2018 SP3: New features and improvements
Fixes
Defect number | Development area | Description |
---|---|---|
TSAC-1517 | Concrete components | In Rectangular column reinforcement (83), you can now define bar cranking also at the column bottom. The length of the crank can now be defined using a sloped dimension, as an alternative to the vertical dimension. |
TSAC-1568 | Concrete components | Previously, Wall layout elementation created one extra seam at the end of the layout when the elementation was based on crane location and/or weight. This has now been fixed. |
TSAC-1615 | Concrete components | Wall layout T connector now applies straight ends to parts both in the main and in the secondary wall layouts. Previously, only the end of the shorter part, depending on the properties, was made straight. |
TSAC-1629 | Concrete components | Wall layout has been modified so that the Geometry detailing strip at the top/bottom is extended by default by the extreme of the part edges. |
TSAC-1631 | Concrete components | In Round column reinforcement (82), you can now define bar cranking also at the column bottom. The length of the crank can now be defined using a sloped dimension, as an alternative to the vertical dimension. |
TSAC-1643 | Concrete components | Concrete console (110) now works correctly when the main part is cut above the component. |
TSAC-1667 | Concrete components | In Concrete console (110), anchor rods are now correctly placed when the secondary part is not placed in line with the main part. |
TSAC-1675 | Concrete components | In Wall panel reinforcement, in some cases, the edge bars were not created if the edge contained a recess. This has now been fixed. |
TSAC-1717 | Concrete components | In Mesh bars, when direct modification was used for rotation, the reinforcement did not always cover the whole slab area. This has now been fixed. |
TSAC-1720 | Concrete components | In Wall layout connector, Wall layout elementation and Wall layout opening, the Component attributes list now correctly shows the attribute files. |
TSAC-1740 | Concrete components | Now Publish in catalog works also with Floor layout and Wall layout. |
TSAC-1741 | Concrete components | In Lifting anchor (80), the anchors are now created correctly when rotated perpendicular to the part. |
TSAC-1753 | Concrete components | In Wall layout opening, you can now again select the file of saved settings for an opening component on the contextual toolbar and in the Detailing attributes list in the Wall layout opening dialog box. |
TSAC-1804 | Concrete components | In Reinforced concrete stair (95), at the bending of the top and bottom landings, the number of rebars created is now correct. |
TSAC-1827 | Concrete components | In Floor layout, break lines and detailing strips were deleted when using Tekla Model Sharing or when using the Repair model commands, as break lines and detailing strips did not create any objects in the model. Because of the missing break lines and/or detailing strips, the next modification of Floor layout created slabs without breaks and/or details. After this fix the break line and detailing strips create dummy construction lines and thus they will be preserved by Tekla Model Sharing and the Repair model commands. |
TSAC-1878 | Concrete components | In Braced girder (88) and Braced girder (89), the positions in plane and in depth are now correctly applied when creating the braced girder as a profile. |
TSAC-1895 | Concrete components | In Corbels and recesses (82), when using the option to take cuts into account, the corbels are now correctly added to the main part. |
TSAC-1930 | Concrete components | In Embedded anchors (8), welds between the custom components and the main part are now correctly created. |
TSAC-674 | Concrete components | In Wall panel reinforcement, when creating a single layer of reinforcement, the C1 cover thickness setting does not affect the offset anymore. |
TSAC-1293 | Steel components | In Column - 2 beam (14), the Bolt standard for Bolts 4 is now correctly applied. |
TSAC-1309 | Steel components | In Clip angle (116), you can now define the Finish property for the L profile. |
TSAC-1310 | Steel components | In Two sided clip angle (117), you can now define the Finish property for the L profiles. |
TSAC-1311 | Steel components | In Two sided clip angle (117), you can now define the assembly position number on the Parts tab. |
TSAC-1361 | Steel components | In U.S. Base plate (1047), you can now select the chamfer type for stiffeners on the Picture tab. |
TSAC-1364 | Steel components | In Simple clip angle 2 (82), cutting the flange thickness now affects the rounding radius of the profile as well. |
TSAC-1365 | Steel components | In Shear Pl to tube column (47), cutting the flange thickness now affects the rounding radius of the profile as well. |
TSAC-1366 | Steel components | In H/V Shear plate (64), H/V sloped shear plate (29) and H/V Shallow shear plate (30), cutting the flange thickness now affects the rounding radius of the profile as well. |
