Table of Contents

Class Accelerometer

Namespace
easyar

Accelerometer calls the system-provided accelerometer and outputs AccelerometerResult. When the device is no longer needed, you can call close to close it. Should not be used after close. It is not recommended to open it multiple times simultaneously, which may lead to it not working properly or a decrease in accuracy.

Accelerometer

Constructors

Accelerometer 

void easyar_Accelerometer__ctor(easyar_Accelerometer * * Return)
Accelerometer()
public Accelerometer()
constructor()
+ (easyar_Accelerometer *) create
public convenience init()
public Accelerometer()

Methods

isAvailable

Check if available. Returns true only when on Android or iOS and the hardware supports it. Other operating systems are not supported for now.

bool easyar_Accelerometer_isAvailable(easyar_Accelerometer * This)
bool isAvailable()
public boolean isAvailable()
fun isAvailable(): Boolean
- (bool)isAvailable
public func isAvailable() -> Bool
public virtual bool isAvailable()

Returns

Boolean

output

Output Port.

void easyar_Accelerometer_output(easyar_Accelerometer * This, easyar_AccelerometerResultSource * * Return)
std::shared_ptr<AccelerometerResultSource> output()
public @Nonnull AccelerometerResultSource output()
fun output(): AccelerometerResultSource
- (easyar_AccelerometerResultSource *)output
public func output() -> AccelerometerResultSource
public virtual AccelerometerResultSource output()

Returns

AccelerometerResultSource

open

Open the device. The sampling period is determined by the internal implementation. Returns false if opening fails.

bool easyar_Accelerometer_open(easyar_Accelerometer * This)
bool open()
public boolean open()
fun open(): Boolean
- (bool)open
public func `open`() -> Bool
public virtual bool open()

Returns

Boolean

openWithSamplingPeriod

Open the device with a specific sampling period. The sampling period may not reach the specified value due to hardware limitations. Returns false if opening fails.

bool easyar_Accelerometer_openWithSamplingPeriod(easyar_Accelerometer * This, int samplingPeriodMilliseconds)
bool openWithSamplingPeriod(int samplingPeriodMilliseconds)
public boolean openWithSamplingPeriod(int samplingPeriodMilliseconds)
fun openWithSamplingPeriod(samplingPeriodMilliseconds: Int): Boolean
- (bool)openWithSamplingPeriod:(int)samplingPeriodMilliseconds
public func openWithSamplingPeriod(_ samplingPeriodMilliseconds: Int32) -> Bool
public virtual bool openWithSamplingPeriod(int samplingPeriodMilliseconds)

Parameters

samplingPeriodMilliseconds Int32

Returns

Boolean

close

Close the device. Should not be used after close.

void easyar_Accelerometer_close(easyar_Accelerometer * This)
void close()
public void close()
fun close(): Unit
- (void)close
public func close() -> Void
public virtual void close()

Returns

Void

getCurrentResult

Get the current latest result. Returns null if the result has not been obtained yet.

easyar_OptionalOfAccelerometerResult easyar_Accelerometer_getCurrentResult(easyar_Accelerometer * This)
std::optional<AccelerometerResult> getCurrentResult()
public @Nullable AccelerometerResult getCurrentResult()
fun getCurrentResult(): AccelerometerResult?
- (easyar_AccelerometerResult *)getCurrentResult
public func getCurrentResult() -> AccelerometerResult?
public virtual Optional<AccelerometerResult> getCurrentResult()

Returns

Optional<AccelerometerResult>