public HRMSensor(Device device)
: base(device)
{
ChannelNumber = 1;
TransmissionType = Settings.Default.hrmTransType; // search by default
DeviceNumber = Settings.Default.hrmDeviceNum; // search by default
DeviceType = 120;
Period = 8070;
RadioFrequency = 57;
}
public SpeedSensor(Device device)
: base(device)
{
}
private const ushort MULTI_TICK_THRESHOLD = 2; // equivalent to 500RPM!
#endregion Fields
#region Constructors
public SpeedCadenceSensor(Device device)
: base(device)
{
ChannelNumber = 2;
TransmissionType = Settings.Default.spcdTransType; // search by default
DeviceNumber = Settings.Default.spcdDeviceNum; // search by default
DeviceType = 121;
Period = 8086;
RadioFrequency = 57;
}
public CadenceSensor(Device device)
: base(device)
{
}
public Sensor(Device device)
{
syncContext = AsyncOperationManager.SynchronizationContext;
_processor = new SensorProcessor(this);
_processor.Device = device;
device.AddSensorProcessor(_processor);
_processor.SensorStatusChanged += new SensorStatusChangedHandler(StatusChanged);
}
public PowerSensor(Device device)
: base(device)
{
ChannelNumber = 5;
TransmissionType = 0;
DeviceNumber = 0;
DeviceType = 11;
Period = 8182;
RadioFrequency = 57;
}
public void Initialise()
{
// Test mode
Device UsbStick = new Device();
UsbStick.Initialise();
Hrm = new HRMSensor(UsbStick);
SpeedCadence = new SpeedCadenceSensor(UsbStick);
Speed = new SpeedSensor(UsbStick);
Cadence = new CadenceSensor(UsbStick);
Power = new PowerSensor(UsbStick);
Hrm.SensorMessage += SensorMessageReceived;
SpeedCadence.SensorMessage += SensorMessageReceived;
Speed.SensorMessage += SensorMessageReceived;
Cadence.SensorMessage += SensorMessageReceived;
Power.SensorMessage += SensorMessageReceived;
// send data to the server every 750ms
_sendDataTimer = new Timer(SendDataToServer, null, 2000, 750);
}
