Keymacro® is a convenient way of performing the voxel-based pattern classification analysis and statistical parametric mapping
in fMRI data without programming. It provides users with a simple way to create input arrays that can be used to specify
the experimental design and for analysis by using MATLAB® commands. The information that is generated in the experiment
can be exported in tab-delimited format, formatted to fit the constraints of many major fMRI packages, and can be
viewed in the context of the other experimental data. It is hoped that Keymacro® will be a useful tool for both scientists
and fMRI users.
This script is tested on MATLAB Release R2016a and will not work with earlier releases. The final output is saved
in a folder containing the name of the experiment that you enter in the software. It is advisable to use a separate
folder to save your output for each experimental session.
Input of a macro
* Enter the directory where the script is stored:
cd C:\Users\Name\Desktop\ and store the experiment script in a folder named Keymacro.
* Enter the name of the experiment (that you want to save):
For Example:
* Enter the number of trials for the first level:
Enter the number of trials for the first level:
8
* Enter the number of trials for the second level:
Enter the number of trials for the second level:
4
* Enter the number of repetitions for the first level:
Enter the number of repetitions for the first level:
2
* Enter the number of repetitions for the second level:
Enter the number of repetitions for the second level:
2
* Enter the repetition time for the first level:
Enter the repetition time for the first level:
2
* Enter the repetition time for the second level:
Enter the repetition time for the second level:
2
* Enter the image timing interval:
Enter the image timing interval:
10
* Enter the image slice interval:
Enter the image slice interval:
4
* Enter the number of slices per volume:
Enter the number of slices per volume:
24
* Enter the direction of slice selection:
Enter the direction of slice selection:
x
* Enter the position of voxel selection:
Enter the position of voxel selection:
left side
* Enter the interpolation method to be used for the interpol a77f14ba26 darrphr
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