TSAC-1367 | Steel components | In Spiral stair (S68), the stairs are now created correctly when input points 2 and 3 are not located on the top of each other. |
TSAC-1420 | Steel components | In U.S. Seat connection 3 (74), you can now define the stiffener name, and seat profile material and name on the Parts tab. |
TSAC-1434 | Steel components | In Stiffened base plate (1014), the Grout part name is not longer taken from the L profile, flange part name. |
TSAC-1445 | Steel components | In Joist to column, type 2 (163), the bolt standards for seat bolts are now correctly applied. |
TSAC-1447 | Steel components | In U.S. Seat connection (72), slotted holes are now correctly applied for bolts. |
TSAC-1509 | Steel components | In HSS Brace special (66), you can now define the connection plate assembly position number. |
TSAC-1536 | Steel components | In Two sided clip angle (143), the deletion of bolts now works correctly. |
TSAC-1559 | Steel components | In Base plate (1004), the deletion of custom components now works correctly. |
TSAC-1578 | Steel components | In Bolted cap plate (27), the dimensions entered for stiffener chamfers are now correctly applied. |
TSAC-1604 | Steel components | In Clip angle (141), the clip angles are now positioned correctly when the secondary part is sloped. |
TSAC-1622 | Steel components | In Railing plane to plane (90), the connected parts are now correctly cut. |
TSAC-1635 | Steel components | Bolted gusset (11): previously, sometimes there was a gap between the gusset plate and the main part. This has now been fixed. |
TSAC-1718 | Steel components | In Two side clip angle (33), the distance of the secondary bolts from the edge of the clip angle is now correctly applied. |
TSAC-1719 | Steel components | Previously, there was an error when using Bolted gusset (11) on an inclined main part. This has now been fixed. |
TSAC-1734 | Steel components | In Seating (30), bolts are now created correctly when using plate profiles. |
TSAC-1770 | Steel components | In U.S. Base plate (1047), the bolts are now correctly positioned when you define the rotation and the horizontal offset. |
TSAC-1772 | Steel components | New notch (49) no longer causes a solid error when created. |
TSAC-1823 | Steel components | In Offshore (194), it is now possible to define the gap distance for haunched beam flanges. |
TSAC-1831 | Steel components | In Shear Pl to tube column (47), you can now on the Bolts tab define the Bolt standard and Thread in mat for a second set of bolts. |
TSAC-1864 | Steel components | In U.S. Seat connection 3 (74), the seat profile stiffeners are now created correctly regardless of the selection order of the secondary parts. |
TSAC-1874 | Steel components | In Truss (S78), the Material property boxes in component properties did not work in the US Imperial environment. This has now been fixed. |
TSAC-1898 | Steel components | In Fitting (13), notch cuts are no longer created when the main part is a plate. |
TSAC-1902 | Steel components | In Column with stiffeners (186) and Column with stiffeners S (187), the issue with the weld missing from between the stiffener and the main part has been fixed. |
TSAC-1922 | Steel components | In Create hole around part (92), holes were not created correctly around certain profiles. This has now been fixed. |
TSAC-1959 | Steel components | (70) Rail connection: It is now possible to define bolt assemblies on the SBolts tab. |
TSAC-1961 | Steel components | Stiffened base plate (1014): on the Parts tab, the Class option has been added for Plate, Web plates, Flange plates and Leveling plate. The Finish option has been added for Plate, Web plates, Flange plates, Leveling plate, Fitting plates, Additional beam, Horizontal plates and L profiles. |
TSAC-1963 | Steel components | Tube crossing (22) now works correctly with negative brace notch distances. |
TSAC-2018 | Steel components | In Tensioner brace and compression bar (13), the Side where the levels are calculated for parts options are now calculated properly for cut/fitted main parts. |
TSAC-253 | Steel components | In Column with stiffeners S (187), the bolt edge distance is now correctly applied with sloped beams. |
TSAC-267 | Steel components | In Gusseted cross (62), you can now set separate bolt spacings for the gusset side and the bracing side on the Brace bolts 1-3 tabs. |
TSAC-293 | Steel components | In Shear plate simple (146), the values for manual notch control are now correctly applied when the secondary part is skewed. |
TSAC-302 | Steel components | In Stiffeners (1003) and in Multiple stiffeners (1064), the gap between stiffener and beam is now correctly applied when stiffeners are created at the beam end. |
TSAC-916 | Steel components | Stanchion double plate (87) now works correctly regardless of how the stanchion is rotated. |
TSAC-942 | Steel components | In Gusseted cross (62), you can now define slotted holes for Brace bolts 2 and Brace bolts 3. |
