Difference between revisions of "Data Acquisition Software"
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[[File:OverviewDAQSoftware.png|thumb|600px]] | [[File:OverviewDAQSoftware.png|thumb|600px]] | ||
| + | The Data Acquisition (DAQ) Software developed for this project and provided through this wiki supports live streaming, syncing, and recording from up to two video sources. The software gives the user full control of camera properties (such as gain, exposure, frame rate) as well as controls the power of the excitation LED. Written in C++ using Microsoft Visual Studio, the software uses Open Computer Visions (OpenCV) to connect, control, and stream video data. | ||
| + | [[File:DAQSoftware.png|thumb|left|300ps]] | ||
| + | When a video source (microscope or behavioral camera) is connected, a new processing thread is created which constantly polls the video source for a new frame. If the video is being recorded to disk, an addition thread is created which handles writing video data to disk without adding any overhead to the acquisition threads. While not fully implemented yet, the multithreaded nature of the software can support online image processing and real-time feedback without affecting data acquisition. | ||
| − | == | + | == Data Structure == |
<br clear=all> | <br clear=all> | ||
Revision as of 16:46, 5 January 2016
The Data Acquisition (DAQ) Software developed for this project and provided through this wiki supports live streaming, syncing, and recording from up to two video sources. The software gives the user full control of camera properties (such as gain, exposure, frame rate) as well as controls the power of the excitation LED. Written in C++ using Microsoft Visual Studio, the software uses Open Computer Visions (OpenCV) to connect, control, and stream video data.
When a video source (microscope or behavioral camera) is connected, a new processing thread is created which constantly polls the video source for a new frame. If the video is being recorded to disk, an addition thread is created which handles writing video data to disk without adding any overhead to the acquisition threads. While not fully implemented yet, the multithreaded nature of the software can support online image processing and real-time feedback without affecting data acquisition.
Data Structure
Features
- Live streaming/recording of microscope and behavioral camera video
- Syncing of video streams and external devices
- Controls exposure, gain, ROI, LED excitation power, frame rate
- Embedded note taking with time stamps
- Pixel saturation detection
- Supports color and monochrome imaging sensors
- Multithreaded software with dedicated thread for real-time feedback/processing
