Module:BassaridMarketActivity: Difference between revisions

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-- Module: BassaridiaStockMarketTable
-- Module: BassaridiaStockMarketTable
--  
--  
-- Similar to your original "BassaridiaDailyInvestorTable",
-- Produces a "stock table" using the same daily logic,
-- but with columns typical of a stock market table:
-- randomization, 30% cap, and reason pools as your
--  • Date (still "DD/MM/YYYY PSSC")
-- original "BassaridiaDailyInvestorTable" script.
--  • Symbol
--  • Company
--   • Open (Value at Start, in Polis)
--  • Close (Value at End, in Polis)
--   • Volume (simply "Stocks Bought + Stocks Sold")
--  • Change (Close - Open, in Polis)
--  • Change % ((Change / Open) * 100)
--  • Reason (same unique reason logic)
--  
--  
-- All daily logic, randomization, and 30%-cap constraints
-- The key fix here is: we generate valid wikitext
-- are unchanged, so you'll see the SAME daily values
-- rows for each entry so that the table actually shows up.
-- you'd get from the original script.
---------------------------------------------------------
---------------------------------------------------------


Line 22: Line 13:


---------------------------------------------------------
---------------------------------------------------------
-- 1) getDailyDate: same logic, same "DD/MM/YYYY PSSC"
-- 1) Date logic, same as original
---------------------------------------------------------
---------------------------------------------------------
local function getDailyDate()
local function getDailyDate()
Line 36: Line 27:
     local dayOfYear = math.floor((yearFraction - psscYear) * daysPerYear) + 1
     local dayOfYear = math.floor((yearFraction - psscYear) * daysPerYear) + 1


    -- 3 "months" in the 183-day year
     local month, dayOfMonth
     local month, dayOfMonth
     if dayOfYear <= 61 then
     if dayOfYear <= 61 then
Line 54: Line 44:


---------------------------------------------------------
---------------------------------------------------------
-- 2) "Investors" => "Companies" with symbols
-- 2) Data: Tickers/Companies (same stock counts)
--    Same stock counts, but we add short ticker-like symbols.
---------------------------------------------------------
---------------------------------------------------------
local companies = {
local companies = {
Line 101: Line 90:


---------------------------------------------------------
---------------------------------------------------------
-- 3) Reasons for Increase / Decrease (same texts)
-- 3) Reasons: identical to original
---------------------------------------------------------
---------------------------------------------------------
local increaseReasons = {
local increaseReasons = {
Line 160: Line 149:


---------------------------------------------------------
---------------------------------------------------------
-- 4) Utility function to pop a unique reason
-- 4) Utility: pop a unique reason
---------------------------------------------------------
---------------------------------------------------------
local function popUniqueReason(pool)
local function popUniqueReason(list)
     if #pool == 0 then
     if #list == 0 then
         return "(No reason: out of reasons!)"
         return "(No reason: out of reasons!)"
     end
     end
     local i = math.random(#pool)
     local i = math.random(#list)
     local result = pool[i]
     local r = list[i]
     table.remove(pool, i)
     table.remove(list, i)
     return result
     return r
end
end


---------------------------------------------------------
---------------------------------------------------------
-- 5) Force half up, half down (unchanged)
-- 5) Half up, half down
---------------------------------------------------------
---------------------------------------------------------
local function assignUpDown(count)
local function assignUpDown(count)
Line 179: Line 168:
     local arr = {}
     local arr = {}
     for i = 1, half do
     for i = 1, half do
         arr[#arr + 1] = "Inc"
         arr[#arr+1] = "Inc"
     end
     end
     for i = half+1, count do
     for i = half+1, count do
         arr[#arr + 1] = "Dec"
         arr[#arr+1] = "Dec"
     end
     end
     -- Shuffle
     -- shuffle
     for i = #arr, 2, -1 do
     for i = #arr, 2, -1 do
         local j = math.random(i)
         local j = math.random(i)
Line 193: Line 182:


---------------------------------------------------------
---------------------------------------------------------
-- 6) Main function: produce a "stock table" with the
-- 6) Main function: produce the table
--    same daily numbers as the original script
---------------------------------------------------------
---------------------------------------------------------
function p.generateTable(frame)
function p.generateTable(frame)
     -- (a) Date-based seed: same formula
     -- Seed
     local dateString, dayOfYear = getDailyDate()
     local dateString, dayOfYear = getDailyDate()
     local localTime = os.date("*t")
     local localTime = os.date("*t")
Line 203: Line 191:
     math.randomseed(dailySeed)
     math.randomseed(dailySeed)


