Модуль:TableOfChemicals

Для документации этого модуля может быть создана страница Модуль:TableOfChemicals/doc

p = {}
p.chem = mw.text.jsonDecode(mw.title.new("User:CapybaraBot/chem_prototypes.json"):getContent())
p.react = mw.text.jsonDecode(mw.title.new("User:CapybaraBot/react_prototypes.json"):getContent())
 
p.fillReactTable = function(frame)
	
	local out = ""
	
	for _, reactPrototype in pairs(p.react) do
		local reactants = {}
		local reactantTemplate = "%s [[#chem_%s|%s]]"
		
		for reactantId, reactantValue in pairs(reactPrototype.reactants) do
			
			local reactantChemData = p.chem[reactantId]
			local reactantText = string.format(reactantTemplate, reactantValue.amount, reactantChemData.id,  reactantChemData.name)
			if reactantValue.catalyst then
				reactantText = reactantText .. " (катализатор)"
			end
			table.insert(reactants, reactantText)
		end
		local templateArgs = {}
		templateArgs.reactants = table.concat(reactants, "<br>")
		
		local products = {}
		local productTemplate = "%s [[#chem_%s|%s]]"
		
		for productId, productAmount in pairs(reactPrototype.products) do
			
			local productChemData = p.chem[productId]
			local productText = string.format(productTemplate, productAmount, productChemData.id,  productChemData.name)
			table.insert(products, productText)
		end
		-- Эффекты реакции
		if tablelength(reactPrototype.effects) then
			for _, effect in pairs(reactPrototype.effects) do
				if effect.description ~= "" then
					table.insert(products, effect.description)
				end
			end
		end

		templateArgs.products = table.concat(products, "<br>")
		templateArgs.actions = getActions(reactPrototype)
		templateArgs.name = reactPrototype.name or ""
		templateArgs.color = reactPrototype.color or "#808080"
		templateArgs.textColor = reactPrototype.textColor or "#FFFFFF"
		templateArgs.id = reactPrototype.id or ""
		
		local template = "Строка_реакции"
		
		out = out .. frame:expandTemplate{ title = template, args = templateArgs}
	end
	return out
end
 
p.fillChemTable = function(frame)
	
	local out = ""
	local group = frame.args.group
	local groups
	if group ~= nil and group ~= "" then
		groups = mw.text.split(group, ",")
	end
	
	local additional = frame.args.additional
	if additional ~= nil and additional ~= "" then
		
		local additionalChemPrototypeIds = mw.text.split(additional, ",")
		for _, chemPrototypeId in pairs(additionalChemPrototypeIds) do
			out = out .. fillChemistryRow(chemPrototypeId, frame) 
		end
	end
	
	for _, chemPrototype in pairs(p.chem) do
		
		if group == nil or group == "" or contains(groups, chemPrototype.group) then
			out = out .. fillChemistryRow(chemPrototype.id, frame) 
		end
	end
	
	return out
end
 
p.fillContentOfDispencer = function(frame)
	local dispencer = frame.args.dispencer
	local out = ""
	for _, chemId in pairs(dispencersContent()[dispencer]) do
		out = out .. frame:expandTemplate{ title = "Кнопка_реагента", args = {chemId, "y"}}
	end
	return out
end
 
function dispencersContent()
	local content = {
		["Химикатов"]={
			"Aluminium","Carbon","Chlorine","Copper","Ethanol","Fluorine","Hydrogen","Iodine",
			"Iron","Lithium","Mercury","Nitrogen","Oxygen","Phosphorus","Potassium","Radium",
			"Silicon","Sodium","Sugar","Sulfur","SulfuricAcid"
		},
		["Соды"]={
			"Water","Ice","Coffee","Cream","Tea","GreenTea","IcedTea","IcedGreenTea",
			"Cola","SpaceMountainWind","DrGibb","SpaceUp","TonicWater","SodaWater","LemonLime","Sugar",
			"JuiceOrange","JuiceLime","JuiceWatermelon"
		},
		["Алкоголя"]={
			"LemonLime","Sugar","JuiceOrange","JuiceLime","SodaWater","TonicWater","Beer","CoffeeLiqueur",
			"Whiskey","Wine","Vodka","Gin","Rum","Tequila","Vermouth","Cognac",
			"Ale","Mead"
		}
	}
	return content
end
 
 
p.readArg = function(frame)
	return mw.text.nowiki(p.chem[frame.args[1]][frame.args[2]])
end
 
 
function contains(list, x)
	for _, v in ipairs(list) do
		if v == x then return true end
	end
	return false
end
 
fillChemistryRow = function(chemPrototypeId, frame)
	