TSAC-994 | Steel components | In Tube gusset (20), the weld number 2 now works better. |
TTSD-14141 | Organizer | Previously, Organizer synchronization sometimes failed with some rebar sets. This has now been fixed. |
TTSD-15836 | Organizer | Previously, Organizer synchronization did not notice when a rebar set was modified by using direct modification or by deleting rebars from the rebar set. This has now been fixed. |
TTSD-17116 | Organizer | Previously, an invalid assembly in the model could prevent Organizer from opening. This has now been fixed. |
TTSD-17482 | Organizer | In some cases, parent category could have had references to non-existing subcategories which prevented the opening of Organizer. This has now been fixed. |
TTSD-18179 | Organizer | Sometimes, the filters used in Organizer categories were not synchronized correctly if only the parent of an object was modified in the model. This has now been fixed. |
TTSD-18471 | Organizer | Previously, if the original reference model file was deleted, the reference model objects were not added to Organizer categories. This has now been fixed. |
TSAC-1203 | Import, export, interoperability | Import of text files with layout points did not work correctly if you used Tekla Structures in any other language than English. This has now been fixed. |
TSAC-1418, TSAC-1419, TSAC-1466, TSAC-1440, TSAC-1733, TSAC-1709 | Import, export, interoperability | The BVBS export contains the following improvements:
|
TSAC-1665 | Import, export, interoperability | Duplicate bolts on a part (bolts in the same location as another bolt) are now ignored in NC DSTV export. The tolerated distance for bolts to be considered duplicates can be adjusted with the XS_BOLT_DUPLICATE_TOLERANCE advanced option. |
TSAC-1784, TSAC-2017, TSAC-1728 | Import, export, interoperability | Unitechnik Export (79):
|
TSAC-781 | Import, export, interoperability | NC DSTV: Edge chamfers now work in weld preparation. |
TSAC-782 | Import, export, interoperability | NC: Sometimes, studs were not correctly identified in the bolt catalog when a DSTV list was created. This has now been fixed. |
TTSD-13100 | Import, export, interoperability | Models with heavy memory use could quite often crash to TeklaStructures_application.dll . One reason for the crashes was reference models and changing their visibility from hidden to visible. Another reason was duplicate progress dialog boxes. Now there is only one progress dialog box to avoid the crash situation. This also fixes similar change detection issues. |
TTSD-14573 | Import, export, interoperability | If you had the Select objects in components switch activated during DGN reference model clash check, no clashes were found. This has now been fixed. |
TTSD-14830 | Import, export, interoperability | Previously, the imported items in .xml or .tez format were stored under an old model folder if you used the Save as command. This has now been fixed. |
TTSD-15055 | Import, export, interoperability | Load transfer from Tekla Structures to Robot has been improved, for example in cases when loads are applied to area edges and when point loads or line loads are applied to areas. |
TTSD-15409 | Import, export, interoperability | Hidden hatches are now correctly hidden in the exported DWG files. |
TTSD-15724 | Import, export, interoperability | Loading a reference model update sometimes crashed Tekla Structures. This has now been fixed. |
TTSD-15825 | Import, export, interoperability | The new faceted BREP conversion now uses the old (earlier than Tekla Structures 2018) method as a fallback to produce results also in more difficult BREP conversion cases. |
TTSD-15994 | Import, export, interoperability | DWG drawing export is now faster when you have a lot of object filters in the rules. |
TTSD-16016 | Import, export, interoperability | The DWG export now has a correct hatch origin for part software hatches that have a non-zero angle. |
TTSD-16477 | Import, export, interoperability | The IFC object conversion has been improved. For example, the arc point calculation, chamfer combining, and the naming of the cut profiles were improved. |
TTSD-17763 | Import, export, interoperability | In IFC object conversion, date now works when copying date type properties to UDAs that are defined as Date. In IFC object conversion settings, the type needs to be set as integer. |
TTSD-17998 | Import, export, interoperability | In DWG export, the exported block names now contain a drawing id. |
TTSD-18689 | Import, export, interoperability | In IFC object conversion settings, the Primary profile mapping and Tolerance values were not always visible in the dialog box. This has now been fixed. |
TTSD-8334 | Import, export, interoperability | The DWG export now sets EXTMIN and EXTMAX to the exported file if the snapshot mode is used. |
TTSD-14884 | Templates and reports | If a graphical template has a picture with a rule, and the rule says "no picture", Tekla Structures no longer shows and error message. |
