Dynamic Map Platform's 3Dmapspocket® Introduces New 'Camera Mode' to Visualize Angles from Any Point, Including Indoors, Streamlining Viewpoint Verification
Dynamic Map Platform has added a new 'Camera Mode' feature to its 3D spatial platform, 3Dmapspocket®. This allows for viewpoint verification from any location, including inside buildings, and is expected to improve operational efficiency in urban development and infrastructure sectors.
📋 Article Processing Timeline
- 📰 Published: April 6, 2026 at 19:00
- 🔍 Collected: April 6, 2026 at 10:31
- 🤖 AI Analyzed: April 21, 2026 at 01:19 (350h 48m after Collected)
Dynamic Map Platform Co., Ltd. (Headquarters: Shibuya-ku, Tokyo; President & CEO: Shuichi Yoshimura; hereafter 'the Company') has added a new 'Camera Mode' feature to its comprehensive 3D spatial platform '3Dmapspocket®,' which provides a one-stop solution for 3D measurement, analysis, and virtual placement. This new function allows users to place a camera object at any point in a photorealistic 3D※ space and display the angle of view (how it looks) from that position.
This feature enables the immediate visualization of the field and angle of view from any point, including inside buildings. This will streamline viewpoint verification tasks in various review processes in the urban and infrastructure fields, which require on-site confirmation and consensus building with stakeholders.
Video Introduction of the New 'Camera Mode' Feature:

※Displayed using Google Photorealistic 3D Tiles
■ Key Features of the New 'Camera Mode'
● Display Angle of View from Camera Position
By placing a camera object at any position in the 3D space, the angle of view from that point is displayed, allowing for an intuitive confirmation of the perspective.
● Simplified Mouse Operations for Precise Viewpoint Verification
In Camera Mode, while mouse operations are somewhat restricted, the camera can be moved and the angle of view can be changed using buttons on the property panel and keyboard operations. This reduces unintended view shifts compared to mouse operations, enabling precise viewpoint verification with high operability.

● Forward/Backward, Left/Right, Up/Down Movement + Pan/Tilt