You can smooth 2D/3D volumes including velocity and other low frequency volumes using the Volume Smoothing process. This process uses the damped least-squares method to suppress derivatives in every spatial dimension of the input volume.

You can smooth 2D/3D volumes including velocity and other low frequency volumes using the Volume Smoothing process. This process uses the damped least-squares method to suppress derivatives in every spatial dimension of the input volume.

You can smooth 2D/3D volumes including velocity and other low frequency volumes using the Volume Smoothing process. This process uses the damped least-squares method to suppress derivatives in every spatial dimension of the input volume.

You can smooth 2D/3D volumes including velocity and other low frequency volumes using the Volume Smoothing process. This process uses the damped least-squares method to suppress derivatives in every spatial dimension of the input volume.

Once you’ve generated dips (see Dips), you can create the edges. Edges highlight the areas where there is a change in the movement and direction of the vectors in the dips volume. For example, displaying a possible fault in the seismic data. It is a way to visualise discontinuity.

You can smooth 2D/3D volumes including velocity and other low frequency volumes using the Volume Smoothing process. This process uses the damped least-squares method to suppress derivatives in every spatial dimension of the input volume.