Baumer Industrial Camera Baumer Industrial Camera How to save and load various parameters of the camera (C#) by saving and importing files
- Baumer industrial camera
- Technical background of UserSet in Baumer industrial camera BGAPISDK
- Camera configuration file code case sharing
-
- Step 1: Save the current camera parameter setting doUserSetStore as a file
- Step 2: Load the saved camera parameter setUserSet file to the camera
- Advantages of saving and loading industrial cameras using files as configuration files
- Industrial cameras use files as configuration files to save and load industrial applications
Baumer Industrial Camera
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.
When Baumer industrial cameras are developed using the BGAPI SDK, the UserSet function allows users to customize and save camera settings for specific applications. .
Technical background of UserSet in Baumer industrial camera BGAPISDK
Industrial cameras are designed to capture high-quality images and videos for industrial applications such as machine vision, inspection, robotics, and automation. They are equipped with various advanced features and functions, including user setting functions.
The UserSet function allows users to customize and save camera settings for specific applications. This means users can set up the camera once and then easily recall those settings when needed without having to manually adjust the camera each time. This helps ensure consistent and accurate results, reduces setup time and effort, and increases productivity.
The functions of UserSet may vary depending on the specific camera model and manufacturer. However, some common functions that can be customized through user settings include exposure time, gain, white balance, contrast, sharpness, color correction, and trigger modes.
To take advantage of the user setting functions, the user typically accesses the camera’s software interface through a physical button on the camera or through a software application on a computer. From there, they can adjust the camera’s settings to their desired values and save the settings to a user set. Saved user groups can then be accessed quickly and easily as needed.
Baumer’s industrial camera software CameraExplorer is a user-friendly and powerful camera management and image acquisition software solution.
It provides functions including: real-time image display, camera parameter configuration, image and video recording, image measurement and image analysis. The software supports a wide range of Baumer and third-party cameras and is compatible with different interfaces and operating systems. CameraExplorer also provides an API for integration with other software and automation systems.
Here mainly describes how to realize the core code of saving and loading various parameters of the camera through file saving and importing under the C# platform
Camera configuration file code case sharing
This article introduces the use of the file as a camera configuration file to develop Baumer’s industrial camera, using the corresponding function to obtain the function of saving and loading many parameters of the camera.
There is an introduction on how Baumer industrial cameras set UserSet through CameraExplorer software. There have been related technical blogs for reference:
Baumer industrial camera Baumer camera uses CameraExplorer software for camera parameter saving and UserSet parameter setting
Description of UserSet:
Baumer cameras can use four UserSet items, among which UserSet0 is the default option, which contains a series of factory-set parameters;
User Set 1-3 can be used to store user-defined modified camera parameters;
User Set 0 is used as the “Default” value, which is a read-only option, and the modified camera parameters cannot be saved to the “Default” option;
User Set 1-3 can be used to read and store camera parameters;
The following are the core code implementation steps:
Step 1: Save the current camera parameter setting doUserSetStore as a file
The core code in the C# environment is as follows:
private Camera mCamera;
private CameraForm mCameraForm;
private BGAPI_FeatureState state = new BGAPI_FeatureState();
private BGAPIX_TypeArrayINT tUserSet = new BGAPIX_TypeArrayINT();
private BGAPI_FeatureState state default = new BGAPI_FeatureState();
private BGAPIX_TypeListINT tDefaultUserSet = new BGAPIX_TypeListINT();
private bool bInitDefault = false;
public UserSetControl(Camera camera, CameraForm camform)
{<!-- -->
InitializeComponent();
mCamera = camera;
mCameraForm = camform;
mCamera.getUserSet(ref state, ref tUserSet);
if (state.bIsAvail)
{<!-- -->
for (int i = 0; i < tUserSet. length; i ++ )
{<!-- -->
ViewerUserset vro = new ViewerUserset((BGAPI_UserSet)tUserSet.array[i]);
comboBox_userset.Items.Add(vro);
}
if( comboBox_userset.Items.Count > 0 )
comboBox_userset.AdjustDropDownWidth();
if (mCameraForm. LastUserSet == -1)
comboBox_userset.Text = "Select a user set";
else
comboBox_userset.SelectedIndex = mCameraForm.LastUserSet;
}
else
{<!-- -->
button_load. Enabled = false;
comboBox_userset. Enabled = false;
button_store. Enabled = false;
}
if (state. bIsLock == true)
{<!-- -->
button_load. Enabled = false;
//button_store. Enabled = false;
//comboBox_userset. Enabled = false;
