ColMatrixEncoder.hpp

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#ifndef COLMATRIXENCODER_H_
#define COLMATRIXENCODER_H_

#include <encoders/MatrixSDREncoder.hpp>

namespace mic {
namespace encoders {

template<typename T = float>
class ColMatrixEncoder : public mic::encoders::MatrixSDREncoder<mic::types::Matrix<T>, T> {
public:

    ColMatrixEncoder(size_t matrix_height_, size_t matrix_width_) : MatrixSDREncoder<mic::types::Matrix<T>, T>(matrix_height_*matrix_width_),
        matrix_height(matrix_height_),
        matrix_width(matrix_width_)
    {
//      std::cout<<" Hello MatrixXfMatrixXfEncoder\n";
    };

    ~ColMatrixEncoder() { }

    virtual mic::types::MatrixPtr<T> encodeSample(const mic::types::MatrixPtr<T>& sample_){
        // Create new matrix.
        mic::types::MatrixPtr<T> sdr (new mic::types::Matrix<T>(sample_->cols(), sample_->rows()));
        // Copy data.
        (*sdr) = (*sample_);
        // Resize.
        sdr->resize(sdr_length, 1);
        return sdr;
    }

    virtual mic::types::MatrixPtr<T> decodeSample(const mic::types::MatrixPtr<T>& sdr_){
        // Create new matrix.
        mic::types::MatrixPtr<T> decoded (new mic::types::Matrix<T>(sdr_->cols(), sdr_->rows()));
        // Copy data.
        (*decoded) = (*sdr_);
        // Resize.
        decoded->resize(matrix_height, matrix_width);
        return decoded;
    }

protected:
    size_t matrix_height;

    size_t matrix_width;

private:
    using MatrixSDREncoder<mic::types::Matrix<T>, T>::sdr_length;

};



} /* namespace encoders */
} /* namespace mic */

#endif /* COLMATRIXENCODER_H_ */