1990N/A // This becomes necessary when we want to have separate delay buffers for each channel mixer.
829N/A return coarse_tuning;
829N/A return fine_tuning;
1990N/A if(i != CHANNEL_DELAY_LEFT &&
1990N/A i != CHANNEL_DELAY_RIGHT &&
1990N/A i != CHANNEL_DELAY_MONO &&
1990N/A i != CHANNEL_DELAY_EFFECT1 &&
1990N/A i != CHANNEL_DELAY_EFFECT2)
829N/A double volume_left;
829N/A double volume_right;
829N/A synchronized (control_mutex) {
829N/A if (active_sensing_on) {
829N/A active_sensing_on = false;
829N/A c.allSoundOff();
829N/A boolean hasactivevoices = false;
829N/A hasactivevoices = true;
1990N/A synchronized (control_mutex) {
829N/A if (!hasactivevoices) {
829N/A synchronized (control_mutex) {
1990N/A int midimessages_size;
1990N/A synchronized (control_mutex) {
1990N/A synchronized (control_mutex) {
1990N/A pusher_silent = true;
829N/A if(pusher_silent)
829N/A pusher_silent = false;
6321N/A private final int nrofchannels
829N/A * nrofchannels];
829N/A public void fillBuffer() {
829N/A fillBuffer();
829N/A synchronized (control_mutex) {
829N/A synchronized (control_mutex) {
829N/A synchronized (control_mutex) {
829N/A synchronized (control_mutex) {
829N/A synchronized (control_mutex) {
829N/A synchronized (control_mutex) {
829N/A synchronized (control_mutex) {
829N/A synchronized (control_mutex) {
829N/A long[] paramsvalue) {
829N/A synchronized (control_mutex) {
829N/A paramsvalue[i]);
829N/A paramsvalue[i]);
829N/A active_sensing_on = true;
1990N/A if(pusher_silent)