public void SumTest()
{
//arrange
ComplexFeature testintest1 = new ComplexFeature(first);
testintest1.AddChildFeature(one);
testintest1.AddChildFeature(tow);
ComplexFeature test1 = new ComplexFeature(first);
test1.AddChildFeature(testintest1);
test1.AddChildFeature(three);
ComplexFeature testintest2 = new ComplexFeature(first);
testintest2.AddChildFeature(four);
testintest2.AddChildFeature(five);
ComplexFeature test2 = new ComplexFeature(first);
test2.AddChildFeature(testintest2);
test2.AddChildFeature(six);
//act
ComplexFeature result = (ComplexFeature)test2.Sum(test1);
//assert
Assert.AreEqual(result.GetChildFeature(1).FeatureValue, 30);
Assert.AreEqual(result.GetChildFeature(0).GetChildFeature(0).FeatureValue, 17);
}
public void Features_IsEnabled_ReturnsFalse_WhenComplexFeatureDoesntContainSubfeature()
{
// test feature a/b where b is not present in a
var feature = new ComplexFeature("a", new Feature("c"));
Assert.False(Features.IsEnabled(SetupRegistry(feature), new[] { "a", "b" }));
}
public void Features_IsEnabled_ReturnsTrue_WhenComplexFeatureContainsSubfeature()
{
// test feature a/b/c
var feature = new ComplexFeature("a", new ComplexFeature("b", new Feature("c")));
Assert.True(Features.IsEnabled(SetupRegistry(feature), new[] { "a", "b", "c" }));
}
public void AddChildFeatureTest()
{
ComplexFeature test = new ComplexFeature(first);
Feature testingchild = new DoubleFeature(first, 2.0);
test.AddChildFeature(testingchild);
Assert.AreEqual(test.ChildFeaturesCount, 1);
}
public ComplexFeature AddHeadFeature()
{
var headFeature = new ComplexFeature(HeadID)
{
Description = "Head"
};
base.Add(headFeature);
return(headFeature);
}
public ComplexFeature AddFootFeature()
{
var footFeature = new ComplexFeature(FootID)
{
Description = "Foot"
};
base.Add(footFeature);
return(footFeature);
}
public void GetChildFeatureTest()
{
ComplexFeature test = new ComplexFeature(first);
Feature testingchild = new DoubleFeature(first, 2.0);
test.AddChildFeature(testingchild);
Feature child = test.GetChildFeature(0);
//assert
Assert.AreSame(child, testingchild);
}
public static void MakeObservation(ImageDetails image)
{
for (int i = 0; i < image.ImageHeight; i++)
{
for (int j = 0; j < image.ImageWidth; j++)
{
ComplexFeature pixel = new ComplexFeature(new EuclideanDistance());
pixel.AddChildFeature(new DoubleFeature(new AbsoluteDistance(), image.GetRComponent(j, i)));
pixel.AddChildFeature(new DoubleFeature(new AbsoluteDistance(), image.GetGComponent(j, i)));
pixel.AddChildFeature(new DoubleFeature(new AbsoluteDistance(), image.GetBComponent(j, i)));
image.AddFeature(pixel);
}
}
}
public void CalculateDistanceTest()
{
//arrange
ComplexFeature test = new ComplexFeature(new EuclideanDistance());
test.AddChildFeature(one);
test.AddChildFeature(tow);
test.AddChildFeature(three);
ComplexFeature otherTest = new ComplexFeature(new EuclideanDistance());
otherTest.AddChildFeature(four);
otherTest.AddChildFeature(five);
otherTest.AddChildFeature(six);
//ACT
int distance = otherTest.CalculateDistance(test);
//assert
Assert.AreEqual(distance, 7);
}
public void AverageTest()
{
//arrange
ComplexFeature testintest1 = new ComplexFeature(first);
testintest1.AddChildFeature(one);
testintest1.AddChildFeature(tow);
ComplexFeature test1 = new ComplexFeature(first);
test1.AddChildFeature(testintest1);
test1.AddChildFeature(three);
//act
Feature averaged = test1.Average(2);
//assert
Assert.AreEqual(averaged.GetChildFeature(0).GetChildFeature(1).FeatureValue, 7.0);
Assert.AreEqual(averaged.GetChildFeature(1).FeatureValue, 7.5);
Assert.AreSame(averaged.MetricUsed, first);
