Module:Enchantments

Overview

Functions for Enchantments. Data comes from Data:Enchantments.json.

Functions

draw_roll_range_table

Create's a table of enchants for the Enchantments page

Parameters

• base_or_gem - List 'base' (traditional) or 'gem' enchant roll ranges?

Examples

{{#invoke:Enchantments|draw_roll_range_table|gem}}

Enchantments		1H		1H Shield		2H Shield		2H Physical		2H Hybrid		2H Magical		Chest		Legs		Foot		Head		Hands		Cloak		Necklace		Ring		Max Total Possible
		Min	Max	Min	Max	Min	Max	Min	Max	Min	Max	Min	Max	Min	Max	Min	Max	Min	Max	Min	Max	Min	Max	Min	Max	Min	Max	Min	Max
Attributes
	All Attributes																													0
	Strength																													0
	Vigor																													0
	Agility																													0
	Dexterity																													0
	Will																													0
	Knowledge																													0
	Resourcefulness																													0
Physical Damage
	Physical Power Bonus																													0
	Physical Power																													0
	Physical Gear Weapon Damage																													0
	Physical Damage Add																													0
	True Physical Damage																													0
	Armor Penetration																													0
Magical Damage
	Magical Power Bonus																													0
	Magical Power																													0
	Magical Damage Add																													0
	True Magical Damage																													0
	Magical Penetration																													0
Reductions
	Armor Rating Add																													0
	Physical Damage Reduction																													0
	Projectile Damage Reduction																													0
	Magical Damage Reduction																													0
	Magical Resistance																													0
Actions
	Action Speed																													0
	Spell Casting Speed																													0
	Move Speed Add																													0
	Move Speed Bonus																													0
Health
	Max Health Add																													0
	Max Health Bonus																													0
Healing
	Outgoing Physical Healing Add																													0
	Outgoing Magical Healing Add																													0
Statuses
	Buff Duration Bonus																													0
	Debuff Duration Bonus																													0
Memory
	Memory Capacity Add																													0
	Memory Capacity Bonus																													0
Misc
	Luck																													0

draw_socket_cost_table

Create's a table of socket's cost per rarity for the Enchantments page

Parameters

none

Examples

{{#invoke:Enchantments|draw_socket_cost_table}}

Rarity	Cost
Poor	10
Common	20
Uncommon	30
Rare	50
Epic	100
Legend	150
Unique	200

---

local enchantments_data = mw.loadJsonData("Data:Enchantments.json")
local utils = require("Module:Utilities")
local p = {}

function p.get_roll(slots_data, slot_name, base_or_gem, min_or_max, if_not_exist)
	if min_or_max ~= "min" and min_or_max ~= "max" then
		min_or_max = "max"
	end
	
	if if_not_exist == nil then
		if_not_exist = 0
	end
	
	slot_data = slots_data[slot_name]
	if slot_data == nil then
		return if_not_exist
	end
	roll_data = slot_data[base_or_gem]
	if roll_data == nil then
		return if_not_exist
	end
	
	roll = roll_data[min_or_max]
	if roll == nil then
		return if_not_exist
	end
	
	return roll
end

function p.draw_roll_range_table(base_or_gem)
	-- Handle based on how it was called
	if type(base_or_gem) == "table" and base_or_gem.args then -- if called via wikitext instead of lua
        local frame = base_or_gem
        base_or_gem = frame.args[1]
	end
	
	-- Validate
	if base_or_gem ~= "base" and base_or_gem ~= "gem" then return "1st parameter 'base_or_gem' must be either 'base' or 'gem'." end
	
	local slot_headers = '<th rowspan="2" colspan="2">Enchantments</th>'
	local min_max_headers = ''

	-- Create enchant_name_headers (row1) and min/max (row2)
	-- Iterate enchant groups
	for i, slot_name in ipairs(enchantments_data["slottype_order"]) do
		slot_headers = slot_headers .. '<th colspan="2">' .. slot_name .. '</th>'
		min_max_headers = min_max_headers .. '<th>Min</th>' .. '<th>Max</th>'
	end
	
	-- Add body rows
	local enchant_rows = ""
	local enchant_row
	for i, enchant_group_name in ipairs(enchantments_data["enchant_group_order"]) do
		local enchants_in_group = enchantments_data["enchant_order"][enchant_group_name]
		if enchants_in_group == nil then return "Error: " .. enchant_group_name .. " not found in \"enchant_order\"" end
		
		-- Iterate enchants in the group
		-- First just determine how many enchants are in the group to get the proper rowspan
		local num_enchants_in_group = 0
		for i, enchant_name in ipairs(enchants_in_group) do
			num_enchants_in_group = num_enchants_in_group + 1
		end
		
		local is_first = true
		for i, enchant_name in ipairs(enchants_in_group) do
			-- Get that enchant's data
			local slots_data = enchantments_data["enchant_rolls"][enchant_name]
			if slots_data == nil then return "Error: " .. enchant_name .. " not found in \"enchant_rolls\"" end
			