     -- (b) Copy reason arrays
     -- Copy reasons
     local incPool = {}
     local incPool = {}
     for _, r in ipairs(increaseReasons) do incPool[#incPool + 1] = r end
     for _, r in ipairs(increaseReasons) do incPool[#incPool+1] = r end
     local decPool = {}
     local decPool = {}
     for _, r in ipairs(decreaseReasons) do decPool[#decPool + 1] = r end
     for _, r in ipairs(decreaseReasons) do decPool[#decPool+1] = r end


    -- (c) Assign half up, half down
     local n = #companies
     local n = #companies
     local directions = assignUpDown(n)
     local directions = assignUpDown(n)


     -- The original script used a per-share "Polis" price of 30.
     -- In the original script, each share was valued at 30 Polis
     local sharePrice = 30
     local sharePrice = 30


     -- (d) Build the "wikitable" header
     -- Start building the table output
     local out = {}
     local out = {}
     table.insert(out, '{| class="wikitable" style="text-align:center; width:100%;"')
     table.insert(out, '{| class="wikitable" style="text-align:center; width:100%;"')
     table.insert(out, "|-")
     -- Header row (one line, with !! for separate columns)
     table.insert(out, "! Date")
     table.insert(out, '|-')
     table.insert(out, "! Symbol")
     table.insert(out, '! Date !! Symbol !! Company !! Open (Polis) !! Close (Polis) !! Volume !! Change !! Change % !! Reason')
    table.insert(out, "! Company")
    table.insert(out, "! Open (Polis)")
    table.insert(out, "! Close (Polis)")
    table.insert(out, "! Volume")
    table.insert(out, "! Change")
    table.insert(out, "! Change %")
    table.insert(out, "! Reason")


     -- (e) For each "company" (previously "investor")
     -- Generate each row
     for i, co in ipairs(companies) do
     for i, co in ipairs(companies) do
        local direction = directions[i]
         local stocksStart = co.stocks
         local stocksStart = co.stocks
        local upOrDown = directions[i]


        -- same 30% constraint
         local maxDelta = math.floor(stocksStart * 0.3)
         local maxDelta = math.floor(stocksStart * 0.3)
         if maxDelta < 1 then maxDelta = 1 end
         if maxDelta < 1 then maxDelta = 1 end


        -- same random buy/sell logic
         local buy, sell = 0, 0
         local buy, sell = 0, 0
         if upOrDown == "Inc" then
         if direction == "Inc" then
             buy  = math.random(1, maxDelta)
             buy  = math.random(1, maxDelta)
             sell = math.random(0, buy - 1)
             sell = math.random(0, buy - 1)
Line 248: Line 226:
             buy  = math.random(0, sell - 1)
             buy  = math.random(0, sell - 1)
         end
         end
         local stocksEnd = stocksStart + buy - sell
         local stocksEnd = stocksStart + buy - sell


         -- Convert "stocks" to Polis value
         -- Convert to Polis
         local openVal  = stocksStart * sharePrice
         local openVal  = stocksStart * sharePrice
         local closeVal = stocksEnd  * sharePrice
         local closeVal = stocksEnd  * sharePrice


         -- Volume is the total shares that changed hands
         -- Volume => total shares traded
         local volume = buy + sell
         local volume = buy + sell


         -- "Change" is close - open (in Polis)
         -- Daily change (Polis)
         local changeVal = closeVal - openVal
         local changeVal = closeVal - openVal
         -- "Change%"
 
         -- Change %
         local pctChange = 0
         local pctChange = 0
         if openVal ~= 0 then
         if openVal > 0 then
             pctChange = (changeVal / openVal) * 100
             pctChange = (changeVal / openVal) * 100
         end
         end
Line 272: Line 252:
             reason = popUniqueReason(decPool)
             reason = popUniqueReason(decPool)
         else
         else
             -- If no net change, pick from incPool per original code
             -- if no net difference, pick from inc pool
             reason = popUniqueReason(incPool)
             reason = popUniqueReason(incPool)
         end
         end


         -- (f) Insert row
         -- Build one row (cells separated by "||")
         table.insert(out, "|-")
         local row = table.concat({
        table.insert(out, dateString)  -- e.g. "22/01/2025 PSSC"
            '|-',
        table.insert(out, co.symbol)
            string.format('| %s || %s || %s || %d || %d || %d || %+d || %.2f%% || %s',
        table.insert(out, co.name)
                dateString,        -- e.g. "22/01/2025 PSSC"
        table.insert(out, tostring(openVal))
                co.symbol,
        table.insert(out, tostring(closeVal))
                co.name,
        table.insert(out, tostring(volume))
                openVal,
        table.insert(out, string.format("%+d", changeVal))
                closeVal,
         table.insert(out, string.format("%.2f%%", pctChange))
                volume,
         table.insert(out, reason)
                changeVal,
                pctChange,
                reason
            )
         }, '\n') -- newline between |- and the row data
 
         table.insert(out, row)
     end
     end


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


return p
return p

Revision as of 22:34, 22 January 2025

Documentation for this module may be created at Module:BassaridMarketActivity/doc

