Please note that the recommended version of Scilab is 2024.0.0. This page might be outdated.

See the recommended documentation of this function

# scicosim

xcos (batch) simulation function

### Syntax

[state,t] = scicosim(state,tcur,tf,sim,str,tol)

### Description

Simulator for xcos compiled diagram.

Usually scicosim is called by xcos to perform simulation of a diagram.

But scicosim may also be called outside xcos. Typical usage in such a case may be :

For advanced user it is possible to "manually" change some parameters or state values.

[state,t] = scicosim(state,tcur,tf,sim,str,tol)

### Arguments

**state :**Scilab tlist containing initial state. Usually generated by xcos Compile. After loading a compiled .cos file, it can be found in %cpr.state.**tcur :**starting time of simulation. At the beginning it must be zero.**tf :**final simulation time.**sim :**Scilab tlist containing compilation results. Usually generated by xcos Compile. After loading a compiled .cos file, it can be found in %cpr.sim.**str :**'start' , 'run' or 'finish'. Function must be first called with 'start', then with 'run' one or more times, and finally with 'finish'.**tol :**vector [atol,rtol,ttol,deltat,realtimescale,solver,hmax] where atol, rtol are respectively the absolute and relative tolerances for ode or dae solver, ttol is the precision on event dates (must be very small), deltat is maximum integration interval for each call to ode solver (sometimes needed to force restarting the call to solver), realtimescale is the correspondence between simulation time and real time (0 means no slowing down), solver is the choice of solver (0: lsodar, 100: daskr), hmax: max step size used by solver. Default: [0.0001,1.000E-06,1.000E-10,100001,0,0]**state :**state after simulation**t:**final reached time. Usually tf but not always.

### See also

- scicos_simulate — Function for running xcos simulation in batch mode
- xcos — Editeur de schéma-bloc et IHM pour le simulateur hybride

Report an issue | ||

<< scicos_simulate | Fonctions Batch | steadycos >> |