private void NavigateAttribute(List <CGVerbTerm> list, CGNode Target, CGGraph graph, int level)
{
var out_agents = graph.GetOutRelations(Target);
foreach (var rel in out_agents)
{
var item = graph.Nodes.Where(c => c.id == rel.Tail).Single();
if (rel.conceptualrole == "mod" ||
rel.conceptualrole == "manner" ||
rel.conceptualrole == "op" ||
rel.conceptualrole == "domain" ||
rel.conceptualrole == "poss" ||
rel.conceptualrole == "direction" ||
rel.conceptualrole == "location")
{
if (list.Where(c => c.Node.id == item.id).Count() == 0 &&
list.Where(c => c.Node.text == item.text).Count() == 0)
{
var wrapper = new CGVerbTerm(item, rel, level + 1);
list.Add(wrapper);
NavigateAttribute(list, item, graph, level + 1);
}
}
else
{
this.AttributesLoss.Add(string.Format("Text :{0} / conceptualroles:{1} / Item Text: {2} / Level {3}", Target.text, rel.conceptualrole, item.text, level));
}
}
}
public void GenerateAgents(CGGraph graph)
{
var out_agents = graph.GetOutRelationsByConceptualRole(this.Verb, "agent", "co-agent", "experiencer",
"stimulus");
foreach (var rel in out_agents)
{
var node = graph.Nodes.Where(c => c.id == rel.Tail).Single();
var list = new List <CGVerbTerm>();
var wrapper = new CGVerbTerm(node, rel, 0);
list.Add(wrapper);
NavigateAgent(list, node, graph, 0);
this.Agents.Add(list);
}
var in_agents = graph.GetInRelationsByConceptualRole(this.Verb, "agent-of");
foreach (var rel in in_agents)
{
var node = graph.Nodes.Where(c => c.id == rel.Head).Single();
var list = new List <CGVerbTerm>();
var wrapper = new CGVerbTerm(node, rel, 0);
list.Add(wrapper);
NavigateAgent(list, node, graph, 0);
this.Agents.Add(list);
}
}
public static void ConceptualSummaryDebug(string InputDir, string AmrDir, string OutputDir)
{
var files = Directory.GetFiles(InputDir, "*.txt");
foreach (var file in files)
{
var amrfile = Path.Combine(AmrDir, Path.GetFileNameWithoutExtension(file) + ".txt.all.basic-abt-brown-verb.parsed");
if (File.Exists(amrfile))
{
var sanityAMR = SanityXml.Sanity(File.ReadAllText(amrfile));
var reader = new AMR.AMRReader();
var amrdoc = reader.ReadContent(sanityAMR);
amrdoc.LoadDummyRSTInformation();
CGGraph cgraph = new CGGraph(Path.GetFileNameWithoutExtension(file), @"D:\Tesis2016\Propbank\frames", amrdoc.Graphs.Sum(c => c.Nodes.Count));
cgraph.ReadAMR(amrdoc);
cgraph.Digest();
StringBuilder sb = new StringBuilder();
sb.AppendLine(File.ReadAllText(file));
sb.AppendLine("==================summary==========================");
sb.AppendLine(cgraph.Summary());
sb.AppendLine("==================debug==========================");
sb.AppendLine(cgraph.SummaryDebug());
File.WriteAllText(Path.Combine(OutputDir, Path.GetFileNameWithoutExtension(file) + ".txt"), sb.ToString());
}
}
Console.ReadLine();
}
public static void ConceptualRSTNLG(string InputDir, string RSTDir, string AmrDir, string OutputDir)
{
var files = Directory.GetFiles(InputDir, "*.txt");
foreach (var file in files)
{
var amrfile = Path.Combine(AmrDir, Path.GetFileNameWithoutExtension(file) + ".txt.all.basic-abt-brown-verb.parsed");
