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Licenses: MIT

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14 datasets found

  • Source code (Python) for ePygenetics: An extraction tool for epigenetic data

    The University of Auckland
    Source code and documentation for a project designed as part of Medsci 736, a course on digital resource skills at the University of Auckland
  • figures6and7EJP.ipynb

    The University of Auckland
    jupyter notebook to create the figures of our EJP article on earthquake location with school seismograms.
  • create earthquake catalogue with obspy

    The University of Auckland
    First of three notebooks that form an intro to seismology with python in obspy
  • Build inventory of seismic stations in a network and time window

    The University of Auckland
    A jupyter notebook that uses obspy to build an inventory of seismic stations with FDSN.
  • taup seismic wave arrival time predictions

    The University of Auckland
    jupyter notebook that reads waveforms, and event info to make P- and S-wave arrival time predictions based on a spherically symmetric earth. The code is taup, wrapped in obspy.
  • saveRTcomponents

    The University of Auckland
    A jupyter notebook to rotate the North and East components of a data stream to Radial and Transverse. Then, it writes these to file
  • retrieve waveforms with FDSN client in obspy

    The University of Auckland
    A jupyter notebook to retrieve seismic waveforms from events in a previously established catalogue, for stations in a previously established inventory
  • Chapter 2: buckingham pi notebook

    The University of Auckland
    A jupyter notebook to accompany Chapter 2 of A Guided Tour of Mathematical Methods for the Physical Sciences.
  • Chapter 5, The Gradient

    The University of Auckland
    A jupyter notebook to illustrate the mathematical concept of the Gradient of a scalar function, applied to topography data from the Auckland Volcanic Field.
  • Curl of a vector field

    The University of Auckland
    A jupyter notebook to illustrate the curl of a vector field. Examples are rigid rotation, and a curl-free model of hurricane winds or the Biot Savart Law.
  • Chapter 6: Divergence of a vector field

    The University of Auckland
    A jupyter notebook that models the fluid flow in 2D, as a model to introduce the divergence of a vector field.
  • Chapter 8: Theorem of Gauss

    The University of Auckland
    A notebook to illustrate the application of the Theorem of Gauss to gravitational acceleration.
  • Supplemental Files

    The University of Auckland
    Supplemental Files referenced in doctoral thesis by Nicholas Knowlton
  • Data used in Peralta et al. Journal of Animal Ecology 2020

    The University of Auckland
    Data used in Peralta et al. 'Strength of niche processes for species interactions is lower for generalists and exotic species' J Animal Ecology 2020
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