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ESS315 - RedShift 3
Designed as both an
educational resource and a powerful tool for anyone interested in
astronomy, RedShift 3 is the ultimate desktop planetarium for both casual
stargazers and professionals alike. Plan your own sky observations with
"Visibility Reports" that actually tell you the best time to
view any objects in the night sky or record your own discoveries and
convert into a QuickTime movie.
Take complete control of the location, view and perspective of the solar
system, go back in time and see the night skies during the Dark Ages or
look forward at the solar and lunar eclipses expected during the next
century.
* Contains details
of more than 1,000,000 heavenly objects.
* More than 700 colour photographs.
* 1 million stars incorporating the Hipparcos and Tycho star catalogues.
* 60 introductory astronomy tours and over 30 minutes of breathtaking
movie quality animations.
* Choose your viewpoint from different planets, moons, comets and
asteroids, so that you can see clearly without the constraints of the
Earth's atmosphere. *
2D and 3D animations demonstrates astronomical phenomena such as
galactical mergers, nova formation, gravitational lensing etc.
* Intelligent Search Engine calculates the occurrence of interesting
events for the day, week, month or year presenting suggestions of what to
look for in the real sky.
Min. System
Requirements:
Operating System Windows® 95/98 or Windows® ME
CPU Type Pentium 100 or faster
CD-ROM Speed 4x or faster
Hard Drive Space 11Mb (80Mb if Internet Explorer required)
Memory 16Mb or higher
Printer Not required
Graphics 800x600x16 bit colour
Audio 16bit SoundBlaster or 100% compatible Internet Optional,
required for Internet features. |
Price:
£8.50 (+VAT)
Format: PC CDROM
Product Code: ESS315
ESS315
- RedShift 3
Choose
your viewpoint from different planets, moons, comets and asteroids, so that
you can see clearly without the constraints of the Earth's atmosphere.
* 2D and 3D animations
demonstrates astronomical phenomena such as galactical mergers, nova
formation, gravitational lensing etc. |