Module:IriniaCalendar - Revision history

Dubhghlas at 20:00, 4 May 2025

2025-05-04T20:00:29Z

Dubhghlas at 19:54, 4 May 2025

2025-05-04T19:54:43Z

Dubhghlas at 18:58, 4 May 2025

2025-05-04T18:58:50Z

← Older revision		Revision as of 18:58, 4 May 2025
Line 518:		Line 518:
	-- Calculate a person's age given their birth date		-- Calculate a person's age given their birth date
	function p.calculateAge(frame)		function p.calculateAge(frame)
	local args = frame.args		local args = frame.args or {}
			local parentArgs = (frame.getParent and frame:getParent().args) or {}
	~~-- If called via #invoke, get the args from the parent~~ frame
	~~if not args or not args[1] then~~		-- pull each field, preferring the named arg in frame.args
	~~args =~~ frame:getParent().args		local birthDay = tonumber(args.day or parentArgs.day) or 1
	~~end~~		local birthMonth = tonumber(args.month or parentArgs.month) or 1
			local birthYear = tonumber(args.year or parentArgs.year) or 0
	local birthDay = tonumber(args.day) or 1
	local birthMonth = tonumber(args.month) or 1
	local birthYear = tonumber(args.year) or 0

	local birthDate = {		local birthDate = {
	day = birthDay,		day = birthDay,
	month = birthMonth,		month = birthMonth,
	year = birthYear		year = birthYear
	}		}

	~~-- Calculate the difference between the birth date and the current date~~
	local age = p.dateDifference(birthDate, calendar.current)		local age = p.dateDifference(birthDate, calendar.current)

	~~-- Extract just the years from the age string~~
	local years = string.match(age, "^(%d+) years?")		local years = string.match(age, "^(%d+) years?")
	~~if years then~~		return years or "0"
	return years
	~~else~~
	~~return~~ "0"
	~~end~~
	end		end


	-- Calculate how long ago an event occurred		-- Calculate how long ago an event occurred

Dubhghlas at 18:58, 4 May 2025

2025-05-04T18:58:08Z

← Older revision		Revision as of 18:58, 4 May 2025
Line 92:		Line 92:
	calendar.current.month = tonumber(args.month) or calendar.current.month		calendar.current.month = tonumber(args.month) or calendar.current.month
	calendar.current.year = tonumber(args.year) or calendar.current.year		calendar.current.year = tonumber(args.year) or calendar.current.year
	~~local args = frame.args or {}~~
	~~local birthDay = tonumber(args.day) or 1~~
	~~local birthMonth = tonumber(args.month) or 1~~
	~~local birthYear = tonumber(args.year) or 0~~

	-- Return confirmation		-- Return confirmation

Dubhghlas at 18:56, 4 May 2025

2025-05-04T18:56:09Z

← Older revision		Revision as of 18:56, 4 May 2025
Line 92:		Line 92:
	calendar.current.month = tonumber(args.month) or calendar.current.month		calendar.current.month = tonumber(args.month) or calendar.current.month
	calendar.current.year = tonumber(args.year) or calendar.current.year		calendar.current.year = tonumber(args.year) or calendar.current.year
			local args = frame.args or {}
			local birthDay = tonumber(args.day) or 1
			local birthMonth = tonumber(args.month) or 1
			local birthYear = tonumber(args.year) or 0

	-- Return confirmation		-- Return confirmation

Dubhghlas at 18:35, 4 May 2025

2025-05-04T18:35:17Z

← Older revision		Revision as of 18:35, 4 May 2025
Line 220:		Line 220:
	-- If date2 is before date1, swap them and set a negative flag		-- If date2 is before date1, swap them and set a negative flag
	local negative = false		local negative = false
	if p.~~totalDays~~(date1) > ~~p.totalDays(date2)~~ then		if p.compareDate(date1, date2) > 0 then
	date1, date2 = date2, date1		date1, date2 = date2, date1
	negative = true		negative = true
	end		end

	local years = ~~date2.year - date1.year~~		-- Initialize with zeros
	local months = ~~date2.month - date1.month~~		local years = 0
	local days = ~~date2.day - date1.day~~		local months = 0
			local days = 0

	-- ~~Adjust if~~ days ~~are negative~~		-- Start with the difference in years
	if ~~days~~ < 0 then		years = date2.year - date1.year
	~~months~~ = ~~months~~ - 1
	~~days~~ = ~~days~~ + ~~calendar.days_in_month[((~~date2.month - ~~2) % 12) + 1]~~		-- Now calculate months and days, adjusting as needed
			if date2.month > date1.month then
			months = date2.month - date1.month
			elseif date2.month < date1.month then
			years = years - 1
			months = 12 - date1.month + date2.month
			else -- Same month
			months = 0
	end		end

