TSAC-3912 |
Concrete components |
Wall layout: Modifying wall boundary offsets by using direct modification has been improved. Previously, the boundary offsets of a layer could stop working for some layers inside the wall. The issue that caused this has now been fixed.
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TSAC-4093 |
Concrete components |
Floor layout: Applying break lines now works correctly. You can add multiple break lines without having to re-click the break line button in the contextual toolbar. |
TSAC-4449 |
Concrete components |
Geometry detailing strip: The plane position and offset are now properly handled in Geometry detailing strip when the strip is applied on the face of a single part. Previously, the plane position and offset were handled properly only when applied on a wall layout or some other component. |
TSAC-5029 |
Concrete components |
Automatic splicing tool now supports hooks on reinforcing bars and bar groups. The hook length is now correctly taken into account when splicing is applied. |
TSAC-5483 |
Concrete components |
Braced girder (88): Previously, hook length was not read properly from the rebar database for rebar sets that have a non-number size code in the database. This issue has now been fixed. |
TSAC-6000 |
Concrete components |
Reinforced concrete stair (95): The Name attribute for middle meshes is now applied properly. Also, the numbering and bending radius for additional bars on the Bar C, D, E, G, and K tabs are now applied properly. |
TSAC-6025 |
Concrete components |
Embedded anchors (8): Sometimes, cutting a part where anchors were already created moved the anchors to the wrong position until you manually modified the component. This has now been fixed. |
TSAC-6174 |
Concrete components |
Wall layout T connector: Previously, the settings from the Wall layout T connector were not applied to the correct layers of the primary wall when the primary wall had the surface as the first layer closest to the secondary wall. This issue has now been fixed. |
TSAC-6203 |
Concrete components |
Wall panel reinforcement, Double wall edge and opening reinforcement: Previously, creating and resizing polygons could cause Tekla Structures to not respond. Now polygon creation and resizing have been improved to prevent this. |
TSAC-6207 |
Concrete components |
Hollowcore opening tool: Previously, openings were not created in certain situations. This issue has now been fixed. |
TSAC-6287 |
Concrete components |
Rebar shape placing tool: Previously, if placing data in the Rebar shape placing tool dialog box was changed while bar placing was active, Tekla Structures closed suddenly. This issue has now been fixed. |
TSAC-6330 |
Concrete components |
Sloping slab drainage: You can now define the slab class. |
TSAC-6357 |
Concrete components |
Floor layout: The CIP filler parts at the seams are now created correctly. Previously, slabs with cross sections that were only touching at one point in the seam were not recognized for CIP filler creation.
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TSAC-6374 |
Concrete components |
Embed (1008): Previously, component rebars were not always created properly in environments where the rebar size code is not an integer. This issue has now been fixed. |
TSAC-6375 |
Concrete components |
Embedded anchors (8): Previously, component rebars were not always created properly in environments where the rebar size code is not an integer. This issue has now been fixed. |
TSAC-6376 |
Concrete components |
Concrete foundation (1030): Previously, component rebars were not always created properly in environments where the rebar size code is not an integer. This issue has now been fixed. |
TSAC-6377 |
Concrete components |
Reinforced concrete stair (95): Previously, component rebars were not always created properly in environments where the rebar size code is not an integer. This issue has now been fixed. |
TSAC-6379 |
Concrete components |
Corbel connection (14): Previously, component rebars were not always created properly in environments where the rebar size code is not an integer. This issue has now been fixed. |
TSAC-6381 |
Concrete components |
Rebar in beam (90): Previously, component rebars were not always created properly in environments where the rebar size code is not an integer. This issue has now been fixed. |
TSAC-6389 |
Concrete components |
Mesh bars by area: Rebars are now recreated correctly after changing the spacing by using direct modification. |
TSAC-6398 |
Concrete components |
Wall layout: Previously, when modifying openings by using direct modification, the openings were not modified correctly if the main layer did not have an opening. This issue has now been fixed.
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TSAC-6428 |
Concrete components |
Floor layout: Minimum end angle now works correctly. Previously, slabs that had skewed ends with less than ~2.5 degrees were not properly straightened or cut. This issue has now been fixed. |
TSAC-556 |
Steel components |
Cap plate detail: The default values of convex arc chamfers in a cap plate used for RHS and SHS profile types have been updated. The default values are no longer hardcoded.
Now, if you define the width and the height of a cap plate, the chamfer radius value of the profile is used. If the profile chamfer radius is equal or smaller than 5 mm, then 0 mm value is applied. If you define the cap plate edge distances, an absolute value of the difference between the profile chamfer radius and the highest value of all edge distances is used. |
TSAC-5650 |
Steel components |
Railings (S77): Previously, the bottom horizontal rail was incorrectly fitted in some situations. This issue has now been fixed. |
TSAC-5978 |
Steel components |
Tube gusset (20): Previously, when you created the component on different planes by using the same settings, the gusset plate geometry could be different in the created components. This issue has now been fixed. |
TSAC-6114 |
Steel components |
Partial stiffened end plate (65): Previously, front plate edge distances from the main part did not work correctly when connecting a beam to a column. This issue has now been fixed. |
TSAC-6119 |
Steel components |
Tapered column-beam stub (150): Previously, ratholes were created with an incorrect shape. This issue has now been fixed. |
TSAC-6239 |
Steel components |
Column splice (132): Previously, incorrect parts were selected as the bolted parts in some situations. This issue has now been fixed.
