修改人体为人形

HumanDetection.cpp

@@ -100,7 +100,7 @@ int HumanDetection::findHuManCar(const cv::Mat &source, int res,std::map<int,int
     if (res == 0x00 || res == 0x02) {
     if (res == 0x00 || res == 0x02) {
 
 
         num = TCV_HumanDetectorGetNumOfHuman(detector);
         num = TCV_HumanDetectorGetNumOfHuman(detector);
-        qInfo() << QString("SN(%1): 获取人体数量:%2").arg(sSn).arg(num);
+        qInfo() << QString("SN(%1): 获取人形数量:%2").arg(sSn).arg(num);
         if (num == 0) return num; // 无行人检测结果，提前返回
         if (num == 0) return num; // 无行人检测结果，提前返回
         std::vector<TCV_ObjectLocation> results(num);
         std::vector<TCV_ObjectLocation> results(num);
         TCV_HumanDetectorGetHumanLocation(detector, results.data(), num);
         TCV_HumanDetectorGetHumanLocation(detector, results.data(), num);

MediaFaceImage.cpp

@@ -62,7 +62,7 @@ static int sdkInitCallback(XSDK_HANDLE hObject, int nMsgId, int nParam1,
             auto taskCallBack=std::bind(&CameraHandle::callbackFunction, cameraHandle, hObject, qString);
             auto taskCallBack=std::bind(&CameraHandle::callbackFunction, cameraHandle, hObject, qString);
             auto taskRunnable = new TaskRunnable(taskCallBack, hObject,cameraHandle->getChannel(), RunFunction::SdkCallbackFunction);
             auto taskRunnable = new TaskRunnable(taskCallBack, hObject,cameraHandle->getChannel(), RunFunction::SdkCallbackFunction);
             threadPool->start(taskRunnable);
             threadPool->start(taskRunnable);
-
+            
         }
         }
     }
     }
         break;
         break;
@@ -92,8 +92,8 @@ int MediaFaceImage::SdkSearchDevicesSyn(std::map<QString, vides_data::localDevic
         for (int i = 0; i < nActualCount; i++)
         for (int i = 0; i < nActualCount; i++)
         {
         {
             qInfo() << QString("[%1][IP:%2.%3.%4.%5][SN:%6][Mac:%7]")
             qInfo() << QString("[%1][IP:%2.%3.%4.%5][SN:%6][Mac:%7]")
-                        .arg(i)
-                        .arg(pRet[i].HostIP.c[0])
+                       .arg(i)
+                       .arg(pRet[i].HostIP.c[0])
                     .arg(pRet[i].HostIP.c[1])
                     .arg(pRet[i].HostIP.c[1])
                     .arg(pRet[i].HostIP.c[2])
                     .arg(pRet[i].HostIP.c[2])
                     .arg(pRet[i].HostIP.c[3])
                     .arg(pRet[i].HostIP.c[3])
@@ -235,49 +235,49 @@ int MediaFaceImage::FaceImageCallBack(XSDK_HANDLE hMedia, int nChannel, cv::Mat
     image.release();                        // 释放之前的图像
     image.release();                        // 释放之前的图像
     std::unique_ptr<unsigned char[]> pOutBuffer(new unsigned char[BufferSize]); // 智能指针管理内存
     std::unique_ptr<unsigned char[]> pOutBuffer(new unsigned char[BufferSize]); // 智能指针管理内存
     int pInOutBufferSize = 0;
     int pInOutBufferSize = 0;
-
+    
     int ret = XSDK_DevSnapSyn(hMedia, nChannel, "", pOutBuffer.get(), &pInOutBufferSize);
     int ret = XSDK_DevSnapSyn(hMedia, nChannel, "", pOutBuffer.get(), &pInOutBufferSize);
     if (ret < 0 || pInOutBufferSize <= 0) {
     if (ret < 0 || pInOutBufferSize <= 0) {
-        qInfo() <<sSn <<":同步设备端抓图失败";
+        qInfo() << QString("SN(%1): 同步设备端抓图失败").arg(sSn);;
         return -1;
         return -1;
     }
     }
-
+    
     // 使用 std::vector 管理缓冲区数据
     // 使用 std::vector 管理缓冲区数据
     std::vector<uchar> buffer(pInOutBufferSize);
     std::vector<uchar> buffer(pInOutBufferSize);
     memcpy(buffer.data(), pOutBuffer.get(), pInOutBufferSize);
     memcpy(buffer.data(), pOutBuffer.get(), pInOutBufferSize);
-
+    
     try {
     try {
         cv::Mat decodedImage = cv::imdecode(buffer, cv::IMREAD_UNCHANGED);
         cv::Mat decodedImage = cv::imdecode(buffer, cv::IMREAD_UNCHANGED);
         if (decodedImage.empty()) {
         if (decodedImage.empty()) {
-            qInfo() << sSn<<":图像解码失败";
+            qInfo() <<  QString("SN(%1): 图像解码失败").arg(sSn);;
             return -1;
             return -1;
         }
         }
         image = std::move(decodedImage);
         image = std::move(decodedImage);
     } catch (const cv::Exception& e) {
     } catch (const cv::Exception& e) {
-        qInfo() << sSn<<":图像解码过程中捕获异常：" << e.what();
+        qInfo() << QString("SN(%1): 图像解码过程中捕获异常：%2").arg(sSn).arg(e.what());  
         return -1;
         return -1;
     }
     }
-
+    
     return pInOutBufferSize;
     return pInOutBufferSize;
 }
 }
 
 
 int MediaFaceImage::CameraImage(XSDK_HANDLE hMedia,int nChannel,std::vector<uchar> &buffer){
 int MediaFaceImage::CameraImage(XSDK_HANDLE hMedia,int nChannel,std::vector<uchar> &buffer){
     static const int BufferSize = 1024 * 1024 * 2; // 2MB buffer size
     static const int BufferSize = 1024 * 1024 * 2; // 2MB buffer size
     static unsigned char pOutBuffer[BufferSize];
     static unsigned char pOutBuffer[BufferSize];
-
+    
     // 初始化为0，用于接收实际填充的大小
     // 初始化为0，用于接收实际填充的大小
     int pInOutBufferSize = 0;
     int pInOutBufferSize = 0;
-
+    
     // 尝试从设备获取快照数据
     // 尝试从设备获取快照数据
     int ret = XSDK_DevSnapSyn(hMedia, nChannel, "", pOutBuffer, &pInOutBufferSize);
     int ret = XSDK_DevSnapSyn(hMedia, nChannel, "", pOutBuffer, &pInOutBufferSize);
     if (ret < 0 || pInOutBufferSize <= 0) {
     if (ret < 0 || pInOutBufferSize <= 0) {
         qInfo() << "同步设备端抓图失败";
         qInfo() << "同步设备端抓图失败";
         return -1; // 返回-1表示失败
         return -1; // 返回-1表示失败
     }
     }
-
+    
     // 用pOutBuffer里的数据初始化vector，复制数据到vector中
     // 用pOutBuffer里的数据初始化vector，复制数据到vector中
     buffer = std::vector<uchar>(pOutBuffer, pOutBuffer + pInOutBufferSize);
     buffer = std::vector<uchar>(pOutBuffer, pOutBuffer + pInOutBufferSize);
-
+    
     // 返回实际填入Vector的数据大小
     // 返回实际填入Vector的数据大小
     return pInOutBufferSize;
     return pInOutBufferSize;
 }
 }