The model was created for the architectual study and subsequent phases. It includes the building model, model of paved surfaces and landscape model. Section affected by the future project was measured by a stationary laser scanner in S-JTSK coorditanate system. The rest of the building was modelled in lower detail based on the 2D documentation. All of the elements were classified into a classification system chosen by the client. The set of the models was handed out in IFC format.

The model was created for the architectual study and subsequent phases. It includes 3 separated models of structual solution of buildings affected by the project and site model divided into three models - paved areas model, landscape model and model of surounding buildings. The buildings were measued by a stationary laser scanner in S-JTSK coordinate system by which all the models were interconnected. Scan by a total station and a drone were made for the surrounding areas and small exterior elements. All of the model elements were classified into a classification system chosen by the client. As-built 2D documentation was generated from the models.

The model was created for the architectual study and subsequent phases. It includes the building model and site model of outdoor area. The buildings were measured by a stationary laser scanner in S-JTSK coordinate system. For the surrounding areas and small exterior elements a topographical survey was taken. Due to non-uniform room accessibility, the quality and correctness of the point cloud was check via the polygon made by a total station.

The model was created for the architectual study and subsequent phases. It includes six independent models (construction, HVAC) and site model containing model of paved areas and landscape model. The adminitrative building was measured by the stationary laser scanner in S-JTSK coordinate system by which all the models were inteconnected. For the surrounding areas and small exterior elements a topographical survey was taken. The set of the models was handed out in IFC format.

The model was created as a carrier of information for facility management. The basis was the drawing documentation of the actual construction and data from the construction process. Non-graphical information was specified and communicated in detail with the client. The model contains the technical equipment of the building. All elements are sorted according to the SNIM system.

The model was created as a basis for the architectural study and subsequent phases. The building is located in an urban courtyard. A stationary laser scanner was used for its measurement, and the connection of the individual floors was made possible thanks to the accesses to the neighbouring buildings.

The model was created as a basis for the architectural study and subsequent phases. The building was measured with a stationary laser scanner. Where the operation could not be restricted two scanners were used and a timetable and a flow chart was created.

The model was created as a basis for the architectural study and management of the building. A stationary laser scanner was used for its measurement. In parts of the building that were inaccessible, archival documentation was used. All work was carried out during it's operation.

The model was created as a basis for the architectural study and subsequent phases. The model includes a building with a decorative facade and adjacent service areas. The building, along with the exterior areas, was surveyed with a stationary laser scanner. All work was carried out during it´s operation. Drawings were generated from the model for facility management.

The model was created as a basis for the architectural study and subsequent phases. The client defined the floors and technologies that needed to be recorded in greater detail. The rest of the building was based on archival drawings. A stationary laser scanner was used to survey the building, adjacent exterior areas and building facades. The more distant portions of the site were modeled based on a topographic and elevation survey. All work was carried out considering the hospital operation and inpatients.

The model was created as a basis for an architectural study. The building was modelled on the basis of archival drawings with verification of dimensions by on-site measurements and photo documentation. All work was carried out during it's operation.

The model was created as a basis for the architectural study and subsequent phases. The model included the building and adjacent service areas. The building, along with the outdoor areas, was surveyed with a stationary laser scanner.

The model was created as a basis for an architectural study. The assignment did not concern the whole building, but only a section of two floors, which was scanned with a stationary scanner. The client defined the model categories and their detail.

The model was created as a basis for the architectural study and subsequent phases. The building was scanned with a mobile scanner and connected to S-JTSK. Drawings were provided to the client together with the model.

Passport dealt with 12 objects within the area of the military airport Kbely. During the passport, non-graphical information of individual buildings and the positions of technical equipment were noted. The buildings were scanned by mobile scanner and linked to S-JTSK. All the work was carried out while in operation. Together with the models, drawings and technical description of the buildings were provided to the client.

The model was created for facility management, then for the layout modification and reconstruction of the building. All documents were supplied by the client as well as the extensive BIM model specification for both the graphical and non-graphical parts. Each element has its own classification according to the client's system.

The model was created as a basis for construction documentation and subsequent reconstruction of all objects on the property. Three separate building models were created, which were not interconnected. The input data were from a mobile scanner that the client had available.

The model was created as a basis for an architectural study. The specified detail did not require the verification of the building dimensions by means of laser surveying and on-site photo documentation. The model was based on archived drawings.

The model was created as a basis for the architectural study and subsequent phases. It includes two separate building models and a site model of outdoor areas. All models are interconnected by S-JTSK. The building were scanned by a stacionary laser scanner and linked to the S-JTSK. For the adjacent areas and small exterior features, a topographical survey was taken.

The model was created as a basis for the architectural study and subsequent phases. It contains a large building with a diverse layout and a situation model of outdoor areas. The models are interconnected. Objects with outdoor areas were scanned with a stationary laser scanner. All work was carried out during buillding normal operation. An ifc model and drawing documentation were generated from the model.