			-- Iterate slottypes
			local min_max_cols = ""
			for i, slot_type in ipairs(enchantments_data["slottype_order"]) do
				-- Get rolls, default to blank if missing
				local min_roll = p.get_roll(slots_data, slot_type, base_or_gem, "min", "")
				local max_roll = p.get_roll(slots_data, slot_type, base_or_gem, "max", "")
				if min_roll == 0 then min_roll = "" end
				if max_roll == 0 then max_roll = "" end
				
				if min_roll == max_roll then
					min_max_cols = min_max_cols .. "<td colspan=\"2\">" .. min_roll .. "</td>"
				else
					min_max_cols = min_max_cols .. "<td>" .. min_roll .. "</td><td>" .. max_roll .. "</td>"
				end
			end
			
			-- Calc max
			--Max Total Possible = MAX(1H Shield + 1H Weapon, 2 * 1H Weapon, 2H Physical, 2H Magical, 2H Hybrid) + Head + Chest + Legs + Hands + Foot + Cloak + Necklace) + 2*Ring
			local weapons = math.max(
				p.get_roll(slots_data, "One-handed Weapon", base_or_gem) + p.get_roll(slots_data, "One-handed Shield", base_or_gem),
				p.get_roll(slots_data, "One-handed Weapon", base_or_gem)*2,
				p.get_roll(slots_data, "Two-handed PhysicalWeapon", base_or_gem),
				p.get_roll(slots_data, "Two-handed Shield", base_or_gem),
				p.get_roll(slots_data, "Two-handed HybridWeapon", base_or_gem),
				p.get_roll(slots_data, "Two-handed MagicOnly", base_or_gem)
				)
			
			local armor = (
				p.get_roll(slots_data, "Head", base_or_gem) +
				p.get_roll(slots_data, "Chest", base_or_gem) + 
				p.get_roll(slots_data, "Legs", base_or_gem) + 
				p.get_roll(slots_data, "Hands", base_or_gem) + 
				p.get_roll(slots_data, "Foot", base_or_gem) + 
				p.get_roll(slots_data, "Cloak", base_or_gem) + 
				p.get_roll(slots_data, "Necklace", base_or_gem) + 
				p.get_roll(slots_data, "Ring", base_or_gem)*2 
				)
			local max_total_possible = weapons + armor
			
			-- Add cells to row
			local rowspanned_cell = ''
			local row_id = ' id="' .. utils.dash_for_space(enchant_group_name) .. '"'
			if is_first then
				rowspan = ' rowspan="' .. num_enchants_in_group+1 .. '"'
				rowspanned_cell = '<td' .. rowspan .. '>' .. enchant_group_name .. '</td></tr><tr' .. row_id .. '>'
			end
			enchant_row = '' .. rowspanned_cell
			enchant_row = enchant_row .. "<td>" .. enchant_name .. "</td>"
			enchant_row = enchant_row .. min_max_cols
			enchant_row = enchant_row .. "<td>" .. max_total_possible .. "</td>"
			
			enchant_rows = enchant_rows .. '<tr' .. row_id .. '>' .. enchant_row .. "</tr>"
			
			is_first = false
		end
	end
	
	
	
	local slot_headers = '<tr>' .. slot_headers .. '<th rowspan="2">Max Total Possible</th>' .. '</tr>'
	local min_max_headers = '<tr>' .. min_max_headers .. '</tr>'
	
	local table_str = '<table class="enchantmenttable">' .. slot_headers .. min_max_headers .. enchant_rows .. "</table>"
	return table_str
end

function p.draw_socket_cost_table(frame)
	local output_str = ""
	local data_rows = ""
	local header_row = "<tr>" .. "<th>Rarity</td>" .. "<th>Cost</th>" .. "</tr>"
	local row
	local i = 1 --display rarity_nums starting at i=1 (Poor), skipping Junk
	local ending_i = 7 --end with Unique=7
	
	-- this is O(n^2), but since theres only 8 elements, its inconsequential
	-- Iterate costs in data first
	local rarity_num
	while i <= ending_i do
		for rarity_name, cost in pairs(enchantments_data["enchant_costs"]) do
			-- Determine the rarity_num
			rarity_num = utils.rarity_name_to_num(rarity_name)
			
			if i == rarity_num then
				-- This is the next rarity that should be displayed
				row = "<td>" .. "<span class=\"colorrarity" .. i .. "\">" .. rarity_name .. "</span>" .. "</td>" .. "<td>" .. cost .. "</td>" 
				data_rows = data_rows .. "<tr>" ..  row .. "</tr>"
				
				i = i+1 -- look for the next rarity
				break -- end the current rarity-search
			end
		end
	end
	
	return "<table class=\"wikitable\">" .. header_row .. data_rows .. "</table>"
end

return p