crossingPoints)
{
if (point.X == item.X && point.Y == item.Y)
{
hasAdded = true;
break;
}
}
if (!hasAdded)
{
crossingPoints.Add(point);
}
}
}
// Order the crossing points following the sequence of line vertex.
Collection<FlagedVertex> vertecesOfNewLine = GeometryHelper.AddCrossingPointToLine(processingLineShape, crossingPoints);
Collection<Vertex> verteces = new Collection<Vertex>();
Collection<Feature> lineFeatures = new Collection<Feature>();
foreach (var vertex in vertecesOfNewLine)
{
verteces.Add(vertex.Vertex);
if (vertex.Flag)
{
if (verteces.Count >= 2)
{
LineShape segment = new LineShape(verteces);
lineFeatures.Add(new Feature(segment, feature.ColumnValues));
verteces.RemoveAt(0);
}
}
}
if (lineFeatures.Count > 0)
{
queue.Enqueue(lineFeatures);
}
}
#if DEBUG
Console.WriteLine(string.Format("Done {0} in {1}", feature.Id, features.Count));
#endif
}
}
private Collection<Feature> GetAdjacentFeaturesOfVertex(FeatureSource featureSource, Vertex vertex)
{
RectangleShape startSmallBounds = GeometryHelper.CreateSmallRectangle(vertex, tolerance);
// Get all the lines in current processing shape bounds.
Collection<Feature> adjacentFeatures = featureSource.GetFeaturesInsideBoundingBox(startSmallBounds, ReturningColumnsType.AllColumns);
return adjacentFeatures;
}
private void BuildNetworkNode(FeatureSource featureSource, QTreeSpatialIndex qtree, RoadNetwork roadNetwork, Vertex vertex)
{
RectangleShape startSmallBounds = GeometryHelper.CreateSmallRectangle(vertex, tolerance);
Collection<string> idsInside = qtree.GetFeatureIdsIntersectingBoundingBox(startSmallBounds);
if (idsInside.Count <= 0)
{
Node startNode = CreateNode(featureSource, roadNetwork, vertex);
roadNetwork.Nodes.Add(startNode);
qtree.Add(new PointShape(vertex));
}
}
public SimpleFeatureSelector(FeatureSource source)
{
this.source = source;
}
public static void ProcessTransaction(RectangleShape boundingBox, Collection <Feature> returnFeatures, FeatureSource featureSource, bool needUpdateProjection = false)
{
if (featureSource.IsInTransaction && featureSource.IsTransactionLive)
{
foreach (Feature feature in featureSource.TransactionBuffer.AddBuffer.Values)
{
if (boundingBox.Intersects(feature.GetBoundingBox()))
{
var newFeature = needUpdateProjection ? ConvertToExternalProjection(feature, featureSource) : feature;
returnFeatures.Add(newFeature);
}
}
Dictionary <string, Feature> recordsInDictionary = new Dictionary <string, Feature>();
if (featureSource.TransactionBuffer.EditBuffer.Count > 0 || featureSource.TransactionBuffer.DeleteBuffer.Count > 0)
{
recordsInDictionary = GetFeaturesDictionaryFromCollecion(returnFeatures);
}
foreach (Feature feature in featureSource.TransactionBuffer.EditBuffer.Values)
{
bool isContained = boundingBox.Intersects(feature.GetBoundingBox());
if (isContained)
{
if (recordsInDictionary.ContainsKey(feature.Id))
{
Feature oringalFeature = recordsInDictionary[feature.Id];
returnFeatures.Remove(oringalFeature);
}
var newFeature = needUpdateProjection ? ConvertToExternalProjection(feature, featureSource) : feature;
returnFeatures.Add(newFeature);
}
else if (!isContained && recordsInDictionary.ContainsKey(feature.Id))
{
Feature oringalFeature = recordsInDictionary[feature.Id];
returnFeatures.Remove(oringalFeature);
}
}
foreach (string id in featureSource.TransactionBuffer.DeleteBuffer)
{
if (recordsInDictionary.ContainsKey(id))
{
if (boundingBox.Intersects(recordsInDictionary[id].GetBoundingBox()) && recordsInDictionary.ContainsKey(id))
{
Feature feature = recordsInDictionary[id];
returnFeatures.Remove(feature);
}
}
}
}
}
public static void RemoveEmptyAndExcludeFeatures(Collection <Feature> sourceFeatures, FeatureSource featureSource)
{
Collection <int> features = new Collection <int>();
for (int i = 0; i < sourceFeatures.Count; i++)
{
if (sourceFeatures[i] == null || sourceFeatures[i].GetWellKnownBinary() == null || sourceFeatures[i].GetWellKnownBinary().Length == 0 || featureSource.FeatureIdsToExclude.Contains(sourceFeatures[i].Id))
{
features.Add(i);
}
}
for (int i = features.Count - 1; i >= 0; i--)
{
sourceFeatures.RemoveAt(features[i]);
}
}
public static RectangleShape ConvertToInternalProjectionCall(RectangleShape rectangle, FeatureSource featureSource)
{
RectangleShape newRectangle = rectangle;
if (featureSource.Projection != null)
{
newRectangle = featureSource.Projection.ConvertToInternalProjection(newRectangle);
}
return(newRectangle);
}
private static Collection <Feature> ConvertToExternalProjection(IEnumerable <Feature> features, FeatureSource featureSource)
{
//Validators.CheckParameterIsNotNull(features, "features");
Collection <Feature> returnFeatures = new Collection <Feature>();
foreach (Feature feature in features)
{
if (feature.GetWellKnownBinary().Length != 0)
{
returnFeatures.Add(ConvertToExternalProjection(feature, featureSource));
}
else
{
returnFeatures.Add(feature);
}
}
return(returnFeatures);
}
private IEnumerable <Feature> StandardClip(FeatureSource featureSource, IEnumerable <Feature> features)
{
lock (featureSource)
{
Collection <Feature> results = new Collection <Feature>();
//There is a bug about projection boundingbox, here is a workaround for it.
