public Datum(Concept left, Relations.Relation relation, Concept right, double score)
{
this.left = left;
this.relation = relation;
this.right = right;
this.score = score;
}
public Datum(Datum parent)
{
left = parent.left;
relation = parent.relation;
right = parent.right;
score = parent.score;
}
public virtual IParsedPhrase ConceptToPhrase(Context context, Concept concept, POSTagger tagger, GrammarParser parser)
{
if (concept.IsUnknown)
return null;
return concept.ToPhrase(tagger, parser);
}
public Memory()
{
concepts = new Dictionary<string,List<Concept>>();
data = new Dictionary<Concept,List<Datum>>();
specialCount = 0;
time = SpecialConcept("time", Concept.Kind.Entity);
now = SpecialConcept("now", Concept.Kind.Entity);
past = SpecialConcept("past", Concept.Kind.Entity);
here = SpecialConcept("here", Concept.Kind.Entity);
self = SpecialConcept("I", Concept.Kind.Entity);
future = SpecialConcept("future", Concept.Kind.Entity);
you = SpecialConcept("you", Concept.Kind.Entity);
they = SpecialConcept("they", Concept.Kind.Entity);
Know(now, Relations.Relation.IsA, time, 1.0);
Know(past, Relations.Relation.IsA, time, 1.0);
Know(past, Relations.Relation.Precedes, now, 1.0);
Know(now, Relations.Relation.Precedes, future, 1.0);
Concept dasein = SpecialConcept("[*]", Concept.Kind.Entity); // the phenomological awareness
Know(dasein, Relations.Relation.InLocation, here, 1.0);
Know(dasein, Relations.Relation.AtTime, now, 1.0);
Know(dasein, Relations.Relation.Subject, self, 1.0);
}
public virtual bool Match(Context env, Concept check)
{
if (IsMatch(check))
{
Propogate(env, check, 1.0);
return true;
}
return false;
}
public void AddConcept(string name, Concept concept)
{
List<Concept> current;
if (!concepts.TryGetValue(name, out current)) {
current = new List<Concept>();
concepts.Add(name, current);
}
current.Add(concept);
}
public static Verbs.Convert GetTense(Concept context, Concept within, Memory memory)
{
if (context.Precedes(within, memory)) // past < past, past < now
return Verbs.Convert.ext_Ved;
/*if (context.DerivesFrom(memory.now, memory, dbquery) && within.DerivesFrom(memory.now, memory, dbquery)) // now == now
return Verbs.Convert.ext_Vs;*/
/*if (within.Precedes(context, memory, dbquery)) // past > past, now < past
return Verbs.Convert.ext_V; // will...*/
return Verbs.Convert.ext_Vs;
}
public virtual bool Match(Context env, Concept check, GetValue propfunc, params object[] args)
{
// Apply propfunc now, and save for later
object value = propfunc(check, args);
bool matched = false;
if (value is Concept)
matched = IsMatch((Concept) value);
else if (value is IParsedPhrase)
matched = IsMatch((IParsedPhrase) value);
if (matched)
{
object propogate = new ThreeTuple<GetValue, object, object[]>(propfunc, check, args);
Propogate(env, propogate, 1.0);
return true;
}
return false;
}
public double IsSameUnder(Datum datum, Concept before, Concept after)
{
if ((left == datum.left || (left == before && datum.left == after)) &&
(right == datum.right || (right == before && datum.right == after)) &&
(relation == datum.relation))
return 1.0 - Math.Abs(score - datum.score) / (score + datum.score);
return 0.0;
}
public void ChangeRight(Concept right, Memory memory)
{
memory.GetData(right).Remove(this);
this.right = right;
memory.GetData(right).Add(this);
}
public void ChangeLeft(Concept left, Memory memory)
{
memory.GetData(left).Remove(this);
this.left = left;
memory.GetData(left).Add(this);
}
public override bool Evaluate()
{
// Look through my concepts for a possible match
List <IContent> contents = context.Contents;
if (contents.Count == 1)
{
if (contents[0] is Variable)
{
Variable check = (Variable)contents[0];
// If we already have a concept in mind, just check its data
Concept left = context.LookupDefaulted <Concept>("$knowConcept", null);
if (left != null)
{
List <Datum> data = memory.GetData(left);
foreach (Datum datum in data)
{
if (datum.Left == left && kinds.Contains(datum.Relation) && check.Match(context, datum.Right))
{
List <Datum> completes = context.LookupAndAdd <List <Datum> >("$knowCompletes", new List <Datum>());
completes.Add(datum);
succ.Continue(new Context(context, new List <IContent>()), fail);
return(true);
}
}
// Can't match anything!
