public static boolean adverbial_Particle(Stack s) {
byte[] topElmt = ((Entry) s.peek()).getPart();
byte[] oldTopElmt = topElmt;
// kayil
if (ByteMeth.endsWith(topElmt, Constant.kayil)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "kayil");
s.pop();
s.push(new Entry(Constant.kayil, Tag.ParticleSuffix)); // change
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.kayil.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.k(s);
return true;
}
// poothu
if (ByteMeth.endsWith(topElmt, Constant.poothu)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "poothu");
s.pop();
s.push(new Entry(Constant.poothu, Tag.ParticleSuffix)); // change
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.poothu.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.k(s);
return true;
}
return false;
}
public static boolean pastTM_Al(Stack s) {
byte[] topElmt = ((Entry) s.peek()).getPart();
byte[] oldTopElmt = topElmt;
if (BooleanMethod.endsWith_PastTMHuman_Al(topElmt)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "TM_Al");
s.pop();
s.push(new Entry(Constant.Al, Tag.ConditionalSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.Al.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Tense.human(s);
return true;
}
if (BooleanMethod.endsWith_PastTMHuman_Alum(topElmt)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "TM_Alum");
s.pop();
s.push(new Entry(Constant.um, Tag.Clitic));
s.push(new Entry(Constant.Al, Tag.ConditionalSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.Alum.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Tense.human(s);
return true;
}
return false;
}
public static boolean imperativeSingular2(Stack s) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "ISM 2 - uta,uti");
byte[] topElmt = ((Entry) s.peek()).getPart();
byte[] oldTopElmt = topElmt;
// utA
if (ByteMeth.endsWith(topElmt, Constant.utA)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "utA");
s.pop();
s.push(new Entry(Constant.utA, Tag.ImperativeSingularSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.utA.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.type5(s);
return true;
}
// uti
if (ByteMeth.endsWith(topElmt, Constant.uti)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "uti");
s.pop();
s.push(new Entry(Constant.uti, Tag.ImperativeSingularSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.uti.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.type5(s);
return true;
}
// ummA
if (ByteMeth.endsWith(topElmt, Constant.ummA)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "ummA");
s.pop();
s.push(new Entry(Constant.ummA, Tag.ImperativeSingularSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.ummA.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.type5(s);
return true;
}
// uppA
if (ByteMeth.endsWith(topElmt, Constant.uppA)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "uppA");
s.pop();
s.push(new Entry(Constant.uppA, Tag.ImperativeSingularSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.uppA.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.type5(s);
return true;
}
// uyyA
if (ByteMeth.endsWith(topElmt, Constant.uyyA)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "uyyA");
s.pop();
s.push(new Entry(Constant.uyyA, Tag.ImperativeSingularSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.uyyA.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.type5(s);
return true;
}
return false;
}
public static boolean imperativeSingular1(Stack s) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "ISM 1 - ta,ti");
byte[] topElmt = ((Entry) s.peek()).getPart();
byte[] oldTopElmt = topElmt;
// tA
if (ByteMeth.endsWith(topElmt, Constant.tA)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "tA");
s.pop();
s.push(new Entry(Constant.tA, Tag.ImperativeSingularSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.tA.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// ti
if (ByteMeth.endsWith(topElmt, Constant.ti)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "ti");
s.pop();
s.push(new Entry(Constant.ti, Tag.ImperativeSingularSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.ti.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// mmA
if (ByteMeth.endsWith(topElmt, Constant.mmA)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "mmA");
s.pop();
s.push(new Entry(Constant.mmA, Tag.ImperativeSingularSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.mmA.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// ppA
if (ByteMeth.endsWith(topElmt, Constant.ppA)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "ppA");
s.pop();
s.push(new Entry(Constant.ppA, Tag.ImperativeSingularSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.ppA.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// yyA
