Face Engine SDK  5.34.0
A face detection, recognition and tracking engine.
Public Member Functions | List of all members
fsdk::ILightColoredClothesEstimator Struct Referenceabstract
Estimators

LightColoredClothesEstimator estimator interface. The estimator determines if the person wears light-colored or dark-colored clothes. More...

#include <ILightColoredClothesEstimator.h>

Inheritance diagram for fsdk::ILightColoredClothesEstimator:
fsdk::IRefCounted

Public Member Functions

virtual Result< FSDKError > estimate (const Image &image, const Detection &detection, LightColoredClothesEstimation &estimation) const noexcept=0
 Estimate if the person wears light-colored clothes. More...
 
virtual Result< FSDKError > estimate (Span< const Image > images, Span< const Detection > detections, Span< LightColoredClothesEstimation > estimations) const noexcept=0
 Estimate if the person wears light-colored clothes in multiple frames in a single call. More...
 
virtual Result< FSDKError > validate (Span< const Image > images, Span< const Detection > detections, Span< Result< FSDKError >> errors) const noexcept=0
 Validate input of multiple frames in a single call. More...
 
- Public Member Functions inherited from fsdk::IRefCounted
virtual int32_t retain () noexcept=0
 Increase strong reference count. More...
 
virtual int32_t retainLocked () noexcept=0
 Increase strong reference count thread safely. More...
 
virtual int32_t release () noexcept=0
 Decrease strong reference count. More...
 
virtual int32_t getRefCount () const noexcept=0
 Get actual strong reference count. More...
 
virtual int32_t retainWeak () noexcept=0
 Increase weak reference count. More...
 
virtual int32_t releaseWeak () noexcept=0
 Decrease weak reference count. More...
 
virtual int32_t getWeakRefCount () const noexcept=0
 Get actual weak reference count. More...
 

Detailed Description

LightColoredClothesEstimator estimator interface. The estimator determines if the person wears light-colored or dark-colored clothes.

Member Function Documentation

◆ estimate() [1/2]

virtual Result<FSDKError> fsdk::ILightColoredClothesEstimator::estimate ( const Image &  image,
const Detection &  detection,
LightColoredClothesEstimation &  estimation 
) const
pure virtualnoexcept

Estimate if the person wears light-colored clothes.

Parameters
[in]imagesource image
[in]detectiondetection coordinates in image space
[out]estimationestimation result.
Returns
Result with error code.
See also
LightColoredClothesEstimation, Image, Detection, Result and FSDKError for details.
Note
image format must be R8G8B8,
See also
Format.

◆ estimate() [2/2]

virtual Result<FSDKError> fsdk::ILightColoredClothesEstimator::estimate ( Span< const Image >  images,
Span< const Detection >  detections,
Span< LightColoredClothesEstimation >  estimations 
) const
pure virtualnoexcept

Estimate if the person wears light-colored clothes in multiple frames in a single call.

Parameters
[in]imagesspan of source images.
[in]detectionsspan of detection coordinates in corresponding source image space.
[out]estimationsspan of estimation results.
Returns
Result with error code.
See also
LightColoredClothesEstimation, Span, Image, Detection, Result and FSDKError for details.
Note
images format must be R8G8B8,
See also
Format.
Note
all spans should be based on user owned continuous collections.
all spans should be equal size.

◆ validate()

virtual Result<FSDKError> fsdk::ILightColoredClothesEstimator::validate ( Span< const Image >  images,
Span< const Detection >  detections,
Span< Result< FSDKError >>  errors 
) const
pure virtualnoexcept

Validate input of multiple frames in a single call.

Parameters
[in]imagesspan of source images.
[in]detectionsspan of detection coordinates in corresponding source images space.
[out]errorsoutput span of errors for each image.
Returns
Result with error code.
See also
Span, Image, Detection, Result, FSDKError for details.
Note
images format must be R8G8B8,
See also
Format.
Note
all spans should be based on user owned continuous collections.
all spans should be equal size.
The documentation for this struct was generated from the following file: