Module:TarsicanSaros - Revision history

NewZimiaGov at 23:44, 31 May 2025

2025-05-31T23:44:18Z

NewZimiaGov at 23:31, 31 May 2025

2025-05-31T23:31:48Z

NewZimiaGov at 23:24, 31 May 2025

2025-05-31T23:24:55Z

← Older revision		Revision as of 23:24, 31 May 2025
Line 1:		Line 1:
	local p = {}		local p = {}
	local calendar = require("Module:BassaridianCalendar") -- ~~Make sure~~ this matches your module name		local calendar = require("Module:BassaridianCalendar") -- Ensure this matches your calendar module name

	-- Constants		-- Constants
Line 25:		Line 25:
	}		}

	-- ~~Get~~ month ~~based on day~~		-- Determine season/month
	local function getMonth(day)		local function getMonth(day)
	if day <= 61 then return "Atosiel"		if day <= 61 then return "Atosiel"
Line 33:		Line 33:
	end		end

	-- ~~Get~~ zodiac ~~based on day~~		-- Determine zodiac sign
	local function getZodiac(day)		local function getZodiac(day)
	for _, z in ipairs(zodiacSigns) do		for _, z in ipairs(zodiacSigns) do
Line 43:		Line 43:
	end		end

	-- Generate a random eclipse subtype		-- Generate random eclipse subtype
	local function getEclipseSubtype(eclipseType)		local function getEclipseSubtype(eclipseType)
	math.randomseed(os.time())		math.randomseed(os.time())
	if eclipseType == "Solar" then		if eclipseType == "Solar" then
	local ~~types~~ = { "Total Solar", "Annular Solar", "Partial Solar" }		local options = { "Total Solar", "Annular Solar", "Partial Solar" }
	return ~~types~~[math.random(#~~types~~)]		return options[math.random(#options)]
	else		else
	local ~~types~~ = { "Total Lunar", "Penumbral Lunar", "Partial Lunar" }		local options = { "Total Lunar", "Penumbral Lunar", "Partial Lunar" }
	return ~~types~~[math.random(#~~types~~)]		return options[math.random(#options)]
	end		end
	end		end

	-- MAIN FUNCTION		-- Format event entry
			local function formatEvent(event)
			if event.link and event.name then
			return string.format("[%s %s]<br><small>''%s''</small>", event.link, event.name, event.city or "")
			elseif event.name then
			return string.format("'''%s'''", event.name)
			else
			return "—"
			end
			end

			-- MAIN TABLE FUNCTION
	function p.sarosTable(frame)		function p.sarosTable(frame)
	local output = {}		local output = {}

	-- Get ~~date string: e.g. "18, Atosiel (Eosena), 51 PSSC – ..."~~		-- Get year and events from calendar module
	local dateString = calendar.getCurrentDate()		local dateString = calendar.getCurrentDate()
	local psscYear = tonumber(string.match(dateString, "(%d+)%s+PSSC"))		local psscYear = tonumber(string.match(dateString, "(%d+)%s+PSSC"))
Line 65:		Line 76:

	table.insert(output, string.format("== Tarsican Eclipse Schedule – Year %d PSSC ==\n", psscYear))		table.insert(output, string.format("== Tarsican Eclipse Schedule – Year %d PSSC ==\n", psscYear))
	table.insert(output, '{\| class="wikitable" style="width:100%; text-align:center;"')		table.insert(output, '{\| class="wikitable sortable" style="width:100%; text-align:center;"')
	table.insert(output, '\|-\n! ~~Eclipse~~ # !! Day !! Month !! Zodiac ~~Sign~~ !! Eclipse Type !! Nearby Ritual or Holiday')		table.insert(output, '\|-\n! # !! Day !! Month !! Zodiac !! Eclipse Type !! Nearby Ritual or Holiday')

	local eclipseDay = 18		local eclipseDay = 18
Line 79:		Line 90:
	local zodiac = getZodiac(eclipseDay)		local zodiac = getZodiac(eclipseDay)

	-- Look for nearby ~~events ±1 day~~		-- Look ±1 day for a nearby holiday
	local ~~nearbyEvent~~ = "—"		local holidayOutput = "—"
	for offset = -1, 1 do		for offset = -1, 1 do
	local checkDay = eclipseDay + offset		local checkDay = eclipseDay + offset
Line 91:		Line 102:
	dayInMonth = checkDay - 122		dayInMonth = checkDay - 122
	end		end

	local key = checkMonth .. "," .. dayInMonth		local key = checkMonth .. "," .. dayInMonth
	if events[key] then		if events[key] then
	~~nearbyEvent~~ = events[key]		holidayOutput = formatEvent(events[key])
	break		break
	end		end
Line 100:		Line 110:
	end		end

	table.insert(output, string.format('\|-\n\| %d \|\| %d \|\| %s \|\| %s \|\| %s \|\| %s',		table.insert(output, string.format(
	i, eclipseDay, month, zodiac, subtype, ~~nearbyEvent~~		'\|-\n\| %d \|\| %d \|\| %s \|\| %s \|\| %s \|\| %s',
			i, eclipseDay, month, zodiac, subtype, holidayOutput
	))		))