fail.Fail("Initial variable didn't match anything", succ);
return(true);
}
// Does anything here match?
for (int ii = 0; ii < directchecks.Count; ii++)
{
bool matched = kinds.Contains(directchecks[ii].Relation);
if (matched)
{
matched = check.Match(context, directchecks[ii].Right);
if (propfunc != null) // always do propfuncs, but only affect matched if failed
{
matched = check.Match(context, directchecks[ii].Right, propfunc, propargs) || matched;
}
}
if (matched)
{
Context child = new Context(context, new List <IContent>());
child.Map["$knowConcept"] = directchecks[ii].Left;
List <Datum> completes = child.LookupAndAdd <List <Datum> >("$knowCompletes", new List <Datum>());
completes.Add(directchecks[ii]);
// Make a clone of ourselves, if this fails
succ.Continue(child, MakeContinuingFailure(ii));
return(true);
}
}
}
else if (contents[0].Name == "*" || contents[0].Name == "_")
{
// If we already have a concept in mind, just check its data
Concept left = context.LookupDefaulted <Concept>("$knowConcept", null);
if (left != null)
{
List <Datum> data = memory.GetData(left);
foreach (Datum datum in data)
{
if (datum.Left == left && kinds.Contains(datum.Relation))
{
List <IContent> words = new List <IContent>();
if (!datum.Right.IsUnknown)
{
words.Add(new Word(datum.Right.Name));
}
context.Map.Add(StarUtilities.NextStarName(context, contents[0].Name), words);
List <Datum> completes = context.LookupAndAdd <List <Datum> >("$knowCompletes", new List <Datum>());
completes.Add(datum);
succ.Continue(new Context(context, new List <IContent>()), fail);
return(true);
}
}
// Can't match anything!
fail.Fail("Could not find a matching datum", succ);
return(true);
}
// Does anything here match?
for (int ii = 0; ii < directchecks.Count; ii++)
{
if (kinds.Contains(directchecks[ii].Relation))
{
Context child = new Context(context, new List <IContent>());
List <IContent> words = new List <IContent>();
if (!directchecks[ii].Right.IsUnknown)
{
words.Add(new Word(directchecks[ii].Right.Name));
}
child.Map.Add(StarUtilities.NextStarName(child, contents[0].Name), words);
child.Map["$knowConcept"] = directchecks[ii].Left;
List <Datum> completes = child.LookupAndAdd <List <Datum> >("$knowCompletes", new List <Datum>());
completes.Add(directchecks[ii]);
succ.Continue(child, MakeContinuingFailure(ii));
return(true);
}
}
}
// Nothing matched! Expand search
if (parentchecks.Count > 0)
{
Concept parent = parentchecks.Dequeue();
directchecks = memory.GetData(parent);
Continue(new Context(context, context.Contents, context.Weight * 0.95), fail);
return(true);
}
}
// Don't fail if it's just a *
if (contents.Count == 1 && contents[0].Name == "*")
{
Context child = new Context(context, new List <IContent>());
List <IContent> empty = new List <IContent>();
child.Map.Add(StarUtilities.NextStarName(child, contents[0].Name), empty);
succ.Continue(child, fail);
return(true);
}
fail.Fail("No data matches", succ);
return(true);
}
public static IParsedPhrase ConjugateToPhrase(Memory memory, IrregularVerbVariable.ConjugateVerb conjugate, Verbs.Person person, Concept right)
{
if (right == memory.past)
{
return(new WordPhrase(conjugate(person, Verbs.Convert.ext_Ved), "VBD"));
}
else if (right == memory.now)
{
return(new WordPhrase(conjugate(person, Verbs.Convert.ext_Vs), "VBZ"));
}
else if (right == memory.future)
{
return(new WordPhrase("will " + conjugate(person, Verbs.Convert.ext_V), "VB"));
}
List <string> parts = StringUtilities.SplitWords(right.Name, true);
bool usedverb = false;
for (int ii = 0; ii < parts.Count; ii++)
{
if (parts[ii] == "en")
{
parts[ii] = conjugate(person, Verbs.Convert.ext_Ven);
usedverb = true;
}
else if (parts[ii] == "ing")
{
parts[ii] = conjugate(person, Verbs.Convert.ext_Ving);
usedverb = true;
}
}
if (!usedverb)
{
parts.Add(conjugate(person, Verbs.Convert.ext_V));
}
List <IParsedPhrase> branches = new List <IParsedPhrase>();
branches.Add(new WordPhrase(StringUtilities.JoinWords(parts), "VB"));
return(new GroupPhrase("VP", branches));
}
public void ChangeLeft(Concept left, Memory memory)
{
memory.GetData(left).Remove(this);
this.left = left;
memory.GetData(left).Add(this);
}
public static Datum ConceptNetReverseTranslate(Memory memory, Verbs verbs, Concept right, Assertion assertion)
{
double score = 1.0 - 1.0 / (assertion.Score + 1);