TTSD-16927 | Templates and reports | There is a new template attribute for surfaces: ATTACHED_TO The values are: 0 (part) 1 (pour) |
129722, TTSD-2757 | Drawings | Manually changed section numbers did not work correctly in multidrawings. This has now been fixed. |
129779, TTSD-2816 | Drawings | Opening GA drawings is faster, because there are no longer log prints "current planes out of sync". |
TSAC-1277 | Drawings | A new element Number visible has been added in the Available elements list. When you select this element, Tekla Structures gives you the number or reinforcing bars that are present in the view boundary. This is useful especially in detail views. |
TSAC-1313 | Drawings | In Rebar group dimensioning, the first and last rebar lines were missing. This has now been fixed. |
TSAC-1323 | Drawings | The Rebar layering marker macro no longer crashes. |
TSAC-1351 | Drawings | In Rebar group marking, you can now have a frame around mark elements. Note that symbol, new line and pullout picture cannot have a frame. |
TSAC-1446 | Drawings | The Rebar group dimensioning tool no longer crashes when you select a radial line representation from the Annotation type list on the Parameters tab. |
TSAC-1586 | Drawings | In Rebar pull-out picture and marking, the additional mark 1 is now created in a right position. |
TSAC-1624 | Drawings | Rebar group marking and Rebar group dimensioning: Rebar marks now show the length precision correctly. |
TSAC-1636 | Drawings | Draw rebar pull-outs: Prevented a crash when the rebar size contains non-numeric characters, such as "HA20". |
TSAC-1911 | Drawings | Rebar group dimensioning: Mark 2 that contains text in a frame is now positioned correctly. |
TSAC-749 | Drawings | Rebar pull-out picture and marking: The placement and accuracy of rebar segment lengths was improved. |
TSAC-768 | Drawings | Rebar pull-out picture and marking: Pull-out pictures of rebars containing a large number of vertex points are now created correctly. |
TSAC-825 | Drawings | Rebar group marking now works with curved rebars as well. |
TSAC-873 | Drawings | Rebar group dimensioning has the following changes:
|
TSAC-960 | Drawings | In Rebar group dimensioning, a new option was added in the Part extrema list on the Advanced settings tab. |
TTSD-10928 | Drawings | The graying out of dialog box options for drawing rebar meshes has been improved. |
TTSD-11459 | Drawings | Lines with blank line type were printed as solid lines. They now no longer appear in the printed output. |
TTSD-11588 | Drawings | Adding merged reinforcement marks to rebars that are detached from a cast unit now works better than previously. |
TTSD-12839 | Drawings | Reference model section edges are now drawn only to the front facing sections in drawings. |
TTSD-13595 | Drawings | When XS_CREATE_ROUND_HOLE_DIMENSIONS is set to TRUE , the zero point of the dimension measuring the round hole center is now located on the main part edge rather than the assembly edge. |
TTSD-14140 | Drawings | For rebar sets, lines were not hidden in drawings for bars behind other bars. This has now been fixed. |
TTSD-14552 | Drawings | Sometimes rebar mark base point could be in incorrect location in a section view. This has now been fixed. |
TTSD-14657 | Drawings | In drawings and printouts, the imported DWG text blocks are now shown with the current background color, and the text with foreground color. Previously, both were gray. |
TTSD-14692 | Drawings | Bent mesh pull-outs no longer take into account the cross bars in the longitudinal bar leg lengths. |
TTSD-14911 | Drawings | Template attributes for drawing width and height are no longer swapped. |
TTSD-15160 | Drawings | Rebar sets could not be removed from the drawing by change in depth. This has now been fixed. |
TTSD-15250 | Drawings | There was a problem inserting level marks to drawing views that were not exactly aligned to the global plane. This has now been fixed. |
TTSD-15254, TTSD-16744 | Drawings | The behavior of the level marks in the section views of the cloned drawings was fixed. If Datum point for elevations is set to View plane in view properties, section view level marks are correct. Level marks consider drawing elevation only when the advanced option XS_USE_OLD_DRAWING_CREATION_SETTINGS is set to TRUE . |
TTSD-15323 | Drawings | Grid filtering works now in drawings as well. |
TTSD-15520 | Drawings | The GA dimensioning commands are now activated correctly. |
TTSD-15614 | Drawings | Rebar dimension line now works better for those rebar groups that do not have a planar shape, such as a 3d shape. |
TTSD-15615 | Drawings | Previously, if XS_ENABLE_REBAR_MARK_LEADER_LINE_BASE_POINT_OPTIMIZATION was set to TRUE , Tekla Structures optimized the base point location after you manually dragged the base point into different location. Therefore, in some cases, the base point would move to a different location than the location you dragged it to. |
TTSD-15835 | Drawings | In drawing DWG export, you can now use UDAs in the plot file name. |
