fclose(f); printf("Saved capture.bmp\n");
None implement the temperature calibration parameter query, so all temperatures are uncalibrated (raw ADU values, not °C).
// 5. Main loop: Poll for temperature at center pixel while (running) float temp = HIK_GetSpotTemperature(hDevice, 320, 240); // Center of 640x480 sensor printf("Center Temp: %.2f C\n", temp); Sleep(100);
// 4) Start video/thermal stream if (!HMISDK_StartStream(hDev)) printf("Start stream failed\n"); HMISDK_Logout(hDev); HMISDK_Cleanup(); return -1; hikmicro sdk
Integrating the Hikmicro SDK requires a methodical approach. Here is the typical workflow for a C++ or Python developer (note: Hikmicro primarily provides C++ libraries, with occasional C# wrappers).
When extracting the full 16-bit temperature matrix, the frame rate often drops from 25fps (video) to 5-9fps (data), depending on the USB bandwidth and the camera's internal processor.
Stop the stream, log out of the device, and release the SDK resources to prevent memory leaks when closing the application. Tips for Successful Implementation fclose(f); printf("Saved capture
The HIKMICRO SDK is a comprehensive set of software tools, libraries, and documentation that allows developers to create custom applications, integrate HIKMICRO thermal devices into existing security or automation systems, and analyze thermal data in real-time.
Ideal for desktop monitoring software, industrial control rooms, and laboratory analysis tools.
Hikmicro, a subsidiary of Hikvision, specializes in thermal imaging and optical observation devices. While the company offers powerful hardware for industrial, security, and outdoor applications, software development support remains limited. The term “Hikmicro SDK” refers not to a unified public toolkit but to fragmented, device-specific interfaces primarily intended for large OEMs or system integrators under strict non-disclosure agreements. Here is the typical workflow for a C++
┌────────────────────────────────────────────────────────┐ │ HIKMICRO SDK │ └───────────────────────────┬────────────────────────────┘ │ ┌───────────────────────┼───────────────────────┐ ▼ ▼ ▼ Live Video & Stream Radiometric Data Device Control Management Extraction & Configurations - H.264/H.265 Decoding - Pixel Temperatures - PTZ Positioning - Bi-Spectrum Fusion - Raw Metadata (.DAT) - Emissivity & Distance - Multi-Palette Toggle - Max/Min Temp Tracking - Remote Reboots Live Video and Stream Management
Ideal for embedded systems, edge-computing devices (like the Raspberry Pi or NVIDIA Jetson), and enterprise server deployments.