if (File.Exists(amrfile))
{
var sanity = SanityXml.Sanity(File.ReadAllText(Path.Combine(RSTDir, Path.GetFileNameWithoutExtension(file) + ".txt.xml.jarvis")));
RST.RSTReader rstreader = new RST.RSTReader();
var rstdocument = rstreader.ReadDocumentContent(sanity, Path.GetFileNameWithoutExtension(file));
rstdocument.EvaluateODonell(false);
var sanityAMR = SanityXml.Sanity(File.ReadAllText(amrfile));
var reader = new AMR.AMRReader();
var amrdoc = reader.ReadContent(sanityAMR);
amrdoc.LoadRSTInformation(rstdocument);
CGGraph cgraph = new CGGraph(Path.GetFileNameWithoutExtension(file), @"D:\Tesis2016\Propbank\frames", amrdoc.Graphs.Sum(c => c.Nodes.Count));
cgraph.ReadAMR(amrdoc);
cgraph.Digest();
File.WriteAllText(Path.Combine(OutputDir, Path.GetFileNameWithoutExtension(file) + ".txt"), cgraph.GenerateMetadataNLG());
}
}
Console.ReadLine();
}
public void GenerateAttribute(CGGraph graph)
{
var out_themes = graph.GetOutRelationsByConceptualRole(this.Verb, "attribute");
foreach (var rel in out_themes)
{
var node = graph.Nodes.Where(c => c.id == rel.Tail).Single();
var list = new List <CGVerbTerm>();
var wrapper = new CGVerbTerm(node, rel, 0);
list.Add(wrapper);
NavigateAttribute(list, node, graph, 0);
this.Attributes.Add(list);
}
}
public void GenerateGoal(CGGraph graph)
{
var out_themes = graph.GetOutRelationsByConceptualRole(this.Verb, "goal", "purpose", "destination", "asset");
foreach (var rel in out_themes)
{
var node = graph.Nodes.Where(c => c.id == rel.Tail).Single();
var list = new List <CGVerbTerm>();
var wrapper = new CGVerbTerm(node, rel, 0);
list.Add(wrapper);
NavigateGoal(list, node, graph, 0);
this.Goal.Add(list);
}
}
public void GeneratePatients(CGGraph graph)
{
var out_patients = graph.GetOutRelationsByConceptualRole(this.Verb, "patient", "co-patient",
"recipient", "predicate");
foreach (var rel in out_patients)
{
var node = graph.Nodes.Where(c => c.id == rel.Tail).Single();
var list = new List <CGVerbTerm>();
var wrapper = new CGVerbTerm(node, rel, 0);
list.Add(wrapper);
NavigatePatient(list, node, graph, 0);
this.Patients.Add(list);
}
}
public void GenerateVerbs(CGGraph graph)
{
var out_verbs = graph.GetOutRelations(this.Verb);
foreach (var rel in out_verbs)
{
if (rel.conceptualrole == "mod" ||
rel.conceptualrole == "manner" ||
rel.conceptualrole == "time")
{
var node = graph.Nodes.Where(c => c.id == rel.Tail).Single();
var wrapper = new CGVerbTerm(node, rel, 0);
this.VerbAttributes.Add(wrapper);
}
else
{
this.AttributesLoss.Add(string.Format("{0} {1} {2} {3}", Verb.id, Verb.text, rel.conceptualrole, rel.Tail));
}
}
}
void CBEditCrossButton()
{
if (DTGUI.IsLayout)
{
mShowEditButton = (Target.IsConfigured && Target.InCross.SourceSlot().ExternalInput != null && Target.InCross.SourceSlot().ExternalInput.SupportsIPE);
}
if (mShowEditButton)
{
EditorGUI.BeginChangeCheck();
mEditCross = GUILayout.Toggle(mEditCross, "Edit Cross", EditorStyles.miniButton);
if (EditorGUI.EndChangeCheck())
{
if (mEditCross)
{
CGGraph.SetIPE(Target.Cross, this);
