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ActiView is the acquisition program for the ActiveTwo system. It is an open source program written in LabVIEW.
The National Instruments runtime engine is needed for being able to run LabVIEW executables without having LabVIEW installed on your PC.
You need the LabVIEW runtime engine when you want to run the ActiView executable without having LabVIEW installed on your PC.
The
ActiView window is resizable. The minimum window size of ActiView is 1200x650 pixels.
If your monitor has a lower resolution than the selected ActiView, then you will only see a plain gray screen.
When you want to go to the source code of ActiView, go to the about tab and then click on the red square. (you need to have LabVIEW installed for viewing/editing the source code)
All BioSemi downloads contain an executable (LabView RunTimeEngine required) and the LabView VI with sourcecode (LabView Full or Community required)
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| Version |
What's new |
LabView Runtime engine |
Supported Windows versions: |
| Version |
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What's new |
LabView Runtime engine |
Supported Macintosh versions: |
| Version |
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What's new |
LabView Runtime engine |
Supported Linux versions: |
| XP 32 bit |
32 bit driver |
32 bit driver |
| XP 64 bit |
Not available |
Not available |
| Vista 32 bit |
32 bit driver |
Plug&Play, no driver needed (PC must be connected to the internet) |
| Vista 64 bit |
64 bit driver |
Plug&Play, no driver needed (PC must be connected to the internet) |
| Windows 7 |
64 bit driver |
Plug&Play, no driver needed (PC must be connected to the internet) |
| Windows 8 |
Not supported |
Plug&Play, no driver needed. |
| Windows 10 |
Not supported |
Plug&Play, no driver needed. |
| Macintosh |
Plug&Play, no driver needed. |
Plug&Play, no driver needed. |
| Linux |
Plug&Play, no driver needed. |
Plug&Play, no driver needed. |
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This dedicated file reader can be used to check your recorded BDF files, and is particularly suitable for analyzing and checking timing issues.
For an example how to use these new features see this YouTube video about: Analyzing Timing Accuracy of the ActiveTwo (NEUROSPEC AG)
ActiRead 9.02 has the following new features:
- Extra tab-page 'Value' for showing the absolute value (including offset) of a channel.
- Extra tab-page 'Monopolar Zoom' with zoom function and time and amplitude (between slide-bars) measurement.
- Extra tab-page 'Value' for showing the absolute value (including offset) of a channel.
- Resizable window
- ERP calculation |
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All the below tools are included in ActiTools |
| - Trigger |
Shows the decimal value of a binary trigger code. |
| - Muter |
Make a new BDF file with selected Trigger lines kept Low from an existing BDF file. |
| - Cropper |
Crops large BDF files into smaller files. |
| - Merger |
Merges 2 .bdf files into 1 .bdf file. |
| - Decimator |
Decimates (downsample) your BDF file into a smaller file.
Sample rate and bandwidth can be reduced by a factor of 2,4,8,16,32 or 64. A fifth order cascaded integrator-comb (CIC) filter is used to prevent aliasing. |
| - Reducer |
Reduces the number of channels in a BDF file. Free choice of channels to be converted to the new BDF file. |
| - Converter |
Converts 24 bit BDF files to 16 bit AC (high-passed) EDF files. |
| - Repairer |
Make a new BDF file from an existing BDF file with a corrupted file header. |
| - Editor |
Edit the ID fields and channel labels in an existing BDF file. |
| - Configurator |
Edit items which are not editable from ActiView in an existing configuration (*.cfg) file |
| - Equalizer |
Make new BDF file with equalized ABR channels from an existing BDF file. (lower high-pass point) |
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ActiClient 9.00 (Win)
(RunTimeEngine2021 required) |
This LabVIEW program receives the data being sent over TCPIP by ActiView. |
ActiView Light 900
(LabView 2021 or higher) |
Acquisition core of the ActiView program. (ActiView Light)
This allows LabVIEW developers to built their own acquisition program by just using the basic acquisition core of ActiView. The core just reads the ring-buffer and provides the incoming data and trigger/status channel as array ready for further processing. The code also gives insight in the basic setup of ActiView.
