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9a2e5e554f
* Initial commit of hilbert water trap * Refactoring in features/market.lua * Fixed ribbon for both Hilberts * Added remove decoratives function to the builder * Refactoring the new builder functions * Simplifying create_standard_market * remove_map_gen_decoratives_by_filter renamed * Fixed documentation links having _edit in them * Formating documents
200 lines
7.3 KiB
Lua
200 lines
7.3 KiB
Lua
--Hilbert Water Trap Map, by SimonFlapse, based on Hilbert Sand Trap by Jayefuu, R. Nukem, and grilledham
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local b = require 'map_gen.shared.builders'
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local degrees = require 'utils.math'.degrees
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local RS = require 'map_gen.shared.redmew_surface'
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local MGSP = require 'resources.map_gen_settings'
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local redmew_config = global.config
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--https://www.fractalus.com/kerry/tutorials/hilbert/hilbert-tutorial.html
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-- Setup the scenario map information because everyone gets upset if you don't
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local ScenarioInfo = require 'features.gui.info'
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ScenarioInfo.set_map_name("Hilbert's Sand Trap")
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ScenarioInfo.set_map_description("You have crash landed in the middle of Hilbert's Labyrinth! Surrounded by quicksand and biters you must survive long enough to launch a rocket.")
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ScenarioInfo.set_map_extra_info(
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'Only the native grasses are suitable to build on. Ores and trees have sunk into the sand, but biters have adapted to live happily in the barren landscape. Some even speak of a Hydra living deep within the desert. \n\n Map created by R. Nukem and Jayefuu, with help from grilledham and the rest of the Redmew admin team.'
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)
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--enable Hydra
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local hail_hydra = redmew_config.hail_hydra
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hail_hydra.enabled = true
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--tweak hydra settings. Default settings are WAY too hard (circa 2019-02-22 hydra)
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--This section will need updated in the future pending changes to how hydra is configured (PR #795)
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hail_hydra.hydras = {
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-- spitters
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['small-spitter'] = {['small-worm-turret'] = 0.05}, --default 0.2
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['medium-spitter'] = {['medium-worm-turret'] = 0.05}, --defualt 0.2
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['big-spitter'] = {['big-worm-turret'] = 0.05}, --defualt 0.2
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['behemoth-spitter'] = {['big-worm-turret'] = 0.2}, --default 0.4
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-- biters
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['medium-biter'] = {['small-biter'] = 0.4}, --default 1.2
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['big-biter'] = {['medium-biter'] = 0.4},
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--default 1.2
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['behemoth-biter'] = {['big-biter'] = 0.4},
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--default 1.2
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-- worms
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['small-worm-turret'] = {['small-biter'] = .75},
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--defualt 2.5
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['medium-worm-turret'] = {['small-biter'] = .75, ['medium-biter'] = 0.3}, --default 2.5, .6
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['big-worm-turret'] = {['small-biter'] = 2.0, ['medium-biter'] = 1.0, ['big-biter'] = 0.5} --defualt 3.8, 1.3, 1.1
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}
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hail_hydra.evolution_scale = .7
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local market_config = redmew_config.market
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market_config.standard_market_location = {0, -7} -- Some how the market gets removed
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market_config.delay = 5 -- delays spawning the market by 5 ticks
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-- define map settings
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--Ore settings. I feel very-high frequency is required to keep the sand from eating all the ores
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-- Richness and size can be changed to tweak balance a bit.