bool isOpen = false;
Projection tmpProjection = null;
if (featureSource.Projection != null &&
featureSource.Projection is GISEditorManagedProj4Projection &&
((GISEditorManagedProj4Projection)featureSource.Projection).IsProjectionParametersEqual)
{
tmpProjection = featureSource.Projection;
if (featureSource.IsOpen)
{
featureSource.Close();
featureSource.Projection.Close();
isOpen = true;
}
featureSource.Projection = null;
}
if (!featureSource.IsOpen)
{
featureSource.Open();
}
Collection <Feature> sourceFeatures = featureSource.GetFeaturesInsideBoundingBox(ExtentHelper.GetBoundingBoxOfItems(features), ReturningColumnsType.AllColumns);
if (tmpProjection != null)
{
featureSource.Projection = tmpProjection;
if (isOpen)
{
featureSource.Open();
}
}
ShapeFileType shapeFileType = ((ShapeFileFeatureSource)featureSource).GetShapeFileType();
if (featureSource.IsOpen)
{
featureSource.Close();
}
int index = 1;
int count = sourceFeatures.Count;
if (shapeFileType == ShapeFileType.Point || shapeFileType == ShapeFileType.Multipoint)
{
return(StandardClipPoints(sourceFeatures, features, shapeFileType));
}
else if (shapeFileType == ShapeFileType.Polyline)
{
MultipolygonShape areaBaseShape = AreaBaseShape.Union(GetValidFeatures(features));
foreach (var feature in sourceFeatures)
{
ReportProgress(index * 100 / count);
index++;
try
{
if (areaBaseShape.Contains(feature))
{
results.Add(feature);
}
else
{
var clippedShape = ((LineBaseShape)feature.GetShape()).GetIntersection(areaBaseShape);
if (clippedShape != null && clippedShape.Lines.Count > 0)
{
results.Add(new Feature(clippedShape.GetWellKnownBinary(), feature.Id, feature.ColumnValues));
}
}
}
catch (Exception ex)
{
HandleExceptionFromInvalidFeature(feature.Id, ex.Message);
}
}
}
else if (shapeFileType == ShapeFileType.Polygon)
{
MultipolygonShape areaBaseShape = AreaBaseShape.Union(GetValidFeatures(features));
foreach (var feature in sourceFeatures)
{
ReportProgress(index * 100 / count);
try
{
index++;
if (areaBaseShape.Contains(feature))
{
results.Add(feature);
}
else
{
var clippedShape = areaBaseShape.GetIntersection(feature);
if (clippedShape != null && clippedShape.Polygons.Count > 0)
{
results.Add(new Feature(clippedShape.GetWellKnownBinary(), feature.Id, feature.ColumnValues));
}
}
}
catch (Exception ex)
{
HandleExceptionFromInvalidFeature(feature.Id, ex.Message);
}
}
}
else
{
throw new NotSupportedException("The ShapeFileType is not supported.");
}
return(results);
}
}
private Collection <string> GetRequiredColumnNamesForLink(IEnumerable <string> returningColumnNames, FeatureSource featureSource)
{
//IEnumerable<string> requiredLinkColumnNames = GetRequiredLinkColumnNames(featureSource);
//IEnumerable<string> tempColumnNames = returningColumnNames
// .Where(c => !requiredLinkColumnNames.Contains(c.ToUpperInvariant()))
// .Concat(requiredLinkColumnNames)
// .Distinct();
Collection <string> resultColumnNames = new Collection <string>();
returningColumnNames.ForEach(columnName => resultColumnNames.Add(columnName));
return(resultColumnNames);
}
public Layer(string layername, FeatureSource featuresource, Style style)
{
this.layername = layername;
this.featuresource = featuresource;
this.style = style;
}
/////////////////////////////////////////////////////////////////////////////////////////////
// create a shapefile
public IFeatureClass CreateShapefile(string strShapeFolder, FeatureSource selLayer, string shpFileName)
{
Console.WriteLine(shpFileName);
// prepared the shapefile fodler
try
{
if (!System.IO.Directory.Exists(strShapeFolder))
System.IO.Directory.CreateDirectory(strShapeFolder);
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
}
// if shapefile already exists, overwrite?