	local out = ""
	local chemPrototype = p.chem[chemPrototypeId]
	local templateArgs = {}
	templateArgs.id = chemPrototype.id
	templateArgs.name = chemPrototype.name
	templateArgs.description = chemPrototype.desc .. " На вид " .. chemPrototype.physicalDesc .. "."
	templateArgs.color = chemPrototype.color
	templateArgs.textColor = chemPrototype.textColor
	templateArgs.effects = getEffects(chemPrototype.id)
	templateArgs.recipes_count = tablelength(chemPrototype.recipes)
	
	templateArgs.reactants = ""
	templateArgs.products = ""
	templateArgs.action = ""
	
	if templateArgs.recipes_count == 0 then
		templateArgs.recipes_count = 1 -- Для заполнения параметра rowspan строки
		out = out .. frame:expandTemplate{ title = "Первая_строка_химического_вещества", args = templateArgs}
	else
		local firstReact = true
		for _, reactId in pairs(chemPrototype.recipes) do
			
			local reactPrototype = p.react[reactId]
			local reactants = {}
			local reactantTemplate = "%s [[#chem_%s|%s]]"
			
			for reactantId, reactantValue in pairs(reactPrototype.reactants) do
				
				local reactantChemData = p.chem[reactantId]
				local reactantText = string.format(reactantTemplate, reactantValue.amount, reactantChemData.id,  reactantChemData.name)
				if reactantValue.catalyst then
					reactantText = reactantText .. " (катализатор)"
				end
				table.insert(reactants, reactantText)
			end
			templateArgs.reactants = table.concat(reactants, "<br>")
			
			local products = {}
			local productTemplate = "%s [[#chem_%s|%s]]"
			
			for productId, productAmount in pairs(reactPrototype.products) do
				
				local productChemData = p.chem[productId]
				local productText = string.format(productTemplate, productAmount, productChemData.id,  productChemData.name)
				table.insert(products, productText)
			end
			-- Эффекты реакции
			if tablelength(reactPrototype.effects) then
				for _, effect in pairs(reactPrototype.effects) do
					if effect.description ~= "" then
						table.insert(products, effect.description)
					end
				end
			end
			templateArgs.products = table.concat(products, "<br>")
			
			templateArgs.actions = getActions(reactPrototype)
			
			local template = "Строка_химического_вещества"
			if firstReact then
				template = "Первая_строка_химического_вещества"
				firstReact = false
			end
			
			out = out .. frame:expandTemplate{ title = template, args = templateArgs}
		end
	end
	return out
end
 
getActions = function(reactPrototype)
	
	local actions = {}
	
	for _, mixingCategory in pairs(reactPrototype.mixingCategories) do
		local image = getMixingImage(mixingCategory.id)
		if image ~= nil then
			table.insert(actions, string.format("[[File:%s|32px|link=]]", image)) -- Картинка
		end
		
		table.insert(actions, mixingCategory.name or mixingCategory.id) -- Название
		
	end
	
	-- Добавление температуры
	if reactPrototype.minTemp and reactPrototype.minTemp ~= 0 then
		table.insert(actions, string.format("Минимальная температура > %dК", reactPrototype.minTemp))
	end
	if reactPrototype.maxTemp and reactPrototype.maxTemp ~= 0 and reactPrototype.maxTemp ~= 9999 and reactPrototype.maxTemp ~= 99999 then
		table.insert(actions, string.format("Максимальная температура < %dК", reactPrototype.maxTemp))
	end
	
	return table.concat(actions, "<br>")
	
end
 
getMixingImage = function(mixingId)
	
	local images = {
		["DummyMix"] = "Beaker.png", -- Смешивание
		["DummyGrind"] = "Blender.png", -- Измельчение
		["DummyJuice"] = "Blender.png", -- Выжимка
		["DummyCondense"] = "Конденсатор газа.png", 
		["Centrifuge"] = "Центрифуга.png",
		["Electrolysis"] = "Электролизер.png",
		["Holy"] = "Библия.png"
	}
	
	return images[mixingId]
	
end
 
function getEffects(chemPrototypeId)
	
	local effects = ""
	
	local chemPrototype = p.chem[chemPrototypeId]
	if chemPrototype.metabolisms == nil then
		return effects
	end
	
	for metabolismGroupKey, metabolismGroup in pairs(chemPrototype.metabolisms) do
		effects = attachAsNewLine(effects, string.format("* %s (%s единиц в секунду)", metabolismGroupKey, metabolismGroup.rate))
		for _, effect in pairs(metabolismGroup.effects) do
			if effect.description ~= "" then
				effects = attachAsNewLine(effects, "** "..effect.description)
			end
		end
	end
	
	
	return effects
  
end
 
function tablelength(T)
  local count = 0
  for _ in pairs(T) do count = count + 1 end
  return count
end
 
function attachAsNewLine(originalStr, joinStr)
	return originalStr .. "\n" .. joinStr 
end
 
return p