}
public void FixtureSetUp()
{
SpanFactory = new ShapeSpanFactory();
TraceManager = new TraceManager();
var phonologicalFeatSys = new FeatureSystem
{
new SymbolicFeature("voc", new FeatureSymbol("voc+", "+"), new FeatureSymbol("voc-", "-")),
new SymbolicFeature("cons", new FeatureSymbol("cons+", "+"), new FeatureSymbol("cons-", "-")),
new SymbolicFeature("high", new FeatureSymbol("high+", "+"), new FeatureSymbol("high-", "-")),
new SymbolicFeature("low", new FeatureSymbol("low+", "+"), new FeatureSymbol("low-", "-")),
new SymbolicFeature("back", new FeatureSymbol("back+", "+"), new FeatureSymbol("back-", "-")),
new SymbolicFeature("round", new FeatureSymbol("round+", "+"), new FeatureSymbol("round-", "-")),
new SymbolicFeature("vd", new FeatureSymbol("vd+", "+"), new FeatureSymbol("vd-", "-")),
new SymbolicFeature("asp", new FeatureSymbol("asp+", "+"), new FeatureSymbol("asp-", "-")),
new SymbolicFeature("del_rel", new FeatureSymbol("del_rel+", "+"), new FeatureSymbol("del_rel-", "-")),
new SymbolicFeature("ATR", new FeatureSymbol("ATR+", "+"), new FeatureSymbol("ATR-", "-")),
new SymbolicFeature("strident", new FeatureSymbol("strident+", "+"), new FeatureSymbol("strident-", "-")),
new SymbolicFeature("cont", new FeatureSymbol("cont+", "+"), new FeatureSymbol("cont-", "-")),
new SymbolicFeature("nasal", new FeatureSymbol("nasal+", "+"), new FeatureSymbol("nasal-", "-")),
new SymbolicFeature("poa", new FeatureSymbol("bilabial"), new FeatureSymbol("labiodental"), new FeatureSymbol("alveolar"), new FeatureSymbol("velar"))
};
phonologicalFeatSys.Freeze();
var syntacticFeatSys = new SyntacticFeatureSystem
{
new SymbolicFeature("foo", new FeatureSymbol("foo+", "+"), new FeatureSymbol("foo-", "-")),
new SymbolicFeature("baz", new FeatureSymbol("baz+", "+"), new FeatureSymbol("baz-", "-")),
new SymbolicFeature("num", new FeatureSymbol("sg"), new FeatureSymbol("pl")),
new SymbolicFeature("pers", new FeatureSymbol("1"), new FeatureSymbol("2"), new FeatureSymbol("3"), new FeatureSymbol("4")),
new SymbolicFeature("tense", new FeatureSymbol("past"), new FeatureSymbol("pres")),
new SymbolicFeature("evidential", new FeatureSymbol("witnessed")),
new SymbolicFeature("aspect", new FeatureSymbol("perf"), new FeatureSymbol("impf")),
new SymbolicFeature("mood", new FeatureSymbol("active"), new FeatureSymbol("passive")),
new SymbolicFeature("fum", new FeatureSymbol("fum+", "+"), new FeatureSymbol("fum-", "-")),
new SymbolicFeature("bar", new FeatureSymbol("bar+", "+"), new FeatureSymbol("bar-", "-"))
};
syntacticFeatSys.AddPartsOfSpeech(new FeatureSymbol("N", "Noun"), new FeatureSymbol("V", "Verb"), new FeatureSymbol("TV", "Transitive Verb"),
new FeatureSymbol("IV", "Intransitive Verb"), new FeatureSymbol("A", "Adjective"));
Head = syntacticFeatSys.AddHeadFeature();
Foot = syntacticFeatSys.AddFootFeature();
syntacticFeatSys.Freeze();
Table1 = new CharacterDefinitionTable(SpanFactory)
{
Name = "table1"
};
AddSegDef(Table1, phonologicalFeatSys, "a", "cons-", "voc+", "high-", "low+", "back+", "round-", "vd+");
AddSegDef(Table1, phonologicalFeatSys, "i", "cons-", "voc+", "high+", "low-", "back-", "round-", "vd+");
AddSegDef(Table1, phonologicalFeatSys, "u", "cons-", "voc+", "high+", "low-", "back+", "round+", "vd+");
AddSegDef(Table1, phonologicalFeatSys, "o", "cons-", "voc+", "high-", "low-", "back+", "round+", "vd+");
AddSegDef(Table1, phonologicalFeatSys, "y", "cons-", "voc+", "high+", "low-", "back-", "round+", "vd+");
AddSegDef(Table1, phonologicalFeatSys, "ɯ", "cons-", "voc+", "high+", "low-", "back+", "round-", "vd+");
