Tekla Structures 2017

Author: c | 2025-04-25

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Tekla for Education Tekla Structures

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Tekla Structures - Importing TBP files to Tekla Structures

You can centrally install a batch of .tsep installers across company workstations. This method is meant for system administrators. By default, the .tsep installers waiting for installation are stored in \ProgramData\Trimble\Tekla Structures\\Extensions\To be installed. To install .tsep packages centrally, copy the .tsep installers to the %XSDATADIR%\Extensions\To be installed folder. If the folder does not yet exist, create it. When Tekla Structures starts, it checks the available .tsep installers from the \To be installed folder and installs them automatically. If there is an older version of the same extension package, it is uninstalled before installing the new version. Installation is canceled if the same or newer version has already been installed. The installed .tsep installers are stored in the %XSDATADIR%\Extensions\Installed folder. Invalid .tsep installers are uninstalled and moved to the %XSDATADIR%\Extensions\Invalid installations folder. Canceled .tsep installers are stored in %XSDATADIR%\Extensions\Cancelled installations. Tools for copying .tsep installers We recommend that you use ROBOCOPY from the command prompt (cmd.exe) to copy the .tsep installers. You can find more information about ROBOCOPY on the Microsoft website. The basic syntax for ROBOCOPY is: robocopy Source> Destination> [File>[ ...]] [Options>] For example, to copy .tsep installers in Tekla Structures 2024: robocopy"\\Server1\prod\TeklaStructures\2024.0\Environments_TSEP""C:\ProgramData\Trimble\Tekla Structures\2024.0\Extensions\To be installed"*.tsep"C:\Program Files\Tekla Structures\2024.0\bin\TeklaExtensionPackage.TepAutoInstaller.exe"2024.0 "C:\ProgramData\Trimble\Tekla Structures\2024.0" "2024" This command copies all .tsep installers from the \Server1 network directory to the local user's \To be installed folder. After copying, TepAutoInstaller.exe installs all .tsep installers from the local user's \To be installed folder. Installing the packages allows users to start Tekla Structures without first waiting for the installations to complete. Centralized uninstallation of .tsep packages You can uninstall .tsep packages in batches by creating an empty file named RemoveExtensionOnStartup in the folder for each extension that you want to uninstall. For example, \ProgramData\Trimble\Tekla Structures\\Extensions\Installed\[Extension_To_Be_Uninstalled]. The extensions are removed the next time that Tekla Structures is started.

