Parse(string s)
{
var lst = new List <AltMSyl> ();
int idx = 0;
int noiseStart = -1, noiseCount = 0;
while (idx < s.Length)
{
MSyl syl = MunchSyllable(s, ref idx);
if (syl == MSyl.Default)
{
if (noiseStart < 0)
{
noiseStart = idx;
noiseCount = 0;
}
idx++;
noiseCount++;
}
else
{
if (noiseStart >= 0)
{
lst.Add(new AltMSyl(s.Substring(noiseStart, noiseCount)));
noiseStart = -1;
}
lst.Add(new AltMSyl(syl));
}
}
if (noiseStart >= 0)
{
lst.Add(new AltMSyl(s.Substring(noiseStart)));
}
return(lst);
}
Transcribe(MSyl syl)
{
string t = _tTrans[syl.Tone];
syl.Tone = TONE.NEUTRAL;
string s = base.Transcribe(syl);
return(s + t);
}
MunchSyllable(string s, ref int idx)
{
MSyl syl = base.MunchSyllable(s, ref idx);
TONE t;
if (_tDict.TryMatchStart(s, ref idx, out t))
{
syl.Tone = t;
}
return(syl);
}
Transcribe(MSyl syl)
{
string init = "";
INIT i = syl.Initial;
TONE t = syl.Tone;
if (t == TONE.NEUTRAL)
{
init = ".";
t = TONE.CLEAR;
}
try {
if (i == INIT.Void)
{
if (syl.Medial > MED._)
{
if (t > TONE.MUDDY && t < TONE.NEUTRAL || syl.Rime == RIME.ONG) //oblique forms
{
return(init + _ywObliqueTrans [new MRt(syl.Rime, t)]);
}
}
}
else
{
if (syl.InitialGroup == INITGROUP.GGRP && syl.IsPalatized) //gi ki hi gni
{
init += i == INIT.G ? "j" : i == INIT.K ? "ch" : i == INIT.H ? "sh" : "gn";
}
else
{
init += _iTrans [i];
if (i.IsSonorant())
{
if (syl.Tone == TONE.CLEAR)
{
init += "h";
}
else if (syl.Tone == TONE.MUDDY)
{
t = TONE.CLEAR;
}
}
}
}
return(init + _rTrans [new MRt(syl.Rime, t)]);
} catch (Exception) {
throw new ArgumentException(
string.Format("Try to transcribe a invalid mandarin syllable:{0} into GwoyeuRomatzyh!", syl));
}
}
Transcribe(MSyl syl)
{
var bpmf = new System.Text.StringBuilder();
bpmf.Append((syl.IsPalatized && syl.InitialGroup == INITGROUP.GGRP) ?
_giGrp [syl.Initial] : _iTrans [syl.Initial]
);
bpmf.Append(_mTrans [syl.Medial]);
bpmf.Append(_fTrans [syl.Final]);
bpmf.Append(_tTrans [syl.Tone]);
return(bpmf.ToString());
}
Transcribe(MSyl syl)
{
string start, end = "";
INIT i = syl.Initial;
TONE t = syl.Tone;
MED m = syl.Medial;
RIME r = syl.Rime;
//initial
if (i == INIT.Void && m != MED._) //y w yu
{
return(_m0Trans[new MRt(r, t)]);
}
else if (syl.InitialGroup == INITGROUP.GGRP && syl.IsPalatized) //j q x
{
start = _specInit[i];
if (m == MED.IU && syl.Final != FIN.ENG) //ü -> u but not iong
{
r = (RIME)((byte)MED.U | (byte)syl.Final); //ju qu xu
}
}
else if (syl.InitialGroup == INITGROUP.TZGRP && m == MED.I && syl.Final == FIN.ZERO) //zyi cyi syi
{
start = _specInit[i];
}
else
{
start = _miTrans[i];
}
//final
_mfTrans.TryGetValue(new MRt(r, t), out end);
return(start + end);
}
public MImt(INIT i, MED m = MED._, TONE t = TONE.NEUTRAL)
{
_syl = new MSyl(i, m, FIN.ZERO, t);
}
public MImt(MSyl syl)
{
_syl = syl;
}
public AltMSyl(MSyl syl)
{
MSyl = syl; Noise = null;
}
public AltMSyl(string noise)
{
Noise = noise; MSyl = MSyl.Default;
}
public MRt(RIME rime, TONE tone)
{
_syl = new MSyl((byte)tone, (byte)rime);
}
public MRt(FIN fin, MED med = MED._, TONE tone = TONE.NEUTRAL)
{
_syl = new MSyl(INIT.Void, med, fin, tone);
}