AddSegDef(Table1, phonologicalFeatSys, "p", "cons+", "voc-", "bilabial", "vd-", "asp-", "strident-", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "t", "cons+", "voc-", "alveolar", "vd-", "asp-", "del_rel-", "strident-", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "k", "cons+", "voc-", "velar", "vd-", "asp-", "strident-", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "ts", "cons+", "voc-", "alveolar", "vd-", "asp-", "del_rel+", "strident+", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "pʰ", "cons+", "voc-", "bilabial", "vd-", "asp+", "strident-", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "tʰ", "cons+", "voc-", "alveolar", "vd-", "asp+", "del_rel-", "strident-", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "kʰ", "cons+", "voc-", "velar", "vd-", "asp+", "strident-", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "tsʰ", "cons+", "voc-", "alveolar", "vd-", "asp+", "del_rel+", "strident+", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "b", "cons+", "voc-", "bilabial", "vd+", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "d", "cons+", "voc-", "alveolar", "vd+", "strident-", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "g", "cons+", "voc-", "velar", "vd+", "cont-", "nasal-");
AddSegDef(Table1, phonologicalFeatSys, "m", "cons+", "voc-", "bilabial", "vd+", "cont-", "nasal+");
AddSegDef(Table1, phonologicalFeatSys, "n", "cons+", "voc-", "alveolar", "vd+", "strident-", "cont-", "nasal+");
AddSegDef(Table1, phonologicalFeatSys, "ŋ", "cons+", "voc-", "velar", "vd+", "cont-", "nasal+");
AddSegDef(Table1, phonologicalFeatSys, "s", "cons+", "voc-", "alveolar", "vd-", "asp-", "del_rel-", "strident+", "cont+");
AddSegDef(Table1, phonologicalFeatSys, "z", "cons+", "voc-", "alveolar", "vd+", "asp-", "del_rel-", "strident+", "cont+");
AddSegDef(Table1, phonologicalFeatSys, "f", "cons+", "voc-", "labiodental", "vd-", "asp-", "strident+", "cont+");
AddSegDef(Table1, phonologicalFeatSys, "v", "cons+", "voc-", "labiodental", "vd+", "asp-", "strident+", "cont+");
Table2 = new CharacterDefinitionTable(SpanFactory)
{
Name = "table2"
};
AddSegDef(Table2, phonologicalFeatSys, "a", "cons-", "voc+", "high-", "low+", "back+", "round-", "vd+");
AddSegDef(Table2, phonologicalFeatSys, "i", "cons-", "voc+", "high+", "low-", "back-", "round-", "vd+");
AddSegDef(Table2, phonologicalFeatSys, "u", "cons-", "voc+", "high+", "low-", "back+", "round+", "vd+");
AddSegDef(Table2, phonologicalFeatSys, "y", "cons-", "voc+", "high+", "low-", "back-", "round+", "vd+");
AddSegDef(Table2, phonologicalFeatSys, "o", "cons-", "voc+", "high-", "low-", "back+", "round+", "vd+");
AddSegDef(Table2, phonologicalFeatSys, "p", "cons+", "voc-", "bilabial", "vd-");
AddSegDef(Table2, phonologicalFeatSys, "t", "cons+", "voc-", "alveolar", "vd-", "del_rel-", "strident-");
AddSegDef(Table2, phonologicalFeatSys, "k", "cons+", "voc-", "velar", "vd-");
AddSegDef(Table2, phonologicalFeatSys, "ts", "cons+", "voc-", "alveolar", "vd-", "del_rel+", "strident+");
AddSegDef(Table2, phonologicalFeatSys, "b", "cons+", "voc-", "bilabial", "vd+");
AddSegDef(Table2, phonologicalFeatSys, "d", "cons+", "voc-", "alveolar", "vd+", "strident-");
AddSegDef(Table2, phonologicalFeatSys, "g", "cons+", "voc-", "velar", "vd+");
AddSegDef(Table2, phonologicalFeatSys, "m", "cons+", "voc-", "bilabial", "vd+", "cont-", "nasal+");
AddSegDef(Table2, phonologicalFeatSys, "n", "cons+", "voc-", "alveolar", "vd+", "cont-", "nasal+");
AddSegDef(Table2, phonologicalFeatSys, "ŋ", "cons+", "voc-", "velar", "vd+", "cont-", "nasal+");
