public CommandReadyEventArgs(Command command)
{
commandToSend = command;
}
/**
* description It reads the actual state of bulb and it returns answer received from it
* param address1 : high address of bulb [0..255]
* param address2 : low address of bulb [0..255]
* retval Constants.C_ACK 0x00 Bulb receives good command
* Constants.C_NACK 0x01 Bulb receives corrupt command
* Constants.C_ERROR_COMMAND_IN_PROGRESS 0x06 Bulb's is busy to do a previous command
* Constants.C_ERROR_BAD_ANSWER_CRC 0x10 LYT shield receives corrupt answer
* Constants.C_ERROR_NO_ANSWER 0x11 LYT shield does not receive answer by Bulb
* Constants.C_ERROR_WRONG_ANSWER 0x12 LYT shield receives an answer not corresponding to sent command
* note The bulb sends an answer for reporting command results
*/
//byte AskLampInfoStatusAndCheck(byte address1, byte address2)
//{
// timeOutAnswer = 0;
// AskLampInfoStatus(address1, address2);
// redValueOld = ReceivedAnswer.answer[1];
// greenValueOld = ReceivedAnswer.answer[2];
// blueValueOld = ReceivedAnswer.answer[3];
// brightnessValueOld = ReceivedAnswer.answer[4];
// return CheckAnswer();
//}
/**
* description It sets PL1167's SYNCWORD0 of bulb
* param address1 : high address of bulb [0..255]
* param address2 : low address of bulb [0..255]
* param ui8MSByteSyncWord: most significant byte of SYNCWORD0 [0..255]
* param ui8LSByteSyncWord: least significant byte of SYNCWORD0 [0..255]
* retval none
* note The bulb sends an answer for reporting command results
* note This command sets also PL1167's SYNCWORD0 of SHIELD LYT-WIFI card, but it is not saved it in Arduino's EEPROM
*/
void SetSyncWord(byte address1, byte address2, byte ui8MSByteSyncWord, byte ui8LSByteSyncWord)
{
Command commandToSend = new Command();
commandToSend.commandType = CommandType.SetSyncWord;
commandToSend.destinationAddress1 = upperAddressByte;
commandToSend.destinationAddress2 = lowerAddressByte;
commandToSend.frameNumber = frameCounter++;
commandToSend.param1 = ui8MSByteSyncWord;
commandToSend.param2 = ui8LSByteSyncWord;
commandToSend.param3 = 0;
commandToSend.param4 = 0;
commandToSend.CalculateCRC();
if (OnCommandReady != null)
{
OnCommandReady(this, new CommandReadyEventArgs(commandToSend));
}
}
/**
* description It sets RGB values of the bulb
* param address1 : high address of bulb [0..255]
* param address2 : low address of bulb [0..255]
* param ui8RedValue : PWM value of red coulor [0..255]
* param uiGreenValue : PWM value of red coulor [0..255]
* param uiBlueValue : PWM value of red coulor [0..255]
* param castType : transmission mode
* This parameter can be one of following values:
* Constants.C_UNICAST : command sent to a single bulb and check of answer (default)
* Constants.C_MULTICAST: command sent to a multiple bulbs and no check of answer
* param dimmerSteps: number of dimmer steps. One step every 10 ms.
