6. The beads inside the southern (lower) bowl on the L and the R strings remain to be counted.
The L string is exceptional in diving under both the C and the R string. Below I have also counted the beads outside the rims:
At first I hesitated if I should count also beads which are hidden by the broad lines crossing each other in the center of the southern bowl. But when I counted also them my hesitation disappeared because the total number 63 will then agree with the total number 63 of the northern bowl:
Perhaps this double crossing is a hint for the viewer to make him understand that the lower bowl represents the southern sky 'ruled by Moon' - who has 2 faces in contrast to Sun who has only 1 face. The pair of equally long L-strings underlines my suggestion. In the northern bowl the strings form a triangular shape (where we can count 4 + 5 + 6 = 15 beads, a triangular numer). In the lower bowl the strings generate a form similar to that of θ. The R string is at one point diving under the C string (precisely as the R string of the northern bowl):
Despite the uncertainties we should try to summarize the bowls:
Day 126 (= 63 + 63) corresponds to 3h beyond spring equinox (north of the equator), the place of Algol:
It is day 46 from equinox. Number 7 has evidently been used when distributing beads on the strings: 126 = 18 * 7, 98 = 14 * 7, and 168 = 24 * 7. The total number of beads for the northern bowl is 187 (= 11 * 17). It is equal to the number of beads in the bottom parts of the 2 bowls together (81 + 106 = 187). Likewise the total number of beads for the southern bowl (168) is equal to the number of beads in upper part of the 2 bowls together. The total number of beads, according to my best counting efforts, is 355. It could represent the day number for winter solstice:
If we add 186 (= 80 + 106) to 168 the result is 354 (= 12 * 29½). |