public FormInfo(Lemmatizer parent, AutomAnnotationInner a, string inputWordForm, bool found) {
_innerAnnot = a;
_parent = parent;
_found = found;
_inputWordBase = inputWordForm;
var m = FlexiaModel[a.ItemNo];
var flexLength = m.FlexiaStr.Length;
// It can be so( if CLemmatizer::PredictByDataBase was used) that
// the flexion is not suffix of m_InputWordBase, but only part of it.
// If so, then we cannot generate paradigm, since the current form cannot be
// divided into two parts: the base and a known flexion.
if (_found
|| ((_inputWordBase.Length >= flexLength)
&& (_inputWordBase.Substring(_inputWordBase.Length - flexLength) == m.FlexiaStr))) {
_flexiaWasCut = true;
var rempos = _inputWordBase.Length - m.FlexiaStr.Length;
if (rempos < _inputWordBase.Length) {
_inputWordBase = _inputWordBase.Remove(rempos);
}
} else {
_flexiaWasCut = false;
}
var lemmPrefix = _parent.Prefixes[_innerAnnot.PrefixNo];
if (_found
|| ((_inputWordBase.Substring(0, lemmPrefix.Length) == lemmPrefix)
&& (_inputWordBase.Substring(lemmPrefix.Length, m.PrefixStr.Length) == m.PrefixStr))) {
_inputWordBase = _inputWordBase.Remove(0, lemmPrefix.Length + m.PrefixStr.Length);
_prefixesWereCut = true;
} else {
_prefixesWereCut = false;
}
}
private void GetAllMorphInterpsRecursive(int nodeNo, string currPath, IList <AutomAnnotationInner> infos)
{
if (_nodes[nodeNo].IsFinal)
{
var a = new AutomAnnotationInner();
int i = DecodeFromAlphabet(currPath);
int itemNo;
int modelNo;
int prefixNo;
DecodeMorphAutomatInfo(i, out modelNo, out itemNo, out prefixNo);
a.ItemNo = (short)itemNo;
a.ModelNo = (short)modelNo;
a.PrefixNo = (short)prefixNo;
infos.Add(a);
}
var count = GetChildrenCount(nodeNo);
var currPathSize = currPath.Length;
var buff = new char[currPathSize + 1];
currPath.CopyTo(0, buff, 0, currPathSize);
for (var i = 0; i < count; i++)
{
var p = GetChildren(nodeNo, i);
buff[currPathSize] = _tools.GetChar(p.RelationalChar, Lemmatizer.CodePage);
GetAllMorphInterpsRecursive(p.ChildNo, new string(buff), infos);
}
}
public bool SetParadigmId(int newVal)
{
if (_parent == null)
{
throw new MorphException("_parent == null");
}
var a = new AutomAnnotationInner();
a.SplitParadigmId(newVal);
if (a.LemmaInfoNo > _parent.LemmaInfos.Count)
{
return(false);
}
if (a.PrefixNo > _parent.Prefixes.Count)
{
return(false);
}
a.ItemNo = 0;
a.Weight = _parent.Statistic.GetHomoWeight(a.ParadigmId, 0);
a.ModelNo = _parent.LemmaInfos[a.LemmaInfoNo].LemmaInfo.FlexiaModelNo;
_innerAnnot = a;
_prefixesWereCut = true;
_flexiaWasCut = true;
_found = true;
_inputWordBase = SrcNorm;
_inputWordBase = _inputWordBase.Remove(_inputWordBase.Length - FlexiaModel.FirstFlex.Length);
return(true);
}
private AutomAnnotationInner ConvertPredictTupleToAnnot(PredictTuple input) {
var node = new AutomAnnotationInner();
node.LemmaInfoNo = input.LemmaInfoNo;
node.ModelNo = LemmaInfos[node.LemmaInfoNo].LemmaInfo.FlexiaModelNo;
node.Weight = 0;
node.PrefixNo = 0;
node.ItemNo = input.ItemNo;
return node;
}
private AutomAnnotationInner ConvertPredictTupleToAnnot(PredictTuple input)
{
var node = new AutomAnnotationInner();
node.LemmaInfoNo = input.LemmaInfoNo;
node.ModelNo = LemmaInfos[node.LemmaInfoNo].LemmaInfo.FlexiaModelNo;
node.Weight = 0;
node.PrefixNo = 0;
node.ItemNo = input.ItemNo;
return(node);
}
public FormInfo(Lemmatizer parent, AutomAnnotationInner a, string inputWordForm, bool found)
{
_innerAnnot = a;
_parent = parent;
_found = found;
_inputWordBase = inputWordForm;
var m = FlexiaModel[a.ItemNo];
var flexLength = m.FlexiaStr.Length;
_tools = new Tools();
// It can be so( if CLemmatizer::PredictByDataBase was used) that
// the flexion is not suffix of m_InputWordBase, but only part of it.
