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"description": "[](https://travis-ci.org/piqueen314/ipython_IDV)\n[](https://opensource.org/licenses/MIT)\n# ipython_IDV\n### Part of the [EarthCube DRILSDOWN project](https://brianmapes.github.io/EarthCube-DRILSDOWN/)\n\nExtension for IPython Notebooks to provide line and cell magics to call out to Unidata's [Integrated Data Viewer](https://github.com/Unidata/IDV) \n\n### To set it up:\n\n1. After installing Jupyter/iPython notebook software [like this](https://jupyter-notebook-beginner-guide.readthedocs.io/en/latest/), you will also need to install the [ipywidgets package](https://ipywidgets.readthedocs.io/en/latest/user_install.html)\n\n2. Once Jupyter/iPython is ready, copy [ipython_IDV.py](https://raw.githubusercontent.com/Unidata/drilsdown/master/projects/ipython_IDV/ipython_IDV.py) to your local extensions directory, _~/.ipython/extensions_\n\n3. To run IDV commands from the Notebook, you will need to have installed [IDV version 5.4 or later](http://www.unidata.ucar.edu/software/idv/nightly/). Also, you need to set your IDV_HOME environment variable to be the IDV install directory, so that python can execute the command ${IDV_HOME}/runIDV\n\n4. You also need to configure your IDV to accept connections from the ipython notebook. To do this set the following property in your local ~/.unidata/idv/DefaultIdv/idv.properties file:\n\n\nidv.monitorport = 8765\n
\n\n\n--------\n### Now you've done the 4 steps above. \nWhen you launch _jupyter notebook_, and run an iPython notebook in your browser, do this in the notebook:\n\n\n%load_ext ipython_IDV\n
\n\nThat will give you a dashboard-style view of many of the ways the Notebook can launch and interact with The IDV, and find resources such as existing bundles, data catalogs, and more, including a link to the help section.\n\n\nIf you plan on writing Python code in this notbeook (rather then merely capturing images and notes about a case study IDV session), you should import the Idv and Ramadda classes:\n\n\nfrom drilsdown import Idv\nfrom drilsdown import Ramadda\n
\n\nWe welcome your use cases! Email mapes at miami dot edu. See examples [below](https://github.com/Unidata/ipython_IDV/blob/master/README.md#examples).\n\n---------\n#### Publishing to RAMADDA, using the IDV's capabilities\n\nIf you want to enable your IDV to publish to a RAMADDA server, get [ramaddaplugin.jar](https://github.com/Unidata/ipython_IDV/blob/master/ramaddaplugin.jar). Copy this file to your local IDV plugins directory (~/.unidata/idv/DefaultIdv/plugins). While it is not a plain text code file, it is included in this repo so all of the products that are required for running drilsdown can be found in \none place.\n\n---------\n#### Setting up your own RAMADDA to handle DRILSDOWN Case Study objects\n\nIf you operate a RAMADDA, and want it to host DRILSDOWN _Case Study_ digital objects, get [drilsdownplugin.jar](https://github.com/Unidata/ipython_IDV/blob/master/drilsdownplugin.jar), put it in your RAMADDA installation's _plugins_ area, and restart. It is produced from the code at [RAMADDA drilsdown repository](https://github.com/Unidata/drilsdown) but is included here so all of the products that are required for running drilsdown can be found in one place.\n\n\n\nExamples of Python notebooks calling DRILSDOWN and The IDV:
\nHere is an example of how to use the API to load an IDV bundle with different bounding boxes and capture images\n\n\nfrom drilsdown import Idv\nIdv.fileUrl=\"http://geodesystems.com/repository/entry/get?entryid=d83e0924-008d-4025-9517-394e9f13712f\"\nbboxes = [[50,-130,40,-100],[50,-100,40,-75],[40,-130,20,-100],[40,-100,20,-75]]\nfor i in range(len(bboxes)):\n bbox=bboxes[i];\n Idv.loadBundle(Idv.fileUrl,bbox)\n Idv.makeImage(caption=\"BBOX:\" + repr(bbox[0]) +\"/\" + repr(bbox[1]) +\" \" + repr(bbox[2]) +\"/\" + repr(bbox[3]))\n
\n\n\n\nfrom drilsdown import Idv\nIdv.fileUrl=\"http://geodesystems.com/repository/entry/get?entryid=d83e0924-008d-4025-9517-394e9f13712f\"\nbboxes = [[50,-130,40,-100],[50,-100,40,-75],[40,-130,20,-100],[40,-100,20,-75]]\nfor i in range(len(bboxes)):\n bbox=bboxes[i];\n Idv.loadBundle(Idv.fileUrl,bbox);\n label = \"BBOX:\" + repr(bbox[0]) +\"/\" + repr(bbox[1]) +\" \" + repr(bbox[2]) +\"/\" + repr(bbox[3]);\n Idv.makeMovie(caption=label,display=True, publish={'parent':'9adf32b5-aad4-4a8d-997e-216b9757d240',\"name\":\"Image #\" + repr(i)})\n\n\n\n\n\nThe makeImage can take one of 2 forms of a publish argument. The first is a boolean and will result in the IDV popping up its RAMADDA publish dialog box where the image can be published.\n\n Idv.makeImage(caption=label, publish=True);\n
\n\nIn the second form the publish argument is a map. This directs the python to do the publishing directly to RAMADDA. The map can contain a parent member which is the entry id to publish to and a name member which is the entry name. \n\n\n Idv.makeImage(caption=label, publish={'parent':'9adf32b5-aad4-4a8d-997e-216b9757d240',\"name\":\"Image #\" + repr(i)})\n\n\nTo enable direct publishing to RAMADDA you need to have your RAMADDA user name and password defined as environment variables:\n\n\nexport RAMADDA_USER=\nexport RAMADDA_PASSWORD=\n
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