QT笔记 4 人脸检测这是一个库

yingjiangongchen650.18KB需要积分:1

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seetaface2.zip 大约有29个文件

seetaface2/include/
seetaface2/include/seeta/
seetaface2/include/seeta/CFaceInfo.h 245B
seetaface2/include/seeta/CStream.h 352B
seetaface2/include/seeta/CStruct.h 1.42KB
seetaface2/include/seeta/CTrackingFaceInfo.h 401B
seetaface2/include/seeta/FaceDatabase.h 3.93KB
seetaface2/include/seeta/FaceDetector.h 2.04KB
seetaface2/include/seeta/FaceLandmarker.h 1.75KB
seetaface2/include/seeta/FaceRecognizer.h 3.41KB
seetaface2/include/seeta/FaceTracker.h 1.87KB
seetaface2/include/seeta/QualityAssessor.h 1.95KB
seetaface2/include/seeta/SeetaDetectorExport.h 1.17KB
seetaface2/include/seeta/SeetaFaceTrackerExport.h 1.18KB
seetaface2/include/seeta/SeetaLandmarkerExport.h 1.21KB
seetaface2/include/seeta/SeetaNetExport.h 1010B
seetaface2/include/seeta/SeetaNetForward.h 7.75KB
seetaface2/include/seeta/SeetaNetStruct.h 2.19KB
seetaface2/include/seeta/SeetaRecognizerExport.h 1.21KB
seetaface2/include/seeta/Stream.h 5.28KB
seetaface2/include/seeta/Struct.h 20.19KB
seetaface2/include/seeta/Struct_cv.h 1.7KB
seetaface2/lib/
seetaface2/lib/libSeetaFaceDetector.dll 192.36KB
seetaface2/lib/libSeetaFaceLandmarker.dll 169.92KB
seetaface2/lib/libSeetaFaceRecognizer.dll 288.65KB
seetaface2/lib/libSeetaFaceTracker.dll 71.44KB
seetaface2/lib/libSeetaNet.dll 1.23MB
seetaface2/lib/libSeetaQualityAssessor.dll 154.78KB

资源介绍:

