void print(ostream& out, vector<string>* targetLabels = 0, vector<string>* inputLabels = 0) const
{
PRINT(tag, out);
out << "input shape = (" << inputs.shape << ")" << endl;
out << "timesteps = " << inputs.seq_size() << endl;
if (targetLabelSeq.size() && targetLabels)
{
out << "target label sequence:" << endl;
// out << label_seq_to_str(this->targetLabelSeq, *targetLabels) << endl;
}
if (targetPatterns.size())
{
out << "target shape = (" << targetPatterns.shape << ")" << endl;
}
if (verbose)
{
/*if(targetClasses.size() && targetLabels)
{
out << label_seq_to_str(this->targetClasses.data, *targetLabels) << endl;
}*/
/*if(inputClasses.size() && inputLabels)
{
out << label_seq_to_str(this->inputClasses.data, *inputLabels) << endl;
}*/
}
}
void print(ostream& out, const bimap<int, string>* labels = 0) const
{
PRINT(tag, out);
out << "input shape = (" << inputs.shape << ")" << endl;
out << "timesteps = " << inputs.seq_size() << endl;
if (labelSeq.size() && labels)
{
out << "target labels:" << endl;
out << label_seq_to_str(this->labelSeq, *labels) << endl;
}
if (targetPatterns.size())
{
out << "target shape = (" << targetPatterns.shape << ")" << endl;
}
}
template<class T2> void reshape(const SeqBuffer<T2>& buff, const T& fillVal)
{
reshape(buff.seq_shape(), fillVal);
}
size_t num_timesteps() const
{
return inputs.seq_size();
}
template<class T2> void reshape(const SeqBuffer<T2>& buff)
{
reshape(buff.seq_shape());
}
