My blog

 Hi everyone, I know big problems by various geoenvironment of installation about Opengeostat pygslib.At this point,I prepared this blog referencing a presentation;  https://www.youtube.com/watch?v=lrfY5oO85gc Firstly,I used "anaconda prompt interface" via Miniconda package for this installation.By the way,you know a criteria condition as python version for module(Pthon 2.7 or Python 3.6).Next,I installed Python 3.6 discussing an environment as py36.So,shortly; conda create --name py36 python=3.6  And,I established base-py36 transition with conda activate py36.As other code, conda install pygslib -c opengeostat -c conda-forge As other requirements,I handled MingGW and libpython.Snapshot of conclusions;   And next, jupyterlab compiler; Access link to Mpz.stl file with assay_BABBITT.csv,collar_BABBITT.csv and survey_BABBITT.csv for program;  https://github.com/opengeostat/PyGSLIB_Tutorial/tree/master/Babbitt Reference source for program; https://opengeostat.github.io/pygslib/Tu

 

 We can produce another 3D physical model of globe with a radial analysis on considering 90 degree radius referencing a central point.Where,expressing as most important point globe's qualified seismic dbase by neartime frame for radial analysis.For this aim,I discussed shortly an explanation for xy plane by Google Earth concept; You are right,this analysis is expressing important individual experiment condition with Google Earth(Thus,we will identify successfully coherent zones to seismic events on experiments👍) Ekrem Erkuş Geophysics Engineer 12/18 Update: I know to necessity of detailing to my pre-description among realist approaches to 3D physical modelling efforts😐Thus,I discussed to nice explanations via an actual data of USGS. Firstly,technical expressions: We must reference an orthogonal system(I discussed on red routes for this application).Yes,you are right,so,we will model by data to exponential circle model via this orthogonal system(You know that I discussed some expl

  12/15 Update: Update 12/25: