Formatting

Author: KompetenzAirbag

SeaBlock/mapgen.lua

@@ -33,67 +33,69 @@ data.raw.tile["sand-5"].vehicle_friction_modifier = 1.8
 data.raw.tile["landfill"].vehicle_friction_modifier = 1.8
 
 for _, v in pairs(data.raw.tile) do
-    v.autoplace = nil
+  v.autoplace = nil
 end
 
-data.raw.cliff["cliff"].collision_mask = { not_colliding_with_itself = true, layers = { object = true, train = true}}
+data.raw.cliff["cliff"].collision_mask = { not_colliding_with_itself = true, layers = { object = true, train = true } }
 
 data:extend({
-    {
-        type = "noise-expression",
-        name = "waterline",
-        expression = "10"
+  {
+    type = "noise-expression",
+    name = "waterline",
+    expression = "10"
+  },
+  {
+    type = "noise-expression",
+    name = "distance_sigmoid",     -- sigmoid to gradually increase island size while limiting the maximum size
+    local_expressions = {
+      amount = "2",
+      offset = "500",
+      scale = "300"
     },
-    {
-        type = "noise-expression",
-        name = "distance_sigmoid", -- sigmoid to gradually increase island size while limiting the maximum size
-        local_expressions = {
-            amount = "2",
-            offset = "500",
-            scale = "300"
-        },
-        expression = "amount/(1+e^(-(distance-offset)/scale))"
+    expression = "amount/(1+e^(-(distance-offset)/scale))"
+  },
+  {
+    type = "noise-function",
+    name = "shifted_hyperbolic_rational",
+    parameters = { "amplitude", "offset", "squish" },
+    expression = "(amplitude*4)/(distance*squish-offset*squish) - (amplitude*4)/((distance*squish-offset*squish)^2)"
+  },
+  {
+    type = "noise-function",
+    name = "random_tree_islands",
+    parameters = { "seed", "noise_seed", "frequency", "limit" },
+    local_expressions = {
+      base = "basis_noise{x = x, y = y, seed0 = map_seed, seed1 = noise_seed, input_scale = 1.99995}",
+      multoctave =
+      "multioctave_noise{x = x, y = y, persistence = 0.75, seed0 = map_seed, seed1 = seed, octaves = 3, input_scale = 1/32, output_scale = 10} * (1+frequency+shifted_hyperbolic_rational(200, 0, 0.7))"
     },
-    {
-        type = "noise-function",
-        name = "shifted_hyperbolic_rational",
-        parameters = { "amplitude", "offset", "squish" },
-        expression = "(amplitude*4)/(distance*squish-offset*squish) - (amplitude*4)/((distance*squish-offset*squish)^2)"
+    expression = "if(multoctave >= limit, base, -inf)"
+  },
+  {
+    type = "noise-function",
+    name = "worm_autoplace",
+    parameters = { "other_distance", "probability", "falloff", "seed" },
+    local_expressions = {
+      d = "distance - starting_area_radius",
+      _falloff = "if(falloff == 1, clamp(((other_distance+2)*128-d)/128, 0, 1), 1)",
+      _waterline = "clamp(waterline-elevation, 0, 1)",
+      prob = "clamp((d-other_distance*128)/128, 0, 1) * _falloff * _waterline * probability",
+      pen = "random_penalty(x, y, prob, seed, probability*0.5)"
     },
-    {
-        type = "noise-function",
-        name = "random_tree_islands",
-        parameters = { "seed", "noise_seed", "frequency", "limit" },
-        local_expressions = {
-            base = "basis_noise{x = x, y = y, seed0 = map_seed, seed1 = noise_seed, input_scale = 1.99995}",
-            multoctave = "multioctave_noise{x = x, y = y, persistence = 0.75, seed0 = map_seed, seed1 = seed, octaves = 3, input_scale = 1/32, output_scale = 10} * (1+frequency+shifted_hyperbolic_rational(200, 0, 0.7))"
-        },
-        expression = "if(multoctave >= limit, base, -inf)"
-    },
-    {
-        type = "noise-function",
-        name = "worm_autoplace",
-        parameters = { "other_distance", "probability", "falloff", "seed" },
-        local_expressions = {
-            d = "distance - starting_area_radius",
-            _falloff = "if(falloff == 1, clamp(((other_distance+2)*128-d)/128, 0, 1), 1)",
-            _waterline = "clamp(waterline-elevation, 0, 1)",
-            prob = "clamp((d-other_distance*128)/128, 0, 1) * _falloff * _waterline * probability",
-            pen = "random_penalty(x, y, prob, seed, probability*0.5)"
-        },
-        expression = "pen"
-    }
+    expression = "pen"
+  }
 })
 
 -- cant put that in data:extend since elevation exists in base game
 local elevation = data.raw["noise-expression"]["elevation"]
 
 elevation.local_expressions = {
-    base = "basis_noise{x = x, y = y, seed0 = map_seed, seed1 = 5, input_scale = 1/32, output_scale = 6}",
-    starting_tile = "if(distance <= 1, 100, 0)",
+  base = "basis_noise{x = x, y = y, seed0 = map_seed, seed1 = 5, input_scale = 1/32, output_scale = 6}",
+  starting_tile = "if(distance <= 1, 100, 0)",
 }
 
