public PythonAnnotatedNodeWrapper(AnnotatedNode node)
{
_node = node;
data = new PythonDictionary();
JObject jdata = node.Data;
foreach (var item in jdata.Properties())
{
data[item.Name] = item.Value.ToString();
}
}
private static List <AnnotatedNode> NodesFromImageAnnotations(List <LayerWrapper> layers,
int precedingLayerIndex,
Dictionary <string, InterpretationFromImage> interps)
{
LayerWrapper currentLayer = layers[precedingLayerIndex + 1];
List <ImageAnnotation> annotations = new List <ImageAnnotation>();
IEnumerable <string> layerlibs = currentLayer.Layer.AnnotationLibraries();
if (layerlibs != null)
{
foreach (string lib in layerlibs)
{
annotations.AddRange(AnnotationLibrary.GetAnnotations(lib));
}
}
List <AnnotatedNode> nodesToProcess = new List <AnnotatedNode>();
//for each one, interpret the observation
foreach (ImageAnnotation annotation in annotations)
{
InterpretationFromImage interp = interps[annotation.ImageId];
Interpret(layers, precedingLayerIndex, interp);
Tree root = interp.interpretation;
Tree matchingnode = MatchingNode(root, annotation.Region);
AnnotatedNode annoatednode = new AnnotatedNode(matchingnode, root, annotation.Data, annotation.Region, annotation.ImageId);
nodesToProcess.Add(annoatednode);
}
//MergeNodesWithSameRegion(nodesToProcess);
return(nodesToProcess);
}
private static List<AnnotatedNode> NodesFromImageAnnotations(List<LayerWrapper> layers,
int precedingLayerIndex,
Dictionary<string, InterpretationFromImage> interps)
{
LayerWrapper currentLayer = layers[precedingLayerIndex + 1];
List<ImageAnnotation> annotations = new List<ImageAnnotation>();
IEnumerable<string> layerlibs = currentLayer.Layer.AnnotationLibraries();
if (layerlibs != null)
{
foreach (string lib in layerlibs)
annotations.AddRange(AnnotationLibrary.GetAnnotations(lib));
}
List<AnnotatedNode> nodesToProcess = new List<AnnotatedNode>();
//for each one, interpret the observation
foreach (ImageAnnotation annotation in annotations)
{
InterpretationFromImage interp = interps[annotation.ImageId];
Interpret(layers, precedingLayerIndex, interp);
Tree root = interp.interpretation;
Tree matchingnode = MatchingNode(root, annotation.Region);
AnnotatedNode annoatednode = new AnnotatedNode(matchingnode, root, annotation.Data, annotation.Region, annotation.ImageId);
nodesToProcess.Add(annoatednode);
}
//MergeNodesWithSameRegion(nodesToProcess);
return nodesToProcess;
}