Under a commercial, or academic license agreement OpendTect, the open source seismic interpretation platform, can be extended with a range of cutting edge commercial plugins. The usage fee for a commercial OpendTect license is € 1.600,00 per user per annum.
Logical sets of plugins have been combined into packages for typical G&G tasks. These packages are licensed on a per annum basis against attractive rental prices. The following packages are available:
Commercial plugins are protected by FlexNet license managing software and can be purchased or rented. Evaluation license keys for all plugins can be requested via this form.
dGB Earth Sciences Plugins for OpendTect
Enables you to connect commercial plugins to OpendTect and comes with the great benefits: PetrelDirect, PDF-3D, Basemap, Highly accurate Ray-Tracer and Improved interpretation workflows.
Consists of a dense set of correlated 3D stratigraphic surfaces. Each horizon in the HorizonCube represents a (relative) geologic time line.
The Well Correlation Panel plugin is used for picking well markers and correlating markers guided by seismic evidence.
The Sequence Stratigraphic Interpretation System plugin is an add-on to the HorizonCube. SSIS supports full sequence stratigraphic analysis.
Allows you to create and use "steering cubes". A steering cube contains at every sample position the local dip and azimuth of the seismic events.
The Neural networks plugin supports supervised and unsupervised neural networks to combine multiple attributes into "meta-attributes".
FCF is used to detect subtle hydrocarbon-related seismic anomalies and to accurately pinpoint gas-water, gas-oil and oil-water contacts.
Pick velocities from prestack gathers and semblances in vertical update- and horizon-consistent update modules.
A forward pseudo-well modeling and probabilistic inversion package with profile module, stochastic module and HitCube inversion.
ARK CLS Plugins for OpendTect
Optimizes the vertical resolution of seismic data by shaping the seismic spectrum without boosting noise to unacceptable levels.
Seismic Coloured Inversion enables rapid band-limited acoustic impedance inversion of seismic data.
An improved method to estimate net pay from seismic colour inverted data. It generates net pay and net-to-gross maps with uncertainties.
A flat-spot utility that enhances the signal of consistent flat events and reduces the "noise" of the channel reflections.
An innovative technique that integrates well data into your seismic analysis. Prices are included with SSB and SCI.
Adds quantitative interpretation capabilities to the standard SCI workflow. Prices are included with SCI.
Supports direct import from - and export to Landmark's SeisWorks/ OpenWorks and Schlumberger's GeoFrame-IESX data stores.
Plug-in for Petrel* which allows users to access seismic data stored in OpendTect without copying and import/export of various data types.
Earthworks / ARK CLS Plugins for OpendTect
Deterministic Inversion includes a 3D model builder for constructing a priori impedance model using well log and seismic horizon data.
MPSI UltraFast Stochastic Inversion module for generating multiple geostatistical realizations and utilities for processing multiple realizations.
Sitfal Plugins for OpendTect
A petro-physics package that supports log editing and calculation of derived logs such as porosity, saturation and volumes of clay and temperature.
ARKeX Plugins for OpendTect
Create 2D/2.5D geological models by integrating potential field data with seismics and other geophysical datasets in a 3D workspace.
Stark Reality Plugins for OpendTect (Coming Soon)
Produces an attribute volume in which time slices contain surface segments.
Generates volumes containing inline/crossline dip estimates. Optionally calculates dip magnitude, azimuth and quality estimates.
3D Volume Classify
Converts color-stack displays into classification and associated error volumes to quantify observed geologic trends.
Produces a 3D volume in which each sample is assigned an anomalousness value based on one of three anomalousness measures.
A collection of tools used to manipulate interpreted horizons.
Relative Geologic Time - Basic
This initial version generates a Relative Geologic Time (RGT, aka Age) Volume from interpreted horizons.
Temporal Frequency Enhancements
Provides stratigraphic interpretation aids by implementing the Stark (2009) “Spin” technique along with other methods.
Utilizes a collection of methods to produce attributes that highlight data discontinuities.
Separates input data into spectral bands utilizing the several different methods.
Relative Geologic Time - Intermediate
In this proposed plugin the RGT volume is generated from the DGBES Horizon Cube.
Wheeler Volume Generation
Utilizes an RGT volume to convert seismic attribute volumes from a vertical axis of travel time (depth) to relative geologic time.
GPU based volume rendering of multiple volumes, which enables real time volume sculpting using RGT or anomalousness volumes.
Generates attributes: difference, discontinuity, fault, unconformity, throw and heave, dip magnitude, dip azimuth, strike, isopach, and closure volumes.
Stack Quality Measures
Tools and workflows to estimate the quality of a 3D pre-stack migration using either partial offset (or angle) stacks, or pre-stack gathers.
Beyond Nyquist Stack
Implementation of the “Beyond Nyquist” moveout and stack method discussed in Stark’s November 2013 TLE article.
OpendTect is supported on Linux, Windows and Apple Mac. Find an overview of the supported platforms for the commercial plugins here
Apple Mac OS X
Linux (32 & 64 bit)
Windows (7 / 8 / 10)