There are many other archives that serve data of relevance to HP, both from other agencies and from other nations. What other archives serve data of relevance to HP? The archives are also responsible for a number of tools including SolarSoft, CDAWeb, and SSCWeb, as well as the maintenance and upgrading of the CDF data format standard. Working with the archives improves the data quality, accessibility, and documentation. NASA HP now expects that missions will deliver data in standard formats (CDF, FITS, NetCDF) to the the Space Physics Data Facility (SPDF space physics and ITM data) or the Solar Data Analysis Center (SDAC solar data) as the data are produced. NASA has a responsibility to keep data easily available long-term, and for this it cannot depend on mission archives after missions end.
#JHELIOVIEWER JAVA ARCHIVE#
Where does HP archive NASA (and other) data, and what else do the archives do? Many datasets can be accessed and plotted directly from the HDP, but in all cases the HDP provides the most direct access routes to the data. It is made possible by the use of uniform metadata provided by the uniform "SPASE" terminology. The Heliophysics Data Portal (HDP) provides access to a registry of HP data products that can be searched by time, measurement type, observed region, time resolution, spacecraft or observatory name, any text, and other means, in any order. Data Discovery: Finding the Data You Need How can I search for (and browse and access) HP datasets? Here's a 3 minute intro to the the HDRL (HPDE). Consistent with this approach, data providers and data users share responsibility for the quality and proper use of the data for The HDRL is built from data systems driven by community needs and guidance and founded on community-based standards. The discussion and links below provide a much more extensive view of what the HDRL encompasses. The latter defines the HDRL as "the public face to access data and related documentation, tools, and services of NASA’s HSO and research efforts," and notes that its archives are the final location for all NASA HP scientific data and documentation. The HDRL is expanding the HPDE to incude new services for solving larger ("big data") problems and for supporting open science research with software, research data, and data from a wide variety of platforms, large and small.Ī quick summary of the HDRL can be found on NASA's main Heliophycs Data page, which has links to important documents such as a Project Data Management Plan Template and the NASA Heliophysics Division Science Data Management Policy. The HDRL maintains openly accessible data that are independently scientifically usable. The Heliophysics Digital Resource Library (HDRL - formerly The Heliophysics Data Environment or HPDE) is the collective set of data, documentation, and tools resulting from and using the HSO.
Tools from a distributed set of active archives.
Termed the "Heliophysics System Observatory" (HSO).
#JHELIOVIEWER JAVA FREE#
Both of the projects are free to use and completely open-source, and anyone is welcome to contribute to their development.Dynamical interactions of the Sun, the heliosphere, and the plasmaĮnvironments of the planets based on data from a fleet of spacecraft JHelioviewer, 's Java-based counterpart, shares many of the same features as, but also offers some new ones when it comes to extensibility, including a custom plugin architecture that supports custom image filters, overlay layers, GUI components, and more. This will make it very easy to overlay your data with that provided by the Helioviewer Project.
#JHELIOVIEWER JAVA SOFTWARE#
We are developing our software so that you will be able to embed instances of in your own web pages, in much the same way that it is now possible to embed Google Maps (tm) into any webpage. In addition to being able to launch with a specified state (by giving it a time and a set of instruments, wavelengths, etc), it is also possible to generate composite images and movies, and to search for catalog data from the Heliophysics Event Knowledgebase (HEK). The result of this effort is a rich Application Programming Interface (API) from which third-party applications can interact with. has been written from the ground up with extensibility in mind. is a JPEG 2000-driven web application for searching and displaying heterogeneous solar data sets, including both image and catalog information.
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