DRILSDOWN
0.2.1
  • Quickstart Guide
    • Replicate the Install_and_Demo notebook from the video
  • Installation Guide
    • Requirements
    • Installation
  • Examples of DRILSDOWN projects
    • Basic Examples
      • Code route to capturing movies of multiple regions in an IDV bundle
      • Note: may take a few minutes, during which time if ties up your IDV session
      • Code route to displaying a list of RAMADDA resouces
      • See the 0:59 YouTube video intro that uses this notebook.
      • Documentation is here, from this github code repo.
      • Sections
      • Code route: You can also get a GUI display of a set of IDV bundles using this example
      • 1. Installand learn to operate the IDV: Consider my IDV intro .ppt, or Unidata’s documentation and tutorial.
      • 2. Launch the IDV on this machine (from your Control Panel, or manually).
      • 3. Display something meaningful in the IDV.
      • The cells below capture your IDV session’s images and movies
      • For exact replicability, capture a <1 MB sized IDV state bundle and embed it in this notebook
      • Reading from IDV: example is here with key lines below, commented out
      • Writing data into the IDV session: example is here
      • using our new .to_IDV() method in xarray
      • Everything in RAMADDA is an entry, with an entry type.
      • A DRILSDOWN Case Study folder contains a .ipynb notebook, a .zidv or .xidv IDV bundle, and any other files.
      • idv_teleport
      • ramadda_publish
      • Reading IDV data into this notebook as a netCDF variable
      • Extract the data from .zidv bundles into Python xarray
      • Examples: Loading data from python into IDV
      • Example 2
      • Example 3
      • Vertical integral – not working
      • You can call ipython_IDV without its widget Control Panel
      • Then, if you want the Control Panel interface later, just call it
      • See the 0:59 YouTube video intro that uses this notebook.
      • Documentation is here, from this github code repo.
      • Sections
      • Code route: You can also get a GUI display of a set of IDV bundles using this example
      • 1. Installand learn to operate the IDV: Consider my IDV intro .ppt, or Unidata’s documentation and tutorial.
      • 2. Launch the IDV on this machine (from your Control Panel, or manually).
      • 3. Display something meaningful in the IDV.
      • The cells below capture your IDV session’s images and movies
      • For exact replicability, capture a <1 MB sized IDV state bundle and embed it in this notebook
      • Reading from IDV: example is here with key lines below, commented out
      • Writing data into the IDV session: example is here
      • using our new .to_IDV() method in xarray
      • Everything in RAMADDA is an entry, with an entry type.
      • A DRILSDOWN Case Study folder contains a .ipynb notebook, a .zidv or .xidv IDV bundle, and any other files.
      • idv_teleport
      • ramadda_publish
      • Python to IDV
      • IDV to Python
      • Demonstrate xarray.from_zidv() method
    • Atmospheric (observed): What do clouds look like where they are acting to increase the water vapor?
      • Steps in the analysis
      • make custom function for drawing coastlines
      • Create some tools to attach to the plots: hover tool for values
      • Create some tools to attach to the plots: tap tool calls the NASA URL!
      • Something about stacking so that big values can be prioritized
    • Atmospheric (observed): How do watervapor “islands” last long over the dry western-equatorial Indian Ocean?
      • Generate IDV_teleport script.
    • Atmospheric (complex, simulated): What is going on in areas where small scales are adding energy to the large-scale flow?
      • Sections
      • Sections
      • Open your 3D data set for a case, as an xarray dataset object
      • Subset data in time and space if desired before lazy read
      • Merge total fields (U,V,W) with total flux (UW, VW, UV) as a Geoview (Holoview) Image object.
      • Geoviews multiple-displays creation. So simple!
      • G5NR_utils.py has computations with 7km gridded u,v,w inputs
      • Make a Geoviews Dataset, and 6 Images, for subgrid (prime) terms
      • Geoviews display for the subgrid scale filtered (“eddy”) products:
      • Sections
      • Open your 3D data set for a case, as an xarray dataset object
      • Geoviews display for the subgrid scale filtered (“eddy”) products:
      • Part of this nbviewer repo
    • Atmospheric: Weather events case studies.
      • Global: GFS analyses at 1 degree (500mb Z and vorticity)
      • Regional: GEOS-5 analyses at 1/4 degree and surface stations
      • Sections within this notebook
      • Loop without annotation
      • Notebook from the Earthcube-supported DRILSDOWN project
      • Notebook from the Earthcube-supported DRILSDOWN project
      • Sections within this notebook
      • The 500 mb heights
      • Tell the story
      • Meaning:
    • Oceanic: What’s going on when the Loop Current in the Gulf of Mexico splits off an eddy?
      • Ocean reanalyses in 2010 (Deepwater Horizon year)
      • Eddy shedding events
  • DRILSDOWN Command Line Tools
    • IDV_teleport
      • Installation
      • Getting Started
      • Demos
    • RAMADDA Publish
      • Installation:
  • Infrastructure Guide
    • Versioning
    • Releasing
    • Documentation
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