/*
Send the corresponding wave signal based on the plug code and the action.
*/
void sendSequence(unsigned short plug_code, int action)
{
/*
Start the sequence
Send House code + Switch code + ON/OFF code + Sync code
*/
// Validate plug code is different than zero.
if (plug_code) {
printf("%hx\n", plug_code);
unsigned short idx = 0x0400;
// Check every bit of the code and send the correspondent signal.
// At the end, send the desired action, followed with the
// synchronization sequence.
do {
idx = idx>>1;
if(plug_code & idx) {
sendHigh();
}
else
{
sendLow();
}
} while(!(idx & 0x0001));
if(action == TYPE_SWITCH_ON)
{
sendOn();
}
else
{
sendOff();
}
sendSync();
}
}
void Otax::decideWhatToDo() {
#ifdef DEBUG_OTAX
Serial.print("OTAX RX ");
Serial.println(data, HEX);
#endif
state = OTAX_UNKNOWN;
switch (data) {
case 0xDB2: // remote set on NORMAL mode sent cmd "ON"
case 0xDB4: // remote set on NORMAL mode sent cmd "OFF"
case 0xDB6: // remote manual end-of-msg
profile=OTAX_NOPROXY; // on a passé la télécommande en mode manuel, on ne fait plus rien
break; // on s'arrete de transmettre (relayer/modifier) à la chaudière
case 0xCB2: profile=OTAX_PROXY; rx=OTAX_RXON; break; // remote set on PC mode sent cmd "ON"
case 0xCB4: profile=OTAX_PROXY; rx=OTAX_RXOFF; break; // remote set on PC mode sent cmd "OFF"
case 0xCB6: profile=OTAX_PROXY; break; // remote PC end-of-msg
// si on recoit CB2,CB4,CB6: la télécommande est en position "PC"
}
if ((profile == OTAX_PROXY) && (lastTXtime + 60000 < millis()) && (lastRXtime + 10000 < millis())) {
// si on a envoyé il y a plus de 60s et reçu depuis plus de 10s
if (( (rx == OTAX_RXON)&&(force==OTAX_DONTFORCE)) || (force==OTAX_FORCEON)) { // ici on peut ajouter || temp < tempdemandee (ajouter une tolerance à la montée/descente)
Serial.println("TXch ON");
sendOn();
} else if (( (rx == OTAX_RXOFF)&&(force==OTAX_DONTFORCE)) || (force==OTAX_FORCEOFF)) { // ici on peut ajouter || temp > tempdemandee (ajouter une tolerance à la montée/descente)
Serial.println("TXch OFF");
sendOff();
}
lastTXtime = millis();
}
}
XAirAuxBlock::XAirAuxBlock(MainController* controller, QString uid)
: OneInputBlock(controller, uid)
, m_panNode(nullptr)
, m_onNode(nullptr)
, m_channelNumber(this, "channelNumber", 1, 1, 32)
, m_bus(this, "bus", 0, 0, 16)
, m_faderPos(this, "faderPos", 0.0, 0, 1)
, m_pan(this, "pan", 0.5)
, m_boost(this, "boost", true)
, m_on(this, "on", true)
, m_pauseValueTransmission(false)
{
m_heightIsResizable = true;
m_panNode = createInputNode("panNode");
m_onNode = createInputNode("onNode");
m_onNode->enableImpulseDetection();
connect(m_onNode, &NodeBase::impulseBegin, [this](){ m_on = true; });
connect(m_onNode, &NodeBase::impulseEnd, [this](){ m_on = false; });
m_subscribeRefreshTimer.setInterval(10000); // 10s
connect(&m_subscribeRefreshTimer, SIGNAL(timeout()), this, SLOT(updateSubscription()));
m_subscribeRefreshTimer.start();
connect(&m_faderPos, SIGNAL(valueChanged()), this, SIGNAL(decibelChanged()));
connect(&m_label, SIGNAL(valueChanged()), this, SLOT(sendName()));
connect(&m_faderPos, SIGNAL(valueChanged()), this, SLOT(sendFaderPos()));
connect(&m_pan, SIGNAL(valueChanged()), this, SLOT(sendPan()));
connect(&m_on, SIGNAL(valueChanged()), this, SLOT(sendOn()));
connect(&m_channelNumber, SIGNAL(valueChanged()), this, SLOT(retrieveStateFromConsole()));
connect(&m_bus, SIGNAL(valueChanged()), this, SLOT(retrieveStateFromConsole()));
connect(m_inputNode, &NodeBase::dataChanged, [this](){ m_faderPos.setValue(m_inputNode->getValue()); });
connect(m_panNode, &NodeBase::dataChanged, [this](){ m_pan.setValue(m_panNode->getValue()); });
connect(controller->audioConsole(), SIGNAL(messageReceived(OSCMessage)), this, SLOT(onMessageReceived(OSCMessage)));
}