string shpfileName = strShapeFolder + "\\" + shpFileName + ".shp";
string dbffileName = strShapeFolder + "\\" + shpFileName + ".dbf";
string shxfileName = strShapeFolder + "\\" + shpFileName + ".shx";
if (File.Exists(shpfileName) || File.Exists(dbffileName) || File.Exists(shxfileName))
{
if (MessageBox.Show("shape file: " + strShapeFolder + "\\" + selLayer.Name + " already exists", "overwrite?", MessageBoxButtons.YesNo, MessageBoxIcon.Question) == DialogResult.No)
return null;
else
{
File.Delete(shpfileName);
File.Delete(dbffileName);
File.Delete(shxfileName);
}
}
// create workspace
IWorkspaceFactory pWSF = new ShapefileWorkspaceFactoryClass();
IFeatureWorkspace pWS = (IFeatureWorkspace)pWSF.OpenFromFile(strShapeFolder, 0);
// get the feature table
FeatureDataTable ftable = selLayer.GetDataTable();
int rowCount = ftable.Rows.Count;
int colCount = ftable.Columns.Count;
int geometryColIndex = ftable.GeometryColumnIndex;
// create fields
//fields
ESRI.ArcGIS.Geodatabase.IFields pFields = new FieldsClass();
IFieldsEdit pFieldsEdit = (IFieldsEdit)pFields;
pFieldsEdit.FieldCount_2 = colCount;
Console.WriteLine("Colume Counts = " + colCount.ToString());
//field
IField pField;
IFieldEdit pFieldEdit;
string shpFldName = "";
for (int col = 0; col < colCount; col++)
{
DataColumn dc = ftable.Columns[col];
pField = new FieldClass();
pFieldEdit = (IFieldEdit)pField;
String colname = dc.ColumnName;
if (colname.Length > 10)
{
colname = colname.Substring(0, 8) + col.ToString();
}
pFieldEdit.AliasName_2 = colname;
pFieldEdit.Name_2 = colname;
pFieldEdit.IsNullable_2 = true;
pFieldEdit.Editable_2 = true;
Type dt = dc.DataType;
Console.WriteLine(dc.ColumnName + "\t\t" + colname + "\t\t" + dt.ToString());
if (dt == typeof(String))
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeString;
else if ((dt == typeof(Boolean)))
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeSmallInteger;
else if ((dt == typeof(Int16)) || (dt == typeof(Int32)) || (dt == typeof(Int64)))
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeInteger;
else if (dt == typeof(Double))
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeDouble;
else if (dt == typeof(Single))
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeSingle;
else if (dt == typeof(DateTime))
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeDate;
else if (dt == typeof(Guid))
//pFieldEdit.Type_2 = esriFieldType.esriFieldTypeGUID; // not supported by shapefile
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeString;
else if (dt == typeof(ESRI.ArcGIS.Mobile.GlobalId))
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeString;
//pFieldEdit.Type_2 = esriFieldType.esriFieldTypeGlobalID; // not supported by shapefile
else if (dt == typeof(Bitmap)) // raster or blob, not supported by shapefile,
{
Console.WriteLine(dc.ColumnName + ": raster field found\n");
string folder = strShapeFolder + "\\" + dc.ColumnName;
try
{
if (!Directory.Exists(folder))
Directory.CreateDirectory(folder);
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
return null;
}
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeString;
}
else if (dt == typeof(System.Byte[])) // raster or blob, not supported by shapefile,
{
Console.WriteLine(dc.ColumnName + ": blob field found\n");
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeString;
}
else if (dt == typeof(Bitmap)) // raster or blob, not supported by shapefile,
{
Console.WriteLine(dc.ColumnName + ": raster field found\n");
string folder = strShapeFolder + "\\" + dc.ColumnName;
try
{
if (!Directory.Exists(folder))
Directory.CreateDirectory(folder);
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
return null;
}
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeString;
}
