How can it be used in architecture?
The most relevant factor is the physical features of the area to be built and its surrounding.
• Creating floor plans, sections, facades, site plans
• We can model our concept on site without having to reconstruct the surrounding environment
• Simulation of a realistic environment for visualization
• To determine the exact diameter and positions of greenery
• To mark the exact position of the arris and eaves height of adjacent buildings
• Surveying facade, mapping decorative elements
• Examination of the condition, horizontal and vertical deviation
• Check degradation of beams
• Prolapse Testing
• Determination of ceiling and wall thicknesses
• Mark exact door and window dimensions
• Sizing of the supporting structure
• In case of empty sites we can accurately simulate the connection of adjacent buildings through the design process
The most relevant factor is the physical features of the area to be built and its surrounding.
• Creating floor plans, sections, facades, site plans
• We can model our concept on site without having to reconstruct the surrounding environment
• Simulation of a realistic environment for visualization
• To determine the exact diameter and positions of greenery
• To mark the exact position of the arris and eaves height of adjacent buildings
• Surveying facade, mapping decorative elements
• Examination of the condition, horizontal and vertical deviation
• Check degradation of beams
• Prolapse Testing
• Determination of ceiling and wall thicknesses
• Mark exact door and window dimensions
• Sizing of the supporting structure
• In case of empty sites we can accurately simulate the connection of adjacent buildings through the design process