AddSegDef(Table2, phonologicalFeatSys, "s", "cons+", "voc-", "alveolar", "vd-", "asp-", "del_rel-", "strident+", "cont+");
AddSegDef(Table2, phonologicalFeatSys, "z", "cons+", "voc-", "alveolar", "vd+", "asp-", "del_rel-", "strident+", "cont+");
AddSegDef(Table2, phonologicalFeatSys, "f", "cons+", "voc-", "labiodental", "vd-", "asp-", "strident+", "cont+");
AddSegDef(Table2, phonologicalFeatSys, "v", "cons+", "voc-", "labiodental", "vd+", "asp-", "strident+", "cont+");
AddBdryDef(Table2, "+");
AddBdryDef(Table2, "#");
AddBdryDef(Table2, "!");
AddBdryDef(Table2, ".");
AddBdryDef(Table2, "$");
Table3 = new CharacterDefinitionTable(SpanFactory)
{
Name = "table3"
};
AddSegDef(Table3, phonologicalFeatSys, "a", "cons-", "voc+", "high-", "low+", "back+", "round-", "vd+", "ATR+", "cont+");
AddSegDef(Table3, phonologicalFeatSys, "a̘", "cons-", "voc+", "high-", "low+", "back+", "round-", "vd+", "ATR-", "cont+");
AddSegDef(Table3, phonologicalFeatSys, "i", "cons-", "voc+", "high+", "low-", "back-", "round-", "vd+", "cont+");
AddSegDef(Table3, phonologicalFeatSys, "u", "cons-", "voc+", "high+", "low-", "back+", "round+", "vd+", "cont+");
AddSegDef(Table3, phonologicalFeatSys, "y", "cons-", "voc+", "high+", "low-", "back-", "round+", "vd+", "cont+");
AddSegDef(Table3, phonologicalFeatSys, "ɯ", "cons-", "voc+", "high+", "low-", "back+", "round-", "vd+", "cont+");
AddSegDef(Table3, phonologicalFeatSys, "o", "cons-", "voc+", "high-", "low-", "back+", "round+", "vd+", "cont+");
AddSegDef(Table3, phonologicalFeatSys, "p", "cons+", "voc-", "bilabial", "vd-", "cont-", "nasal-");
AddSegDef(Table3, phonologicalFeatSys, "t", "cons+", "voc-", "alveolar", "vd-", "del_rel-", "strident-", "cont-", "nasal-");
AddSegDef(Table3, phonologicalFeatSys, "k", "cons+", "voc-", "velar", "vd-", "cont-", "nasal-");
AddSegDef(Table3, phonologicalFeatSys, "ts", "cons+", "voc-", "alveolar", "vd-", "del_rel+", "strident+", "cont-", "nasal-");
AddSegDef(Table3, phonologicalFeatSys, "b", "cons+", "voc-", "bilabial", "vd+", "cont-", "nasal-");
AddSegDef(Table3, phonologicalFeatSys, "d", "cons+", "voc-", "alveolar", "vd+", "strident-", "cont-", "nasal-");
AddSegDef(Table3, phonologicalFeatSys, "g", "cons+", "voc-", "velar", "vd+", "cont-", "nasal-");
AddSegDef(Table3, phonologicalFeatSys, "m", "cons+", "voc-", "bilabial", "vd+", "cont-", "nasal+");
AddSegDef(Table3, phonologicalFeatSys, "n", "cons+", "voc-", "alveolar", "vd+", "strident-", "cont-", "nasal+");
AddSegDef(Table3, phonologicalFeatSys, "ŋ", "cons+", "voc-", "velar", "vd+", "cont-", "nasal+");
AddSegDef(Table3, phonologicalFeatSys, "s", "cons+", "voc-", "alveolar", "vd-", "asp-", "del_rel-", "strident+", "cont+");
AddSegDef(Table3, phonologicalFeatSys, "z", "cons+", "voc-", "alveolar", "vd+", "asp-", "del_rel-", "strident+", "cont+");
AddSegDef(Table3, phonologicalFeatSys, "f", "cons+", "voc-", "labiodental", "vd-", "asp-", "strident+", "cont+");
AddSegDef(Table3, phonologicalFeatSys, "v", "cons+", "voc-", "labiodental", "vd+", "asp-", "strident+", "cont+");
AddBdryDef(Table3, "+");
AddBdryDef(Table3, "#");
AddBdryDef(Table3, "!");
AddBdryDef(Table3, ".");
Latinate = new MprFeature {
Name = "latinate"
};
Germanic = new MprFeature {
Name = "germanic"
};
Morphophonemic = new Stratum(Table3)
{
Name = "Morphophonemic", MorphologicalRuleOrder = MorphologicalRuleOrder.Unordered
};
Allophonic = new Stratum(Table1)
{
Name = "Allophonic", MorphologicalRuleOrder = MorphologicalRuleOrder.Unordered
};
Surface = new Stratum(Table1)
{
Name = "Surface", MorphologicalRuleOrder = MorphologicalRuleOrder.Unordered
};
Entries = new Dictionary <string, LexEntry>();
