Sci cosim: Difference between revisions

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== Installation ==
== Installation ==
1. Install Octave version 4.0.0 or higher and Scilab v.5.5.2 or higher
1. Install Octave (version 4.0.0 or higher) and Scilab v.5.5.2 _specifically_ (note: the BackDoor module is currently not supported for the new SciLab v6.0.0 version)


2. Install sockets package in Octave by executing  
2. Install the `sockets` package in Octave by executing  


''pkg install -forge -auto sockets''
''pkg install -forge sockets''


3. Download sci_cosim package from  https://github.com/amromanov/sci_cosim  
3. Download the `sci_cosim` package from  https://github.com/amromanov/sci_cosim  


4. Install sci_cosim package in Octave by executing  
4. Install the `sci_cosim` package in Octave by executing  


''pkg install -auto sci_cosim_0.1.3.tar.gz''
''pkg install sci_cosim_0.1.3.tar.gz''


5. Start Scilab GUI and install Toolbox Backdoor by pressing in main menu Applications → Module manager - ATOMS → Technical → Backdoor → Install
5. Start the Scilab GUI and install the `Backdoor` toolbox from the main menu: Applications → Module manager - ATOMS → Technical → Backdoor → Install


6. Restart Scilab. If every thing was done correct, after restart there will message in command window "BackDoor: listening to connections on TCP port"
6. Restart Scilab. If every thing was done correctly, after restarting there will be a message in the command window "BackDoor: listening to connections on TCP port"
 
You _may_ encounter an error that the files "backdoor.start" / "backdoor.quit" cannot be found. This occurs if the files are named e.g. "BackDoor.start" on the disk (i.e. case-sensitive). Simply rename the files to lowercase and restart SciLab.


== Running demo ==
== Running demo ==
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4. Run Octave and change folder to the one, where you have extracted demo
4. Run Octave and change folder to the one, where you have extracted demo


5. Run sci_sim_example.m
5. Load the two packages ''pkg load sockets'' and ''pkg load sci_cosim'' in octave.
 
6. Run sci_sim_example.m


== Function description ==
== Function description ==
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== Usage cases ==
== Usage cases ==
In all usage case, described below, user doesn't need to have any knowledge about using Scilab interface and in the most cases he doesn't have to know Scilab scripting language. You can use only Xcos and do the rest of things in Octave.  
In all usage case, described below, user doesn't need to have any knowledge about using Scilab interface and in the most cases they don't have to know Scilab scripting language. You can use only Xcos and do the rest of things in Octave.  


1. Simple dynamic systems rapid prototyping.  
1. Simple dynamic systems rapid prototyping.  
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Distributed under the New BSD License
Distributed under the New BSD License
[[Category:Packages]]

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