Tekla Structural Designer vs. Tekla Structures Comparison

The hatch patterns for material types and names in drawings are defined in a hatch schema file .htc. Different drawing types (general arrangement, assembly, single-part, and cast unit drawings) have their own schema files.The hatch patterns defined in schema files are used when you set Type to Automatic on the Fill page in the part or shape properties.Hatch schema file name and location The name of the schema file Tekla Structures uses for each drawing type is defined in the Hatching category of the Advanced options dialog box: XS_DRAWING_GA_HATCH_SCHEMA=general.htc XS_DRAWING_ASSEMBLY_HATCH_SCHEMA=assembly.htc XS_DRAWING_SINGLE_PART_HATCH_SCHEMA=single.htc XS_DRAWING_CAST_UNIT_HATCH_SCHEMA=cast_unit.htc The default schema files are located in the ..\Tekla Structures\\environments\common\system folder. The environment-specific schema files are located under the environments, for example:..Tekla Structures\\Environments\\system\steel\general.htc (also assembly.htc, single.htc)..Tekla Structures\\Environments\\system\concrete\precast\cast_unit.htc Schema file syntax Material type, Cast unit type, Material name, Hatch name, Scale, Color, Automatic scaling and rotation Examples: CONCRETE,,hardware_SOLID,,120 (gray shade)CONCRETE,Precast,C25/30,CONC,0.3,1 ("traditional" concrete Precast)CONCRETE,CIP,C25/30,CONCRE,0.3,1 ("traditional" concrete CIP)CONCRETE,,CROSS,2,1 (small crosses)MISCELLANEOUS,Insulation,HARD_INS1,1,,1 (straight lines)MISCELLANEOUS,Insulation,SOFT_INS,1,,1 (rounded lines)MISCELLANEOUS,Insulation,SOFT_INS2,1,,1 (completely round)To see an example of the cast_unit.htc file, click the following link: cast_unit.htc Option Description Material type STEEL, CONCRETE, TIMBER, MISCELLANEOUS (case sensitive)Cast unit type Precast or CIP. You also need to define the cast unit type for concrete parts in part properties. Material name The material name defined for the part in part properties in the model. Hatch name To check the hatch pattern names and related hatch patterns go to the Fill tab in Part properties, select a hatch pattern from the Type list and click the ... button next to the list. Then click a pattern to see its name in the Type list. The selected hatch pattern is marked with a red frame. Hatch names are case sensitive.If you do not want to use any hatch pattern for a material, leave the hatch name field blank in the schema file.Color BLACK: 0 (default)WHITE: 1RED: 2GREEN: 3BLUE: 4CYAN: 5YELLOW: 6MAGENTA: 7Special: 120 (use this color for gray shade)GRAYSCALE 1: 130GRAYSCALE 2: 131GRAYSCALE 3: 132GRAYSCALE 4: 133The hatch color defines the line width for the printer. If you do not define a color for a hatch in the schema file, Tekla Structures uses the default color black (0). To use the special color that is printed as color or grayscale, depending on the selected printer settings, set the color number in the .htc file to 120.To adjust the gray shade for Special color 120, use the following advanced options:XS_HATCH_SPECIAL_COLOR_R XS_HATCH_SPECIAL_COLOR_G XS_HATCH_SPECIAL_COLOR_B Scale Scale is a numeric value that Tekla Structures uses to scale hatches.Automatic scaling and rotation Automatic scaling and rotation defines whether you want to use automatic scaling and rotation.TRUE: 1FALSE: 0 (default)Automatic scaling and rotation requires additional processing, so use it only when necessary.. Tekla Structures. 2025 Tekla Structures. 2025i Tekla Structures. 2025 Tekla Structures. 2025i Tekla Structures. 2025 Tekla Structures. 2025 Tekla Structures. 2025 Tekla Structures. 2025 tekla structures install Tekla structure tekla install and activation tekla,tekla structures,tutorials,bim,install tekla structure,tekla structure install

Free Tekla Structures Tutorial - Introduction of Tekla Structures

The multi-user server allows users in the same local area network to work on different parts of the same model simultaneously. The model data is stored on a central server, so users need a fast and reliable network connection to the server to ensure good performance. If you have users in different locations, the separately licensed cloud-based Tekla Model Sharing might be a better fit for you. Operating system Tekla Structures multi-user server 2.5.0 runs on the following operating systems: Windows 10 Windows Server 2019 Running Tekla Structures multi-user server 2.5.0 on Windows 11 and Windows Server 2022 is also possible but is not yet officially supported. Multi-user server hardware The server that is used as the Tekla Structures multi-user server does not have to be very efficient or have maximum performance. For example, you can run the Tekla Structures multi-user server on the same computer as the Tekla License Server as long as you have dedicated different TCP ports for each of the servers. The multi-user server can be used in networks that use IPv4, IPv6, or both the IPv4 and IPv6 protocols. Other infrastructure Set up scheduled backups for the model data stored on your multi-user server and store the backups on a different computer. The computers on the same multi-user network must have a unique IP address and identical subnet masks. The computer running the multi-user server should have a fixed IP address. The Tekla Structures multi-user server runs as a service. This means that the Tekla Structures multi-user server always starts automatically when you start the computer, and is always available when the computer is running.