}
else
{
CGGraph.SetIPE();
}
}
}
}
public void SaveCG(CGGraph Graph)
{
using (var client = this.CreateClient())
{
client.Connect();
client.Cypher.Create("(a:CGGraph {newObject})")
.WithParam("newObject", Graph)
.ExecuteWithoutResults();
client.Cypher.Match("(a:CGGraph)", "(d:Document)")
.Where((CGGraph a) => a.name == Graph.name)
.AndWhere((Common.Document d) => d.name == Graph.name)
.CreateUnique(string.Format("(d)-[:cg]->(a)"))
.ExecuteWithoutResults();
foreach (var node in Graph.Nodes)
{
client.Cypher.Create("(n:CGNode {newObject})")
.WithParam("newObject", node)
.ExecuteWithoutResults();
client.Cypher.Match("(a:CGGraph)", "(n:CGNode)")
.Where((CGGraph a) => a.name == Graph.name)
.AndWhere((CGNode n) => n.id == node.id)
.CreateUnique(string.Format("(a)-[:has]->(n)"))
.ExecuteWithoutResults();
}
foreach (var relation in Graph.Relations)
{
client.Cypher.Match("(a:CGNode)", "(n:CGNode)")
.Where((CGNode a) => a.id == relation.Head)
.AndWhere((CGNode n) => n.id == relation.Tail)
.CreateUnique(string.Format("(a)-[r:cgrelation {{ label: '{0}', description: '{1}', f:'{2}', vntheta:'{3}', log:'{4}', conceptualrole:'{5}'}} ]->(n)", relation.label, relation.description, relation.f, relation.vntheta, relation.log, relation.conceptualrole))
.ExecuteWithoutResults();
}
foreach (var aspect in Graph.CGSentences)
{
//client.Cypher.Create("(n:CGAspect {newObject})")
// .WithParam("newObject", aspect)
// .ExecuteWithoutResults();
//client.Cypher.Match("(a:CGGraph)", "(n:CGAspect)")
// .Where((CGGraph a) => a.name == Graph.name)
// .AndWhere((CGInformativeAspect n) => n.name == aspect.name)
// .CreateUnique(string.Format("(a)-[:hasaspect]->(n)"))
// .ExecuteWithoutResults();
//foreach (var item in aspect.Who)
//{
// client.Cypher.Match("(a:CGAspect)", "(n:CGNode)")
// .Where((CGInformativeAspect a) => a.name == aspect.name)
// .AndWhere((CGNode n)=> n.id == item.id)
// .CreateUnique(string.Format("(a)-[r:aspect {{ role:'{0}' }} ]->(n)", "who"))
// .ExecuteWithoutResults();
//}
//foreach (var item in aspect.What)
//{
// client.Cypher.Match("(a:CGAspect)", "(n:CGNode)")
// .Where((CGInformativeAspect a) => a.name == aspect.name)
// .AndWhere((CGNode n) => n.id == item.id)
// .CreateUnique(string.Format("(a)-[r:aspect {{ role:'{0}' }} ]->(n)", "what"))
// .ExecuteWithoutResults();
//}
//foreach (var item in aspect.Who_affected)
//{
// client.Cypher.Match("(a:CGAspect)", "(n:CGNode)")
// .Where((CGInformativeAspect a) => a.name == aspect.name)
// .AndWhere((CGNode n) => n.id == item.id)
// .CreateUnique(string.Format("(a)-[r:aspect {{ role:'{0}' }} ]->(n)", "who_affected"))
// .ExecuteWithoutResults();
//}
//foreach (var item in aspect.Why)
//{
// client.Cypher.Match("(a:CGAspect)", "(n:CGNode)")
// .Where((CGInformativeAspect a) => a.name == aspect.name)
// .AndWhere((CGNode n) => n.id == item.id)
// .CreateUnique(string.Format("(a)-[r:aspect {{ role:'{0}' }} ]->(n)", "why"))
// .ExecuteWithoutResults();
//}
}
}
}
public CGLinearize(CGGraph graph)
{
this.graph = graph;
}
