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-
- This file contains a list of the files in the Controls
- Toolbox, and a brief description of what each file does.
-
-
- File Description
- --------------- --------------------------------------
- Test_new.r Master test file.
- abcdchk.r Checks state-space matrices for consistency
- append.r Append to state-space systems.
- appendtest.r Test file for append.
- are2.r Algebraic Riccati Equation solver.
- are2test.r ARE test file.
- aremsf.r ARE solver via Matrix Sign function.
- aremsftest.r ARE MSF test file.
- aretest.r
- augstate.r Augment the output vector with the system states.
- augstatetest.r Augstate test file.
- c2d.r Convert continuous state-space model to
- discrete state-space model.
- c2dm.r Convert continuous to discreate, allows
- choice of transformation method.
- c2dmtest.r
- c2dtest.r
- cloop.r Closes the loop of a state-space of TF system.
- clooptest.r
- conv.r Convolution, polynomial multiplication.
- convtest.r
- covar.r Computes the covariance matrix.
- covtest.r
- ctrb.r Form the controllability matrix.
- ctrbtest.r
- damp.r Compute the natural frequency and damping.
- damptest.r
- dare2.r Solves the steady-state discrete ARE.
- dare2test.r
- daremsftest.r
- dcgain.r Computes the D.C. gain of a continuous system.
- dcgaintest.r
- dcovar.r Comput the covariance response.
- dcovartest.r
- ddamp.r Natural frequency and damping for a
- discrete system.
- ddamptest.r
- deconv.r De-convolution.
- deconvtest.r
- dgram.r Compute discrete controllability and
- observability grammians.
- dgramtest.r
- dinitial.r Plot the time response of a linear system.
- dinitialtest.r
- displaypoles.r Compute and display the poles of [A]
- dlqr.r Compute the Linear Quadratic Regulator for
- a discreate system.
- dlqr2.r Compute the LQR for a discrete system.
- dlqrtest.r
- dlqry.r LQR for discrete system with output weighting.
- dlsim.r Time response of a discreate linear system.
- dlsimtest.r
- dlsimtest2.r
- dlyap.r Solve the discrete Lyapunov equation.
- dsort.r Sort the complex discrete eigenvalues in
- descending order.
- dstep.r Plte the unit step response of a discrete
- system.
- dsteptest.r
- eignm.r Solve the generalized eigenvalue
- problem. Eigenvectors are normalized.
- eigsen.r Compute the gradient of the eigenvalues of A.
-
- eigsen2.r Compute the gradient of the eigenvalues,
- right eigenvectors, and left eigenvectors.
- eigtest.r
- esort.r Sort the complex continuous eigenvalues in
- descending order.
- givens.r Givens rotation matrix.
- glqe.r Compute the gradient of the Linear
- Quadratic Estimator.
- glqr.r Compute the gradient of the LQR control design.
- glqry.r This routine computes the gradient of the
- Linear Quadratic Design.
- gram.r Compute the controllability and
- observability grammians.
- gric.r Computes the gradient of the solution of
- the Algebraic Riccatti Equation (ARE).
- housh.r Construct a Householder transformation.
- impulse.r Compute the impulse response (discrete).
- impulse2.r Compute the impulse response (continuous).
- impulsetest.r
- initial.r Plot time response with initial conditions.
- initialtest.r
- isempty.r Check for an empty matrix.
- isstr.r Check for a string.
- isvec.r Check for a vector.
- jpinv.r Psuedo-inverse using Greville's method.
- lqe.r Linear Quadratic Estimator (continuous).
- lqemsf.r LQE using the matrix sign function.
- lqr.r Linear Quadratic Regulator (continuous).
- lqrmsf.r Linear Quadratic Regulator using
- matrix sign function (continuous).
- lqrtest.r
- lqry.r LQR design (continuous) with output weighting.
- lqrymsf.r
- lsim.r Compute the response of a linear
- continuous system.
- lsimtest.r
- lsimtest2.r
- ltifr.r Linear time-invariant frequency response.
- ltitr.r Linear time-invariant time response.
- lyap.r Solve the Lyapunov equation.
- lyap2.r Solve the Lyapunov equation using a
- spectral decomposition.
- lyapcheck.r
- lyaptest.r
- obsv.r Form the observability matrix.
- poly.r Evaluate the characteristic polynomial.
- poly2str.r Return a string of the polynomail
- coefficients.
- printsys.r Print a state-space system.
- ric.r Solve the algebraic Riccati equation
- (continuous).
- roots.r Find the roots of a polynomial.
- simdata.r Forms the ERA data matrix.
- singsen.r Compute the partial derivative of the
- singular values.
- ss2tf.r Convert a state-space model to a
- transfer-function model.
- ssdelete.r Remove specified inputs and output
- from a state-space system.
- ssselect.r Extract specified inputs and output
- from a state-space system.
- ssselecttest.r
- stairs.r Draw a stair-step graph.
- step.r Plot the step-response of a continuous
- system.
- steptest.r
- strcom.r Combine strings.
- tf2ss.r Convert a transfer-function
- representation into a state-space
- representation.
- tfchk.r Check a transfer-function representation.
- timeplot.r Plot time response.
- tzero.r Compute the transmission zeros.
- tzreduce.r Extract a reduced state-space system
- with full-rank [D].
- xc12.r Compute the two matrix covariance
- assignability constraints for a given plant.
- xg123.r computes the 3 matrices that define
- the feedback gains for the Covariance
- Control Formulation.
- xgpart.r Return the "G" partition of [A].
- xhpart.r Return the "H" partition of [A].
- xsi.r Computes the skew-symmetric basis
- matrix corresponding to entry i for a
- ns x ns matrix.
- xsopt.r Computes the optimal S=-S^* matrix
- with respect to which the control cost
- function.
- xvcost.r Compute the control cost function.
- zp2tf.r Convert a zero-pole transfer-function
- to numerator/denominator form.
-