games/RedMew
games/RedMew
1
0
Fork 0
mirror of https://github.com/Refactorio/RedMew.git synced 2024-12-12 10:04:40 +02:00
Code Issues Releases Activity

Converted tile references to be abstracted to the quadrant instead of ore specific

Browse Source
This commit is contained in:
TWLTriston 2019-04-24 17:11:20 -04:00
parent 9c4c2dce93
commit b6d453dbb3
1 changed files with 33 additions and 20 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

53
map_gen/maps/terraforming_danger_ores.lua
View File

@ -218,6 +218,16 @@ local ratios_coal = {
{resource = b.resource(b.full_shape, 'coal', value(0, 0.5)), weight = 40}
}
local tiles_pos_x_pos_y = tiles_stone
local tiles_pos_x_pos_y_count = tiles_stone_count
local tiles_pos_x_neg_y = tiles_iron
local tiles_pos_x_neg_y_count = tiles_iron_count
local tiles_neg_x_pos_y = tiles_copper
local tiles_neg_x_pos_y_count = tiles_copper_count
local tiles_neg_x_neg_y = tiles_coal
local tiles_neg_x_neg_y_count = tiles_coal_count
local ores_pos_x_pos_y = ratios_stone
local ores_pos_x_neg_y = ratios_iron
local ores_neg_x_pos_y = ratios_copper
@ -370,6 +380,9 @@ local function enemy(x, y, world)
end
end
local function water_shape(x, y)
local water_noise = perlin_noise(x * water_scale, y * water_scale, water_seed)
if water_noise >= deepwater_threshold then
@ -380,71 +393,71 @@ local function water_shape(x, y)
-- Control the tiles at X quadrant
if x > 31 and y > 31 then
-- southeast
return tiles_stone[ math.ceil(math.random(tiles_stone_count)) ]
return tiles_pos_x_pos_y[ math.ceil(math.random(tiles_pos_x_pos_y_count)) ]
elseif x > 0 and y < 31 and y > 0 then
-- southeast to northeast
if math.random(100) < 50 + y * 2 then
return tiles_stone[ math.ceil(math.random(tiles_stone_count)) ]
return tiles_pos_x_pos_y[ math.ceil(math.random(tiles_pos_x_pos_y_count)) ]
else
return tiles_iron[ math.ceil(math.random(tiles_iron_count)) ]
return tiles_pos_x_neg_y[ math.ceil(math.random(tiles_pos_x_neg_y_count)) ]
end
elseif x > 0 and y >= 0 then
-- southeast to southwest
if math.random(100) < 50 + x * 2 then
return tiles_stone[ math.ceil(math.random(tiles_stone_count)) ]
return tiles_pos_x_pos_y[ math.ceil(math.random(tiles_pos_x_pos_y_count)) ]
else
return tiles_copper[ math.ceil(math.random(tiles_copper_count)) ]
return tiles_neg_x_pos_y[ math.ceil(math.random(tiles_neg_x_pos_y_count)) ]
end
elseif x > 31 and y < -31 then
-- northeast
return tiles_iron[ math.ceil(math.random(tiles_iron_count)) ]
return tiles_pos_x_neg_y[ math.ceil(math.random(tiles_pos_x_neg_y_count)) ]
elseif x > 0 and x < 31 and y <= 0 then
-- northeast to northwest
if math.random(100) < 50 + x * 2 then
return tiles_iron[ math.ceil(math.random(tiles_iron_count)) ]
return tiles_pos_x_neg_y[ math.ceil(math.random(tiles_pos_x_neg_y_count)) ]
else
return tiles_coal[ math.ceil(math.random(tiles_coal_count)) ]
return tiles_neg_x_neg_y[ math.ceil(math.random(tiles_neg_x_neg_y_count)) ]
end
elseif x > 0 and y < 0 then
-- northeast to southeast
if math.random(100) < 50 - y * 2 then
return tiles_iron[ math.ceil(math.random(tiles_iron_count)) ]
return tiles_pos_x_neg_y[ math.ceil(math.random(tiles_pos_x_neg_y_count)) ]
else
return tiles_stone[ math.ceil(math.random(tiles_stone_count)) ]
return tiles_pos_x_pos_y[ math.ceil(math.random(tiles_pos_x_pos_y_count)) ]
end
elseif x < -31 and y < -31 then
-- northwest
return tiles_coal[ math.ceil(math.random(tiles_coal_count)) ]
return tiles_neg_x_neg_y[ math.ceil(math.random(tiles_neg_x_neg_y_count)) ]
elseif x > -31 and x < 0 and y <= 0 then
-- northwest to northeast
if math.random(100) < 50 - x * 2 then
return tiles_coal[ math.ceil(math.random(tiles_coal_count)) ]
return tiles_neg_x_neg_y[ math.ceil(math.random(tiles_neg_x_neg_y_count)) ]
else
return tiles_iron[ math.ceil(math.random(tiles_iron_count)) ]
return tiles_pos_x_neg_y[ math.ceil(math.random(tiles_pos_x_neg_y_count)) ]
end
elseif x < 0 and y > -31 and y < 0 then
-- northwest to southwest
if math.random(100) < ( 50 - y * 2 ) then
return tiles_coal[ math.ceil(math.random(tiles_coal_count)) ]
return tiles_neg_x_neg_y[ math.ceil(math.random(tiles_neg_x_neg_y_count)) ]
else
return tiles_copper[ math.ceil(math.random(tiles_copper_count)) ]
return tiles_neg_x_pos_y[ math.ceil(math.random(tiles_neg_x_pos_y_count)) ]
end
elseif x < -31 and y > 31 then
-- southwest
return tiles_copper[ math.ceil(math.random(tiles_copper_count)) ]
return tiles_neg_x_pos_y[ math.ceil(math.random(tiles_neg_x_pos_y_count)) ]
elseif x < 0 and y > 0 and y < 32 then
-- southwest to northwest
if math.random(100) < ( 50 + y * 2 ) then
return tiles_copper[ math.ceil(math.random(tiles_copper_count)) ]
return tiles_neg_x_pos_y[ math.ceil(math.random(tiles_neg_x_pos_y_count)) ]
else
return tiles_coal[ math.ceil(math.random(tiles_coal_count)) ]
return tiles_neg_x_neg_y[ math.ceil(math.random(tiles_neg_x_neg_y_count)) ]
end
elseif x < 0 and y > 0 then
-- southwest to southeast
if math.random(100) < 50 - x * 2 then
return tiles_copper[ math.ceil(math.random(tiles_copper_count)) ]
return tiles_neg_x_pos_y[ math.ceil(math.random(tiles_neg_x_pos_y_count)) ]
else
return tiles_stone[ math.ceil(math.random(tiles_stone_count)) ]
return tiles_pos_x_pos_y[ math.ceil(math.random(tiles_pos_x_pos_y_count)) ]
end
end
end