 |    | | | The dip-steering plugin 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 cube is used for:
a) structurally oriented filtering (e.g. dip-steered median filter)
b) improving multi-trace attributes by extracting attribute input along reflectors (e.g. dip-steered similarity)
c) to calculate some unique attributes (e.g. 3D-curvature, and variance of the dip). This plugin requires a license-key. An evaluation key can be obtained from
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Examples
| | | | The Dip-steered median filter enhances laterally continuous events while randomly distributed noise is reduced. A major advantage of this filter above conventional dip filters is that edges are preserved. i.e. no filter-tails are generated.
| Improve multi-trace attribute calculations. In this example faults are clearly better visible while using the Dip-steered similarity (above) then while using the non steered similarity (below). | | | | | Calculate unique attributes like 3D-curvature. | |
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Universities
Universities can get free access to GDI and the commercial plugins to OpendTect: dip-steering, neural networks (by dGB) and workstation access (by ARKCLS) by simply signing an R&D agreement. More...
Sponsoring Opportunities
For several projects sponsoring of sub-projects is possible, which enables sponsors to set priorities and match available funds with user priorities. More ...
Software Training
dGB Earth Sciences provides excellent training in both OpendTect and GDI. More...
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Software 
