• Dragging a variable from the Variables view and dropping it into a Jython editor will write its name in the drop location.

• Console capabilities have been improved: to show the list of available key bindings, press Ctrl-Shift-H with the Console as the current view.

• The PAL Browser perspective has now completely replaced the Data Access view.

• Reorganised aberration correction methods in the Aberration class of the ia.obs.auxiliary.pointing package.

• In the Image Viewer section of the HIPE Preferences window you can now set the default algorithm and intensity of the colour table, as already possible by right-clicking on an image and selecting Edit colours.

• A lot of Tasks were incorrectly available twice. The tasknames ending in -Task are not longer available. For example: cropTask is not longer available, crop should be used instead.

• The result table of the PAL browser is now customisable.

• New auxiliary axis class ReciprocalAuxAxis, providing reciprocal tick allocation.

• An Appearance menu item is introduced in Layer Props which allows to change layer's name in single layer mode and change both layer's name and color in all layer mode.

• Radial velocity's LSR definition is now consistent with MPS definition.
• Radial Velocity can now also use data from downlink.
• Updated documentation.

• SSO correction now maintains the overall shape of a raster observation.
• SSO can now also use data from downlink.
• Updated documentation.

• Every source in the input source list will now be included in the output source list, including sources that lie outside of the image.
• Extraction now fails if the image has non-square pixels.

• Display can use Regions of interest.
  • added method getROI([row1, column1, row2, column2, ...]) to Display which returns a Selection.
  • added getFlagFromROI([row1, column1, row2, column2, ...]) to Display which returns a flag where all pixels are masked out, expect the pixels in the Selection.
  • added getFlagFromROI(selection) to Display which returns a flag where all pixels are masked out, expect the pixels in the Selection.
  • Example: roi = d.getROI([276, 269, 387, 312, 326, 436, 186, 428, 189, 318])
• A preview is given when a fits file with a SimpleImage is selected in the Navigator.

• A lot of Tasks where incorrectly available twice. The tasks which end on Task are not longer available. For example: cropTask is not longer available, crop should be used instead.

• • Main interface
    • You can define a "reference spaxel" for the real time spectrum viewer.
    • WCS viewer section corrected for the WCS with imageindex section.

• • • You can extract many single spaxel spectra and save them to HIPE or to separates FITS files.
    • You can clear selections.
  • Region spectrum extraction
    • Added polygon and ellipse selection modes, with the ability to move and resize
    • You can see the spaxel effectively selected.

• • • With this tool you can compare directly the spectra of two different cubes.

• • • Added scroll bar in the panel for SpectralCubes.
    • In the single spaxel selection mode the color of the rectangle correspond the color of the spectrum in the plotter

• • • Added Sum and Median in addition to Average in the graphical interface.
  • Line intensity map
    • Added the Voigt profile, in automatic mode.

• Support for the new HSA data format (XML files at top level).

• Improved the GUI editor for local stores.
• Added task localStoreCopier to create a compressed copy of a Local Store.

• You can rename local stores newly created with HCSS 4.0 by renaming their pool directory. For older local stores you need to run PoolSchemaEvoler.evolve() to update them to the new format before using this feature.
• It is now possible to turn off the backup when re-indexing. Use the property hcss.ia.pal.pool.lstore.index.backup to control this feature.

• Caches now have a default size limit of 10 GB. Instead of continuing to grow, if more than 10 GB of data is retrieved into a cache, products that have been least recently used will be deleted. If this happens and the product is accessed again, it will be retrieved from the remote pool again. The 10 GB size limit is approximate and applies to the downloaded products only. Metadata and other small items are cached as well, but these are not taken into account for this limit.
• Several issues on Windows have been fixed, mostly related to removing items from the cache.

• Support for importing observations using XML files located under .exported directory and root directory.

