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def.img .. '.png';
'starlit-terrain-soil.png';
{
name = 'starlit-terrain-soil.png^' .. def.img ..'-overlay.png';
tileable_vertical = false;
};
};
groups = {looseClump = 2, grass = 1, soil = 1, sub_walk = 1};
drop = soilDrop;
sounds = grassSounds;
_starlit = {
recover = def.recover;
recover_vary = def.recover_vary;
};
})
................................................................................
drowning = 40;
post_effect_color = {a=103, r=10, g=40, b=70};
groups = {water = 3, liquid = 3};
});
end
starlit.world.mineral.foreach('starlit:mineral_generate', {}, function(name,m)
local node = string.format('starlit:mineral_%s', name)
local grp = {mineral = 1}
minetest.register_node(node, {
short_description = m.name;
description = starlit.ui.tooltip {
title = m.name;
desc = m.desc;
color = m.tone;
................................................................................
seed = seed*50 + string.byte(m.name, i)
end
minetest.register_ore {
ore = node;
ore_type = m.dist.kind;
wherein = m.dist.among;
clust_scarcity = m.dist.rare;
y_max = m.dist.height[1], y_min = m.dist.height[2];
column_height_min = m.dist.sheetCols and m.dist.sheetCols[1] or nil;
column_height_max = m.dist.sheetCols and m.dist.sheetCols[2] or nil;
noise_params = m.dist.noise or {
scale = 1;
spread = vector.new(128,128,128);
seed = seed;
octaves = 2;
};
}
end
end)
starlit.world.mineral.link('feldspar', {
name = T 'Feldspar';
tiles = {'starlit-terrain-feldspar.png'};
excludeOre = true;
recover = starlit.type.fab {
time = { shred = 3; };
cost = { shredPower = 3; };
};
................................................................................
potassium = rng:int(0,2);
calcium = rng:int(0,2);
}
};
end;
})
starlit.world.mineral.link('granite', {
name = T 'Granite';
tiles = {'starlit-terrain-granite.png'};
dist = {
kind = 'sheet';
among = 'starlit:feldspar';
height = {-200,30};
sheetCols = {1, 16};
};
recover = starlit.type.fab {
time = { shred = 4; };
cost = { shredPower = 8; };
};
recover_vary = function(rng, ctx)
-- print('vary!', rng:int(), rng:int(0,10))
return starlit.type.fab {
element = {
aluminum = rng:int(0,4);
potassium = rng:int(0,2);
calcium = rng:int(0,2);
}
};
end;
})
-- map generation
minetest.register_alias('mapgen_stone', 'starlit:mineral_feldspar')
minetest.register_alias('mapgen_water_source', 'starlit:liquid_water')
minetest.register_alias('mapgen_river_water_source', 'starlit:liquid_water')
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def.img .. '.png';
'starlit-terrain-soil.png';
{
name = 'starlit-terrain-soil.png^' .. def.img ..'-overlay.png';
tileable_vertical = false;
};
};
groups = {looseClump = 2, grass = 1, soil = 1};
drop = soilDrop;
sounds = grassSounds;
_starlit = {
recover = def.recover;
recover_vary = def.recover_vary;
};
})
................................................................................
drowning = 40;
post_effect_color = {a=103, r=10, g=40, b=70};
groups = {water = 3, liquid = 3};
});
end
starlit.world.mineral.foreach('starlit:mineral-generate', {}, function(node,m)
local grp = {mineral = 1}
minetest.register_node(node, {
short_description = m.name;
description = starlit.ui.tooltip {
title = m.name;
desc = m.desc;
color = m.tone;
................................................................................
seed = seed*50 + string.byte(m.name, i)
end
minetest.register_ore {
ore = node;
ore_type = m.dist.kind;
wherein = m.dist.among;
clust_scarcity = m.dist.rare;
clust_num_ores = m.dist.ores;
clust_size = m.dist.clust;
y_min = m.dist.height[1], y_max = m.dist.height[2];
column_height_min = m.dist.sheetCols and m.dist.sheetCols[1] or nil;
column_height_max = m.dist.sheetCols and m.dist.sheetCols[2] or nil;
noise_params = m.dist.noise or {
scale = 1;
spread = vector.new(16,16,16);
seed = seed;
octaves = 2;
};
}
end
end)
starlit.world.mineral.link('starlit:mineral_feldspar', {
name = T 'Feldspar';
tiles = {'starlit-terrain-feldspar.png'};
excludeOre = true;
recover = starlit.type.fab {
time = { shred = 3; };
cost = { shredPower = 3; };
};
................................................................................
potassium = rng:int(0,2);
calcium = rng:int(0,2);
}
};
end;
})
starlit.world.mineral.link('starlit:mineral_granite', {
name = T 'Granite';
tiles = {'starlit-terrain-granite.png'};
dist = {
kind = 'sheet';
among = 'starlit:mineral_feldspar';
height = {-200,30};
sheetCols = {1, 16};
};
recover = starlit.type.fab {
time = { shred = 3.5; };
cost = { shredPower = 8; };
};
recover_vary = function(rng, ctx)
return starlit.type.fab {
element = {
iron = rng:int(0,4);
magnesium = rng:int(0,2);
titanium = rng:int(0,1);
}
};
end;
})
starlit.world.mineral.link('starlit:mineral_cuprite', {
name = T 'Cuprite';
dist = {
kind = 'blob';
among = 'starlit:mineral_feldspar';
height = {-20,20};
clust = 8;
ores = 1;
rare = 1000;
color = lib.color(.5,.2,.1);
noise = {
scale = 1;
spread = vector.new(5,5,5);
seed = 0x1faf7e1;
octaves = 1
}
};
tiles = {'starlit-terrain-cuprite.png'};
recover = starlit.type.fab {
element = { copper = 10 };
time = { shred = 3; };
cost = { shredPower = 3; };
};
})
-- map generation
minetest.register_alias('mapgen_stone', 'starlit:mineral_feldspar')
minetest.register_alias('mapgen_water_source', 'starlit:liquid_water')
minetest.register_alias('mapgen_river_water_source', 'starlit:liquid_water')
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