What if the dongle is lost?

[yeni_kullanici]

Hello, I have two questions in general. As the title indicates, 1. Suppose the dongle was somehow lost or stolen, what happens? Do we need to buy the program again? 2. I don't know if I should open another topic, but in the tunnel mold project I created, a few curtains are painted in different colors in the 3D window. The project is crashing normally, but I just want to know if this is a sign of error or not. Good work,

 

[HakanŞahin]

Hello,

1. Suppose the dongle was somehow lost or stolen, what happens in this case? Do we need to buy the program again?

When the theft of the program lock is documented with a police record, A new lock can be obtained by paying the lock fee. In case the lock is lost, a second license can be purchased for 50% within the scope of the multiple license agreement. For more detailed information, you can call our Bursa office.

2. I don't know if I should open another topic, but in the tunnel mold project I created, a few curtains are painted in different colors in the 3D window. The project is crashing normally, but I just want to know if this is a sign of error or not.

The situation you wrote is not an error. Panels with different thicknesses are painted in different colors in the 3D window. Good work

 

[yeni_kullanici]

Thank you, I would like to ask one more thing, How can we control this if we suspect that the three nodes do not overlap in a project that generally includes too many beam, panel or column objects? Can we understand this from the handles while the object is selected, or does the program handle this automatically? (via a rigid arm, etc., as mentioned in the user manual)

 

[HakanŞahin]

Thanks, I would like to ask one more thing, In general, in a project that contains a lot of beam, panel or column objects, if we suspect that the three nodes do not overlap, how can we check this? Can we understand this from the handles while the object is selected? , or does the program handle this automatically? (via a rigid arm, as mentioned in the user manual, etc.)

In the geometry control, if there are unsupported elements for beams, they are listed. For columns and panels, a support mark is placed at the foundation point in the 3-dimensional frame. Beam -Nodal points appear at the intersections of column, panel-column, panel-beam, etc. Rigid arms are in the form of green lines. Generally, the program makes connections without errors. However, it is still useful to review the joint points in the 3D frame. If it is more, it is possible to select certain group objects and look only at the selected ones.