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TSAC-6324 |
Steel components |
Bridging (S80): Previously, the number of input parts was limited to 50. This has now been fixed and the number of input parts is now limited to 100 parts, which is the maximum number of input parts in detailing components. |
TSAC-6367 |
Steel components |
Bracing cross (19): Previously, bolts were incorrectly placed when the main part was a bent plate. This issue has now been fixed. |
TSAC-6451 |
Steel components |
CMF Anti-sag system (53): Previously, it was possible to select members outside of the bay, which caused holes to be placed outside of the members. This issue has now been fixed. |
TSAC-6470 |
Steel components |
Column with stiffeners W (182): Previously, secondary part web and flange weld preparations were not created. This issue has now been fixed. |
TSAC-6482 |
Steel components |
Two sided end plate (34): Previously, the horizontal bolt group offset was incorrectly applied for one of the secondary parts. This issue has now been fixed. |
TSAC-6483 |
Steel components |
Stiffened end plate (27): Previously, shear tab chamfers were also applied for the stiffener. This issue has now been fixed.
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TSAC-6517 |
Steel components |
Circular base plate (1052): Previously, when you used a custom component for anchor bolts, the custom component was created at a skewed angle to the base plate. This issue has now been fixed. |
TSAC-6534 |
Steel components |
Bolted gusset (11): Previously, when the gusset plate was created as a rectangular plate, multiple welds were created in the same location. This issue has now been fixed. |
TSAC-6559 |
Steel components |
2L Splice (63): Previously, the default values of weld sizes were not applied correctly. This issue has now been fixed. |
TTSD-49010 |
Steel components |
Previously, you could not select attribute files for some steel components. This issue has now been fixed. |
TTSD-24407 |
Import, export, interoperability |
IFC4 export: The surface object coloring by object class now works. |
TTSD-4446 |
Import, export, interoperability |
Inquire reference objects: The reference object inquire dialog box has been improved: the material type now works, and the assembly description has been removed because it was not needed. |
TTSD-44530 |
Import, export, interoperability |
Reference models: The reinforcement objects in IFC reference models are now drawn in full length rather than partially when the Dashed line for hidden line setting has been activated through File > Settings. |
TTSD-48204 |
Import, export, interoperability |
Trimble Connect: The reference model update is now optimized when there is a lot of content in the folders, and the update is no longer blocking subsequent actions. |
TTSD-48824 |
Import, export, interoperability |
Point clouds: Points in the point cloud no longer get cluttered at certain angles. |
TTSD-48974 |
Import, export, interoperability |
Trimble Connect: There was an occasional update error after a reference model upload. |
TTSD-49536 |
Import, export, interoperability |
IFC object conversion: The IFC object conversion now supports materials and the mapping of materials in Conversion as item (B-rep conversion). |
TTSD-49592 |
Import, export, interoperability |
Point clouds: Point clouds are more accurately visualized in certain details. |
TTSD-50058 |
Import, export, interoperability |
Trimble Connect: When a reference model published from Trimble Connector was deleted remotely, it did not appear in the unpublished reference models list anymore. This issue has now been fixed. |
TTSD-50323 |
Import, export, interoperability |
Reference models in multi-user mode: Undoing a reference model insert in the multi-user mode caused an error note in save. This issue has now been fixed. |
TTSD-51245 |
Import, export, interoperability |
Point clouds: In some cases, point clouds were rendered incorrectly with an offset. This issue has now been fixed. |
TPLED-229 |
Templates and reports |
Template Editor: The Valuefield basename was not kept in copying and pasting. This issue has now been fixed. |
TPLED-231 |
Templates and reports |
The ROW_IN_PAGE attribute did not work correctly when a table was filled by using the Fill direction: Horizontal setting. This issue has now been fixed. |
TPLED-235 |
Templates and reports |
Template Editor: Page headers and footers were sometimes missing with the Use columns property set. This issue has now been fixed. |
TPLED-236 |
Templates and reports |
Template Editor: The column gap in tables is no longer too narrow. Note that if column headers or footers were created by a fixed number of columns instead of using the Use columns property, then there can be a misalignment of column borders between cells and column headers or footers. In this case, edit the header or footer definitions by either using the Use columns property, or manually realigning the header or footer content. |
TPLED-237 |
Templates and reports |
Template Editor: Tables were sometimes places too low when multiple pages were used. This issue has now been fixed. |
TTSD-17729 |
Templates and reports |
Template Editor: Horizontal template output now works when the template uses a variable number of columns. |
TTSD-46625 |
Templates and reports |
Previously, the values returned by the template attributes END1_CODE and END2_CODE were not correct for polybeams. This has now been fixed. |
