Databases, Indoor
This example contains a collection of several indoor geometry databases and does not require any preprocessing.
Applicability of the Databases
| Name | Description |
|---|---|
| Campus.idb |
This model is of a campus that contains a multi-story building, surrounded by several other buildings. As the model contains only a small area with only a limited number of objects, it was created in WallMan as an indoor database2. Individual materials are defined for each wall or object. For example, black boards are colored green; windows are glass blue. View the material properties in the Material Catalogue at . |
| Convention Center Small.idb |
This model is of a single-story small convention center. Colorized materials are used to distinguish between material properties of the objects in the Material Catalogue. |
| Industrial Two Floor.idb | This model is of a two-story industrial building. View the material properties for exterior walls, interior walls, pillars, and windows in the Material Catalogue. |
| Office 1.idb | This model shows the interior of a rectangular office building that consists of different interior rooms and cubicles. The interior walls of rooms and dividers for cubicle are made up of metallic material. Outer walls are made of concrete material. View the electrical properties of the walls and dividers in the Material Catalogue. |
| Office 2.idb | This model shows the interior of an office building. The thickness of the walls is 10 cm. |
| Office 3.idb | This model shows the interior of a T-shaped office building that contains several small rooms. |
| Office Multi Floor.idb | This model is of a multi-story office building with six stories. Materials are distinguished by different colors. View the material properties in the Material Catalogue. |
| Research Institute Single Floor.idb | This model is of a single-story research institute. The outdoor glass windows are shown in blue, while interior walls of the rooms consist of wood and are colored orange. |
| SBS_Office.idb | This model is of building with a combination of single-story, two-stories, three-stories, and four-stories. The green-colored ceiling (10 cm thick) is visible in the 3D view of the model. The maximum height of the building is 15.08 m. The model contains a ground plane of 20 cm, and its electrical properties are defined in the Material Catalogue. |
| Small Single Floor.idb | This model is of a single-story building. All materials used are displayed by a single color.3 |
| Triangle.idb | This model is of a triangular building with different materials for desks, walls, pillars, room separations, glass, and ground. |
| University.idb | This model is of a square building. A default material is used to create the building, which includes a large number of rooms. The maximum height of the building is 10 m. |
| Vienna.idb | This model is of a single-story building with a height of 5 m. Different colors represent different materials. |
| VirginiaTech.idb | This model is of a single-story building that contains a combination of exterior walls, interior walls, special walls, and doors with different electrical properties. |
With WallMan, you can define 3D regions with furniture or with people present with no requirement to define precise shapes and locations. These regions do not reflect or diffract propagation rays, but they add additional attenuation to the computation.
The folder TrafficObjects contains .idb files that represent a couple of road intersections and a number of 3D objects that can be used to build and simulate traffic scenarios. These include cars, pedestrians, a cyclist, a motorcycle rider, traffic lights, street lights, traffic signs and more.