Method for carrying out horizon interpolation on three-dimensional seismic interpretation under condition of reverse-fault containing complex geological structure
A 3D seismic and complex geology technology, applied in seismic signal processing, seismic signal receivers, etc., can solve problems such as horizon interpolation in 3D seismic interpretation
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[0016] The present invention is described below with reference to exemplary embodiments of the invention and the accompanying drawings.
[0017] Before introducing the horizon interpolation method for 3D seismic interpretation of complex geological structures with reverse faults proposed by the present invention, first introduce the physical meanings of several data in this method:
[0018] Point: Each data point in the interpreted data describes the time or depth of a horizon or fault along the trace. Since the seismic data is also recorded in the way of sampling at equal intervals in practice or depth, the position of the data interpretation point on the track can be simply described by the sampling point position of the seismic data.
[0019] Segment: Explain that the concept of a data segment refers to consecutive data points that do not overlap on a trace. The introduction of segments is mainly due to two factors. The first is that segments can accurately describe the ho...
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