PoseDetectorOptions.Builder

public static class PoseDetectorOptions.Builder extends Object

Builder for PoseDetectorOptions.

Public Constructor Summary

Public Method Summary

PoseDetectorOptions
PoseDetectorOptions.Builder
setDetectorMode(int detectorMode)
Set the detector mode to be used, depending on what kind of input is being processed.
PoseDetectorOptions.Builder
setExecutor(Executor executor)
Sets the custom Executor to use.
PoseDetectorOptions.Builder
setPreferredHardwareConfigs(int config, int... moreConfigs)

Inherited Method Summary

Public Constructors

public Builder ()

Public Methods

public PoseDetectorOptions build ()

public PoseDetectorOptions.Builder setDetectorMode (int detectorMode)

Set the detector mode to be used, depending on what kind of input is being processed. The PoseDetector.process(InputImage) and PoseDetector.process(MlImage) call will treat the inputs differently based on this mode.

Default: PoseDetectorOptionsBase.STREAM_MODE

Use PoseDetectorOptionsBase.STREAM_MODE for input frames consisting of related images, for example, frames from a user's camera. This mode uses tracking, which provides a speed-up when the frames consists of related images without much of a scene change.

Use PoseDetectorOptionsBase.SINGLE_IMAGE_MODE for a single still image, or when the input frames are unrelated.

Parameters
detectorMode the detector mode used, depending on what kind of input is being processed. One of PoseDetectorOptionsBase.STREAM_MODE or PoseDetectorOptionsBase.SINGLE_IMAGE_MODE.

public PoseDetectorOptions.Builder setExecutor (Executor executor)

Sets the custom Executor to use. If no Executor is set, an internal background thread pool will be used.

Most clients should not need to call this method.

public PoseDetectorOptions.Builder setPreferredHardwareConfigs (int config, int... moreConfigs)

Sets preferred PoseDetectorOptionsBase.HardwareConfigs.

Available options: PoseDetectorOptionsBase.CPU, PoseDetectorOptionsBase.CPU_GPU.

ML Kit will take availability, stability, correctness and latency of each config into consideration and pick the best one from the preferred configs. If none of the preferred configs is applicable, the default CPU config will be used automatically as fallback.

Example usages: