GravityAndGyroscopeSensorMeasurementSyncer

listener to notify changes in accuracy.

listener to notify that some buffer has been filled. This usually happens when consumer of measurements cannot keep up with the rate at which measurements are generated.

Android context.

capacity of gravity buffer.

Gets gravity collector current usage as a value between 0.0 and 1.0. 0.0 indicates that collector buffer is empty and no measurement has yet been received. 1.0 indicates that collector buffer is full.

interpolator for gravity measurements.

Gets gravity sensor being used to obtain measurements or null if not available. This can be used to obtain additional information about the sensor.

Indicates whether requested gravity sensor is available or not.

Delay of gravity sensor between samples.

Gets initial gravity offset expressed in nano seconds between first received measurement timestamp and start time expressed in the monotonically increasing system clock obtained by SystemClock.elapsedRealtimeNanos.

indicates whether gravity start offset will be computed when first measurement is received. True indicates that offset is computed, false assumes that offset is null.

Gets gravity buffer current usage as a value between 0.0 and 1.0. 0.0 indicates that buffer is empty and no measurement has yet been received. 1.0 indicates that buffer is full.

capacity of gyroscope buffer.

Gets gyroscope collector current usage as a value between 0.0 and 1.0. 0.0 indicates that collector buffer is empty and no measurement has yet been received. 1.0 indicates that collector buffer is full.

interpolator for gyroscope measurements.

Gets gyroscope sensor being used to obtain measurements or null if not available. This can be used to obtain additional information about the sensor.

Indicates whether requested gyroscope sensor is available or not.

Delay of gyroscope sensor between samples.

One of the supported gyroscope sensor types.

Gets initial gyroscope offset expressed in nano seconds between first received measurement timestamp and start time expressed in the monotonically increasing system clock obtained by SystemClock.elapsedRealtimeNanos.

indicates whether gyroscope start offset will be computed when first measurement is received. True indicates that offset is computed, false assumes that offset is null.

Gets gyroscope buffer current usage as a value between 0.0 and 1.0. 0.0 indicates that buffer is empty and no measurement has yet been received. 1.0 indicates that buffer is full.

Gets most recent timestamp of all measurements processed so far. Timestamp is expressed in nanoseconds by a monotonic clock based on SystemClock.elapsedRealtimeNanos.

Gets number of processed measurements since this syncer started.

Gets oldest timestamp in the buffer.

Indicates whether syncer is processing measurements.

Indicates whether syncer is running and processing measurements.

true to skip new measurements while processing a measurement.

listener to notify when stale measurements are found. This might indicate that buffers are too small and data is not being properly synced.

true to enable stale measurement detection, false otherwise.

offset respect most recent received timestamp of a measurement to consider the measurement as stale so that it is skipped from synced measurement processing and returned back from buffer to cache of measurements.

Timestamp when collector started expressed as a monotonically increasing timestamp in nanoseconds as indicated by SystemClock.elapsedRealtimeNanos.

true to stop syncer when any buffer completely fills, false to continue processing measurements at the expense of loosing old data. This will be notified using bufferFilledListener.

listener to notify the generation of a new synced measurement.

Starts collecting and syncing sensor measurements.

Stops processing and syncing sensor measurements.