	-- ~~Adjust~~ if months ~~are negative~~		-- Calculate days
	if months < 0 then		if date2.day >= date1.day then
	years = years - 1		days = date2.day - date1.day
	months = months + 12		else
			-- Need to borrow from months
			if months > 0 then
			months = months - 1
			else
			-- Need to borrow from years
			if years > 0 then
			years = years - 1
			months = 11 -- We're setting to 11 because we'll add one below
			end
			end

			-- Add one month (now that we've borrowed)
			months = months + 1

			-- Calculate the days, considering the length of the previous month
			local prevMonth = date2.month - 1
			if prevMonth < 1 then prevMonth = 12 end

			days = calendar.days_in_month[prevMonth] - date1.day + date2.day
	end		end

Line 265:		Line 292:

	return output		return output
			end

			-- Compare two dates: returns -1 if date1 < date2, 0 if equal, 1 if date1 > date2
			function p.compareDate(date1, date2)
			if date1.year < date2.year then return -1 end
			if date1.year > date2.year then return 1 end

			-- Same year, check month
			if date1.month < date2.month then return -1 end
			if date1.month > date2.month then return 1 end

			-- Same year and month, check day
			if date1.day < date2.day then return -1 end
			if date1.day > date2.day then return 1 end

			-- Dates are equal
			return 0
	end		end

Dubhghlas: Created page with "-- Module:IriniaCalendar -- A module for handling the custom calendar of Irinia local p = {} -- Configurable variables for the calendar system local calendar = { -- Current date in the world (can be updated as game progresses) current = { day = 4, month = 5, -- Bloom Moon year = 1236, -- AE (After Establishment) }, -- Month names in order months = { [1] = "Frost Moon", [2] = "Shadow Moon", [3] = "..."

2025-05-04T18:07:45Z

Created page with "-- Module:IriniaCalendar -- A module for handling the custom calendar of Irinia local p = {} -- Configurable variables for the calendar system local calendar = { -- Current date in the world (can be updated as game progresses) current = { day = 4, month = 5, -- Bloom Moon year = 1236, -- AE (After Establishment) }, -- Month names in order months = { [1] = "Frost Moon", [2] = "Shadow Moon", [3] = "..."

New page

-- Module:IriniaCalendar
-- A module for handling the custom calendar of Irinia

local p = {}

-- Configurable variables for the calendar system
local calendar = {
-- Current date in the world (can be updated as game progresses)
current = {
day = 4,
month = 5, -- Bloom Moon
year = 1236, -- AE (After Establishment)
},

-- Month names in order
months = {
[1] = "Frost Moon",
[2] = "Shadow Moon",
[3] = "Storm Moon",
[4] = "Mist Moon",
[5] = "Bloom Moon",
[6] = "Sun Moon",
[7] = "Thunder Moon",
[8] = "Harvest Moon",
[9] = "Ember Moon",
[10] = "Frost Moon",
[11] = "Twilight Moon",
[12] = "Star Moon"
},

-- Days in each month (adjust as needed for your calendar)
days_in_month = {
[1] = 30, -- Frost Moon
[2] = 28, -- Shadow Moon
[3] = 30, -- Storm Moon
[4] = 29, -- Mist Moon
[5] = 31, -- Bloom Moon
[6] = 31, -- Sun Moon
[7] = 30, -- Thunder Moon
[8] = 31, -- Harvest Moon
[9] = 30, -- Ember Moon
[10] = 31, -- Frost Moon
[11] = 28, -- Twilight Moon
[12] = 30 -- Star Moon
},

-- Days of the week (if your calendar uses a weekly cycle)
weekdays = {
[1] = "Silverday",
[2] = "Brassday",
[3] = "Woodday",
[4] = "Stoneday",
[5] = "Glassday",
[6] = "Steamday",
[7] = "Gearsday"
},

-- Seasons (useful for some calendar displays)
seasons = {
[1] = "Winter", -- Frost Moon, Shadow Moon
[2] = "Winter",
[3] = "Spring", -- Storm Moon, Mist Moon, Bloom Moon
[4] = "Spring",
[5] = "Spring",
[6] = "Summer", -- Sun Moon, Thunder Moon, Harvest Moon
[7] = "Summer",
[8] = "Summer",
[9] = "Autumn", -- Ember Moon, Frost Moon, Twilight Moon
[10] = "Autumn",
[11] = "Autumn",
[12] = "Winter", -- Star Moon
},

-- Era name (e.g., "AE" for "After Establishment")
era = "AE",

-- Days in a year
days_in_year = 359 -- Sum of all month days above
}

-- Update the current date (can be called from other modules or templates)
function p.updateCurrentDate(frame)
local args = frame.args

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

-- Get the new current date
calendar.current.day = tonumber(args.day) or calendar.current.day
calendar.current.month = tonumber(args.month) or calendar.current.month
calendar.current.year = tonumber(args.year) or calendar.current.year

