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knx_events.h
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knx_events.h
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void knxEvents(byte comObjIndex) {
Debug.println(F("knxEvents comObjIndex: %d"), comObjIndex);
lastTask = currentTask;
byte newTask = 0xFF;
byte tmpValue = 0;
bool tmpBool = false;
powerSupplyTurnOn = true; //dirty solution: if PS is off and LEDs are off and next command is "turn all off" PS will go on... and after timeout off. Is this a real use case?!
switch (comObjIndex) {
case COMOBJ_dim_sw: // Switch
newTask = TASK_DIMMER;
tmpBool = Knx.read(comObjIndex);
taskSoftOnOff(tmpBool);
// if(!tmpBool) powerSupplyTurnOn = false;
Debug.println(F("taskSoftOnOff: %d"), Knx.read(comObjIndex));
break;
case COMOBJ_dim_rel: // Relative dimming
newTask = TASK_DIMMER;
taskDimUpDownStop(Knx.read(comObjIndex));
Debug.println(F("taskDimUpDownStop: %d"), Knx.read(comObjIndex));
break;
case COMOBJ_dim_abs: // Absolute dimming
newTask = TASK_DIMMER;
taskNewValue(Knx.read(comObjIndex));
Debug.println(F("taskNewValue: %d"), Knx.read(comObjIndex));
break;
case COMOBJ_scene: // Scene
newTask = Knx.read(comObjIndex);
Debug.println(F("newTask: 0x%02X"), newTask);
if (newTask != 0xFF) {
currentTask = newTask;
acceptNewRGBW = true;
initialized = false;
}
break;
case COMOBJ_RGB: // RGB 232.600
acceptNewRGBW = true;
newTask = TASK_RGB;
Debug.println(F("newTask: 0x%02X"), newTask);
Knx.read(comObjIndex, new3Byte);
valuesRGBW[R] = new3Byte[R];
valuesRGBW[G] = new3Byte[G];
valuesRGBW[B] = new3Byte[B];
valuesRGBW[W] = 0;
if (newTask != 0xFF) currentTask = newTask;
break;
case COMOBJ_RGBW: // RGBW 251.600
acceptNewRGBW = true;
newTask = TASK_RGBW;
Debug.println(F("newTask: 0x%02X"), newTask);
Knx.read(comObjIndex, new6Byte);
valuesRGBW[R] = new6Byte[2];
valuesRGBW[G] = new6Byte[3];
valuesRGBW[B] = new6Byte[4];
valuesRGBW[W] = new6Byte[5];
Debug.println(F("valuesRGBW R: %d, G: %d, B: %d, W: %d \n"),valuesRGBW[R],valuesRGBW[G],valuesRGBW[B],valuesRGBW[W]);
if (newTask != 0xFF) currentTask = newTask;
break;
case COMOBJ_HSV: // HSV 232.600
acceptNewHSV = true;
newTask = TASK_HSV;
Debug.println(F("newTask: 0x%02X"), newTask);
Knx.read(comObjIndex, valuesHSV);
Debug.println(F("valuesHSV H: %d, S: %d, V: %d\n"),valuesHSV[0],valuesHSV[1],valuesHSV[2]);
if (newTask != 0xFF) currentTask = newTask;
break;
case COMOBJ_r:
rgbwChanged = true;
rgbwChangedMillis = millis();
newRGBW[R] = Knx.read(comObjIndex);
Debug.println(F("new R: %d / 0x%02x"), newRGBW[R], newRGBW[R]);
newTask = TASK_RGBW;
if (newTask != 0xFF) currentTask = newTask;
break;
case COMOBJ_g:
rgbwChanged = true;
rgbwChangedMillis = millis();
newRGBW[G] = Knx.read(comObjIndex);
Debug.println(F("new G: %d / 0x%02x"), newRGBW[G], newRGBW[G]);
newTask = TASK_RGBW;
if (newTask != 0xFF) currentTask = newTask;
break;
case COMOBJ_b:
rgbwChanged = true;
rgbwChangedMillis = millis();
newRGBW[B] = Knx.read(comObjIndex);
Debug.println(F("new B: %d / 0x%02x"), newRGBW[B], newRGBW[B]);
newTask = TASK_RGBW;
if (newTask != 0xFF) currentTask = newTask;
break;
case COMOBJ_w:
rgbwChanged = true;
rgbwChangedMillis = millis();
newRGBW[W] = Knx.read(comObjIndex);
Debug.println(F("new W: %d / 0x%02x"), newRGBW[W], newRGBW[W]);
newTask = TASK_RGBW;
if (newTask != 0xFF) currentTask = newTask;
break;
case COMOBJ_h:
hsvChanged = true;
hsvChangedMillis = millis();
newHSV[0] = Knx.read(comObjIndex);
Debug.println(F("new H"), newHSV[0]);
newTask = TASK_HSV;
if (newTask != 0xFF) currentTask = newTask;
break;
case COMOBJ_s:
hsvChanged = true;
hsvChangedMillis = millis();
newHSV[1] = Knx.read(comObjIndex);
Debug.println(F("new S"), newHSV[1]);
newTask = TASK_HSV;
if (newTask != 0xFF) currentTask = newTask;
break;
case COMOBJ_v:
hsvChanged = true;
hsvChangedMillis = millis();
newHSV[2] = Knx.read(comObjIndex);
