void Controller::setChannel ( const Controller::ledid& channel, bool value ) {
if ( !m_socket ) return;
if ( !m_leds.contains(channel) ) return;
m_leds[channel].value = value;
emit ledChanged ( getStringFromPortPin(channel), QString::null, value );
struct udpio_packet
{
/* Port: 0=PORTA, ..., 3=PORTD, ...
*/
uint8_t port;
/* Pins: Every bit corresponds to one pin, where the least significant (right) bit
means pin 0.
*/
uint8_t pinmask;
uint8_t mode;
} data;
data.port = channel.port;
if (value) {
data.mode = 1;
data.pinmask = (1 << channel.pin);
} else {
data.mode = 0;
data.pinmask = (1 << channel.pin);
}
m_socket->write ( (char*)&data, sizeof ( data ) );
}
void Controller::readyRead() {
QSettings settings;
settings.beginGroup ( m_plugin->pluginid() );
settings.beginGroup ( QLatin1String ( "channels" ) );
while (m_socket->hasPendingDatagrams()) {
QByteArray bytes;
bytes.resize ( m_socket->pendingDatagramSize() );
m_socket->readDatagram ( bytes.data(), bytes.size() );
while ( bytes.size() >= 7 ) {
if (bytes.startsWith("pins") && bytes.size() >= 8) {
m_leds.clear();
emit ledsCleared();
for (int port=0;port<4;++port) {
for (int pin=0;pin<8;++pin) {
const bool value = bytes[4+port] & (1 << pin);
const QString name = settings.value(QLatin1String ( "channel_name" ) + getStringFromPortPin(ledid(port, pin)),tr("Channel Port %1, Pin %2").arg(port).arg(pin)).toString();
const ledid id = ledid(port, pin);
m_leds[id] = ledchannel(port, pin, value, name);
emit ledChanged(getStringFromPortPin(id), name, value);
}
}
bytes = bytes.mid(8);
} else if (bytes.startsWith("pinc") && bytes.size() >= 6) {
emit watchpinChanged(bytes[4], bytes[5]);
} else {
qWarning() << m_plugin->pluginid() << "Failed to parse" << bytes;
break;
}
} //while
}
}
void Controller::setChannelName ( const Controller::ledid& channel, const QString& name ) {
if ( !m_leds.contains(channel) ) return;
m_leds[channel].name = name;
emit ledChanged ( getStringFromPortPin(channel), name, -1 );
QSettings settings;
settings.beginGroup ( m_plugin->pluginid() );
settings.beginGroup ( QLatin1String ( "channels" ) );
settings.setValue ( QLatin1String ( "channel_name" ) + getStringFromPortPin(channel) , name );
}
void OSCRemote::readOscMsg(QString addr, QVariantList args)
{
qWarning()<<"OSC|"<<addr<<args;
if(!addr.startsWith(_oscAddress))
return;
qWarning()<<"1";
if(args.size()!=2)
return;
qWarning()<<"2";
bool ok = true;
float intensity = (float)(args.at(1).toInt(&ok))/255.0f;
if(!ok)
return;
qWarning()<<"3";
QString led = args.first().toString();
if(led == "LED1")
ledChanged(1, intensity);
else if(led == "LED2")
ledChanged(2, intensity);
else if(led == "LED3")
ledChanged(3, intensity);
else if(led == "LED"){
ledChanged(1, intensity);
ledChanged(2, intensity);
ledChanged(3, intensity);
}
}
LadspaControl::LadspaControl( Model * _parent, port_desc_t * _port,
bool _link ) :
Model( _parent ),
m_link( _link ),
m_port( _port ),
m_linkEnabledModel( _link, this, tr( "Link channels" ) ),
m_toggledModel( false, this, m_port->name ),
m_knobModel( 0, 0, 0, 1, this, m_port->name ),
m_tempoSyncKnobModel( 0, 0, 0, 1, m_port->max, this, m_port->name )
{
if( m_link )
{
connect( &m_linkEnabledModel, SIGNAL( dataChanged() ),
this, SLOT( linkStateChanged() ),
Qt::DirectConnection );
}
switch( m_port->data_type )
{
case TOGGLED:
m_toggledModel.setInitValue(
static_cast<bool>( m_port->def ) );
connect( &m_toggledModel, SIGNAL( dataChanged() ),
this, SLOT( ledChanged() ) );
if( m_port->def == 1.0f )
{
m_toggledModel.setValue( true );
}
// TODO: careful: we must prevent saved scales
m_toggledModel.setScaleLogarithmic( m_port->suggests_logscale );
break;
case INTEGER:
case ENUM:
m_knobModel.setRange( static_cast<int>( m_port->max ),
static_cast<int>( m_port->min ),
1 + static_cast<int>( m_port->max -
m_port->min ) / 400 );
m_knobModel.setInitValue(
static_cast<int>( m_port->def ) );
connect( &m_knobModel, SIGNAL( dataChanged() ),
this, SLOT( knobChanged() ) );
// TODO: careful: we must prevent saved scales
m_knobModel.setScaleLogarithmic( m_port->suggests_logscale );
break;
case FLOATING:
m_knobModel.setRange( m_port->min, m_port->max,
( m_port->max - m_port->min )
/ ( m_port->name.toUpper() == "GAIN"
&& m_port->max == 10.0f ? 4000.0f :
( m_port->suggests_logscale ? 8000.0f : 800.0f ) ) );
m_knobModel.setInitValue( m_port->def );
connect( &m_knobModel, SIGNAL( dataChanged() ),
this, SLOT( knobChanged() ) );
// TODO: careful: we must prevent saved scales
m_knobModel.setScaleLogarithmic( m_port->suggests_logscale );
break;
case TIME:
m_tempoSyncKnobModel.setRange( m_port->min, m_port->max,
( m_port->max -
m_port->min ) / 800.0f );
m_tempoSyncKnobModel.setInitValue( m_port->def );
connect( &m_tempoSyncKnobModel, SIGNAL( dataChanged() ),
this, SLOT( tempoKnobChanged() ) );
// TODO: careful: we must prevent saved scales
m_tempoSyncKnobModel.setScaleLogarithmic( m_port->suggests_logscale );
break;
default:
break;
}
}
