TRANSLATIONS
With 432 days in H and 472 in G we should try to identify which sequence, or which sequences, of days do not appear in H. A natural choice to try at first is the sequence which begins with day number 368 and which ends with day number 406:
Gb6-24 is the last glyph in the 1st sequence of 8. The break betweeen the two sequences comes between Gb6-24 and Gb6-25, i.e. we should count from Gb8-30. Gb1-21 will receive number 315 by the change, but for it we maybe should count Gb8-30 only once. Between Gb5-13 and Gb5-14 there is also a break in time - it should be so between Jupiter and Venus, we have learnt:
What it means is that in H we possibly have to reduce the time for morning star Venus on side a with 40 days, as compared with G:
In G we counted the evening star season as 262 days followed by 8 dark nights prior to 150 days in the sun, and then side a was finished.
Those 40 days should logically be erased from the evening star season rather than from the morning star season, they are not on side a but late on side b:
Moreover, the location of these (supposedly extra) 40 days in G is neither at the beginning nor at the end of the evening star season:
Gb2-26 is the first day of those 262, and it has ordinal number 52 + 230 = 282 counted from Gb8-30. 368 - 282 = 86:
86 + 136 = 222. Are we ready for H? |