Obtaining specifications
Posted: Sun Dec 22, 2024 9:34 am
Reinforcement and performance issues
One of the most interesting features of the program is the tool for automatic and manual reinforcement. With its help, you can add individual rods and other reinforcement elements. However, when working with large volumes korea phone number or large elements, the program's performance is significantly reduced, the model becomes "heavy" and less "responsive".
According to Anastasia Baranova, her team is currently faced with the need to manually draw up reinforcement drawings in 2D format. Of all the possible options for completing this labor-intensive task, Mosinzhproekt chose to temporarily abandon the use of 3D reinforcement and use SPDS tools to create drawings. First, designers obtain a projection of the element using Model Studio tools, and then refine it using SPDS. Among the various SPDS tools and functions, the company's designers especially liked the element database, which allows you to put a graphic image of the element on a sheet.
The Model Studio. Construction Solutions program provides tools for automatically obtaining specifications, especially if the model contains 3D elements. If some specifications are missing, they can be configured using the specifier tool. It allows you to select which categories will be included in the specification, filter data, add parameters and configure sorting.
As an example, the BIM coordinator cited the creation of a foundation specification, which is automatically created if there are reinforced elements in the model. The program also allows you to set up group operations and format the final output to the drawing.
Receiving drawings
The process of obtaining drawings in "Model Studio. Construction Solutions" includes three main steps:
First, you need to create view cubes in 3D format and define their appearance.
Then set up the arrangement of sizes by selecting the available types of objects, filtering criteria and specifying the parameters of the objects
The third step uses the Preset Projection tool, which allows you to place a flat object in paper space that matches the selected generation profile. Projection generation profiles can be configured using the corresponding dialog box.
Having briefly explained the algorithm for creating drawings, Anastasia Baranova gave examples of drawings obtained using the program, including plans, sections and views of the engineering building and the fuel and lubricants warehouse building. The necessary hatching, dimensions and markings were automatically included in these drawings.
Conclusion and findings
At the end of her speech, Anastasia Baranova emphasized that at the moment, Model Studio. Construction Solutions allows for the successful receipt of specifications and drawings at Stage P with 3D elements in the model. Mosinzhproekt specialists sent the developer several requests for program improvement, including automation of column reinforcement, improved performance, and the addition of new tools for working with 2D elements.
The company’s BIM specialists will continue to use the program and update the version to check its performance at later stages of the project. Depending on the dynamics of these indicators, they will decide whether to continue using more resource-intensive 3D reinforcement tools or focus on 2D tools and automation of the process of obtaining specifications and drawings.
One of the most interesting features of the program is the tool for automatic and manual reinforcement. With its help, you can add individual rods and other reinforcement elements. However, when working with large volumes korea phone number or large elements, the program's performance is significantly reduced, the model becomes "heavy" and less "responsive".
According to Anastasia Baranova, her team is currently faced with the need to manually draw up reinforcement drawings in 2D format. Of all the possible options for completing this labor-intensive task, Mosinzhproekt chose to temporarily abandon the use of 3D reinforcement and use SPDS tools to create drawings. First, designers obtain a projection of the element using Model Studio tools, and then refine it using SPDS. Among the various SPDS tools and functions, the company's designers especially liked the element database, which allows you to put a graphic image of the element on a sheet.
The Model Studio. Construction Solutions program provides tools for automatically obtaining specifications, especially if the model contains 3D elements. If some specifications are missing, they can be configured using the specifier tool. It allows you to select which categories will be included in the specification, filter data, add parameters and configure sorting.
As an example, the BIM coordinator cited the creation of a foundation specification, which is automatically created if there are reinforced elements in the model. The program also allows you to set up group operations and format the final output to the drawing.
Receiving drawings
The process of obtaining drawings in "Model Studio. Construction Solutions" includes three main steps:
First, you need to create view cubes in 3D format and define their appearance.
Then set up the arrangement of sizes by selecting the available types of objects, filtering criteria and specifying the parameters of the objects
The third step uses the Preset Projection tool, which allows you to place a flat object in paper space that matches the selected generation profile. Projection generation profiles can be configured using the corresponding dialog box.
Having briefly explained the algorithm for creating drawings, Anastasia Baranova gave examples of drawings obtained using the program, including plans, sections and views of the engineering building and the fuel and lubricants warehouse building. The necessary hatching, dimensions and markings were automatically included in these drawings.
Conclusion and findings
At the end of her speech, Anastasia Baranova emphasized that at the moment, Model Studio. Construction Solutions allows for the successful receipt of specifications and drawings at Stage P with 3D elements in the model. Mosinzhproekt specialists sent the developer several requests for program improvement, including automation of column reinforcement, improved performance, and the addition of new tools for working with 2D elements.
The company’s BIM specialists will continue to use the program and update the version to check its performance at later stages of the project. Depending on the dynamics of these indicators, they will decide whether to continue using more resource-intensive 3D reinforcement tools or focus on 2D tools and automation of the process of obtaining specifications and drawings.