Debug.println(F("new S"), newHSV[2]);
newTask = TASK_HSV;
if (newTask != 0xFF) currentTask = newTask;
break;
case COMOBJ_m1sw: // Message 1 switch
if (Knx.read(comObjIndex)){
newValueM1 = 255;
}else{
newValueM1 = 0;
}
statusM1 = true;
break;
case COMOBJ_m1perc: // Message 1 percentage
newValueM1 = Knx.read(comObjIndex);
statusM1 = true;
break;
case COMOBJ_m1rgb: //Message 1 RGB
Knx.read(comObjIndex, new3Byte);
ledColorM1[R] = new3Byte[R];
ledColorM1[G] = new3Byte[G];
ledColorM1[B] = new3Byte[B];
ledColorM1[W] = 0;
if(!ledColorM1[R] && !ledColorM1[G] && !ledColorM1[B]){ //RGBW = off
newValueM1 = 0;
}else{
newValueM1 = 255;
}
statusM1 = true;
break;
case COMOBJ_m1rgbw: //Message 1 RGBW
Knx.read(comObjIndex, new6Byte);
ledColorM1[R] = new6Byte[2];
ledColorM1[G] = new6Byte[3];
ledColorM1[B] = new6Byte[4];
ledColorM1[W] = new6Byte[5];
if(!ledColorM1[R] && !ledColorM1[G] && !ledColorM1[B] && !ledColorM1[R]){ //RGBW = off
newValueM1 = 0;
}else{
newValueM1 = 255;
}
statusM1 = true;
break;
case COMOBJ_m2sw: // Message 2 switch
if (Knx.read(comObjIndex)){
newValueM2 = 255;
}else{
newValueM2 = 0;
}
statusM2 = true;
break;
case COMOBJ_m2perc: // Message 2 percentage
newValueM2 = Knx.read(comObjIndex);
statusM2 = true;
break;
case COMOBJ_m2rgb: //Message 2 RGB
Knx.read(comObjIndex, new3Byte);
ledColorM2[R] = new3Byte[R];
ledColorM2[G] = new3Byte[G];
ledColorM2[B] = new3Byte[B];
ledColorM2[W] = 0;
if(!ledColorM2[R] && !ledColorM2[G] && !ledColorM2[B]){ //RGBW = off
newValueM2 = 0;
}else{
newValueM2 = 255;
}
statusM1 = true;
break;
case COMOBJ_m2rgbw: //Message 2 RGBW
Knx.read(comObjIndex, new6Byte);
ledColorM2[R] = new6Byte[2];
ledColorM2[G] = new6Byte[3];
ledColorM2[B] = new6Byte[4];
ledColorM2[W] = new6Byte[5];
if(!ledColorM2[R] && !ledColorM2[G] && !ledColorM2[B] && !ledColorM2[W]){ //RGBW = off
newValueM2 = 0;
}else{
newValueM2 = 255;
}
statusM2 = true;
break;
case COMOBJ_m3sw: // Message 3 switch
if (Knx.read(comObjIndex)){
newValueM3 = 255;
}else{
newValueM3 = 0;
}
statusM3 = true;
break;
case COMOBJ_m3perc: // Message 3 percentage
newValueM3 = Knx.read(comObjIndex);
statusM3 = true;
break;
case COMOBJ_m3rgb: //Message 3 RGB
Knx.read(comObjIndex, new3Byte);
ledColorM3[R] = new3Byte[R];
ledColorM3[G] = new3Byte[G];
ledColorM3[B] = new3Byte[B];
ledColorM3[W] = 0;
if(!ledColorM3[R] && !ledColorM3[G] && !ledColorM3[B]){ //RGBW = off
newValueM3 = 0;
}else{
newValueM3 = 255;
}
statusM3 = true;
break;
case COMOBJ_m3rgbw: //Message 3 RGBW
Knx.read(comObjIndex, new6Byte);
ledColorM3[R] = new6Byte[2];
ledColorM3[G] = new6Byte[3];
ledColorM3[B] = new6Byte[4];
ledColorM3[W] = new6Byte[5];
if(!ledColorM3[R] && !ledColorM3[G] && !ledColorM3[B] && !ledColorM3[W]){ //RGBW = off
newValueM3 = 0;
}else{
newValueM3 = 255;
}
statusM3 = true;
break;
case COMOBJ_m4sw: // Message 4 switch
if (Knx.read(comObjIndex)){
newValueM4 = 255;
}else{
newValueM4 = 0;
}
statusM4 = true;
break;
case COMOBJ_m4perc: // Message 4 percentage
newValueM4 = Knx.read(comObjIndex);
statusM4 = true;
break;
case COMOBJ_m4rgb: //Message 4 RGB
Knx.read(comObjIndex, new3Byte);
ledColorM4[R] = new3Byte[R];
ledColorM4[G] = new3Byte[G];
ledColorM4[B] = new3Byte[B];
ledColorM4[W] = 0;
if(!ledColorM4[R] && !ledColorM4[G] && !ledColorM4[B]){ //RGBW = off
newValueM4 = 0;
}else{
newValueM4 = 255;
}
statusM4 = true;
break;
case COMOBJ_m4rgbw: //Message 1 RGBW
Knx.read(comObjIndex, new6Byte);
ledColorM4[R] = new6Byte[2];
ledColorM4[G] = new6Byte[3];
ledColorM4[B] = new6Byte[4];
ledColorM4[W] = new6Byte[5];
if(!ledColorM4[R] && !ledColorM4[G] && !ledColorM4[B] && !ledColorM4[R]){ //RGBW = off
newValueM4 = 0;
}else{
newValueM4 = 255;
}
statusM4 = true;
break;
case COMOBJ_nightMode:
nightMode = Knx.read(COMOBJ_nightMode);
break;
default:
break;
}
if(newTask != lastTask && newTask < 64){
//0 .. 63 are KNX scenes, 64 .. 255 for internal use only!
sendSceneNumber = newTask;
}
}