1132     CvMatr32f m_Gamma = icvCreateMatrix_32f( num_states, m_maxNumObs );  in icvViterbiSegmentation()  local
1157         m_Gamma[0 * num_states + i] = m_pi[i] + m_b[0 * num_states + i];  in icvViterbiSegmentation()
1171             m_Gamma[t * num_states + 0] = m_Gamma[(t-1) * num_states + 0] + m_a[0];  in icvViterbiSegmentation()
1176                 float self = m_Gamma[ (t-1) * num_states + j] + m_a[ j * num_states + j];  in icvViterbiSegmentation()
1177                 float prev = m_Gamma[ (t-1) * num_states +(j-1)] + m_a[ (j-1) * num_states + j];  in icvViterbiSegmentation()
1182                     m_Gamma[t * num_states + j] = prev;  in icvViterbiSegmentation()
1187                     m_Gamma[t * num_states + j] = self;  in icvViterbiSegmentation()
1190 …            m_Gamma[t * num_states + j] = m_Gamma[t * num_states + j] + m_b[t * num_states + j];     in icvViterbiSegmentation()
1202                 m_Gamma[ t*num_states + j] = m_Gamma[(t-1) * num_states + 0] + m_a[0*num_states+j];  in icvViterbiSegmentation()
1207 …                  float currGamma = m_Gamma[(t-1) *num_states + i] + m_a[i *num_states + j];         in icvViterbiSegmentation()
1208                     if (currGamma > m_Gamma[t *num_states + j])  in icvViterbiSegmentation()
1210                         m_Gamma[t * num_states + j] = currGamma;  in icvViterbiSegmentation()
1214                 m_Gamma[t *num_states + j] = m_Gamma[t *num_states + j] + m_b[t * num_states + j];  in icvViterbiSegmentation()
1228             m_MaxGamma[i] = m_Gamma[last_obs * num_states + num_states - 1];  in icvViterbiSegmentation()
1235             m_MaxGamma[i] = m_Gamma[last_obs * num_states + 0];   in icvViterbiSegmentation()
1239                 if ( m_Gamma[last_obs * num_states + k] > m_MaxGamma[i] )  in icvViterbiSegmentation()
1241                     m_MaxGamma[i] = m_Gamma[last_obs * num_states + k];  in icvViterbiSegmentation()
1258     icvDeleteMatrix( m_Gamma );     in icvViterbiSegmentation()