• All tasks can now be started and cleared with the HIPE toolbar buttons.
• Improved default layout of task GUIs and behaviour of parameter editors.
• Background tasks appear in the active list of tasks and send messages to the console when starting and finishing.
• Added the untar task for unpacking TAR files.

• New option in the File menu to get all the observations for an operational day. Optionally you can filter these observations by instrument.
• New option in the Tools menu to create the summary for a set of observations in one single step.

• New observations will contain only the pointing samples covered by the observation time range. This means that, for each observation, a new PointingProduct will be created containing only a copy of the datasets identified with the same obsid.
• Attached the Horizons, Orbit Events and Satellite Housekeeping new products to the auxiliary context.
• Quality tickets include the instrument mode for every observation.

• SimpleFitsWriter no longer stores the path of the FITS file when zipping.
• Improved product recognition in FitsReader.
• Improved GUI of fitsReader and simpleAsciiTableReader: they now automatically fill the output variable name based on the input file name.
• getObservation has a new optional instrument argument which you can use in parallel mode to specify the instrument for which to retrieve the data.
• Extended exportPalToUfDir task to allow compression and renaming/moving.
• Import View improvements: redesigned user interface, supports importing zipped pools and tarred (and gzipped) HSA data, importing observations to new pools, and importing each observation to a new pool.
• Export View improvements: redesigned user interface, supports exporting zipped pools. It will support, in the future, tarred (and gzipped) HSA data (now it just supports loose files).

• Removed the option to cancel an installation once the download phase starts (when the installer connects to the repository to download the missing components).

• • The What's New document is now web-based.

• • Using the build installer for all instruments will mean that the HIFI properties are correct and the HIFI pipeline will run out-of-the-box.
  • No need to set the HCSS_PROPS environment variable or use the hifi-new.props or hifi-installer-new.props files.
  • Properties files replaced by hifi.dp.properties, which is automatically picked up by the system.

Spectroscopy

• specCorrectHerschelVelocity can now optionally just compute the S/C velocity without applying it to the wavelengths.
• specAddNodCubes has been improved and now works on contexts with multiple raster positions as well.
  Also, you no longer have to split the data to raster position before running this task.

• Proper treatment of time dependent SIAM calibration product.
  

• getCalTree now accepts a FineTime in addition to a String time representation.

• Blue and green separated in ArrayInstrument calfile and in the code using it.

Spectroscopy

• • A more memory efficient deglitching is available.
    

• • Flux correction for scale < 1. A factor of 1/(1/scale)^2 is missing in previous releases when scale < 1.
  • Huge improvement on memory usage.
  • Use Mattools to calculate WCS, which got rid of usage of Basic.MEDIAN that causes JVM crashes for large datasets.
  • The Madmap output now contains coverage map instead of exposure map.

Spectroscopy

• • (De)activate masks.
  • (De)select complete spaxels in a Frames object (all 16 pixels).
  • (De)select blocks from the blocktable.

• PACS Products now contain all available meta data.

Spectroscopy

• Reordered the PacsCube data in the wavelength domain and added PacsStatus dataset

• Updated the PACS Data Reduction Guide, mainly in the spectroscopy chapter. The new version has updated explanations of the spectroscopy pipeline and of the so-called slicing pipeline.

• Level-1 Spectral Products are now all calibrated using the extended-source flux conversion.

• Level-1 and Level-2 spectra data by default now only contain spectral information within a range defined by the Spectrometer Band Edge calibration product (see SPIRE Observer's Manual for spectral ranges).
  NB To access out-of-band spectral samples, you must use the pipeline in an interactive manner.
• Pixel Sizes have been updated for mapping observations based on in-flight calibration data:

Configuration

• Property Configuration
  • Using the build installer for all instruments will mean that the hifi properties are correct and the HIFI pipeline will run out-of-the-box.
  • No need to set the HCSS_PROPS environment variable or use the hifi-new.props or hifi-installer-new.props files.
  • Properties files replaced by hifi.dp.properties file and it is automatically picked-up by the system.

