private IndicAkshar[] LeftTrimLines(IndicAkshar[] input)
{
List <IndicAkshar> List = new List <IndicAkshar>();
bool newLineFound = false;
foreach (IndicAkshar ICS in input)
{
if (ICS.ToString2() == Constants.NewLine)
{
newLineFound = true;
List.Add(ICS);
continue;
}
if (newLineFound)
{
if (ICS.ToString2() == Constants.Space)
{
continue;
}
}
newLineFound = false;
List.Add(ICS);
}
IndicAkshar[] output = new IndicAkshar[List.Count];
for (int i = 0; i < List.Count; i++)
{
output[i] = List[i];
}
return(output);
}
private List <string> ExtractConso(string s1)
{
List <string> L = new List <string>();
IndicAkshar IA = new IndicAkshar();
IA.SetChars(s1, I.CharSet);
foreach (char c in StringPlus.ToCharArray(s1))
{
bool f = StringPlus.Contains(Conso, c.ToString());
if (f)
{
L.Add(c.ToString());
}
}
return(L);
}
private void InvarientVibhajana2(string s)
{
#region Null Check...
IndicAkshar[] ICS = this.Split(s);
if (ICS == null)
{
return;
}
#endregion
#region Trim the Spaces at the begenning Each Line
ICS = this.LeftTrimLines(ICS);
#endregion
#region Prepare & White Listing
List <IndicAkshar> L = new List <IndicAkshar>();
int c = 0;
string prev = "";
foreach (IndicAkshar A2 in ICS)
{
string curr = A2.ToString2();
bool bypass = false;
if (A2.Chars.Length == 1)
{
if (StringPlus.Contains(Accept, curr))
{
Raw.Add(curr);
curr = " ";
bypass = true;
}
if (StringPlus.Contains("-", curr))
{
Raw.Add(curr);
curr = ""; //Samasam
bypass = false;
}
}
if (!bypass)
{
if (!A2.IsValid || A2.Length == 0)
{
continue;
}
}
#region Remove Redundnat Spaces and New Lines
if (curr == prev && (curr == Constants.Space || curr == Constants.NewLine))
{
continue;
}
#endregion
IndicAkshar T = new IndicAkshar();
T.SetChars(curr, this.CharSet);
if (T.IsPolluEnder)
{
if (c - 1 >= 0)
{
Raw[Raw.Count - 1] = L[c - 1].ToString2() + curr;
T = GetLangAkshar();
T.SetChars(L[c - 1].ToString2() + curr, this.CharSet);
L[c - 1] = T;
continue;
}
}
Raw.Add(curr);
L.Add(T);
prev = curr;
c++;
}
#endregion
bool NL = false;
string lastSym = "";
string lastChar = "";
bool flg = false;
foreach (IndicAkshar T in L)
{
string currSym = T.GetSymbol();
if (currSym == Constants.NewLine)
{
NL = true;
continue;
}
#region Manipulate Prev Item
if (T.IsCompoundChar && !T.IsPolluEnder)
{
if (lastChar != Constants.Blank && lastChar != Constants.Space)
{
if (T.ChangePrev)
{
lastSym = Symbols.GURUVU;
}
if (!T.AlwaysGuruvu)
{
currSym = Symbols.LAGHUVU;
}
}
}
else if (T.IsPolluEnder)
{
if (T.IsCompoundChar && lastChar != Constants.Blank && lastChar != Constants.Space)
{
if (T.ChangePrev)
{
lastSym = Symbols.GURUVU;
}
if (!T.AlwaysGuruvu)
{
currSym = Symbols.LAGHUVU;
}
}
currSym = Symbols.GURUVU;
}
#endregion
_SymbStream = _SymbStream + lastSym;
_StrStream = _StrStream + lastChar + (flg ? Constants.Space : Constants.Blank);
_RawStrStream = _RawStrStream + lastChar;
if (lastChar != "")
{
_GSplit.Add(lastChar);
}
if (NL)
{
_StrStream = _StrStream + Constants.NewLine;
_SymbStream = _SymbStream + Constants.NewLine;
_RawStrStream = _RawStrStream + lastChar + Constants.NewLine;
_GSplit.Add(Constants.NewLine);
NL = false;
lastChar = T.ToString2();
lastSym = currSym;
continue;
}
lastSym = currSym;
lastChar = T.ToString2();
flg = T.IsPolluEnder;
}
if (lastSym != Constants.Blank || lastChar != Constants.Blank)
{
_SymbStream = _SymbStream + lastSym;
_StrStream = _StrStream + lastChar + (flg ? Constants.Space : Constants.Blank);
_RawStrStream = _RawStrStream + lastChar;
_GSplit.Add(lastChar);
}
int _prel = 0;
foreach (string l in _SymbStream.Replace(" ", "").Split('\n'))
{
if (l.Length > 1)
{
_prel++;
}
}
PreLines = _prel;
}
public TeluguAksharam(IndicAkshar C)
{
this.Chars = C.Chars;
}