---------------------------------------------------------
-- Module: BassaridiaStockMarketTable
-- 
-- Produces a "stock table" using the same daily logic,
-- randomization, 30% cap, and reason pools as your
-- original "BassaridiaDailyInvestorTable" script.
-- 
-- The key fix here is: we generate valid wikitext
-- rows for each entry so that the table actually shows up.
---------------------------------------------------------

local p = {}

---------------------------------------------------------
-- 1) Date logic, same as original
---------------------------------------------------------
local function getDailyDate()
    local startDate = os.time({year = 1999, month = 8, day = 6})
    local secondsInDay = 86400
    local daysPerYear = 183

    local now = os.time()
    local totalDaysElapsed = math.floor((now - startDate) / secondsInDay)

    local yearFraction = totalDaysElapsed / daysPerYear
    local psscYear = math.floor(yearFraction)
    local dayOfYear = math.floor((yearFraction - psscYear) * daysPerYear) + 1

    local month, dayOfMonth
    if dayOfYear <= 61 then
        month = 1
        dayOfMonth = dayOfYear
    elseif dayOfYear <= 122 then
        month = 2
        dayOfMonth = dayOfYear - 61
    else
        month = 3
        dayOfMonth = dayOfYear - 122
    end

    local dateString = string.format("%d/%d/%d PSSC", dayOfMonth, month, psscYear)
    return dateString, dayOfYear
end

---------------------------------------------------------
-- 2) Data: Tickers/Companies (same stock counts)
---------------------------------------------------------
local companies = {
    {
        symbol = "VREG",
        name   = "Vaeringheim Regional Investor",
        stocks = 17424
    },
    {
        symbol = "ALPK",
        name   = "Alpazkigz Regional Investor",
        stocks = 16214
    },
    {
        symbol = "ODFR",
        name   = "Odiferia Regional Investor",
        stocks = 14718
    },
    {
        symbol = "HAFA",
        name   = "Hafaan Regional Investor",
        stocks = 3630
    },
    {
        symbol = "JESR",
        name   = "Jeseri Regional Investor",
        stocks = 1870
    },
    {
        symbol = "HMIN",
        name   = "Hatch Ministry Regional Investor",
        stocks = 7810
    },
    {
        symbol = "JANG",
        name   = "New South Jangsong Division",
        stocks = 11085
    },
    {
        symbol = "HBAS",
        name   = "Haifan Bassaridia Division",
        stocks = 12500
    },
}

---------------------------------------------------------
-- 3) Reasons: identical to original
---------------------------------------------------------
local increaseReasons = {
    "Improved logistics at the General Port attracted new investors.",
    "An influx of goods from Delphica boosted trade volume at the port.",
    "High demand for Noctic-Rabrev exports raised investor confidence.",
    "Completion of a new shipping lane connecting Nexa increased activity.",
    "Successful negotiations with Erythros merchants expanded trade.",
    "Festival of Light in Vaeringheim drove significant port activity.",
    "High attendance at the Bassaridia Trade Symposium enhanced reputation.",
    "Discovery of new mineral resources near Acheron increased export potential.",
    "A surge in ceremonial wine exports from the Blood Vineyards bolstered ops.",
    "Efficient cargo handling improvements boosted investor sentiment.",
    "Seasonal agricultural exports from Jogi saw a sharp increase.",
    "High sales of pearl and abalone products boosted port traffic.",
    "Luxury goods from Tel-Amin attracted new high-end investors.",
    "Port capacity expansion in Suncliff improved competitiveness.",
    "Improved relations with Maskmakers Guild stabilized trade routes.",
    "Increased fishing yields around Lake Morovia led to more port activity.",
    "Enhanced security measures at the Port reduced piracy concerns.",
    "Cultural appreciation for Horehound exports boosted confidence.",
    "Trade deals with Saluria expanded port usage significantly.",
    "Demand for silk from the Seamstresses of Rouge improved port revenue.",
    "Moonlit Tide celebrations increased ceremonial goods traffic.",
    "Launch of new Garganid fertilizer shipments attracted agriculture investors.",
    "Global interest in sacred resin exports enhanced shipments.",
    "Marketing campaign highlighted the Port's strategic location.",
    "Completion of high-speed rail connections boosted trade efficiency."
}

