言語切り替え
Until now, Kadinche Co., Ltd. has accumulated technology for utilizing real-time 3D engines such as Unity and Unreal Engine through the development of XR (Extended Reality) applications. Utilizing this knowledge, in recent years, we have received many requests for development of “3D simulations” that reproduce and analyze complex scenarios in virtual spaces, not limited to the XR domain.
In the projects we have worked on so far, we have implemented various expressions and processing according to the purpose, such as visualization tools for social behavior that reproduce the actions of multiple agents, reproduction of object behavior in outer space based on orbital calculations, and visualization of environmental changes using wide-area topographic data.
These projects require flexible designs that can handle physical simulations and large-scale data handling as needed while emphasizing real-time and interactivity. We have constructed optimal simulation environments from both visual and computational logic, and are being used in various fields such as research and development, education, policy making, and promotion.
Based on Unity and Unreal Engine, it enables real-time drawing, advanced interaction design, and cross-platform support. Movements and changes in virtual spaces can also be visualized in an easy-to-understand manner as images.
Real world information such as topographic data, observation data, simulation logic, etc. can be captured and reproduced in virtual space. In particular, in environmental systems, space-related applications, disaster prediction, etc., dynamic expression on 3D terrain has high value.
In addition to visualization, development with an eye on the entire system is possible, such as cooperation with AI, integration with external sensor data, and cloud utilization. We design everything from prototyping for research applications to tools for demonstration experiments and educational content according to the purpose.
Each project is customized according to client requests, and details of the content are not disclosed, but we consistently support everything from simulation design to visualization.
A “traffic simulation” using SUMO shows what traffic will look like when a river in Nepal floods and one bridge becomes impassable
“Traffic simulation” using “3D city data” for the Shonan area of Kanagawa prefecture (3D city data using Cesium as academic research)
Water level changes on 3D terrain and “disaster simulation” using 3D city data
At “Soleil Hill” in Yokosuka-shi, Kanagawa-ken, people flow/disaster prediction simulations to visualize the flow of people visiting the park and predict evacuation routes during disasters, etc., and the effects of human flow
Using the next-generation UI concept design “Generalized User Interface,” which is implemented in an XR space, human perception of advertisements in space is expressed in three-dimensional voxels, and the possibility that it can be used to measure recognition and advertisement effects is studied.
Flooding into buildings is simulated by flowing a large amount of water from upstream against “disaster simulation” 3D terrain data that assumes the collapse of a glacier lake in Bhutan.
Research not only cities, but also natural digital twins, etc.
Behavioral simulation using multiple agents that mimic social environments and urban structures
Reproduction of behavior in outer space based on orbital dynamics and gravity models
Visualization of fluid and water flow behavior and disaster risk on 3D terrain
Kadinche is also expanding the possibilities of virtual space from the viewpoint of simulation.
If, “Can this kind of thing be reproduced?” If you have an idea, please feel free to contact us.
We provide consistent support from simulation design to visualization.
From initial hearings to implementation, delivery, and operation support,
A specialized team will respond carefully.