* This parameter can be one of following values:
* 0 : no dimmer effect (default)
* value: dimmer effect in value*10 ms [1..100]
* retval none
* note In Constants.C_UNICAST mode, the bulb sends an answer for reporting command results
*/
public bool SetRGB(SmartLightColor color)
{
byte dimmerSteps = 0;
Command commandToSend = new Command();
commandToSend.commandType = (CommandType)((byte)transmissionMode | (byte)CommandType.SetRGB);
commandToSend.destinationAddress1 = upperAddressByte;
commandToSend.destinationAddress2 = lowerAddressByte;
commandToSend.param1 = color.red;
commandToSend.param2 = color.green;
commandToSend.param3 = color.blue;
if (transmissionMode == TransmissionMode.Unicast)
{
commandToSend.param4 = (byte)((dimmerSteps <= Constants.PROTOCOL_DIMMER_STEPS) ? dimmerSteps : Constants.PROTOCOL_DIMMER_STEPS);
commandToSend.frameNumber = frameCounter++;
}
else
commandToSend.param4 = 0;
commandToSend.CalculateCRC();
if (OnCommandReady != null)
{
OnCommandReady(this, new CommandReadyEventArgs(commandToSend));
}
return true;
}
/**
* description It saves the actual status (PWM values and ON/OFF condition) of bulb in EEPROM
* param address1 : high address of bulb [0..255]
* param address2 : low address of bulb [0..255]
* retval none
* note The bulb sends an answer for reporting command results
*/
void SaveLampSettings()
{
Command commandToSend = new Command();
commandToSend.commandType = CommandType.SaveSettings;
commandToSend.destinationAddress1 = upperAddressByte;
commandToSend.destinationAddress2 = lowerAddressByte;
commandToSend.frameNumber = frameCounter++;
commandToSend.param1 = 0;
commandToSend.param2 = 0;
commandToSend.param3 = 0;
commandToSend.param4 = 0;
commandToSend.CalculateCRC();
if (OnCommandReady != null)
{
OnCommandReady(this, new CommandReadyEventArgs(commandToSend));
}
}
/**
* description It sets PL1167's radio channel of bulb
* param address1 : high address of bulb [0..255]
* param address2 : low address of bulb [0..255]
* param ui8Channel : radio channel of bulb [0..127]
* retval none
* note The bulb sends an answer for reporting command results
* note This command sets also PL1167's radio channel of SHIELD LYT-WIFI card, but it not saves it in Arduino's EEPROM
*/
void SetChannel(byte channel)
{
if (channel < 128)
{
Command commandToSend = new Command();
commandToSend.commandType = CommandType.SetChannel;
commandToSend.destinationAddress1 = upperAddressByte;
commandToSend.destinationAddress2 = lowerAddressByte;
commandToSend.frameNumber = 0;
commandToSend.param1 = channel;
commandToSend.param2 = 0;
commandToSend.param3 = 0;
commandToSend.param4 = 0;
commandToSend.CalculateCRC();
if (OnCommandReady != null)
{
OnCommandReady(this, new CommandReadyEventArgs(commandToSend));
}
}
else
{
throw new Exception("ERROR. Channel too high. Select a channel from 0 to 127.");
}
}
/**
* description It resets the bulb to its default operative values
* param none
* retval none
* note This command must be sent within three seconds from power on of bulb
* note The bulb sends an answer for reporting command results
*/
void ResetLight()
{
Command commandToSend = new Command();
//SetLocalChannel(Constants.PL1167_DEFAULT_RADIO_TRASMISSION);
//SetLocalSyncWord(Constants.C_MSBYTE_SYNCWORD0, Constants.C_LSBYTE_SYNCWORD0);
commandToSend.commandType = CommandType.Reset;
commandToSend.destinationAddress1 = Constants.C_INVALID_ADDRESS;
commandToSend.destinationAddress2 = Constants.C_INVALID_ADDRESS;
commandToSend.frameNumber = frameCounter++;
commandToSend.param1 = 0;
commandToSend.param2 = 0;
commandToSend.param3 = 0;
commandToSend.param4 = 0;
commandToSend.crc = 0;
commandToSend.CalculateCRC();
if (OnCommandReady != null)
{
OnCommandReady(this, new CommandReadyEventArgs(commandToSend));
}
}
/**
* description It deletes a address to bulb
* param address1 : high address of bulb [0..255]
* param address2 : low address of bulb [0..255]