QT笔记 4 人脸检测这是一个库

#ifndef INC_SEETA_STRUCT_H #define INC_SEETA_STRUCT_H #include "CStruct.h" #include #include #include #include #include #include #define INCLUDED_SEETA_STRUCT namespace seeta { class ImageData : public SeetaImageData { public: using self = ImageData; using supper = SeetaImageData; using byte = unsigned char; ~ImageData() = default; ImageData( const supper &image ) : ImageData( image.data, image.width, image.height, image.channels ) {} ImageData( int width, int height, int channels ) : supper( { width, height, channels, nullptr } ) { this->m_data.reset( new byte[this->count()], std::default_delete() ); this->data = this->m_data.get(); } ImageData() : ImageData( 0, 0, 0 ) {} ImageData( const byte *data, int width, int height, int channels ) : ImageData( width, height, channels ) { this->copy_from( data ); } ImageData( const self & ) = default; ImageData &operator=( const self & ) = default; ImageData &operator=( const supper &other ) { this->operator=( self( other ) ); return *this; } ImageData( self &&other ) : supper( { other.width, other.height, other.channels, nullptr } ) { this->m_data = std::move( other.m_data ); this->data = this->m_data.get(); } ImageData &operator=( self &&other ) { this->width = other.width; this->height = other.height; this->channels = other.channels; this->m_data = std::move( other.m_data ); this->data = this->m_data.get(); return *this; } void copy_from( const byte *data, int size = -1 ) { int copy_size = this->count(); copy_size = size < 0 ? copy_size : std::min( copy_size, size ); copy( this->data, data, copy_size ); } void copy_to( byte *data, int size = -1 ) const { int copy_size = this->count(); copy_size = size < 0 ? copy_size : std::min( copy_size, size ); copy( data, this->data, copy_size ); } static void copy( byte *dst, const byte *src, size_t size ) { std::memcpy( dst, src, size ); } int count() const { return this->width * this->height * this->channels; } ImageData clone() const { return ImageData( this->data, this->width, this->height, this->channels ); } private: std::shared_ptr m_data; }; class Point : public SeetaPoint { public: using self = Point; using supper = SeetaPoint; Point( const supper &other ) : supper( other ) {} Point( int x, int y ) : supper( { x, y } ) {} Point() : Point( 0, 0 ) {} }; class PointF : public SeetaPointF { public: using self = PointF; using supper = SeetaPointF; PointF( const supper &other ) : supper( other ) {} PointF( double x, double y ) : supper( { x, y } ) {} PointF() : PointF( 0, 0 ) {} }; class Size : public SeetaSize { public: using self = Size; using supper = SeetaSize; Size( const supper &other ) : supper( other ) {} Size( int width, int height ) : supper( { width, height } ) {} Size() : Size( 0, 0 ) {} }; class Rect : public SeetaRect { public: using self = Rect; using supper = SeetaRect; Rect( const supper &other ) : supper( other ) {} Rect( int x, int y, int width, int height ) : supper( { x, y, width, height } ) {} Rect() : Rect( 0, 0, 0, 0 ) {} Rect( int x, int y, const Size &size ) : supper( { x, y, size.width, size.height } ) {} Rect( const Point &top_left, int width, int height ) : supper( { top_left.x, top_left.y, width, height } ) {} Rect( const Point &top_left, const Size &size ) : supper( { top_left.x, top_left.y, size.width, size.height } ) {} Rect( const Point &top_left, const Point &bottom_right ) : supper( { top_left.x, top_left.y, bottom_right.x - top_left.x, bottom_right.y - top_left.y } ) {} operator Point() const { return{ this->x, this->y }; } operator Size() const { return{ this->width, this->height }; } }; class Region : public SeetaRegion { public: using self = Region; using supper = SeetaRegion; Region( const supper &other ) : supper( other ) {} Region( int top, int bottom, int left, int right ) : supper( { top, bottom, left, right } ) {} Region() : Region( 0, 0, 0, 0 ) {} Region( const Rect &rect ) : Region( rect.y, rect.y + rect.height, rect.x, rect.x + rect.width ) {} operator Rect() const { return{ left, top, right - left, bottom - top }; } }; class ModelSetting : public SeetaModelSetting { public: using self = ModelSetting; using supper = SeetaModelSetting; enum Device { AUTO, CPU, GPU }; ~ModelSetting() = default; ModelSetting() : supper( { SEETA_DEVICE_AUTO, 0, nullptr } ) { this->update(); } ModelSetting( const supper &other ) : supper( { other.device, other.id, nullptr } ) { if( other.model ) { int i = 0; while( other.model[i] ) { m_model_string.emplace_back( other.model[i] ); ++i; } } this->update(); } ModelSetting( const self &other ) : supper( { other.device, other.id, nullptr } ) { this->m_model_string = other.m_model_string; this->update(); } ModelSetting &operator=( const supper &other ) { this->operator=( self( other ) ); return *this; } ModelSetting &operator=( const self &other ) { this->device = other.device; this->id = other.id; this->m_model_string = other.m_model_string; this->update(); return *this; } ModelSetting( self &&other ) : supper( { other.device, other.id, nullptr } ) { this->m_model_string = std::move( other.m_model_string ); this->update(); } ModelSetting &operator=( self &&other ) { this->device = other.device; this->id = other.id; this->m_model_string = std::move( other.m_model_string ); this->update(); return *this; } ModelSetting( const std::string &model, SeetaDevice device, int id ) : supper( { device, id, nullptr } ) { this->append( model ); } ModelSetting( const std::string &model, SeetaDevice device ) : self( model, device, 0 ) {} ModelSetting( const std::string &model, Device device, int id ) : self( model, SeetaDevice( device ), id ) {} ModelSetting( const std::string &model, Device device ) : self( model, SeetaDevice( device ) ) {} ModelSetting( const std::string &model ) : self( model, SEETA_DEVICE_AUTO ) {} ModelSetting( const std::vector &model, SeetaDevice device, int id ) : supper( { device, id, nullptr } ) {

QT笔记 4 人脸检测这是一个库

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