vorbis_info_psy.java

/*
 * THIS FILE IS PART OF THE OggVorbis SOFTWARE CODEC SOURCE CODE.
 * USE, DISTRIBUTION AND REPRODUCTION OF THIS LIBRARY SOURCE IS
 * GOVERNED BY A BSD-STYLE SOURCE LICENSE INCLUDED WITH THIS SOURCE
 * IN 'COPYING'. PLEASE READ THESE TERMS BEFORE DISTRIBUTING.
 *
 * THE OggVorbis SOURCE CODE IS (C) COPYRIGHT 1994-2002
 * by the Xiph.Org Foundation http://www.xiph.org/
 */

package org.xiph.libvorbis;

import static org.xiph.libvorbis.vorbis_constants.integer_constants.*;

class vorbis_info_psy {

    int blockflag;

    float ath_adjatt;
    float ath_maxatt;

    float[] tone_masteratt;        // tone_masteratt[P_NOISECURVES]
    float tone_centerboost;
    float tone_decay;
    float tone_abs_limit;
    float[] toneatt;            // toneatt[P_BANDS]

    int noisemaskp;
    float noisemaxsupp;
    float noisewindowlo;
    float noisewindowhi;
    int noisewindowlomin;
    int noisewindowhimin;
    int noisewindowfixed;
    float[][] noiseoff;            // noiseoff[P_NOISECURVES][P_BANDS]
    float[] noisecompand;        // noisecompand[NOISE_COMPAND_LEVELS]

    float max_curve_dB;

    int normal_channel_p;
    int normal_point_p;
    int normal_start;
    int normal_partition;
    float normal_thresh;        // double normal_thresh


    public vorbis_info_psy(int _blockflag, float _ath_adjatt, float _ath_maxatt, float[] _tone_masteratt, float _tone_centerboost, float _tone_decay, float _tone_abs_limit, float[] _toneatt,
                           int _noisemaskp, float _noisemaxsupp, float _noisewindowlo, float _noisewindowhi, int _noisewindowlomin, int _noisewindowhimin, int _noisewindowfixed, float[][] _noiseoff, float[] _noisecompand,
                           float _max_curve_dB, int _normal_channel_p, int _normal_point_p, int _normal_start, int _normal_partition, float _normal_thresh) {

        blockflag = _blockflag;

        ath_adjatt = _ath_adjatt;
        ath_maxatt = _ath_maxatt;

        tone_masteratt = new float[P_NOISECURVES];
        System.arraycopy(_tone_masteratt, 0, tone_masteratt, 0, _tone_masteratt.length);

        tone_centerboost = _tone_centerboost;
        tone_decay = _tone_decay;
        tone_abs_limit = _tone_abs_limit;

        toneatt = new float[P_BANDS];
        System.arraycopy(_toneatt, 0, toneatt, 0, _toneatt.length);

        noisemaskp = _noisemaskp;
        noisemaxsupp = _noisemaxsupp;
        noisewindowlo = _noisewindowlo;
        noisewindowhi = _noisewindowhi;
        noisewindowlomin = _noisewindowlomin;
        noisewindowhimin = _noisewindowhimin;
        noisewindowfixed = _noisewindowfixed;

        noiseoff = new float[P_NOISECURVES][P_BANDS];
        for (int i = 0; i < _noiseoff.length; i++)
            System.arraycopy(_noiseoff[i], 0, noiseoff[i], 0, _noiseoff[i].length);

        noisecompand = new float[NOISE_COMPAND_LEVELS];
        System.arraycopy(_noisecompand, 0, noisecompand, 0, _noisecompand.length);

        max_curve_dB = _max_curve_dB;

        normal_channel_p = _normal_channel_p;
        normal_point_p = _normal_point_p;
        normal_start = _normal_start;
        normal_partition = _normal_partition;
        normal_thresh = _normal_thresh;
    }

    public vorbis_info_psy(vorbis_info_psy src) {

        this(src.blockflag, src.ath_adjatt, src.ath_maxatt, src.tone_masteratt, src.tone_centerboost, src.tone_decay, src.tone_abs_limit, src.toneatt,
                src.noisemaskp, src.noisemaxsupp, src.noisewindowlo, src.noisewindowhi, src.noisewindowlomin, src.noisewindowhimin, src.noisewindowfixed, src.noiseoff, src.noisecompand,
                src.max_curve_dB, src.normal_channel_p, src.normal_point_p, src.normal_start, src.normal_partition, src.normal_thresh);
    }
}