• Export View improvements: redesigned UI, supports exporting zipped pools. It will support, in the future, tared (and gzipped) HSA data (now it just supports loose files).

• New calibration product introduced to convert from Level-1 extended-source calibration to Level-2 point source calibration for Point-source sparse sampling observations.

• Some uplink parameters now copied into the metadata of the ObservationContext.

• Metadata propagated into various level contexts.

• Added new deglitcher task to remove concurrent glitches (concurrentGlitchDeglitcher). Not yet included in the standard pipeline but available to users.
• Added new task to detect jumps in bolometer timelines (signalJumpDetector). Not yet included in the standard pipeline but available to users.

Creation

• Cubes created using NearestNeighbourProjectionTask now contain unit and metadata information.
• NearestNeighbourProjectionTask is now capable of regridding a list of spectral cubes.
• NearestNeighbourProjectionTask is now capable of creating a default target grid (world coordinate system) from a list of target grids.

• Raster Level-2 spectral maps are now produced for SOF1 Raster observations.

Spectral Maps (Raster/Jiggle observations)

• Cubes created using NearestNeighbourProjectionTask now contain unit and metadata information.
• NearestNeighbourProjectionTask is now capable of regridding a list of spectral cubes.
• NearestNeighbourProjectionTask is now capable of creating a default target grid (world coordinate system) from a list of target grids.

• Photometer Flux calibration
  Calibration products involved in the photometry adjustment are stable.
  Responsivity determination comes from astronomical sources and gives with the flat an acceptable flux.
  Estimated accuracy on point sources ± 5%, estimated accuracy on extended sources ± 10%
  

• specAddNod is not part of the level 1 chopNod pipeline anymore.
  Instead, the level1 product is sliced according to nod positions (SlicingRule "NoddingPosition") and the nod slices are then recombined in specProject
  PacsSpr:2527 speccAddNod should work on Cube
• specCorrectHerschelVelocity can now optionally just compute the S/C velocity without applying it to the wavelengths ( PacsSpr:2510 )
• specAddNodCubes has been improved and now works on contexts with multiple raster positions as well (PacsSpr:2718)
  Also, one no longer has to split the data to raster position before running this task.

• Proper treatment of time dependent SIAM calibration product ( PacsSpr:2646 )
  Now we have a first time dependency with the SIAM.
  It is important to pass the observation context to getCalTree:
  

       calTree = getCalTree(obs=obs)
       or
       calTree = getCalTree(time="20-Apr-2010 12:00:00")
       

  See also : PacsSpr:2667 getCalTree should accept FineTime next to a String time representation
  
  If this is not done, the latest siam will be applied, which will give a 5" offset for observations before OD320
  

• Two new bad pixels identified for the red photometer
  Analysis based on the pixel noise then individual/neighbor pixel behavior comparison
  Pixels flagged [4,5] and [3,6]
  PacsSpr:1588 Red bad pixel calfile misses some key bad pixels

• Separate blue and green in ArrayInstrument calfile and the code using it ( PacsSpr:2617 )

• Ipipe scripts are now part of the HIPE top Menu (pipeline -> PACS)
  PacsSpr:2558 Add pipeline scripts under Pipeline > PACS

• New Task: MapIndex2signalCubeTask allows to recreate a signal cube from a MapIndex.
  PacsSpr:2466 Reading a map back into the signal should be possible
• PhotProjectPointSource has been extended to accept the same options as PhotProject
  PacsSpr:2524 photProjectPointSource() should provide the same options like photProject()
• Photometer 2nd level deglitching more memory efficient
  
  • PacsSpr:2448: a more memory efficient deglitching is available.
    The map can be devided into a chess-board like pattern and deglitiching may be done tile by tile.
    This way, less memory is necessary, because the MapIndex will be calculated only for the
    currently processed tile. Quicker processing becomes possible by using the FullMapindex
    instead of the SlimMapindex.
• Madmap improvements
  
  • PacsSpr:2579 Flux correction for scale < 1. A factor of 1/(1/scale)^2 is missing in previous releases when scale < 1.
  • PacsSpr:2591 Huge improvement on memory usage.
  • PacsSpr:2629 Use Mattools to calculate wcs, which got rid of usage of Basic.MEDIAN that causes JVM crashes for large datasets.
  • PacsSpr:2642 The Madmap output now contains coverage map instead of exposure map.

