DecoderStandard::DecoderStandard(unsigned int order, unsigned int numberOfChannels) : Ambisonic(order), Planewaves(numberOfChannels)
{
m_harmonics_vector = new double[m_number_of_harmonics];
m_decoder_matrix = new double[m_number_of_channels * m_number_of_harmonics];
m_decoder_matrix_float = new float[m_number_of_channels * m_number_of_harmonics];
m_encoder = new Encoder(m_order);
setChannelsOffset(0., 0);
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Decoder Regular //
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////
DecoderRegular::DecoderRegular(unsigned int order, unsigned int numberOfChannels) : Ambisonic(order), Planewaves(numberOfChannels)
{
assert(numberOfChannels >= m_number_of_harmonics);
m_harmonics_vector = new double[m_number_of_harmonics];
m_decoder_matrix = new double[m_number_of_channels * m_number_of_harmonics];
m_decoder_matrix_float = new float[m_number_of_channels * m_number_of_harmonics];
m_encoder = new Encoder(m_order);
setChannelsOffset(0.);
}