NFTsim is written in C++ and implements streamlined standard methods to solve hyperbolic partial differential equations such as the damped 2D wave equation; time stepping methods to solve ordinary differential equations; and procedures for delay differential equations. Careful numerical analysis has resulted in a suite of methods that is fast, accurate, and robust. Thus the present work obviates the need for users to become familiar with all these techniques and underlying theory, program them, and then debug several thousand lines of code. The code has been tailored to use these state equations to solve an unlimited number of user-defined continuum neural field models. The input and output files are both plain-text, so NFTsim can be easily integrated into existing workflows and analyses written in other programming languages. NFTsim comes with a collection of custom made Matlab functions that allow for an easy access to the compiled code, for users without prior knowledge of C++. End-users need only to write plain text files as described in the User Manual.
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Fork and clone; or,
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download the latest release as a
.ziportar.gzfile and extract the folder. -
After doing 1) or 2) type
cd nftsim.
Make sure you have a compiler that supports the C++11 standard.
On Linux: gcc 4.8 or higher; clang 3.7 or higher.
On MacOS: clang 3.3 or later version;
Additionally, to build the developer reference manual you'll need doxygen and graphviz. The latter provides the DOT language.
The user manual is compiled using pdflatex an it is also provided as a pdf (doc/NFTsimManual.pdf).
To build the executable on Linux or MacOS, open a terminal in the nftsim directory and type:
make
this produces the executable bin/nftsim and autogenerates the documentation.
To build only the reference manual type:
make reference-manual
The html files for the reference-manual will be placed under doc/html, point your browser at the index.html file in that directory.
For a brief description of available Makefile targets, type:
make help
Are you on Windows and want to use NFTsim. Check some options here.
Example configurations including examples for published results are available in the configs folder.
To run the basic example type
./bin/nftsim -i ./configs/eirs-corticothalamic.conf -o eirs-corticothalamic.output
Problems compiling? First check the following page for the latest information. If that doesn't solve the problem please drop us a message using Github's issues. Don't forget to mention the following info: operating system, compiler, compiler version, NFTsim version.
If you intend to contribute to NFTsim development, please make a private fork of this repository and follow the instructions for contributors.
Liked the code? Did you use it in your research and got awesome results?
Please cite us as follows:
Sanz-Leon, P., Robinson, PA., Knock, SA., Drysdale, PM., Fung, PK., Abeysuriya, RG., Rennie, CJ and Zhao, XL.
NFTsim: Theory and Simulation of Multiscale Neural Field Dynamics
Submitted to PLoS Computational Biology (2017). Download the preprint from bioaRiv.