|
224
(= 7 *
32) |
41 |
 |
176 |
 |
11 |
17 |
 |
|
Ga2-11
(42) |
Ga8-15
(219) |
Gb1-18
(248) |
|
ω Gemini
(105.4) |
Vega
(281.8) |
|
|
266 |
206 |
 |
 |
 |
 |
|
Gb1-19 |
Gb1-20
(250) |
Gb1-21
(*314) |
Gb1-22 |
266 + 206 + 4 =
472 + 4 = 476 =
7 * 68 (possibly
alluding to 768
= 2 * 384 = 4 *
192).
 |
 |
 |
 |
 |
|
Gb8-30
(*64) |
Ga1-1 |
Ga1-2 |
Ga1-3 |
Ga1-4 |
|
Hyadum
II
(64.2) |
|
Ain,
θ¹
Tauri,
θ²
Tauri
(65.7) |
|
Aldebaran
(68.2) |
|
'May
24 |
'25 |
'26
(146) |
'27 |
'28 |
Assuming Gb1-1
corresponds to
'June 1 - which
idea originated
from the 'twin' mago
glyphs:
 |
34 |
 |
206 |
44 |
 |
|
Gb1-1
(231) |
Gb2-10
(266) |
250 |
Ga2-14
(45) |
|
'June
1
(152) |
34 |
'July
6
(187) |
177 |
187 |
'July
7
(188) |
- then
Gb1-18 could be
at 'June 18 and
'June 21 at
Gb1-21. I have
numbered Gb1-21
as *314
(a sign of
π) in order
to point at 251 +
63 = 314.
The following
glyph (Gb1-22) is a
rau hei,
which, it might
be argued, supports
my idea that
Gb1-21 is at
midsummer (north
of the equator)
- assuming this
is where Hercules
is killed (12 * 2 = 24).
From Gb1-19 to
the end of side
b there are 224
glyphs, equal to
the day number
for 'August 12,
when Vega
culminated:
|
Vega at the time of G |
| Rising in the east at sunset |
'May 1 (121) |
0 |
0 |
| Leap day |
'July 12 (193) |
72 |
72 |
| Culmination at midnight |
'August 12 (224) |
31 |
103 |
| Right ascension day |
'December 28 (362) |
138 |
241 |
| Rising in the east at sunset |
'May 1 (121) |
124 |
365 |
| Leap day |
'July 12 (193) |
72 |
437 |
| Culmination at midnight |
'August 12 (224) |
31 |
468 |
'June 1 could be
at Gb1-1, in
which case the
sequence of
right ascension dates
at the beginning
of line a8
evidently cannot continue
onto the
beginning of
line b1.
Perhaps the dates
of right
ascension ends
with hanau
in Ga8-18:
 |
 |
| Ga8-17 |
Ga8-18 (222) |
| Double Double (283.7), ζ Lyrae (283.8) |
Sheliak, ν Lyrae (285.1) |
| 'December 30 |
'31 (365) |