if (assertion.Type == Associator.AtLocation)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.InLocation, right, score));
}
if (assertion.Type == Associator.CapableOf)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.CapableOf, right, score));
}
if (assertion.Type == Associator.Causes)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.Cause, right, score));
}
if (assertion.Type == Associator.CausesDesire)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.CausesDesire, right, score));
}
if (assertion.Type == Associator.CreatedBy)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.CreatedBy, right, score));
}
if (assertion.Type == Associator.DefinedAs)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, right.RawKind), Relation.Means, right, score));
}
if (assertion.Type == Associator.Desires)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.Desires, right, score));
}
if (assertion.Type == Associator.HasFirstSubevent)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.HasFirstSubevent, right, score));
}
if (assertion.Type == Associator.HasLastSubevent)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.HasLastSubevent, right, score));
}
if (assertion.Type == Associator.HasPainCharacter)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.HasPainCharacter, right, score));
}
if (assertion.Type == Associator.HasPainIntensity)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.HasPainIntensity, right, score));
}
if (assertion.Type == Associator.HasPrerequisite)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.Condition, right, score));
}
if (assertion.Type == Associator.HasProperty)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.HasProperty, right, score));
}
if (assertion.Type == Associator.HasSubevent)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.HasSubevent, right, score));
}
if (assertion.Type == Associator.IsA)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, right.RawKind), Relation.IsA, right, score));
}
if (assertion.Type == Associator.MadeOf)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.SubstanceMeronym, right, score));
}
if (assertion.Type == Associator.MotivatedByGoal)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.MotivatedByGoal, right, score));
}
if (assertion.Type == Associator.PartOf)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.PartMeronym, right, score));
}
if (assertion.Type == Associator.ReceivesAction)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.ReceivesAction, right, score));
}
if (assertion.Type == Associator.UsedFor)
{
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.UsedFor, right, score));
}
//throw new ArgumentException("Unknown assertion type: " + assertion.Type.ToString());
return(new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.Unknown, right, score));
}
public Datum Know(Concept left, Relations.Relation relation, IEnumerable<Concept> rights, double score)
{
Datum last = null;
foreach (Concept right in rights)
last = Know(new Datum(left, relation, right, score));
return last;
}
// Load the concept if it isn't already
public List<Datum> GetData(Concept concept)
{
List<Datum> matches = new List<Datum>();
data.TryGetValue(concept, out matches);
return matches;
}
public static string RepresentToHave(Memory memory, Concept concept, Concept within, Verbs verbs, Nouns nouns)
{
return Verbs.ComposeToHave(nouns.GetPerson(concept.Name), GetTense(concept, within, memory));
}
public UnknownConceptVariable(string name, Concept.Kind? kind)
: base("name")
{
this.kind = kind;
}
public virtual bool IsMatch(Concept concept)
{
return false;
}
public override bool IsMatch(Concept concept)
{
return (!kind.HasValue || concept.RawKind == kind.Value);
}
public void ChangeRight(Concept right, Memory memory)
{
memory.GetData(right).Remove(this);
this.right = right;
memory.GetData(right).Add(this);
}
public string Represent(Memory memory, Concept within, Verbs verbs, Nouns nouns)
{
string[] sentence = new string[] { };
switch (relation)
{
case Relations.Relation.InLocation:
sentence = new string[] { left.Name, RepresentToBe(memory, left, within, verbs, nouns), "in", right.Name, " ." };
break;
case Relations.Relation.HasA:
sentence = new string[] { left.Name, RepresentToHave(memory, left, within, verbs, nouns), right.Name, " ." };
break;
case Relations.Relation.HasProperty:
