Here you can find all the models that we build for ROOT-Sim or USE environments.
Only one simulator at a time can be configured to run simulations, since they share the same folder Simulator
to make our code agnostic to the simulator used.
To setup a simulator use the setup.sh
script, details on the arguments accepted are shown in the help message when the script is run.
The ROOT-Sim setup can take several arguments to customize the rootsim installation (refer to the ROOT-Sim Getting Started page for details):
debug
: enable debug symbolsdebug-extra
: extra checks during debug (kills performance)mpi
: enable mpino-rebinding
: disable LP rebindingprofile
: enable performance reports
NeuRome is also semi-supported by the setup.sh
script and the run.sh
script, but the compiled model is still unusable.
Compatible models will have a script (run.sh
), that will copy USE and the model sources in a dedicated folder (USE-model-sources
) and compile them together. The executable will be in the same place and with the same as the one created by the other simulators. The temporary folder will be removed after compilation is done. To customize compilation parameters run.sh
can be edited in the section where the sim_name
variable is checked to have value 'USE'.
To use the models we provide a Makefile in each model folder, which will compile all the models using rootsim-cc
in their respective folder.
Where present, the run.sh
script will handle compilation and execution with the configured simulator, refer to the help message shown when the script is run.
To start the process of generating a topology, computing the model results, running the simulation and merging the results into one pdf, you need to use the start.sh
script, which will handle everything for the tree_simulator model.
Refer to the help message shown when the script is run for details on arguments.
bash
python >= 3.6
numpy
sed
make
git
pdflatex
trap
wait
tail
kill
booktabs
float
margin
git
autotools
autoconf
automake
libtoolize
make
gcc
libcap2
libcap-dev
g++
gcc
gdb
make
libnuma-dev
git
time
linux-tools-*
(for your kernel version, usually identified byuname -r
)linux-cloud-tools-*
(for your kernel version, usually identified byuname -r
)
gcc >= 8
meson