Use the subvi library (.llb) from the full ActiView versions for respectively Windows, Mac or Linux. |
Matlab TCPIP client
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This example program written in Matlab can receive the data being sent over TCPIP by ActiView. |
Matlab code for BDF reading
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Matlab code to read BioSemi BDF format data files |
Fieldtrip:
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Matlab software toolbox for MEG and EEG analysis. (FC Donders Institute)
Full acquisition and analysis program including driver for BioSemi ActiveTwo (alternative for ActiView).
Fieldtrip includes algorithms for simple and advanced analysis of MEG and EEG data, such as time-frequency analysis, source reconstruction using dipoles, distributed sources and beamformers and non-parametric statistical testing. It supports the data formats of all major MEG systems (CTF, Neuromag, BTi) and of the most popular EEG systems, and new formats can be added easily. |
OpenViBE
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OpenViBE is a free and open source software platform dedicated to designing, testing and using brain-computer interfaces.
Full acquisition and analysis program including driver for BioSemi ActiveTwo (alternative for ActiView).
OpenViBE is software for real-time neurosciences (that is, for real-time processing of brain signals). It can be used to acquire, filter, process, classify and visualize brain signals in real time. |
EEGLAB Toolbox
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MatLab EEG toolbox (Delorme & Makeig)
Open source interactive Matlab toolbox for processing continuous and event-related EEG data using independent component analysis (ICA) and time/frequency analysis including artifact rejection. |
ERPLAB Toolbox
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Open source Matlab package for analyzing ERP data.
ERPLAB Toolbox is tightly integrated with EEGLAB Toolbox, extending EEGLAB’s capabilities to provide robust, industrial-strength tools for ERP processing, visualization, and analysis. A graphical user interface makes it easy for beginners to learn, and Matlab scripting provides enormous power for intermediate and advanced users. |
MNE
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MNE is a software package for processing MEG and EEG data.
This package is designed for sensor and source space analysis of M-EEG data, including frequency-domain and time-frequency analyses and non-parametric statistics. Â In addition, the newest component of MNE is the MNE-Python package, which implements all the functionality of the MNE Matlab tools in Python and facilitates access to the fif (functional image file) format data files employed in our software. It also enables development of custom analysis tools. |
BIOSIG
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EEG review toolbox (Schloegl) The following tools are available free for download:
- Biosig for Octave and Matlab (biosig4octmat) - For accessing (reading and writing) of several data formats
- Biosig for C/C++ - a C/C++ library (libbiosig) for reading, writing and converting (save2gdf) various data formats
- BioSig for Python - provides an interface to python for reading BDF data (based on Biosig4c++)
- SigViewer - A Viewing and Scoring Software, which can handle also BDF data. |
Polyrex
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BDF file-format to Neuroscan CNT file-format converter. (Jürgen Kayser) |
EDFbrowser
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A free, open source, multi platform, universal viewer & toolbox intended for, but not limited to, time series storage files like EEG, EMG, ECG, Bio Impedance, etc. |
EDFlib
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EDFlib is a programming library for C/C++ to read/write EDF+/BDF+ files. |
Java BDF
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Java library for tcpip streaming, client & server. (Gido Hakvoort) |
Psychtoolbox
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Free set of Matlab and GNU Octave functions for vision and neuroscience research. Synthesize and show visual and auditory stimuli and interact with the observer. (freeware alternative for Presentation and E-prime software) |
PsychoPy
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PsychoPy is an open-source application allowing you run a wide range of neuroscience, psychology and psychophysics experiments. It’s a free, powerful alternative to Presentation™ or e-Prime™, written in Python (a free alternative to Matlab™ ). |
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BDF Reader
Code for the Real Time GUI.
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C++ TCP/IP client GUI (including average and FFT and short guide), MEX code to read Biosemi data and to covert into matlab format, Matlab code to read Biosemi data and to covert into matlab format, C++ code to read Biosemi data. Made by Alessandro Presacco. |
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