react-photo-sphere-viewer

react-photo-sphere-viewer

Photosphere Viewer for React.JS

npm install @photo-sphere-viewer/core react-photo-sphere-viewer

[!IMPORTANT] Since v5.0.0-psv5.7.1, to use <ReactPhotoSphereViewer /> you have to manually install the JS library @photo-sphere-viewer/core. This is a breaking change. The library is not included in the package anymore. You can install it using the command npm install @photo-sphere-viewer/core or yarn add @photo-sphere-viewer/core. I decided to remove the library from the package to reduce the size of the package and to avoid the need to update the package every time the original library is updated. In particular, from now on, to use a plugin or an adapter, you need to import it directly from the package. For example, to use the MarkersPlugin you need to import it from the package import { MarkersPlugin } from '@photo-sphere-viewer/markers-plugin'.

Library Version

Original Wrapped Library: PhotoSphereViewer used as Peer Dependency - Minimum Version: 5.7.1 [NEW]

Description

This is a simple React component that allows you to display a 360° photo sphere. It is based on PhotoSphereViewer by Mistic100. This component is a well managed wrapper around the original JS library. It is easy to use and has a lot of features. It is also easy to customize. It is also easy to extend. Addictional features are:

• Little Planet Mode: display the panorama like a little planet (Similar to the DJI drones exported panoramas)

Demo

Enjoy it in this sandbox

Usage

Using React

import "./App.css";
import { ReactPhotoSphereViewer } from "react-photo-sphere-viewer";
import React from "react";

function App() {
  return (
    <div className="App">
      <ReactPhotoSphereViewer
        src="Test_Pano.jpg"
        height={"100vh"}
        width={"100%"}
      ></ReactPhotoSphereViewer>
    </div>
  );
}

export default App;

Using Next.js

With App Router

// # app/page.js

"use client"

import React from "react";
import { ReactPhotoSphereViewer } from "react-photo-sphere-viewer";

// Import plugins
import { MarkersPlugin } from '@photo-sphere-viewer/markers-plugin';
import { CompassPlugin } from '@photo-sphere-viewer/compass-plugin';

// Import plugins stylesheets
import '@photo-sphere-viewer/markers-plugin/index.css';
import '@photo-sphere-viewer/compass-plugin/index.css';

export default function Home() {
const imgSrc = 'https://photo-sphere-viewer-data.netlify.app/assets/sphere.jpg'
const plugins = [
[MarkersPlugin,
{
markers: [
{
id: "image",
position: { yaw: "0.33deg", pitch: "0.1deg" },
image: "vercel.svg",
anchor: "bottom center",
size: { width: 128, height: 128 },
tooltip: "Marker Tooltip Test",
},
],
},],
[CompassPlugin, {
hotspots: [
{ yaw: '0deg' },
{ yaw: '90deg' },
{ yaw: '180deg' },
{ yaw: '270deg' },
],
}]
]

return (
<div>
<ReactPhotoSphereViewer
src={imgSrc}
height={"100vh"}
width={"100%"}
plugins={plugins} ></ReactPhotoSphereViewer>
</div>
);
}

[!IMPORTANT] To use <ReactPhotoSphereViewer /> in Next.js with Page Router, you'll need to use some work-arounds in order to import correctly the CSS modules. Otherwise you will encounter the CSS Modules cannot be imported from within node_modules error. See more here.

With Page Router

1. Install next-transpile-modules

$ npm install --save-dev next-transpile-modules

1. Update your next.config.js as shown below:

// # next.config.js

const withTM = require("next-transpile-modules")([
  // Add this 2 modules
  "@photo-sphere-viewer/core",
  "react-photo-sphere-viewer",
]);

/** @type {import('next').NextConfig} */
const nextConfig = {
  reactStrictMode: true,
};
module.exports = withTM(nextConfig);

1. Import the CSS manually into _app.js:

// # pages/_app.js

import "@/styles/globals.css";

// Import plugins stylesheets
import "@photo-sphere-viewer/markers-plugin/index.css";
import "@photo-sphere-viewer/compass-plugin/index.css";

export default function App({ Component, pageProps }) {
  return <Component {...pageProps} />;
}

1. Import dynamicly react-photo-sphere-viewer and import the plugins manually:

// # pages/index.js

import dynamic from "next/dynamic";
const ReactPhotoSphereViewer = dynamic(
  () =>
    import("react-photo-sphere-viewer").then(
      (mod) => mod.ReactPhotoSphereViewer
    ),
  {
    ssr: false,
  }
);

