Scilab 5.5.0
- Aide de Scilab
- Optimisation et Simulation
- Optimization simplex
- optimsimplex_center
- optimsimplex_check
- optimsimplex_compsomefv
- optimsimplex_computefv
- optimsimplex_deltafv
- optimsimplex_deltafvmax
- optimsimplex_destroy
- optimsimplex_dirmat
- optimsimplex_fvmean
- optimsimplex_fvstdev
- optimsimplex_fvvariance
- optimsimplex_getall
- optimsimplex_getallfv
- optimsimplex_getallx
- optimsimplex_getfv
- optimsimplex_getn
- optimsimplex_getnbve
- optimsimplex_getve
- optimsimplex_getx
- optimsimplex_gradientfv
- optimsimplex_new
- overview
- optimsimplex_reflect
- optimsimplex_setall
- optimsimplex_setallfv
- optimsimplex_setallx
- optimsimplex_setfv
- optimsimplex_setn
- optimsimplex_setnbve
- optimsimplex_setve
- optimsimplex_setx
- optimsimplex_shrink
- optimsimplex_size
- optimsimplex_sort
- optimsimplex_xbar
Please note that the recommended version of Scilab is 2025.0.0. This page might be outdated.
See the recommended documentation of this function
optimsimplex_setnbve
Sets the number of vertices of the simplex.
Calling Sequence
opt = optimsimplex_setnbve(opt, nbve)
Argument
- opt
The current simplex object of TSIMPLEX type (tlist).
- nbve
An integer, the number of vertices.
Description
The optimsimplex_setnbve function sets the number of vertices of
the simplex.
Example
s1 = optimsimplex_new (); s1 = optimsimplex_setn(s1, 1); s1 = optimsimplex_setnbve(s1, 2); s1 = optimsimplex_setx(s1,1,0.0); s1 = optimsimplex_setfv(s1,1,5.0); s1 = optimsimplex_setx(s1,2,1.0); s1 = optimsimplex_setfv(s1,2,4.0); s1 = optimsimplex_destroy(s1);
See Also
- optimsimplex_getnbve — Gets the number of vertices of the simplex.
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