HilOpticalFlow.parse constructor
HilOpticalFlow.parse(
- ByteData data_
Implementation
factory HilOpticalFlow.parse(ByteData data_) {
if (data_.lengthInBytes < HilOpticalFlow.mavlinkEncodedLength) {
var len = HilOpticalFlow.mavlinkEncodedLength - data_.lengthInBytes;
var d = data_.buffer.asUint8List() + List<int>.filled(len, 0);
data_ = Uint8List.fromList(d).buffer.asByteData();
}
var timeUsec = data_.getUint64(0, Endian.little);
var integrationTimeUs = data_.getUint32(8, Endian.little);
var integratedX = data_.getFloat32(12, Endian.little);
var integratedY = data_.getFloat32(16, Endian.little);
var integratedXgyro = data_.getFloat32(20, Endian.little);
var integratedYgyro = data_.getFloat32(24, Endian.little);
var integratedZgyro = data_.getFloat32(28, Endian.little);
var timeDeltaDistanceUs = data_.getUint32(32, Endian.little);
var distance = data_.getFloat32(36, Endian.little);
var temperature = data_.getInt16(40, Endian.little);
var sensorId = data_.getUint8(42);
var quality = data_.getUint8(43);
return HilOpticalFlow(
timeUsec: timeUsec,
integrationTimeUs: integrationTimeUs,
integratedX: integratedX,
integratedY: integratedY,
integratedXgyro: integratedXgyro,
integratedYgyro: integratedYgyro,
integratedZgyro: integratedZgyro,
timeDeltaDistanceUs: timeDeltaDistanceUs,
distance: distance,
temperature: temperature,
sensorId: sensorId,
quality: quality);
}