node-dxf
Parse DXF files to get polygons and text elements.
usage
nodedxf('pathTo.dxf', function (res) {
/*
res output:
{ layers: [...],
polygons: [...],
texts: [...],
mappings: [...]
*/
});output types
node-dxf will give you 4 outputs a.t.m. Layers, polygons, texts and mappings. Layers, polygons and texts should be clear, just run the test to get a better understanding or look at the following sample. Mappings are potential relations between text elements and polygons. node-dxf tests whether a text element lies inside a polygon, if so it creates a potential mapping. The mappings-Array contains the potential mappings.
{ layers:
[ { name: '0\r' },
{ name: 'DEFPOINTS\r' },
{ name: '_VT_ohnePIDs_1OG_SP\r' } ],
polygons:
[ { layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', points: [Object] } ],
texts:
[ { layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] },
{ layer: '_VT_ohnePIDs_1OG_SP\r', txt: [Object] } ],
mappings:
[ { polygonIndex: 0, textIndex: 14 },
{ polygonIndex: 1, textIndex: 16 },
{ polygonIndex: 2, textIndex: 15 },
{ polygonIndex: 3, textIndex: 17 },
{ polygonIndex: 4, textIndex: 11 },
{ polygonIndex: 5, textIndex: 12 },
{ polygonIndex: 6, textIndex: 13 },
{ polygonIndex: 7, textIndex: 10 },
{ polygonIndex: 8, textIndex: 9 },
{ polygonIndex: 9, textIndex: 0 },
{ polygonIndex: 10, textIndex: 1 },
{ polygonIndex: 12, textIndex: 8 },
{ polygonIndex: 13, textIndex: 7 },
{ polygonIndex: 14, textIndex: 6 },
{ polygonIndex: 15, textIndex: 5 },
{ polygonIndex: 16, textIndex: 4 },
{ polygonIndex: 17, textIndex: 3 } ] }
React
Typescript
Django
Laravel
Facebook
Microsoft
Google
Alibaba
D3
Tencent