The goal was ambitious: to develop a web-based Virtual Tour Viewer compatible with standard browsers and VR devices. This viewer needed to enable seamless navigation between 3D models, point clouds, and panoramic photos, all through an intuitive interface. Additional capabilities included toggling between laser scan views and 3D models with consistent orientation, a VR mode for immersive experiences, and integration with an existing Tag extraction module.
Developed Web-Based Virtual Tour Viewer for Browsers and VR Devices
Client Name
United Arab Emirates Based Client
A forward-thinking company based in the United Arab Emirates is revolutionizing how businesses approach onsite engineering tasks. By minimizing the need for repeat site visits for engineering surveys, maintenance, installations, and inspections, they empower clients to shift these workflows into remote, desk-based exercises. The result? Greater efficiency and significant cost savings.
- Handling Massive Datasets: Efficiently load and visualize large point cloud datasets in a web-based environment.
- Unified Visualization: Superimposing point cloud data on 3D models for a seamless, cohesive view.
- Consistent Navigation: Synchronizing views between point clouds and 3D models to ensure users can explore the same regions seamlessly.
- Immersive Integration: Incorporating panoramic images to enhance the viewer’s immersive experience.
Our team tackled these challenges head-on with a series of innovative approaches:
- Efficient Data Handling: Leveraged Poetree technology to manage and operate massive point cloud files, ensuring smooth performance.
- Seamless Overlays: Conducted detailed analysis and adjustments to enable flawless superimposition of point clouds and 3D models.
- Synchronized Interactions: Implemented tracking mechanisms to synchronize operations and views between point clouds and 3D models, ensuring consistent navigation.
- Immersive Viewing: Integrated panoramic images with models, providing users with a cohesive and engaging visual experience.
- Cost and Time Savings: By reducing the need for specialized software and onsite visits, clients save significantly on time and expenses.
- Interactive 3D Visualization: Users can effortlessly visualize and share point cloud data in an engaging 3D environment.
- Enhanced Collaboration: The app enables users to take measurements, add annotations, and mark up point clouds directly, fostering better teamwork.
- Real-Time Multi-User Access: Teams in different locations can collaborate on the same dataset simultaneously, streamlining decision-making.
- Scalable Performance: Designed to handle large, complex datasets efficiently, making it ideal for extensive projects.
- Web-Based Accessibility: The application is browser-compatible, ensuring ease of use for non-technical stakeholders without the need for additional software.
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