Implementing VR House Viewing with Vue, Photo Sphere Viewer, and AMap API

Background: With the rise of VR in the home‑decoration industry, the project aims to combine VR house tours with real‑time scene display and AMap marker points to let users experience layouts remotely.

Requirements: 360°/360° free rotation, custom markers, scene switching, mass marker creation, and integration with AMap for location.

Technical stack: Vue.js for the front‑end framework, Photo Sphere Viewer for 360° panoramas, and AMap API for map services and markers.

Implementation steps:

Project initialization: create a Vue project and install dependencies. vue create vr-house-view cd vr-house-view npm install photo-sphere-viewer vue-amap

Integrate Photo Sphere Viewer in a Vue component. <template> <div id="photo-sphere-viewer"></div> </template> <script> import PhotoSphereViewer from 'photo-sphere-viewer'; export default { mounted() { const viewer = new PhotoSphereViewer({ container: document.getElementById('photo-sphere-viewer'), panorama: 'path/to/your/panorama.jpg', }); }, }; </script> <style> #photo-sphere-viewer { width: 100%; height: 400px; } </style>

Integrate AMap: create a map component and configure the API. <template> <div id="map" style="width: 100%; height: 400px;"></div> </template> <script> export default { mounted() { const map = new AMap.Map('map', { center: [116.397428, 39.90923], zoom: 13, }); }, }; </script>

Add custom markers with info windows. // In the map component addMarker(lng, lat, title) { const marker = new AMap.Marker({ position: new AMap.LngLat(lng, lat), title: title, }); marker.setMap(this.map); marker.on('click', () => { this.showInfoWindow(lng, lat, title); }); } showInfoWindow(lng, lat, title) { const infoWindow = new AMap.InfoWindow({ content: `<div>${title}</div>`, position: new AMap.LngLat(lng, lat), }); infoWindow.open(this.map, new AMap.LngLat(lng, lat)); }

Mass marker creation from backend data. async fetchProperties() { const response = await fetch('/api/properties'); // replace with your API const properties = await response.json(); properties.forEach(prop => { this.addMarker(prop.longitude, prop.latitude, prop.title); }); }

Link markers to VR scenes. marker.on('click', () => { this.viewer.setPanorama(`path/to/vr/${prop.id}.jpg`); // replace with actual VR path });

The project uses the photo-sphere-viewer plugin (built on three.js) and its Markers extension to render immersive panoramas and interactive map points.

Conclusion: Combining VR tours with AMap location services improves user experience in the home‑decoration sector, offering immersive visualization and convenient property discovery, and is expected to become a new industry trend.