Using the tools in the Reinforcement Settings dialog, you can do the following.
Determining rebar shape matching by referencing rebar hooks
You can specify rebar hooks to not influence rebar shape matching.
Hooks included (selected default) | Hooks not included (cleared) | |
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Shape 01 | Shape 00 | |
Shape 00 | Shape 00 |
Setting the hosting of rebar within area and path reinforcement
Hosting of rebar is turned on (default) | Hosting of rebar is turned off |
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You can specify the visibility of rebar elements in the Graphics section of Area or Path Reinforcement Properties palette. |
Rebar elements are not visible unless you create a section view of the host element. |
Hosted Structural Rebar creates rebar sets if possible. This allows scheduling elements like rebar sets where adjacent bars of the same length are grouped in one row of the schedule.
Setting the reinforcement rounding for a structural rebar
Reinforcement rounding simplifies organization and annotation when tagging, filtering, or scheduling rebar.
This option determines if reinforcement rounding applies to the project. If Use reinforcement rounding is:
Rounding values defined in the Reinforcement Settings dialog are propagated to the Rebar Type Properties and the Rebar Instance Properties dialogs. Rebar length displayed in the Instance Properties palette will display in a dual format: exact length and rounded length in brackets. You can manually override these values for the bar type and the bar instance by editing the exact length properties.
Changing the tagging abbreviations for area or path reinforcement
Along the left side of either dialog is a list of possible annotation abbreviations (Setting). Along the right side are the editable abbreviations (Value).
The following illustrations show the default abbreviations and modified examples as they display in a project.
Default Abbreviations | Modified Abbreviations |
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Area Reinforcement | |
Path Reinforcement | |
For more information on tagging reinforcement, refer toTagging Area Reinforcement and Tagging Path Reinforcement.