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d-cecil: magic-square-5by5
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d-cecil: magic-square-5by5, view 2
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d-cecil: magic-square-4by4
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d-cecil: cube-of-magic-squares
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d-cecil: pop-up-angle-fold-cube-of-magic-squares1
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d-cecil: pop-up-angle-fold-cube-of-magic-squares2
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d-cecil: pop-up-parallel-cube-of-magic-squares
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d-cecil: illuminated-tetrahedron-of-magic-triangles1
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d-cecil: illuminated-tetrahedron-of-magic-triangles2
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d-cecil: number-colored-tetrahedron-of-magic-triangles
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d-cecil: two-sides-of-tetrahedron-magic-triangles
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d-cecil: pop-up-of-V-fold-magic-triangle-corrected
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d-cecil: Kaleidocycle with 3 magic squares
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d-cecil: Kaleidocycle 2 magic squares & graeco-latin square
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d-cecil: Kaleidocycle-magicsquares-template
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d-cecil: Some Magic Squares via Excel
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d-cecil: Magic-Graeco-Latin-2-and-3
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d-cecil: Magic-Multiplier-Square-6-and-5
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d-cecil: Magic-Multiplier-Square-4-by-4
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d-cecil: Magic Square 5 by 5 with Chatani Influence
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d-cecil: Magic Square 4 by 4 with Chatani Influence
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d-cecil: Magic Square 3 by 3 with Chatani Influence
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d-cecil: Magic Squares on Two Shells
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d-cecil: Magic Square on a Shell
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d-cecil: 3 by 3 Magic Square-Another Viewing
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d-cecil: 3 by 3 Magic Square: Curve Analysis
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d-cecil: Magic 3 by 3 square:sliceform structure
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d-cecil: Surface Plot of a 3 by 3 Magic Square
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d-cecil: diagram of angleFoldCube-magic-square (December 6, 2009)
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d-cecil: 180 Degree Folds on Parallel & Angle Double Boxes