if (ByteMeth.endsWith(topElmt, Constant.yyA)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "yyA");
s.pop();
s.push(new Entry(Constant.yyA, Tag.ImperativeSingularSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.yyA.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
return false;
}
public static boolean imperativePlural2(Stack s) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "IPM2");
byte[] topElmt = ((Entry) s.peek()).getPart();
byte[] oldTopElmt = topElmt;
if (ByteMeth.endsWith(topElmt, Constant.ngkaL)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "ngkaL");
s.pop();
s.push(new Entry(Constant.ngkaL, Tag.ImperativePluralSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.ngkaL.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.type2(s);
Sandhi.type5(s);
return true;
}
return false;
}
public static boolean imperativePlural1(Stack s) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "IPM1");
byte[] topElmt = ((Entry) s.peek()).getPart();
byte[] oldTopElmt = topElmt;
// ungkaL
if (ByteMeth.endsWith(topElmt, Constant.ungkaL)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "ungkaL");
s.pop();
s.push(new Entry(Constant.ungkaL, Tag.ImperativePluralSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.ungkaL.length);
if (ByteMeth.isEqual(topElmt, Constant.vAr) || ByteMeth.isEqual(topElmt, Constant.thAr)) {
topElmt = ByteMeth.replace(topElmt, Constant.aru, 2);
}
if (ByteMeth.isEqual(topElmt, Constant.sAk)) {
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - 1);
}
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.type2(s);
Sandhi.type5(s);
return true;
}
return false;
}
public static boolean umpadi(Stack s) {
byte[] topElmt = ((Entry) s.peek()).getPart();
byte[] oldTopElmt = topElmt;
if (ByteMeth.endsWith(topElmt, Constant.umpadi)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "umpadi");
s.pop();
s.push(new Entry(Constant.pati, Tag.ParticleSuffix));
s.push(new Entry(Constant.um, Tag.ThirdFutureNeuterSingularORRP));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.umpadi.length);
if (ByteMeth.isEqual(topElmt, Constant.kEtk)) {
topElmt = ByteMeth.replace(topElmt, Constant.L, 2);
}
if (ByteMeth.endsWith(topElmt, Constant.var) || ByteMeth.endsWith(topElmt, Constant.thar)) {
topElmt = ByteMeth.replace(topElmt, Constant.A, Constant.ar.length);
}
if (ByteMeth.isEqual(topElmt, Constant.kaRk)
|| ByteMeth.isEqual(topElmt, Constant.viRk)
|| ByteMeth.isEqual(topElmt, Constant.n_iRk)) {
topElmt = ByteMeth.replace(topElmt, Constant.l, 2);
}
if (ByteMeth.isEqual(topElmt, Constant.sAk) || ByteMeth.isEqual(topElmt, Constant.pOk)) {
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - 1);
}
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.kk(s);
Sandhi.check(s);
return true;
}
return false;
}
public static boolean pronominal(Stack s) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "Verb Misc Pronominal");
byte[] topElmt = ((Entry) s.peek()).getPart();
byte[] oldTopElmt = topElmt;
// van
if (ByteMeth.endsWith(topElmt, Constant.van)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "v + an");
s.pop();
s.push(new Entry(Constant.an, Tag.PronominalThirdPersonMasculineSingular));
s.push(new Entry(Constant.v, Tag.Sandhi));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.van.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// vaL
if (ByteMeth.endsWith(topElmt, Constant.vaL)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "v + aL");
s.pop();
s.push(new Entry(Constant.aL, Tag.PronominalThirdPersonFemineSingular));
s.push(new Entry(Constant.v, Tag.Sandhi));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.vaL.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// var
if (ByteMeth.endsWith(topElmt, Constant.var)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "v + ar");
s.pop();
s.push(new Entry(Constant.ar, Tag.PronominalThirdPersonSingular));
s.push(new Entry(Constant.v, Tag.Sandhi));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.var.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// varkaL
if (ByteMeth.endsWith(topElmt, Constant.varkaL)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "v + arkaL");
s.pop();
s.push(new Entry(Constant.arkaL, Tag.PronominalThirdPersonPlural));
s.push(new Entry(Constant.v, Tag.Sandhi));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.varkaL.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
/* handled in Tense - athu
//thu - not van-thu, seththu
if(ByteMeth.endsWith(topElmt,Constant.thu) &&
!ByteMeth.endsWith(topElmt,ByteMeth.addArray(Constant.n_,Constant.thu)) &&
!ByteMeth.endsWith(topElmt,ByteMeth.addArray(Constant.th,Constant.thu)))
{
//clia.unl.unicode.utils.Utils.printOut(Analyser.print,x + "thu");
s.pop();
s.push(new Entry(Constant.thu,Tag.PronominalNeuterSingular));
topElmt = ByteMeth.subArray(topElmt,0,topElmt.