else if (dt == typeof(System.Byte[])) // raster or blob, not supported by shapefile,
{
Console.WriteLine(dc.ColumnName + ": blob field found\n");
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeString;
}
else if (dt == typeof(ESRI.ArcGIS.Mobile.Geometries.Geometry))
{
Console.WriteLine("geometry field found\n");
shpFldName = dc.ColumnName;
pFieldEdit.Type_2 = esriFieldType.esriFieldTypeGeometry;
IGeometryDef pGeoDef = new GeometryDefClass();
IGeometryDefEdit pGeoDefEdit = (IGeometryDefEdit)pGeoDef;
pGeoDefEdit.GeometryType_2 = (ESRI.ArcGIS.Geometry.esriGeometryType)selLayer.GeometryType;
pGeoDefEdit.SpatialReference_2 = new ESRI.ArcGIS.Geometry.UnknownCoordinateSystemClass();
pFieldEdit.GeometryDef_2 = pGeoDef;
}
else
{
throw (new Exception("different data type found, modify the code"));
}
// add the field to fields
pFieldsEdit.set_Field(col, pFieldEdit);
}
for (int ii = 0; ii < pFields.FieldCount; ii++)
{
Console.WriteLine(pFields.get_Field(ii).Name + "\t\t" + pFields.get_Field(ii).Type.ToString());
}
//create shapefile
IFeatureClass fc = null;
try
{
fc = pWS.CreateFeatureClass(shpFileName, pFields, null, null, esriFeatureType.esriFTSimple, shpFldName, "");
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
}
if (fc != null)
return fc;
else
return null;
}
public virtual void ImportData(FeatureSource featureSourceForRead, FeatureSource featureSourceForSave)
{
bool readCompleted = false;
featureSourceForRead.Open();
featureSourceForSave.Open();
#if DEBUG
long featureCount = featureSourceForRead.GetCount();
#endif
Collection<Feature> features = featureSourceForRead.GetAllFeatures(ReturningColumnsType.AllColumns);
Collection<Collection<Feature>> featureGroups = GroupFeatures(features);
var writeTasks = (from items in featureGroups
select Task.Factory.StartNew(() => WriteFeaturesIntoQueue(items, featureSourceForRead))).ToArray();
var readTask = Task.Factory.StartNew(() =>
{
while (!readCompleted || queue.Count > 0)
{
while (queue.Count > 0)
{
Collection<Feature> lineFeatures = queue.Dequeue();
SaveFeatures(lineFeatures, featureSourceForSave);
}
}
});
Task.WaitAll(writeTasks);
readCompleted = true;
Task.WaitAny(readTask);
#region Old version
//foreach (Feature feature in features)
//{
// Collection<LineShape> processingLineShapes = GeometryHelper.GetLineShapes(feature);
// // Get the lineshape of the processing feature.
// foreach (LineShape processingLineShape in processingLineShapes)
// {
// // Define a variable to save the points where the adjacent lines intersect with current processing line.
// Collection<PointShape> crossingPoints = new Collection<PointShape>();
// // Get all the lines in current processing shape bounds.
// Collection<Feature> adjacentFeatures = featureSourceForRead.GetFeaturesInsideBoundingBox(processingLineShape.GetBoundingBox(), ReturningColumnsType.NoColumns);
// // Loop and see if the queried shape is intersected with processing shape.
// foreach (Feature adjacentFeature in adjacentFeatures)
// {
// LineBaseShape adjacentLineShape = adjacentFeature.GetShape() as LineBaseShape;
// MultipointShape tempCrossingPoints = processingLineShape.GetCrossing(adjacentLineShape);
// // The queried shape is intersected with processing shape.
// foreach (PointShape point in tempCrossingPoints.Points)
// {
// bool hasAdded = false;
// foreach (var item in crossingPoints)
// {
// if (point.X == item.X && point.Y == item.Y)
// {
// hasAdded = true;
// break;
// }
// }
// if (!hasAdded)
// {
// crossingPoints.Add(point);
// }
// }
// }
// // Order the crossing points following the sequence of line vertex.
// Collection<FlagedVertex> vertecesOfNewLine = GeometryHelper.AddCrossingPointToLine(processingLineShape, crossingPoints);
// // Split current processing lineshape into segments.
