Hi,
Today I noticed to my surprise, that a clipped reference is not calculated at the component quantities. Am I doing something wrong (see attachements)?
Will there be in the next version of Open Roads an easy and accurate way (like to calculate quantities tool, if I don't use clipping references) to calculate quantities of multiple corridors, Civil Cells and terrains at once?Civil cells for example are at this moment dramatically to calculate / costs a lot of time.
Regards Louis
Example of component quantities with a clipped reference.
Example of component quantities without a clipped reference. Like you can see are the quantities the same.
I'm using PowerGeopak SS4 878 version. I have a mainlane corridor and multiple driveways and crossing streets. Now, I want to have cut/fill quantities of my mainlane. I have clipped the civil cells for all intersetions with my mainlane and added as clipping reference as well. Component Quantities doesn't respects the clipping refs. Will the "End Area Volumes" do what I need here?
Thank you,
Abhiram
Hi Bentley,
Any news on this... it seems it's still not working as I expected.... please give us the tools we need to extract Quantities with one mouse click.
I use the latest version of ORD
7 years!! I have the same problem, I´m new in ORD, are there a way to calculate these volumes??
Hi Angel, there is a completely new Quantity process that resolves these issues in the latest versions of ORD. Have a look at the "Quantities by Named Boundary" tool.
Regards,
Mark
OpenRoads Designer 2022 R3 (10.12) | Microstation 2023 | ProjectWise CE 3.4
Hi Mark, I did some test with four methods, Component Quantities (CQ), Element Component Quantities (ECQ), Named Boundaries (NB) and selecting and obtain the volume property (SEL). ECQ dont calculate Cut/Fill, and the results are diferente to CQ, less volume in ECQ in only 1 component. The SEL is similar to CQ, and NB is similar to CQ. I have another corridor (30km) and ECQ are twice than CQ.
Wich is the mos trustly result? How can put all my sections in the same space to do an array (NB)? How works this 3 methods to quantify?