@mitchallen/svg-tile

SVG Tile Pattern Generator

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Installation

$ npm init
$ npm install @mitchallen/svg-tile --save

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Legend

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Usage

Step 1. Create a new project

• Create a new project
• Install the package (see instructions above)

Step 2. Define an input file

Define an input file and save as ./input/source.svg:

The input file should be an SVG file that contains:

• a style section
• a defs section which defines all the tiles with ids

For example:

<svg viewBox="0 0 1024 1024" xmlns="http://www.w3.org/2000/svg" width="1024" height="1024">
    <style>
        rect.tileBack1 {
            stroke: none;
            fill: black;
        }

        rect.tileBack2 {
            stroke: none;
            fill: white;
        }

        rect.background {
            stroke: none;
            fill: white;
        }

        path.pie1 {
            stroke: none;
            stroke-width: 1;
            fill: white;
            stroke-linecap: butt;
        }

        path.pie2 {
            stroke: none;
            stroke-width: 1;
            fill: black;
            stroke-linecap: butt;
        }
    </style>
    <defs>
        <g id="base1">
            <rect width="200" height="200" class="tileBack1" />
        </g>
        <g id="base2">
            <rect width="200" height="200" class="tileBack2" />
        </g>

        <g id="tile1A">
            <use href="#base1" />
            <path d="M200,100 A 100,100 0,0,0 100,200 L 200,200 Z" class="pie1" />
            <path d="M0,100 A 100,100 0,0,0 100,0 L 0,0 Z" class="pie1" />
        </g>
        <g id="tile2A">
            <use href="#base2" />
            <path d="M200,100 A 100,100 0,0,0 100,200 L 200,200 Z" class="pie2" />
            <path d="M0,100 A 100,100 0,0,0 100,0 L 0,0 Z" class="pie2" />
        </g>
        <g id="tile1B">
            <use href="#tile2A" transform="rotate(90,100,100)" />
        </g>
        <g id="tile2B">
            <use href="#tile1A" transform="rotate(90,100,100)" />
        </g>
    </defs>
</svg>

Step 3. Define a generator file

Define a generator file (index.js), passing in the names of the tiles to the tiles property.

The generator will alternate between the two sets of tiles.

let factory = require("@mitchallen/svg-tile")

let {
  generate,
  getSquareXY,
} = factory;

generate({
    sourceFile: './input/source.svg',
    targetFile: './output/square-tiles.svg',
    toolTips: true,
    width: 550,
    height: 550,
    tileSize: 200,
    columns: 10,
    rows: 10,
    getXY: getSquareXY,
    tiles: [
      ['tile1A', 'tile1B'],
      ['tile2A', 'tile2B'],
    ],
    boardTransform: `translate(25,25) scale(0.25, 0.25)`,
    backgroundColor: 'black',
  })

Step 4. Run the file and generate a tiled SVG

Run the file and then open the output file (./output/...)

node index.js

open ./output/*.svg

Step 5. Use the generateLegend function to generate a tile legend SVG file:

  // generate legend
  let margin = 25;
  let padding = 30
  let tileSize = 200
  let columns = 2
  let rows = 2
  let width = margin * 2 + tileSize * columns + padding * (columns - 1)
  let height = margin * 2 + tileSize * rows + padding * (rows - 1)
  generateLegend({
    sourceFile: './input/source.svg',
    targetFile: './output/legend-01.svg',
    toolTips: true,
    width,
    height,
    padding,
    tileSize,
    columns,
    rows,
    getXY: getSquareXY,
    tiles: ['tile1A', 'tile1B','tile2A', 'tile2B'],
    boardTransform: `translate(${margin},${margin}) scale(1.0, 1.0)`,
    backgroundColor: 'gray',
  })