// featureSourceForSave.BeginTransaction();
// Collection<Vertex> verteces = new Collection<Vertex>();
// foreach (var vertex in vertecesOfNewLine)
// {
// verteces.Add(vertex.Vertex);
// if (vertex.Flag)
// {
// if (verteces.Count >= 2)
// {
// LineShape segment = new LineShape(verteces);
// featureSourceForSave.AddFeature(new Feature(segment, feature.ColumnValues));
// verteces.RemoveAt(0);
// }
// }
// }
// featureSourceForSave.CommitTransaction();
// }
//#if DEBUG
//Console.WriteLine(string.Format("Done {0} in {1}", feature.Id, featureCount));
//#endif
//}
#endregion
featureSourceForRead.Close();
featureSourceForSave.Close();
}
public EarthquakeHeatFeatureLayer(FeatureSource featureSource)
: base()
{
FeatureSource = featureSource;
}
private Node CreateNode(FeatureSource featureSource, RoadNetwork roadNetwork, Vertex vertex)
{
// Create node based on vertex.
// Todo: check if it has been existed.
Collection<Feature> adjacentTailNodeFeatures = GetAdjacentFeaturesOfVertex(featureSource, vertex);
Node tailNode = InitializeNodeFromVeterx(vertex, adjacentTailNodeFeatures);
roadNetwork.Nodes.Add(tailNode);
// Loop and see if the queried shape is intersected with processing shape.
foreach (Feature adjacentTailNodeFeature in adjacentTailNodeFeatures)
{
// Given the adjacent line is line shape, and create adjacent list without un-direction consideration.
LineShape adjacentLineShape = GeometryHelper.GetLineShapes(adjacentTailNodeFeature)[0];
adjacentLineShape.Id = adjacentTailNodeFeature.Id;
// Check if it's start vertext or end vertex of the adjacent line shape.
int vertexIndex = 0;
if (GeometryHelper.IsSamePoint(vertex, adjacentLineShape.Vertices[adjacentLineShape.Vertices.Count - 1], tolerance))
{
vertexIndex = adjacentLineShape.Vertices.Count - 1;
}
// Todo: check if it has been existed.
Collection<Feature> adjacentHeadNodeFeatures = GetAdjacentFeaturesOfVertex(featureSource, adjacentLineShape.Vertices[vertexIndex]);
Node headNode = InitializeNodeFromVeterx(adjacentLineShape.Vertices[vertexIndex], adjacentHeadNodeFeatures);
roadNetwork.Nodes.Add(headNode);
Arc adjacentArc = new Arc(adjacentTailNodeFeature.Id, headNode, tailNode, CalculateRoadCost(adjacentLineShape));
// Check if the direction is the allowed of current segment?
RoadDirection roadDirection = CalculateRoadDirection(adjacentTailNodeFeature, adjacentLineShape, vertex);
if (roadDirection == RoadDirection.Forward)
{
tailNode.OutgoingArcs.Add(adjacentArc);
}
else if (roadDirection == RoadDirection.Backward)
{
tailNode.IncomingArcs.Add(adjacentArc);
}
}
return tailNode;
}
//指定表名读出成一个FeatureSource
public FeatureSource ReadFromTable(string table)
{
string connStr = "Server=" + server + ";Port=" + port + ";UserId=" + user + ";Password="******";Database=" + database + ";";
try
{
//获得图层类型和参考坐标系
Dictionary <string, string> dt1 = GetSchemePara(table);
OSGeo.OGR.wkbGeometryType geometryType = String2Type.String2wkbGeometryType(dt1["type"]);
ReferenceSystem rs = new SRS(new OSGeo.OSR.SpatialReference(Int2SRText(int.Parse(dt1["srid"]))));
NpgsqlConnection conn = new NpgsqlConnection(connStr);
conn.Open();
IDbCommand dbcmd = conn.CreateCommand();
dbcmd.CommandText = "SELECT *,ST_AsText(geom) AS geom1 FROM \"" + table + "\"";
IDataReader dr = dbcmd.ExecuteReader();
Dictionary <string, OSGeo.OGR.FieldDefn> fields = new Dictionary <string, OSGeo.OGR.FieldDefn>();
string[] fieldNames = new string[dr.FieldCount - 2];
for (int i = 0; i < dr.FieldCount - 2; i++)
{
OSGeo.OGR.FieldDefn d = GetFieldDefn(dr.GetName(i), dr.GetDataTypeName(i));
fields.Add(dr.GetName(i), d);
fieldNames[i] = dr.GetName(i);
}
Schema schema = new Schema(table, geometryType, rs, fields);
List <Feature> flst = new List <Feature>();
while (dr.Read())
{
int featureID = int.Parse(dr[0].ToString());
Geometry.Geometry geometry = WKT2Feature.WKT2Geometry(dr[dr.FieldCount - 1].ToString());
Dictionary <string, Object> attributes = new Dictionary <string, object>();
for (int i = 0; i < dr.FieldCount - 2; i++)
{
Object o;
switch (fields[fieldNames[i]].GetFieldType())
{
case OSGeo.OGR.FieldType.OFTInteger:
o = int.Parse(dr[i].ToString());
break;
case OSGeo.OGR.FieldType.OFTReal:
o = double.Parse(dr[i].ToString());
break;
default:
o = dr[i].ToString();