sentence = new string[] { left.Name, RepresentToBe(memory, left, within, verbs, nouns), right.Name, " ." };
break;
case Relations.Relation.IsA:
sentence = new string[] { left.Name, RepresentToBe(memory, left, within, verbs, nouns), right.Name, " ." };
break;
}
return StringUtilities.JoinWords(new List<string>(sentence));
}
public static string ConjugateToTense(Memory memory, string verb, Verbs.Person person, Concept right, Verbs verbs)
{
if (right == memory.past)
{
return(verbs.ComposePersonable(verb, person, Verbs.Convert.ext_Ved));
}
if (right == memory.now)
{
return(verbs.ComposePersonable(verb, person, Verbs.Convert.ext_Vs));
}
if (right == memory.future)
{
return("will " + verbs.ComposePersonable(verb, person, Verbs.Convert.ext_V));
}
List <string> parts = StringUtilities.SplitWords(right.Name, true);
bool usedverb = false;
for (int ii = 0; ii < parts.Count; ii++)
{
if (parts[ii] == "en")
{
parts[ii] = verbs.ComposePersonable(verb, person, Verbs.Convert.ext_Ven);
usedverb = true;
}
else if (parts[ii] == "ing")
{
parts[ii] = verbs.ComposePersonable(verb, person, Verbs.Convert.ext_Ving);
usedverb = true;
}
}
if (!usedverb)
{
parts.Add(verbs.InputToBase(verb));
}
return(StringUtilities.JoinWords(parts));
}
public Concept NewConcept(string name, Concept.Kind kind)
{
List<Concept> matches;
if (!concepts.TryGetValue(name, out matches))
{
matches = new List<Concept>();
concepts.Add(name, matches);
}
Concept concept = new Concept(name, kind);
data.Add(concept, new List<Datum>());
matches.Add(concept);
return concept;
}
protected Concept SpecialConcept(string name, Concept.Kind kind)
{
Concept concept = NewConcept(name, kind);
specialCount++;
concept.Id = -specialCount;
return concept;
}
public static string RepresentToHave(Memory memory, Concept concept, Concept within, Verbs verbs, Nouns nouns)
{
return(Verbs.ComposeToHave(nouns.GetPerson(concept.Name), GetTense(concept, within, memory)));
}
public Concept GetConcept(string name, int id, Concept.Kind kind)
{
if (name == null)
Console.WriteLine("But how?");
List<Concept> matches;
if (concepts.TryGetValue(name, out matches))
{
foreach (Concept match in matches)
if (match.Id == id)
return match;
}
else
{
matches = new List<Concept>();
concepts.Add(name, matches);
}
Concept concept = new Concept(name, kind);
concept.Id = id;
data.Add(concept, new List<Datum>());
matches.Add(concept);
return concept;
}
public Datum Know(Concept left, Relations.Relation relation, Concept right, double score)
{
return(Know(new Datum(left, relation, right, score)));
}
public Datum Know(Concept left, Relations.Relation relation, Concept right, double score)
{
return Know(new Datum(left, relation, right, score));
}
public Datum Know(Concept left, Datum partial)
{
return(Know(new Datum(left, partial.Relation, partial.Right, partial.Score)));
}
public Datum Know(Concept left, Datum partial)
{
return Know(new Datum(left, partial.Relation, partial.Right, partial.Score));
}
public static Concept ConceptNetGetConcept(Memory memory, Verbs verbs, Notion notion, Concept.Kind kind)
{
if (kind == Concept.Kind.Event)
return memory.NewConcept(verbs.InputToBase(notion.Canonical), kind);
else
return memory.NewConcept(notion.Canonical, kind);
}
public Concept NewUnknown(Concept.Kind kind)
{
return NewConcept("", kind);
}
public static Datum ConceptNetReverseTranslate(Memory memory, Verbs verbs, Concept right, Assertion assertion)
{
double score = 1.0 - 1.0 / (assertion.Score + 1);
if (assertion.Type == Associator.AtLocation)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.InLocation, right, score);
if (assertion.Type == Associator.CapableOf)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.CapableOf, right, score);
if (assertion.Type == Associator.Causes)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.Cause, right, score);
if (assertion.Type == Associator.CausesDesire)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.CausesDesire, right, score);
if (assertion.Type == Associator.CreatedBy)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.CreatedBy, right, score);
if (assertion.Type == Associator.DefinedAs)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, right.RawKind), Relation.Means, right, score);
if (assertion.Type == Associator.Desires)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.Desires, right, score);
