frameskipv2

Source/Math/latticefunctionskernels.h

@@ -383,10 +383,10 @@ struct latticefunctionskernels
 					pathscore1 += getlogtransp(transP, -1, 1) + logLLs(senoneid1, ts);                                
 
 				}*/
-				pathscore2 = getlogtransp(transP, -1, 2) + logLLs(senoneid2, ts);
-				pathscore1 = getlogtransp(transP, -1, 1) + logLLs(senoneid1, ts);
+				pathscore2 += getlogtransp(transP, -1, 2) + logLLs(senoneid2, ts);
+				pathscore1 += getlogtransp(transP, -1, 1) + logLLs(senoneid1, ts);
 				state1stepm1to1 = ts;
-				pathscore0 = getlogtransp(transP, -1, 0) + logLLs(senoneid0, ts);
+				pathscore0 += getlogtransp(transP, -1, 0) + logLLs(senoneid0, ts);
 				
 
             }
@@ -535,7 +535,7 @@ struct latticefunctionskernels
 					for (size_t t = alignindex; t < alignindex + numframes; t++)    // set the final alignment
 					{
 						size_t senoneid;
-						if (state2step0to1 < te && t < state2step0to1)						
+                        if (state2step0to1 <alignindex - ts + te && t < state2step0to1)
 							senoneid = senoneid0;
 						else if(t < state2step1to2)                                 // in state 1
 							senoneid = senoneid1;

Source/SequenceTrainingLib/latticeforwardbackward.cpp

@@ -438,7 +438,7 @@ template<typename FLOAT> static bool islogzero (FLOAT v) { return v < LOGZERO/2;
                 LogicError("invalid backpointer resulting in state index out of range");
 
             int bp = (int) backpointers(j,t);   // save the backpointer before overwriting it (gammas and backpointers are aliases of each other)
-			thisedgealignmentsj[t] = (unsigned short)hmm.getsenoneid(j - js);
+			//thisedgealignmentsj[t] = (unsigned short)hmm.getsenoneid(j - js);
             if (!returnsenoneids)               // return binary gammas (for MMI; this mode is compatible with softalignmode)
                 for (size_t i = js; i < je; i++)
                     loggammas(i,t) = ((int) i == j) ? 0.0f : LOGZERO;
@@ -785,7 +785,7 @@ void lattice::forwardbackwardalign (parallelstate & parallelstate,
     //  - per-edge acoustic scores
     const size_t silunitid = hset.gethmmid("sil");      // shall be the same as parallelstate.getsilunitid()
     bool parallelsil = true;
-    bool cpuverification = true;
+    bool cpuverification = false;
 
 #ifndef PARALLEL_SIL                                     // we use a define to make this marked
     parallelsil = false;