// Import plugins
import { MarkersPlugin } from "@photo-sphere-viewer/markers-plugin";
import { CompassPlugin } from "@photo-sphere-viewer/compass-plugin";

export default function Home() {
  const imgSrc =
    "https://photo-sphere-viewer-data.netlify.app/assets/sphere.jpg";
  const plugins = [
    [
      MarkersPlugin,
      {
        markers: [
          {
            id: "image",
            position: { yaw: "0.33deg", pitch: "0.1deg" },
            image: "vercel.svg",
            anchor: "bottom center",
            size: { width: 128, height: 128 },
            tooltip: "Marker Tooltip Test",
          },
        ],
      },
    ],
    [
      CompassPlugin,
      {
        hotspots: [
          { yaw: "0deg" },
          { yaw: "90deg" },
          { yaw: "180deg" },
          { yaw: "270deg" },
        ],
      },
    ],
  ];

  return (
    <div>
      <ReactPhotoSphereViewer
        src={imgSrc}
        height={"100vh"}
        width={"100%"}
        plugins={plugins}
      ></ReactPhotoSphereViewer>
    </div>
  );
}

Little planet mode

I've added this custom effect that allows you to display the panorama like a little planet. To enable it, you need to pass the littlePlanet prop to the component.

<ReactPhotoSphereViewer
  src="Test_Pano.jpg"
  littlePlanet={true}
  height={"100vh"}
  width={"100%"}
></ReactPhotoSphereViewer>

The effect is this:

Features

options

Standard props

type standardProps = {
  src: string; // The URL of the panorama image.
  height: number;
  width?: number;
  containerClass?: string; // The class name of the div that wrap the component.
  littlePlanet?: boolean; // Display the panorama like a little planet.
  hideNavbarButton?: boolean; // Hide the navbar button.
};

Original props

Currently all options of the original library are supported and exported as props.

/**
 * Viewer configuration
 * @link https://photo-sphere-viewer.js.org/guide/config.html
 */
type ViewerConfig = {
  container: HTMLElement | string;
  panorama?: any;
  /** @deprecated Use the `overlay` plugin instead */
  overlay?: any;
  /** @deprecated Use the `overlay` plugin instead */
  overlayOpacity?: number;
  /** @default equirectangular */
  adapter?: AdapterConstructor | [AdapterConstructor, any];
  plugins?: Array<PluginConstructor | [PluginConstructor, any]>;
  /** @default null */
  caption?: string;
  /** @default null */
  description?: string;
  /** @default null */
  downloadUrl?: string;
  /** @default null */
  downloadName?: string;
  /** @default null */
  loadingImg?: string;
  /** @default 'Loading...' */
  loadingTxt?: string;
  /** @default `container` size */
  size?: CssSize;
  /** @default false */
  fisheye?: boolean | number;
  /** @default 30 */
  minFov?: number;
  /** @default 90 */
  maxFov?: number;
  /** @default 50 */
  defaultZoomLvl?: number;
  /** @default 0 */
  defaultYaw?: number | string;
  /** @default 0 */
  defaultPitch?: number | string;
  /** @default `0,0,0` */
  sphereCorrection?: SphereCorrection;
  /** @default 1 */
  moveSpeed?: number;
  /** @default 1 */
  zoomSpeed?: number;
  /** @default true */
  moveInertia?: boolean;
  /** @default true */
  mousewheel?: boolean;
  /** @default true */
  mousemove?: boolean;
  /** @default false */
  mousewheelCtrlKey?: boolean;
  /** @default false */
  touchmoveTwoFingers?: boolean;
  /** @deprecated configure `useXmpData` on EquirectangularAdapter */
  useXmpData?: boolean;
  panoData?: PanoData | PanoDataProvider;
  requestHeaders?:
    | Record<string, string>
    | ((url: string) => Record<string, string>);
  /** @deprecated configure `backgroundColor` on EquirectangularAdapter */
  canvasBackground?: string;
  /** @default '{ alpha: true, antialias: true }' */
  rendererParameters?: WebGLRendererParameters;
  /** @default false */
  withCredentials?: boolean;
  /** @default 'zoom move download description caption fullscreen' */
  navbar?: boolean | string | Array<string | NavbarCustomButton>;
  lang?: {
    zoom: string;
    zoomOut: string;
    zoomIn: string;
    moveUp: string;
    moveDown: string;
    moveLeft: string;
    moveRight: string;
    download: string;
    fullscreen: string;
    menu: string;
    close: string;
    twoFingers: string;
    ctrlZoom: string;
    loadError: string;
    littlePlanetButton: string;
    littlePlanetIcon: string;
    [K: string]: string;
  };
  keyboard?:
    | boolean
    | "always"
    | "fullscreen"
    | Record<string, ACTIONS | ((viewer: Viewer) => void)>;
  keyboardActions?: Record<string, ACTIONS | ((viewer: Viewer) => void)>;
};