-- Return confirmation
return "Current date updated to " .. p.formatDate(calendar.current)
end

-- Get the current date
function p.getCurrentDate(frame)
local args = frame.args
local format = "full"

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

-- Get format parameter if provided
if args.format then
format = args.format
end

-- Format and return the current date
return p.formatDate(calendar.current, format)
end

-- Convert numerical month to name
function p.getMonthName(frame)
local args = frame.args

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

local month = tonumber(args.month) or 1

-- Ensure month is in valid range
if month < 1 or month > #calendar.months then
month = ((month - 1) % #calendar.months) + 1
end

return calendar.months[month]
end

-- Format a date according to the specified format
function p.formatDate(date, format)
format = format or "full"

local day = date.day or 1
local month = date.month or 1
local year = date.year or 0

-- Ensure month is in valid range
if month < 1 or month > #calendar.months then
month = ((month - 1) % #calendar.months) + 1
end

local monthName = calendar.months[month]

-- Different format options
if format == "full" then
return day .. " " .. monthName .. ", " .. year .. " " .. calendar.era
elseif format == "short" then
return day .. " " .. monthName .. ", " .. year
elseif format == "month-year" then
return monthName .. ", " .. year .. " " .. calendar.era
elseif format == "day-month" then
return day .. " " .. monthName
elseif format == "numeric" then
return day .. "/" .. month .. "/" .. year .. " " .. calendar.era
else
return day .. " " .. monthName .. ", " .. year .. " " .. calendar.era
end
end

-- Parse a date string into a date object
function p.parseDate(dateStr)
local day, monthName, year = string.match(dateStr, "(%d+)%s+(%a+%s*%a*),%s*(%d+)")

if not day or not monthName or not year then
return nil
end

-- Find the month number from the name
local month = nil
for i, name in ipairs(calendar.months) do
if string.lower(name) == string.lower(monthName) then
month = i
break
end
end

if not month then
return nil
end

return {
day = tonumber(day),
month = month,
year = tonumber(year)
}
end

-- Calculate total days from year 0
function p.totalDays(date)
if not date or not date.day or not date.month or not date.year then
return 0
end

local total = 0

-- Add days from complete years
total = total + date.year * calendar.days_in_year

-- Add days from complete months in current year
for i = 1, date.month - 1 do
total = total + calendar.days_in_month[i]
end

-- Add days in current month
total = total + date.day

return total
end

-- Calculate how many years, months, and days between two dates
function p.dateDifference(date1, date2)
-- If date2 is before date1, swap them and set a negative flag
local negative = false
if p.totalDays(date1) > p.totalDays(date2) then
date1, date2 = date2, date1
negative = true
end

local years = date2.year - date1.year
local months = date2.month - date1.month
local days = date2.day - date1.day

-- Adjust if days are negative
if days < 0 then
months = months - 1
days = days + calendar.days_in_month[((date2.month - 2) % 12) + 1]
end

-- Adjust if months are negative
if months < 0 then
years = years - 1
months = months + 12
end

-- Format the result
local result = {}
if years ~= 0 then
table.insert(result, years .. " year" .. (years ~= 1 and "s" or ""))
end
if months ~= 0 then
table.insert(result, months .. " month" .. (months ~= 1 and "s" or ""))
end
if days ~= 0 or #result == 0 then
table.insert(result, days .. " day" .. (days ~= 1 and "s" or ""))
end

local output = table.concat(result, ", ")

-- Replace the last comma with "and" if there's more than one element
if #result > 1 then
output = string.gsub(output, ", ([^,]*)$", " and %1")
end

if negative then
output = output .. " ago"
end

return output
end

-- Calculate time since a given date, relative to the current date
function p.timeSince(frame)
local args = frame.args

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

local day = tonumber(args.day) or 1
local month = tonumber(args.month) or 1
local year = tonumber(args.year) or 0

local date = {
day = day,
month = month,
year = year
}

-- Calculate the difference between the provided date and the current date
return p.dateDifference(date, calendar.current)
end

-- Calculate time until a given date, relative to the current date
function p.timeUntil(frame)
local args = frame.args

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

local day = tonumber(args.day) or 1
local month = tonumber(args.month) or 1
local year = tonumber(args.year) or 0

local date = {
day = day,
month = month,
year = year
}

-- Calculate the difference between the current date and the provided date
return p.dateDifference(calendar.current, date)
end

-- Format a timeline entry with a specific date and event text
function p.timelineEntry(frame)
local args = frame.args

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

local day = tonumber(args.day) or 1
local month = tonumber(args.month) or 1
local year = tonumber(args.year) or 0
local text = args.text or ""
local format = args.format or "full"

local date = {
day = day,
month = month,
year = year
}

-- Format the date according to the specified format
local dateStr = p.formatDate(date, format)

