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1. Jhelioviewer java movie#
2. Jhelioviewer java archive#
3. Jhelioviewer java plus#
4. Jhelioviewer java download#
5. Jhelioviewer java windows#

Jhelioviewer java movie#

You can also play and pause the movie from the Movie Controls, on the left-hand side, under the Overview region.ĥ) To make a movie with different dates, delete the layer currently loaded by clicking on the red cross. This will be the latest images for the instrument (AIA 171, from the SDO). And because you need java – it currently won’t work from a tablet or smart phone!ģ) Open up JHelioviewer and you’ll see something like this:Ĥ) If you go to the main menu called Movie and select Play movie, the image that’s already showing will play as a movie.

Jhelioviewer java download#

Download java from and check here to see if your computer has java and what version. Note: Like the SOHO Archive, you need java on your computer for JHelioviewer to work. This automatically knows what type of computer you’re using, click on the Download button and follow the instructions on the download page. To play the movies click on the Play movie arrow.ħ) The movies need to load, then you can scroll backwards and forwards, play, pause, change the animation ration (Options -> Animation rate), Save one image (File -> Save Image), or save all images in the movie (File -> Save All).Ģ) When you go to the homepage, there is a button to the right that says ‘Download JHelioviewer’. Choices are 10, 20, 50, 100 and 300.ĥ) Below these you choose the start and end dates and times for the movie, and when you’re ready click the ‘Search’ button.Ħ) When the movies are ready they’ll load in the bottom half of the region. Proba2 (Project for OnBoard Autonomy) is an ESA small low cost satellite, and SWAP (Sun Watcher with Active Pixels and Image Processing) images are high resolution images of the solar corona at 17.4 nm (similar to SOHO EIT 171 images).Ĥ) On the right the Resolution of the images, 512 (512 x 512 pixels) or 1024 (1024 x 1024 pixels), can be chosen and the maximum number of evenly spaced images you want in the movie.

Jhelioviewer java plus#

This will open a second tab called Time Animator.ģ) The first field on the left is called ‘Instrument/Filter’ and lists the names of the SOHO instruments that can be selected, plus it includes Proba2/SWAP images.

Jhelioviewer java windows#

And because you need java – it currently won’t work from a tablet or smart phone!Ģ) In the main menu select Windows -> Time Animator.

Jhelioviewer java archive#

Note: You need java on your computer for this archive to work.

Lets say you put 30, it will then make a movie of the latest 30 images available from that instrument, probably starting from today or yesterday, although in the case of the MDI, it’ll be from 11 th January 2011.ĥ) Finally, the buttons on the right are ‘Reset’ which resets all the fields to be blank (unselected), and Search, which you press when you’re ready to make the movie.Ħ) As an example, I’m going to choose ‘Image Type’ as LASCO C3, ‘Resolution’ as 512, ‘Start date’ as, ‘End date’ as, and keep ‘Latest n images’ blank:ħ) Press the ‘Search’ button and the movie is loaded!ġ) Go to the SOHO Science Archive at ESAC web page and click on the image, or open the archive directly from here. If you put a number in this box and click search, it will create a movie from the latest n images. Below this is a box that says ‘Latest n images’ (takes precedence over the Start and End Dates fields). If the End date is left empty, the range will be one day. The text explains to use YYYY-MM-DD format, and if the Start date is left empty, today is assumed. Here are all the dates the instruments can be searched from:ģ) The next field to choose is the resolution of the images, two choices, large: 1024 (1024 x 1024 pixels), or small: 512 (512 x 512 pixels).Ĥ) Then, on the right-hand side are the Start and End Date fields. So NASA have kindly added the HMI Continuum and HMI Magnetogram instruments. The MDI stopped working on SOHO in 2011 (the last date you can retrieve data is 11th January 2011).

Some of you may have already spotted that the HMI instrument isn’t on SOHO but is on the NASA SDO satellite.

These instruments are the EIT at 171 nm, 195 nm, 284 nm and 304 nm, LASCO C2, LASCO C3, MDI Continuum and MDI Magnetogram. This image shows the expected path from SOHO’s viewpoint, entering LASCO C3 early on 27 th November, from the lower right, and exiting towards the top near the end of 30 th November.īelow I’m going to show you a few different ways to make movies from SOHO images.ġ) Go to the SOHO Movie Theater web page.Ģ) The first field on the left is called ‘Image Type’ and lists the names of the SOHO instruments that can be selected. Comet ISON is expected to be visible from SOHO’s LASCO C2 and C3 coronagraphs, starting from 27 th November 2013.