* param ui8NewAddress1: high address of bulb to delete [0..255]
* param ui8NewAddress2: low address of bulb to delete[0..255]
* retval none
* note The bulb sends an answer for reporting command results
*/
void DeleteLightAddress(byte addressToBeDeleted1, byte addressToBeDeleted2)
{
Command commandToSend = new Command();
commandToSend.commandType = CommandType.DeleteAddress;
commandToSend.destinationAddress1 = upperAddressByte;
commandToSend.destinationAddress2 = lowerAddressByte;
commandToSend.frameNumber = frameCounter++;
commandToSend.param1 = addressToBeDeleted1;
commandToSend.param2 = addressToBeDeleted2;
commandToSend.param3 = 0;
commandToSend.param4 = 0;
commandToSend.CalculateCRC();
if (OnCommandReady != null)
{
OnCommandReady(this, new CommandReadyEventArgs(commandToSend));
}
}
/**
* description It reads the actual state of bulb
* param address1 : high address of bulb [0..255]
* param address2 : low address of bulb [0..255]
* retval none
* note The bulb sends an answer for reporting command results
*/
void AskLampInfoStatus()
{
Command commandToSend = new Command();
commandToSend.commandType = CommandType.InfoStatus;
commandToSend.destinationAddress1 = upperAddressByte;
commandToSend.destinationAddress2 = lowerAddressByte;
commandToSend.frameNumber = 0;
commandToSend.param1 = 0;
commandToSend.param2 = 0;
commandToSend.param3 = 0;
commandToSend.param4 = 0;
commandToSend.CalculateCRC();
if (OnCommandReady != null)
{
OnCommandReady(this, new CommandReadyEventArgs(commandToSend));
}
}
/**
* description It adds a new address to bulb
* param address1 : high address of bulb [0..255]
* param address2 : low address of bulb [0..255]
* param ui8NewAddress1: high address of bulb to add [0..255]
* param ui8NewAddress2: low address of bulb to add [0..255]
* retval none
* note The bulb sends an answer for reporting command results
This is always unicast.
*/
void addLightAddress(byte newUpperAddressByte, byte newLowerAddressByte)
{
Command commandToSend = new Command();
commandToSend.commandType = CommandType.AddAddress;
commandToSend.destinationAddress1 = upperAddressByte;
commandToSend.destinationAddress2 = lowerAddressByte;
commandToSend.frameNumber = frameCounter++;
commandToSend.param1 = newUpperAddressByte;
commandToSend.param2 = newLowerAddressByte;
commandToSend.param3 = 0;
commandToSend.param4 = 0;
commandToSend.CalculateCRC();
if (OnCommandReady != null)
{
OnCommandReady(this, new CommandReadyEventArgs(commandToSend));
}
}
/**
* description It switches ON the bulb
* param address1 : high address of bulb [0..255]
* param address2 : low address of bulb [0..255]
* param castType : transmission mode
* This parameter can be one of following values:
* Constants.C_UNICAST : command sent to a single bulb and check of answer (default)
* Constants.C_MULTICAST: command sent to a multiple bulbs and no check of answer
* param dimmerSteps: number of dimmer steps. One step every 10 ms.
* This parameter can be one of following values:
* 0 : no dimmer effect (default)
* value: dimmer effect in value*10 ms [1..100]
* retval none
* note In Constants.C_UNICAST mode, the bulb sends an answer for reporting command results
*/
public bool TurnOn()
{
byte dimmerSteps = 0;
Command commandToSend = new Command();
commandToSend.commandType = (CommandType)((byte)transmissionMode | (byte)CommandType.SwitchOn);
commandToSend.destinationAddress1 = upperAddressByte;
commandToSend.destinationAddress2 = lowerAddressByte;
if (transmissionMode == TransmissionMode.Unicast)
{
commandToSend.frameNumber = frameCounter++;
commandToSend.param1 = (byte)((dimmerSteps <= Constants.PROTOCOL_DIMMER_STEPS) ? dimmerSteps : Constants.PROTOCOL_DIMMER_STEPS);
}
else
commandToSend.param1 = 0;
commandToSend.param2 = 0;
commandToSend.param3 = 0;
commandToSend.param4 = 0;
commandToSend.crc = 0;
commandToSend.CalculateCRC();
if (OnCommandReady != null)
{
OnCommandReady(this, new CommandReadyEventArgs(commandToSend));
}
return true;
}
