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bzgold2/data-util.lua
Brevven ecec509295 early updates
2023-01-01 20:54:13 -08:00

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Lua
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-- WARNING WARNING WARNING
-- This file will be overwritten in mod zipfiles, edit bzlib/data-util.lua
-- WARNING WARNING WARNING
--
local me = require("me")
local util = {}
util.me = me
util.get_setting = util.me.get_setting
util.titanium_plate = ""
util.titanium_processing = ""
if mods["FactorioExtended-Plus-Core"] then
util.titanium_plate = "titanium-alloy"
else
util.titanium_plate = "titanium-plate"
end
if mods["pyrawores"] then
util.titanium_processing = "titanium-mk01"
else
util.titanium_processing = "titanium-processing"
end
function util.se6()
return mods["space-exploration"] and mods["space-exploration"] >= "0.6"
end
util.cablesg = util.se6() and "electronic" or "cable"
function get_setting(name)
if settings.startup[name] == nil then
return nil
end
return settings.startup[name].value
end
allbypass = {}
if get_setting("bz-recipe-bypass") then
for recipe in string.gmatch(me.get_setting("bz-recipe-bypass"), '[^",%s]+') do
allbypass[recipe] = true
end
end
function util.is_foundry()
return mods.bzfoundry and not me.get_setting("bzfoundry-minimal")
end
function should_force(options)
return options and options.force
end
function bypass(recipe_name)
if me.bypass[recipe_name] then return true end
if allbypass[recipe_name] then return true end
if get_setting("bz-tabula-rasa") then return true end
end
function util.fe_plus(sub)
if mods["FactorioExtended-Plus-"..sub] then
return true
end
end
function util.get_stack_size(default)
if mods["Krastorio2"] then
size = tonumber(krastorio.general.getSafeSettingValue("kr-stack-size"))
return size or default
end
return default
end
function util.k2assets()
if mods["Krastorio2Assets"] then
return "__Krastorio2Assets__"
end
return "__Krastorio2__/graphics"
end
-- check if a table contains a sought value
function util.contains(table, sought)
for i, value in pairs(table) do
if value == sought then
return true
end
end
return false
end
-- se landfill
-- params: ore, icon_size
function util.se_landfill(params)
if mods["space-exploration"] then
if not params.icon_size then params.icon_size = 64 end
local lname="landfill-"..params.ore
data:extend({
{
type = "recipe",
icons = {
{ icon = "__base__/graphics/icons/landfill.png", icon_size = 64, icon_mipmaps = 3 },
{ icon = "__"..me.name.."__/graphics/icons/"..params.ore..".png", icon_size = params.icon_size, scale = 0.33*64/params.icon_size},
},
energy_required = 1,
enabled=false,
name = lname,
category = "hard-recycling",
order = "z-b-"..params.ore,
subgroup = "terrain",
result = "landfill",
ingredients = {{params.ore, 50}},
}
})
util.add_unlock("se-recycling-facility", lname)
end
end
-- se matter
-- params: ore, energy_required, quant_out, quant_in, icon_size, stream_out
function util.se_matter(params)
if mods["space-exploration"] > "0.6" then
if not params.quant_in then params.quant_in = params.quant_out end
if not params.icon_size then params.icon_size = 64 end
local fname = "matter-fusion-"..params.ore
local sedata = mods.Krastorio2 and "se-kr-matter-synthesis-data" or "se-fusion-test-data"
local sejunk = mods.Krastorio2 and "se-broken-data" or "se-junk-data"
data:extend({
{
type = "recipe",
name = fname,
localised_name = {"recipe-name.se-matter-fusion-to", {"item-name."..params.ore}},
category = "space-materialisation",
subgroup = "materialisation",
order = "a-b-z",
icons = {
{icon = "__space-exploration-graphics__/graphics/blank.png",
icon_size = 64, scale = 0.5},
{icon = "__space-exploration-graphics__/graphics/icons/fluid/particle-stream.png",
icon_size = 64, scale = 0.33, shift = {8,-8}},
{icon = "__"..util.me.name.."__/graphics/icons/"..params.ore..".png",
icon_size = params.icon_size, scale = 0.33 * 64/params.icon_size, shift={-8, 8}},
{icon = "__space-exploration-graphics__/graphics/icons/transition-arrow.png",
icon_size = 64, scale = 0.5},
},
energy_required = params.energy_required,
enabled = false,
ingredients = {
{sedata, 1},
{type="fluid", name="se-particle-stream", amount=50},
{type="fluid", name="se-space-coolant-supercooled", amount=25},
},
results = {
{params.ore, params.quant_out},
{"se-contaminated-scrap", 1},
{type=item, name=sedata, amount=1, probability=.99},
{type=item, name=sejunk, amount=1, probability=.01},
{type="fluid", name="se-space-coolant-hot", amount=25, catalyst_amount=25},
}
}
})
util.add_unlock("se-space-matter-fusion", fname)
if mods.Krastorio2 then
local lname = params.ore.."-to-particle-stream"
data:extend({
enabled = false,
{
type = "recipe",
name = lname,
