Calendar - Revision history

DriftingNitro at 16:43, 6 November 2017

2017-11-06T16:43:12Z

2017-11-06T16:42:30Z

2017-11-05T19:35:27Z

2017-09-13T19:41:11Z

‎Holidays

2017-09-13T19:40:32Z

2017-09-07T14:24:46Z

2017-09-07T14:21:16Z

2017-09-07T04:49:59Z

2017-08-19T04:12:33Z

2017-08-19T04:12:14Z

‎Calendar

← Older revision		Revision as of 16:43, 6 November 2017
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−	The planet Arthos orbits around the star [[Aln]] every 252 days, 24 hours for each day. The days are split between 9 months of 28 days each. The end of each month is marked by a solar eclipse by one of Arthos' moons which causes auroras across the world, especially around the equator. While the magnetic poles remain unchanged, the auroras appear to be caused by the magnetic fields from the Source transmitting it's power across the world, in tandem with the eclipse refracting light off the edges of the atmosphere. Also visible in the night sky during the eclipse is the magic energy being transmitted from the Source in Pomfae.	+	The planet Arthos orbits around the star [[Aln]] every 252 days, 24 hours for each day. The days are split between 9 months of 28 days each. The end of each month is marked by a solar eclipse by one of Arthos' moons which causes auroras across the world, especially around the equator. While the magnetic poles remain unchanged, the auroras appear to be caused by the magnetic fields from the Source transmitting it's power across the world, in tandem with the eclipse refracting light off the edges of the atmosphere. Also visible in the night sky during the eclipse is the magic energy being transmitted from the Source originating in The [[City of Pomfae]].

	===Weekdays===		===Weekdays===

← Older revision		Revision as of 16:42, 6 November 2017
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−	The planet orbits around the star [[Aln]] every 252 days of 24 hours each. ~~Split~~ between 9 months of 28 days each. The end of each month is marked by a solar eclipse by one of Arthos' moons which causes ~~a shift in magnetic alignment causing~~ auroras across the world, especially around the equator. ~~Depending on~~ the ~~month~~, the ~~poles my~~ be ~~switch~~, the ~~change occurs almost overnight and some believe is attributed to~~ the ~~Source itself~~. Also visible in the night sky during the eclipse is the magic energy being transmitted from the Source in Pomfae.	+	The planet Arthos orbits around the star [[Aln]] every 252 days, 24 hours for each day. The days are split between 9 months of 28 days each. The end of each month is marked by a solar eclipse by one of Arthos' moons which causes auroras across the world, especially around the equator. While the magnetic poles remain unchanged, the auroras appear to be caused by the magnetic fields from the Source transmitting it's power across the world, in tandem with the eclipse refracting light off the edges of the atmosphere. Also visible in the night sky during the eclipse is the magic energy being transmitted from the Source in Pomfae.

	===Weekdays===		===Weekdays===

← Older revision		Revision as of 19:35, 5 November 2017
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		+	The planet orbits around the star [[Aln]] every 252 days of 24 hours each. Split between 9 months of 28 days each. The end of each month is marked by a solar eclipse by one of Arthos' moons which causes a shift in magnetic alignment causing auroras across the world, especially around the equator. Depending on the month, the poles my be switch, the change occurs almost overnight and some believe is attributed to the Source itself. Also visible in the night sky during the eclipse is the magic energy being transmitted from the Source in Pomfae.
		+
	===Weekdays===		===Weekdays===
	{\| class="wikitable"		{\| class="wikitable"

@@ Line 77: / Line 77: @@
 ==Holidays==
-===Chryonus' Blessing===
+===Chryonus' Blessings (Parathist)===
 Basically Christmas, but on the 4th Zol of Rhaan.

@@ Line 74: / Line 74: @@
 | style="height:100px; width:100px; text-align:center;" |28, 4th Sar
 |}
 ==Moons==

@@ Line 76: / Line 76: @@
 ==Moons==
-Lusin and Livone, the two moons, rotate with the Arthonean rotation counter-clockwise.They are relatively large in the sky, much larger than Earth's moon due to it's distance from the planet itself, and reults in frequent solar eclipses. Lusin, the closest moon, causes a solar eclipse every 28 days. The first of every month is marked by a solar Eclipse. Livone solar eclipses are much less frequent or predictable.
+Lusin and Livone, the two moons, rotate with the Arthonean rotation counter-clockwise.They are relatively large in the sky, much larger than Earth's moon due to it's distance from the planet itself, and reults in frequent solar eclipses.
-=== Diclipse ===
+=== Solar Eclipse ===
 A Diclipse is when both moons align in a solar eclipse simultaneously. This has only happened once in recorded history, which was when [[The Architects]] were called to Pomfae island by  [[The Source]].

← Older revision		Revision as of 14:21, 7 September 2017
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	\|}		\|}

−	Lusin and Livone are the ~~two~~ moons.	+	==Moons==
		+	Lusin and Livone, the two moons, rotate with the Arthonean rotation counter-clockwise.They are relatively large in the sky, much larger than Earth's moon due to it's distance from the planet itself, and reults in frequent solar eclipses. Lusin, the closest moon, causes a solar eclipse every 28 days. The first of every month is marked by a solar Eclipse. Livone solar eclipses are much less frequent or predictable.
		+
		+	=== Diclipse ===
		+	A Diclipse is when both moons align in a solar eclipse simultaneously. This has only happened once in recorded history, which was when [[The Architects]] were called to Pomfae island by [[The Source]].

← Older revision		Revision as of 04:49, 7 September 2017
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	\| style="height:100px; width:100px; text-align:center;" \|28, 4th Sar		\| style="height:100px; width:100px; text-align:center;" \|28, 4th Sar
	\|}		\|}
		+
		+	Lusin and Livone are the two moons.

← Older revision		Revision as of 04:12, 19 August 2017
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	All months in the year have the same format. There are 4 weeks of 7 days, for 9 months. Making a total of 252 days of 24 hours each.		All months in the year have the same format. There are 4 weeks of 7 days, for 9 months. Making a total of 252 days of 24 hours each.
		+	You can quickly refer to a day in the month without knowing the date number itself. Most people count the number of weeks and what day in that week, for example: "My birthday is on the 3rd Sar of Eyre". That would be refferring to the 21st of the month, but people will more likely recognize and use the abbreviated version. Specific dates are usually reserved for military purposes. Similar to how military time is employed on Earth.

	{\| class="wikitable"		{\| class="wikitable"