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leaflet-geotag-photo

v0.6.2

Published

Leaflet plugin for photo geotagging

Downloads

948

Vulnerabilities

Powered byPowered by Snyk
  • 0High
  • 0Medium
  • 0Low

Links

Git

Maintainers

nypl_labsnypl_labs

Keywords

Readme

Leaflet.GeotagPhoto

Leaflet plugin for photo geotagging.

Examples:

Screenshot of camera module

Leaflet.GeotagPhoto is part of The New York Public Library's NYC Space/Time Directory.

You can also find Leaflet.GeotagPhoto on Leaflet's plugin page.

Usage

Include the following HTML in your page's <head> tag:

<link rel="stylesheet" href="https://unpkg.com/leaflet-geotag-photo/dist/Leaflet.GeotagPhoto.css" />
<script src="https://unpkg.com/leaflet-geotag-photo/dist/Leaflet.GeotagPhoto.min.js"></script>

The HTML above links to the latest version of Leaflet.GeotagPhoto. In production, you should link to a specific version, to prevent newer versions breaking your application:

<link rel="stylesheet" href="https://unpkg.com/[email protected]/dist/Leaflet.GeotagPhoto.css" />
<script src="https://unpkg.com/[email protected]/dist/Leaflet.GeotagPhoto.min.js"></script>

Modes

L.GeotagPhoto.Crosshair

Crosshair mode

Example

L.geotagPhoto.crosshair().addTo(map)
  .on('input', function (event) {
    var point = this.getCrosshairPoint()
  })

API

L.GeotagPhoto.Crosshair extends L.Evented.

| Function | Description | |:------------------------------------|:------------------------------------------------| | L.geotagPhoto.crosshair(options?) | Creation | | addTo (map) | Add L.GeotagPhoto.Crosshair to map | | removeFrom (map) | Remove L.GeotagPhoto.Crosshair from map | | getCrosshairLatLng () | Returns crosshair's LatLng | | getCrosshairPoint () | Returns crosshair's GeoJSON Point |

Options

| Option | Type | Default | Description |:----------------|:--------------|:------------------------------------------------------|:-------------| | crosshairHTML | HTML String | <img src="../images/crosshair.svg" width="100px" /> | HTML string of crosshair element |

L.GeotagPhoto.Camera

Camera mode

Example

var cameraPoint = [6.83442, 52.43369]
var targetPoint = [6.83342, 52.43469]

var points = {
  type: 'Feature',
  properties: {
    angle: 20
  },
  geometry: {
    type: 'GeometryCollection',
    geometries: [
      {
        type: 'Point',
        coordinates: cameraPoint
      },
      {
        type: 'Point',
        coordinates: targetPoint
      }
    ]
  }
}

var options = {
  draggable: true
}

L.geotagPhoto.camera(points, options).addTo(map)
  .on('change', function (event) {
    // Get camera field of view
    // See:
    //   https://github.com/nypl-spacetime/field-of-view#output
    var fieldOfView = this.getFieldOfView()
  })

API

L.GeotagPhoto.Camera extends L.FeatureGroup.

| Function | Description | |:------------------------------------------|:------------------------------------------------| | L.geotagPhoto.camera(feature, options?) | Creation, feature is input for field-of-view | | getFieldOfView () | Returns field of view of camera | | getCameraLatLng () | Returns camera's LatLng | | getTargetLatLng () | Returns target's LatLng | | getCameraPoint () | Returns camera's GeoJSON Point | | getTargetPoint () | Returns target's GeoJSON Point | | getCenter () | Returns LatLng of point halfway camera and target | | getBounds () | Returns LatLngBounds of field of view triangle | | centerBounds (bounds) | Moves camera and target so their center lies in the middle of bounds | | setAngle (angle) | Set angle of view | | setCameraLatLng (latLng) | Set LatLng of camera | | setTargetLatLng (latLng) | Set LatLng of target | | setCameraAndTargetLatLng (cameraLatLng, targetLatLng) | Set LatLng of camera and LatLng of target | | setDraggable (boolean) | Toggle between static or draggable camera |

Options

| Option | Type | Default | Description |:----------------------|:----------|--------:|:----------------------------------------------------------| | draggable | Boolean | true | Whether the camera is draggable with mouse/touch or not | | angleMarker | Boolean | true | Whether the angle of the field-of-view can be changed with a draggable marker | minAngle | Number | 5 | Minimum angle of field-of-view | maxAngle | Number | 120 | Maximum angle of field-of-view | cameraIcon | L.Icon | See below | Camera icon | targetIcon | L.Icon | See below | Target icon | angleIcon | L.Icon | See below | Angle icon | outlineStyle | L.Path options | See below | Style of field-of-view triangle's outline | fillStyle | L.Path options | See below | Style of field-of-view triangle's fill polygon | control | Boolean | true | Whether to show camera control buttons | | controlCameraImg | String | ../images/camera-icon.svg | URL to icon displayed in camera control button | controlCrosshairImg | String | ../images/crosshair-icon.svg | URL to icon displayed in crosshair control button

Defaults
const defaults = {
  cameraIcon: L.icon({
    iconUrl: '../images/camera.svg',
    iconSize: [38, 38],
    iconAnchor: [19, 19]
  }),

  targetIcon: L.icon({
    iconUrl: '../images/marker.svg',
    iconSize: [32, 32],
    iconAnchor: [16, 16]
  }),

  angleIcon: L.icon({
    iconUrl: '../images/marker.svg',
    iconSize: [32, 32],
    iconAnchor: [16, 16]
  }),

  outlineStyle: {
    color: 'black',
    opacity: 0.5,
    weight: 2,
    dashArray: '5, 7',
    lineCap: 'round',
    lineJoin: 'round'
  },

  fillStyle: {
    weight: 0,
    fillOpacity: 0.2,
    fillColor: '#3388ff'
  }
}

Keyboard navigation

  • Use tab to switch between map, camera and target
    • Use arrow keys to move map, camera or target
  • Press C to move camera to center of current map view
  • Press M to center map on current camera position

Building & Publishing

To build the plugin, run:

npm run build

The resulting files will be available in the dist directory.

To publish the plugin to npm and unpkg.com, run:

npm publish

See also

  • http://spacetime.nypl.org/
  • https://github.com/nypl-spacetime/field-of-view
  • https://github.com/nypl-spacetime/surveyor
  • http://turfjs.org/