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local ore_settings = {
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autoplace_controls = {
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coal = {
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frequency = 'very-high',
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richness = 'normal',
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size = 'normal'
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},
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['copper-ore'] = {
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frequency = 'very-high',
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richness = 'normal',
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size = 'normal'
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},
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['crude-oil'] = {
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frequency = 'very-high',
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richness = 'normal',
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size = 'normal'
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},
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['iron-ore'] = {
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frequency = 'very-high',
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richness = 'normal',
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size = 'normal'
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},
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stone = {
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frequency = 'very-high',
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richness = 'normal',
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size = 'normal'
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},
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['uranium-ore'] = {
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frequency = 'very-high',
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richness = 'very-low',
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size = 'very-small'
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}
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}
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}
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-- Another section that can be used for balance. Setting richness above normal is not recommended
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local tree_settings = {
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autoplace_controls = {
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trees = {
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frequency = 'very-high',
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richness = 'normal',
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size = 'normal'
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}
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}
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}
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-- This seems to be a decent balance between small pools of water and not blocking entire sections
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-- of the maze near spawn by lakes
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local water_settings = {
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terrain_segmentation = 'high',
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water = 'low'
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}
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--Set map settings
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RS.set_map_gen_settings(
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{
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MGSP.cliff_none,
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MGSP.grass_only,
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MGSP.enable_water,
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MGSP.enemy_very_high,
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MGSP.starting_area_very_low,
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ore_settings,
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tree_settings,
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water_settings
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}
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)
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--start hilbert design. Note: The following code does contain bugs. Jayefuu and R.Nukem are aware of
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--this and will look into fixing it at a later date. For now keep hilbert_levels = 2
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--The following values can be changed to adjust the width of the maze and sand
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local block_width = 6
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local block_length = 16
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local scale_factor = 11
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local hilbert_levels = 2 -- do not change unless the algorithm has been fixed
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local line_1 = b.translate(b.rectangle(block_width, block_length), -5, 0) --adjust size of rectangle to change maze width
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local tier_1 =
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b.any {
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line_1,
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b.rotate(line_1, degrees(-90)),
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b.rotate(line_1, degrees(-180))
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}
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local pattern = tier_1
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local var = 20
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for i = 1, hilbert_levels do
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-- do the rotation stuff
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pattern =
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b.any {
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pattern,
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b.translate(b.flip_x(pattern), i * var, 0),
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b.translate(b.rotate(pattern, degrees(90)), i * var, i * var),
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b.translate(b.rotate(pattern, degrees(-90)), 0, i * var)
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}
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-- translate the pattern so that the connecting pieces are easier to add
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pattern = b.translate(pattern, -0.5 * i * var, -0.5 * i * var)
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-- add the 3 connecting pieces
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pattern =
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b.any {
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pattern,
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b.translate(line_1, (10 * (i - 1) + (10 * i)) * -1, 0),
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b.translate(b.rotate(line_1, degrees(180)), (10 * (i - 1) + (10 * i)), 0),
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b.rotate(line_1, degrees(-90))
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--b.translate(line_1,-10,0)
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}
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end
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pattern =
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b.any {
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pattern,
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b.translate(b.rotate(line_1, degrees(90)), -40, 30),
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b.translate(b.rotate(line_1, degrees(90)), 40, 30)
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}
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-- Tile map in X direction
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local function ribbon(_, y)
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local abs_y = math.abs(y)
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return (abs_y < 40)
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end
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ribbon = b.change_tile(ribbon, true, 'water-shallow')
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ribbon = b.remove_map_gen_decoratives_by_filter(ribbon)
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ribbon = b.remove_map_gen_resources(ribbon)
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ribbon = b.remove_map_gen_trees(ribbon)
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ribbon = b.translate(ribbon, 0, 6)
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pattern = b.translate(pattern, 0, 5)
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local hilbert = b.single_x_pattern(pattern, 80)
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local map = b.any {hilbert, ribbon}
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--Change this to scale map
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map = b.scale(map, scale_factor, scale_factor)
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-- make starting area
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local start_region = b.rectangle(block_length * scale_factor, block_width * scale_factor)
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map = b.subtract(map, start_region)
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start_region = b.change_map_gen_collision_tile(start_region, 'water-tile', 'landfill')
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start_region = b.remove_map_gen_resources(start_region)
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local start_water = b.change_tile(b.circle(5), true, 'water')
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map = b.any {start_water, start_region, map}
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--make starting ores
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local value = b.manhattan_value
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local ore_shape = b.scale(b.circle(30), 0.15)
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local start_ore = b.circle(30)
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local start_iron = b.resource(start_ore, 'iron-ore', value(1000, 0))
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local start_copper = b.resource(start_ore, 'copper-ore', value(750, 0))
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local start_coal = b.resource(start_ore, 'coal', value(500, 0))
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local start_stone = b.resource(start_ore, 'stone', value(500, 0))
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start_ore = b.segment_pattern({start_coal, start_stone, start_copper, start_iron})
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ore_shape = b.choose(b.circle(30), start_ore, ore_shape)
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--apply starting ores to map
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map = b.apply_entity(map, ore_shape)
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--shift spawn so player doesn't die to start water
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map = b.translate(map, 0, 30)
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return map
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