public AsyncSensorData(Robot robot, ResponseCode code, Byte seqNum, Byte[] data, AsynchronousId asyncCode, Int32 length, UInt64 mask)
: base(robot, code, seqNum, data, asyncCode, length)
{
if ((Int32)Data.Length == CountBits(mask) * 2)
{
Int32 num = 0;
if (MaskHasFlag(mask, (DataStreaming)((Int64)458752)))
{
Attitude = new AttitudeReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2), (Single)GetFloatFromBytes(num + 4));
num = num + 6;
}
if (MaskHasFlag(mask, (DataStreaming)((Int64)57344)))
{
Accelorometer = new AccelerometerReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2), (Single)GetFloatFromBytes(num + 4));
num = num + 6;
}
if (MaskHasFlag(mask, (DataStreaming)((Int64)7168)))
{
Gyrometer = new GyrometerReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2), (Single)GetFloatFromBytes(num + 4));
num = num + 6;
}
if (MaskHasFlag(mask, DataStreaming.Quaternion))
{
Quaternion = new QuaternionReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2), (Single)GetFloatFromBytes(num + 4), (Single)GetFloatFromBytes(num + 6));
num = num + 8;
}
if (MaskHasFlag(mask, DataStreaming.Location))
{
Location = new LocationReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2));
num = num + 4;
}
if (MaskHasFlag(mask, DataStreaming.Velocity))
{
Velocity = new VelocityReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2));
num = num + 4;
}
}
}
public AsyncSensorData(Robot robot, ResponseCode code, Byte seqNum, Byte[] data, AsynchronousId asyncCode, Int32 length, UInt64 mask)
: base(robot, code, seqNum, data, asyncCode, length)
{
if ((Int32)Data.Length == CountBits(mask) * 2)
{
Int32 num = 0;
if (MaskHasFlag(mask, (DataStreaming)((Int64)458752)))
{
Attitude = new AttitudeReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2), (Single)GetFloatFromBytes(num + 4));
num = num + 6;
}
if (MaskHasFlag(mask, (DataStreaming)((Int64)57344)))
{
Accelorometer = new AccelerometerReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2), (Single)GetFloatFromBytes(num + 4));
num = num + 6;
}
if (MaskHasFlag(mask, (DataStreaming)((Int64)7168)))
{
Gyrometer = new GyrometerReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2), (Single)GetFloatFromBytes(num + 4));
num = num + 6;
}
if (MaskHasFlag(mask, DataStreaming.Quaternion))
{
Quaternion = new QuaternionReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2), (Single)GetFloatFromBytes(num + 4), (Single)GetFloatFromBytes(num + 6));
num = num + 8;
}
if (MaskHasFlag(mask, DataStreaming.Location))
{
Location = new LocationReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2));
num = num + 4;
}
if (MaskHasFlag(mask, DataStreaming.Velocity))
{
Velocity = new VelocityReading((Single)GetFloatFromBytes(num), (Single)GetFloatFromBytes(num + 2));
num = num + 4;
}
}
}
private void SensorControl_AttitudeUpdatedEvent(object sender, AttitudeReading reading)
{
//AtittudeRoll.Text = "" + reading.Roll;
//AtittudePitch.Text = "" + reading.Pitch;
//AtittudeYaw.Text = "" + reading.Yaw;
}