localised_name = {"recipe-name.se-kr-matter-liberation", {"item-name."..params.ore}},
category = "space-materialisation",
subgroup = "advanced-particle-stream",
order = "a-b-z",
icons = {
{icon = "__space-exploration-graphics__/graphics/blank.png",
icon_size = 64, scale = 0.5},
{icon = "__space-exploration-graphics__/graphics/icons/fluid/particle-stream.png",
icon_size = 64, scale = 0.33, shift = {-8,8}},
{icon = "__"..util.me.name.."__/graphics/icons/"..params.ore..".png",
icon_size = params.icon_size, scale = 0.33 * 64/params.icon_size, shift={8, -8}},
{icon = "__space-exploration-graphics__/graphics/icons/transition-arrow.png",
icon_size = 64, scale = 0.5},
},
energy_required = 30,
enabled = false,
ingredients = {
{"se-kr-matter-liberation-data", 1},
{params.ore, params.quant_in},
{type="fluid", name="se-particle-stream", amount=50},
},
results = {
{type=item, name="se-kr-matter-liberation-data", amount=1, probability=.99},
{type=item, name=sejunk, amount=1, probability=.01},
{type="fluid", name="se-particle-stream", amount=params.stream_out, catalyst_amount=50},
}
}
})
if not data.raw.technology["bz-advanced-stream-production"] then
data:extend({
{
type = "technology",
name ="bz-advanced-stream-production",
localised_name = {"", {"technology-name.se-kr-advanced-stream-production"}, " 2"},
icon = "__space-exploration-graphics__/graphics/technology/material-fabricator.png",
icon_size = 128,
effects = {},
unit = {
count = 100,
time = 15,
ingredients = {
{"automation-science-pack", 1},
{"logistic-science-pack", 1},
{"chemical-science-pack", 1},
{"se-rocket-science-pack", 1},
{"space-science-pack", 1},
{"production-science-pack", 1},
{"utility-science-pack", 1},
{"se-astronomic-science-pack-4", 1},
{"se-energy-science-pack-4", 1},
{"se-material-science-pack-4", 1},
{"matter-tech-card", 1},
{"se-deep-space-science-pack-1", 1},
}
},
prerequisites = {"se-kr-advanced-stream-production"},
},
})
end
util.add_unlock("bz-advanced-stream-production", lname)
end
end
end
-- Get the normal prototype for a recipe -- either .normal or the recipe itself
function util.get_normal(recipe_name)
if data.raw.recipe[recipe_name] then
recipe = data.raw.recipe[recipe_name]
if recipe.normal and recipe.normal.ingredients then
return recipe.normal
elseif recipe.ingredients then
return recipe
end
end
end
-- Set/override a technology's prerequisites
function util.set_prerequisite(technology_name, prerequisites)
local technology = data.raw.technology[technology_name]
if technology then
technology.prerequisites = {}
for i, prerequisite in pairs(prerequisites) do
if data.raw.technology[prerequisite] then
table.insert(technology.prerequisites, prerequisite)
end
end
end
end
-- Add a prerequisite to a given technology
function util.add_prerequisite(technology_name, prerequisite)
local technology = data.raw.technology[technology_name]
if technology and data.raw.technology[prerequisite] then
if technology.prerequisites then
for i, pre in pairs(technology.prerequisites) do
if pre == prerequisite then return end
end
table.insert(technology.prerequisites, prerequisite)
else
technology.prerequisites = {prerequisite}
end
end
end
-- Remove a prerequisite from a given technology
function util.remove_prerequisite(technology_name, prerequisite)
local technology = data.raw.technology[technology_name]
local index = -1
if technology then
for i, prereq in pairs(technology.prerequisites) do
if prereq == prerequisite then
index = i
break
end
end
if index > -1 then
table.remove(technology.prerequisites, index)
end
end
end
-- Add an effect to a given technology
function util.add_effect(technology_name, effect)
local technology = data.raw.technology[technology_name]
if technology then
if not technology.effects then technology.effects = {} end
if effect and effect.type == "unlock-recipe" then
if not data.raw.recipe[effect.recipe] then
return
end
table.insert(technology.effects, effect)
end
end
end
-- Add an effect to a given technology to unlock recipe
function util.add_unlock(technology_name, recipe)
util.add_effect(technology_name, {type="unlock-recipe", recipe=recipe})
end
-- remove recipe unlock effect from a given technology, multiple times if necessary
function util.remove_recipe_effect(technology_name, recipe_name)
local technology = data.raw.technology[technology_name]
local index = -1
local cnt = 0
if technology and technology.effects then
for i, effect in pairs(technology.effects) do
if effect.type == "unlock-recipe" and effect.recipe == recipe_name then
index = i
cnt = cnt + 1
end
end
if index > -1 then
table.remove(technology.effects, index)
if cnt > 1 then -- not over yet, do it again
util.remove_recipe_effect(technology_name, recipe_name)
end
end
