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Modeling and detailing improvements

Last updated March 14, 2019 by Tekla User Assistance tekla.documentation@trimble.com

Software version: 
2019

Modeling and detailing improvements

Modeling and detailing improvements

Tekla Structures 2019 comes with many improvements in modeling and detailing features.

Improvements in orthogonal snapping

  • Snapping has been improved in Tekla Structures 2019 to make it work better with the Ortho tool.

    Previously, when Ortho was on, Tekla Structures remembered the last plane and used the last picked point as a reference pointpoint that Tekla Structures creates when the user creates a model object, the point being visualized as a handle

    The reference points follow the model object if it is moved. They are only deleted if the related model object is deleted.

    Reference points can be selected as snap points in a snap switch.

    , and continued to snap to the plane where you had last picked a point. This resulted in unwanted snapping results, for example, parts were created to a different plane than expected.

    Now, when you interrupt a command, the reference point information is cleared. This means that there is no reference point information, meaning the last picked point, that the orthogonalview projection that displays objects in right-angles projection

    In model view the size of the objects is the same despite of their distance to the viewing point and the zoom remains on part faces.

    snapping could use. This results in more accurate snapping.

    When you need to use the reference points, set the reference point manually by pressing the Ctrl key and picking a point when you run a command.

  • Previously, when the Ortho tool was active, the snapping distances were incorrectly rounded. This has now been fixed.
  • When using orthogonal snapping, the snap points are now shown with perpendicular snap symbols.

Improvements in bolt holes

There is now a new option in the Bolt properties that you can use to specify which plies of the connection do not get holes.

To do this:

  1. Go to the Holes section in the Bolt property panecontrol element in Tekla Structures user interface in the form of a side pane window

    The property pane can be used to show and modify the properties of model objects.

    .
  2. Next to Parts with slotted holes , select the desired Special hole check boxes.
  3. In the Special hole type list, select No hole.
  4. Click Modify.

The No hole option is also available for bolts in the system and custom components.

Improvements in welds

If you are following the ISO standard (2553) for welds and have the advanced option XS_AISC_WELD_MARK set to FALSE , you can now specify whether the fillet weld size determines the leg length or the throat thickness.

Set the new advanced option XS_​​ISO_​LEG_​​LENGTH_​​AS_​​WELDSIZE to:

  • TRUE to use the weld size as the leg length (z) of the fillet welds.
  • FALSE to use the weld size as the throat thickness (a) of the fillet welds.

This advanced option is model specific and the setting is saved in the options databasedatabase file that contains the settings of model-specific general settings and advanced options

There are two options databases, the model options database (options_model.db) and the drawing options database (options_drawings.db).

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This advanced option also applies to the fillet welds in compound welds.

Note that setting a weld prefix that affects the weld size overrides the value set in XS_ISO_LEG_LENGTH_AS_WELDSIZE.

Adding and removing pour unit content

The Pour > Add to pour unit and Pour > Remove from pour unit commands are now visible on the context menu for more combinations of selected objects when right-clicking.

The following commands are also available in Quick Launch , and you can assign keyboard shortcuts to them:

  • Add to pour unit
  • Add selected objects to pour unit
  • Remove from pour unit
  • Remove selected objects from pour unit

Using these commands makes it easier to add allowed objects to pour units , or to remove them, even when you have a set of objects selected that also includes objects that cannot be added to a pour unitentity that combines together a pour object and the other building objects that need to be in place before cast-in-place concrete can be poured

The needed building objects can be reinforcement and embeds, for example.

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If you need to reset pour unit contents and relations defined using the Calculate pour units command and/or the Add to pour unit command, you can use the following commands in Quick Launch :

  • Reset all pour unit relations
  • Reset all manually assigned pour unit relations
  • Reset all pour unit relations except manual assignments

Improvements in placing items in the model

It is now easier to add and move items in the model in the same way as custom parts, and to adjust item location and rotation using the axis and rotation handles.

Shape cleaner tool

If some previously imported shapes cause missing faces or edges in items or drawings, you can use the new Shape cleaner application for cleaning the shape geometries in Tekla Structures models. Cleaning means that Tekla Structures investigates and corrects the shape geometry and tries to create solid objects. This is useful with shapes that have been imported to Tekla Structures models prior to version 2018i and are migrated to version 2018i or newer. Shape cleaner provides an option to create backups of the shape geometry files and to revert to the original files if you are not happy with the cleaning result.

Shape cleaner is available in the Applications & components cataloguser interface for displaying or modifying information in categorized lists

For example, profile catalog and shape catalog are catalogs.

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Numbering improvements

In the Numbering Setup dialog box, Phase has been changed to Assembly phase. Now the Assembly phase setting only affects the numberingprocess of assigning position numbers to parts, cast units, assemblies, or reinforcement

In Tekla Structures, the position numbers assigned in the numbering are shown in marks and templates, for example.

of assemblies, not the parts. This means that only the assembly phase of assemblies is compared in numbering, not the part phase nor the assembly phase of parts.

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