Tools - PSA
This is a list of useful software tools and utilities to assist PSA data users and data producers in finding, using and producing PSA data. This page contains internal and external tools. We rely on you to help keep this list complete and up-to-date. The PDS also provides a Tool Registry.
Please contact us if you find any problem of if you know of any additional tool.
For Data Users
For Data Producers
Interface to the online PSA database that allows search and retrieval of scientific and ancillary data for all ESA planetary missions. Users can specify complex queries to select the data of their interest.
Free downloadable application that allows users to display PDS data products. PDS3-only.
An application (under development!) to load and view both PDS3 and PDS4 products.
Set of IDL routines that allow for reading of most common PDS data product types. Versions for both PDS3 and PDS4.
A standalone viewer for loading and viewing PDS4 data, including images, cubes, tables etc.
A Python package for reading and viewing PDS4 data.
Java Library providing APIs for parsing and exporting information on PDS4 products, including table and image objects to various formats including CSV, PNG, VICAR, FITs, etc.
Transforms PDS3 and PDS4 product labels and data into various formats.
List of software packages to display or manipulate FITS data files.
Specialized image processing software package that includes many standard operations such as contrast stretch, image algebra, filters and statistical analysis.
General purpose image processing system.
Popular open source alternative to Photoshop and Corel Draw. A plugin is available to load PDS images.
Translator library for raster geospatial data formats. It also comes with a variety of useful command line utilities for data translation and processing. Supports PDS3 and PDS4.
Online tool for searching the PDS dictionary and finding details of keywords and values in PDS labels.
C library to assist data producers in the generation of PSA geometry indices.
Java tool that verifies PDS compliance of the dataset folder and file structure. This tool is used by the instrument teams to validate their data before delivery to PSA.
IDL tool that allows for quantitative validation of PDS-compliant datasets against user-defined criteria. This tool is used by the PSA team as part of the standard validation procedure before ingestion.
Online tool for validation of a PDS volume against the PDS3 standards.
Standalone tool developed specifically to support Rosetta. DVal encompasses PVV and a number of additional validations to check the correctness of metadata and compliance to PSA and PDS requirements.
Java-based validation tool for PDS4 products and bundles.
Instrument-specific software is not included in this list, but can be found in the Mission or Instrument pages. Software tools, libraries, or utility programs to access or process data products, if provided by the instrument team, are available in the SOFTWARE, DOCUMENT or EXTRAS directory of the corresponding dataset, along with instructions.
Ancillary Software Tools (SPICE)
A software library and other useful utilities to read SPICE kernels and to compute derived observation geometry, such as altitude, latitude/longitude, and lighting angles, can be found in the NAIF SPICE Toolkit page. This software is offered in FORTRAN, C, IDL and MATLAB.