local decreaseReasons = {
    "Pirate raids in the Strait of Haifa disrupted shipments to the Port.",
    "Unfavorable weather delayed agriculture exports from Plains of Jogi.",
    "Labor shortages in the Port caused cargo-handling delays.",
    "A major fire in Salurian sacred groves reduced resin exports.",
    "Rising costs of Noctic-Rabrev cultivation hurt confidence.",
    "Unrest in Jangsong Province disrupted camel meat shipments.",
    "Currency fluctuations in Vaeringheim affected stability.",
    "Economic sanctions on neighbors reduced export activity.",
    "Decline in ceremonial artifact production lowered traffic.",
    "Cultural disputes over Horehound caused export delays.",
    "Counterfeit relics in Nexa harmed the port's reputation.",
    "Fishing yields were outpaced by demand, reducing shipments.",
    "Decline in pearl quality from Anterran sources lowered interest.",
    "Shortage of ceremonial wine from Blood Vineyards cut exports.",
    "Unrest among Maskmaker merchants disrupted trade agreements.",
    "Less demand for silk from Seamstresses of Rouge impacted flows.",
    "Collapse of trade agreement with Tel-Amin lowered volume.",
    "Seasonal labor shortages shrank port shipments significantly.",
    "Disruptions in Suncliff Fisheries slowed aquatic exports.",
    "Alternative shipping routes bypassed the Port altogether.",
    "Economic downturn in Lunalis Sancta reduced investor interest.",
    "Lingering piracy concerns in Haifan waters harmed confidence.",
    "Failure at Bassaridia Trade Symposium lowered traffic.",
    "Natural disasters near Acheron destroyed key routes.",
    "Sabotage of port infrastructure caused shipping delays."
}

---------------------------------------------------------
-- 4) Utility: pop a unique reason
---------------------------------------------------------
local function popUniqueReason(list)
    if #list == 0 then
        return "(No reason: out of reasons!)"
    end
    local i = math.random(#list)
    local r = list[i]
    table.remove(list, i)
    return r
end

---------------------------------------------------------
-- 5) Half up, half down
---------------------------------------------------------
local function assignUpDown(count)
    local half = math.floor(count / 2)
    local arr = {}
    for i = 1, half do
        arr[#arr+1] = "Inc"
    end
    for i = half+1, count do
        arr[#arr+1] = "Dec"
    end
    -- shuffle
    for i = #arr, 2, -1 do
        local j = math.random(i)
        arr[i], arr[j] = arr[j], arr[i]
    end
    return arr
end

---------------------------------------------------------
-- 6) Main function: produce the table
---------------------------------------------------------
function p.generateTable(frame)
    -- Seed
    local dateString, dayOfYear = getDailyDate()
    local localTime = os.date("*t")
    local dailySeed = localTime.year * 1000 + localTime.yday
    math.randomseed(dailySeed)

    -- Copy reasons
    local incPool = {}
    for _, r in ipairs(increaseReasons) do incPool[#incPool+1] = r end
    local decPool = {}
    for _, r in ipairs(decreaseReasons) do decPool[#decPool+1] = r end

    local n = #companies
    local directions = assignUpDown(n)

    -- In the original script, each share was valued at 30 Polis
    local sharePrice = 30

    -- Start building the table output
    local out = {}
    table.insert(out, '{| class="wikitable" style="text-align:center; width:100%;"')
    -- Header row (one line, with !! for separate columns)
    table.insert(out, '|-')
    table.insert(out, '! Date !! Symbol !! Company !! Open (Polis) !! Close (Polis) !! Volume !! Change !! Change % !! Reason')

    -- Generate each row
    for i, co in ipairs(companies) do
        local direction = directions[i]
        local stocksStart = co.stocks

        local maxDelta = math.floor(stocksStart * 0.3)
        if maxDelta < 1 then maxDelta = 1 end

        local buy, sell = 0, 0
        if direction == "Inc" then
            buy  = math.random(1, maxDelta)
            sell = math.random(0, buy - 1)
        else
            sell = math.random(1, maxDelta)
            buy  = math.random(0, sell - 1)
        end

        local stocksEnd = stocksStart + buy - sell

        -- Convert to Polis
        local openVal  = stocksStart * sharePrice
        local closeVal = stocksEnd   * sharePrice

        -- Volume => total shares traded
        local volume = buy + sell

        -- Daily change (Polis)
        local changeVal = closeVal - openVal

        -- Change %
        local pctChange = 0
        if openVal > 0 then
            pctChange = (changeVal / openVal) * 100
        end

        -- Reason
        local reason
        if changeVal > 0 then
            reason = popUniqueReason(incPool)
        elseif changeVal < 0 then
            reason = popUniqueReason(decPool)
        else
            -- if no net difference, pick from inc pool
            reason = popUniqueReason(incPool)
        end

        -- Build one row (cells separated by "||")
        local row = table.concat({
            '|-',
            string.format('| %s || %s || %s || %d || %d || %d || %+d || %.2f%% || %s',
                dateString,         -- e.g. "22/01/2025 PSSC"
                co.symbol,
                co.name,
                openVal,
                closeVal,
                volume,
                changeVal,
                pctChange,
                reason
            )
        }, '\n')  -- newline between |- and the row data

        table.insert(out, row)
    end

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

return p