 allometric | y = allometric(p, x, [y]) : Power/Freundlich/Belehradek function |
| allometric | y = allometric(p, x, [y]) : Power/Freundlich/Belehradek function |
| bigauss | y = bigauss(p, x, [y]) : Bi-Gaussian |
| bigauss | y = bigauss(p, x, [y]) : Bi-Gaussian |
| bilorz | y = bilorz(p, x, [y]) : Bi-Lorentzian |
| bilorz | y = bilorz(p, x, [y]) : Bi-Lorentzian |
| bose | y = bose(p, x, [y]) : Bose |
| bose | y = bose(p, x, [y]) : Bose |
| constant | y = constant(p) : Constant |
| constant | y = constant(p) : Constant |
| dho | y = dho(p, x, [y]) : Damped harmonic oscillator |
| dho | y = dho(p, x, [y]) : Damped harmonic oscillator |
| dirac | y = dirac(p, x, [y]) : Dirac |
| dirac | y = dirac(p, x, [y]) : Dirac |
| doseresp | y = doseresp(p, x, [y]) : Dose-response curve with variable Hill slope |
| doseresp | y = doseresp(p, x, [y]) : Dose-response curve with variable Hill slope |
| expon | y = expon(p, x, [y]) : Exponential decay |
| expon | y = expon(p, x, [y]) : Exponential decay |
| expstretched | y = expstretched(p, x, [y]) : Exponential decay |
| expstretched | y = expstretched(p, x, [y]) : Exponential decay |
| fconv | FCONV Fast Convolution/Correlation |
| fconv | FCONV Fast Convolution/Correlation |
| fconvn | FCONVN Fast Convolution with nomalization and centering of the filter. |
| fconvn | FCONVN Fast Convolution with nomalization and centering of the filter. |
| fsinc | s=sinc(x) |
| fsinc | s=sinc(x) |
| fxcorr | FXCORR Correlation |
| fxcorr | FXCORR Correlation |
| gauss | y = gauss(p, x, [y]) : Gaussian |
| gauss | y = gauss(p, x, [y]) : Gaussian |
| gauss1 | y = gauss1(p, x, [y]) : Gaussian without background |
| gauss1 | y = gauss1(p, x, [y]) : Gaussian without background |
| gauss2d | signal = gauss2d(p, x, y, {signal}) : 2D Gaussian function |
| gauss2d | signal = gauss2d(p, x, y, {signal}) : 2D Gaussian function |
| green | y = green(p, x, [y]) : Green function |
| green | y = green(p, x, [y]) : Green function |
| heaviside | y = heaviside(p, x, [y]) : Heaviside step function |
| heaviside | y = heaviside(p, x, [y]) : Heaviside step function |
| langevin | y = langevin(p, x, [y]) : Langevin function for magnetic polarization |
| langevin | y = langevin(p, x, [y]) : Langevin function for magnetic polarization |
| laplace | y = laplace(p, x, [y]) : Laplace distribution function. |
| laplace | y = laplace(p, x, [y]) : Laplace distribution function. |
| lognormal | y = lognormal(p, x, [y]) : Log-Normal distribution function. |
| lognormal | y = lognormal(p, x, [y]) : Log-Normal distribution function. |
| lorz | y = lorz(p, x, [y]) : Lorentzian |
| lorz | y = lorz(p, x, [y]) : Lorentzian |
| lorz1 | y = lorz1(p, x, [y]) : Lorentzian without background |
| lorz1 | y = lorz1(p, x, [y]) : Lorentzian without background |
| lorz2d | signal = lorz2d(p, x, y, {signal}) : 2D Lorenztian function |
| lorz2d | signal = lorz2d(p, x, y, {signal}) : 2D Lorenztian function |
| maxwell | y = Maxwell(p, x, [y]) : Maxwellian |
| maxwell | y = Maxwell(p, x, [y]) : Maxwellian |
| pareto | y = pareto(p, x, [y]) : Pareto distribution function. |
| pareto | y = pareto(p, x, [y]) : Pareto distribution function. |
| plane2d | signal = plane2d(p, x, y, {signal}) : Planar function |
| plane2d | signal = plane2d(p, x, y, {signal}) : Planar function |
| poisson | y = poisson(p, x, [y]) : Poisson distribution function. |
| poisson | y = poisson(p, x, [y]) : Poisson distribution function. |
| powerlaw | y = powerlaw(p, x, [y]) : power law model |
| powerlaw | y = powerlaw(p, x, [y]) : power law model |
| pseudovoigt | y = pseudovoigt(p, x, [y]) : Pseudo Voigt |
| pseudovoigt | y = pseudovoigt(p, x, [y]) : Pseudo Voigt |
| pseudovoigt2d | signal = pseudovoigt2d(p, x, y, {signal}) : 2D Pseudo Voigt function |
| pseudovoigt2d | signal = pseudovoigt2d(p, x, y, {signal}) : 2D Pseudo Voigt function |
| quad2d | signal = quad2d(p, x, y, {signal}) : 2D Quadratic function |
| quad2d | signal = quad2d(p, x, y, {signal}) : 2D Quadratic function |
| quadline | y = quadline(p, x, [y]) : Quadratic line |
| quadline | y = quadline(p, x, [y]) : Quadratic line |
| sigmoid | y = sigmoid(p, x, [y]) : Sigmoidal |
| sigmoid | y = sigmoid(p, x, [y]) : Sigmoidal |
| sine | y = sine(p, x, [y]) : Sine function. |
| sine | y = sine(p, x, [y]) : Sine function. |
| sinedamp | y = sinedamp(p, x, [y]) : Sine function. |
| sinedamp | y = sinedamp(p, x, [y]) : Sine function. |
| strline | y = strline(p, x, [y]) : Straight line |
| strline | y = strline(p, x, [y]) : Straight line |
| tophat | y = tophat(p, x, [y]) : Top-Hat rectangular function |
| tophat | y = tophat(p, x, [y]) : Top-Hat rectangular function |
| triangl | y = triangl(p, x, [y]) : Triangular |
| triangl | y = triangl(p, x, [y]) : Triangular |
| twoexp | signal = twoexp(p, x, {signal}) : two exponential decay functions |
| twoexp | signal = twoexp(p, x, {signal}) : two exponential decay functions |
| voigt | y = voigt(p, x, [y]) : Voigt function |
| voigt | y = voigt(p, x, [y]) : Voigt function |
Master index