This code is generated from the original library. Click here to see documentation.

Plugins

To use the standard plugins provided by the original library, you need to pass the plugins prop to the component. The prop is an array of plugins. Each plugin can be a constructor or an array of constructor and options. To include them in the component, you need to import them directly from the "@photo-sphere-viewer/" package.

The only "third-party" plugin that is supported at the moment is the "Lensflare" plugin. To use it, you need to import it from the "photo-sphere-viewer-lensflare-plugin" package. This plugin is made by me and it is not included in the original library.

import { ReactPhotoSphereViewer } from "react-photo-sphere-viewer";
import { LensflarePlugin } from "photo-sphere-viewer-lensflare-plugin";
import { CompassPlugin } from "@photo-sphere-viewer/compass-plugin";
import { MarkersPlugin } from "@photo-sphere-viewer/markers-plugin";

function App() {
  const plugins = [
    [
      LensflarePlugin,
      {
        // list of lensflares
        lensflares: [
          {
            id: "sun",
            position: { yaw: "145deg", pitch: "2deg" },
            type: 0,
          },
        ],
      },
    ],
    [
      CompassPlugin,
      {
        hotspots: [
          { yaw: "0deg" },
          { yaw: "90deg" },
          { yaw: "180deg" },
          { yaw: "270deg" },
        ],
      },
    ],
    [
      MarkersPlugin,
      {
        markers: [
          {
            id: "polygon",
            polygonPx: [
              2941, 1413, 3042, 1402, 3222, 1419, 3433, 1463, 3480, 1505, 3438,
              1538, 3241, 1543, 3041, 1555, 2854, 1559, 2739, 1516, 2775, 1469,
              2941, 1413,
            ],
            svgStyle: {
              fill: "rgba(255,0,0,0.2)",
              stroke: "rgba(255, 0, 50, 0.8)",
              strokeWidth: "2px",
            },
            data: { compass: "rgba(255, 0, 50, 0.8)" },
          },
          {
            id: "polyline",
            polylinePx: [
              2478, 1635, 2184, 1747, 1674, 1953, 1166, 1852, 709, 1669, 301,
              1519, 94, 1399, 34, 1356,
            ],
            svgStyle: {
              stroke: "rgba(80, 150, 50, 0.8)",
              strokeLinecap: "round",
              strokeLinejoin: "round",
              strokeWidth: "20px",
            },
            data: { compass: "rgba(80, 150, 50, 0.8)" },
          },
        ],
      },
    ],
  ];

  return (
    <div className="App">
      <ReactPhotoSphereViewer
        src="Test_pano.jpg"
        plugins={plugins}
        height={"100vh"}
        width={"100%"}
      ></ReactPhotoSphereViewer>
    </div>
  );
}

Calling plugin methods and handling events from outside the component NEW

To handle events from outside the component, you need to declare the callback function in the onReady(instance: Viewer) prop. The instance is the instance of the viewer. You can call the plugin methods using the instance.getPlugin() method. The instance.getPlugin() method returns the plugin instance. You can call the plugin methods using the plugin instance.

const handleReady = (instance) => {
  const markersPlugs = instance.getPlugin(MarkersPlugin);
  if (!markersPlugs) return;
  markersPlugs.addMarker({
    id: "imageLayer2",
    image: "drone.png",
    size: { width: 220, height: 220 },
    position: { yaw: "130.5deg", pitch: "-0.1deg" },
    tooltip: "Image embedded in the scene",
  });
  markersPlugs.addEventListener("select-marker", () => {
    console.log("asd");
  });
};

return (
  <div className="App">
    <ReactPhotoSphereViewer
      src="Test_pano.jpg"
      plugins={plugins}
      height={"100vh"}
      width={"100%"}
      onReady={handleReady}
    ></ReactPhotoSphereViewer>
  </div>
);

Click here to see plugins documentation.

