Package Exports

svg-pathdata

This package does not declare an exports field, so the exports above have been automatically detected and optimized by JSPM instead. If any package subpath is missing, it is recommended to post an issue to the original package (svg-pathdata) to support the "exports" field. If that is not possible, create a JSPM override to customize the exports field for this package.

Readme

SVGPathData

Manipulating SVG PathDatas (path[d] attribute content) simply and efficiently.

Including the library

This library is fully node based (based on current stream implementation) but you can also use it in modern browser with the browserified build or in your own build using Browserify.

Reading PathDatas

var pathData = new SVGPathData ('\
  M 10 10 \
  H 60 \
  V 60 \
  L 10 60 \
  Z \
');

console.log(pathData.commands);

// {"commands":[{
//    "type": SVGPathData.MOVE_TO,
//    "relative": false,
//    "x": 10, "y": 10
//  },{
//    "type": SVGPathData.HORIZ_LINE_TO,
//    "relative": false,
//    "x": 60
//  },{
//    "type": SVGPathData.VERT_LINE_TO,
//    "relative":false,
//    "y": 60
//  },{
//    "type": SVGPathData.LINE_TO,
//    "relative": false,
//    "x": 10,
//    "y": 60
//  },{
//    "type": SVGPathData.CLOSE_PATH
//  }
// ]}

Reading streamed PathDatas

var parser = new SVGPathData.Parser();
parser.on('data', function(cmd) {
  console.log(cmd);
});

parser.write('   ');
parser.write('M 10');
parser.write(' 10');

// {
//   "type": SVGPathData.MOVE_TO,
//   "relative": false,
//   "x": 10, "y": 10
// }


parser.write('H 60');

// {
//   "type": SVGPathData.HORIZ_LINE_TO,
//   "relative": false,
//   "x": 60
// }


parser.write('V');
parser.write('60');

// {
//   "type": SVGPathData.VERT_LINE_TO,
//   "relative": false,
//   "y": 60
// }


parser.write('L 10 60 \
  Z');

// {
//   "type": SVGPathData.LINE_TO,
//   "relative": false,
//   "x": 10,
//   "y": 60
// }
  
// {
//   "type": SVGPathData.CLOSE_PATH
// }

parser.end();

Outputting PathDatas

var pathData = new SVGPathData ('\
  M 10 10 \
  H 60 \
  V 60 \
  L 10 60 \
  Z \
');

console.log(pathData.encode());
// "M10 10H60V60L10 60Z"

Streaming PathDatas out

var encoder = new SVGPathData.Encoder();
encoder.setEncoding('utf8');

encode.on('data', function(str) {
  console.log(str);
});

encoder.write({
   "type": SVGPathData.MOVE_TO,
   "relative": false,
   "x": 10, "y": 10
 });
// "M10 10"

encoder.write({
   "type": SVGPathData.HORIZ_LINE_TO,
   "relative": false,
   "x": 60
});
// "H60"

encoder.write({
   "type": SVGPathData.VERT_LINE_TO,
   "relative": false,
   "y": 60
});
// "V60"

encoder.write({
   "type": SVGPathData.LINE_TO,
   "relative": false,
   "x": 10,
   "y": 60
});
// "L10 60"
  
encoder.write({"type": SVGPathData.CLOSE_PATH});
// "Z"

encode.end();

Transforming PathDatas

This library was made to live decoding/transform/encoding SVG PathDatas. Here is an example of that kind of use.

The synchronous way

console.log(
  new SVGPathData ('\
   m 10,10 \
   h 60 \
   v 60 \
   l 10,60 \
   z'
  )
  .toAbs()
  .encode()
);
// "M10,10 H70 V70 L80,130 Z"

The streaming/asynchronous way

Here, we take SVGPathDatas from stdin and output it transformed to stdout.

// stdin to parser
process.stdin.pipe(new SVGPathData.Parser())
// parser to transformer to absolute
  .pipe(new SVGPathData.Transformer(SVGPathData.Transformer.TO_ABS))
// transformer to encoder
  .pipe(new SVGPathData.Encoder())
// encoder to stdout
  .pipe(process.stdout);

Contributing

Clone this project, run :

npm install; grunt test&