-elevation.expression = "if(distance <= starting_area_radius/2, min(base - waterline, 0), base - waterline) + starting_tile + distance_sigmoid+1"
+elevation.expression =
+"if(distance <= starting_area_radius/2, min(base - waterline, 0), base - waterline) + starting_tile + distance_sigmoid+1"
 
 ------- Tiles -------
 -- Water
@@ -109,7 +111,7 @@ seablock.lib.set_probability_expression("tile", "sand-5", "if(elevation >= 1.2,
 ------- Trees -------
 -- Trees should only spawn on sand-5 which is the middle of each island
 for _, name in pairs({ "angels-desert-garden", "angels-temperate-garden", "angels-swamp-garden", "angels-desert-tree", "angels-temperate-tree", "angels-swamp-tree", }) do
-    seablock.lib.set_tile_restriction("tree", name, "sand-5")
+  seablock.lib.set_tile_restriction("tree", name, "sand-5")
 end
 
 seablock.lib.set_probability_expression("tree", "angels-desert-garden", "random_tree_islands(1, 1, 0.6, 16)")
@@ -124,18 +126,19 @@ seablock.lib.set_probability_expression("tree", "angels-swamp-tree", "random_tre
 ------- Enemies -------
 local enemy_random_seed = 1
 local function new_random_seed()
-    enemy_random_seed = enemy_random_seed + 1
-    return enemy_random_seed
+  enemy_random_seed = enemy_random_seed + 1
+  return enemy_random_seed
 end
 
 local function worm_autoplace(distance, probability, order, falloff, control_name)
-    return {
-        control = control_name,
-        order = order,
-        force = "enemy",
-        probability_expression = "worm_autoplace("..distance..","..probability..","..falloff..","..new_random_seed()..")",
-        richness_expression = 1,
-    }
+  return {
+    control = control_name,
+    order = order,
+    force = "enemy",
+    probability_expression = "worm_autoplace(" .. distance .. "," ..
+    probability .. "," .. falloff .. "," .. new_random_seed() .. ")",
+    richness_expression = 1,
+  }
 end
 
 data.raw.turret["small-worm-turret"].autoplace = worm_autoplace(0, 1, "z", 1, "enemy-base")
@@ -147,20 +150,20 @@ seablock.lib.set_tile_restriction("tree", "angels-puffer-nest", {}) --clear tile
 data.raw.tree["angels-puffer-nest"].autoplace = worm_autoplace(0, 0.01, "s", 0)
 
 if data.raw.turret["bob-big-explosive-worm-turret"] then
-    data.raw.turret["bob-big-explosive-worm-turret"].autoplace = worm_autoplace(1.5, 0.5, "v", 0, "enemy-base")
+  data.raw.turret["bob-big-explosive-worm-turret"].autoplace = worm_autoplace(1.5, 0.5, "v", 0, "enemy-base")
 end
 if data.raw.turret["bob-big-fire-worm-turret"] then
-    data.raw.turret["bob-big-fire-worm-turret"].autoplace = worm_autoplace(1.5, 0.5, "v", 0, "enemy-base")
+  data.raw.turret["bob-big-fire-worm-turret"].autoplace = worm_autoplace(1.5, 0.5, "v", 0, "enemy-base")
 end
 if data.raw.turret["bob-big-poison-worm-turret"] then
-    data.raw.turret["bob-big-poison-worm-turret"].autoplace = worm_autoplace(1.5, 0.5, "v", 0, "enemy-base")
+  data.raw.turret["bob-big-poison-worm-turret"].autoplace = worm_autoplace(1.5, 0.5, "v", 0, "enemy-base")
 end
 if data.raw.turret["bob-big-piercing-worm-turret"] then
-    data.raw.turret["bob-big-piercing-worm-turret"].autoplace = worm_autoplace(1.5, 0.5, "v", 0, "enemy-base")
+  data.raw.turret["bob-big-piercing-worm-turret"].autoplace = worm_autoplace(1.5, 0.5, "v", 0, "enemy-base")
 end
 if data.raw.turret["bob-big-electric-worm-turret"] then
-    data.raw.turret["bob-big-electric-worm-turret"].autoplace = worm_autoplace(1.5, 0.5, "v", 0, "enemy-base")
+  data.raw.turret["bob-big-electric-worm-turret"].autoplace = worm_autoplace(1.5, 0.5, "v", 0, "enemy-base")
 end
 if data.raw.turret["bob-giant-worm-turret"] then
-    data.raw.turret["bob-giant-worm-turret"].autoplace = worm_autoplace(2, 0.6, "u", 0, "enemy-base")
+  data.raw.turret["bob-giant-worm-turret"].autoplace = worm_autoplace(2, 0.6, "u", 0, "enemy-base")
 end