The model was created as a basis for the architectural study and subsequent phases. The level of detail of the building was defined by floors, where level of detail 3 and above was required, a stationary laser scanner was used. Archival drawings were used for Level 2 floors. All work was carried out on the fly.

Models were created for facility management. Both buildings were made based on the mobile scanner data available to the client. Simplified drawings were generated from the models.

The model was created as a basis for the architectural study and subsequent phases. The model included the building and adjacent service areas. The building, along with the outdoor areas, was surveyed with a stationary laser scanner.

The model was created as a basis for the architectural study and subsequent phases. The modelled building was to be connected to the newly designed building. Great emphasis was put on the measurement of outdoor spaces and both vertical and horizontal communications. A topographic plan was created for the outdoor areas. The interior communications were surveyed with a stationary scanner. The wider context within the site was created in a separate model of lower detail. All work was carried out whilst the site was operational.

The model was created as a basis for the architectural study and subsequent phases. The model included a building with a decorative facade and adjacent service areas. The building, along with the exterior areas, was surveyed with a stationary laser scanner. To add information regarding the relationship to the surrounding terrain and outdoor utilities a topography plan was created.

The model was created for building management and rental unit inventory. The building was made based on the mobile scanner data available to the client. Simplified drawings were generated from the models.

The model was created as a basis for the architectural study and subsequent phases. The model included a building with a decorative facade and adjacent service areas. The building along with the exterior areas was surveyed with a stationary laser scanner and the topography plan of the property was used for the more distant areas. Drawings were generated from the model.

The model was created for building management. The client provided the original project documentation, which was verified by a stationary laser scanner. Elements of interest to the client were tagged for management and the procedure for implementing the ifc model into the specified software was described.

The model was created on the basis of an architectural study. It was a conversion of 2D drawings into 3D form. Individual drawings and 3D schematics were then prepared in the model for the necessary presentation of the project to the client.

The model was created for facility management. All documents were supplied by the client, as well as an extensive BIM model specification for both the graphical and non-graphical parts. Each element is classified according to the client's system.

The model was created as a basis for the architectural study and subsequent phases. The model included the building and adjacent service areas. The building along with the outdoor areas was modelled based on the archival documentation. The dimensions of the individual rooms were verified by on-site measurements.

The model was created as a basis for the architectural study of the interior and subsequent phases. The project was focused on a part of the building. The model includes the main press hall, technical facilities and functionally associated rooms. The surveying was done by a stationary laser scanner in higher detail. The higher detail was further supplemented by a 360° tour of the rooms. Hidden structures were modelled based on archival documentation and information from the building managers.

The model was created as a basis for the architectural study of the interior and subsequent phases. The project focused on a part of the building. The model includes the main boardroom and its foyer. The measuring was done by a stationary laser scanner in higher detail. The higher detail was further supplemented by a 360° tour of the rooms. The hidden structures were modelled based on archival documentation and information from the building managers.

The model was created as a basis for the architectural study and subsequent phases. The project includes two main building a service inner yard and service buildings. The measuring of all interior spaces was carried out with a stationary laser scanner in higher detail. The historic facades were also scanned in higher detail, for which 3D copies of the sculptural decoration were created within the model. A topographic plan was created for exterior areas. The higher detail was further supplemented by a 360° tour of the rooms. The hidden structures were plotted based on archival documentation and information from the building managers.

The model was created as a basis for the architectural study and subsequent phases. The modelled building was to be connected to the newly designed building. Great emphasis was put on the measurement of outdoor spaces and both vertical and horizontal communications. A topographic plan was created for the outdoor areas. The interior communications were surveyed with a stationary scanner. The wider context within the site was created in a separate model of lower detail. All work was carried out whilst the site was operational.

The model was created as a basis for the design phase. The building was measured with a stationary laser scanner. Surrounding areas and additional structural modifications of the building were point measured and linked to the model via a coordinate system. All documents were supplied by the client and no personal visit to the site was required.

The model was created for facility management. The building was modelled based on data from a laser stationary scanner. Simplified drawings were generated from the model.

The model was created as a basis for the architectural study and subsequent phases. The model included the building and adjacent service areas. The building along with the outdoor areas was surveyed with a stationary laser scanner.

The models were created as a basis for the design phase. The buildings were scanned with a mobile laser scanner. A topographical map was created for the entire site into which were linked other units. This created one model with sub-links, linked via coordinate system.

The model was created as a basis for the architectural study and subsequent phases. The model comprised of the building and adjacent service areas. The building, along with the outdoor areas, was surveyed with a stationary laser scanner.

The model was created as a basis for the architectural study and subsequent phases. The model included the building and adjacent service areas. The building, along with the outdoor areas, was surveyed with a stationary laser scanner.

The models were created as a basis for the design phase. The buildings and the service areas of the buildings were measured with a stationary laser scanner. Topograpical plan was created for the outdoor hard surfaces and utilities. The entire surveying project was staged and a detailed schedule was developed for the project that included data acquisition, processing, and final conversion to the model.