'''Installation Document for SoCLib Co-simulation'''



[https://www-soc.lip6.fr/trac/ttool-ams/chrome/site/installation_guide.pdf Installation guide]

[https://www-soc.lip6.fr/trac/ttool-ams/chrome/site/systemc-env.sh Script] for setting up the SystemC and SystemC-AMS environment; credits go to [https://www.bfh.ch/fr/la-bfh/personnes/zshqz5xubyro/ Torsten Mähne].

In TTool's main directory TTool, you should have a script file ttool.exe as follows:

#!/bin/sh

java -version
cd bin;
java -cp . -Xmx1024m -jar ttool.jar -config config.xml -experimental -debug -avatar -uppaal -launcher -openlast

New features additionally require the -ams option in addition to the experimental option.

You can also check out the latest version on the specific branch on the public git (use option -b new-lip6) - recommended for developers only.

'''SoCLib Co-Simulation'''

If you wish to use co-simulation in addition to standalone SystemC-AMS prototype generation, yo additionally have to download [http://www.soclib.fr SoCLib]. 

Linux 64 bit [https://www-soc.lip6.fr/trac/ttool-ams/chrome/site/global.conf Configuration file] for SoCLib to be installed in a .soclib directory; paths might have to be adapted to local installation.