Note.Sensed a decresing different than ordinary developments based on seismic activity of globe(Where,you must consider working conditions based on Sunday)

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Interesting information intermsof Eartquake Statisticians

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Important year based on some earthquake events between 2010 and 2011; Feb27,2010>Chile Earthquake_M8.8-06:34 UTC Sep3,2010>New Zealand Earthquake_M7.2-16:35 UTC March11,2011>Japan Earthquake_M9.0-05:46 UTC Sep15,2011>Fiji Earthquake_M7.3-19:30 UTC As maybe more interesting,amazing correlation as time of events that 4522 hours and one minute between Chile and New Zealand Earthquakes 4525 hours and 11 minutes between New Zealand and Japan Earthquakes 4525 hours and 44 minutes between Japan and Fiji Earthquakes Yes,we are witnessing a "perfect equidistance"  as 188 days ~!
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Obspy-about Developments

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Orfeus as European Infrastructure for Seismic Waveform in European Observating System on AlpArray Initiative is knowing on Seismologic Infrastructure Studies  into European Hinterland. New vision that shortly,expressing as "Synergy" With this aim,widening of organisational structure is basepoint.For this,emphasizing to powerfulness of a "mass approach" on observing of European Hinterland on opensource programming language As a conclusion of efforts in this field,a "Data Network Structure System" on Obspy&Python Programming Capabilities have developed. Shortly,reading on internet network of basedata &carrying-out by user of some data process steps.And next,presenting on some types of some conclusions... So,summarying as "Platform Structure" On earthquake researches,providing to international a "synergy" on ground researches besides earthquake via user networks at hinterland countries for establishing as powerful of inf...
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PetroPY(Petrophysics with Python)_ wolfcamp example on single las file

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This example shows the full petrophysical workflow avaiable in PetroPy for a single wolfcamp las file courtesy of University Lands Texas. The workflow progresses in these 11 steps 1. Read las file and create a :class:`petropy.Log` object 2. Load tops from a csv file using :meth:`petropy.Log.tops_from_csv` 3. Create a :class:`petropy.LogViewer` show in edit_mode to fix data 4. Define formations for calculations. 5. Calculate fluid properties by     1. Loading parameters via :meth:`petropy.Log.fluid_properties_parameters_from_csv`     2. Calculating over formations via :meth:`petropy.Log.formation_fluid_properties` 6. Calculate mulitmineral properties by     1. Loading parameters via :meth:`petropy.Log.multimineral_parameters_from_csv`     2. Calculating over formations via :meth:`petropy.Log.formation_multimineral_model` 7. Curve summations via :meth:`petropy.Log.summations` 8. Adding pay flags v...
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