Adjusting the site geometry
Last updated: 23 December 2025 16:29 BSTSet up and defy the constraints of project site. It enables the management of site boundaries, access points, height limits, and surrounding geometry.
Access to the site tools is provided through the 'Set up site' section of the main menu. This toolset includes a range of functionalities that allow for the definition and management of various aspects of the project site, ensuring alignment with physical constraints and project requirements.
Managing surrounding geometry
The visibility of surrounding geometry imported from external sources can be managed with the ‘Hide Surroundings Geometry’ and ‘Delete Surroundings Geometry’ tools. This is useful for focusing on specific site areas or phases of development.
If the surrounding geometry has been hidden, the ‘Reset Surroundings Geometry’ tool can be used to revert to the original state, ensuring that all context is visible again when needed.
Site access points
Use the ‘Add Access Point’ tool to mark specific locations on the site boundary where access is permitted. These points guide the generation of site layouts that respect predefined entry and exit routes.
To remove any unwanted access points, the ‘Delete Access Points’ tool is available. This ensures that only the necessary access routes are considered in the design process.
Set mesh as topology
For projects with complex terrain, selecting the model as the site’s topology allows for accurate representation of the site’s ground conditions. Once a mesh is imported, the ‘Select Mesh Topology’ tool is used to select and apply the mesh, ensuring the design adapts to the site’s topographical features. This mesh defines the underlying topography on which the building massing will be based.
When setting access points, consider the broader context of the site, including surrounding buildings, infrastructure, and zoning regulations. Regularly review and update these settings as the project evolves to maintain alignment with project goals and regulatory requirements.
This forms the basis for all subsequent design work. Ensure that any imported data, such as maps, CAD drawings, or topology meshes, is clean and accurate to avoid errors during the design process.