Page 518 - Applied Numerical Methods Using MATLAB

INDEX FOR MATLAB ROUTINES 507
/ode113()
ode15s()/ode23s() S6.5-4 solve (stiff) ODEs
/ode23t()/ode23tb()
ones() S1.1-7 constructs an array of ones
opt gs() S7.1-1 optimization by Golden search
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opt quad() S7.1-2 optimization by quadratic approximation
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opt Nelder() S7.1-3 optimization by Nelder-Mead method
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opt steep() S7.1-4 optimization by steepest descent
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opt conjg() S7.1-6 optimization by Conjugate gradient method
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padeap() S3.4 Pade approximation
pdetool S9.4 start the PDE toolbox GUI (graphical user interface)
pinv() S1.1-7, 2.1 pseudo-inverse (generalized inverse)
plot() S1.1-4,5 linear 2-D plot
plot3() S1.1-5 linear 3-D plot
poisson() S9.1 central difference method for elliptic PDE (Poisson’s eq)
polar() S1.1-4 plot polar coordinates in a Cartesian plane with polar
grid
Poly der() P1.11 derivative of polynomial
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polyder() P1.11 derivative of polynomial
polyfit() P3.13 polynomial curve fitting
Polyfits() S3.8-2 polynomial curve fitting
polyint() P1.11 integral of polynomial
polyval() S1.1-6, 3.8-2 evaluate a polynomial
ppval() P1.11 evaluate a set of piece-wise polynomials
pretty() P3.1, AG2 print symbolic expression like in type-set form
prod() S1.1-7 product of array elements
qr() S2.4-2 QR factorization
qr hessenberg() P8.6 QR factorization of Hessenberg form by Givens rotation
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quad() S5.8 numerical integration
quadl() S5.8 numerical integration
quiver() P6.0 plot gradient vectors
quiver3() P6.0 plot normal vectors on a surface
rand() S1.1-8 uniform random number generator
randn() S1.1-8 Gaussian random number generator
rational interpolation() P3.6 rational polynomial interpolation
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repetition() P1.14 repetition of subsequences
reshape() S1.1-7 a matrix into one with given numbers of row/columns
residue() P1.11 partial fraction expansion of Laplace-transformed
function
residuez() P1.11 partial fraction expansion of z-transformed rational
function
rlse online() S2.1-4 on-line Recursive Least-Squares Estimation
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rmbrg() S5.7 Integration by Romberg method
robot path P3.9 determine a path of robot using cubic splines
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roots() P1.11 roots of a polynomial equation
round() S1.1-5 (T1.3) round to nearest integer
rot90() S1.1-7 rotate a matrix by 90 degrees
save S1.1-2 save variable(s) into a file
secant() S4.5 secant method to solve a nonlinear equation
semilogx() S1.1-4 plot data as logarithmic scales for the x-axis
semilogy() S1.1-4 plot data as logarithmic scales for the y-axis
size() S1.1-7 the numbers of rows/columns of a 1-D/2-D/3-D array
sim anl() S7.1-7 optimization by simulated annealing (SA)
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