var fs = FeatureStruct.New(syntacticFeatSys)
.Symbol("N")
.Feature(Head).EqualTo(head => head
.Symbol("foo+").Symbol("baz-"))
.Feature(Foot).EqualTo(foot => foot
.Symbol("fum-").Symbol("bar+")).Value;
AddEntry("1", fs, Allophonic, "pʰit");
fs = FeatureStruct.New(syntacticFeatSys)
.Symbol("N")
.Feature(Head).EqualTo(head => head
.Symbol("foo+").Symbol("baz-"))
.Feature(Foot).EqualTo(foot => foot
.Symbol("fum-").Symbol("bar+")).Value;
AddEntry("2", fs, Allophonic, "pit");
AddEntry("5", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "pʰut");
AddEntry("6", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "kʰat");
AddEntry("7", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "kʰut");
AddEntry("8", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "dat");
AddEntry("9", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Allophonic, "dat");
AddEntry("10", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "ga̘p");
AddEntry("11", FeatureStruct.New(syntacticFeatSys).Symbol("A").Value, Morphophonemic, "gab");
AddEntry("12", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Morphophonemic, "ga+b");
AddEntry("13", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bubabu");
AddEntry("14", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bubabi");
AddEntry("15", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bɯbabu");
AddEntry("16", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bibabi");
AddEntry("17", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bubi");
AddEntry("18", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bibu");
AddEntry("19", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Morphophonemic, "b+ubu");
AddEntry("20", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bubababi");
AddEntry("21", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bibababu");
AddEntry("22", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bubabababi");
AddEntry("23", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bibabababu");
AddEntry("24", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bubui");
AddEntry("25", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "buibu");
AddEntry("26", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "buibui");
AddEntry("27", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "buiibuii");
AddEntry("28", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "buitibuiti");
AddEntry("29", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "iibubu");
AddEntry("30", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Morphophonemic, "bu+ib");
AddEntry("31", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Morphophonemic, "buib");
AddEntry("32", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "sag");
AddEntry("33", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "sas");
AddEntry("34", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "saz");
AddEntry("35", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "sat");
AddEntry("36", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "sasibo");
AddEntry("37", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "sasibut");
AddEntry("38", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "sasibud");
AddEntry("39", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "ab+ba");
AddEntry("40", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "abba");
AddEntry("41", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Allophonic, "pip");
AddEntry("42", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "bubibi");
AddEntry("43", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "bubibu");