• The Spectrum Explorer now also works with the PACS Frames and PacsCube products.
  You can open the Spectrum Explorer in HIPE by right clicking on a variable of such a product
  and selecting the "Spectrum Explorer". We have extended this tool with additional panels to
  • (De)activate masks
  • (De)select complete spaxels in a Frames object (all 16 pixels)
  • (De)select blocks from the blocktable Most standard functionalities are available, but selecting data points and creating a user mask
    does not yet work properly.

• PACS Products now contain all available meta data
  • PacsSpr:2517 pacsPropagateMetaKeywords() should propagate ALL metadata
  • Spectrometer pipeline scripts now contain addSliceMetaData step which adds the meta keywords aotMode, lineDescription and rasterId to the slices and adds 3 columns to the MasterBlockTable: MinWave, MaxWave and LineDescription
    • PacsSpr:2328 Meta data in the Level 1/2 listcontext products
    • PacsSpr:2557 The Master Block Table should contain a column with the description of the spectral lines

• Reorder the PacsCube data in the wavelength domain and added PacsStatus dataset)
  • PacsSpr:2433 Reorder the PacsCube data in the wavelength domain
  • PacsSpr:2434 Create PacsStatus table in PacsCube

Data Products

• SpirePreprocessedCube now contains raster/jiggle position data.
• Level-1 Spectral Products are now all calibration using the extended-source flux conversion.
• New Level-2 Product introduced for Point-source sparse sampling observations. This Level-2 data product contains the point-source calibrated detectors for the two target (typically the two central) detectors of each Spectrometer array.

• New calibration product introduced to convert from Level-1 extended-source calibration to LEvel-2 point source calibration for Point-source sparse sampling observations.
• Reference interferograms and Flux Calibration products have been updated to allow for the creation of proper Level-2 Spectral Maps.
• Reference interferograms now created such that the interferogram baseline has been removed.

All Pipelines

• Order of pipeline processing has changed to improve SLW signal to noise ratio. Telescope/SCAL correction now follows 2^nd-Level deglitching.
• Level-1 and Level-2 spectra data by default now only contain spectral information within a range defined by the Spectrometer Band Edge calibration product (see SPIRE Observer's Manual for spectral ranges). NB To access out-of-band spectral samples, one must use the pipeline in an interactive manner.
• Pixel Sizes have been updated for mapping observations based in in-flight calibration data:

Sparse Sampling (SOF1) Pipeline.

• Single-pointing Level-2 now contains a point-source calibrated spectra for the two target (typically the two central) detectors of each Spectrometer array.
• Raster Level-2 spectral maps are now produced for SOF! Raster observations.

Spectral Maps (Raseter/Jiggle observations)

• Variables can be created directly from nodes in the Product Viewer's tree, with the option Create Variable of its popup menu.

• Tooltip in the spinning throbber (at bottom right corner) informs about all running jobs.

• New observations will contain only the pointing samples covered by the observation time range. This menas that, for each observation, a new PointingProduct will be created containing only a copy of the datasets identified with the same obsid.

• The Versant setup screen in the advanced installation mode has been added to the Mac OS X platform.

• • Expanded section on Cached Pool.

• SpirePreprocessCubeTask has added three filtering parameters for specifying which spectra are passed to output: UNVIGNETTED, detectors, and arrayType. These parameters may be used to help with construction of spectral cubes from customized lists of detectors.
• SpirePreprocessedCube now contains raster/jiggle position data.

