Introduction to RedShift3 01.1 What's new in RedShift 3 01.2 RedShift 3 how and why (FAQs) Operating RedShift 02. Sky window & filters 03. Find object and object info 04. Location & motion types 05. Control panels 06. Sky window 07. Home window 08. Online books Filters Filter dialog and the Sky window 09. Planets & Moons 10. Asteroids & Comets 11. Spacecraft 12. Stars 13. Deep sky objects 14. Constellations 15. Guides Find Object and Object Info 16. Find object 17. Object Info 18. Brief Star Object Info 19. Brief Deep Sky Object Info Control Panels 20. Working with time 21. Working with location 23. Aim panel & change direction activities 24. Track aim panel & Motion preview sub-panel Information 25. Astronomy Tours 26. News 27. Dictionary of Astronomy 28. Photo Gallery 29. Story of the Universe 30. Record Breakers Events 31. Eclipses 32. Conjunctions 33. Visibility reports 34. Sky Diary 35. Ephemerides Tools 36. Movie Recorder 37. Adding your own objects Saving and Restoring views 38. Saving & Restoring views Customising RedShift 39. Customising RedShift Printing 40. Printing APPENDIX The base principles of the astronomical simulations 1. Sky map projection 2. RedShift Co-ordinate Reference Frames 3. RedShift Time Scales and Calendar Reference Frames 4. The Simulation of the Star's and Deep Sky Object's Positions in RedShift 5. Computation of the positions of the Solar System bodies 6. Representation of the Orbital Motion of the Planets and the Moon 7. Calculation of the orbital ephemerides of the planetary satellites 8. Calculation of the Orbital Motion of Asteroids and Comets 9. Computation of spacecraft orbits 10. Finding the Solution of the Two-body Problem 11. Numerical integration of the equation of motion of celestial bodies 12. Representation of the Correct View of the Surface of Planets & Moons and their Phases 13. Calculations of the visual magnitudes of the Solar system 14. Representing deep sky object magnitudes 15. Representing the solar corona 16. Representing comet tails Sources of the astronomical data 17. Planetary and Lunar ephemerides 18. Theories of motion of the satellites of planets 19. Star catalog 20. Deep sky object catalog 21. Asteroids 22. Comets 23. Spacecraft 24. Parameters for astronomical reductions and transformation 25. Representing planet and moon surfaces Accuracy of RedShift astronomical representation 26. Accuracy of the RedShift Astronomical Representation 27. Testing RS3 against historical events