TTSD-16127 | Drawings | When pours were used as neighboring part in a drawing, settings for the main pour were overriding settings used for neighboring parts when modifying the drawing. Now Modify keeps and updates properties of pours as neighboring parts to correct values. |
TTSD-16188 | Drawings | When you added a level mark using the command Add level mark, the mark was placed in an incorrect location. This has now been fixed. |
TTSD-16192 | Drawings | Now the non-solid breps which are partially cut by a view are not shown in drawings because the resulst are not satisfactory in certain cases. Non-solid breps which are fully inside a view are shown. |
TTSD-16199 | Drawings | Dimension arrows were drawn to both ends of absolute dimensions. Now this has been fixed, and the dimensions are again drawn correctly to one end only. If the symbol does not have a direction, then it is drawn to both ends. |
TTSD-16359 | Drawings | Subassemblies did not get position dimensions in assembly drawings. This has now been fixed. |
TTSD-16411 | Drawings | The origin of the hatch in polygons with a rotated hatch pattern was incorrectly calculated. This has now been fixed. |
TTSD-16467 | Drawings | Dimension background setting Transparent/Opaque was not working on the drawing level. This has now been fixed. |
TTSD-16489 | Drawings | When you added a symbol in a drawing, it was not placed in the center of the point you picked. This has now been fixed. |
TTSD-16588 | Drawings | Now the rebar groups with only one rebar are shown in drawings even if the Visibility of reinforcing bars in group is set to customized. |
TTSD-16629 | Drawings | Sometimes there was a crash during automatic cloning if there were associative notes in the drawing. This has now been fixed. |
TTSD-16648 | Drawings | Starting from 2018 version, radial dimension arrow symbols were following the dimension symbol style that was defined for general dimension symbols. Radial dimension arrow symbols can now only be set to arrow type symbols. |
TTSD-16659 | Drawings | Previously, in some cases, opening a drawing caused Tekla Structures to crash. This has now been fixed. |
TTSD-17026 | Drawings | Before when you created cast unit or assembly drawings using a filter, view level dimensioning produced dimensions for cuts even if the cut part was filtered out. This has now been fixed. |
TTSD-17069 | Drawings | A memory leak occurred at drawing opening when you had set the advanced option XS_HIDDEN_LINES_UNHIDE_EMBEDDED to TRUE . This has now been fixed. |
TTSD-17148 | Drawings | Sometimes Tekla Structures application error occurred when you had set Show openings/recess symbol to Yes in drawing view properties and you opened a drawing of a curved structure. This has now been fixed. |
TTSD-17238 | Drawings | In some cases, using filters in drawings would incorrectly filter out grids. This has now been fixed. |
TTSD-17249 | Drawings | Connection marks sometimes lost some of their elements when the Arrange marks and Align marks commands were used. This has now been fixed. |
TTSD-17274 | Drawings | Tekla Structures sometimes crashed when you used the Adjust location option for a group of curved rebars. This has now been fixed. |
TTSD-17432 | Drawings | Previously, Tekla Structures unintentionally changed some view properties when the view settings on the drawing level were modified. This has now been fixed. |
TTSD-17436 | Drawings | Views inside the single-part views were incorrectly modified when the layout of the assembly drawing was changed. This has now been fixed. |
TTSD-17439 | Drawings | If an existing single-part drawing is included in an assembly drawing, the view placing inside the single-part drawing container frame no longer changes if you run the Arrange drawing views command in the assembly drawing. |
TTSD-17454 | Drawings | Column marks in the US environments are now placed better by default. |
TTSD-17485 | Drawings | Previously, single-part drawings did not contain any dimensions if XS_ASSEMBLY_POSITION_NUMBER_FORMAT_STRING contained part UDAs. This has now been fixed. |
TTSD-17577 | Drawings | Educational license: previously, you could not export assembly drawings to a DWG file. This has now been fixed. |
TTSD-17601 | Drawings | Rebars with outline representation are now drawn on top of hatches like other rebar representation types. |
TTSD-17697 | Drawings | Section view labels in linked section views in drawings now work correctly. |
TTSD-17717 | Drawings | The view level setting No merge for rebar marks now works better. |
TTSD-17825 | Drawings | The Only grid labels visible grid property now works both on drawing view and drawing level. This option only shows the grid label and a short section of the grid line. |
TTSD-18007 | Drawings | Previously, drawing views could get corrupted when moved from one drawing to another. This has now been fixed. |
TTSD-18468 | Drawings | The size of the detail views that were moved to another drawing was not adjusted correctly. This has now been fixed. |
