The letters of the logo are made following:
David Lance Goines,
*A Constructed Roman Alphabet: a Geometric Analysis
of the Greek and Roman Capitals and of the Arabic Numerals.*
David R. Gordine, Boston, 1982.

" Construct first a square ABCD, and bisect AC at E, BD at F, AB at G, and CD at H. Draw the straight lines EF and GH, thereby establishing a point I at their intersection. From the center I, describe a circle JIK on EF, the diameter of which is one-ninth the distance AB. Using that same radius, describe a circle LJI, thereby establishing a point N on the perimeter of the circle I. Using that same radius, describe a circle IKM, thereby establishing on the perimeter of the circle I a point O. Draw the straight line NO, and produce it to intersect AG at P and HD at Q. From the pointI, construct a line at right angles to PQ, thereby establishing on the perimeter of the circle I the points T and S. Produce IT to intersect EC at Y. From the center I, describe a circle Z tangential to AB, thereby establishing on PN a point R. Using the radius IK, describe from the center R a circle VRU. Using that same radius, decribe circles from the centers V and U. Bisect the intersections of the circles V and R, thereby establishing a point W on VR. Bisect the intersections of the circles R and U, thereby establishing a point X on RU. From the center I, describe a circle e intersecting the point W. From the center I, describe a circle f intersecting the point X. From the center S, describe a circle g intersecting the point R. Using the same radius, describe a circle h from the center T. From the center O describe a circle i tangential to the circles e and h. From the center H, describe an arc k tangential to the circle i, and intersecting BF. Describe an arc l from the center G tangential to the circle h and intersecting FD. From the center G, describe an arc m tangential to the circle f and intersecting FD. Describe from the center H an arc n tangential to the circle f and intersecting BF. Draw the straight line HF, thereby establishing a point d on IQ. From the center Y, describe an arc a intersecting the point Q and the line dF. Using the same radius, describe from the center A an arc b intersecting GB and the circle h. Using the radius IK, describe a circle c tangential to the interiors of the arcs n and b. From the center d, describe a circle tangential to the arc a and to the arc m.

Q.E.F."