TTSD-49576 |
Templates and reports |
Sometimes, templates were misplaced in the drawing layout when template columns were filled from right to left (the Start from setting was set to Top right or Bottom right in Template Editor row properties). This issue has now been fixed. |
TTSD-50858 |
Templates and reports |
Template Editor: Multiple separators now work in the fvf() function. Also leading and trailing spaces are ignored when the key value is searched. |
TTSD-30067 |
Drawings |
Welds no longer disappear from drawings when parts are checked for hidden lines. |
TTSD-45316 |
Drawings |
Section marks or labels no longer disappear when you modify a drawing. |
TTSD-49988 |
Drawings |
Document manager: Document manager was not able to show file changes for monitored folders if the folder path contained non-Latin characters. This issue has now been fixed. |
TTSD-50232 |
Drawings |
Earlier, when you had set the XS_BOLT_DUPLICATE_IGNORE advanced option to TRUE , certain studs were sometimes considered as duplicates. Due to to this, these studs were not shown in drawing views. This issue has now been fixed. |
TTSD-50381 |
Drawings |
Layout editor: Editing sizes in the drawing layout editor works now more reliably. |
TTSD-49481 |
Tekla Model Sharing |
In Tekla Model Sharing, the logging for model sharing network failures has been improved. |
TTSD-50241 |
Tekla Model Sharing |
Previously, the sharing history was not always correctly read in. This has now been fixed. |
TTSD-50196 |
Reinforcement |
Rebar catalog: The value of weight per unit length is now correct with the display unit type daN/m. |
TTSD-42973 |
Modeling |
When cast-in-place concrete parts are shown as merged, the tolerance for showing edges between the parts has now been increased from 0.001 to 0.01 mm. This allows tiny misalignments between parts that are forming a common face, without different part segments being separated by edges in the model and in drawings. |
TTSD-43960 |
Modeling |
Previously, the right-click context menu did not show all the commands correctly and Tekla Structures restart was needed to get the menu to work correctly. This has now been fixed.
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TTSD-48745 |
Modeling |
Previously, sometimes when a radial grid had a manually added grid line, the reports of the parts located on the added grid line were showing incorrect part position on the grid. |
TTSD-49924 |
Modeling |
The lofted plate reference line functionality has been improved to potentially avoid Tekla Structures to stop working unexpectedly. |
TTSD-49952 |
Modeling |
Previously, when the bolt diameter was specified as a decimal number, it might happen that incorrect bolt properties were selected from the bolt assembly catalog. This has now been fixed. |
TTSD-50600, TTSD-50409, TTSD-50701 |
Modeling |
Previously, the user defined commands were not available after Tekla Structures restart. This has now been fixed. |
TTSD-49899 |
Licensing |
The XS_LICENSE_SERVER_HOST setting from bypass.ini was previously ignored. This has been fixed. |
TTSD-51288 |
Licensing |
The sign-in browser is shown less frequently when users who are already signed in change from one version or product to another. |
TTSD-42084 |
Core |
Project properties: User-defined attributes related to Geo coordinates have been removed. |
TTSD-48207 |
Core |
Context menu did not always work correctly when at least one reference model was inserted in the model. For example, the snap override commands in the context menu could get stuck after autosave if a modeling command was active at the same time. The only solution was to restart Tekla Structures. This issue has now been fixed. |
TTSD-48637 |
Core |
Previously, Tekla Structures sometimes stopped responding unexpectedly. This has now been fixed. |
TTSD-48706 |
Numbering |
Previously, some component objects ended up in a wrong assembly after copying. This has now been fixed. |
TTSD-47183 |
Import, export, interoperability (steel) |
NC/DSTV export: Earlier, when using Save as when saving the NC file header content, the resulted file was not loaded properly. This issue has now been fixed. |
TSAC-6113 |
Import, export, interoperability (concrete) |
Export ELiPLAN file (68): Previously, duplicated weep holes were sometimes exported. This issue has now been fixed. |
TSAC-6427 |
Import, export, interoperability (concrete) |
Export ELiPLAN file (68): Previously, border lines were exported unnecessarily. This issue has now been fixed. |
TSAC-6430, TSAC-5756 |
Import, export, interoperability (concrete) |
Export ELiPLAN file (68): Previously, net area was sometimes exported as a negative value, or was exported incorrectly for some elements with certain types of cuts or recesses. These issues have now been fixed. |
TSAC-6442 |
Import, export, interoperability (concrete) |
Export ELiPLAN file (68): Exporting hollowcore with an unusually high amount of complex cuts caused the export to crash. This issue has now been fixed. |
TSAC-6454 |
Import, export, interoperability (concrete) |
Export ELiPLAN file (68): In some cases, when exporting a narrow hollowcore, the export interpreted the cast unit as a type beam and not as a type slab, which led to incorrect results. This issue has now been fixed. |
TSAC-6471 |
Import, export, interoperability (concrete) |
Export ELiPLAN file (68): Information about the export progress is now shown in a command prompt window. |