Tekla Structures - Tekla User Assistance

HomeTekla StructuresManage Tekla StructuresStart new projects as a Tekla Structures administratorCustomize catalogs and databasesCustomize the original profile catalogCreate your own profilesCreate parametric profiles using .clb files Create parametric profiles using .clb files You can create new parametric profiles using .clb files. Follow the example workflow below to create a parametric profile with .clb files. How the .clb, components.clb and profitab.inp files work together When you create new parametric profiles using this method, you need these files. .clbThis file contains the cross section definitions. Create a new .clb file in the ..\ProgramData\Trimble\Tekla Structures\\environments\common\inp folder for each parametric profile you define. components.clbThis file contains a list of all .clb files that contain cross section definitions. When you create a new .clb file, you need to add its file name to the components.clb file located in the ..\ProgramData\Trimble\Tekla Structures\\environments\common\inp folder. profitab.inpThis file is the link between the .clb files and the profile catalog. This file contains a list of all parametric profiles available in Tekla Structures. The file controls how the parametric profiles are displayed in the Modify Profile Catalog dialog. When you want to take a new parametric profile into use, you must add the needed profile definitions, such as the profile type, prefix and the unit of measurement, to the profitab.inp file. The profitab.inp file is located under the environment folder in ..\ProgramData\Trimble\Tekla Structures\\environments\\. The exact file location might vary depending on the folder structure of your environment files .Tekla Structures searches for the profitab.inp file in the standard search order and then from the folder indicated by the advanced option XS_PROFDB. Plan the shape and point coordinates of the profile Start by defining the shape and point coordinates of the new profile on paper. Design the profile on paper. Draw the cross section outline. Add the corner points. Add the

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TTSD-31166 Drawings Opening general arrangement drawings that were created in Tekla Structures versions older than 2017 is now faster. TTSD-31361 Drawings In some cases, when a GA drawing view was created with certain view settings, it would behave incorrectly when you adjusted the view frame. This has now been fixed. TTSD-31426 Drawings Copying objects from a drawing view to a drawing sheet could sometimes cause a crash if the drawing view scale was more than 1:100. This has now been fixed. TTSD-31453 Drawings There was a crash when you made unfolded drawings of planar lofted plates. This has now been fixed. TTSD-31682 Drawings You can now use drawing layout (.lay) files that are stored in XS_FIRM and XS_PROJECT folders and their sub-folders for editing drawing layouts. TTSD-31938 Drawings When moving views from one drawing to another, some dimensions were sometimes rotated a bit. This has now been fixed. TTSD-32338 Drawings In some cases, a file missing from the environment could cause a crash. This has now been fixed. TTSD-32487 Drawings Tekla Structures crashed when you opened some specific drawings. This has now been fixed. TTSD-32524 Drawings Curved dimensions in drawings can now be drawn with short extension lines. Earlier, the Short extension line setting in dimension properties did not work for curved dimensions. TTSD-32546 Drawings If undoing moving a drawing view, the view contents were not properly refreshed if the view did not have any labels. This has now been fixed. TTSD-32569 Drawings The printing did not use the name given to the single file in the printing dialog box. This has now been fixed. TTSD-32762 Drawings Korean language characters in dimension tags were not displayed correctly. This has now been fixed. The fix can be taken into use by adding the advanced option XS_ENABLE_DIMENSION_TAG_CHARACTER_SET_FIX=TRUE in an .ini file, for example, user.ini. Unfortunately, when the fix is taken into use, the tag mark content Size is displayed incorrectly (?00*800? instead of (400*800), therefore the default value is FALSE. TTSD-33511 Drawings Previously, in drawing properties, changing a drawing layout with a long name to another drawing layout sometimes did not work. This has now been fixed. TTSD-33642 Drawings Adding revisions to drawings with tables that contain the NUMBER attribute now works correctly. TTSD-33730 Drawings UDAs were not loaded to the drawing properties dialog boxes if the User-defined attributes section in the properties dialog box had not been opened first. This has now been fixed. TTSD-34412 Drawings Previously, the drawing dimension associativity rule list was sometimes invisible when it should not have been. This has now been fixed. TTSD-31202 System and options The following files are now read correctly from the XS_FIRM and XS_PROJECT subfolders: profdb.bin, profcs.bin, pgdb.bin, matdb.bin, screwdb.db, and assdb.db. TTSD-31625 System and options Tekla Structures can now read .xml files from the sub-folders of XS_FIRM and XS_PROJECT folders. TTSD-16143 Tekla Model Sharing Previously, when a part was moved from one assembly to another in a shared model, and changes by another user were then read in for the moved. Tekla Structures. 2025 Tekla Structures. 2025i Tekla Structures. 2025 Tekla Structures. 2025i Tekla Structures. 2025 Tekla Structures. 2025 Tekla Structures. 2025 Tekla Structures. 2025