Please try to decompress using 7 Zip. Let me know if it works for you
Could you solve ?, I have the same problem
What is your Dynamo version?
Yes, that was my problem. Thanks!
Hi, did you get to a solution here? Is it graphics Nvidia card settings? Having the same issue
I am getting the error “Warning: Solver.Create operation failed. Oh no, DynaShape could not get access to the Helix ViewModel. Sad!”
I am using Dynamo with Revit 2019.2. I have tried downloading several times and unzipping with 7-Zip but nothing has worked.
Try it using DynamoSandbox, the only additional package being MeshToolkit.
Also check if all .dll’s are unblocked.
Can you please go to the DynaShape package folder and then the "extra’ folder and take a screen shot for me as follow:
We need to make sure that the file DynaShape_ViewExtensionDefinition.xml is there
The next step is go up by one level and go to the “bin” folder, then right click on the DynaShape.dll file and choose properties and make sure that it is unblocked (if it is currently blocked, you will see a button that says “unblock”)
Thank you for the help. Both .dll files were already unblocked; I am still getting the error.
I notice from your screenshot that you are still on Dynamo 1.3. The latest version of DynaShape is no longer compatible with Dynamo 1.3 (that’s why you got the error message " DynaShape could not get access to the Helix ViewModel)".You will need to upgrade your Dynamo to 2.1 at least
Hi, i thank you, this package is amazing.
I have one small problem, i have a surface, lets say a complex one, and i need to put this regular triangle on in, so that i can then panneling the surface.
i really cant undestand how to use the package for that porpouse
This is generally a hard geometric problem.
Generally, there is no “perfect” solution for this problem. DynaShape can only help in some way.
One of the simplest strategy is to allows some gaps (openings) between the panels
Similar to this one: (the picture shows square but we can use a triangular pattern as well)
Of course you can fill in the gaps using smaller triangles.
Another strategy is to “form-find” the surface, rather than starting with a given surface and then try to break it to triangles.