Magic Squares

I. Introduction.- II. Ordinary magic squares.- A. Squares of odd orders.- B. Squares of evenly-even orders.- C. Squares of evenly-odd orders.- III. Composite magic squares.- A. Equal subshares displaying different sums.- B. Equal subshares displaying equal sums.- C. Division into unequal parts.- IV. Bordered magic squares.- A. Squares of odd orders.- B. Squares of evenly-even orders.- C. Squares of evenly-odd orders.- V. Bordered squares with separation by parity.- 1. The main square and its parts.- 2. Filling the inner square.- 3. Filling the remainder of the square by trial and error.- A. Methodical filling of the oblique square.- B. Methodical placing of the even numbers.-  C. Particular case of the order 5.- VI. Magic squares with non-consecutive numbers.- A. Squares of odd orders.- B. Squares of evenly-even orders.- C. Squares of evenly-odd orders.- VII. 1. Literal squares.- 2. Squares with one empty cell.- 3. Squares with divided cells.- 4. Magic triangles.- 5. Magic crosses.- 6. Magic circles.- 7. Magic rectangles.- 8. Magic cubes.- Appendices.- Bibliography.- Index.

"This is certainly a definitive comprehensive treatise on the history of magic squares from their known beginnings to 1600. There is a wealth of material, containing methods of construction as well as individual magic squares, including bordered and pandiagonal magic squares, that is astonishing." (Victor V. Pambuccian, zbMATH 1422.01002, 2019)

“This is certainly a definitive comprehensive treatise on the history of magic squares from their known beginnings to 1600. There is a wealth of material, containing methods of construction as well as individual magic squares, including bordered and pandiagonal magic squares, that is astonishing.” (Victor V. Pambuccian, zbMATH 1422.01002, 2019)