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Plug-in Details
L&T Infotech Dip Calculator To Event Tracker
By
L&T Infotech
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10days - Evaluation
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Local and regional dip & azimuth variation on the slope cube
The attribute cubes generated using the Dip calculator are slope cubes. Dip and azimuth attributes play an important role in the horizon tracking where the multiple auto tracked events follow the dip and azimuth at each sample point. The output dip and azimuth cube are eventually input to the Event tracker which are actually useful to understand the lateral structural variation.
Horizon-bundle for faster & better seismic interpretation
The bundle of output horizons generated from the event tracker guided by a set of attributes like dip, azimuth, similarity, coherence etc. These horizons can facilitate to speed up the structural interpretation with a local and regional geological control. Horizons are correlated with heterogeneity of the reservoir. The horizons are precisely steered through instantaneous dip and azimuth window.
Dip calculator and Event tracker modules.
This application calculates the horizon related attributes like dip and azimuth using Dip calculator module .The process of generating the horizons is based on the dip that is calculated .Thus in the Event tracker module ,the horizons are finally generated using the slope cubes generated in the earlier module. User can select the desired range of inline /xline as well as horizon density.
Stack of horizons generated for a given time window
Precise and smoothened bundle of horizons are generated by tracking of events based on local dip and azimuth calculations. It contributes to the automation of the process of creating dense set of horizons based on the time window provided, which allows the user to have a 3D visualization of the interpretation on the fly. Tracking the sequence of laminations in a shelf zone can be a ideal case.
Show Me Video
The various steps involved in the generation of horizons.
This video demonstrates various steps involved in the generation of horizons.This tool has a highly dedicated algorithm that contributes to the process of automation. In this video the process starts with calculating the horizon based attributes like slope, azimuth from Dip calculator followed by the Event tracker which eventually ends in generating the horizons.
Plug-in Attributes
Platform:
Petrel
Lifecycle
Domain:
Geophysics
Challenges:
ECCN:
India w/ US Content, EAR99
Version
2014 | 2015 | 2016
Supporting Documents
Installation Guide
2016
|
2015
|
Release Notes
2016
|
2015
|
User Manual
2016
|
2015
|
Others
Product Flyer
|
Overview
Horizons have always been a key element of interpretation. Lack of interpreted horizons may lead to misinterpretation of the geological models. So this plug-in enables highly accurate and denser horizon tracking, helping the interpreter for better insight into the areas of depositional history and can come up with precise and highly data driven geological model & low frequency model for inversion.
Specifications
Dip Calculator To Event Tracker utilizes slope calculation based on time shift of the resemblance factor k of the amplitude magnitudes.
Standard input should be post stack seismic SEGY file.
This application is employing Dip calculator to generate horizon related attributes and Event tracker to generate the horizons utilizing the dip attribute.
This tool can generate excellent results while implemented with a broad understanding of the local geological variation, guided and segmented by the interpreter.
Processed cube can be placed flexibly under the same seismic collection or as a separate folder.
This application facilitates to choose the level of horizon density.
Features
This tool computes the dip and azimuth of an input seismic volume and generates the attribute cubes, useful to understand the broad structural variation within the volume and verify the continuity of seismic reflectors.This soft tool is primarily useful for the tracking of continuous but weakly correlated events. This tool specifically deals with post stack seismic volume.
Additional Information
Associated Plug-ins
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