NewZimiaGov at 23:19, 31 May 2025

2025-05-31T23:19:08Z

← Older revision		Revision as of 23:19, 31 May 2025
Line 1:		Line 1:
	local p = {}		local p = {}
	local calendar = require("Module:BassaridianCalendar") -- Make sure this matches your ~~actual calendar~~ module name		local calendar = require("Module:BassaridianCalendar") -- Make sure this matches your module name

	-- Constants		-- Constants
Line 25:		Line 25:
	}		}

	-- Get ~~season~~ month ~~from~~ day ~~of year~~		-- Get month based on day
	local function getMonth(day)		local function getMonth(day)
	if day <= 61 then		if day <= 61 then return "Atosiel"
	return "Atosiel"		elseif day <= 122 then return "Thalassiel"
	elseif day <= 122 then		else return "Opsitheiel"
	return "Thalassiel"
	else
	return "Opsitheiel"
	end		end
	end		end

	-- Get zodiac ~~sign from~~ day ~~of year~~		-- Get zodiac based on day
	local function getZodiac(day)		local function getZodiac(day)
	for _, z in ipairs(zodiacSigns) do		for _, z in ipairs(zodiacSigns) do
Line 46:		Line 43:
	end		end

	-- ~~Random~~ eclipse subtype ~~(can be customized later)~~		-- Generate a random eclipse subtype
	local function getEclipseSubtype(eclipseType)		local function getEclipseSubtype(eclipseType)
	math.randomseed(os.time())		math.randomseed(os.time())
	if eclipseType == "Solar" then		if eclipseType == "Solar" then
	local ~~options~~ = { "Total Solar", "Annular Solar", "Partial Solar" }		local types = { "Total Solar", "Annular Solar", "Partial Solar" }
	return ~~options~~[math.random(#~~options~~)]		return types[math.random(#types)]
	else		else
	local ~~options~~ = { "Total Lunar", "Penumbral Lunar", "Partial Lunar" }		local types = { "Total Lunar", "Penumbral Lunar", "Partial Lunar" }
	return ~~options~~[math.random(#~~options~~)]		return types[math.random(#types)]
	end		end
	end		end

	-- MAIN FUNCTION~~: Generate Eclipse Table~~		-- MAIN FUNCTION
	function p.sarosTable(frame)		function p.sarosTable(frame)
	local output = {}		local output = {}

	-- ~~Pull current~~ date ~~info and events from calendar module~~		-- Get date string: e.g. "18, Atosiel (Eosena), 51 PSSC – ..."
	local ~~currentDateString~~ = ~~BassaridianCalendar~~.getCurrentDate()		local dateString = calendar.getCurrentDate()
	local psscYear = tonumber(string.match(~~currentDateString~~, "(%d+)%s+PSSC"))		local psscYear = tonumber(string.match(dateString, "(%d+)%s+PSSC"))
	local events = ~~BassaridianCalendar~~.events		local events = calendar.events or {}

	table.insert(output, string.format("== Tarsican Eclipse Schedule – Year %d PSSC ==\n", psscYear))		table.insert(output, string.format("== Tarsican Eclipse Schedule – Year %d PSSC ==\n", psscYear))
Line 82:		Line 79:
	local zodiac = getZodiac(eclipseDay)		local zodiac = getZodiac(eclipseDay)

	-- ~~Find~~ events ~~within~~ ±1 day		-- Look for nearby events ±1 day
	local nearbyEvent = "—"		local nearbyEvent = "—"
	for offset = -1, 1 do		for offset = -1, 1 do

NewZimiaGov at 23:15, 31 May 2025

2025-05-31T23:15:37Z

← Older revision		Revision as of 23:15, 31 May 2025
Line 1:		Line 1:
	local p = {}		local p = {}
	local calendar = require("Module:~~Calendar~~") -- Make sure this matches your actual calendar module name		local calendar = require("Module:BassaridianCalendar") -- Make sure this matches your actual calendar module name

	-- Constants		-- Constants
Line 63:		Line 63:

	-- Pull current date info and events from calendar module		-- Pull current date info and events from calendar module
	local currentDateString = ~~calendar~~.getCurrentDate()		local currentDateString = BassaridianCalendar.getCurrentDate()
	local psscYear = tonumber(string.match(currentDateString, "(%d+)%s+PSSC"))		local psscYear = tonumber(string.match(currentDateString, "(%d+)%s+PSSC"))
	local events = ~~calendar~~.events		local events = BassaridianCalendar.events

	table.insert(output, string.format("== Tarsican Eclipse Schedule – Year %d PSSC ==\n", psscYear))		table.insert(output, string.format("== Tarsican Eclipse Schedule – Year %d PSSC ==\n", psscYear))

NewZimiaGov: Created page with "local p = {} local calendar = require("Module:Calendar") -- Make sure this matches your actual calendar module name -- Constants local synodicPeriod = 24.8 local micrasYearLength = 183 -- Zodiac definitions local zodiacSigns = { { name = "Atosien", start = 1, stop = 12 }, { name = "Eosena", start = 13, stop = 24 }, { name = "Micrasha", start = 25, stop = 36 }, { name = "Pyreska", start = 37, stop = 48 }, { name = "Indomin", star..."

