/// <summary>
/// parses <emotion/> area to Emotion
/// </summary>
/// <param name="emotionNode">XML node of <emotion/></param>
/// <returns>Emotion object</returns>
protected Emotion parseEmotion(XmlNode emotionNode)
{
Emotion emotion = new Emotion();
/* ## attributes ## */
//id
if (emotionNode.Attributes["id"] != null)
{
emotion.Id = emotionNode.Attributes["id"].Value;
}
//version
if (emotionNode.Attributes["version"] != null)
{
emotion.Version = emotionNode.Attributes["version"].Value;
}
//expressedThrough
if (emotionNode.Attributes["expressed-through"] != null)
{
emotion.ExpressedThrough = emotionNode.Attributes["expressed-through"].Value;
}
//add time ralted stuff
if (emotionNode.Attributes["start"] != null)
{
emotion.Start = Convert.ToInt64(emotionNode.Attributes["start"].Value);
}
if (emotionNode.Attributes["end"] != null)
{
emotion.End = Convert.ToInt64(emotionNode.Attributes["end"].Value);
}
if (emotionNode.Attributes["duration"] != null)
{
emotion.Duration = Convert.ToInt64(emotionNode.Attributes["duration"].Value);
}
if (emotionNode.Attributes["time-ref-uri"] != null)
{
emotion.TimeRefUri = new Uri(emotionNode.Attributes["time-ref-uri"].Value);
}
if (emotionNode.Attributes["time-ref-anchor-point"] != null)
{
emotion.TimeRefAnchorPoint = Convert.ToInt64(emotionNode.Attributes["time-ref-anchor-point"].Value);
}
if (emotionNode.Attributes["offset-to-start"] != null)
{
emotion.OffsetToStart = Convert.ToInt64(emotionNode.Attributes["offset-to-start"].Value);
}
/* ## child tags ## */
//references
XmlNodeList referenceNodes = emotionNode.SelectNodes("emo:reference", nsManager);
foreach (XmlNode refs in referenceNodes)
{
emotion.addReference(parseReference(refs));
}
//infoblock
XmlNodeList infoblocks = emotionNode.SelectNodes("emo:info", nsManager);
if (infoblocks.Count > 1)
{
throw new EmotionMLException("Only maximum one instance of <info/> is allowed. " + infoblocks.Count + " given.");
}
else if (infoblocks.Count == 1)
{
Info infoArea = parseInfo(infoblocks.Item(0));
emotion.Info = infoArea;
}
//handle emotion sets
Uri categorySet = null;
Uri dimensionSet = null;
Uri appraisalSet = null;
Uri actionTendencySet = null;
//search emotion sets in attributes of <emotion>, otherwise use this of <emotionml> (can also be null)
if (emotionNode.Attributes["category-set"] != null)
{
categorySet = new Uri(emotionNode.Attributes["category-set"].InnerText);
}
else
{
categorySet = emotionml.CategorySet;
}
if (emotionNode.Attributes["dimension-set"] != null)
{
dimensionSet = new Uri(emotionNode.Attributes["dimension-set"].InnerText);
}
else
{
dimensionSet = emotionml.DimensionSet;
}
if (emotionNode.Attributes["appraisal-set"] != null)
{
appraisalSet = new Uri(emotionNode.Attributes["appraisal-set"].InnerText);
}
else
{
appraisalSet = emotionml.AppraisalSet;
}
if (emotionNode.Attributes["action-tendency-set"] != null)
{
actionTendencySet = new Uri(emotionNode.Attributes["action-tendency-set"].InnerText);
}
else
{
actionTendencySet = emotionml.ActionTendencySet;
}
//add categories
XmlNodeList categoryTags = emotionNode.SelectNodes("emo:category", nsManager);
if (categoryTags.Count > 0)
{
Set<Category> categories = new Set<Category>(categorySet);
foreach (XmlNode cat in categoryTags)
{
string categoryName = cat.Attributes["name"].InnerText;
double? categoryValue = null;
double? categoryConfidence = null;
if (cat.Attributes["value"] != null)
{
categoryValue = Helper.string2double(cat.Attributes["value"].InnerText);
}
if (cat.Attributes["confidence"] != null)
{
categoryConfidence = Helper.string2double(cat.Attributes["confidence"].InnerText);
}
Category newCategory = new Category(categoryName, categoryValue, categoryConfidence);
//trace
XmlNodeList trace = cat.SelectNodes("emo:trace", nsManager);
if (trace.Count == 1)
{
newCategory.Trace = parseTrace(trace[0]);
}
else if (trace.Count > 1)
{
throw new EmotionMLException("Only one trace is allowed in category " + categoryName);
}
//add category to list