if (assertion.Type == Associator.HasFirstSubevent)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.HasFirstSubevent, right, score);
if (assertion.Type == Associator.HasLastSubevent)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.HasLastSubevent, right, score);
if (assertion.Type == Associator.HasPainCharacter)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.HasPainCharacter, right, score);
if (assertion.Type == Associator.HasPainIntensity)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.HasPainIntensity, right, score);
if (assertion.Type == Associator.HasPrerequisite)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.Condition, right, score);
if (assertion.Type == Associator.HasProperty)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.HasProperty, right, score);
if (assertion.Type == Associator.HasSubevent)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Event), Relation.HasSubevent, right, score);
if (assertion.Type == Associator.IsA)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, right.RawKind), Relation.IsA, right, score);
if (assertion.Type == Associator.MadeOf)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.SubstanceMeronym, right, score);
if (assertion.Type == Associator.MotivatedByGoal)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.MotivatedByGoal, right, score);
if (assertion.Type == Associator.PartOf)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.PartMeronym, right, score);
if (assertion.Type == Associator.ReceivesAction)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.ReceivesAction, right, score);
if (assertion.Type == Associator.UsedFor)
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.UsedFor, right, score);
//throw new ArgumentException("Unknown assertion type: " + assertion.Type.ToString());
return new Datum(ConceptNetGetConcept(memory, verbs, assertion.Left, Concept.Kind.Entity), Relation.Unknown, right, score);
}
public static IParsedPhrase ConjugateToPhrase(Memory memory, IrregularVerbVariable.ConjugateVerb conjugate, Verbs.Person person, Concept right)
{
if (right == memory.past)
return new WordPhrase(conjugate(person, Verbs.Convert.ext_Ved), "VBD");
else if (right == memory.now)
return new WordPhrase(conjugate(person, Verbs.Convert.ext_Vs), "VBZ");
else if (right == memory.future)
return new WordPhrase("will " + conjugate(person, Verbs.Convert.ext_V), "VB");
List<string> parts = StringUtilities.SplitWords(right.Name, true);
bool usedverb = false;
for (int ii = 0; ii < parts.Count; ii++)
{
if (parts[ii] == "en")
{
parts[ii] = conjugate(person, Verbs.Convert.ext_Ven);
usedverb = true;
}
else if (parts[ii] == "ing")
{
parts[ii] = conjugate(person, Verbs.Convert.ext_Ving);
usedverb = true;
}
}
if (!usedverb)
parts.Add(conjugate(person, Verbs.Convert.ext_V));
List<IParsedPhrase> branches = new List<IParsedPhrase>();
branches.Add(new WordPhrase(StringUtilities.JoinWords(parts), "VB"));
return new GroupPhrase("VP", branches);
}
public static string ConjugateToTense(Memory memory, string verb, Verbs.Person person, Concept right, Verbs verbs)
{
if (right == memory.past)
return verbs.ComposePersonable(verb, person, Verbs.Convert.ext_Ved);
if (right == memory.now)
return verbs.ComposePersonable(verb, person, Verbs.Convert.ext_Vs);
if (right == memory.future)
return "will " + verbs.ComposePersonable(verb, person, Verbs.Convert.ext_V);
List<string> parts = StringUtilities.SplitWords(right.Name, true);
bool usedverb = false;
for (int ii = 0; ii < parts.Count; ii++)
{
if (parts[ii] == "en") {
parts[ii] = verbs.ComposePersonable(verb, person, Verbs.Convert.ext_Ven);
usedverb = true;
}
else if (parts[ii] == "ing") {
parts[ii] = verbs.ComposePersonable(verb, person, Verbs.Convert.ext_Ving);
usedverb = true;
}
}
if (!usedverb)
parts.Add(verbs.InputToBase(verb));
return StringUtilities.JoinWords(parts);
}
public Concept BeforeContext(Concept when)
{
if (when == now || when == past)
return past;
Concept before = NewConcept("before " + when.Name, when.RawKind);
Know(before, Relations.Relation.Precedes, when, 1.0);
return before;
}
public ProbableStrength SeemsSimilar(Concept other)
{
if (other.kind != kind)
return ProbableStrength.Zero;
if (other.name == name)
return ProbableStrength.Full;
// for now, could be...
return ProbableStrength.Half;
}
