111 lines
3.3 KiB
Lua
111 lines
3.3 KiB
Lua
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replacements_group['roof'] = {}
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-- this contains a list of all found/available nodenames that may act as a replacement frming nodes
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replacements_group['roof'].found = {};
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-- contains a list of *all* known roof names - even of mods that may not be installed
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replacements_group['roof'].all = {};
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-- contains information about how a particular node is called if a particular roof mod is used;
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replacements_group['roof'].data = {};
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replacements_group['roof'].replace_material = function( replacements, old_material, new_material )
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if( not( old_material ) or not( replacements_group['roof'].data[ old_material ])
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or not( new_material ) or not( replacements_group['roof'].data[ new_material ])
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or old_material == new_material ) then
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return replacements;
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end
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local old_nodes = replacements_group['roof'].data[ old_material ];
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local new_nodes = replacements_group['roof'].data[ new_material ];
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for i=1,#old_nodes do
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local old = old_nodes[i];
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local new = old;
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if( i<=#new_nodes and new_nodes[i] and handle_schematics.node_defined( new_nodes[i] )) then
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new = new_nodes[i];
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local found = false;
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for i,v in ipairs(replacements) do
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if( v and v[1]==old ) then
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v[2] = new;
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found = true;
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end
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end
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if( not( found )) then
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table.insert( replacements, { old, new });
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end
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end
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end
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return replacements;
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end
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---------------------
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-- internal functions
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---------------------
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replacements_group['roof'].add_material = function( nodelist )
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local is_loaded = false;
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if( handle_schematics.node_defined( nodelist[1] )) then
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is_loaded = true;
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table.insert( replacements_group['roof'].found, nodelist[1] );
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end
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table.insert( replacements_group['roof'].all, nodelist[1]);
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replacements_group['roof'].data[ nodelist[1] ] = nodelist;
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end
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-- create a list of all available fruit types
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replacements_group['roof'].construct_roof_type_list = function()
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-- roof from cottages
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local roofs = {'straw', 'reet', 'wood', 'slate', 'red', 'brown', 'black'};
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for i,v in ipairs( roofs ) do
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replacements_group['roof'].add_material( {
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'cottages:roof_connector_'..v,
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'cottages:roof_flat_'..v,
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'', -- no full block available
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'cottages:roof_'..v
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} );
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end
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-- from dryplants
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roofs = {'reed', 'wetreed'};
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for i,v in ipairs( roofs ) do
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replacements_group['roof'].add_material( {
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'dryplants:'..v..'_roof',
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'dryplants:'..v..'_slab',
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'dryplants:'..v,
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'dryplants:'..v..'_roof',
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'dryplants:'..v..'_roof_corner',
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'dryplants:'..v..'_roof_corner_2'
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} );
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end
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-- roof from homedecor
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roofs = {'wood', 'terracotta', 'asphalt', 'glass'};
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for i,v in ipairs( roofs ) do
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replacements_group['roof'].add_material( {
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'homedecor:shingle_side_'..v,
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'homedecor:shingles_'..v,
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'',
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'homedecor:shingles_'..v,
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'homedecor:shingle_inner_corner_'..v,
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'homedecor:shingle_outer_corner_'..v,
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} );
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end
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replacements_group['roof'].data[ 'homedecor:shingle_side_glass' ][2] = 'homedecor:skylight';
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replacements_group['roof'].data[ 'homedecor:shingle_side_glass' ][4] = 'homedecor:skylight';
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replacements_group['roof'].data[ 'homedecor:shingle_side_asphalt'][3] = 'streets:asphalt';
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-- TODO: slopes from technic or other slopes mods?
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end
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-- create the list of known roof fruits
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replacements_group['roof'].construct_roof_type_list();
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