Navigator view

Editors & Viewers

• Text and Jython editors will save backup files so that, if HIPE exits abnormally, you can recover (at least part of) your unsaved changes.
• Dragging a variable from the Variables view and dropping it into a Jython editor will write its name in the drop location.

Console & History

Startup & Shutdown

Error handling

• If HIPE crashes, it will inform about a file dump at next start, if possible. If you raise a ticket, please attach this dump for helping developers to debug the error.

Perspectives

Miscellanea

• Extended exportPalToUfDir task to allow compression and renaming/moving
• Import View improvements: redesigned UI, supports importing zipped pools and tared (and gzipped) HSA data, importing observations to new pools, and importing each observation to a new pool.
• Export View improvements: redesigned UI, supports exporting zipped pools and tared (and gzipped) HSA data.

Local Store

• Local store that new created from HCSS 4.0 can be simple renamed by renaming the pool directory. Old lstores still need to run PoolSchemaEvoler.evolve() to update to new format to use this feature.
• Allow turning off of backup when re-indexing. Use property hcss.ia.pal.pool.lstore.index.backup to control this.

Pointing

• SSO correction now maintains the overall shape of a raster observation
• SSO can now also use data from downlink
• Updated documentation

• Support for the new HSA data format (xml files at top level)

• Improved the GUI editor for local stores
• Added a task that makes a compressed copy of a Local Store (localStoreCopier)
• Extended exportPalToUfDir task to allow compression and renaming/moving

• All tasks can now be started and cleared with the HIPE toolbar buttons
• Improved default layout of task GUIs and behaviour of parameter editors
• Background tasks appear in the active list of tasks, write to the console when starting and finishing
• Added a task that untars a tar file (untar)

• SimpleFitsWriter when zipping, no longer stores the path of the fits
• Improved product recognition in FitsReader
• Improved GUI of fitsReader and simpleAsciiTableReader: they now autofill the output variable name based on the input file name
• getObservation has a new optional 'instrument' argument which can be used in parallel mode to specify the instrument for which you would like to retrieve the observation data

• Radial velocity's LSR definition is now consistent with MPS definition
• Radial Velocity can now also use data from downlink
• Updated documentation

• What's New
  • The What's New document is now web based.
• Quick Start Guide
  • Updated most screenshots.
• Scripting and Data Mining
  • Expanded section od Cached Pool.
  • Added more links to numeric functions in the URM.
  • Removed section on JIDE view in HIPE.
• Data Analysis Guide
  • Fully updated data input/output chapter.
  • Fully updated plot chapter.
  • Updated section on Spectrum Explorer.
  • Added links to spectrum arithmetics tasks in URM.
• HIPE Owner's Guide
  • Fully updated text and screenshots of views and perspectives.
  • Updated location of dump files.
  • Expanded section on the HIPE Help System.
  • Added table on mouse events in HIPE.
  • Added section on HIPE toolbar and status bar.

• During track 4.0 two versions of the PACS Data Reduction Guide were provided. The difference is mainly in the spectroscopy chapter. The earlier PDRG is from March 2010 and explains the spectroscopy pipeline used during most of the 3.0 track. The later PDRG, from May 2010, explains the so-called slicing pipeline, which has been available from part of the way through the 3.0 track.

New functions

• NAN_FILTER: Returns the NaN elements of an array (in a one dimensional array) leaving the original array untouched. If no NaN element is found, the original array is returned.
• IS_ANY_NAN: Checks if the given array contains a NaN value.

Median function (MEDIAN)

TableDataset

HsaPool

• Changes related to PAL interfaces modifications (added new methods, removed deprecated methods).
• Query performance improvements: Changed subclasses retrieval mechanism.
• Support for importing observations using xml's files located under .exported directory and root directory.

