AmbisonicsDecoder::AmbisonicsDecoder(long anOrder, long aNumberOfLoudspeakers, long aVectorSize) : Ambisonic(anOrder, aVectorSize)
{
cicm_malloc_vec_f(m_vector_float_input, m_number_of_harmonics);
cicm_malloc_vec_d(m_vector_double_input, m_number_of_harmonics);
m_decoder_matrix_float = NULL;
m_decoder_matrix_double = NULL;
m_vector_float_output = NULL;
m_vector_double_output = NULL;
m_number_of_loudspeakers = 0;
setNumberOfLoudspeakers(aNumberOfLoudspeakers);
}
AmbisonicsMeter::AmbisonicsMeter(long aNumberOfChannels, long aVectorSize, double aSamplingRate) : Planewaves(aNumberOfChannels, aVectorSize, aSamplingRate)
{
m_vectors = new AmbisonicVector(m_number_of_loudspeakers, aVectorSize);
for(int i = 0; i < 4; i++)
m_vector_coordinates_double[i] = m_vector_coordinates_float[i] = 0.;
m_loudspeakers_amplitudes = NULL;
m_loudspeakers_peaks = NULL;
m_loudspeakers_energies = NULL;
m_loudspeakers_angles_mapped = NULL;
m_loudspeakers_angles_width = NULL;
setNumberOfLoudspeakers(aNumberOfChannels);
setVectorSize(aVectorSize);
m_number_of_outputs = 0;
}
