Horizon-based inversion

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Description

 

Input data

Input DataItem

Input SEG-Y data handle

Input trace headers

Input gather

Input stack line

Input crooked line

Input bin grid

Input sorted headers

Input VRMS

Input horizons

Initial Vint

Parameters

Replacement velocity

Datum

Number of samples of output velocity

Output velocity DZ

Import horizons from ASCII params

Location { Datum, Topography }

Time measure { Milliseconds, Seconds }

Add constant shift

Map interpolation

Interpolation step X

Interpolation step Y

Solver params

Current layer

Mute factor

Aperture

Trace step

Time table interpolation step X

Time table interpolation step Y

Time table interpolation step Z

Layer properties

Settings

Auto-connection

Bad data values option { Fix, Notify, Continue }

Execute on { CPU, GPU }

Distributed execution

Bulk size

Limit number of threads on nodes

Job suffix

Set custom affinity

Affinity

Number of threads

Skip

Output data

Output DataItem

Output SEG-Y data handle

Output trace headers

Output gather

Output stack line

Output crooked line

Output bin grid

Output sorted headers

Output velocity

Information

Graphics

Custom actions

Import horizon from ASCII

Import horizon from binary

Remove one horizon

Clear horizons

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Init table

Init model from input Vint gather

Find semblance for current layer