2025-05-31T18:06:52Z

Created page with "local p = {} local calendar = require("Module:Calendar") -- Make sure this matches your actual calendar module name -- Constants local synodicPeriod = 24.8 local micrasYearLength = 183 -- Zodiac definitions local zodiacSigns = { { name = "Atosien", start = 1, stop = 12 }, { name = "Eosena", start = 13, stop = 24 }, { name = "Micrasha", start = 25, stop = 36 }, { name = "Pyreska", start = 37, stop = 48 }, { name = "Indomin", star..."

New page

local p = {}
local calendar = require("Module:Calendar") -- Make sure this matches your actual calendar module name

-- Constants
local synodicPeriod = 24.8
local micrasYearLength = 183

-- Zodiac definitions
local zodiacSigns = {
{ name = "Atosien", start = 1, stop = 12 },
{ name = "Eosena", start = 13, stop = 24 },
{ name = "Micrasha", start = 25, stop = 36 },
{ name = "Pyreska", start = 37, stop = 48 },
{ name = "Indomin", start = 49, stop = 61 },
{ name = "Chrysen", start = 62, stop = 73 },
{ name = "Thalassian", start = 74, stop = 85 },
{ name = "Nephelia", start = 86, stop = 97 },
{ name = "Glinaeus", start = 98, stop = 109 },
{ name = "Noctien", start = 110, stop = 122 },
{ name = "Opsithia", start = 123, stop = 133 },
{ name = "Stygian", start = 134, stop = 145 },
{ name = "Faunian", start = 146, stop = 157 },
{ name = "Silenian", start = 158, stop = 169 },
{ name = "Catosien", start = 170, stop = 183 }
}

-- Get season month from day of year
local function getMonth(day)
if day <= 61 then
return "Atosiel"
elseif day <= 122 then
return "Thalassiel"
else
return "Opsitheiel"
end
end

-- Get zodiac sign from day of year
local function getZodiac(day)
for _, z in ipairs(zodiacSigns) do
if day >= z.start and day <= z.stop then
return z.name
end
end
return "Unknown"
end

-- Random eclipse subtype (can be customized later)
local function getEclipseSubtype(eclipseType)
math.randomseed(os.time())
if eclipseType == "Solar" then
local options = { "Total Solar", "Annular Solar", "Partial Solar" }
return options[math.random(#options)]
else
local options = { "Total Lunar", "Penumbral Lunar", "Partial Lunar" }
return options[math.random(#options)]
end
end

-- MAIN FUNCTION: Generate Eclipse Table
function p.sarosTable(frame)
local output = {}

-- Pull current date info and events from calendar module
local currentDateString = calendar.getCurrentDate()
local psscYear = tonumber(string.match(currentDateString, "(%d+)%s+PSSC"))
local events = calendar.events

table.insert(output, string.format("== Tarsican Eclipse Schedule – Year %d PSSC ==\n", psscYear))
table.insert(output, '{| class="wikitable" style="width:100%; text-align:center;"')
table.insert(output, '|-\n! Eclipse # !! Day !! Month !! Zodiac Sign !! Eclipse Type !! Nearby Ritual or Holiday')

local eclipseDay = 18
local isSolar = true

for i = 1, 10 do
if eclipseDay > micrasYearLength then break end

local eclipseType = isSolar and "Solar" or "Lunar"
local subtype = getEclipseSubtype(eclipseType)
local month = getMonth(eclipseDay)
local zodiac = getZodiac(eclipseDay)

-- Find events within ±1 day
local nearbyEvent = "—"
for offset = -1, 1 do
local checkDay = eclipseDay + offset
if checkDay >= 1 and checkDay <= micrasYearLength then
local checkMonth = getMonth(checkDay)
local dayInMonth = checkDay
if checkMonth == "Thalassiel" then
dayInMonth = checkDay - 61
elseif checkMonth == "Opsitheiel" then
dayInMonth = checkDay - 122
end

local key = checkMonth .. "," .. dayInMonth
if events[key] then
nearbyEvent = events[key]
break
end
end
end

table.insert(output, string.format('|-\n| %d || %d || %s || %s || %s || %s',
i, eclipseDay, month, zodiac, subtype, nearbyEvent
))

eclipseDay = math.floor(eclipseDay + synodicPeriod + ((-1)^i) * 2.3)
isSolar = not isSolar
end

table.insert(output, '|}')
return table.concat(output, "\n")
end

return p