length-Constant.thu.length);
s.push(new Entry(topElmt,-1,oldTopElmt));
return true;
}
*/
// vai
if (ByteMeth.endsWith(topElmt, Constant.vai)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "v + ai");
s.pop();
s.push(new Entry(Constant.ai, Tag.PronomianlNeuterPlural));
s.push(new Entry(Constant.v, Tag.Sandhi));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.vai.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// enRu 23-04-07
if (ByteMeth.endsWith(topElmt, Constant.enRu) && !(ByteMeth.isEqual(topElmt, Constant.cenRu))) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "enRu");
s.pop();
s.push(new Entry(Constant.enRu, Tag.ConjunctionSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.enRu.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// vaikaL
if (ByteMeth.endsWith(topElmt, Constant.vaikaL)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "v + aikaL");
s.pop();
s.push(new Entry(Constant.aikaL, Tag.PronomianlNeuterPlural));
s.push(new Entry(Constant.v, Tag.Sandhi));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.vaikaL.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
return false;
}
public static boolean finiteVerb(Stack s) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "Verb Misc - Finite Verb");
byte[] topElmt = ((Entry) s.peek()).getPart();
byte[] oldTopElmt = topElmt;
// kUdum
if (ByteMeth.endsWith(topElmt, Constant.kUdum)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "kUdum");
s.pop();
s.push(new Entry(Constant.kUdum, Tag.FiniteVerbSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.kUdum.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.k(s);
return true;
}
// kUtAthu
if (ByteMeth.endsWith(topElmt, Constant.kUtAthu)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "kUtAthu");
s.pop();
s.push(new Entry(Constant.kUtAthu, Tag.FiniteVerbSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.kUtAthu.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.k(s);
return true;
}
// illai
if (ByteMeth.endsWith(topElmt, Constant.illai)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "illai");
s.pop();
s.push(new Entry(Constant.illai, Tag.FiniteVerbSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.illai.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
Sandhi.type2(s);
return true;
}
// vENtAm
if (ByteMeth.endsWith(topElmt, Constant.vENtAm)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "vENtAm");
s.pop();
s.push(new Entry(Constant.vENtAm, Tag.NegativeFiniteVerbSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.vENtAm.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// mutiyAthu
if (ByteMeth.endsWith(topElmt, Constant.mutiyAthu)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "mutiyAthu");
s.pop();
s.push(new Entry(Constant.mutiyAthu, Tag.NegativeFiniteVerbSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.mutiyAthu.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// vitAthu
if (ByteMeth.endsWith(topElmt, Constant.vitAthu)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "vitAthu");
s.pop();
s.push(new Entry(Constant.vitAthu, Tag.NegativeFiniteVerbSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.vitAthu.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
// vENdum
if (ByteMeth.endsWith(topElmt, Constant.vENdum)) {
// clia.unl.unicode.utils.Utils.printOut(Analyser.print, x + "vENdum");
s.pop();
s.push(new Entry(Constant.vENdum, Tag.FiniteVerbSuffix));
topElmt = ByteMeth.subArray(topElmt, 0, topElmt.length - Constant.vENdum.length);
s.push(new Entry(topElmt, -1, oldTopElmt));
return true;
}
return false;
}
