PyLops Utilities¶
Alongside with its Linear Operators and Solvers, PyLops contains also a number of auxiliary routines performing universal tasks that are used by several operators or simply within one or more Tutorials for the preparation of input data and subsequent visualization of results.
Others¶
Synthetics¶
seismicevents.makeaxis (par) |
Create axes t, x, and y axes |
seismicevents.linear2d (x, t, v, t0, theta, …) |
Linear 2D events |
seismicevents.parabolic2d (x, t, t0, px, pxx, …) |
Parabolic 2D events |
seismicevents.hyperbolic2d (x, t, t0, vrms, …) |
Hyperbolic 2D events |
seismicevents.linear3d (x, y, t, v, t0, …) |
Linear 3D events |
seismicevents.hyperbolic3d (x, y, t, t0, …) |
Hyperbolic 3D events |
marchenko.directwave (wav, trav, nt, dt[, …]) |
Analytical direct wave in acoustic media |
Signal-processing¶
signalprocessing.convmtx (h, n) |
Convolution matrix |
signalprocessing.nonstationary_convmtx (H, n) |
Convolution matrix from a bank of filters |
signalprocessing.slope_estimate (d, dz, dx[, …]) |
Local slope estimation |
Tapers¶
tapers.taper2d (nt, nmask, ntap[, tapertype]) |
2D taper |
tapers.taper3d (nt, nmask, ntap[, tapertype]) |
3D taper |
Wavelets¶
wavelets.ricker (t[, f0]) |
Ricker wavelet |
wavelets.gaussian (t[, std]) |
Gaussian wavelet |
Geophysicical Reservoir characterization¶
avo.zoeppritz_scattering (vp1, vs1, rho1, …) |
Zoeppritz solution. |
avo.zoeppritz_element (vp1, vs1, rho1, vp0, …) |
Single element of Zoeppritz solution. |
avo.zoeppritz_pp (vp1, vs1, rho1, vp0, vs0, …) |
PP reflection coefficient from the Zoeppritz scattering matrix. |
avo.approx_zoeppritz_pp (vp1, vs1, rho1, vp0, …) |
PP reflection coefficient from the approximate Zoeppritz equation. |
avo.akirichards (theta, vsvp[, n]) |
Three terms Aki-Richards approximation. |
avo.fatti (theta, vsvp[, n]) |
Three terms Fatti approximation. |