def year_37_month_2(self, month: List[BabylonianDay]) -> List[AbstractQuery]:
res = []
# Sîn (Moon) appeared below the Rear Bright Star of the Large Twins (β Geminorum)
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.LUNAR_ONLY:
res.append(AngularSeparationQuery(self.db, MOON, BETA_GEMINORUM, 0, 15,
EclipticPosition.BELOW, SearchRange.for_night(month, 1)))
# Kajjamānu (Saturn) was in front of the Swallow (Pisces).
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.PLANET_ONLY:
res.append(AngularSeparationQuery(self.db, SATURN, PISCES.central_star, 0, PISCES.radius,
EclipticPosition.AHEAD, SearchRange.for_night(month, 1)))
# The 3rd, Ṣalbaṭānu (Mars) entered the Crab (Praesepe), the 5th it emerged.
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.PLANET_ONLY:
res.append(AngularSeparationQuery(self.db, MARS, FORTY_TWO_CANCRI, 0, 5,
None, SearchRange.range_of_nights(month, 3, 5)))
# The 10th, Šiḫṭu (Mercury) [rose] in the west behind the [Little] Twins [...] (Gemini)
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.PLANET_ONLY:
res.append(PlanetaryEventQuery(self.db, MERCURY, InnerPlanetPhenomena.EF,
SearchRange.for_night_and_day(month, 10)))
res.append(AngularSeparationQuery(self.db, MERCURY, GEMINI.central_star, 0, GEMINI.radius,
None, SearchRange.for_night_and_day(month, 10)))
# The 18th, Dilbat (Venus) was ‘balanced’ 1 cubit 4 fingers above the King (Regulus).
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.PLANET_ONLY:
res.append(AngularSeparationQuery(self.db, VENUS, REGULUS, (1 * CUBIT) + (4 * FINGER),
8 * CUBIT, EclipticPosition.ABOVE, SearchRange.for_night(month, 18)))
# The 26th (KUR) (moonrise to sunrise) was 23, I did not observe Sîn.
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.LUNAR_SIX_ONLY:
res.append(LunarSixQuery(self.db, month, 26, LunarSix.KUR, 23, low_precision=True))
return res
def year_14_month_12(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 6' [Mon]th XII, the 14th, (eclipse) which was omitted.
# 7' .... after? sunrise?.
return [
LunarEclipseQuery(self.db, None, ExpectedEclipseType.UNKNOWN, None,
None, SearchRange.for_night_and_day(month, 14))
]
def year_50_month_13(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 9' Month XII₂, the 15th [....]
range = SearchRange.for_night_and_day(month, 15)
return [
LunarEclipseQuery(self.db, None, ExpectedEclipseType.UNKNOWN, None,
None, range)
]
def year_18_month_8(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 5 Month VIII, the 13th, .... [....]
# 6 and south [....]
range = SearchRange.for_night_and_day(month, 13)
return [
LunarEclipseQuery(self.db, None, ExpectedEclipseType.UNKNOWN, None,
None, range)
]
def year_28_month_3(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 7' Year 28. Month III, the 14th, ....
# 8' [....] .... [....] finger remaining
# 9' [....nn]°, it set eclipsed.
return [
LunarEclipseQuery(self.db, None,
ExpectedEclipseType.PARTIAL_OR_TOTAL, None, None,
SearchRange.for_night_and_day(month, 14))
]
def year_12_month_12(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 6 Month XII, the 15th. 10? [....nn]° after sunset [....]
# 7 1 bēru 6° onset [and clearing.]
length = (1 * BERU_US) + 6
return [
LunarEclipseQuery(self.db, None,
ExpectedEclipseType.PARTIAL_OR_TOTAL,
CompositePhaseTiming(length), None,
SearchRange.for_night_and_day(month, 15))
]
def year_29_month_2(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 13' Year 29. [Mon]th II, the 14th, [....]
# 14' 1 bēru 10° before sunrise,
t = (1 * BERU_US) + 10
return [
LunarEclipseQuery(
self.db,
FirstContactTime(t, FirstContactRelative.BEFORE_SUNRISE),
ExpectedEclipseType.PARTIAL_OR_TOTAL, None, None,
SearchRange.for_night_and_day(month, 14))
]
def year_17_month_10(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 17 [Month] X, the 13th, morning watch. 1 bēru 5° [before sunrise?]
# 18 all of it was covered. [It set eclips]ed.
t = (1 * BERU_US) + 5
return [
LunarEclipseQuery(
self.db,
FirstContactTime(t, FirstContactRelative.BEFORE_SUNRISE),
ExpectedEclipseType.TOTAL, None, None,
SearchRange.for_night_and_day(month, 13))
]
def year_16_month_b(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 14 [Month X,] the 14th. morning watch. ⅔ bēru before sunrise?.
# 15 half of it was covered. [It set] eclipsed.
t = (2 / 3 * BERU_US)
return [
LunarEclipseQuery(
self.db,
FirstContactTime(t, FirstContactRelative.BEFORE_SUNRISE),
ExpectedEclipseType.PARTIAL, None, None,
SearchRange.for_night_and_day(month, 14))
]
def year_4_month_1(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 8 [Year 4. M]onth I, the 13th, middle watch, 3 bēru 5° after sunset,
# 9 it began in the west and north. Three quarters
# 10 [was covered.] It cleared in the north. The north wind blew.
t = (3 * BERU_US) + 5
return [
LunarEclipseQuery(
self.db, FirstContactTime(t,
FirstContactRelative.AFTER_SUNSET),
ExpectedEclipseType.PARTIAL, None, None,
SearchRange.for_night_and_day(month, 13))
]
def year_36_month_3(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 1 (Year) 16 of Kandalānu,
