The SDK allows you to set an Isotherm (a color overlay for specific temperature ranges). You can programmatically ask the SDK: "Where is the hottest pixel in the frame right now?"
Typical Code Flow (Pseudocode):
// Initialize SDK HIKMICRO_Init();// Connect to camera via IP or USB HANDLE hCamera = HIKMICRO_Connect("192.168.1.64");
// Start live streaming (the "Hot" link) HIKMICRO_StartLiveView(hCamera, callback_function); hikmicro sdk hot
// In the callback, retrieve max temperature float maxTemp; POINT hotSpot; HIKMICRO_GetMaxTemperature(hCamera, &maxTemp, &hotSpot);
printf("Hottest point: %.2f °C at (%d, %d)", maxTemp, hotSpot.x, hotSpot.y);
Search for (Google Scholar / IEEE):
But note: No independent peer-reviewed paper specifically on the Hikmicro SDK exists — most “solid papers” are internal SDK documentation or application notes from Hikmicro.
While COVID concerns have faded, the infrastructure remains. The HIKMICRO SDK remains "hot" for access control systems, allowing seamless integration with facial recognition algorithms that blend optical RGB with thermal mapping to reject false positives (e.g., a hot coffee cup held near the face). The SDK allows you to set an Isotherm
The SDK typically consists of the following core components:
Log out and release SDK resources upon application close.
The Challenge: Drones need to see through smoke. The SDK Solution: The SDK provides fire localization algorithms. The drone sends the 16-bit RAW data to a ground station. The ground station software calculates the fire's boundary and hottest point (hotspot detection), guiding water drops autonomously. Search for (Google Scholar / IEEE):