mirror of
https://asciireactor.com/factorio/adamo-chemical.git
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Many improvements and an attempt to rebalance chem output.
This commit is contained in:
Adamo
parent
17e794c844
commit
8246d6ee0c
@ -1,4 +1,36 @@
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---------------------------------------------------------------------------------------------------
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Version: 0.3.0
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Date: 2020-09-12
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Recipes:
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- Upgraded geological calculations to a more robust system.
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- Rederived all chemical ratios.
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---------------------------------------------------------------------------------------------------
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Version: 0.2.1
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Date: 2020-07-17
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Technology:
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- Moved hydrofluoric acid-based Chemical science pack recipe to
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Fluorine processing tech.
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Recipes:
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- Changed Chemical science pack to use hydrofluoric acid instead
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of fluorite, to improve balance with gypsum/calcite.
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Changes:
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- More code improvements.
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---------------------------------------------------------------------------------------------------
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Version: 0.2.0
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Date: 2020-07-16
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Recipes:
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- Reduced mineral counts from flux recipes by 1/2 for better balance.
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Changes:
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- Began code overhaul with some non-game-changing code improvements.
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---------------------------------------------------------------------------------------------------
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Version: 0.1.12
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Date: 2020-07-15
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@ -231,106 +231,74 @@ function chemical_category(
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end
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-- Calcination smelting should give back some resources.
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-- at time_norm 5 and 150kW, ~10-25 ore_norm is the range
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-- at time_mult 5 and 150kW, ~10-25 ore_mult is the range
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-- between stone and steel furnace power use
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local ore_norm = 10
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local time_norm = 4
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local ore_mult = 1/adamo.geo.ore.impurity_ratio
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local time_mult = ore_mult/5
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local flux_name = "adamo-chemical-calcite"
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local clinker_name = "adamo-chemical-clinker"
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local fluxxing_category = "adamo-chemical-firing"
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local fluxxing_subgroup = fluxxing_category
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local calcinate_recipe = function(recipe,mult)
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local recipe = recipe_or_bust(recipe)
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if not recipe then return nil end
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if type(mult) ~= "number"
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or mult <= 0 then mult = ore_norm end
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local calcined_recipe = util.table.deepcopy(recipe)
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calcined_recipe.name = calcined_recipe.name.."-calcined"
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mult_recipe_energy(
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calcined_recipe,mult*time_norm/ore_norm
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)
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mult_recipe_io(calcined_recipe,mult)
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calcined_recipe.category = "adamo-chemical-firing"
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calcined_recipe.subgroup = "adamo-chemical-firing"
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if uses_ingredient(recipe,"iron-plate") then
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replace_in_recipe_io(
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calcined_recipe,
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"iron-plate",
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"iron-ore"
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)
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or mult <= 0 then mult = ore_mult end
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local count_minerals = function(ore_count)
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return math.ceil(ore_count * adamo.geo.ore.impurity_ratio)
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end
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if uses_ingredient(recipe,"copper-plate") then
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replace_in_recipe_io(
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calcined_recipe,
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"copper-plate",
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"copper-ore"
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)
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local flux_recipe = util.table.deepcopy(recipe)
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flux_recipe.name = flux_recipe.name.."-calcined"
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mult_recipe_energy(flux_recipe,time_mult/ore_mult*mult)
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mult_in_recipe(flux_recipe,mult)
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flux_recipe.category = fluxxing_category
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flux_recipe.subgroup = fluxxing_subgroup
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local ore_count = 0
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for ore,plate in pairs(adamo.chem.fluxables) do
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if uses_ingredient(flux_recipe,plate) then
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io_manip(flux_recipe,plate,ore)
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end
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local x,this_ore_count,x =
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get_ingredient(flux_recipe,ore)
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ore_count = ore_count + (this_ore_count or 0)
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-- broken
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--if this_ore_count > 0 then
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-- add_ingredient(
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-- flux_recipe,
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-- ore,
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-- 1
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-- )
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--end
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end
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local toss,iron_ore_count,toss =
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get_ingredient(calcined_recipe,"iron-ore")
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local toss,copper_ore_count,toss =
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get_ingredient(calcined_recipe,"copper-ore")
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local ore_count = (iron_ore_count or 0) + (copper_ore_count or 0)
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if ore_count == 0 then
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toss,stone_count,toss =
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get_ingredient(calcined_recipe,"stone")
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if stone_count > 0 then
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replace_in_recipe_io(
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calcined_recipe,
