GebPy is a Python-based, open source tool for the generation of geological data of minerals, rocks and complete lithological sequences.

Related tags

Geolocationpythonchemistryphysicspython3geophysicsgeologygeosciencesstratigraphygeochemistrysubsurfacelithologyrockphysicsmineralphysicslithostratigraphy
Overview

Open-source, Python-based tool for the synthetic generation of geological data with focus on minerals, rocks and stratigraphy.

Python 3.7 License: LGPL v3

GebPy

developed by Maximilian A. Beeskow

GebPy is an open-source, Python-based tool for the synthetic generation of geological data with focus on minerals, rocks and stratigraphy. The main assumption of GepPy is that all rock properties are determined by the mineral assemblage besides structural features. GebPy can be used for educational purposes, for example by the generation of mineralogical data that could be then further investigated in specific diagrams or in well log analysis courses after creating different stratigraphic sequences.
GebPy is a one-man project and can still contain some technical bugs or some wrong assumptions, but it is driven by a huge motivation and has the goal to improve the knowledge and understanding of different geological aspects that are (actually) focused on mineralogy, rocks and stratigraphy.

๐Ÿš€ Getting started / Installation

Actually, GebPy can only be installed by cloning this repository. An alternative solution will be found in the near future.

๐Ÿ’ป Working with GebPy

After the installation of GebPy, you can find some Jupyter notebooks within the folder "notebooks" that could be helpful as an introduction for the work with GebPy. A more detailed documentation is already in progress.

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Comments
  • Issue in running code

    Issue in running code

    Dear Beeskovow thank you for sharing this amazing code..

    I have an issue when I running code: TypeError Traceback (most recent call last) in 4 dataT0 = data.calculatet0() 5 data = seismics(dataReflection) ----> 6 dataTrace = data.calculateTrace() 7 # data = seismics(dataWavelet) 8 # dataWiggle = data.seismic_wiggle()

    ~\Desktop\GebPy-master\modules\geophysics.py in calculateTrace(self) 110 # input = reflection 111 widths = np.arange(1, len(self.input)+1) --> 112 cwt, freq = pywt.cwt(self.input, widths, "mexh", method="conv") 113 data = [cwt, freq] 114 #

    TypeError: cwt() got an unexpected keyword argument 'method'

    opened by AhmedAlHeety 1
Releases(v0.1.0)

  • v0.1.0(Nov 12, 2020)

Owner
Maximilian Beeskow
Maximilian Beeskow
GitHub Repository
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