mirror of
https://github.com/Refactorio/RedMew.git
synced 2024-12-12 10:04:40 +02:00
3f8be3151a
* Add redmew_surface * Change map_layout to have all maps use redmew_surface * Maps: switch hardcoded nauvis refs to redmew_surface * Features: switch hardcoded nauvis refs to redmew_surface * Per discussion, removal of RSO * Changes to files based on linting warnings/errors * ent_functions: remove functions from global scope, ignore remaining linting warnings (~100 remaining) * borg_planet: ignore linting warnings (88 remaining) * mazes refactored * Changed global.lua so events are run in the order they are registered
120 lines
3.9 KiB
Lua
120 lines
3.9 KiB
Lua
local b = require "map_gen.shared.builders"
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local pic = require "map_gen.data.presets.goat"
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pic = b.decompress(pic)
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local goat1 = b.picture(pic)
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goat1 = b.invert(goat1)
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local crop = b.rectangle(pic.width, pic.height)
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goat1 = b.all{goat1, crop}
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local floor = b.translate(b.rectangle(pic.width, 32), 0 , (pic.height / 2) + 12)
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local goats = { floor, goat1 }
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local sf = 0.75
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local tf = 0.7
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local s = 1
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local t = 0
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for i = 1, 5 do
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s = s * sf
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t = t + (s * tf * pic.height)
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local goat = b.translate(b.scale(goat1, s, s), 0, -t)
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table.insert( goats, goat )
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end
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local ceiling = b.translate(b.rectangle(pic.width, 32), 0 , -t - 32)
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table.insert( goats, ceiling )
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local shape = b.translate(b.any(goats), 0, (t / 2) - 60)
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-- for custom goat ores
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--[[
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local function rot(table)
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local len = #table
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local copy = {}
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for i = 1, len -1 do
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copy[i+1] = table[i]
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end
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copy[1] = table[len]
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return copy
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end
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local patch = b.flip_x(goat1)
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--patch = b.throttle_xy(patch, 1, 2, 1 ,2)
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local iron_patch = b.resource(b.scale(patch,0.12,0.12), "iron-ore", function(x,y) return 500 end)
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local copper_patch = b.resource(b.scale(patch,0.12,0.12), "copper-ore", function(x,y) return 500 end)
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local coal_patch = b.resource(b.scale(patch,0.12,0.12), "coal", function(x,y) return 500 end)
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local stone_patch = b.resource(b.scale(patch,0.12,0.12), "stone", function(x,y) return 500 end)
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local uraniumn_patch = b.resource(b.scale(patch,0.12,0.12), "uraniumn-ore", function(x,y) return 500 end)
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local oil_patch = b.resource(b.scale(patch,0.12,0.12), "crude-oil", function(x,y) return 500 end)
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local patch1 = b.translate(b.scale(patch,0.2,0.2),0,170)
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local patch2 = b.translate(b.scale(patch,0.15,0.15),0,25)
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local patch3 = b.translate(b.scale(patch,0.12,0.12),0,-88)
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local patch4 = b.translate(b.scale(patch,0.1,0.1),0,-173)
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local patch5 = b.translate(b.scale(patch,0.08,0.08),0,-238)
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local patch6 = b.translate(b.scale(patch,0.04,0.04),0,-282)
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local patch_table = { patch1, patch2, patch3, patch4, patch5, patch6 }
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local function do_nothing(builder, x, y) return builder(x, y) end
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local function throttle(builder, x, y)
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if x % 4 < 1 and y % 4 < 1 then
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return builder(x, y)
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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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local function linear(base, mult)
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return function(x, y)
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return base + (math.abs(x) + math.abs(y)) * mult
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end
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end
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local res1 = {do_nothing, "iron-ore", linear(500, 1) }
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local res2 = {do_nothing,"copper-ore", linear(400, 0.8) }
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local res3 = {do_nothing,"coal", linear(400, 0.7) }
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local res4 = {do_nothing,"stone", linear(200, 0.6) }
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local res5 = {do_nothing,"uranium-ore", linear(50, 0.1) }
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local res6 = {throttle, "crude-oil", linear(18750, 300) }
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local res_table = { res2, res3, res4, res5, res6, res1 }
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local res_tables = {}
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for i = 1, 6 do
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table.insert(res_tables, res_table)
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res_table = rot(res_table)
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end
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local function res_builder(x, y, world_x, world_y)
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local col_pos = math.floor(world_x / ISLAND_X_DISTANCE + 0.5)
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local row_pos = math.floor(world_y / ISLAND_Y_DISTANCE + 0.5)
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local offset = ((math.abs(col_pos) + math.abs(row_pos)) % 6) + 1
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local rt = res_tables[offset]
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for k, v in ipairs(patch_table) do
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local r = rt[k]
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local f = r[1]
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local name = r[2]
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local amount = r[3]
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if f(v,x,y) then
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return name, amount(world_x, world_y)
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end
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end
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end
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--local patches = b.any(patch_table)
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--local iron = b.resource(patches,"iron-ore", function(x,y) return 400 end)
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--local iron_goat = b.apply_entity(shape, iron)
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local res_goat = b.apply_entity(shape, res_builder)
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shape = res_goat
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--]]
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local shape2 = b.flip_x(shape)
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local shape3 = b.flip_y(shape)
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local shape4 = b.flip_y(shape2)
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local pattern =
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{
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{shape, shape2},
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{shape3, shape4},
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}
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local map = b.grid_pattern(pattern, 2, 2, pic.width, pic.height + t - 105)
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map = b.change_map_gen_collision_tile(map,"water-tile", "water-green")
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return map
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