-- Calculate how long ago this date was
local timeAgo = p.dateDifference(date, calendar.current)

-- Format the timeline entry
return "<div class='timeline-entry'><span class='timeline-date'>" .. dateStr .. "</span> <span class='timeline-ago'>(" .. timeAgo .. " ago)</span>: <span class='timeline-text'>" .. text .. "</span></div>"
end

-- Generate a calendar display for a specific month and year
function p.calendarDisplay(frame)
local args = frame.args

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

local month = tonumber(args.month) or calendar.current.month
local year = tonumber(args.year) or calendar.current.year

-- Ensure month is in valid range
if month < 1 or month > #calendar.months then
month = ((month - 1) % #calendar.months) + 1
end

local daysInMonth = calendar.days_in_month[month]
local monthName = calendar.months[month]

-- Start building the calendar table
local output = "<table class='calendar-table'>\n"
output = output .. "<caption>" .. monthName .. " " .. year .. " " .. calendar.era .. "</caption>\n"

-- Add weekday headers
output = output .. "<tr class='calendar-header'>\n"
for _, dayName in ipairs(calendar.weekdays) do
output = output .. "<th>" .. dayName .. "</th>\n"
end
output = output .. "</tr>\n"

-- Calculate the weekday of the first day of the month
-- This is a simplified calculation assuming the first day of year 0 was weekday 1
local totalDays = p.totalDays({day = 1, month = month, year = year}) - 1
local firstWeekday = (totalDays % #calendar.weekdays) + 1

-- Start the first week
output = output .. "<tr>\n"

-- Add empty cells for days before the first of the month
for i = 1, firstWeekday - 1 do
output = output .. "<td class='calendar-empty'></td>\n"
end

-- Add the days of the month
local currentWeekday = firstWeekday
for day = 1, daysInMonth do
-- Check if this day is the current date
local isCurrentDate = (day == calendar.current.day and month == calendar.current.month and year == calendar.current.year)
local cellClass = isCurrentDate and "calendar-current-day" or "calendar-day"

output = output .. "<td class='" .. cellClass .. "'>" .. day .. "</td>\n"

-- Move to the next weekday
currentWeekday = currentWeekday + 1

-- Start a new week if necessary
if currentWeekday > #calendar.weekdays and day < daysInMonth then
output = output .. "</tr>\n<tr>\n"
currentWeekday = 1
end
end

-- Add empty cells for days after the end of the month
for i = currentWeekday, #calendar.weekdays do
output = output .. "<td class='calendar-empty'></td>\n"
end

-- Close the final week and the table
output = output .. "</tr>\n</table>"

return output
end

-- Generate an annual calendar display
function p.yearCalendar(frame)
local args = frame.args

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

local year = tonumber(args.year) or calendar.current.year

-- Start building the year calendar
local output = "<div class='year-calendar'>\n"
output = output .. "<h2>Calendar for Year " .. year .. " " .. calendar.era .. "</h2>\n"

-- Add each month
for month = 1, #calendar.months do
output = output .. "<div class='month-calendar'>\n"

-- Create arguments for the month calendar
local monthArgs = {
month = month,
year = year
}

-- Generate the calendar for this month
output = output .. p.calendarDisplay({ args = monthArgs })
output = output .. "</div>\n"
end

output = output .. "</div>"

return output
end

-- Get the season for a given month
function p.getSeason(frame)
local args = frame.args

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

local month = tonumber(args.month) or calendar.current.month

-- Ensure month is in valid range
if month < 1 or month > #calendar.months then
month = ((month - 1) % #calendar.months) + 1
end

return calendar.seasons[month]
end

-- Calculate a person's age given their birth date
function p.calculateAge(frame)
local args = frame.args

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

local birthDay = tonumber(args.day) or 1
local birthMonth = tonumber(args.month) or 1
local birthYear = tonumber(args.year) or 0

local birthDate = {
day = birthDay,
month = birthMonth,
year = birthYear
}

-- Calculate the difference between the birth date and the current date
local age = p.dateDifference(birthDate, calendar.current)

-- Extract just the years from the age string
local years = string.match(age, "^(%d+) years?")
if years then
return years
else
return "0"
end
end

-- Calculate how long ago an event occurred
function p.eventTimeAgo(frame)
local args = frame.args

-- If called via #invoke, get the args from the parent frame
if not args or not args[1] then
args = frame:getParent().args
end

local eventDay = tonumber(args.day) or 1
local eventMonth = tonumber(args.month) or 1
local eventYear = tonumber(args.year) or 0
local prefix = args.prefix or ""
local suffix = args.suffix or " ago"

local eventDate = {
day = eventDay,
month = eventMonth,
year = eventYear
}

-- Calculate the difference between the event date and the current date
local timeAgo = p.dateDifference(eventDate, calendar.current)

return prefix .. timeAgo .. suffix
end

return p