end
end
-- Set technology ingredients
function util.set_tech_recipe(technology_name, ingredients)
local technology = data.raw.technology[technology_name]
if technology then
technology.unit.ingredients = ingredients
end
end
function util.set_enabled(recipe_name, enabled)
if data.raw.recipe[recipe_name] then
if data.raw.recipe[recipe_name].normal then data.raw.recipe[recipe_name].normal.enabled = enabled end
if data.raw.recipe[recipe_name].expensive then data.raw.recipe[recipe_name].expensive.enabled = enabled end
if not data.raw.recipe[recipe_name].normal then data.raw.recipe[recipe_name].enabled = enabled end
end
end
function util.set_hidden(recipe_name)
if data.raw.recipe[recipe_name] then
if data.raw.recipe[recipe_name].normal then data.raw.recipe[recipe_name].normal.hidden = true end
if data.raw.recipe[recipe_name].expensive then data.raw.recipe[recipe_name].expensive.hidden = true end
if not data.raw.recipe[recipe_name].normal then data.raw.recipe[recipe_name].hidden = true end
end
end
-- Add a given quantity of ingredient to a given recipe
function util.add_or_add_to_ingredient(recipe_name, ingredient, quantity, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] and data.raw.item[ingredient] then
me.add_modified(recipe_name)
add_or_add_to_ingredient(data.raw.recipe[recipe_name], ingredient, quantity)
add_or_add_to_ingredient(data.raw.recipe[recipe_name].normal, ingredient, quantity)
add_or_add_to_ingredient(data.raw.recipe[recipe_name].expensive, ingredient, quantity)
end
end
function add_or_add_to_ingredient(recipe, ingredient, quantity)
if recipe ~= nil and recipe.ingredients ~= nil then
for i, existing in pairs(recipe.ingredients) do
if existing[1] == ingredient or existing.name == ingredient then
add_to_ingredient(recipe, ingredient, quantity)
return
end
end
table.insert(recipe.ingredients, {ingredient, quantity})
end
end
-- Add a given quantity of ingredient to a given recipe
function util.add_ingredient(recipe_name, ingredient, quantity, options)
if not should_force(options) and bypass(recipe_name) then return end
local is_fluid = not not data.raw.fluid[ingredient]
if data.raw.recipe[recipe_name] and (data.raw.item[ingredient] or is_fluid) then
me.add_modified(recipe_name)
add_ingredient(data.raw.recipe[recipe_name], ingredient, quantity, is_fluid)
add_ingredient(data.raw.recipe[recipe_name].normal, ingredient, quantity, is_fluid)
add_ingredient(data.raw.recipe[recipe_name].expensive, ingredient, quantity, is_fluid)
end
end
function add_ingredient(recipe, ingredient, quantity, is_fluid)
if recipe ~= nil and recipe.ingredients ~= nil then
for i, existing in pairs(recipe.ingredients) do
if existing[1] == ingredient or existing.name == ingredient then
return
end
end
if is_fluid then
table.insert(recipe.ingredients, {type="fluid", name=ingredient, amount=quantity})
else
table.insert(recipe.ingredients, {ingredient, quantity})
end
end
end
-- Add a given ingredient prototype to a given recipe
function util.add_ingredient_raw(recipe_name, ingredient, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] and (data.raw.item[ingredient.name] or data.raw.item[ingredient[1]]) then
me.add_modified(recipe_name)
add_ingredient_raw(data.raw.recipe[recipe_name], ingredient)
add_ingredient_raw(data.raw.recipe[recipe_name].normal, ingredient)
add_ingredient_raw(data.raw.recipe[recipe_name].expensive, ingredient)
end
end
function add_ingredient_raw(recipe, ingredient)
if recipe ~= nil and recipe.ingredients ~= nil then
for i, existing in pairs(recipe.ingredients) do
if (
(existing[1] and (existing[1] == ingredient[1] or existing[1] == ingredient.name)) or
(existing.name and (existing.name == ingredient[1] or existing.name == ingredient.name))
) then
return
end
end
table.insert(recipe.ingredients, ingredient)
end
end
-- Set an ingredient to a given quantity
function util.set_ingredient(recipe_name, ingredient, quantity, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] and data.raw.item[ingredient] then
me.add_modified(recipe_name)
set_ingredient(data.raw.recipe[recipe_name], ingredient, quantity)
set_ingredient(data.raw.recipe[recipe_name].normal, ingredient, quantity)
set_ingredient(data.raw.recipe[recipe_name].expensive, ingredient, quantity)
end
end
function set_ingredient(recipe, ingredient, quantity)
if recipe ~= nil and recipe.ingredients ~= nil then
for i, existing in pairs(recipe.ingredients) do
if existing[1] == ingredient then
existing[2] = quantity
return
elseif existing.name == ingredient then
existing.amount = quantity
existing.amount_min = nil
existing.amount_max = nil
return
end
end
table.insert(recipe.ingredients, {ingredient, quantity})
end
end
-- Add a given quantity of product to a given recipe.
