ANT_BKA_ROOM_I.h

#ifdef WITH_RS485_PEER
#define MY_ADDRESS 0x21
uint8_t peers[] = {0x21, 0x22};
uint8_t peerCount = 2;
#endif

uint8_t SWITCHES[] = {1,2,3,4,5}; //Anantara BKA Room

const char* THERMOSTAT_NAME = "bka_living_thermostat";

void setupModbusDevices(){

    addModbusDevice(15, 30, 3, 100, true);  //"thermostat_modbus"
    addModbusDevice(40, 0, 4, 100, false);  //"entrance_panel"
    addModbusDevice(10, 0, 1, 100, false);  //"powder_room"
    addModbusDevice(31, 0, 3, 100, false);  //"living_room_panel"
    addModbusDevice(70, 0, 15, 100, false); //"corridor"
    addModbusDevice(71, 0, 0, 1000, false); //"bell"

    addModbusPointer(15, 30, THERMOSTAT_NAME, "fcu", "roomtemp", "{\"actuator\": 22}");
    addModbusPointer(15, 31, THERMOSTAT_NAME, "fcu", "setpoint", "{\"actuator\": 22}");
    addModbusPointer(15, 32, THERMOSTAT_NAME, "fcu", "fanmode", "{\"l\": 6, \"m\": 7, \"h\": 8}");

    addModbusPointer(40, 0, "master", "scene", "master", "{\"toggle\": [1,2,3,4,5]}");
    addModbusPointer(40, 1, "bka_corridor_light", "switch", "1", "{}");
    addModbusPointer(40, 2, "mur", "scene", "mur", "{}");
    addModbusPointer(40, 3, "dnd", "scene", "dnd", "{}");

    addModbusPointer(10, 0, "bka_powder_room_light", "switch", "2", "{}");

    addModbusPointer(31, 0, "living_room", "scene",  "group", "{\"toggle\": [3,4]}");
    addModbusPointer(31, 1, "bka_living_tv_light", "switch", "4", "{}");
    addModbusPointer(31, 2, "bka_balcony_light", "switch", "5", "{}");

    addModbusPointer(70, 0, "speakerbell", "bell", "mbbell", "{}");
}

void setupSensors(){
    addSensor(1, "corridor_sensor", "presence", "{}");
    addSensor(2, "living_room_sensor", "presence", "{}");
    addSensor(3, "living_door_sensor", "door", "{}");
}

void activate_nor(){
    writeDeviceHoldingRegister(70,12,0);
    delay(10);
    writeDeviceHoldingRegister(40,12,0);
    delay(10);
    writeDeviceHoldingRegister(70,11,0);
    delay(10);
    writeDeviceHoldingRegister(40,13,0);  
}

void activate_dnd(){
    writeDeviceHoldingRegister(70,11,1);
    delay(10);
    writeDeviceHoldingRegister(40,13,1);  
    delay(10);
    writeDeviceHoldingRegister(70,12,0);
    delay(10);
    writeDeviceHoldingRegister(40,12,0);
}

void activate_mur(){
    writeDeviceHoldingRegister(70,12,1);
    delay(10);
    writeDeviceHoldingRegister(40,12,1);
    delay(10);
    writeDeviceHoldingRegister(70,11,0);
    delay(10);
    writeDeviceHoldingRegister(40,13,0);
}

void ring_bell(){
    writeDeviceHoldingRegister(71,10,1);
}

ANT_BKA_ROOM_II.h

#ifdef WITH_RS485_PEER
#define MY_ADDRESS 0x22
uint8_t peers[] = {0x21, 0x22};
uint8_t peerCount = 2;
#endif

uint8_t SWITCHES[] = {1,2,3,4,5,6}; //Anantara BKA Room Ctrl - 02

const char* THERMOSTAT_NAME = "bka_bedroom_thermostat";

void setupModbusDevices(){

    addModbusDevice(15, 30, 3, 100, true);  //"thermostat"
    addModbusDevice(41, 0, 4, 100, false);  //"bedroom_panel"
    addModbusDevice(30, 0, 3, 100, false);  //"bathroom_panel"
    addModbusDevice(61, 0, 6, 100, false);  //"bed_right"
    addModbusDevice(60, 0, 15, 100, false); //"bed_left"

    addModbusPointer(15, 30, THERMOSTAT_NAME, "fcu", "roomtemp", "{\"actuator\": 22}");
    addModbusPointer(15, 31, THERMOSTAT_NAME, "fcu", "setpoint", "{\"actuator\": 22}");
    addModbusPointer(15, 32, THERMOSTAT_NAME, "fcu", "fanmode", "{\"l\": 9, \"m\": 10, \"h\": 11}");

    addModbusPointer(41, 0, "bedroom_master", "scene",  "group", "{\"toggle\": [1,2,3,4,5,6]}");
    addModbusPointer(41, 1, "bka_ceiling_light", "switch", "1", "{}");
    addModbusPointer(41, 2, "mur", "scene", "mur", "{}");
    addModbusPointer(41, 3, "dnd", "scene", "dnd", "{}");
    addModbusPointer(41, 4, "master", "scene",  "master", "{\"toggle\": [1,2,3,4,5,6]}");

    addModbusPointer(30, 0, "bka_bathroom_light", "switch", "6", "{}");
    addModbusPointer(30, 1, "bka_curtain_down", "curtain", "close", "{\"open\": 8, \"close\": 7, \"delay\": 38000}");
    addModbusPointer(30, 2, "bka_curtain_up", "curtain", "open", "{\"open\": 8, \"close\": 7, \"delay\": 38000}");

    addModbusPointer(61, 0, "bka_bedside_lamp", "switch", "2", "{}");
    addModbusPointer(61, 1, "bka_bed_light", "switch", "3", "{}");
    addModbusPointer(61, 2, "bedroom_master", "scene",  "group", "{\"toggle\": [1,2,3,4,5,6]}");
    addModbusPointer(61, 3, "bka_mirror_light", "switch", "4", "{}");
    addModbusPointer(61, 4, "bka_ceiling_light", "switch", "1", "{}");
    addModbusPointer(61, 5, "bka_tv_light", "switch", "5", "{}");

    addModbusPointer(60, 0, "bedroom_master", "scene",  "group", "{\"toggle\": [1,2,3,4,5,6]}");
    addModbusPointer(60, 1, "bka_bed_light", "switch", "3", "{}");
    addModbusPointer(60, 2, "bka_bedside_lamp", "switch", "2", "{}");
    addModbusPointer(60, 3, "bka_tv_light", "switch", "5", "{}");
    addModbusPointer(60, 4, "bka_ceiling_light", "switch", "1", "{}");
    addModbusPointer(60, 5, "bka_mirror_light", "switch", "4", "{}");

}

void setupSensors(){
    addSensor(1, "bathroom_sensor", "presence", "{}");
    addSensor(2, "bedroom_sensor", "presence", "{}");
}

void activate_nor(){
    writeDeviceHoldingRegister(41,13,0);  
    delay(10);
    writeDeviceHoldingRegister(41,12,0); 
}

void activate_dnd(){
    writeDeviceHoldingRegister(41,13,1);  
    delay(10);
    writeDeviceHoldingRegister(41,12,0);
}

void activate_mur(){
    writeDeviceHoldingRegister(41,12,1);
    delay(10);
    writeDeviceHoldingRegister(41,13,0);
}

void ring_bell(){
    writeDeviceHoldingRegister(71,10,1);
}