// If so, then we cannot generate paradigm, since the current form cannot be
// divided into two parts: the base and a known flexion.
if (_found ||
((_inputWordBase.Length >= flexLength) &&
(_inputWordBase.Substring(_inputWordBase.Length - flexLength) == m.FlexiaStr)))
{
_flexiaWasCut = true;
var rempos = _inputWordBase.Length - m.FlexiaStr.Length;
if (rempos < _inputWordBase.Length)
{
_inputWordBase = _inputWordBase.Remove(rempos);
}
}
else
{
_flexiaWasCut = false;
}
var lemmPrefix = _parent.Prefixes[_innerAnnot.PrefixNo];
if (_found ||
((_inputWordBase.Substring(0, lemmPrefix.Length) == lemmPrefix) &&
(_inputWordBase.Substring(lemmPrefix.Length, m.PrefixStr.Length) == m.PrefixStr)))
{
_inputWordBase = _inputWordBase.Remove(0, lemmPrefix.Length + m.PrefixStr.Length);
_prefixesWereCut = true;
}
else
{
_prefixesWereCut = false;
}
}
private void GetAllMorphInterpsRecursive(int nodeNo, string currPath, IList<AutomAnnotationInner> infos) {
if (_nodes[nodeNo].IsFinal) {
var a = new AutomAnnotationInner();
int i = DecodeFromAlphabet(currPath);
int itemNo;
int modelNo;
int prefixNo;
DecodeMorphAutomatInfo(i, out modelNo, out itemNo, out prefixNo);
a.ItemNo = (short)itemNo;
a.ModelNo = (short)modelNo;
a.PrefixNo = (short)prefixNo;
infos.Add(a);
}
var count = GetChildrenCount(nodeNo);
var currPathSize = currPath.Length;
var buff = new char[currPathSize + 1];
currPath.CopyTo(0, buff, 0, currPathSize);
for (var i = 0; i < count; i++) {
var p = GetChildren(nodeNo, i);
buff[currPathSize] = Tools.GetChar(p.RelationalChar);
GetAllMorphInterpsRecursive(p.ChildNo, new string(buff), infos);
}
}
public bool SetParadigmId(int newVal) {
if (_parent == null) {
throw new MorphException("_parent == null");
}
var a = new AutomAnnotationInner();
a.SplitParadigmId(newVal);
if (a.LemmaInfoNo > _parent.LemmaInfos.Count) {
return false;
}
if (a.PrefixNo > _parent.Prefixes.Count) {
return false;
}
a.ItemNo = 0;
a.Weight = _parent.Statistic.GetHomoWeight(a.ParadigmId, 0);
a.ModelNo = _parent.LemmaInfos[a.LemmaInfoNo].LemmaInfo.FlexiaModelNo;
_innerAnnot = a;
_prefixesWereCut = true;
_flexiaWasCut = true;
_found = true;
_inputWordBase = SrcNorm;
_inputWordBase=_inputWordBase.Remove(_inputWordBase.Length - FlexiaModel.FirstFlex.Length);
return true;
}