• • Selecting a FITS image in the Navigator view shows a preview of it in the Outline view. Previews are cached so re-visiting them is faster.

• Editors & Viewers

• Console & History
  • Console capabilities have been improved: to show the list of available actions, press Ctrl-Shift-H with the Console as the current view.
  • The History now ignores empty lines. This means that, if you go back to previous commands in the Console with the up arrow, empty lines are skipped automatically, making the command navigation easier.

• Startup & Shutdown

• • HIPE has been made more robust against Out of Memory errors: instead of hanging, it offers the possibility of exiting in an ordered manner (for example, by saving unsaved editors), or try to continue working to manually free resources.

• • This version contains some bugfixes with respect to the previous user release.

• Navigator view
  • The Navigator view allows adding customized user areas.
  • The Navigator view is able to remove an entire directory along with its contents. As usually done with removals, this operation requires user confirmation.
  • Selecting a FITS file in the Navigator view shows a preview of it in the Outline view. Previews are cached so re-visiting them is faster.

• Editors and viewers
  • Variables can be created from nodes in the Product Viewer's tree, with the option Create Variable of its popup menu.
  • If a Product Viewer or Dataset Viewer shows data that is changed with a Jython command, it informs that the contents are outdated, and offers the possibility of a refresh.
  • Data tables can be sorted by clicking on the corresponding column header. Successive clicks will either add more columns to the sorting, revert the order (if re-click in the same column), or remove it by returning to the original state.

• Startup and shutdown
  • When variables have been saved in a previous session, HIPE asks whether to load them. This dialog can be optionally omitted.
  • If there are running jobs when closing the application, HIPE asks for confirmation before exiting.
  • HIPE checks whether there is a new user release at startup; if so, it informs the user with a link to the web page from where to download it.

• Error handling
  • If HIPE crashes, it may inform about a file dump at next start. If you raise a ticket, please attach this dump for helping developers to debug the error.
  • HIPE has been made more robust against Out of Memory errors: instead of hanging, it offers the possibility of exiting in an ordered manner, or try to continue working to manually free resources.

• Perspectives
  • Perspectives have been simplified: now there is a unique Work Bench, while the proof-of-concept Classic (JIDE) perspective has been suppressed.
  • Reset perspective option has been added at the right side of the perspectives toolbar, so it is now more visible and accessible.

• Miscellanea
  • When opening a file, the window's title shows the complete path.
  • Dump, history and log files are cleaned automatically from the file system when there are too many, so their number doesn't grow indefinitely.
  • Tooltip in the spinnig throbber (at bottom right corner) informs about all running jobs.
  • Tips of the Day have been added and improved.

• The Versant setup screen in the advanced installation mode has been added for Mackintosh platforms.
• The option to cancel an installation once the download phase (when the installer connects to the repository to download the missing components) has begun, has been removed.

• Cube Spectrum Analysis Toolbox (CSAT)
  • Main Gui
    • allow to define a "reference spaxel" for the real time spectrum viewer
    • WCS viewer section corrected for the WCS with imageindex section
  • Single spectrum extraction
    • allow to extract many single spaxel spectrum and save them to hipe or in separates fits files
    • allow to clean the selection
  • Region specrum extraction
    • added SUM and MEDIAN in addition to Average in the Gui
    • added polygon and ellipse selection mode , each can be moved and resized
    • allow to see the spaxel effectively selected
  • Comparison cube
    • the tool allow the user to compare directly spectrum of 2 different cubes
  • Line intensity map:
    • added the voigt profil , in an automatic mode.
  • Spectrum Explorer
    • added scroll bar in the panel for SpectralCubes
    • in the single spaxel selection mode the color of the rectangle correspond the color of the spectrum in the plotter

• • Region specrum extraction
    • added SUM and MEDIAN in addition to Average in the Gui
  • Line intensity map: * added the voigt profil , in an automatic mode.

