/* -- accessor functions -- */
void removeStates(Model *m, int *xu, Hmm *hmm)
{
int v, u, w, old_uu = m->uu;
Hmm *phmm = m->hmm;
for(u = 0; u < m->uu; ){
if(xu[u]){
if(u < m->uu - 1){
for(v = u; v < m->uu - 1; v ++){
xu[v] = xu[v+1];
copyFFM(m->ffm[v], m->ffm[v+1]);
set_model_b(m, v, my_exp(VECTOR(phmm->logB)[v+1]));
VECTOR(hmm->logB)[v] = VECTOR(hmm->logB)[v+1];
copyRVec(MATRIX(phmm->logA)[v], MATRIX(phmm->logA)[v+1], m->uu);
copyRVec(MATRIX(hmm->logA)[v], MATRIX(hmm->logA)[v+1], m->uu);
for(w = 0; w < m->uu; w ++){
set_model_a(m, w, v, my_exp(MATRIX(phmm->logA)[w][v+1]));
MATRIX(hmm->logA)[w][v] = MATRIX(hmm->logA)[w][v+1];
}
}
}
m->uu --;
phmm->uu --;
hmm->uu --;
}
else u ++;
}
assert(m->uu > 0);
/* Clean up the redundant memory. DO NOT clean up hmm matrix now. It will be released
according to the size of RMat instead of hmm->uu. */
for(u = m->uu; u < old_uu; u ++)
freeFFM(m->ffm[u]);
}
void copyHMM(Hmm *m1, Hmm *m2)
{ int u;
if(m1->uu != m2->uu){
freeHMM(m1);
m1 = allocHMM(m2->uu);
}
copyRVec(VECTOR(m1->logB), VECTOR(m2->logB), m1->uu);
for (u = 0; u<m1->uu; u++)
{ copyRVec(MATRIX(m1->logA)[u], MATRIX(m2->logA)[u], m1->uu);}
}
void copyHMM(Hmm *m1, Hmm *m2)
{ int u;
//assert(m1->uu>=m2->uu); /* Take into account the elimination of unreachable states */
if(m1->uu != m2->uu){
freeHMM(m1);
m1 = allocHMM(m2->uu);
}
copyRVec(VECTOR(m1->logB), VECTOR(m2->logB), m1->uu);
for (u = 0; u<m1->uu; u++)
{ copyRVec(MATRIX(m1->logA)[u], MATRIX(m2->logA)[u], m1->uu);}
}
