Split/Merge Matlab figures. by T. R.

Split/Merge Matlab figures. (axes, fig, figure)

figmerge( FigLst, SubLoc, DstOpt, DoAxes, ...

figsplit( FigLst, DoAxes )

Cell/Struct Tree, and Struct Sorting by T. R.

Generates trees for cell arrays, structs and data, from a cell or a struct. (tree, cell, struct)

celltree( A, N, O )

sortstruct( X, FN, DIM, MODE )

structtree( S, N, O )

Dominant Diagonal by T. R.

The input matrix is tested in order to know of its diagonal is dominant. (dominant diagonal, numerical analysis)

domdiag( A, strOpt )

Find numerical values (digits) in a string array. by T. R.

Function that determines for a given string 'str' if some of its characters are digits from 0 to 9. (digit, numeric, string)

isstrdigit( str, M, N )

Quartz Crystal Microbalance Equivalent Circuit by T. R.

GUI for simple Quartz Crystal Microbalance Equivalent Circuit simulation. (quartz crystal microb..., sensor, rlc circuit)

QCM_CIR_SIM(varargin)

afplot( fh, w, Zu, Zm, Zv )

calcirparam( w, Rc, Lc, Cc, Co, Lm, Rv, Lv )

Newton's Method by T. R.

Newton's method for finding zeros of a function. (newton, numerical analysis, roots)

newton( f, df, x0, tol, nmax )

Successive Over-Relaxation by T. R.

This function solves linear equation systems such as Ax=b using SOR method. (numerical analysis, successive over relax...)

sor(A, x, b, w, max_it, tol)

Fixed Point Method by T. R.

The Fixed Point Method is applied to a given function. (numerical analysis, fixed point)

fixedpoint(g, x0, tol, nmax, L)

Bisection Method by T. R.

Bisection Method (bisection, numerical analysis)

bisection(f, a, b, N, Tol, verb)

Newton's Method for Divided Differences. by T. R.

Newton's Method for Divided Differences. (divided differences, numerical analysis, newton)

divdiff(X, Y)

Generate Instruments Address List by T. R.

Search for connected boards/instruments and generate a list with found items into a cell. (instruments, board, gpib)

genintraddrlst( strFilter )

Different error calculation for numerical analysis. by T. R.

Calculates several numerical error types. (error percentage, relative error, absolute error)

errors(X, Xa)