1. Tony Fairall / University of Cape Town / Aug 06
6dF Visualizations Supergalactic Cartesian Coordinates SGX Moving Slice 1000 km/s thick SGX from15000 to in steps of 500 km/s (No features labelled in this version) OVERALL
Tony Fairall / University of Cape Town / Aug 06

2. ‘Labyrinth’ software (written by C. Hultquist and S. Perumal)
Where two or more galaxies are separated by less than the percolation distance (i.e. in groups,clusters or large-scale structures), they are enclosed within a transparent surface. The percolation distance used here is 100 km/s in redshift space at cz=0, but increased with increasing cz to compensate for the drastic decrease in data density.
The colours carry no meaning, except the blue serves to subdue the visual appearance of the distant structures (that look thicker since they were created with a larger percolation distance), in balance with the nearer structures.

3. PowerPoint presentation allows one to scroll forwards and backwards

4. REFERENCE GRID +SGY +SGZ -SGZ -SGY
+20000
+SGZ
-SGZ
+20000
-20000
-20000
-SGY
NGH top, SGH bottom. Looking in a negative SGX direction.
This grid applies to all slides following

5. Each slice is 1000 km/s thick
SGX = 15000
Each slice is 1000 km/s thick

6. SGX = 14500

7. SGX = 14000

8. SGX = 13500

9. SGX = 13000

10. SGX = 12500

11. SGX = 12000

12. SGX = 11500

13. SGH = 11000

14. SGX = 10500

15. SGX = 10000

16. SGX = 9500

17. SGX = 9000

18. SGX = 8500

19. SGX = 8000

20. SGX = 7500

21. SGX = 7000

22. SGX = 6500

23. SGX = 6000

24. SGX = 5500

25. SGX = 5000

26. SGX = 4500

27. SGX = 4000

28. SGX = 3500

29. SGX = 3000

30. SGX = 2500

31. SGX = 2000

32. SGX = 1500

33. SGX = 1000

34. SGX = 500

35. SGX = 0

36. SGX = -500

37. SGX = -1000

38. SGX = -1500

39. SGX = -2000

40. SGX = -2500

41. SGX = -3000

42. SGX = -3500

43. SGX = -4000

44. SGX = -4500

45. SGX = -5000

46. SGX = -5500

47. SGX = -6000

48. SGX = -6500

49. SGX = -7000

50. SGX = -7500

51. SGX = -8000

52. SGX = -8500

53. SGX = -9000

54. SGX = -9500

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