Note for Virtual Tour Plugin

Please follow this Sandbox template to see how to use the original plugin: Sandbox

Please remember to set the 'src' prop of the ReactPhotoSphereViewer component to a placeholder image, it colud be for example the first picture of the virtual tour. #36 If you want to use virtual tour functions, you can store them to a React state: #69

const handleReady = useCallback((instance) => {
    const animate = instance.animate.bind(instance); // Extract the "animate" function for example.
    setAnimateFunction(() => animate); // Store function into state
  }, []);

This quick tip can be used to call every library method.

Adapters (NEW - 3.1.0-psv5.0.1)

To use the standard library adapters provided by the original library, you need to pass the adapter prop to the component. The prop is an array of adapters. Each adapter can be a constructor or an array of constructor and options. To include them in the component, you need to import them directly from the "react-photo-sphere-viewer" package.

import {
  CubemapAdapter,
  CubemapAdapterOptions,
} from "@photo-sphere-viewer/cubemap-adapter";

Click here to see adapters documentation.

events

All documented events are exported as props (function names).

type ViewerEvents = {
  onPositionChange?(lat: number, lng: number, instance: Viewer): any;
  onZoomChange?(
    data: events.ZoomUpdatedEvent & { type: "zoom-updated" },
    instance: Viewer
  ): any;
  onClick?(data: events.ClickEvent & { type: "click" }, instance: Viewer): void;
  onDblclick?(
    data: events.ClickEvent & { type: "dblclick" },
    instance: Viewer
  ): void;
  onReady?(instance: Viewer): void;
};

You can declare an event callback:

const handleClick = (data: events.ClickEvent & { type: "click" }) => {
  console.log(data);
};

and then:

{
  /*Pass the callback to the component*/
}
<ReactPhotoSphereViewer
  ref={photoSphereRef}
  src="Test_Pano.jpg"
  onClick={handleClick}
></ReactPhotoSphereViewer>;

To see the original events, click here.

methods

To trigger a method you need to pass a reference to the component and access the method directly.

// Create a reference to the component
const photoSphereRef = React.createRef<ReactPhotoSphereViewer>();

// And calling the method
photoSphereRef.current.zoom(10);

// Or to be sure that the component is mounted
React.useEffect(() => {
  if (!photoSphereRef.current)
    return;
  photoSphereRef.current.animate({
    yaw: 0,
    pitch: 0,
    zoom: 55,
    speed: '10rpm',
  }); // Or any other method
}, [photoSphereRef]);

And then:

{
  /*Pass the ref to the component*/
}
<ReactPhotoSphereViewer
  ref={photoSphereRef}
  src="Test_Pano.jpg"
></ReactPhotoSphereViewer>;

Currently managed methods are:

• animate(options: AnimateOptions): utils.Animation;
• destroy(): void;
• createTooltip(config: TooltipConfig): Tooltip;
• needsContinuousUpdate(enabled: boolean): void;
• observeObjects(userDataKey: string): void;
• unobserveObjects(userDataKey: string): void;
• setCursor(cursor: string): void;
• stopAnimation(): PromiseLike;
• rotate(position: ExtendedPosition): void;
• setOption(option: keyof UpdatableViewerConfig, value: unknown): void;
• setOptions(options: Partial): void;
• getCurrentNavbar(): (string | object)[] | void;
• zoom(value: number): void;
• zoomIn(step: number): void;
• zoomOut(step: number): void;
• resize(size: CssSize): void;
• enterFullscreen(): void;
• exitFullscreen(): void;
• toggleFullscreen(): void;
• isFullscreenEnabled(): boolean | void;
• startAutoRotate(): void;
• stopAutoRotate(): void;
• getPlugin(pluginId: string | PluginConstructor): T;
• getPosition(): Position; // Specify the return type
• getZoomLevel(): number; // Specify the return type
• getSize(): Size; // Specify the return type
• needsUpdate(): void;
• autoSize(): void;
• setPanorama(path: any, options?: PanoramaOptions): Promise;
• toggleAutorotate(): void;
• showError(message: string): void;
• hideError(): void;
• startKeyboardControl(): void;
• stopKeyboardControl(): void;

To see the original methods, click here.

License

MIT © elius94