-- Only works for recipes with multiple products
function util.add_product(recipe_name, product, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] and
(data.raw.item[product[1]] or data.raw.item[product.name] or
data.raw.fluid[product[1]] or data.raw.fluid[product.name]
) then
add_product(data.raw.recipe[recipe_name], product)
add_product(data.raw.recipe[recipe_name].normal, product)
add_product(data.raw.recipe[recipe_name].expensive, product)
end
end
function add_product(recipe, product)
if recipe ~= nil then
if not recipe.normal then
if recipe.results == nil then
recipe.results = {{recipe.result, recipe.result_count and recipe.result_count or 1}}
end
recipe.result = nil
recipe.result_count = nil
table.insert(recipe.results, product)
end
end
end
-- Get the amount of the ingredient, will check base/normal not expensive
function util.get_ingredient_amount(recipe_name, ingredient_name)
local recipe = data.raw.recipe[recipe_name]
if recipe then
if recipe.normal and recipe.normal.ingredients then
for i, ingredient in pairs(recipe.normal.ingredients) do
if ingredient[1] == ingredient_name then return ingredient[2] end
if ingredient.name == ingredient_name then return ingredient.amount end
end
elseif recipe.ingredients then
for i, ingredient in pairs(recipe.ingredients) do
if ingredient[1] == ingredient_name then return ingredient[2] end
if ingredient.name == ingredient_name then return ingredient.amount end
end
end
return 1
end
return 0
end
-- Get the amount of the result, will check base/normal not expensive
function util.get_amount(recipe_name, product)
if not product then product = recipe_name end
local recipe = data.raw.recipe[recipe_name]
if recipe then
if recipe.normal and recipe.normal.results then
for i, result in pairs(recipe.normal.results) do
if result[1] == product then return result[2] end
if result.name == product then return result.amount end
end
elseif recipe.normal and recipe.normal.result_count then
return recipe.normal.result_count
elseif recipe.results then
for i, result in pairs(recipe.results) do
if result[1] == product then return result[2] end
if result.name == product then return result.amount end
end
elseif recipe.result_count then
return recipe.result_count
end
return 1
end
return 0
end
-- Replace one ingredient with another in a recipe
-- Use amount to set an amount. If that amount is a multiplier instead of an exact amount, set multiply true.
function util.replace_ingredient(recipe_name, old, new, amount, multiply, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] and (data.raw.item[new] or data.raw.fluid[new]) then
me.add_modified(recipe_name)
replace_ingredient(data.raw.recipe[recipe_name], old, new, amount, multiply)
replace_ingredient(data.raw.recipe[recipe_name].normal, old, new, amount, multiply)
replace_ingredient(data.raw.recipe[recipe_name].expensive, old, new, amount, multiply)
end
end
function replace_ingredient(recipe, old, new, amount, multiply)
if recipe ~= nil and recipe.ingredients ~= nil then
for i, existing in pairs(recipe.ingredients) do
if existing[1] == new or existing.name == new then
return
end
end
for i, ingredient in pairs(recipe.ingredients) do
if ingredient.name == old then
ingredient.name = new
if amount then
if multiply then
ingredient.amount = amount * ingredient.amount
else
ingredient.amount = amount
end
end
end
if ingredient[1] == old then
ingredient[1] = new
if amount then
if multiply then
ingredient[2] = amount * ingredient[2]
else
ingredient[2] = amount
end
end
end
end
end
end
-- Remove an ingredient from a recipe
function util.remove_ingredient(recipe_name, old, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] then
me.add_modified(recipe_name)
remove_ingredient(data.raw.recipe[recipe_name], old)
remove_ingredient(data.raw.recipe[recipe_name].normal, old)
remove_ingredient(data.raw.recipe[recipe_name].expensive, old)
end
end
function remove_ingredient(recipe, old)
index = -1
if recipe ~= nil and recipe.ingredients ~= nil then
for i, ingredient in pairs(recipe.ingredients) do
if ingredient.name == old or ingredient[1] == old then
index = i
break
end
end
if index > -1 then
table.remove(recipe.ingredients, index)
end
end
end
-- Replace an amount of an ingredient in a recipe. Keep at least 1 of old.
