Stop your active streams, log out of the authenticated user handle to free hardware sockets, and call the global SDK cleanup function to prevent memory leaks. 4. Code Implementation Blueprint: An Architectural Example
Snapshot with temperature readout
The HIKMICRO SDK is a collection of development tools, libraries, documentation, and code samples provided by HIKMICRO. It acts as the bridge between HIKMICRO thermal cameras (including handheld thermography cameras, thermal scopes, and fixed automation cameras) and custom software platforms running on operating systems like Windows, Linux, Android, or iOS.
The HIKMICRO SDK is versatile, serving industries requiring detailed thermographic analysis: 1. Industrial Thermography and Maintenance hikmicro sdk
During health crises, the SDK is used to build turnstile systems. It manages the "blackbody" calibration device interaction and triggers the gate to open/close based on facial temperature extraction provided by the SDK.
// write pixels (BGR), top-down -> BMP expects bottom-up, so write rows reversed for (int y = frame.height -1; y >= 0; y--) for (int x = 0; x < frame.width; x++) unsigned char gray = img[y*frame.width + x]; unsigned char pixel[3] = gray, gray, gray; fwrite(pixel,1,3,f);
Define regions of interest (ROIs) like lines, rectangles, or polygons to monitor average temperatures. 3. Device Configuration and Control Stop your active streams, log out of the
To reduce processing load on the host PC, Hikmicro cameras handle a significant amount of edge computing. Through the SDK, you can programmatically draw:
Which (handheld, fixed automation, or smartphone module) are you targeting?
HIKMICRO, a subsidiary of Hikvision, focuses on thermal imaging and optical detection devices (handheld thermal cameras, bipod scopes, UAV payloads, and fixed thermal network cameras). Their SDK strategy is heavily derived from the parent company’s , but adapted for thermal-specific data streams. It acts as the bridge between HIKMICRO thermal
// Register it with the SDK NET_ECMS_SetTemperatureCallBack(OnTemperatureData, NULL);
The SDK provides functions to control the hardware settings of the device:
Developers can work with languages like C++, C#, and often Python (via wrappers) for flexibility in application development.
Unlike typical visual video inputs, true thermography relies on raw sensor datasets. The SDK delivers the raw frame buffer containing precise digital counts or raw temperature measurements. Developers can apply real-time calculation matrices to correct for thermal drift, adjust emissivity values on the fly, and assign distance factors dynamically to improve target tracking accuracy. 2. Fine-Grained Device Configuration
To accommodate diverse deployment environments—from cloud-connected industrial servers to edge computing gateways—the SDK supports multiple operating systems and programming languages: