This video is a good starter but is missing how to account for pipe sag section, valve and flange fittings how to standardize the pipe sizes to ANSI / ASME when exporting these into Revit. Can we get an updated video how to address these and export management to Revit.
Hi Drew, our 3D inspections series may help you with this. Check out our cloud-to-cloud 3D inspection tutorial to see how to compare two different scans. ua-cam.com/video/cWbfrbEKXP0/v-deo.html
Its great to see Trimble putting more work into its manual modelling tools again, the "auto" tools within the previous few TRW updates weren't exactly useful in any way that streamlined processing. The pipe modelling tool in the video above is 90% complete but is missing functionality for when long pipe runs of non-rigid pipe runs where there are very subtle changes in direction between supports, i.e. services in a cable tray. When clicking along the pipe, the tool doesn't notice the subtle changes in direction and is constantly trying to create a one vector pipe with a best fit route, this is not correct. I still have to rely on the cloud based modeler tool to created individual cylinders between supports and then make each sequential cylinder secant to the previous one using constraints.
Great video. Could you create a tutuorial on moddeling flanges and tees? Would be useful.
This video is a good starter but is missing how to account for pipe sag section, valve and flange fittings how to standardize the pipe sizes to ANSI / ASME when exporting these into Revit. Can we get an updated video how to address these and export management to Revit.
How to draw a long bending pipe? let say 2 inches pipes is bent to become a half circle of 10meters radius. Please advise this
I was wondering does RealWorks allow the user to compare models to see differences between scans done a few months apart?
Hi Drew, our 3D inspections series may help you with this. Check out our cloud-to-cloud 3D inspection tutorial to see how to compare two different scans. ua-cam.com/video/cWbfrbEKXP0/v-deo.html
Its great to see Trimble putting more work into its manual modelling tools again, the "auto" tools within the previous few TRW updates weren't exactly useful in any way that streamlined processing. The pipe modelling tool in the video above is 90% complete but is missing functionality for when long pipe runs of non-rigid pipe runs where there are very subtle changes in direction between supports, i.e. services in a cable tray. When clicking along the pipe, the tool doesn't notice the subtle changes in direction and is constantly trying to create a one vector pipe with a best fit route, this is not correct. I still have to rely on the cloud based modeler tool to created individual cylinders between supports and then make each sequential cylinder secant to the previous one using constraints.
Esto es muy interesante, quisiera saber si estas tuberias pueden exportarse a Revit y obtener las propiedades de tuberias nativas de Revit
Nosotros actualmente podemos exportar a Revit archivos IFC, pero no usando las librerias nativas digamos solo el solido sin propiedades.