I have found a meander suitable for it in the antique collection of the Martin von Wagner museum of the university of Würzburg on this Aeolian plate from the time about 575 BC.
The meander in schematic form looks like this:
We read from the left to the right: 0 is outside, 6 stands for the middle, 1 to 5 for the circuits. We read the path sequence (line sequence, level sequence): 0-5-2-3-4-1-6. This is the order in which the paths are followed.
Notes to the path sequence:
Odd and even integers must alternate.
The first integer after 0 is always an odd number.
We use the path sequence directly to construct a circular labyrinth with a bigger middle:
The labyrinth has 5 circuits. The first step leads me directly quite near to the center, into the 5th circle. Then I turn outwardly to the 2nd circle, I approach the center by turning to the 3rd and 4th circle, from where I turn quite outwardly into the 1st circle, and from there, I finally enter the center.
All formative principles which Hermann Kern (Labyrinthe, 1982, p. 14, German edition) demands for a labyrinth are fulfilled.
Is there a historical labyrinth with this alignment?
So much I could investigate, this does not seem to be the case. (Objections are welcome).
Among the silver coins of Knossos from the time about 500 BC till 100 BC, mentioned in one of the previous posts, there is a coin with the depiction of a 5 circuit labyrinth which is faulty, unfortunately.
In the following drawing you see a square classical 5 circuit labyrinth with the path sequence 0-5-2-3-4-1-6 . The walls are black, the path is the white empty place between them.
Who wants, can compare the layouts and find out what the old Greeks have made wrong on their coin.
To be fair, I must say that there are still 7 more different versions for a 5 circuit labyrinth.
However, the middle can also become a little bigger. In the following drawing the seed pattern contained in the black walls, is marked in colour.
The seed pattern can be simplified very much to 2 dots and 5 lines.
To draw the labyrinth I join the free end of the innermost line in an arc with the free end of the line to the right. Then I go to the left line and join it with the free end of the right line parallel to the first arc. And so on with each line and dot.
Who rather wants the “accustomed” sight, here it is:
The seed pattern looks familiar. If one copies it, turns it around 180 degrees, and attach it, one receives the seed pattern for the 11 circuit classical labyrinth. Or in other words: Two meander of this type put together result in a 11 circuit classical labyrinth.
An other variation of this meander labyrinth arises if I want a bigger middle, but not the perfectly circular form:
The two turning points on the right and left side form a triangle together with the very center of the center. So the relationship with the Baltic wheel and the Indian labyrinth appears. However, in those labyrinths one doesn’t reach the center directly from the outermost ring outside as some circuits are added around the center. Besides, the Baltic wheel has a second short entrance/exit, disqualifying it as a labyrinth in the strict sense.