Lines Matching refs:GFS

160         if (w == GFS && !Is2D()) {  in SetEnableTraining()
179 if (w == GFS && !Is2D()) { in InitWeights()
204 if (w == GFS && !Is2D()) { in ConvertToInt()
217 if (w == GFS && !Is2D()) { in DebugWeights()
238 if (w == GFS && !Is2D()) { in Serialize()
266 if (w == GFS && !Is2D()) { in DeSerialize()
375 PARALLEL_IF_OPENMP(GFS) in Forward()
408 gate_weights_[GFS].MatrixDotVector(source_.i(t), temp_lines[GFS]); in Forward()
410 gate_weights_[GFS].MatrixDotVector(curr_input, temp_lines[GFS]); in Forward()
412 FuncInplace<FFunc>(ns_, temp_lines[GFS]); in Forward()
434 if (temp_lines[GF1][i] < temp_lines[GFS][i]) { in Forward()
435 curr_state[i] = temp_lines[GFS][i] * stepped_state[i]; in Forward()
451 node_values_[GFS].WriteTimeStep(t, temp_lines[GFS]); in Forward()
633 const float *right_node_gfs = node_values_[GFS].f(down_pos); in Backward()
654 PARALLEL_IF_OPENMP(GFS) in Backward()
683 node_values_[GFS].FuncMultiply3<FPrime>(t, state_, up_pos, curr_stateerr, gate_errors[GFS]); in Backward()
684 ClipVector(ns_, -kErrClip, kErrClip, gate_errors[GFS].get()); in Backward()
685 gate_weights_[GFS].VectorDotMatrix(gate_errors[GFS], sourceerr_temps[GFS]); in Backward()
687 memset(gate_errors[GFS], 0, ns_ * sizeof(gate_errors[GFS][0])); in Backward()
688 memset(sourceerr_temps[GFS], 0, na_ * sizeof(*sourceerr_temps[GFS])); in Backward()
691 gate_errors_t[GFS].get()->WriteStrided(t, gate_errors[GFS]); in Backward()
703 sourceerr_temps[GO], sourceerr_temps[GFS], curr_sourceerr); in Backward()
724 # pragma omp parallel for num_threads(GFS) if (!Is2D()) in Backward()
727 if (w == GFS && !Is2D()) { in Backward()
745 if (w == GFS && !Is2D()) { in Update()
765 if (w == GFS && !Is2D()) { in CountAlternators()
781 if (w == GFS && !Is2D()) { in PrintW()
812 if (w == GFS && !Is2D()) { in PrintDW()
849 if (w == GFS && !Is2D()) { in ResizeForward()