Here, you can find programming examples to make a fast integration of the IDS industrial cameras easier.
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IDS sherpa: How to switch an application from IDS Software Suite to IDS peak
The example "IDS sherpa" explains for experienced users of the IDS Software Suite how programming code under MFC has to be adapted for using the IDS peak SDK. Using reference implementations of various well-known function blocks of the IDS Software Suite, the example is intended to simplify the switch to programming with IDS peak.
Getting started: uEye SDK and C
This samples describes step-by-step how to set up a simple console application for controlling a uEye camera. Here, the uEye SDK for C is used.
Getting started: uEye .NET SDK and C#
This sample shows how to create a C# project with the uEye .NET SDK. It includes also a simple single grab sample for an easy start on programming uEye cameras.
Getting started: uEye .NET SDK and Visual Basic
Besides a simple example for a single grab, this example also includes a step-by-step guide on how to set up a Visual Basic project with the uEye.NET SDK.
Simple live - image acquisition with the Python interface PyuEye
This sample shows the basic idea how to continuously capture images using the PyuEye interface in combination with OpenCV.
In addition to initializing the camera, information about the camera itself is queried, various image parameters are set, and an image is captured.
Getting started on Linux with uEye SDK and Qt Creator
This sample shows how to setup a new project in Qt Creator and do a simple image acquisition with an IDS camera under Linux.
The prerequisite is that the IDS Software Suite and Qt5 are already installed on the Linux system.
Image Acquisition with the uEye image queue in C/C++
This sample shows the basic idea of continuously capturing images without losing frames. A ring image buffer sequence with at least 3 buffers is used. These buffers are put into the image queue. Images are acquired into the buffer system. Using the image queue, the oldest buffer can always be fetched. The image buffer is automatically locked. After sucessfully processing the image data, the buffer is unlocked and put back into the queue to be re-used.
Collecting the image buffers is done in a detached thread. This thread is independent of the GUI interaction and allows collecting images without being interrupted.
Image Acquisition with the uEye image queue in .NET C#
This sample shows the basic idea of continuously capturing images using the uEye image queue. A ring image buffer system is used to capture a 1-second-video.
Using the image queue, the oldest buffer can always be fetched. The image buffer is automatically locked. After sucessfully processing the image data, the buffer is unlocked and put back into the queue to be re-used.
Collecting the image buffers is done in a detached worker thread. This thread is independent of the GUI interaction and allows collecting images without being interrupted.
Crop operations on software side (C/C++)
This sample is based on the uEyeImageQueue demo. In the processing part of the image queue thread, you can run different types of crop operations. All these operations are executed digitally based on the images received in the host. The crop operations are not performed in the camera sensor.
In contrast to the hardware crop functions on the sensor, the software solution also allows odd scaling factors.
The demo shows you how to access and process the image data using C/C++ pointer operations. The different results for the crop operations can be visualized and compared easily.
Multicast mode for GigE uEye cameras
This programming example demonstrates how to generally configure the multicast mode of IDS GigE uEye cameras and how to use the multicast feature as client.
Besides initialization and memory management, these are the main uEye API functions which are used in this source code example: is_GetSensorInfo(), is_DeviceInfo(), and is_Multicast().
uEye .NET C# - GPIO with master and slave cameras
This sample shows how to synchronize the image acquisition of two cameras by using the PWM (pulse width modulation) output of the master camera. Both cameras (master and slave) are running in hardware triggered mode (rising edge) and wait for a trigger signal on their GPIO 1 as trigger input. The trigger signal is generated by the PWM output on the GPIO 2 of the master camera.
Thus, the image acquisition of both cameras is done simultaneously.
uEye .NET C# - Image sequences
This sample shows how to acquire images in DIB-mode and put them into a sequence of image buffers. The sequence consists out of 10 buffers. The sample shows how to allocate the buffers, set them as active and add them to a sequence.
Besides this the sample shows how to read out the list of sequence IDs, convert them to memory IDs and read out those buffers (5 of 10).
uEye .NET C# - Text on bitmap image
This sample shows how to acquire images in DIB-mode and convert an image from a previously defined image memory into a bitmap, how to copy it into another bitmap and how to draw text and a bitmap into the image. This is done using the .NET System.Drawing.Graphics class.