break;
}
attributes.Add(fieldNames[i], o);
}
Feature feature = new Feature(featureID, schema, geometry, attributes);
flst.Add(feature);
}
FeatureCollection fc = new FeatureCollection(flst);
FeatureSource fs = new FeatureSource(schema, fc);
return(fs);
conn.Close();
}
catch (Exception e)
{
return(null);
}
}
private void SaveFeatures(Collection<Feature> features, FeatureSource featureSource)
{
featureSource.BeginTransaction();
foreach (var feature in features)
{
featureSource.AddFeature(feature);
}
featureSource.CommitTransaction();
}
protected abstract Collection<Style> GetStylesCore(FeatureSource featureSource);
public VectorOverlay()
{
FeatureSource = new FeatureSource();
ZoomLevelSet = new ZoomLevelSet();
}
void layersMenuHandler(object sender, EventArgs e)
{
// unchecks the last selected layer
if (currentLayerMenuItem != null)
currentLayerMenuItem.CheckState = CheckState.Unchecked;
// sets selected layer to the current one
currentLayerMenuItem = sender as ToolStripMenuItem;
currentLayerMenuItem.CheckState = CheckState.Checked;
selLayerName = sender.ToString();
selLayer = mobileCache1.FeatureSources[selLayerName] as FeatureSource;
selectionMapAction1.SelectionFeatureSources.Clear();
selectionMapAction1.SelectionFeatureSources.Add(selLayer);
int originalcount = selLayer.GetFeatureCount(EditState.Original);
int addedcount = selLayer.GetFeatureCount(EditState.Added);
int modifiedcount = selLayer.GetFeatureCount(EditState.Modified);
int deletedcount = selLayer.GetFeatureCount(EditState.Deleted);
int currentcount = selLayer.GetFeatureCount(EditState.Current);
// message on the status bar
layerToolStripStatusLabel.Text = selLayerName + " ["
+ originalcount.ToString() + " Original, "
+ addedcount.ToString() + " Added, "
+ modifiedcount.ToString() + " Modified, "
+ deletedcount.ToString() + " deleted, "
+ currentcount.ToString() + " Current ]";
}
public CompoundFeatureSource(FeatureSource first, FeatureSource second)
{
this.first = first;
this.second = second;
}
public EarthquakeHeatFeatureLayer(FeatureSource featureSource)
: base()
{
FeatureSource = featureSource;
}
protected abstract Collection <Style> GetStylesCore(FeatureSource featureSource);
public Style GetStyle(FeatureSource featureSource)
{
return(GetStyleCore(featureSource));
}
public virtual void ImportData(FeatureSource featureSourceForRead, FeatureSource featureSourceForSave)
{
bool readCompleted = false;
featureSourceForRead.Open();
featureSourceForSave.Open();
#if DEBUG
long featureCount = featureSourceForRead.GetCount();
#endif
Collection <Feature> features = featureSourceForRead.GetAllFeatures(ReturningColumnsType.AllColumns);
Collection <Collection <Feature> > featureGroups = GroupFeatures(features);
var writeTasks = (from items in featureGroups
select Task.Factory.StartNew(() => WriteFeaturesIntoQueue(items, featureSourceForRead))).ToArray();
var readTask = Task.Factory.StartNew(() =>
{
while (!readCompleted || queue.Count > 0)
{
while (queue.Count > 0)
{
Collection <Feature> lineFeatures = queue.Dequeue();
SaveFeatures(lineFeatures, featureSourceForSave);
}
}
});
Task.WaitAll(writeTasks);
readCompleted = true;
Task.WaitAny(readTask);
#region Old version
//foreach (Feature feature in features)
//{
// Collection<LineShape> processingLineShapes = GeometryHelper.GetLineShapes(feature);
// // Get the lineshape of the processing feature.
// foreach (LineShape processingLineShape in processingLineShapes)
// {
// // Define a variable to save the points where the adjacent lines intersect with current processing line.
// Collection<PointShape> crossingPoints = new Collection<PointShape>();
// // Get all the lines in current processing shape bounds.
// Collection<Feature> adjacentFeatures = featureSourceForRead.GetFeaturesInsideBoundingBox(processingLineShape.GetBoundingBox(), ReturningColumnsType.NoColumns);
// // Loop and see if the queried shape is intersected with processing shape.
// foreach (Feature adjacentFeature in adjacentFeatures)
// {
// LineBaseShape adjacentLineShape = adjacentFeature.GetShape() as LineBaseShape;
// MultipointShape tempCrossingPoints = processingLineShape.GetCrossing(adjacentLineShape);
// // The queried shape is intersected with processing shape.