function util.replace_some_ingredient(recipe_name, old, old_amount, new, new_amount, options)
if not should_force(options) and bypass(recipe_name) then return end
local is_fluid = not not data.raw.fluid[new]
if data.raw.recipe[recipe_name] and (data.raw.item[new] or is_fluid) then
me.add_modified(recipe_name)
replace_some_ingredient(data.raw.recipe[recipe_name], old, old_amount, new, new_amount, is_fluid)
replace_some_ingredient(data.raw.recipe[recipe_name].normal, old, old_amount, new, new_amount, is_fluid)
replace_some_ingredient(data.raw.recipe[recipe_name].expensive, old, old_amount, new, new_amount, is_fluid)
end
end
function replace_some_ingredient(recipe, old, old_amount, new, new_amount, is_fluid)
if recipe ~= nil and recipe.ingredients ~= nil then
for i, existing in pairs(recipe.ingredients) do
if existing[1] == new or existing.name == new then
return
end
end
for i, ingredient in pairs(recipe.ingredients) do
if ingredient.name == old then
ingredient.amount = math.max(1, ingredient.amount - old_amount)
end
if ingredient[1] == old then
ingredient[2] = math.max(1, ingredient[2] - old_amount)
end
end
add_ingredient(recipe, new, new_amount, is_fluid)
end
end
-- set the amount of a product.
function util.set_product_amount(recipe_name, product, amount, options)
if not should_force(options) and bypass(recipe_name) then return end
me.add_modified(recipe_name)
if data.raw.recipe[recipe_name] then
set_product_amount(data.raw.recipe[recipe_name], product, amount)
set_product_amount(data.raw.recipe[recipe_name].normal, product, amount)
set_product_amount(data.raw.recipe[recipe_name].expensive, product, amount)
end
end
function set_product_amount(recipe, product, amount)
if recipe then
if recipe.result_count then
recipe.result_count = amount
end
if recipe.results then
for i, result in pairs(recipe.results) do
if result.name == product then
if result.amount then
result.amount = amount
end
if result.amount_min ~= nil then
result.amount_min = nil
result.amount_max = nil
result.amount = amount
end
end
if result[1] == product then
result[2] = amount
end
end
end
if not recipe.results and not recipe.result_count then
-- implicit one item result
recipe.result_count = amount
end
end
end
-- multiply the cost, energy, and results of a recipe by a multiple
function util.multiply_recipe(recipe_name, multiple, options)
if not should_force(options) and bypass(recipe_name) then return end
me.add_modified(recipe_name)
if data.raw.recipe[recipe_name] then
multiply_recipe(data.raw.recipe[recipe_name], multiple)
multiply_recipe(data.raw.recipe[recipe_name].normal, multiple)
multiply_recipe(data.raw.recipe[recipe_name].expensive, multiple)
end
end
function multiply_recipe(recipe, multiple)
if recipe then
if recipe.energy_required then
recipe.energy_required = recipe.energy_required * multiple
end
if recipe.result_count then
recipe.result_count = recipe.result_count * multiple
end
if recipe.results then
for i, result in pairs(recipe.results) do
if result.name then
if result.amount then
result.amount = result.amount * multiple
end
if result.amount_min ~= nil then
result.amount_min = result.amount_min * multiple
result.amount_max = result.amount_max * multiple
end
if result.catalyst_amount then
result.catalyst_amount = result.catalyst_amount * multiple
end
end
if result[1] then
result[2] = result[2] * multiple
end
end
end
if not recipe.results and not recipe.result_count then
-- implicit one item result
recipe.result_count = multiple
end
if recipe.ingredients then
for i, ingredient in pairs(recipe.ingredients) do
if ingredient.name then
ingredient.amount = ingredient.amount * multiple
end
if ingredient[1] then
ingredient[2] = ingredient[2] * multiple
end
end
end
end
end
-- Returns true if a recipe has an ingredient
function util.has_ingredient(recipe_name, ingredient)
return data.raw.recipe[recipe_name] and (
has_ingredient(data.raw.recipe[recipe_name], ingredient) or
has_ingredient(data.raw.recipe[recipe_name].normal, ingredient))
end
function has_ingredient(recipe, ingredient)
if recipe ~= nil and recipe.ingredients ~= nil then
for i, existing in pairs(recipe.ingredients) do
if existing[1] == ingredient or existing.name == ingredient then
return true
end
end
end
return false
end
-- Remove a product from a recipe, WILL NOT remove the only product