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"stone",
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"adamo-chemical-clinker",
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1/2
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)
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add_ingredient(
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calcined_recipe,"adamo-chemical-calcite",
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math.ceil(stone_count/2)
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)
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return calcined_recipe
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if uses_ingredient(flux_recipe,"stone") then
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x,stone_count,x = get_ingredient(flux_recipe,"stone")
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io_manip(flux_recipe,"stone",clinker_name,1/2)
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local flux_count = math.ceil(stone_count/2)
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add_ingredient(flux_recipe,flux_name,flux_count)
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return flux_recipe
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else
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return nil
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end
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end
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local mineral_count = ore_count/20
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local flux_input = math.ceil(mineral_count*2)
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local clinker_ratio = 1/3 -- to match gypsum
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local clinker_output = clinker_ratio*flux_input
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local clinker_count = clinker_ratio*flux_input
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local clinker_prob = nil
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if clinker_output > 1 then
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clinker_count = math.ceil(clinker_output)
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clinker_prob = clinker_count/clinker_output
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end
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add_ingredient(
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calcined_recipe,"adamo-chemical-calcite",
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flux_input
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)
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local flux_count = math.ceil(ore_count/ore_mult)
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local clinker_count = flux_count
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local mineral_count = flux_count
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local clinker_prob = 1/adamo.chem.ratio.lime_per_clinker
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local mineral_prob = 1 - clinker_prob
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add_ingredient(flux_recipe,flux_name,flux_count)
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add_result(flux_recipe,clinker_name,clinker_count,clinker_prob)
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for chemical,abundance in pairs(adamo.geo.ore.mineral_results) do
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if data.raw.item[chemical] then
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add_result(
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calcined_recipe,"adamo-chemical-fluorite",
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flux_recipe,
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chemical,
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mineral_count,
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(fluorite_ratio)
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)
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if data.raw.item["SiSi-quartz"] then
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add_result(
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calcined_recipe,"SiSi-quartz",
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mineral_count,
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quartz_ratio
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abundance*mineral_prob
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)
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end
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if data.raw.item["adamo-chemical-quartz"] then
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add_result(
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calcined_recipe,"adamo-chemical-quartz",
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mineral_count,
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quartz_ratio
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)
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end
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add_result(
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calcined_recipe,"sulfur",
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mineral_count,
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(1 - fluorite_ratio - quartz_ratio)
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)
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add_result(
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calcined_recipe,"adamo-chemical-clinker",
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clinker_count,
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clinker_prob
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)
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return calcined_recipe
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return flux_recipe
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end
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-- Generate chemical engineering recipes.
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@ -381,25 +349,28 @@ fluoride_battery_recipe.expensive.ingredients = {{
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local fluorite_science_pack = util.table.deepcopy(
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data.raw.recipe["chemical-science-pack"]
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)
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fluorite_science_pack
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.name = "chemical-science-pack-from-fluorite"
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fluorite_science_pack.name = "chemical-science-pack-from-fluorite"
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fluorite_science_pack.category = "advanced-crafting"
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fluorite_science_pack.category = "crafting-with-fluid"
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fluorite_science_pack.category = "chemistry"
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mult_recipe_energy(fluorite_science_pack,1/2)
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replace_recipe_io(
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replace_in_recipe(
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fluorite_science_pack,
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"sulfur",
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"adamo-chemical-fluorite",
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1
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"adamo-chemical-hydrofluoric-acid",
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10
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)
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mult_recipe_io(
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mult_in_recipe(
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fluorite_science_pack,
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1.5,
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"chemical-science-pack"
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)
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mult_recipe_io(
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mult_in_recipe(
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fluorite_science_pack,
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1.5,
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"engine-unit"
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)
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adamo.recipe.tint.apply(fluorite_science_pack)
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data:extend({
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processing_unit_from_hf_recipe,
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fluoride_battery_recipe,
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@ -409,13 +380,12 @@ add_recipe_to_tech(
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"advanced-electronics-2",
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processing_unit_from_hf_recipe.name
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)
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add_recipe_to_tech(
