// send output channel position
void Blender::sendMasterPos(int mixer_id, int x_offset)
{
m_bl_desc.msg.type = kMasterPos;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.int_val1 = (uint32)x_offset;
sendSynchronousChangeMessage();
}
// send description to mixer
void Blender::sendMixerDescription(int mixer_id, const char * text)
{
m_bl_desc.msg.type = kMixerText;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.str = text;
sendSynchronousChangeMessage();
}
// send new mixer
void Blender::sendAddMixer(int mixer_id, const char * name)
{
m_bl_desc.msg.type = kAddMixer;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.str = name;
sendSynchronousChangeMessage();
}
// send solo states to mix channels
void Blender::sendChSolos(int mixer_id, uint32 value)
{
m_bl_desc.msg.type = kSolos;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.int_val1 = value;
sendSynchronousChangeMessage();
}
// send direct out state to mixer
void Blender::sendDirout(int mixer_id, int value)
{
m_bl_desc.msg.type = kDirectOut;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.int_val1 = (uint32)value;
sendSynchronousChangeMessage();
}
// send mute state to output channel
void Blender::sendMasterMute(int mixer_id, bool value)
{
m_bl_desc.msg.type = kMasterMute;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.int_val1 = value;
sendSynchronousChangeMessage();
}
void Blender::sendAddGroupLabel(int mixer_id, int x_offset, const char * text)
{
m_bl_desc.msg.type = kAddGroupLabel;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.int_val1 = x_offset;
m_bl_desc.msg.str = text;
sendSynchronousChangeMessage();
}
// send peak id's to output channel
void Blender::sendMasterPeakIds(int mixer_id, int id_l, int id_r)
{
m_bl_desc.msg.type = kMasterPeakIds;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.int_val1 = id_l;
m_bl_desc.msg.int_val2 = id_r;
sendSynchronousChangeMessage();
}
// send name to channel strip
void Blender::sendChName(int mixer_id, int ch_id, const char * name)
{
m_bl_desc.msg.type = kChName;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.ch_id = ch_id;
m_bl_desc.msg.str = name;
sendSynchronousChangeMessage();
}
// send peak multiplier to channel strips
void Blender::sendChPeakMult(int mixer_id, int ch_id, float value)
{
m_bl_desc.msg.type = kPeakMult;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.ch_id = ch_id;
m_bl_desc.msg.float_val = value;
sendSynchronousChangeMessage();
}
// send peak index to mix channel
void Blender::sendChPeakId(int mixer_id, int ch_id, int value)
{
m_bl_desc.msg.type = kPeakId;
m_bl_desc.msg.mixer_id = mixer_id;
m_bl_desc.msg.ch_id = ch_id;
m_bl_desc.msg.int_val1 = value;
sendSynchronousChangeMessage();
}
void HoaMap::triggerChangeMessage (const NotificationType notification)
{
if (notification != dontSendNotification)
{
if (notification == sendNotificationSync)
{
sendSynchronousChangeMessage();
}
else sendChangeMessage ();
}
}
// send mixer gui created
void Blender::sendMixersCreated()
{
m_bl_desc.msg.type = kMixersCreated;
m_bl_desc.msg.mixer_id = 0xffff;
sendSynchronousChangeMessage();
}
// send remove mixers
void Blender::sendRemoveMixers()
{
m_bl_desc.msg.type = kRemoveMixers;
m_bl_desc.msg.mixer_id = 0xffff;
sendSynchronousChangeMessage();
}
void selectionChanged()
{
BasicFileBrowser::selectionChanged();
sendSynchronousChangeMessage();
}