function util.remove_product(recipe_name, old, options)
if not should_force(options) and bypass(recipe_name) then return end
me.add_modified(recipe_name)
if data.raw.recipe[recipe_name] then
remove_product(data.raw.recipe[recipe_name], old)
remove_product(data.raw.recipe[recipe_name].normal, old)
remove_product(data.raw.recipe[recipe_name].expensive, old)
end
end
function remove_product(recipe, old)
index = -1
if recipe ~= nil and recipe.results ~= nil then
for i, result in pairs(recipe.results) do
if result.name == old or result[1] == old then
index = i
break
end
end
if index > -1 then
table.remove(recipe.results, index)
end
end
end
function util.set_main_product(recipe_name, product, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] then
set_main_product(data.raw.recipe[recipe_name], product)
set_main_product(data.raw.recipe[recipe_name].normal, product)
set_main_product(data.raw.recipe[recipe_name].expensive, product)
end
end
function set_main_product(recipe, product)
if recipe then
recipe.main_product = product
end
end
-- Replace one product with another in a recipe
function util.replace_product(recipe_name, old, new, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] then
replace_product(data.raw.recipe[recipe_name], old, new)
replace_product(data.raw.recipe[recipe_name].normal, old, new)
replace_product(data.raw.recipe[recipe_name].expensive, old, new)
end
end
function replace_product(recipe, old, new)
if recipe then
if recipe.main_product == old then
recipe.main_product = new
end
if recipe.result == old then
recipe.result = new
return
end
if recipe.results then
for i, result in pairs(recipe.results) do
if result.name == old then result.name = new end
if result[1] == old then result[1] = new end
end
end
end
end
-- Remove an element of type t and name from data.raw
function util.remove_raw(t, name)
if not data.raw[t] then
log(t.." not found in data.raw")
return
end
if data.raw[t][name] then
for i, elem in pairs(data.raw[t]) do
if elem.name == name then
data.raw[t][i] = nil
break
end
end
end
end
-- Set energy required
function util.set_recipe_time(recipe_name, time, options)
if not should_force(options) and bypass(recipe_name) then return end
me.add_modified(recipe_name)
if data.raw.recipe[recipe_name] then
set_recipe_time(data.raw.recipe[recipe_name], time)
set_recipe_time(data.raw.recipe[recipe_name].normal, time)
set_recipe_time(data.raw.recipe[recipe_name].expensive, time)
end
end
function set_recipe_time(recipe, time)
if recipe then
if recipe.energy_required then
recipe.energy_required = time
end
end
end
-- Multiply energy required
function util.multiply_time(recipe_name, factor, options)
if not should_force(options) and bypass(recipe_name) then return end
me.add_modified(recipe_name)
if data.raw.recipe[recipe_name] then
multiply_time(data.raw.recipe[recipe_name], factor)
multiply_time(data.raw.recipe[recipe_name].normal, factor)
multiply_time(data.raw.recipe[recipe_name].expensive, factor)
end
end
function multiply_time(recipe, factor)
if recipe then
if recipe.energy_required then
recipe.energy_required = recipe.energy_required * factor
end
end
end
-- Add to energy required
function util.add_time(recipe_name, amount, options)
if not should_force(options) and bypass(recipe_name) then return end
me.add_modified(recipe_name)
if data.raw.recipe[recipe_name] then
add_time(data.raw.recipe[recipe_name], amount)
add_time(data.raw.recipe[recipe_name].normal, amount)
add_time(data.raw.recipe[recipe_name].expensive, amount)
end
end
function add_time(recipe, amount)
if recipe then
if recipe.energy_required then
recipe.energy_required = recipe.energy_required + amount
end
end
end
-- Set recipe category
function util.set_category(recipe_name, category, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] and data.raw["recipe-category"][category] then
me.add_modified(recipe_name)
data.raw.recipe[recipe_name].category = category
end
end
-- Set recipe subgroup
function util.set_subgroup(recipe_name, subgroup, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] then
me.add_modified(recipe_name)
data.raw.recipe[recipe_name].subgroup = subgroup
end
end
-- Set item subgroup
function util.set_item_subgroup(item, subgroup, options)
if not should_force(options) and bypass(item) then return end -- imperfect, close enough for now?
