public void Configure(Mode mode = Mode.Ndof, AccRange ar = AccRange._16g, GyroRange gr = GyroRange._2000dps)
{
bridge.sendCommand(new byte[] { (byte)SENSOR_FUSION, MODE, (byte)((byte)mode + 1), (byte)((byte)ar | (((byte)gr + 1) << 4)) });
var accelerometer = bridge.GetModule <IAccelerometerBosch>();
var gyro = bridge.GetModule <IGyroBmi160>();
var magnetometer = bridge.GetModule <IMagnetometerBmm150>();
this.mode = mode;
switch (mode)
{
case Mode.Ndof:
accelerometer.Configure(odr: 100f, range: AccelerometerBosch.RANGES[(int)ar]);
gyro.Configure(odr: Sensor.GyroBmi160.OutputDataRate._100Hz, range: (Sensor.GyroBmi160.DataRange)gr);
magnetometer.Configure(odr: Sensor.MagnetometerBmm150.OutputDataRate._25Hz);
break;
case Mode.ImuPlus:
accelerometer.Configure(odr: 100f, range: AccelerometerBosch.RANGES[(int)ar]);
gyro.Configure(odr: Sensor.GyroBmi160.OutputDataRate._100Hz, range: (Sensor.GyroBmi160.DataRange)gr);
break;
case Mode.Compass:
accelerometer.Configure(odr: 25f, range: AccelerometerBosch.RANGES[(int)ar]);
magnetometer.Configure(odr: Sensor.MagnetometerBmm150.OutputDataRate._25Hz);
break;
case Mode.M4g:
accelerometer.Configure(odr: 50f, range: AccelerometerBosch.RANGES[(int)ar]);
magnetometer.Configure(odr: Sensor.MagnetometerBmm150.OutputDataRate._25Hz);
break;
}
}
public void Configure(Mode mode = Mode.Ndof, AccRange ar = AccRange._16g, GyroRange gr = GyroRange._2000dps,
object[] accExtra = null, object[] gyroExtra = null)
{
bridge.sendCommand(new byte[] { (byte)SENSOR_FUSION, MODE, (byte)((byte)mode + 1), (byte)((byte)ar | (((byte)gr + 1) << 4)) });
var accelerometer = bridge.GetModule <IAccelerometerBosch>();
var gyro = bridge.GetModule <IGyroBmi160>();
var magnetometer = bridge.GetModule <IMagnetometerBmm150>();
void configAcc(Sensor.AccelerometerBmi160.OutputDataRate odr)
{
if (accelerometer is IAccelerometerBmi160)
{
var casted = accelerometer as IAccelerometerBmi160;
Action <Sensor.AccelerometerBmi160.FilterMode> configure(Sensor.AccelerometerBosch.DataRange range) =>
filter => casted.Configure(odr: odr, range: range, filter: filter);
var partial = configure((Sensor.AccelerometerBosch.DataRange)ar);
if (accExtra != null)
{
foreach (Object it in accExtra)
{
if (it is Sensor.AccelerometerBmi160.FilterMode)
{
partial((Sensor.AccelerometerBmi160.FilterMode)it);
break;
}
}
}
else
{
partial(Sensor.AccelerometerBmi160.FilterMode.Normal);
}
}
}
void configGyro()
{
Action <Sensor.GyroBmi160.FilterMode> configure(Sensor.GyroBmi160.DataRange range) =>
filter => gyro.Configure(odr: Sensor.GyroBmi160.OutputDataRate._100Hz, range: range, filter: filter);
var partial = configure((Sensor.GyroBmi160.DataRange)gr);
if (gyroExtra != null)
{
foreach (Object it in gyroExtra)
{
if (it is Sensor.GyroBmi160.FilterMode)
{
partial((Sensor.GyroBmi160.FilterMode)it);
break;
}
}
}
else
{
partial(Sensor.GyroBmi160.FilterMode.Normal);
}
}
this.mode = mode;
switch (mode)
{
case Mode.Ndof:
configAcc(Sensor.AccelerometerBmi160.OutputDataRate._100Hz);
configGyro();
magnetometer.Configure(odr: Sensor.MagnetometerBmm150.OutputDataRate._25Hz);
break;
case Mode.ImuPlus:
configAcc(Sensor.AccelerometerBmi160.OutputDataRate._100Hz);
configGyro();
break;
case Mode.Compass:
configAcc(Sensor.AccelerometerBmi160.OutputDataRate._25Hz);
magnetometer.Configure(odr: Sensor.MagnetometerBmm150.OutputDataRate._25Hz);
break;
case Mode.M4g:
configAcc(Sensor.AccelerometerBmi160.OutputDataRate._50Hz);
magnetometer.Configure(odr: Sensor.MagnetometerBmm150.OutputDataRate._25Hz);
break;
}
}