AddEntry("44", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "gigigi");
AddEntry("45", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "nbinding");
AddEntry("46", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "bupu");
AddEntry("47", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "tag");
AddEntry("48", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "pag");
AddEntry("49", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "ktb");
AddEntry("50", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Allophonic, "suupu");
AddEntry("51", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Morphophonemic, "miu");
AddEntry("52", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Morphophonemic, "pu");
AddEntry("53", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Morphophonemic, "mi");
AddEntry("54", FeatureStruct.New().Value, Morphophonemic, "pi");
AddEntry("55", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Morphophonemic, "mim+ɯɯ");
fs = FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("num").EqualTo("pl")).Value;
AddEntry("Perc0", fs, Morphophonemic, "ssag");
fs = FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("pers").EqualTo("1")
.Feature("num").EqualTo("pl")).Value;
AddEntry("Perc1", fs, Morphophonemic, "ssag");
fs = FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("pers").EqualTo("3")
.Feature("num").EqualTo("pl")).Value;
AddEntry("Perc2", fs, Morphophonemic, "ssag");
fs = FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("pers").EqualTo("2", "3")
.Feature("num").EqualTo("pl")).Value;
AddEntry("Perc3", fs, Morphophonemic, "ssag");
fs = FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("pers").EqualTo("1", "3")
.Feature("num").EqualTo("pl")).Value;
AddEntry("Perc4", fs, Morphophonemic, "ssag");
var seeFamily = new LexFamily {
Name = "SEE"
};
seeFamily.Entries.Add(AddEntry("bl1", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "si"));
fs = FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("tense").EqualTo("past")).Value;
seeFamily.Entries.Add(AddEntry("bl2", fs, Morphophonemic, "sau"));
fs = FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("tense").EqualTo("pres")).Value;
seeFamily.Entries.Add(AddEntry("bl3", fs, Morphophonemic, "sis"));
LexEntry entry = AddEntry("pos1", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "ba");
entry.MprFeatures.Add(Latinate);
entry = AddEntry("pos2", FeatureStruct.New(syntacticFeatSys).Symbol("N").Value, Morphophonemic, "ba");
entry.MprFeatures.Add(Germanic);
var vowel = FeatureStruct.New(phonologicalFeatSys).Symbol(HCFeatureSystem.Segment).Symbol("voc+").Value;
entry = AddEntry("free", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "tap", "taz", "tas");
entry.Allomorphs[0].Environments.Add(new AllomorphEnvironment(SpanFactory, ConstraintType.Require, null, Pattern <Word, ShapeNode> .New().Annotation(vowel).Value));
entry = AddEntry("disj", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "baz", "bat", "bad", "bas");
var unroundedVowel = FeatureStruct.New(phonologicalFeatSys).Symbol(HCFeatureSystem.Segment).Symbol("voc+").Symbol("round-").Value;
entry.Allomorphs[0].Environments.Add(new AllomorphEnvironment(SpanFactory, ConstraintType.Require, null, Pattern <Word, ShapeNode> .New().Annotation(unroundedVowel).Value));
entry.Allomorphs[1].Environments.Add(new AllomorphEnvironment(SpanFactory, ConstraintType.Require, null, Pattern <Word, ShapeNode> .New().Annotation(vowel).Value));
entry.Allomorphs[2].Environments.Add(new AllomorphEnvironment(SpanFactory, ConstraintType.Require, null, Pattern <Word, ShapeNode> .New().Annotation(vowel).Value));
