project scene
Baumer Industrial Cameras Baumer cameras are high-performance, high-quality industrial cameras that can be used in various application scenarios, such as object detection, counting and recognition, motion analysis and image processing.
Baumer's 10 Gigabit cameras have excellent image processing performance and can transmit high-resolution images in real time. In addition, the camera features fast data transfer, low power consumption, easy integration, and high scalability.
The BGAPI SDK provided by Baumer industrial cameras can obtain the information of the camera device when the camera is initialized, such as DeviceID, SerialNumaber, UserID, etc.
technical background
Obtaining the firmware parameters of industrial cameras from Baumer industrial cameras requires knowledge of the camera's SDK (Software Development Kit) and its related documents. The SDK provides an application programming interface (API) and sample code that enable developers to interact with the camera and retrieve its firmware parameters.
The following are the general steps to obtain firmware parameters using the Baumer Industrial Camera SDK:
1. Download and install the Baumer industrial camera SDK from Baumer.cn website.
2. Familiarize yourself with the BGAPI SDK documentation, which should include information on how to obtain firmware parameters.
3. Connect the Baumer industrial camera to the computer and make sure the computer recognizes it.
4. Use the SDK's sample code or your own application code to access the camera's API and retrieve the required firmware parameters.
5. Perform appropriate parsing of the retrieved firmware data to meet application requirements.
Functional Analysis
The Demo provided by Baumer Industrial Camera can obtain various information of the camera device when the camera is initialized.
The core code is as follows:
// Helper to Display various information of the camera
void GetDeviceInfo(std::ostream* log, BGAPI2::Device* const pDevice, const bool bOpen) {
*log << "5.1.7 Open device " << std::endl;
*log << " Device DeviceID: " << pDevice->GetID() << std::endl;
*log << " Device Model: " << pDevice->GetModel() << std::endl;
*log << " Device SerialNumber: " << pDevice->GetSerialNumber() << std::endl;
*log << " Device Vendor: " << pDevice->GetVendor() << std::endl;
*log << " Device TLType: " << pDevice->GetTLType() << std::endl;
*log << " Device AccessStatus: " << pDevice->GetAccessStatus() << std::endl;
*log << " Device UserID: " << pDevice->GetDisplayName() << std::endl << std::endl;
if (bOpen)
pDevice->Open();
*log << " Opened device - RemoteNodeList Information " << std::endl;
*log << " Device AccessStatus: " << pDevice->GetAccessStatus() << std::endl;
BGAPI2::NodeMap* const pRemoteNodeList = pDevice->GetRemoteNodeList();
// Serial number
if (pRemoteNodeList->GetNodePresent("DeviceSerialNumber")) {
*log << " DeviceSerialNumber: "
<< pRemoteNodeList->GetNode("DeviceSerialNumber")->GetValue() << std::endl;
} else if (pRemoteNodeList->GetNodePresent("DeviceID")) {
*log << " DeviceID (SN): "
<< pRemoteNodeList->GetNode("DeviceID")->GetValue() << std::endl;
} else {
*log << " SerialNumber: Not Available " << std::endl;
}
// Display DeviceManufacturerInfo
if (pRemoteNodeList->GetNodePresent("DeviceManufacturerInfo")) {
*log << " DeviceManufacturerInfo: "
<< pRemoteNodeList->GetNode("DeviceManufacturerInfo")->GetValue() << std::endl;
}
// Display DeviceFirmwareVersion or DeviceVersion
if (pRemoteNodeList->GetNodePresent("DeviceFirmwareVersion")) {
*log << " DeviceFirmwareVersion: "
<< pRemoteNodeList->GetNode("DeviceFirmwareVersion")->GetValue() << std::endl;
} else if (pRemoteNodeList->GetNodePresent("DeviceVersion")) {
*log << " DeviceVersion: "
<< pRemoteNodeList->GetNode("DeviceVersion")->GetValue() << std::endl;
} else {
*log << " DeviceVersion: Not Available " << std::endl;
}
if (pDevice->GetTLType() == "GEV") {
*log << " GevCCP: "
<< pRemoteNodeList->GetNode("GevCCP")->GetValue() << std::endl;
*log << " GevCurrentIPAddress: "
<< pRemoteNodeList->GetNode("GevCurrentIPAddress")->GetValue() << std::endl;
*log << " GevCurrentSubnetMask: "
<< pRemoteNodeList->GetNode("GevCurrentSubnetMask")->GetValue() << std::endl;
}
*log << std::endl;
}Advantages of obtaining firmware parameters of industrial cameras from SDK
One advantage of obtaining firmware parameters from an industrial camera software development kit (SDK) is greater control and customization over image acquisition and processing. Firmware parameters control various camera settings such as exposure time, gain, and color balance. Through the SDK, developers can programmatically adjust these settings to optimize image quality for specific applications.
Another advantage is the ability to simplify the development process. Rather than manually configuring firmware settings on each camera, developers can automate the process through the SDK. This can greatly reduce development time and improve consistency across multiple cameras.
Finally, taking the firmware parameters from the Industrial Camera SDK also provides access to advanced camera features and functions not available in standard camera setups. This allows developers to create new applications and use cases that take advantage of the unique capabilities of industrial cameras.
Industry application for obtaining firmware parameters of industrial cameras
1. Quality control and inspection: Industrial cameras are used for quality control purposes in industries such as manufacturing, aerospace, and automotive. Firmware parameters are critical to maintaining consistency, accuracy, and precision in image acquisition, processing, and analysis, enabling real-time or post-production inspection of manufactured goods.
2. Research and Development: Researchers and scientists use these firmware parameters to develop new technologies, improve the performance of existing technologies, and test their prototype models.
3. Surveillance and Security: Industrial cameras are used for security and surveillance purposes and the firmware parameters help to configure the best settings of the cameras for effective surveillance of the premises.
4. Medical Imaging: Industrial cameras are used in medical applications such as endoscopes, microscopes and other diagnostic procedures. Firmware parameters are used to optimize camera settings to improve image quality and improve diagnostic accuracy.
5. Robotics: Industrial cameras are used in robotic applications, and the firmware parameters enable the cameras to operate efficiently and precisely, improving the overall performance of the robot.