TTSD-18851 | Drawings | Custom line types did not always work correctly, for example, in arcs. This has now been fixed. |
TTSD-18949 | Drawings | When deleting obsolete drawing .dg files, a backup of related snapshot files (.dg.DPM) was unnecessarily moved under the \snapshots folder under the current model folder. This no longer happens. |
TTSD-8361 | Drawings | Sometimes rebar mesh mark could be created to an incorrect location, especially for bent meshes. This has now been fixed. |
TTSD-9467 | Drawings | Shortening line color was incorrect in the print output. This has now been fixed. |
TTSD-16923 | System and options | Previously, if you set the autosave interval less than 2, autosave was disabled. This has now been changed so that the smallest accepted value for the autosave interval is 2, both for modeling and for drawings. If you try to enter a value smaller than 2, Tekla Structures automatically changes the value to 2. |
TTSD-14133 | Tekla Model Sharing | In Tekla Model Sharing, components added to the Applications & components catalog were not visible in the correct place and thumbnails were now shown in the catalog when shared. This has now been fixed. |
TTSD-14342 | Tekla Model Sharing | In Tekla Model Sharing, in cases where several users concurrently defined parametric profiles with variable cross sections and the changes were read in, the parts that were using variable cross section profiles were modified in the local models. This service pack now fixes this issue. We recommend that all users of a shared model use the same Tekla Structures service pack when working with the model. |
TTSD-15209 | Tekla Model Sharing | Previously, some profiles were not imported correctly, which caused issues, such as unexpected object updates, in Tekla Model Sharing. This has now been fixed. |
TTSD-15719 | Tekla Model Sharing | In a shared model, locked components are now better handled during read in. Previously, there were issues with locked components that should have been updated during read in because of changed component definitions. Now such components are not updated during read in. The modelsharing.log lists these components and the reason why they were not updated. |
TTSD-15860 | Tekla Model Sharing | An issue that could cause Tekla Structures to crash while using Tekla Model Sharing with a model that contained pours and pour breaks has now been fixed. |
TTSD-16071 | Tekla Model Sharing | In Tekla Model Sharing, read in previously failed if two incoming files with different names were changed to have the same name after Unicode Compatibility Decomposition normalization. Such files could be ascii symbols and corresponding fullwidth symbols. Now Tekla Structures reads in such packages and tracks both, or more, such clashing files. |
TTSD-16253 | Tekla Model Sharing | Certain Unicode characters in file names (such as, Kelvin symbol 'K') caused the Tekla Model Sharing write out to fail. This has now been fixed. |
TTSD-18420 | Tekla Model Sharing | In a shared model, when reading in, conflicts in part numbering were not always propagated to the assembly, which left the assembly numbering unchanged. This has now been fixed. |
TSAC-1648 | Reinforcement | Rebar shape manager now shows rebar shapes correctly. Previously, certain shapes were recognized as curved even if the shape was a normal polygonal shape. |
TTSD-15782 | Reinforcement | In rebar sets, when splitters are used, the lapping side is now kept consistent throughout the whole rebar set. |
TTSD-16635 | Reinforcement | In the property pane for rebar set property modifiers, if you selected the bending radius from the list, the value was marked as invalid. This has now been fixed. |
TTSD-17083 | Reinforcement | Object representation settings now again work for rebar sets. |
TTSD-17173 | Reinforcement | Rebar sets can now be selected by clicking on a row in a report that contains a GUID and a "GUID:" label. Use the selection switches to control your selection: Select single rebars to select an individual rebar, Select rebar groups to select a rebar group, and Select rebar sets to select rebar sets. |
TTSD-18209 | Reinforcement | Previously, Tekla Structures sometimes crashed when you selected some rebar groups, then right-clicked and selected Show only selected. This has now been fixed. |
TTSD-18311 | Reinforcement | Previously, when a rebar set with modifiers or splitters was copied, its UDAs were not copied with it. This has now been fixed. |
TTSD-15088 | Modeling | PHASE.NAME for rebars now returns the name of the rebar phase. Previously, PHASE.NAME for rebars returned the name of the father part phase. |
TTSD-15232 | Modeling | Previously, Tekla Structures displayed an error message in the sketch editor when you used the keyboard to enter a position. This has now been fixed. |
TTSD-15234 | Modeling | Previously, modeling sketches in the sketch editor could cause an error, and an error message was shown. This has now been fixed. |