categories.Add(newCategory);
}
emotion.Categories = categories;
}
//add dimensions
XmlNodeList dimensionTags = emotionNode.SelectNodes("emo:dimension", nsManager);
if (dimensionTags.Count > 0)
{
Set<Dimension> dimensions = new Set<Dimension>(dimensionSet);
foreach (XmlNode dim in dimensionTags)
{
string dimensionName = dim.Attributes["name"].InnerText;
double? dimensionValue = null;
double? dimensionConfidence = null;
if (dim.Attributes["value"] != null)
{
dimensionValue = Helper.string2double(dim.Attributes["value"].InnerText);
}
if (dim.Attributes["confidence"] != null)
{
dimensionConfidence = Helper.string2double(dim.Attributes["confidence"].InnerText);
}
Dimension newDimension = new Dimension(dimensionName, dimensionValue, dimensionConfidence);
//trace
XmlNodeList trace = dim.SelectNodes("emo:trace", nsManager);
if (trace.Count == 1)
{
newDimension.Trace = parseTrace(trace[0]);
}
else if (trace.Count > 1)
{
throw new EmotionMLException("Only one trace is allowed in dimension " + dimensionName);
}
dimensions.Add(newDimension);
}
emotion.Dimensions = dimensions;
}
//add appraisals
XmlNodeList appraisalTags = emotionNode.SelectNodes("emo:appraisal", nsManager);
if (appraisalTags.Count > 0)
{
Set<Appraisal> appraisals = new Set<Appraisal>(appraisalSet);
foreach (XmlNode apr in appraisalTags)
{
string appraisalName = apr.Attributes["name"].InnerText;
double? appraisalValue = null;
double? appraisalConfidence = null;
if (apr.Attributes["value"] != null)
{
appraisalValue = Helper.string2double(apr.Attributes["value"].InnerText);
}
if (apr.Attributes["confidence"] != null)
{
appraisalConfidence = Helper.string2double(apr.Attributes["confidence"].InnerText);
}
Appraisal newAppraisal = new Appraisal(appraisalName, appraisalValue, appraisalConfidence);
//trace
XmlNodeList trace = apr.SelectNodes("emo:trace", nsManager);
if (trace.Count == 1)
{
newAppraisal.Trace = parseTrace(trace[0]);
}
else if (trace.Count > 1)
{
throw new EmotionMLException("Only one trace is allowed in appraisal " + appraisalName);
}
appraisals.Add(newAppraisal);
}
emotion.Appraisals = appraisals;
}
//add action tendencies
XmlNodeList actionTendencyTags = emotionNode.SelectNodes("emo:action-tendency", nsManager);
if (actionTendencyTags.Count > 0)
{
Set<ActionTendency> actionTendencies = new Set<ActionTendency>(actionTendencySet);
foreach (XmlNode act in actionTendencyTags)
{
string actionTendencyName = act.Attributes["name"].InnerText;
double? actionTendencyValue = null;
double? actionTendencyConfidence = null;
if (act.Attributes["value"] != null)
{
actionTendencyValue = Helper.string2double(act.Attributes["value"].InnerText);
}
if (act.Attributes["confidence"] != null)
{
actionTendencyConfidence = Helper.string2double(act.Attributes["confidence"].InnerText);
}
ActionTendency newActionTendency = new ActionTendency(actionTendencyName, actionTendencyValue, actionTendencyConfidence);
//trace
XmlNodeList trace = act.SelectNodes("emo:trace", nsManager);
if (trace.Count == 1)
{
newActionTendency.Trace = parseTrace(trace[0]);
}
else if (trace.Count > 1)
{
throw new EmotionMLException("Only one trace is allowed in action tendency " + actionTendencyName);
}
actionTendencies.Add(newActionTendency);
}
emotion.ActionTendencies = actionTendencies;
}
//search for plaintext
XmlNode textnode = emotionNode.SelectSingleNode("text()");
if (textnode != null)
{
emotion.Plaintext = textnode.InnerText;
}
return emotion;
}
/// <summary>
/// modify the values of a appraisal, adds it if not exists
/// </summary>
/// <param name="newappraisal">the values to set the appraisal to</param>
public void addAppraisal(Appraisal newAppraisal)
{
int foundOnIndex = appraisal.FindIndex(delegate(Part appraisalToMatch)
{
return appraisalToMatch.Name == newAppraisal.Name;
});
if (foundOnIndex == -1)
{
appraisal.Add(newAppraisal);
}
else
{
appraisal[foundOnIndex].Value = newAppraisal.Value;
appraisal[foundOnIndex].Confidence = newAppraisal.Confidence;
}
}