if data.raw.item[item] and data.raw["item-subgroup"][subgroup] then
data.raw.item[item].subgroup = subgroup
end
end
-- Set recipe icons
function util.set_icons(recipe_name, icons, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] then
me.add_modified(recipe_name)
data.raw.recipe[recipe_name].icons = icons
data.raw.recipe[recipe_name].icon = nil
data.raw.recipe[recipe_name].icon_size = nil
end
end
-- Set recipe icons
function util.set_item_icons(item_name, icons)
if data.raw.item[item_name] then
data.raw.item[item_name].icons = icons
data.raw.item[item_name].icon = nil
data.raw.item[item_name].icon_size = nil
end
end
function util.set_to_founding(recipe, options)
util.set_category(recipe, "founding", options)
util.set_subgroup(recipe, "foundry-intermediate", options)
end
-- Add crafting category to an entity
function util.add_crafting_category(entity_type, entity, category)
if data.raw[entity_type][entity] and data.raw["recipe-category"][category] then
for i, existing in pairs(data.raw[entity_type][entity].crafting_categories) do
if existing == category then
return
end
end
table.insert(data.raw[entity_type][entity].crafting_categories, category)
end
end
function util.add_to_ingredient(recipe, ingredient, amount)
if data.raw.recipe[recipe] then
add_to_ingredient(data.raw.recipe[recipe], ingredient, amount)
add_to_ingredient(data.raw.recipe[recipe].normal, ingredient, amount)
add_to_ingredient(data.raw.recipe[recipe].expensive, ingredient, amount)
end
end
function add_to_ingredient(recipe, it, amount)
if recipe ~= nil and recipe.ingredients ~= nil then
for i, ingredient in pairs(recipe.ingredients) do
if ingredient.name == it then
ingredient.amount = ingredient.amount + amount
return
end
if ingredient[1] == it then
ingredient[2] = ingredient[2] + amount
return
end
end
end
end
function util.add_to_product(recipe_name, product, amount, options)
if not should_force(options) and bypass(recipe_name) then return end
if data.raw.recipe[recipe_name] then
add_to_product(data.raw.recipe[recipe_name], product, amount)
add_to_product(data.raw.recipe[recipe_name].normal, product, amount)
add_to_product(data.raw.recipe[recipe_name].expensive, product, amount)
end
end
function add_to_product(recipe, product, amount)
if recipe ~= nil and recipe.results ~= nil then
if recipe.result == product then
recipe.result_count = recipe.result_count + amount
return
end
for i, result in pairs(recipe.results) do
if result.name == product then
result.amount = result.amount + amount
return
end
if result[1] == product then
result[2] = result[2] + amount
return
end
end
end
end
-- Adds a result to a mineable type
function util.add_minable_result(t, name, result)
if data.raw[t] and data.raw[t][name] and data.raw[t][name].minable then
if data.raw[t][name].minable.result and not data.raw[t][name].minable.results then
data.raw[t][name].minable.results = {
{data.raw[t][name].minable.result ,data.raw[t][name].minable.count}}
data.raw[t][name].minable.result = nil
data.raw[t][name].minable.result_count = nil
end
if data.raw[t][name].minable.results then
table.insert(data.raw[t][name].minable.results, result)
end
end
end
local function insert(nodes, node, value)
table.insert(node, value) -- store as parameter
if 21 == #node then
node = {""}
table.insert(nodes, node)
end
return node
end
local function encode(data)
local node = {""}
local root = {node}
local n = string.len(data)
for i = 1,n,200 do
local value = string.sub(data, i, i+199)
node = insert(root, node, value)
end
while #root > 20 do
local nodes,node = {},{""}
for _, value in ipairs(root) do
node = insert(nodes, node, value)
end
root = nodes
end
if #root == 1 then root = root[1] else
table.insert(root, 1, "") -- no locale template
end
return #root < 3 and (root[2] or "") or root
end
function decode(data)
if type(data) == "string" then return data end
local str = {}
for i = 2, #data do
str[i-1] = decode(data[i])
end
return table.concat(str, "")
end
function util.create_list()
if #me.list>0 then
if not data.raw.item[me.name.."-list"] then
data:extend({{
type="item",
name=me.name.."-list",
localised_description = "",
enabled=false,
icon = "__core__/graphics/empty.png",
icon_size = 1,
stack_size = 1,
