pylops.utils.wavelets.ricker#

pylops.utils.wavelets.ricker(t, f0=10, taper=None)[source]#

Ricker wavelet

Create a Ricker wavelet given time axis t and central frequency f_0

Parameters
tnumpy.ndarray

Time axis (positive part including zero sample)

f0float, optional

Central frequency

taperfunc, optional

Taper to apply to wavelet (must be a function that takes the size of the window as input

Returns
wnumpy.ndarray

Wavelet

tnumpy.ndarray

Symmetric time axis

wcenterint

Index of center of wavelet

Examples using pylops.utils.wavelets.ricker#

1D, 2D and 3D Sliding

1D, 2D and 3D Sliding

AVO modelling

AVO modelling

Chirp Radon Transform

Chirp Radon Transform

Convolution

Convolution

L1-L1 IRLS

L1-L1 IRLS

MP, OMP, ISTA and FISTA

MP, OMP, ISTA and FISTA

Multi-Dimensional Convolution

Multi-Dimensional Convolution

Non-stationary Convolution

Non-stationary Convolution

Non-stationary Filter Estimation

Non-stationary Filter Estimation

Normal Moveout (NMO) Correction

Normal Moveout (NMO) Correction

Patching

Patching

PhaseShift operator

PhaseShift operator

Pre-stack modelling

Pre-stack modelling

Shift

Shift

Slope estimation via Structure Tensor algorithm

Slope estimation via Structure Tensor algorithm

Spread How-to

Spread How-to

Synthetic seismic

Synthetic seismic

Wavelet estimation

Wavelet estimation

Wavelets

Wavelets

07. Post-stack inversion

07. Post-stack inversion

08. Pre-stack (AVO) inversion

08. Pre-stack (AVO) inversion

09. Multi-Dimensional Deconvolution

09. Multi-Dimensional Deconvolution

11. Radon filtering

11. Radon filtering

12. Seismic regularization

12. Seismic regularization

14. Seismic wavefield decomposition

14. Seismic wavefield decomposition

15. Least-squares migration

15. Least-squares migration

20. Image Domain Least-squares migration

20. Image Domain Least-squares migration