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PSS Math Module
MATLAB toolboxes for aerospace analysis
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PSS Math Module
MATLAB toolboxes for aerospace analysis
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Numerical analysis functions.
More...Files | |
| file | Armijo.m |
| Use the Armijo rule to compute a stepsize, alpha: | |
| file | AutoCorr.m |
| Generates the autocorrelation function for the input sequence. | |
| file | Binomial.m |
| The binomial expansion of (x + y)^n. | |
| file | CFract.m |
| Computes the value of a continued fraction of the form. | |
| file | CHarm.m |
| Generate a series of cosine harmonics of the arguments. | |
| file | CHarmD.m |
| Generate a series of cosine harmonics of the arguments. | |
| file | DLyapG.m |
| Check the dimensions for consistency. | |
| file | FitPair.m |
| Demo. | |
| file | FourierSeries.m |
| If no inputs do a demo. | |
| file | Heavisde.m |
| Heavside function. | |
| file | HypgF1.m |
| beta 1 | |
| file | HypgFr.m |
| beta 1 | |
| file | HypgMr.m |
| beta 1 | |
| file | Interp1D.m |
| Performs a linear interpolation: | |
| file | InterpolateCircle.m |
| Interpolates between x1 and x2 when x1 and x2 lie in a circle. | |
| file | IntExpR.m |
| Find the delta Xs. | |
| file | IntExt.m |
| Find the delta Xs and delta Ys. | |
| file | Jacobian.m |
| Compute the value of the function f at the set point. | |
| file | JacobianODE.m |
| Compute the value of the function f at the set point. | |
| file | JCart2Sp.m |
| At the poles. | |
| file | JSp2Cart.m |
| Jacobian for converting from spherical to cartesian coordinates. | |
| file | LogBaseN.m |
| Demo. | |
| file | Logistic.m |
| Demo. | |
| file | LyapG.m |
| Check the dimensions for consistency. | |
| file | MakeDistribution.m |
| Generate a list of random variables with some specified distribution. | |
| file | NewStats.m |
| Calculates the new standard deviation and average. | |
| file | NewtonsMethod.m |
| defaults | |
| file | OptimalTrajectory.m |
| Demo. | |
| file | Pade.m |
| Create a Padé approximant of exp(sT) | |
| file | PAL.m |
| Error Testing. | |
| file | PDAL.m |
| Error Testing. | |
| file | PGauss.m |
| Error Testing. | |
| file | SCHarm.m |
| Generate a series of sine and cosine harmonics of the arguments. | |
| file | SCHarmD.m |
| Generate a series of sine and cosine harmonics of the arguments. | |
| file | SCSeries.m |
| Compute a series a + sum(bn sin(n wo t)) + sum(cn cos(n wo t)) | |
| file | SHarm.m |
| Generate a series of sine harmonics of the arguments. | |
| file | SHarmD.m |
| Generate a series of sine harmonics of the arguments. | |
| file | Simplex.m |
| Built-in Demo. | |
| file | Simplex2.m |
| Constants. | |
| file | SimplexOld.m |
| Constants. | |
| file | SimplexScaling.m |
| create the new arrays | |
| file | SphJacobian.m |
| Useful combinations. | |
| file | SubPoly.m |
| Subtract two polynomials so that c = a - b. | |
| file | WaveletMorlet.m |
| Performs a wavelet transform using a Morlet Wavelet. | |
| file | WorstFirstAssignment.m |
| initialize | |
Numerical analysis functions.
1.9.2