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add_recipes_to_tech(
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"adamo-chemical-fluorine-processing",
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fluoride_battery_recipe.name
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)
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add_recipe_to_tech(
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"chemical-science-pack",
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{
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fluoride_battery_recipe.name,
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fluorite_science_pack.name
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}
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)
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set_productivity_recipes({
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@ -556,15 +526,15 @@ for _,recipe in pairs(data.raw.recipe) do
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new_recipe.subgroup = new_category
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if new_category == "adamo-chemical-binding" then
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mult_recipe_energy(new_recipe,binding_time_mult)
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mult_recipe_io(new_recipe,binding_prod_mult)
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mult_in_recipe(new_recipe,binding_prod_mult)
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elseif new_category == "adamo-chemical-separation" then
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mult_recipe_energy(new_recipe,separation_time_mult)
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mult_recipe_io(new_recipe,separation_prod_mult)
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mult_in_recipe(new_recipe,separation_prod_mult)
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elseif new_category == "adamo-chemical-vaporworks" then
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mult_recipe_energy(new_recipe,vapor_time_mult)
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mult_recipe_io(new_recipe,vapor_prod_mult)
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mult_in_recipe(new_recipe,vapor_prod_mult)
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end
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fill_recipe_tint(new_recipe)
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adamo.recipe.tint.apply(new_recipe)
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new_recipe.always_show_products = true
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new_recipe.show_amount_in_title = true
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data:extend({new_recipe})
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@ -593,12 +563,12 @@ if data.raw["recipe-category"]["screening"] then
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for _,ingred_name in pairs(
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get_io_names(screen_recipe)
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) do
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mult_recipe_io(
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mult_in_recipe(
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screen_recipe,
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1/screening_efficiency,
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ingred_name
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)
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mult_recipe_io(
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mult_in_recipe(
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screen_recipe,
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separation_time_mult
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)
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108
data.lua
108
data.lua
@ -399,10 +399,10 @@ local clinker_recipe_with_fluorite = {
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enabled = false,
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energy_required = 25.6,
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ingredients = {
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{"adamo-chemical-calcite",44},
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{"adamo-chemical-calcite",40},
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{"adamo-chemical-fluorite",1},
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{"adamo-chemical-gypsum",5},
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{"stone",50},
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{"adamo-chemical-gypsum",1},
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{"stone",60},
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},
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results = {
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{"adamo-chemical-clinker",100}
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@ -472,8 +472,12 @@ local refined_concrete_recipe = {
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{"refined-concrete",50}
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}
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}
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local stone_input = 40
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local basic_loss = 3/4
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local stone_input_count = 50
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local water_input_count = stone_input_count*10
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local landfill_output_count = math.ceil(stone_input_count/50)
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local mineral_output_count = stone_input_count
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- 20*landfill_output_count
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local basic_loss = 4/5
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local basic_froth_flotation_recipe = {
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type = "recipe",
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name = "adamo-chemical-basic-mineral-processing",
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@ -490,11 +494,11 @@ local basic_froth_flotation_recipe = {
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ingredients = {{
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type = "item",
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name = "stone",
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amount = stone_input*basic_loss,
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amount = stone_input_count,
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},{
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type = "fluid",
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name = "water",
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amount = stone_input
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amount = water_input_count
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}},
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crafting_machine_tint = {
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primary = colors.softgreen,
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@ -519,11 +523,11 @@ local advanced_froth_flotation_recipe = {
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ingredients = {{
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type = "item",
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name = "stone",
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amount = stone_input,
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amount = stone_input_count,
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},{
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type = "fluid",
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name = "water",
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amount = stone_input
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amount = water_input_count
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}},
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crafting_machine_tint = {
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primary = colors.softgreen,
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@ -536,95 +540,113 @@ if found_sisiquartz then
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basic_froth_flotation_recipe.results = {{
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type = "item",
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name = "SiSi-quartz",
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probability = quartz_ratio,
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amount = stone_input/2.5*basic_loss
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probability = adamo.geo.abundance.quartz,
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amount = mineral_output_count*basic_loss
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},{
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type = "item",
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name = "adamo-chemical-calcite",
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probability = calcite_ratio,
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amount = stone_input/2.5*basic_loss
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probability = adamo.geo.abundance.calcite,
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amount = mineral_output_count*basic_loss
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},{
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type = "item",
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name = "adamo-chemical-gypsum",
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probability = gypsum_ratio,
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amount = stone_input/2.5*basic_loss
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probability = adamo.geo.abundance.gypsum,
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amount = mineral_output_count*basic_loss
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},{
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type = "item",
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name = "sulfur",
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probability = adamo.geo.abundance.sulfur,
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amount = mineral_output_count*basic_loss
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},{
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type = "item",
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name = "landfill",
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probability = 0.5,
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amount = math.ceil(stone_input/50)
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amount = landfill_output_count
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}}
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advanced_froth_flotation_recipe.results = {{
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type = "item",
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name = "SiSi-quartz",
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probability = quartz_ratio,
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amount = stone_input/2.5
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probability = adamo.geo.abundance.quartz,
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amount = mineral_output_count
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},{
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type = "item",
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name = "adamo-chemical-fluorite",
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probability = fluorite_ratio,
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amount = stone_input/2.5
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probability = adamo.geo.abundance.fluorite,
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amount = mineral_output_count
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},{
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type = "item",
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name = "adamo-chemical-calcite",
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probability = calcite_ratio,
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amount = stone_input/2.5
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probability = adamo.geo.abundance.calcite,
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amount = mineral_output_count
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},{
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type = "item",
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name = "adamo-chemical-gypsum",
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probability = gypsum_ratio,
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amount = stone_input/2.5
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probability = adamo.geo.abundance.gypsum,
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amount = mineral_output_count
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},{
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type = "item",
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name = "sulfur",
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probability = adamo.geo.abundance.sulfur,
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amount = mineral_output_count
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},{
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type = "item",
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name = "landfill",
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amount = math.ceil(stone_input/50)
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amount = landfill_output_count
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}}
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else
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basic_froth_flotation_recipe.results = {{
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type = "item",
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name = "adamo-chemical-quartz",
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probability = quartz_ratio,
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amount = stone_input/2.5*basic_loss
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probability = adamo.geo.abundance.quartz,
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amount = mineral_output_count*basic_loss
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},{
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type = "item",
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name = "adamo-chemical-calcite",
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probability = calcite_ratio,
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amount = stone_input/2.5*basic_loss
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probability = adamo.geo.abundance.calcite,
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amount = mineral_output_count*basic_loss
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},{
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type = "item",
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name = "adamo-chemical-gypsum",
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probability = gypsum_ratio,
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amount = stone_input/2.5*basic_loss
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probability = adamo.geo.abundance.gypsum,
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amount = mineral_output_count*basic_loss
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},{
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type = "item",
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name = "sulfur",
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probability = adamo.geo.abundance.sulfur,
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amount = mineral_output_count*basic_loss
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},{
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type = "item",
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name = "landfill",
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probability = 0.5,
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amount = math.ceil(stone_input/50)
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amount = landfill_output_count
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}}
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advanced_froth_flotation_recipe.results = {{
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type = "item",
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name = "adamo-chemical-quartz",
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probability = quartz_ratio,
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amount = stone_input/2.5
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probability = adamo.geo.abundance.quartz,
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amount = mineral_output_count
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},{
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type = "item",
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name = "adamo-chemical-fluorite",
|
||||
probability = fluorite_ratio,
|
||||
amount = stone_input/2.5
|
||||
probability = adamo.geo.abundance.fluorite,
|
||||
amount = mineral_output_count
|
||||
},{
|
||||
type = "item",
|
||||
name = "adamo-chemical-calcite",
|
||||
probability = calcite_ratio,
|
||||
amount = stone_input/2.5
|
||||
probability = adamo.geo.abundance.calcite,
|
||||
amount = mineral_output_count
|
||||
},{
|
||||
type = "item",
|
||||
name = "adamo-chemical-gypsum",
|
||||
probability = gypsum_ratio,
|
||||
amount = stone_input/2.5
|
||||
probability = adamo.geo.abundance.gypsum,
|
||||
amount = mineral_output_count
|
||||
},{
|
||||
type = "item",
|
||||
name = "sulfur",
|
||||
probability = adamo.geo.abundance.sulfur,
|
||||
amount = mineral_output_count
|
||||
},{
|
||||
type = "item",
|
||||
name = "landfill",
|
||||
amount = math.ceil(stone_input/50)
|
||||
amount = landfill_output_count
|
||||
}}
|
||||
end
|
||||
data:extend({
|
||||
|
||||
Loading…
Reference in New Issue
Block a user