TTSD-15293 | Modeling | Previously, very complex interaction of multiple objects with multiple cuts caused Tekla Structures to crash if you modified the model in the multi-user mode and set XS_ENABLE_POUR_MANAGEMENT to TRUE , and then saved the model. This happened at least in the SE Asia environment. The issue has now been fixed. |
TTSD-15369 | Modeling | When cast-in-place concrete parts are hidden or made transparent with the Hide or Show only selected command, the pours made of the parts now stay hidden/transparent when changing the view setting to pour view. Also, when using the Hide or Show only selected command on a pour object, their cast-in-place parts now stay hidden/transparent when switching from pour view to part view. |
TTSD-15833 | Modeling | Umlaut and multi-byte characters in item properties are now supported when importing Tekla Warehouse items to Tekla Structures. |
TTSD-16278 | Modeling | Using the Show only selected command on a pour unit now shows the rebar set rebars in the selected pour unit only. Previously, if there were multiple pour units containing rebar sets and you selected and used Show only selected on one of the pour units, all rebars were shown, even those that were not in the selected pour unit. |
TTSD-16717 | Modeling | Using the Hide command on a pour unit now hides the rebar set rebars in the selected pour unit only. Previously, if there were multiple pour units containing rebar sets and you selected and used Hide on one of the pour units, all rebars were hidden, even those that were not in the selected pour unit. |
TTSD-16833 | Modeling | Previously, the rebars in a rebar set did not appear in a GA drawing if the bar group spanned a pour break. This has now been fixed. |
TTSD-16860 | Modeling | Previously, Tekla Structures could crash when splitting polygon plates. This has now been fixed |
TTSD-16906 | Modeling | There is a new template attribute ADDED_TO_POUR_UNIT to indicate how an object was added to a pour unit.The possible values are: 0 - unassigned and dirty (modified after the pour unit was resolved the last time) 1 - manually assigned 2 - automatically assigned The attribute is in the template category in filters and in the template attributes for the following object types: ASSEMBLY (only precast, not for cast in place)MESH |
TTSD-17029 | Modeling | The naming conventions of the 3D products in Tekla Warehouse have been improved. The naming now complies with the following scheme: 3D product name in Tekla Warehouse = Item name shown in the property pane in Tekla Structures 3D product code in Tekla Warehouse = Component name shown in the Applications & components catalog Geometry file name (without extension) = Shape name shown in the Shape Catalog dialog box |
TTSD-17261 | Modeling | Previously, saving the model sometimes failed after a reference model was deleted. This has now been fixed. |
TTSD-17561 | Modeling | Previously, there were some issues in the profile and material catalog export and import, and in editing rules in the profile and material catalog. This has now been fixed. |
TTSD-17582 | Modeling | Previously, the Move linear command did not move objects which were selected with Object by phases in Phase Manager. Only the grid that was included in the phase was moved. Now, if the grid is the only selected object, it is moved. If also other objects are selected, such as parts, bolts, welds and so on, the grid does not move but the other objects move. |
TTSD-17603 | Modeling | You can now enter more than one line of Reference text for welds in the property pane. |
TTSD-17652 | Modeling | Now the custom component formulas no longer require an extra click to update another value. |
TTSD-18267 | Modeling | POUR_UNIT. template attributes now work with all mesh types. |
TTSD-2031 | Modeling | You can now define the size of both welds in compound welds. In weld properties in the property pane, two boxes for Size appear when you select a compound weld type. |
TTSD-15575 | Licensing | The performance of Tekla Structures learning edition installation and Tekla Structures Partner installations has been enhanced. |
SOLD-606 | Installation | The performance of the Partner installation has been improved. |
TTSD-12633 | Analysis and design | You can now report rigid links with the new ANALYSIS_RIGID_LINK content type. The following template attributes are available: CONTENTTYPE , ID , GUID , ANALYSIS_MODEL_NAME , TYPE , and LENGTH . The template attributes are not available through the Open API interface. |
TTSD-12766 | Analysis and design | Polybeam chamfers are now handled as analysis model nodes and members. For chamfer curves, polyline approximation use depends on the analysis model properties (which can be overridden for parts) as for normal curved beams. |
TTSD-15004 | Analysis and design | Previously, analysis node numbers were drawn on top of each other or too far from the node. This does not happen anymore. The numbers of the selected nodes now have the magenta color. |
