// 3. Start real-time thermal preview HIK_StartThermalPreview(hDevice, callback_FrameReady);
float RawToTemperature(uint16_t rawValue, float tempRangeMin, float tempRangeMax) // Linear mapping based on device calibration (values vary by model) // -20°C to 550°C typical for industrial cores return (float)rawValue / 65535.0 * (tempRangeMax - tempRangeMin) + tempRangeMin; hikmicro sdk
// 2. Connect to device (USB handle or IP) DEVICE_HANDLE hDevice = HIK_ConnectDevice("USB0", 0); Enter the
In the rapidly evolving world of thermal imaging and photoelectric systems, Hikmicro has established itself as a titan. Known for its cutting-edge handheld thermal monoculars, rifle scopes, and machine vision cameras, the brand is a favorite among hunters, security professionals, and industrial inspectors. To convert this to temperature:
However, hardware alone is only half the story. For system integrators, software developers, and OEM partners, the true potential of a thermal sensor is unlocked not through the viewfinder, but through code. Enter the .
// 4. Set palette to "Ironbow" for better contrast HIK_SetColorPalette(hDevice, PALETTE_IRONBOW);
// 6. Cleanup HIK_StopPreview(hDevice); HIK_DisconnectDevice(hDevice); HIK_SDK_Cleanup(); The most complex part is decoding the raw buffer. A standard 8-bit video frame is 0-255 (grayscale). A Hikmicro 16-bit raw frame is 0-65,535. To convert this to temperature: