added recursive tech card script
This commit is contained in:
PreLeyZero
parent
7cb153d07c
commit
d6362bde0e
6 changed files with 446 additions and 16 deletions
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@ -82,13 +82,194 @@ local function remove_tech_cards(table_in)
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end
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end
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local function remove_pre_tech(tech, pre_tech)
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if not data.raw.technology[tech] then
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return
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end
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for i,v in ipairs(data.raw.technology[tech].prerequisites) do
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if v == pre_tech then
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v = nil
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end
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end
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end
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local function remove_pre_techs(table_in)
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--table structure: {{tech, pre_tech}, ... , ...}
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for i,v in pairs(table_in) do
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remove_pre_tech(table_in[i].tech, table_in[i].pre_tech)
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end
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end
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local function add_tech_cards(table_in)
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--table structure: {{tech, card}, ... , ...}
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for i,v in pairs(table_in) do
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add_tech_card(table_in[i].tech, table_in[i].card)
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end
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end
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local function add_tech_card(tech, card)
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if not data.raw.technology[tech] then
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return
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end
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if contains_tech_card(data.raw.technology[tech].unit.ingredients, card) then
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return
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end
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table.insert(data.raw.technology[tech].unit.ingredients, {card, 1})
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end
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function contains_tech_card(table_in, card)
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for i,v in ipairs(table_in) do
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if v[1] == card then
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return true
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end
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end
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return false
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end
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--[FIND TECHS AFTER GIVEN TECH RECURSIVELY]
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--find all techs after given tech in tech tree and elimate doubles from result table
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function walk_techs(pos, break_con)
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--one iteration:
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--find all leaves for this tech
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--get their lists and add them to own
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--return own list
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local leaves = find_following_techs(pos, break_con)
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table_out = {}
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if is_table_empty(leaves) then
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--meaning this is at end of tech tree
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table.insert(table_out, pos)
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return table_out
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end
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for i,v in ipairs(leaves) do
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--for every leaf tech, i = index, v = tech_pos
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table.insert(table_out, pos)
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table_out = append_table(table_out, walk_techs(v, break_con))
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end
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return table_out
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end
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function append_table(table_a, table_b)
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for i,v in ipairs(table_b) do table.insert(table_a, v) end return table_a
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end
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function find_following_techs(tech, break_con)
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--finds all techs with given tech as prerequisite and returns them in table form
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local return_table = {}
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for i,v in pairs(data.raw.technology) do
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--i = techname, v = data.raw.technology[techname]
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for j,w in ipairs(data.raw.technology[i].prerequisites) do
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--prerequisites = {'el_energy_tech'}
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--j = index, w = techname
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if w == tech then
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if not (i == break_con) then
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table.insert(return_table, i)
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end
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end
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end
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end
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return return_table
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end
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function is_table_empty(table_in)
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local next_ele = next
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if next_ele(table_in) == nil then
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return true
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else
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return false
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end
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end
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function del_doubles(table_in)
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--table_in is keyed table in form of {start_tech, tech_a, tech_b ....}
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table_out = {}
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for i,v in ipairs(table_in) do
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--i = index, v = tech
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if not is_in_table(table_out, v) then
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table.insert(table_out, v)
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end
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end
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return table_out
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end
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function is_in_table(table_in, arg)
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--check if arg is an value of indexed table
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for i,v in ipairs(table_in) do
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if v == arg then
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return true
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end
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end
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return false
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end
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local function add_cards_to_tree(table_in, card)
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for i,v in ipairs(table_in) do
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add_tech_card(v, card)
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end
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end
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--===================================================================================================================
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-- 248k items to Krastorio2 recipes
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-- 248k item/tech integration with Krastorio2
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--===================================================================================================================
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--[BUILDINGS]
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building_table = {
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{"kr-electrolysis-plant", "el_materials_ALK", 10},
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{"kr-filtration-plant", "el_materials_ALK", 10},
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--{"kr-electrolysis-plant", "el_materials_ALK", 10},
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--{"kr-electrolysis-plant", "el_materials_ALK", 10},
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{"kr-fluid-burner", "el_materials_ALK", 2},
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{"kr-atmospheric-condensor", "el_materials_ALK", 6},
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{"el_solar_recipe", "solar-panel", 2},
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{"solar-panel", "el_materials_ALK", 6},
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{"kr-advanced-solar-panel", "el_solar_item", 1},
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{"kr-advanced-solar-panel", "fi_materials_GFK", 2},
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{"kr-fuel-refinery", "el_materials_ALK", 4},
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{"kr-gas-power-station", "el_materials_ALK", 10},
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{"buisart-lab", "fi_materials_NFK", 10},
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{"kr-electric-mining-drill-mk2", "fi_materials_GFK", 6},
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{"kr-research-server", "fi_materials_NFK", 8},
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{"kr-research-server", "fi_materials_GFK", 8},
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{"kr-air-purifier", "fi_materials_NFK", 4},
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{"kr-bio-lab", "fi_materials_NFK", 20},
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{"kr-atmospheric-condensor", "fi_materials_GFK", 4},
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{"kr-fusion-reactor", "fu_tech_sign_item",200},
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{"fu_tokamak_reactor_recipe", "kr-fusion-reactor",1},
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{"kr-advanced-steam-turbine", "fu_materials_KFK", 10},
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--logistics
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{"kr-fast-loader", "el_materials_ALK", 4},
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{"kr-express-loader", "fi_materials_GFK", 4},
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{"kr-advanced-transport-belt", "fu_materials_KFK", 1},
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{"kr-advanced-splitter", "fu_materials_KFK", 3},
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{"kr-advanced-loader", "fu_materials_KFK", 4},
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{"kr-advanced-underground-belt", "fu_materials_KFK", 8},
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{"kr-advanced-assembling-machine", "fu_materials_KFK", 6},
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{"kr-advanced-furnace", "fu_materials_KFK", 6},
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{"kr-advanced-chemical-plant", "fu_materials_KFK", 6},
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{"kr-large-roboport", "fi_robo_port_item", 1},
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}
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@ -101,33 +282,281 @@ item_table = {
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{"speed-module-3", "fi_modules_core_item", 3},
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{"effectivity-module-2", "fi_modules_core_item", 1},
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{"effectivity-module-3", "fi_modules_core_item", 3},
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{"ai-core", "fu_materials_energy_crystal", 1},
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{"fusion-reactor-equipment","fu_materials_energy_crystal", 25},
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{"imersium-plate", "fi_crushed_crystal_item", 4},
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{"lithium-sulfur-battery", "el_lithium_battery", 1},
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{"empty-dt-fuel", "fu_materials_KFK", 2},
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{"fu_empty_container_recipe","empty-dt-fuel", 1},
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{"energy-control-unit", "fu_materials_energy_crystal", 1},
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--science
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{"chemical-science-pack", "el_energy_crystal_item",3},
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{"production-science-pack", "fi_materials_titan", 1},
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{"utility-science-pack", "fi_materials_neodym", 1},
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{"matter-tech-card", "fu_tech_sign_item", 5},
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{"singularity-tech-card", "gr_materials_magnet", 1},
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}
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--[TECH]
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tech_table = {
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{"kr-fluids-chemistry", "el_materials_ALK"},
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{"kr-advanced-solar-panel", "el_solar_tech"},
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{"kr-fluids-chemistry", "el_materials_ALK"},
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{"kr-fluid-excess-handling", "el_burner_tech"},
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{"kr-advanced-lab", "fi_materials_tech"},
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{"kr-electric-mining-drill-mk2","fi_materials_tech"},
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{"kr-kr-research-server", "fi_materials_tech"},
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{"kr-air-purification", "fi_materials_tech"},
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{"kr-bio-processing", "fi_materials_tech"},
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{"kr-logistic-4", "fu_KFK_tech"},
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{"logistics-2", "el_materials_ALK"},
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{"fi_robo_tech", "construction-robotics"},
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{"fi_robo_tech", "logistic-robotics"},
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{"fu_tokamak_tech", "kr-fusion-energy"},
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{"kr-fusion-energy", "fu_KFK_tech"},
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{"kr-ai-core", "fu_crystal_tech"},
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{"fusion-reactor-equipment", "fu_crystal_tech"},
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{"kr-imersium-processing", "fu_crystal_tech"},
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{"kr-lithium-sulfur-battery", "el_lithium_tech"},
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{"kr-matter-tech-card", "fu_energy_tech"},
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{"kr-singularity-tech-card", "gr_magnet_tech"},
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{"kr-energy-control-unit", "fu_crystal_tech"},
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{"kr-advanced-assembling-machine","fu_KFK_tech"},
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{"kr-advanced-furnace", "fu_KFK_tech"},
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{"kr-advanced-chemical-plant", "fu_KFK_tech"},
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{"kr-advanced-roboports", "fi_robo_tech"},
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{"gr_stage_tech", "kr-matter-tech-card"},
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{"gr_stage_tech", "kr-advanced-tech-card"},
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{"gr_charger_tech", "kr-singularity-tech-card"},
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{"gr_compact_fusion_tech", "kr-singularity-tech-card"},
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--energy tech
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{"kr-fuel", "el_energy_tech"},
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{"kr-gas-power-station", "el_energy_tech"},
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{"kr-nuclear-reactor-equipment","fi_energy_tech"},
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{"nuclear-fuel-reprocessing", "fi_energy_tech"},
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{"kr-nuclear-locomative", "fi_energy_tech"},
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}
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--[ADD TECH CARDS]
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add_card_table = {
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--{"el_purifier_tech", "space-science-pack"},
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}
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--[REMOVE TECH CARDS]
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card_table = {
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remove_card_table = {
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{"el_purifier_tech", "logistic-science-pack"},
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{"el_arc_furnace_tech", "logistic-science-pack"},
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{"el_caster_tech", "logistic-science-pack"},
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{"el_ALK_tech", "logistic-science-pack"},
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}
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--[REMOVE PREREQUISITES]
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pre_tech_table = {
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{"el_purifier_tech", "logistic-science-pack"},
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}
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--===================================================================================================================
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-- structure and adding
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-- changes in entities and other protypes
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--===================================================================================================================
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data.raw["solar-panel"]["el_solar_entity"].production = "220kW"
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data.raw["solar-panel"]["kr-advanced-solar-panel"].production = "480kW"
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data.raw.item["el_materials_ALK"].stack_size = 200
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data.raw.recipe["dt-fuel"].ingredients = {
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{type="item", name="empty-dt-fuel", amount=1},
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{type="fluid", name="fu_deuterium", amount=6},
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{type="fluid", name="fu_tritium", amount=6}
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}
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data:extend({
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{
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name = 'fi_arc_glass_recipe',
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type = 'recipe',
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enabled = 'false',
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category = 'el_arc_furnace_category',
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ingredients = {
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{type="item", name="glass", amount=15},
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{type="item", name="quartz", amount=5},
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{type="item", name="coke", amount=5}
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},
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results = {
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{type="fluid", name="fi_arc_glass", amount=600},
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},
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energy_required = 1,
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order = 'a-b',
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always_show_made_in = true
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},
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{
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name = 'fu_activator_4_recipe',
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type = 'recipe',
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category = 'chemistry',
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main_product = 'fu_tritium',
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enabled = 'false',
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ingredients = {
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{type="item", name="tritium", amount=1},
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},
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results = {
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{type="fluid", name="fu_tritium", amount=3},
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},
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result_count = 1,
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energy_required = 1,
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always_show_made_in = true,
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},
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{
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name = 'fu_activator_3_recipe',
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type = 'recipe',
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category = 'chemistry',
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main_product = 'fu_deuterium',
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enabled = 'false',
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ingredients = {
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{type="fluid", name="heavy-water", amount=10},
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{type="item", name="improved-pollution-filter", amount=1},
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},
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results = {
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{type="fluid", name="fu_deuterium", amount=3},
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},
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result_count = 1,
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energy_required = 10,
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always_show_made_in = true,
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},
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})
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--===================================================================================================================
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-- structures and adding
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--===================================================================================================================
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recipe_structure = {"recipe", "item", "item_amount"}
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tech_structure = {"tech", "pre_tech"}
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card_structure = {"tech", "card"}
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break_con = "gr_red_tech"
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add_to_recipes(change_table_index(building_table, recipe_structure))
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add_to_recipes(change_table_index(item_table, recipe_structure))
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add_to_techs(change_table_index(tech_table, tech_structure))
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remove_tech_cards(change_table_index(card_table, card_structure))
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add_tech_cards(change_table_index(add_card_table, tech_structure))
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remove_pre_techs(change_table_index(pre_tech_table, tech_structure))
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remove_tech_cards(change_table_index(remove_card_table, card_structure))
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add_cards_to_tree(del_doubles(walk_techs("gr_stage_tech", break_con)), "matter-tech-card")
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add_cards_to_tree(del_doubles(walk_techs("gr_stage_tech", break_con)), "advanced-tech-card")
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add_cards_to_tree(del_doubles(walk_techs("gr_charger_tech", break_con)), "singularity-tech-card")
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add_cards_to_tree(del_doubles(walk_techs("gr_compact_fusion_tech", break_con)), "singularity-tech-card")
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add_cards_to_tree(del_doubles(walk_techs("kr-singularity-tech-card", break_con)), "fu_space_probe_science_item")
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--TODO
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--rare metals with fi_materials
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--compact fusion tech and singularity tech
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--singularity tech stuff integate
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--===================================================================================================================
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-- math and meta
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--===================================================================================================================
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--[FUSION CALC]
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--[[
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1 D/s = 1 Neutron Fluid
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1 T/s = 2 Neutron Fluid
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TOKAMAK:
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D2 Fusion:
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110.000 cold lead + 200 D | 100s = 110.000 hot lead
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-> 1.100 hot lead/s
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A: (415 dec steam) 1 hot lead = 10 steam
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-> 11.000 hot steam/s | 50 (415 dec steam)/s = 10MW
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== 2.200 MW
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B: (975 dec steam) 1 hot lead = 2.5 steam
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-> 2.750 hot steam/s | 100 (975 dec steam)/s = 100MW
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== 2.750 MW
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DT Fusion:
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180.000 cold lead + 100 D + 100 T | 100s = 180.000 hot lead
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-> 1.800 hot lead/s
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A: (415 dec steam) 1 hot lead = 10 steam
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-> 18.000 hot steam/s | 50 (415 dec steam)/s = 10MW
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== 3.600 MW
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B: (975 dec steam) 1 hot lead = 2.5 steam
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-> 4.500 hot steam/s | 100 (975 dec steam)/s = 100MW
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== 4.500 MW
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STELLARATOR:
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DT Fusion:
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1.000 cold lead + 1 D + 1 T | 1s = 1.000 hot lead
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-> 1.000 hot lead/s
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A: (415 dec steam) 1 hot lead = 10 steam
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-> 10.000 hot steam/s | 50 (415 dec steam)/s = 10MW
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== 2.000 MW
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B: (975 dec steam) 1 hot lead = 2.5 steam
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-> 2.500 hot steam/s | 100 (975 dec steam)/s = 100MW
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== 2.500 MW
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PL Fusion:
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1.000 cold lead + 15 P + 15 L | 1s = 1.000 hot lead
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-> 1.000 hot lead/s
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A: (415 dec steam) 1 hot lead = 10 steam
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-> 10.000 hot steam/s | 50 (415 dec steam)/s = 10MW
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== 2.000 MW
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B: (975 dec steam) 1 hot lead = 2.5 steam
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-> 2.500 hot steam/s | 100 (975 dec steam)/s = 100MW
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== 2.500 MW
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DT Breeder Fusion:
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300 cold lead + 1 D + 1 T | 1s = 300 hot lead
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-> 300 hot lead/s
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A: (415 dec steam) 1 hot lead = 10 steam
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-> 3.000 hot steam/s | 50 (415 dec steam)/s = 10MW
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== 600 MW
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B: (975 dec steam) 1 hot lead = 2.5 steam
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-> 750 hot steam/s | 100 (975 dec steam)/s = 100MW
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== 750 MW
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PL Breeder Fusion:
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300 cold lead + 15 P + 15 L | 1s = 300 hot lead
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-> 300 hot lead/s
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A: (415 dec steam) 1 hot lead = 10 steam
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-> 3.000 hot steam/s | 50 (415 dec steam)/s = 10MW
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== 600 MW
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B: (975 dec steam) 1 hot lead = 2.5 steam
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-> 750 hot steam/s | 100 (975 dec steam)/s = 100MW
|
||||
== 750 MW
|
||||
|
||||
KRASTORIO 2:
|
||||
DT Fusion:
|
||||
1 T(K2) + 10 HW(K2) | 1s = 2.000 (975 dec steam)
|
||||
-> 2.000 hot steam/s | 100 (975 dec steam)/s = 100MW
|
||||
== 2.000 MW
|
||||
]]
|
||||
|
||||
--===================================================================================================================
|
||||
-- sumarize
|
||||
--===================================================================================================================
|
||||
|
||||
--[[
|
||||
|
||||
Recipe Input/s Output (415 dec) Output (975 dec)
|
||||
TOKAMAK:
|
||||
D2 2 D 2.200 MW 2.750 MW
|
||||
DT 1 D + 1 T 3.600 MW 4.500 MW
|
||||
STELLARATOR:
|
||||
DT 1 D + 1 T 2.000 MW 2.500 MW
|
||||
PL 15 P + 15 L 2.000 MW 2.500 MW
|
||||
DT + NF 1 D + 1 T 600 MW 750 MW
|
||||
PL + NF 15 P + 15 L 600 MW 750 MW
|
||||
KRASTORIO 2:
|
||||
DT Cell 1/5 T(K2) + 2 HW(K2) - 2.000 MW
|
||||
|
||||
]]
|
||||
|
|
|
|||
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Reference in a new issue