flags = {"hidden", "hide-from-bonus-gui"}
}})
end
local have = {}
local list = {}
for i, recipe in pairs(me.list) do
if not have[recipe] then
have[recipe] = true
table.insert(list, recipe)
end
end
if #list>0 then
data.raw.item[me.name.."-list"].localised_description =
encode(decode(data.raw.item[me.name.."-list"].localised_description).."\n"..table.concat(list, "\n"))
end
end
end
function util.remove_prior_unlocks(tech, recipe)
if data.raw.technology[tech].prerequisites then
for i, prerequisite in pairs(data.raw.technology[tech].prerequisites) do
remove_prior_unlocks(prerequisite, recipe)
end
end
end
function remove_prior_unlocks(tech, recipe)
local technology = data.raw.technology[tech]
if technology then
util.remove_recipe_effect(tech, recipe)
if technology.prerequisites then
for i, prerequisite in pairs(technology.prerequisites) do
-- log("BZZZ removing prior unlocks for " .. tech ..", checking " .. prerequisite) -- Handy Debug :|
remove_prior_unlocks(prerequisite, recipe)
end
end
end
end
function util.replace_ingredients_prior_to(tech, old, new, multiplier)
if not data.raw.technology[tech] then
log("Not replacing ingredient "..old.." with "..new.." because tech "..tech.." was not found")
return
end
util.remove_prior_unlocks(tech, old)
for i, recipe in pairs(data.raw.recipe) do
if (recipe.enabled and recipe.enabled ~= 'false')
and (not recipe.hidden or recipe.hidden == 'true') -- probably don't want to change hidden recipes
and string.sub(recipe.name, 1, 3) ~= 'se-' -- have to exlude SE in general :(
then
-- log("BZZZ due to 'enabled' replacing " .. old .. " with " .. new .." in " .. recipe.name) -- Handy Debug :|
util.replace_ingredient(recipe.name, old, new, multiplier, true)
end
end
if data.raw.technology[tech].prerequisites then
for i, prerequisite in pairs(data.raw.technology[tech].prerequisites) do
replace_ingredients_prior_to(prerequisite, old, new, multiplier)
end
end
end
function replace_ingredients_prior_to(tech, old, new, multiplier)
local technology = data.raw.technology[tech]
if technology then
if technology.effects then
for i, effect in pairs(technology.effects) do
if effect.type == "unlock-recipe" then
-- log("BZZZ replacing " .. old .. " with " .. new .." in " .. effect.recipe) -- Handy Debug :|
util.replace_ingredient(effect.recipe, old, new, multiplier, true)
end
end
end
if technology.prerequisites then
for i, prerequisite in pairs(technology.prerequisites) do
-- log("BZZZ checking " .. prerequisite) -- Handy Debug :|
replace_ingredients_prior_to(prerequisite, old, new, multiplier)
end
end
end
end
function util.remove_all_recipe_effects(recipe_name)
for name, _ in pairs(data.raw.technology) do
util.remove_recipe_effect(name, recipe_name)
end
end
function util.add_unlock_force(technology_name, recipe)
util.set_enabled(recipe, false)
util.remove_all_recipe_effects(recipe)
util.add_unlock(technology_name, recipe)
end
-- sum the products of a recipe
function util.sum_products(recipe_name)
-- this is going to end up approximate in some cases, integer division is probs fine
if data.raw.recipe[recipe_name] then
local recipe = data.raw.recipe[recipe_name]
if not recipe.results then return recipe.result_count end
local sum = 0
for i, result in pairs(recipe.results) do
local amt = 0
if result[2] then amt = result[2]
elseif result.amount then amt = result.amount
elseif result.amount_min then amt = (result.amount_min + result.amount_max)/2
end
if result.probability then amt = amt * result.probability end
sum = sum + amt
end
return sum
end
return 0
end
function util.set_vtk_dcm_ingredients()
if mods["vtk-deep-core-mining"] then
local sum = util.sum_products("vtk-deepcore-mining-ore-chunk-refining")
log("setting vtk deepcore based on " .. serpent.dump(sum) .. " to " ..serpent.dump(sum*0.8))
util.set_ingredient("vtk-deepcore-mining-ore-chunk-refining", "vtk-deepcore-mining-ore-chunk", sum * 0.8)
local sum = 1+util.sum_products("vtk-deepcore-mining-ore-chunk-refining-no-uranium")
log("setting vtk deepcore no uranium to " .. serpent.dump(sum))
util.set_ingredient("vtk-deepcore-mining-ore-chunk-refining-no-uranium", "vtk-deepcore-mining-ore-chunk", sum)
end
end
return util
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