3D Digitalization of Film, Television and Game Scenes

The virtual scene construction technology in the film, television and game industries has undergone a significant transformation from traditional manual measurement to digital innovation. In the early production, designers relied on tools such as tape measures and levels to measure the size of the scene on site and take photos to record, which was inefficient and had limited accuracy.

Through data acquisition and processing, GoSLAM solves the pain points of traditional manual measurement, provides a high-precision basic model for virtual production technology, and becomes a key tool for improving creative efficiency and visual quality in the film, television and game industries.

Industry Pain Points

Insufficient Accuracy

Manual measurement is prone to errors. Photo analysis and 2D drawings also have difficulty in accurately obtaining the detailed dimensions of complex scenes and objects, resulting in low modeling accuracy.

Inefficiency

Manual measurement, drawing, and photo analysis require a lot of time and manpower. For example, when building a large game scene, it may take weeks or even months to measure and draw manually.

Incomplete Information Acquisition

Photos can only record the surface information of objects, and 2D drawings mainly focus on structure and layout, making it difficult to fully present detailed information such as the material and color of the object.

Greatly Restricted By Environment and Conditions

When conducting field measurements, they may be affected by environmental factors such as weather and terrain. And it is difficult to obtain data in some dangerous or hard-to-reach areas.

Advantages

High-Precision

The point position accuracy is high and can accurately reflect the real shape and size of the object, providing reliable basic data for subsequent data analysis and modeling, and ensuring that the virtual scene and model are highly similar to the real scene.
High Scanning Frequency

A large amount of point cloud data can be obtained per second, and the fast scanning frequency can obtain rich surface information of objects in a short time, greatly improving work efficiency and shortening the time for virtual scene construction and modeling.
Wide Scanning Range

The wide scanning range can obtain 3D information of objects from all directions, reduce scanning blind spots, and achieve complete data collection for objects and scenes with complex shapes, which helps to build complete and accurate virtual scenes and models.
Strong Environmental Adaptability

It has strong environmental adaptability and is not limited by light conditions. It can work normally in bright outdoor or dark indoor environments. Some models are weather-resistant and can operate in -35℃-55℃ environments. It can adapt to various complex natural environments and meet the needs of virtual scene construction and modeling in different scenarios.
Portable and Easy To Operate

Small in size, light in weight, and it is easy to carry with handheld design. Users can easily bring it to various work sites, whether it is indoor architectural space or outdoor terrain and other environments, it can conveniently perform scanning operations. Its operation interface and control system are optimized, so users can quickly get started. Even if they do not have a professional 3D scanning technology background, they can use it proficiently after simple training.
Efficient Data Processing

It supports multiple data transmission methods, allowing users to quickly transfer scanned data to computers and other devices for subsequent processing. At the same time, it is equipped with post-processing software with functions such as point cloud denoising, splicing, coordinate conversion, and model generation, which can help users quickly process and analyze scanned data and provide strong support for virtual scene construction and modeling.

Solutions and Related Products

GoSLAM mobile measurement system 3D scanner has significant advantages in film, television and games.It can improve efficiency, accuracy and data integrity, especially in complex film and television building structures and digital management needs.

Advantages:

■ High Accuracy and Data Integrity: Laser scanning technology can capture subtle geometric features (such as beams, columns, decorative lines), the error is much lower than the traditional tape measure.
■ Holographic Recording: Hundreds of thousands of data points are acquired in one second, covering all details of walls, doors, windows, pipelines, etc., avoiding omissions in manual measurement.
■ Fast and Time-Saving: Rapid acquisition, large residential or commercial buildings can be scanned in a few hours, while traditional methods may take several days. A single operator can complete complex space measurement, reducing labor costs and the risk of human error.
■ Strong Ability To Handle Complex Structures and Irregular Spaces: Easily handle areas that are difficult to measure with traditional tools, such as curved walls, high roofs, stairwells, etc.
■ Digital and visual 3D Model Generation: Directly output point cloud data and generate BIM (Building Information Model) or CAD files to facilitate game scene creation.
■ Virtual Roaming: Remote viewing is achieved through 3D models, assisting in game presentation, film and television measurement, etc.