TTSD-15023 | Analysis and design | Connectivity logic has been improved for bar to bar connections when the selected analysis application is Tekla Structural Designer. |
TTSD-15111 | Analysis and design | Twin profiles, such as double angles, are now exported correctly from Tekla Structures to Tekla Structural Designer when exporting the analysis model with the physical model. |
TTSD-15629 | Analysis and design | New load groups are now correctly added to the Load Combinations dialog box when a load group is modified. |
TTSD-15786 | Analysis and design | In some situations, after deleting rigid links from the analysis model, the rigid links reappeared when rebuilding the analysis model. |
TTSD-16373 | Analysis and design | Incremental analysis model update has been improved to reduce the need for rebuilding the analysis model. |
TTSD-18396 | Analysis and design | Analysis node positions are now correct when using Reference axis (eccentricity by neutral axis) as the analysis axis position. Also, when inquiring analysis parts, the offsets are now shown correctly. |
TTSD-4757 | Analysis and design | Exporting polybeams from Tekla Structures to Tekla Structural Designer is now possible with certain limitations. The export to Tekla Structural Designer uses the correct analysis position, but the exported alignment may not always be correct, i.e. the physical position in Tekla Structural Designer may not match the physical position in Tekla Structures. |
TTSD-13213 | Core | In some cases, the info and warning status of log messages was switched. Now log messages are more correctly classified as warning or info messages. |
TSAC-590 | Tools and components | Linear array tool and Radial array tool now correctly create duplicates when copying other array tool components. |
TTSD-16497 | Tools and components | Translation of custom component names is now enabled in the Applications & components catalog. The names should not contain special characters or spaces for translation to work correctly. In the .ail file used to translate the custom component name identifier of string should use this format:"albl_" + custom component internal name For example, if the custom component name is "MyCustomPart", in the .ail file it should start with:string_utf8 albl_MyCustomPart { entry = ("enu", "My Custom Part"); |
TTSD-14900 | Numbering | Previously, starting from Tekla Structures 21.1, the number of an unmodified part might change if another part became exactly the same in terms of numbering. In numbering, the unmodified part received the same number as the modified part. |
TTSD-17597 | Numbering | If assembly numbering series has been defined in the assembly properties, property pane no longer allows you to modify the assembly numbering in the part properties. |
TTSD-16048 | User interface | Now buttons that launch a macro or a plugin are properly enabled on customized drawing ribbons. |
TTSD-16108 | User interface | The property pane now shows the properties of steel items when assembly selection is activated. |
TTSD-17373 | User interface | The property pane now shows the corner chamfer dimension units according to Tekla Structures unit settings. |
TTSD-17844 | User interface | Previously, when you cleared a value in the rebar set spacing zone properties in the property pane, clicking Modify caused Tekla Structures to crash. Now the property pane automatically validates the data in the spacing zone properties and you cannot click Modify anymore. |
TTSD-18352 | User interface | Previously, the area selection cursor did not work correctly with the latest NVIDIA drivers in OpenGL views. This has now been fixed. |
TSAC-1476 | Import, export, interoperability (steel) | Sometimes, some bolt holes were missing from the NC data. This has now been fixed. |
TSAC-1223 | Import, export, interoperability (concrete) | Export EliPlan file (68): It is now possible to export elements with ACN as the main identifier. To do this, select 2.00 ACN for the Export version number setting on the Parameters tab. |
TSAC-1238 | Import, export, interoperability (concrete) | HMS export: There is a new setting Generate drain/weep holes on the Options tab for exporting drain holes and weep holes. You can also specify the offset. |
TSAC-1747 | Import, export, interoperability (concrete) | Export Unitechnik (79): Braced girders created as steel parts are now exported correctly. |
TSAC-1799 | Import, export, interoperability (concrete) | Export Unitechnik (79): Line attributes override functionality is now working correctly for turned double wall shells. |
TSAC-1818 | Import, export, interoperability (concrete) | Export Unitechnik (79): Electric tubes are now exported correctly when you specify to cut outer assemblies. |
TSAC-1883 | Import, export, interoperability (concrete) | Export EliPlan file (68): You can now export selected cutouts and embeds as lines using the new setting Plot cutout/embed as lines on the Plotter data tab. You can specify the cutouts and embeds by name, class or material. |