ESTmep seems like it should be easy to calculate things like Area and Weight. A couple of the major factors in cost. But this couldn’t be further from the truth. It’s difficult to understand “Where” numbers are coming from. Here’s a few tips for troubleshooting.
Eliminate Wastage and Costing Adjustments
Make sure Normalization is turned off for costing. You can do that here…
Next, eliminate any Wastage factors. Here’s what that might look like…
Create a Neutral Takeoff
There’s so many adjustments and factors that reporting properties it’s hard to tell what all makes up a number. The best way to find out what makes up a number is to make a Takeoff that eliminates as much of the factors as possible so you start with the core properties.
You can do this by adding Duct with simple numbers…12″ x 12″ x 12″. Duct with no connectors and no seams to eliminate allowances and sealant. Sizes that either don’t use stiffening or a purpose built specification that eliminates stiffening.
In my test, I created 20 pieces of Straight Rectangular Duct, You can do other fittings or Round/Oval too but start with the simplest and once you get dialed in and understood, you can expand to Round Straight or Fittings, etc.
Qty of 1
12″ Width x 12″ Depth
24″ Width x 24″ Depth
Qty of 2
12″ Width x 12″ Depth
24″ Width x 24″ Depth
Takeoff in ESTmep can sometimes list “Many” properties for Area and Weight or Quantity. When you add them, they typically just list “Area” or “Weight” making them unclear what they are. You can customize the takeoff Description to reflect which property it maps to. This way you can add them all and see the differences.
Test Various Quantity Units
Each Property in Takeoff also has the ability to change the Qty Units. Here’s the 3 settings you have can reflect what Area and Weight is displayed. Here’s what those settings look like…
Here’s the results of those settings on my sample duct…
You can see “Per ITem Qty” gives you likely the closest to what you want. Exept it doesn’t take into account the Quantity of fittings. Quantity of 1 vs 2 is the same Area/Weight for the respective sizes.
“Per Item Rate” seems to be furthest from what you’d think. It’s really a ‘Per Ft’ value.
Lastly, the “Total Item (extn)” gives you most likely what you want and also taking into account the quanities of fittings.
Now that you have sample data and simple numbers, you can start doing the math. Look at the material and gauge and find the weight or area and see how your numbers respond.
Once you get comfortable that the numers are correct, start by adding in Seams or Connectors and see if the ancillary weights get added as you expect. Note that you’re numbers may be a little “off” based on Seam or Connector allowances and notching. Try adding only one thing at a time.
If you want to test how Wastage or Costing methods apply, you’ll want to go back to simple duct…No Seams…Connectors….Stiffeners, etc.
Keep things simple. Experiment. Check the numbers. Remove one of the factors and add another and try again. Then combine factor and verify your data is adding up properly.
Unfortunately there is no easy path or roadmap. But by starting with simple datasets and incrementally testing added features or factors, you can start to get a better picture of where your values are coming from.
In ESTmep and CAMduct, if you use the 3d View and stretch duct to add pieces, you end up with duct that has zero Area & Weight. This also means you have zero cost for that material.
This is a confirmed issue that’s been around forever. I’ve tested from 2016 thru 2023 and can reproduce in all versions.
Here’s what that looks like…
The good news is, there’s a quick fix (workaround) you can deploy to update the weight and area. Using Notepad, you can make a quick COD script that updates the ITM’s. Below is what your script should look like…
So, which this doesn’t “Fix” the issue, it does work around it fairly easily. Just run the process before running and reports or data exports.
CADmep, ESTmep and CAMduct all use the concept of an Attacher. This is what tells Fabrication which way to route elbows and branches.
Most people know how to place and rotate the Attacher. There are a few other tricks to working with the Attacher that you may not know about.
Up or Down, How to Get Around
Depending on your view orientation, you may notice part of the Attacher turns from Red to Blue or Green. As you rotate the Attacher it’s color will change to indicate the direction the arrow is pointing.
Green = Grass (Attacher is pointing away from you)
Blue = Sky (Attacher is pointing toward you)
Depending oh which program you’re in (CADmep, ESTmep or CAMduct) and the keys you press, the Attacher rotates differently. Here’s a chart explaining those nuances.
If you use network licenses or create network deployments of CADmep, CAMduct or ESTmep you may encounter errors. Autodesk incorrectly pathed the Network License Manager files in the SETUP.INI files.
Even if you are using Stand Alone or User Based Subscription licenses but build Network Deployments, if you configure the deployment to include all components in the deployment (recommended if you plan on modifying the deployment later) you can encounter errors.
To correct the errors, you can replace the SETUP.INI files that are part of the installation with the ones provided in the following ZIP file…
Before you overwrite your installation’s SETUP.INI file, it’s a good idea to backup the original. The root of my installation folder looks like this…
At some point, I would expect Autodesk will update their download data and provide the proper files. Because of this, I would highly recommend NOT replacing the SETUP.INI files unless you encounter issues.
If you’re curious what’s different between the two, you can open the INI files in Notepad or other text editor and view them there.
The original file contains this at the end of one of the entries…
Third-Party Component Open Source EULAs:x64\en-US\Tools\NLM.msi
The new SETUP.INI files have updated it to this…
Third-Party Component Open Source EULAs:x86\AdskLicensing\NLM\x64\NLM.msi
Here’s another simple Attacher tip for Fabrication products. If you hold down the Shift key while clicking on the Attacher arrow in CADmep, ESTmep or CAMduct,. the arrow rotates the opposite direction.
Sometimes the best tips are the simplest. They can often be forgotten about or never learned because of that. Here’s a reminder for those that may not know or have forgotten…
In CADmep, or the 3d viewer of ESTmep or CAMduct, you can hold the Control key while clicking the attacher arrow to rotate the arrow 180 degrees. The below screen recordings are both done from CAMduct but ESTmep or CADmep work just the same.
Over the years, I’ve written a number of scripts helpful for managing an Autodesk Fabrication configuration. I’ve given them away in my Autodesk University session I’ve taught so they’ve circulated around a bit.
I’ve rewritten most, streamlined them, made enhancements, added others, etc, etc. Because I’m always updating and changing them, I thought I’d host them here too. I can then just post when I update them.
There’s are 2 sets of scripts covering the following topics…
Debugging Properties Scripts
Job Item Scripts
Library Item Scripts
One set is for use in 2019.0 and earlier versions (but work in any version), the others are designed for 2019.1 and later when Autodesk added support for the Pattern Number property.
You can get to the scripts from the menu or click here. The scripts are free to use for all except employees of ENGworks or anyone working on the behalf of ENGworks. (contractors, consultants, etc.) who are prohibited from use.
When you build content, it’s often desirable to have certain dimensions or options locked. This even applies to connectors, seams and dampers but to a lesser degree.
If you have a lot of Dimensions and/or Options to Lock or Unlock, you don’t have to individually pick each one. You can lock or unlock many very quickly provided they’re in a row.
The trick is simple….pick the button to lock/unlock the first field you want to change, and then while still holding the pick button drag your mouse up or down. This is a fast an efficient way to lock large groups of properties without picking each one.
The following recording shows this process. We’re using Pattern Number (CID) 910 as our example.