entry = AddEntry("stemname", FeatureStruct.New(syntacticFeatSys).Symbol("V").Feature(Head).EqualTo(head => head.Feature("tense").EqualTo("pres")).Value, Morphophonemic, "san", "sad", "sap");
entry.Allomorphs[1].StemName = new StemName(
FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("pers").EqualTo("1")).Value,
FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("pers").EqualTo("2")).Value)
{
Name = "sn1"
};
entry.Allomorphs[2].StemName = new StemName(
FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("pers").EqualTo("1")).Value,
FeatureStruct.New(syntacticFeatSys)
.Symbol("V")
.Feature(Head).EqualTo(head => head
.Feature("pers").EqualTo("3")).Value)
{
Name = "sn2"
};
AddEntry("synfs", FeatureStruct.New(syntacticFeatSys).Symbol("V").Feature(Head).EqualTo(head => head.Feature("tense").EqualTo("pres")).Value, Morphophonemic, "bag");
entry = AddEntry("bound", FeatureStruct.New(syntacticFeatSys).Symbol("V").Value, Morphophonemic, "dag");
entry.PrimaryAllomorph.IsBound = true;
Language = new Language
{
Name = "Test",
PhonologicalFeatureSystem = phonologicalFeatSys,
SyntacticFeatureSystem = syntacticFeatSys,
Strata = { Morphophonemic, Allophonic, Surface }
};
}
static CogFeatureSystem()
{
AnchorType = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "anchor"
};
VowelType = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "vowel"
};
ConsonantType = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "consonant"
};
ToneLetterType = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "toneLetter"
};
BoundaryType = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "boundary"
};
SyllableType = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "syllable"
};
StemType = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "stem"
};
PrefixType = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "prefix"
};
SuffixType = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "suffix"
};
Type = new SymbolicFeature(Guid.NewGuid().ToString(), AnchorType, VowelType, ConsonantType, ToneLetterType, BoundaryType, SyllableType, StemType, PrefixType, SuffixType)
{
Description = "Type"
};
Complex = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "complex"
};
Simple = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "simple"
};
SegmentType = new SymbolicFeature(Guid.NewGuid().ToString(), Complex, Simple)
{
Description = "SegmentType"
};
OriginalStrRep = new StringFeature(Guid.NewGuid().ToString())
{
Description = "OriginalStrRep"
};
StrRep = new StringFeature(Guid.NewGuid().ToString())
{
Description = "StrRep"
};
First = new ComplexFeature(Guid.NewGuid().ToString())
{
Description = "First"
};
Onset = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "onset"
};
Nucleus = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "nucleus"
};
Coda = new FeatureSymbol(Guid.NewGuid().ToString())
{
Description = "coda"
};
SyllablePosition = new SymbolicFeature(Guid.NewGuid().ToString(), Onset, Nucleus, Coda)
{
Description = "SyllablePosition"
};
Instance = new CogFeatureSystem();
}
public void Features_IsEnabled_ReturnsTrue_WhenComplexFeatureContainsSubfeature()
{
// test feature a/b/c
var feature = new ComplexFeature("a", new ComplexFeature("b", new Feature("c")));
Assert.True(Features.IsEnabled(SetupRegistry(feature), new[] { "a", "b", "c" }));
}
public void Features_IsEnabled_ReturnsFalse_WhenComplexFeatureDoesntContainSubfeature()
{
// test feature a/b where b is not present in a
var feature = new ComplexFeature("a", new Feature("c"));
Assert.False(Features.IsEnabled(SetupRegistry(feature), new[] { "a", "b" }));
}