// foreach (PointShape point in tempCrossingPoints.Points)
// {
// bool hasAdded = false;
// foreach (var item in crossingPoints)
// {
// if (point.X == item.X && point.Y == item.Y)
// {
// hasAdded = true;
// break;
// }
// }
// if (!hasAdded)
// {
// crossingPoints.Add(point);
// }
// }
// }
// // Order the crossing points following the sequence of line vertex.
// Collection<FlagedVertex> vertecesOfNewLine = GeometryHelper.AddCrossingPointToLine(processingLineShape, crossingPoints);
// // Split current processing lineshape into segments.
// featureSourceForSave.BeginTransaction();
// Collection<Vertex> verteces = new Collection<Vertex>();
// foreach (var vertex in vertecesOfNewLine)
// {
// verteces.Add(vertex.Vertex);
// if (vertex.Flag)
// {
// if (verteces.Count >= 2)
// {
// LineShape segment = new LineShape(verteces);
// featureSourceForSave.AddFeature(new Feature(segment, feature.ColumnValues));
// verteces.RemoveAt(0);
// }
// }
// }
// featureSourceForSave.CommitTransaction();
// }
//#if DEBUG
//Console.WriteLine(string.Format("Done {0} in {1}", feature.Id, featureCount));
//#endif
//}
#endregion
featureSourceForRead.Close();
featureSourceForSave.Close();
}
protected abstract Style GetStyleCore(FeatureSource featureSource);
public static bool Prefix([NotNull] LevelUpState state, [NotNull] UnitDescriptor unit, [NotNull] IList <BlueprintFeatureBase> features, [CanBeNull] FeatureSource source, int level)
{
if (!Main.IsInGame)
{
return(false);
}
#if true
//Logger.Log($"feature count = {features.ToArray().Count()} ");
var description = source.Blueprint.GetDescription() ?? "nil";
//Logger.Log($"source: {source.Blueprint.name} - {description}");
foreach (BlueprintFeature blueprintFeature in features.OfType <BlueprintFeature>())
{
if (blueprintFeature.MeetsPrerequisites((FeatureSelectionState)null, unit, state, true))
{
//Logger.Log($" name: {blueprintFeature.Name} : {blueprintFeature.GetType()}");
if (blueprintFeature is IFeatureSelection selection)
{
// Bug Fix - due to issues in the implementation of FeatureSelectionState.CanSelectAnything we can get level up blocked so this is an attempt to work around for that
var numToAdd = settings.featsMultiplier;
if (selection is BlueprintFeatureSelection bpFS)
{
var bpFeatures = bpFS;
var items = bpFS.ExtractSelectionItems(unit, null);
//Logger.Log($" items: {items.Count()}");
var availableCount = 0;
foreach (var item in items)
{
#if false
if (bpFS.is BlueprintParametrizedFeature bppF)
{
Logger.Log($"checking parameterized feature {bppF.Name}");
if (selection.CanSelect(unit, state, null, item))
{
Logger.Log($" {item.Feature.name} is avaiable");
availableCount++;
}
}
else
#endif
if (!unit.Progression.Features.HasFact(item.Feature))
{
availableCount++;
// Logger.Log($" {item.Feature.name} is avaiable");
}
#if false
if (selection.CanSelect(unit, state, null, item))
{
Logger.Log($" {item.Feature.name} is avaiable");
availableCount++;
}
else
{
Logger.Log($" {item.Feature.name} is NOT avaiable");
}
if (!unit.Progression.Features.HasFact(item.Feature))
{
if (item.Feature.MeetsPrerequisites(null, unit, state, true))
{
Logger.Log($" {item.Feature.name} is avaiable");
availableCount++;
}
}
else
{
Logger.Log($" has Fact {item.Feature.Name}");
}
#endif
}
if (numToAdd > availableCount)
{
Logger.Log($"reduced numToAdd: {numToAdd} -> {availableCount}");
numToAdd = availableCount;
}
}
//Logger.Log($" IFeatureSelection: {selection} adding: {numToAdd}");
for (int i = 0; i < numToAdd; ++i)
{
state.AddSelection((FeatureSelectionState)null, source, selection, level);
}
}
Kingmaker.UnitLogic.Feature feature = (Kingmaker.UnitLogic.Feature)unit.AddFact((BlueprintUnitFact)blueprintFeature);
BlueprintProgression progression = blueprintFeature as BlueprintProgression;
if ((UnityEngine.Object)progression != (UnityEngine.Object)null)
{
//Logger.Log($" BlueprintProgression: {progression}");
LevelUpHelper.UpdateProgression(state, unit, progression);
}
