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The previous two blog posts looked at 'standard' frequency decomposition techniques which applied convolution of the trace with bandpass filters in a traditional manner. This post focuses on the High Definition Frequency ...
This weeks blog post continues to look at frequency decomposition techniques available in Geoteric. We previously looked at the Constant Bandwidth technique, we now look at another Standard Frequency Decomposition technique, the ...
The Standard Frequency Decomposition module uses bandpass filters to carry out decomposition with properties similar to either a Fast Fourier Transform (FFT) or to a Constant Wavelet Transform (CWT). Due to the nature of the ...
With the release of Geoteric 2016.2.1, the user can now take advantage of the new Stratigraphic Slicing workflow. This workflow allows the user to rapidly create a series of stratigraphically conformant slices which can then be ...
New! Link to PaleoScan- allowing closer and faster integration between the 2 applications. The link allows for:
This blog post shows how to calculate a pseudo relief attribute volume using GeoTeric. The pseudo relief attribute gives a topography-like representation of the data, where the interpreter might ...
In GeoTeric 2016.2 the IFC+ now supports the ability to export data values for the selected clusters. This allows increased quantitative attribute analysis of specific areas/features of ...
GeoTeric users know that some of the attributes calculated with the software have “strange” values, which are ...
Spectral Enhancement is crucial process when analysing thin beds. The most common method to QC Spectral Enhancement is to use the slider in the Spectral Expression Tool. However, sometimes data quality can ...
