public Phoneme(float height, float backness, float roundedness)
{
IsVoiced = true;
ArticulationPlace = ConsonantPlace.None;
ArticulationType = Phonetics.ConsonantManner.Fricative;
Height = height;
Backness = backness;
Roundedness = roundedness;
}
public Phoneme(float height, float backness, float roundedness, bool voiced = true,
ConsonantPlace artPlace = ConsonantPlace.None, ConsonantManner artType = Phonetics.ConsonantManner.Fricative)
{
IsVoiced = voiced;
Height = height;
Backness = backness;
Roundedness = roundedness;
ArticulationPlace = artPlace;
ArticulationType = artType;
}
private static bool GetConsonantPosition(Segment consonant, out ConsonantPlace place, out ConsonantManner manner, out bool voiced)
{
FeatureStruct fs = consonant.FeatureStruct;
if (consonant.IsComplex)
{
fs = consonant.FeatureStruct.GetValue <FeatureStruct>(CogFeatureSystem.First);
}
var placeSymbol = (FeatureSymbol)fs.GetValue <SymbolicFeatureValue>("place");
var mannerSymbol = (FeatureSymbol)fs.GetValue <SymbolicFeatureValue>("manner");
var voiceSymbol = (FeatureSymbol)fs.GetValue <SymbolicFeatureValue>("voice");
var nasalSymbol = (FeatureSymbol)fs.GetValue <SymbolicFeatureValue>("nasal");
manner = default(ConsonantManner);
voiced = false;
if (!ConsonantPlaceLookup.TryGetValue(placeSymbol.ID, out place))
{
return(false);
}
if (nasalSymbol.ID == "nasal+")
{
manner = ConsonantManner.Nasal;
}
else if (ConsonantMannerLookup.TryGetValue(mannerSymbol.ID, out manner))
{
var lateralSymbol = (FeatureSymbol)fs.GetValue <SymbolicFeatureValue>("lateral");
if (lateralSymbol.ID == "lateral+")
{
switch (manner)
{
case ConsonantManner.Fricative:
manner = ConsonantManner.LateralFricative;
break;
case ConsonantManner.Approximant:
manner = ConsonantManner.LateralApproximant;
break;
}
}
}
else
{
return(false);
}
voiced = voiceSymbol.ID == "voice+";
return(true);
}
private static bool GetConsonantPosition(Segment consonant, out ConsonantPlace place, out ConsonantManner manner, out bool voiced)
{
FeatureStruct fs = consonant.FeatureStruct;
if (consonant.IsComplex)
fs = consonant.FeatureStruct.GetValue<FeatureStruct>(CogFeatureSystem.First);
var placeSymbol = (FeatureSymbol) fs.GetValue<SymbolicFeatureValue>("place");
var mannerSymbol = (FeatureSymbol) fs.GetValue<SymbolicFeatureValue>("manner");
var voiceSymbol = (FeatureSymbol) fs.GetValue<SymbolicFeatureValue>("voice");
var nasalSymbol = (FeatureSymbol) fs.GetValue<SymbolicFeatureValue>("nasal");
manner = default(ConsonantManner);
voiced = false;
if (!ConsonantPlaceLookup.TryGetValue(placeSymbol.ID, out place))
return false;
if (nasalSymbol.ID == "nasal+")
{
manner = ConsonantManner.Nasal;
}
else if (ConsonantMannerLookup.TryGetValue(mannerSymbol.ID, out manner))
{
var lateralSymbol = (FeatureSymbol) fs.GetValue<SymbolicFeatureValue>("lateral");
if (lateralSymbol.ID == "lateral+")
{
switch (manner)
{
case ConsonantManner.Fricative:
manner = ConsonantManner.LateralFricative;
break;
case ConsonantManner.Approximant:
manner = ConsonantManner.LateralApproximant;
break;
}
}
}
else
{
return false;
}
voiced = voiceSymbol.ID == "voice+";
return true;
}
public ConsonantPlaceVertex(ConsonantPlace place)
{
_place = place;
}
private static void Consonant(string xsampa, ConsonantPlace place, ConsonantManner type, bool voiced)
{
var consonant = new Phoneme(place, type, voiced);
_presetsXSAMPA[xsampa] = consonant;
}
public GlobalConsonantVertex(ConsonantPlace place, ConsonantManner manner, bool voiced)
{
_place = place;
_manner = manner;
_voiced = voiced;
}
public Phoneme(ConsonantPlace artPlace, ConsonantManner artType, bool voiced = false)
{
IsVoiced = voiced;
ArticulationPlace = artPlace;
ArticulationType = artType;
}
public GlobalConsonantVertex(ConsonantPlace place, ConsonantManner manner, bool voiced)
{
_place = place;
_manner = manner;
_voiced = voiced;
}
public ConsonantPlaceVertex(ConsonantPlace place)
{
_place = place;
}