FeatureSource source1 = source;
int level1 = level;
feature.SetSource(source1, level1);
}
public static Style createRankStyle(FeatureSource featuresource, string attributename, int num, Color startcolor, Color endcolor)
{
Schema schema = featuresource.schema;
SymbolizerType sign = SymbolizerType.POINT;
switch (schema.geometryType)
{
case OSGeo.OGR.wkbGeometryType.wkbPoint:
sign = SymbolizerType.POINT;
break;
case OSGeo.OGR.wkbGeometryType.wkbLineString:
sign = SymbolizerType.LINE;
break;
case OSGeo.OGR.wkbGeometryType.wkbPolygon:
sign = SymbolizerType.POLYGON;
break;
}
FieldDefn fielddefn = null;
if (schema.fields.TryGetValue(attributename, out fielddefn) || attributename.Equals("FeatureID"))
{
FieldType type = FieldType.OFTString;
if (!attributename.Equals("FeatureID"))
{
type = fielddefn.GetFieldType();
}
if (type == FieldType.OFTInteger || type == FieldType.OFTReal || attributename.Equals("FeatureID"))
{
double maxvalue = double.MinValue;
double minvalue = double.MaxValue;
foreach (GisSmartTools.Data.Feature feature in featuresource.features.featureList)
{
double value = 0;
if (type == FieldType.OFTInteger || attributename.Equals("FeatureID"))
{
value = (int)feature.GetArrtributeByName(attributename);
}
if (type == FieldType.OFTReal)
{
value = (double)feature.GetArrtributeByName(attributename);
}
if (value > maxvalue)
{
maxvalue = value;
}
if (value < minvalue)
{
minvalue = value;
}
}
if (num == 0)
{
return(null);
}
double x = (maxvalue - minvalue) / num;
//逐个创建对应的rule
Color[] colorarray = Utils.GetLinearColorList(startcolor, endcolor, num);
double temp_minvalue = minvalue;
double temp_maxvalue = minvalue + x;
List <RenderRule> rulelist = new List <RenderRule>();
// Printer.printnode("min=" + minvalue + " max=" + maxvalue, "");
for (int i = 0; i < num; i++)
{
RenderRule rule = RenderRule.createDefaultRule(sign, colorarray[i]);
Filter_Larger larger = new Filter_Larger(attributename, temp_minvalue);
Filter_Less less = new Filter_Less(attributename, temp_maxvalue);
List <Filter.Filter> filterlist = new List <Filter.Filter>();
filterlist.Add(larger); filterlist.Add(less);
Filter_And andfilter = new Filter_And(filterlist);
rule.filter = andfilter;
rulelist.Add(rule);
// Printer.printnode("temp_" + i, "min=" + temp_minvalue + " max=" + temp_maxvalue);
temp_minvalue += x; temp_maxvalue += x;
}
Style rankstyle = new Style("RankStyle", StyleType.RANKSTYLE, RenderRule.createDefaultRule(sign, startcolor));
rankstyle.rulelist = rulelist;
Printer.printnode("rulist,count=", "" + rulelist.Count);
return(rankstyle);
}
}
return(null);
}
public List <Feature> ParseFeatures(List <string> featureTextLines, string sourceName, FeatureSource featureSource, ContentType contentType)
{
var features = new List <Feature>();
var featureNameLineIndexes = featureTextLines.FindAllIndexOf(f => f.StartsWith("### "));
for (var i = 0; i < featureNameLineIndexes.Count - 1; i++)
{
var currentFeatureNameLineIndex = featureNameLineIndexes[i];
var nextFeatureNameLineIndex = featureNameLineIndexes.ElementAtOrDefault(i + 1);
var featureLines = nextFeatureNameLineIndex == 0
? featureTextLines.Skip(currentFeatureNameLineIndex).RemoveEmptyLines().ToList()
: featureTextLines.Skip(currentFeatureNameLineIndex)
.Take(nextFeatureNameLineIndex - currentFeatureNameLineIndex).RemoveEmptyLines().ToList();
var name = featureLines[0].Split("# ")[1].Trim();
var levels = GetFeatureLevels(featureLines.Skip(1).CleanListOfStrings().ToList());
foreach (var level in levels)
{
var feature = new Feature
{
Name = name,
SourceEnum = featureSource,
Text = string.Join("\r\n", featureLines.Skip(1).CleanListOfStrings()),
PartitionKey = contentType.ToString(),
SourceName = sourceName,
Level = level,
RowKey = $"{featureSource}-{sourceName}-{name}-{level}".Replace("/", string.Empty)
.Replace(@"\", string.Empty)
};
features.Add(feature);
}
}
return(features);
}
public Collection<Style> GetStyles(FeatureSource featureSource)
{
return GetStylesCore(featureSource);
}
