- Scilabヘルプ
- Optimization and 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 2026.0.0. This page might be outdated.
See the recommended documentation of this function
optimsimplex_computefv
Computes the values of the function at vertices points.
Calling Sequence
opt = optimsimplex_computefv(opt, fun) [opt, data] = optimsimplex_computefv(opt, fun, data)
Argument
- opt
- The current simplex object of TSIMPLEX type (tlist). 
- fun
- The function to compute at vertices. - The - funfunction is expected to have the following input and output arguments:- y = myfunction (x) 
- data
- User-defined data passed to the function (optional). - If - datais provided, it is passed to the callback function both as an input and output argument. In that case, the function must have the following header :- [y, data] = myfunction (x, data) - The data input parameter may be used if the function uses some additional parameters. It is returned as an output parameter because the function may modify the data while computing the function value. This feature may be used, for example, to count the number of times that the function has been called. 
Description
The optimsimplex_computefv function sets the values of the function 
            at vertices points.
Example
function y=rosenbrock(x) y = 100*(x(2)-x(1)^2)^2 + (1-x(1))^2; endfunction coords = [... 0. 0. 1. 0. 0. 2. ]; s1 = optimsimplex_new ( coords ); s1 = optimsimplex_setallfv ( s1 , [3.0 4.0 5.0]' ); s1 = optimsimplex_computefv ( s1 , rosenbrock ); res = optimsimplex_getallfv ( s1 ); disp(res) s1 = optimsimplex_destroy(s1);
See Also
- optimsimplex_compsomefv — Computes the values of the function at vertices points.
- optimsimplex_new — Creates a new simplex object.
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