# 2 month III, (after) 5 months, the 15th, 2 fin[gers?]
# 3 between north and east were covered.
# 4 It cleared in the north. The north wind b[lew?.]
# 5 20° onset, maximal phase, [and clearing ....]
# 6 behind α Scorpii [it was eclipsed.]
day15 = SearchRange.for_night_and_day(month, 15)
location = EclipsePosition(ANTARES, 0, 20, EclipticPosition.BEHIND)
res1 = LunarEclipseQuery(self.db, None, ExpectedEclipseType.PARTIAL,
CompositePhaseTiming(20), location, day15)
return [res1]
def year_50_month_7(self,
month: List[BabylonianDay]) -> List[AbstractQuery]:
# 2' Month VII, the 13th, in 17° on the east side'
# 3' all was covered; 28° maximal phase.
# 4' In 20° it cleared from east to west.
# 5' Its eclipse was red.
# 6' Behind the rump of Aries it was eclipsed.
# 7' During onset, the north wind blew, during clearing. the west wind.
# 8' At 55° before sunrise.
day13 = SearchRange.for_night_and_day(month, 13)
eclipse_length = SeparatePhaseTimings(17, 28, 20)
eclipse_time = FirstContactTime(55,
FirstContactRelative.BEFORE_SUNRISE)
location = EclipsePosition(ARIES.central_star, 0, ARIES.radius,
EclipticPosition.BEHIND)
res1 = LunarEclipseQuery(self.db, eclipse_time,
ExpectedEclipseType.TOTAL, eclipse_length,
location, day13)
return [res1]
def year_37_month_3(self, month: List[BabylonianDay]) -> List[AbstractQuery]:
res = []
# Sîn (Moon) appeared behind the Crab (Cancer);
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.LUNAR_ONLY:
res.append(AngularSeparationQuery(self.db, MOON, CANCER.central_star, 0, CANCER.radius,
EclipticPosition.BEHIND, SearchRange.for_night(month, 1)))
# NA (sunset to moonset) was 20
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.LUNAR_SIX_ONLY:
res.append(LunarSixQuery(self.db, month, 1, LunarSix.NA1, 20))
# At that time, Ṣalba-ṭānu (Mars) and Šiḫṭu (Mercury) were 4 cubits in front of the K[ing ...] (Regulus)
# In the evening, Šiḫṭu (Mercury) passed below Ṣalbaṭānu (Mars)
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.PLANET_ONLY:
res.append(AngularSeparationQuery(self.db, MARS, REGULUS, 4 * CUBIT, 1 * CUBIT,
EclipticPosition.AHEAD, SearchRange.for_night(month, 1)))
res.append(AngularSeparationQuery(self.db, MERCURY, REGULUS, 4 * CUBIT, 1 * CUBIT,
EclipticPosition.AHEAD, SearchRange.for_night(month, 1)))
res.append(AngularSeparationQuery(self.db, MARS, MERCURY, 0, 10,
EclipticPosition.ABOVE, SearchRange.for_night(month, 1)))
# Sagmegar (Jupiter) was above Lisi (Antares)
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.PLANET_ONLY:
res.append((AngularSeparationQuery(self.db, JUPITER, ANTARES, 0, 15,
EclipticPosition.ABOVE, SearchRange.for_night(month, 1))))
# Dilbat (Venus) was in the west, opposite the Tail of the Li[on ...] (θ Leonis)
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.PLANET_ONLY:
res.append(AngularSeparationQuery(self.db, VENUS, THETA_LEONIS, 0, 15,
None, SearchRange.for_night(month, 1)))
# Night of the 5th, beginning of the night, Sîn (Moon) passed towards the east 1 cubit ‹above/below›
# the Bright Star at the Tip of the Lion’s Foot. (Leo)
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.LUNAR_ONLY:
res.append(AngularSeparationQuery(self.db, MOON, LEO.central_star, 0, LEO.radius,
None, SearchRange.for_night(month, 5)))
# the 8th, evening watch, Sîn (Moon) stood 2 1/2 cubits below the Northern Part of the Scales (β Librae).
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.LUNAR_ONLY:
res.append(AngularSeparationQuery(self.db, MOON, BETA_LIBRAE, 2.5 * CUBIT, 1 * CUBIT,
EclipticPosition.BELOW, SearchRange.for_night(month, 8)))
# Night of the 10th, evening watch, Sîn (Moon) was ‘balanced’ 3 1/2 cubits above Lisi (Antares).
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.LUNAR_ONLY:
res.append(AngularSeparationQuery(self.db, MOON, ANTARES, 3.5 * CUBIT, 1 * CUBIT,
EclipticPosition.ABOVE, SearchRange.for_night(month, 10)))
# The 12th, Ṣalbaṭānu (Mars) was 2/3 of a cubit ˹above˺ [the King ...] (Regulus)
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.PLANET_ONLY:
res.append(AngularSeparationQuery(self.db, MARS, REGULUS, 2/3 * CUBIT, 6 * FINGER,
EclipticPosition.ABOVE, SearchRange.for_night(month, 12)))
# The 15th, (one) god was seen with the (other) god, NA (sunrise to moonset) was 7;30
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.LUNAR_SIX_ONLY:
res.append(LunarSixQuery(self.db, month, 15, LunarSix.NA, 7.5))
# An eclipse of Sîn (Moon) which passed by
if self.mode == VAT4956Mode.ALL or self.mode == VAT4956Mode.LUNAR_ONLY:
res.append(LunarEclipseQuery(self.db, None, ExpectedEclipseType.UNKNOWN, None, None,
SearchRange.for_night_and_day(month, 15)))
return res