}
mCamera.getUserSetDefault(ref statedefault, ref tDefaultUserSet);
if (statedefault.bIsAvail)
{<!-- -->
bInitDefault = true;
for (int i = 0; i <tdefaultUserSet. length; i ++ )
{<!-- -->
ViewerUserset vro = new ViewerUserset((BGAPI_UserSet)tDefaultUserSet.array[i]);
comboBox_default.Items.Add(vro);
if(tDefaultUserSet. current==tDefaultUserSet. array[i])
comboBox_default.SelectedIndex = i;
}
comboBox_default.AdjustDropDownWidth();
//comboBox_default.SelectedItem = (BGAPI_UserSet)tDefaultUserSet.current;
bInitDefault = false;
}
if (statedefault.bIsAvail == false || statedefault.bIsLock == true)
{<!-- -->
comboBox_default. Enabled = false;
}
}
private void button_store_Click(object sender, EventArgs e)
{<!-- -->
if (comboBox_userset. SelectedItem == null)
{<!-- -->
MessageBox.Show("Please select a user set.", "BGAPI Viewer Warning", MessageBoxButtons.OK, MessageBoxIcon.Warning);
return;
}
BGAPI_UserSet userset = ((ViewerUserset)comboBox_userset.SelectedItem).Userset;
Cursor oldCursor = Cursor. Current;
Cursor.Current = Cursors.WaitCursor;
int ret = mCamera.doUserSetStore(userset);
Cursor.Current = oldCursor;
if (ret != BGAPI.Result.OK)
{<!-- -->
if( userset == BGAPI_UserSet. BGAPI_USERSET_FACTORYSETTINGS )
MessageBox.Show("The user set BGAPI_USERSET_FACTORYSETTINGS is read only and can not be overwritten. doUserSetStore failed with error code " + ret.ToString(), "BGAPI Viewer Error Extended API", MessageBoxButtons.OK, MessageBoxIcon.Error);
else
MessageBox.Show("doUserSetStore failed with error code " + ret.ToString(), "BGAPI Viewer Error Extended API", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
Step 2: Load the saved camera parameter setUserSet file to the camera
The following is the core code for obtaining camera parameters by loading UserSet parameters after opening the camera in the C# environment and connecting to the camera.
As follows:
SystemList
Open a System
Get the InterfaceList and fill it Open an Interface
Get the DeviceList and fill it
Open a Device
private void button_load_Click(object sender, EventArgs e)
{<!-- -->
if (comboBox_userset. SelectedItem == null)
{<!-- -->
MessageBox.Show("Please select a user set.", "BGAPI Viewer Warning", MessageBoxButtons.OK, MessageBoxIcon.Warning);
return;
}
int ret = mCamera.getUserSet(ref state, ref tUserSet);
if (ret != BGAPI.Result.OK)
{<!-- -->
MessageBox.Show("getUserSet failed with error code " + ret.ToString(), "BGAPI Viewer Error Extended API", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
BGAPI_UserSet userset = ((ViewerUserset)comboBox_userset.SelectedItem).Userset;
ret = mCamera.setUserSet(userset);
if (ret == BGAPI. Result. FEATURE_LOCKED)
{<!-- -->
MessageBox.Show("The selected user set is locked.", "BGAPI Viewer Error Extended API", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
else if (ret != BGAPI.Result.OK)
{<!-- -->
MessageBox.Show("setUserSet failed with error code " + ret.ToString(), "BGAPI Viewer Error Extended API", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
Advantages of saving and loading industrial cameras using files as configuration files
Industrial cameras use files as configuration files for saving and loading, which has several advantages.
First, using the file as a configuration file ensures that camera settings and configurations can be easily replicated across multiple cameras, reducing setup time and increasing efficiency.
Second, save configuration files to a file, which can be easily shared and collaborated among team members and across different projects.
In addition, files can easily be edited and updated, allowing quick modification of camera settings as required.
Finally, using files as recipes provides a convenient and organized way to store and manage camera settings, ensuring they are easily accessible when needed.
Industrial cameras use files as configuration files to save and load industry applications
Industrial cameras that use file saving and loading as configuration files are often used in applications such as machine vision, quality control, and inspection systems. These cameras are often used in manufacturing and production lines, where precision and accuracy are critical.
Some specific industry applications where industrial cameras use files to save and load configuration files include:
Automotive Manufacturing: Industrial cameras are used to inspect and measure automotive parts during production. Configuration files can be saved and loaded to ensure consistency and accuracy of inspections.
Food and beverage processing: Industrial cameras are used to monitor and inspect food during production. Configuration files can be saved and loaded to ensure consistent quality control.
Pharmaceutical Manufacturing: Industrial cameras are used to inspect and monitor the production of pharmaceutical products. Configuration files can be saved and loaded to ensure compliance with regulatory requirements.
Electronics Manufacturing: Industrial cameras are used to inspect and test electronic components during production. Configuration files can be saved and loaded to ensure consistent quality control.
Overall, using profiles in industrial camera applications can help improve efficiency, accuracy, and consistency across industries.