Reconstruction of theWhite Sheet Hill 25-06-2010 formation | |||||

1. |
Draw a circle. Draw and extend the horizontal and vertical centerlines. | ||||

2. |
Construct the inscribed equilateral triangle of circle 1, pointing up. | ||||

3. |
Construct the inscribed circle of triangle 2. | ||||

4. |
Construct the inscribed hexagon (regular six-sided polygon) of circle 1, pointing up. | ||||

5. |
Draw the six rays of hexagon 4, from the center of circle 1 to the angular points. | ||||

6. |
Draw the connecting line between the mid-point of the righthand side of hexagon 4 to the upper lefthand angular point. | ||||

7. |
Construct a circle centered at the intersection of circle 3 and the upper lefthand ray 5, tangent to line 6. | ||||

8. |
Copy circle 7 five times, to the intersections of circle 3 and the other rays 5. | ||||

9. |
Construct a circle passing through the center of circle 1, tangent to circle 7 and the leftmost circle 8 at the near sides. | ||||

10. |
Copy circle 9 to the center of circle 1. | ||||

11. |
Construct a "two-points" circle (defined by the two end-points of a centerline) between the lower intersection of circle 10 and the upper intersection of the lowermost circle 8, both with the vertical centerline. | ||||

12. |
Construct a circle concentric to circle 1, passing through the center of circle 11. | ||||

13. |
Construct the circumscribed dodecagon (regular twelve-sided polygon) of circle 12, with the mid-point of one side at the horizontal centerline. | ||||

14. |
Construct the inscribed hexagon of circle 10, pointing up. | ||||

15. |
Construct a circle centered at the righthand intersection of circle 10 and the horizontal centerline, tangent to the righthand side of hexagon 14. | ||||

16. |
Copy circle 15 two times, to the two lowermost angular points of dodecagon 13. | ||||

17. |
Construct two circles concentric to circles 16, tangent to circle 12 at the near side. | ||||

18. |
Construct two "two-points" circles between the center of circle 11 and its upper and lower intersections with the vertical centerline. | ||||

19. |
Copy circle 15 two times, to the centers of circles 18. | ||||

20. |
Construct a "two-points" circle between the center of the righthand circle 17 and its lefthand intersection with the lower side of dodecagon 13. | ||||

21. |
Copy circle 20 to the center of the lowermost circle 8. | ||||

22. |
Construct a circle concentric to circle 1, tangent to circle 21 at the upper side. | ||||

23. |
Copy circle 20 to the lower intersection of circle 10 and the vertical centerline. | ||||

24. |
Construct two parallel lines, tangent to both circles 21 and 23 at both sides. | ||||

25. |
Copy circles 16, 17 and 19, and lines 24 as a whole five times, from the intersection of circle 12 and the lower ray 5, to the corresponding intersections with the other rays 5, while rotating about the center of circle 1, as shown. | ||||

26. |
Copy circles 7, 8, 10, 16, 17, 19 and 22, lines 24, and patterns 25, as a whole six times, from the center of circle 1 to the angular points of hexagon 4, as shown. | ||||

27. |
Circles 7, 8, 10, 16, 17, 19 and 22, lines 24, and patterns 25 and 26, are used for the final reconstruction. | ||||

28. |
Remove all parts not visible within the formation itself. High resolution dwf-file | ||||

29. |
Colour all areas corresponding to standing... High resolution dwf-file | ||||

30. |
...or to flattened crop, and finish the reconstruction of the White Sheet Hill formation of 25-06-2010. High resolution dwf-file | ||||

31. |
Photo by: John Montgomery Photo by: Lucy Pringle Courtesy the Crop Circle Connector | The final result, matched with two aerial images. | |||

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Copyright © 2010, Zef Damen, The Netherlands Personal use only, commercial use prohibited. | |||||