A, b | The matrix A and vector b are,
respectively, the coefficients of the linear inequality constraints
and the corresponding right-side vector: A*x ≤ b. | fgoalattain, fmincon, fminimax, fseminf, linprog, lsqlin, quadprog
|
Aeq, beq | The matrix Aeq and vector beq are,
respectively, the coefficients of the linear equality constraints
and the corresponding right-side vector: Aeq*x = beq. | fgoalattain, fmincon, fminimax, fseminf, linprog, lsqlin, quadprog
|
C, d | The matrix C and vector d are,
respectively, the coefficients of the over or underdetermined linear
system and the right-side vector to be solved. | lsqlin, lsqnonneg
|
f | The vector of coefficients for the linear term in the
linear equation f'*x or the quadratic equation x'*H*x+f'*x. | linprog, quadprog
|
fun | The function to be optimized. fun is
either a function handle to a file or is an anonymous function. See
the individual function reference pages for more information on fun. | fgoalattain, fminbnd, fmincon, fminimax, fminsearch, fminunc, fseminf, fsolve, fzero, lsqcurvefit, lsqnonlin
|
goal | Vector of values that the objectives attempt to attain.
The vector is the same length as the number of objectives. | fgoalattain
|
H | The matrix of coefficients for the quadratic terms in
the quadratic equation x'*H*x+f'*x. H must
be symmetric. | quadprog
|
lb, ub | Lower and upper bound vectors (or matrices). The arguments
are normally the same size as x. However, if lb has
fewer elements than x, say only m,
then only the first m elements in x are
bounded below; upper bounds in ub can be defined
in the same manner. You can also specify unbounded variables using -Inf (for
lower bounds) or Inf (for upper bounds). For example,
if lb(i) = -Inf, the variable x(i) is
unbounded below. | fgoalattain, fmincon, fminimax, fseminf, linprog, lsqcurvefit, lsqlin, lsqnonlin, quadprog
|
nonlcon | The function that computes the nonlinear inequality and equality constraints. Passing Extra Parameters explains how to parametrize the function
nonlcon, if necessary. See
the individual reference pages for more information on nonlcon. | fgoalattain, fmincon, fminimax
|
ntheta | The number of semi-infinite constraints. | fseminf
|
options | A structure that defines options used by the optimization
functions. For information about the options, see Optimization Options Reference or the individual function reference
pages. | All functions |
seminfcon | The function that computes the nonlinear inequality and equality constraints
and the semi-infinite constraints.
seminfcon is the name of a function file or MEX-file. Passing Extra Parameters explains how to parametrize
seminfcon, if necessary. See the function reference pages for fseminf for more information on seminfcon. | fseminf
|
weight | A weighting vector to control the relative underattainment
or overattainment of the objectives. | fgoalattain
|
xdata, ydata | The input data xdata and the observed
output data ydata that are to be fitted to an equation. | lsqcurvefit
|
x0 | Starting point (a scalar, vector or matrix). (For fzero, x0 can
also be a two-element vector representing a finite interval that is
known to contain a zero.) | All functions except fminbnd and linprog |
x1, x2 | The interval over which the function is minimized. | fminbnd
|