The following paragraphs will explain the first steps for working with the OTBR Toolbox and explain general concepts as well as installation and coding procedures.
The following paragraphs will explain the first steps for working with the OTBR Toolbox and explain general concepts as well as installation and coding procedures.
Our toolbox helps scientists to take care of their experiments without worrying too much about the technical implementation of the tools. In addition to the help provided by our tools, our toolbox also offers the possibility of graphical representation, which we have realized with the well-known Psychophysics Toolbox. This has the advantage that experienced users are able to use their code for the psychophysics toolbox whereas novices could use our user-friendly functions for graphical requirements.
Our toolbox helps scientists to take care of their experiments without worrying too much about the technical implementation of the tools. In addition to the help provided by our tools, our toolbox also offers the possibility of graphical representation, which we have realized with the well-known Psychophysics Toolbox. This has the advantage that experienced users are able to use their code for the psychophysics toolbox whereas novices could use our user-friendly functions for graphical requirements.
In general, the OTBR Toolbox distinguishes between human experiment mode and animal experiment mode. Of course, the boundaries of these two modes are blurred, but since our toolbox evolved from two different experimental requirements, we decided to stick with it.
In general, the OTBR Toolbox distinguishes between human experiment mode and animal experiment mode. Of course, the boundaries of these two modes are blurred, but since our toolbox evolved from two different experimental requirements, we decided to stick with it.
Please contact us if you have any further questions: biopsytoolbox@ruhr-uni-bochum.de.
Please contact us if you have any further questions: otbr-toolbox@ruhr-uni-bochum.de.
