Parabuild version 4 release notes
- This version is an update for version 3. If you have version 3 already installed then you can use the update file.
- If you use AutoCAD, you must start Parabuild as Administrator once after installation. Only then will the new properties work.
- If you use BricsCAD V17, the minimum required version is 17.2.07. Parabuild v4 will not load inside an older version of V17.
With this new tool you can automatically distribute a connection to other profiles in the drawing with the click of a button.
The distribution is based on geometric recognition. If the base profiles are of the same type and have a similar position with respect to each other, the connection is automatically copied. This will save you a lot of time when the same types of connections are used often.
With this new command you can easily draw weld symbols on the workshop drawings.
The configuration of the symbol was entirely done with visual aids, resulting in an easy to use tool.
Stairs and handrails
The tools for drawing industrial stairs and railings has been completely renewed. The stairs and railings are now fully built up with the aid of macros. Thanks to these macros you can still adjust the parts after they are drawn via the macro window.
A stair can be drawn based on a line, or between 2 beams. A railing can be drawn on top of a profile or a line.
A series of connections were also added to connect the handrails and the stair stringers.
2 new cage ladders were also added: A cage ladder with a larger ring at the bottom, and a cage ladder according to the PIP STF05501 standard.
This is only the beginning of the changes to stairs in Parabuild.
- When you change the 3D model, it is now much more likely that Parabuild will retain the numbers of the parts and assemblies. The previous number will be reused unless another part or assembly with different sizes already uses this number.
- It is now also possible to assign a preferred number to parts and assemblies. Parabuild then gives priority to the part / assembly when assigning this number. This preferred number is only applied when it does not lead to parts / assemblies with different dimensions having the same number.
- A new button was created that copies all current numbers to the preferred numbers. This ensures that parts / assemblies retain their number as much as possible after a change of the 3D model. When after a revision a part / assembly number would split up into different numbers, then by a change to the prefix or suffix it can be ensured that they all still refer to the original number.
- For example: There are 5 pieces of the assembly M7 and they have 7 as the preferred number. After a revision some components change and they do not have the same geometry anymore, so they get a different number. For all of them the preferred number is still at ‘7’ so by using a new suffix the preferred number can be used again and the numbers become for example ‘M7a’, ‘M7b’, …
BIM integration with BricsCAD
When a generic solids model is opened in BricsCAD, BricsCAD has the ability to recognize these solids as linear profiles: ‘Bimify’. After BricsCAD has applied BIM information to the profiles there is no further intervention needed to convert the linear Solids to Parabuild profiles.
The conversion will be done automatically when using the context modeler on the solids or when attempting to connect the solids.
When you perform an Ifc export using the BricsCAD command, then all BricsCAD objects such as BIM elements and 3D Solids are now exported together with all Parabuild objects in the same Ifc file.
These functions will only work in combination with the BricsCAD V18 BIM module.
Manipulate elements without using UCS
With this new function you can perform a series of actions on one or more elements.
The purpose of this is that you can move or rotate the elements in a certain direction without having to change the UCS first. This is especially interesting if the movement you need to perform is not according to the World X, Y or Z axis.
You use a plane or line of another element as a basis for the movement or rotation.
These are the actions you can perform:
- Set the distance between the elements
- Move a certain distance
- Make Parallel / Perpendicular
- Rotate the element at a certain angle
Extra attention was paid to the performance in Parabuild.
For example, calculating macros is much faster. The opening of large drawings has also been greatly accelerated.
The drawing of holes in 3D visual styles was also improved, which results in a high performance improvement when using these visual styles.
Writing of DXF files for plates was greatly improved. The welding contours are now correctly trimmed, and the texts will no longer be drawn over these contours.
The Dxf files can now be sorted automatically into a folder per thickness.
Sheet metal unfold
In the properties panel you can now directly request the unfolding of a folded parted. This command works on strips as well as on profiles with 2 different cross-sections.
To use this function, you will need the BricsCAD Sheet Metal module.
Generating STEP files
In the properties panel you can now directly generate a Step file from a profile, plate or volume.
Step files can often be read by CNC machines that process pipes.
To use this function, you will need the BricsCAD Communicator module.
Parabuild is now compatible with BricsCAD V18
And much more…
- All hole and cut position dimensions of the main part can now also be drawn automatically on the assembly drawings.