PlotXY

• New auxiliary axis class ReciprocalAuxAxis, which provide reciprocal tick allocation.

• Every source in the input source list will now be included in the output source list, including sources that lie outside of the image
• Extraction now fails if the image has non-square pixels

Cached Pool

Caches now have a default size limit of 10 GB. Instead of continuing to grow, if more than 10 GB of data is retrieved into a cache, products that have been least recently used will be deleted. If this happens and the product is accessed again, it will be retrieved from the remote pool again. Note: The 10 GB size limit is approximate and applies to the downloaded products only. Metadata and other small items are cached as well, but these are not taken into account for this limit.

Several issues on Windows have been fixed, mostly related to removing items from the cache.

View: Save Products to Pool

The HIPE View "Save Products to Pool" serves to save products that are loaded into a HIPE session into a PAL product pool. New product pools (local stores) can now be created directly from this view.

HSA Access: HIPE Login

The HIPE Log-in panel on the HSA View now encrypts the username and password, before sending them over the network (using HTTPS).

• Display now has the SLS and the HSV color tables as known from ds9. It is also possible to change the color table according to the square and a power algorithm (Linear Scaling, Sqrt, Log and Histogram equalisation were already available)
• Display can use Regions of interest
  • added method getROI([row1, column1, row2, column2, ...]) to Display which returns a Selection
  • added getFlagFromROI([row1, column1, row2, column2, ...]) to Display which returns a flag where all pixels are masked out, expect the pixels in the Selection
  • added getFlagFromROI(selection) to Display which returns a flag where all pixels are masked out, expect the pixels in the Selection
  • Example : roi = d.getROI([276, 269, 387, 312, 326, 436, 186, 428, 189, 318])
• A preview is given when a fits file with a SimpleImage is selected in the Navigator.

Analysis

• A lot of Tasks where incorrectly available twice. The tasks which end on Task are not longer available. For example : cropTask is not longer available, crop should be used instead.

• Include a new option in the menu "File" to get all the observations for an operational day.Optionally, the user can also filter these observations by instrument.
• New option in the menu "Tools" allowing the user to create the summary for a set of observations in one single step
• Date added to the time column into the logs table.

• New observations will contain only the pointing samples covered by the observation time range. This menas that, for each observation, a new PointingProdcut will be created containing only a copy of the datasets identified with the same obsid.
• Attach the Horizons, Orbit Events and Satellite Housekeeping new products to the auxiliary context
• Quality tickets include the instrument mode for every observation

<-- 

 Set ALLOWTOPICCHANGE = RegisteredUsersGroup, TWikiAdminGroup
 
-->

What's New in HIPE 4.0

Core system

HIPE

Plotting

TablePlotter

OverPlotter

Dataset viewer

Astronomical utilities

Numeric routines

Data fitting

Data interpolation

Trend analysis

Mapping

Source extraction

Images

Display

Analysis

Spectra

Display

Analysis

Data cubes

Display

Analysis

Herschel Science Archive

Calibration sources

Products and datasets

Observation context

Product Access Layer

Tasks

Quality control

Systematic product generation

Data input-output

Virtual Observatory

Installer

Documentation

HIFI

hifiPipelineTask

HRS Pipeline

WBS Pipeline

Level 1 Pipeline

Level 2 Pipeline

Products

DoDeconvolution

DoGridding

FitHifiFringe

HiClass export tool

Flags

SpectrumExplorer (HIFI specifics)

HIFI DP scripts (User tool scripts)

Documentation

Other

PACS

Pipeline

Photometry

Spectrometry

Calibration

Photometry

Spectrometry

Analysis tools

Photometry

Spectrometry

Product changes

Photometry

Spectrometry

Documentation

Other

SPIRE

Calibration Products

Calibration Framework

Preprocessing

Engineering Conversion

Common Pipeline

Photometer Pipeline

Spectrometer Pipeline

Interactive Analysis and Tools

Documentation

Other