- It is now possible to import and export files using the CIS/2 standard (CIM Steel Integration Standard). The file exchange was tested and works with Smart Plant 3D v2016 and with CADWorx Structure 2018.
- The more advanced types of bent/curbed profiles can now also be exported to Ifc files.
Not all Ifc readers will support these advanced profiles, but Solibri does read them successfully.
- When importing an Ifc file that was written with Tekla Structures, the bolts will now be imported as Parabuild bolts.
- Parabuild now includes 2 ribbon tabs and a menu bar that give you access to all the Parabuild functions.
- Double-clicking an object will now open the relevant dialog box for editing that object.
If you double-click a macro, a bolt or a plate, then the relevant macro dialog box will be opened.
If the object is not a part of a macro, then the properties window will be opened.
- The following connections were added: base plates with square holes, base plates with plates as washers, welded joints, more purlin connections, rectangular hole reinforced with plates, and gusset plates for bracings of UPN profiles.
- The tapped holes were improved. An old mistake where the tapped holes are larger than the bolt was eliminated. The configuration table of the diameters to be drilled and tapped was adjusted to follow this change.
- Many properties were added for views and cameras
- New command: Prb_GetCenterOfGravity. This command draws the center of gravity of a selection of elements.
- A new command is available : PrB_CheckPunchHolesVsThickness
This command will check all the plates in the drawing and it will warn when one of them contains a hole diameter that is smaller than the plate’s thickness.
This command does not have an icon assigned to it.
- A new property was added for all Parabuild objects : estimation item. With this property you can now assign the original cost item to the Parabuild elements. ERP software can use this property to track the detailed parts back to the original cost items that were assigned to the project when estimation was done.
- Changing the views with these buttons in the macro dialog box has improved. We also added a new button that you can use to directly switch to a 2D view on the part on the current tab.
- The circumference of holes is now always drawn in all of the 3D visual styles. The hole will therefore be visible even if the material of the hole is not subtracted from the part. Subtracting these holes use up a lot of computer resources.
The setting “Draw hidden holes” in the properties can still be activated, but it should only be used if it’s really necessary.
By not subtracting these holes we can improve the performance of the 3D Visual styles and 3D orbit to 200 to 400% faster, depending on the amount of holes in the project.
- Tapped holes are now drawn to size as it’s supposed to, namely the same size as the bolt.
If you open an older Parabuild drawing then the tapped holes will be made smaller.
If you open a new drawing (made with Parabuild v4 or newer) inside an older Parabuild version (Parabuild v3.0 or older), then all tapped holes should be checked well, inclusive all workshop drawings, Dstv files and Dxf files.
Now the standard behavior for tapped holes is to use a hole tolerance of 0.
The table with diameters (in PrB_Settings) was also adjusted so that the tapped holes are correctly annotated in the workshop drawings.
The table contains a smaller ‘drill diameter’ that we need in the shop drawings. The outer diameter (=bolt diameter) is the diameter that we draw in 3D.
-> If you have ever made changes to the tapped holes table, then you should definitely check this table in version 4!
- New options are available that allow you to configure the names that are automatically assigned to plates.
- A new Dstv setting was added that can be used on CNC machines that can’t tap holes. Also more compatibility options were added for the machines produced by Voortman.
- 4 new options were created for the DXF files export of plates
- Improvements were made to the automatic annotations for bolts on the General Arrangement drawings. When groups of bolts are annotated together, the invisible bolts of a group are still counted towards the amount of bolts in a group. All bolts in the group will be annotated as long as one bolt is visible in the view.
- The front and back view limitation is now being remembered better in the view manager. These limitations used to default back to 0 for front and 0 for back.
- When changing the view in the view manager, the current visual style is now better remembered. The style used to switch back to 2D wireframe.
All the features of the free viewer
- All Parabuild drawings can be opened with the guarantee you will see exactly the same drawing as the original drafts person
- View the Properties of all Parabuild objects
- Review the values of all connections, but you cannot modify them
- Viewing and printing 2D drawings
- Drawing dimensions and annotations in the 2D drawings
- You can still use all functions that are native to AutoCAD/BricsCAD inside the Parabuild drawing
To use the free viewer, all you need to do is install Parabuild. Without an active license, Parabuild will function as a viewer.