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Learn more at Dell. I love nothing more than to comb through the software testing new features. I used to be able to remember exactly what feature was released in what year, but the older I get, I feel lucky to remember that the feature exists. Kind of blows my mind! Another favorite is the new Markup Import feature. It gives us a feeling of excitement or perhaps for some a fear of the unknown! Take care, KaDe. Kevin Merritt - salesmanager augi.
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Every attempt was made to include all trademarks and registered trademarks where indicated by their companies. ISSN Become a member: www. The Autodesk Geotechnical Modeler is a Civil 3D extension which enables you to visualize and analyze your geotechnical data directly within the Civil 3D drawing environment. The Geotechnical Modeler for Civil 3D is an add-on extension that can be installed for Civil 3D and available through the desktop app or within your Autodesk account.
After installing you will see a Ribbon tab named Geotechnical Modeler as shown in Figure 1. The goal of the modeler is to produce geotechnical data derived from a spreadsheet with the ability to update in Civil 3D. There are two formats of the same project file. The first dataset is in AGS 4. Use these files to test out using the module and watch how it inserts the data into your current drawing. For this example, we will focus on the. Review the headers of the sample.
The first file is the Location Details. The second file shown in Figure 4 is the field descriptions. I broke this up into two vertical images to display the fields. Remember, you Location ID must match what is on your location details. After selecting add borings then closing your borings will be displayed as COGO points within your Civil 3D drawing as shown in Figure 6. We need to take our borehole data and paste into the correct fields within those two files, then we are augiworld.
Located in the samples folder there are two. Civil 3D and the blocks that are contained in that file. If you are not familiar with COGO points look in the help menu to gain more knowledge on how these are created within Civil 3D.
Select Build Surface as shown in Figure 9 and your surfaces will automatically be built and show up in the prospector tab. The Stratum Surface Display button is an easy way for you to display the styles of your surface within an easy-to-use dialog box. Select what you would like to display then apply the settings. Notice how the Legend Code has 43 values.
That is the field within the excel file that lists the separate. Create an alignment within your drawing as you would normally do within Civil 3D. Select Subsurface Profiles on the geotechnical modeler tab on the ribbon. You will now have a dialog box as shown in Figure Follow the steps to create your profile view with geotechnical information. Select the boreholes which you would like to view on the profile. Keep in mind if they are offset from the alignment the strata may not line up exactly on the profile view.
The settings of the and labels of the sticks. Change these values to get an optimal display of your profile. Civil 3D After you are comfortable with your selections create the profile view just as you would in Civil 3D. Select an area on the screen for your profile view to be displayed as shown in Figure Notice how the boreholes are displayed with hatch patterns and strata lines which are controlled by the surfaces you created.
The 2D boring sticks and 3D boreholes are straight forward. Select the 2D sticklogs on the ribbon and follow the instructions as shown in Figure Figure Subsurface Profile Data. In the Subsurface Profiles dialog box as shown in Figure 11 you can adjust your sample data on the left, center, and right by selecting each of the tabs shown in Step 5. If you adjust your data and want to update your profile, you will go back to this same dialog box and select the Update Subsurface Profile shown in Step 9.
A good workflow is to Copy to 3D then Erase from 3D if you need to update. Figure 2D Sticklogs augiworld. You can erase the sticklogs by selecting the Erase 2D sticklogs button.
Good workflow is to keep the boreholes in a separate file. Use the 3D exported drawing and import into Infraworks to get a visual display of your borings along with a map from Model Builder. Editing the hatch patterns is as easy as defining your new patterns within the Geologyhatchstyle.
Use Notepad or a text editor to add the patten definitions to your file. Explore the examples and take your geotechnical data to the next level where you can use and implement the geotechnical modeler add-on for Civil 3D All these methods are helping improve our ability to design accurately and display data in a visual style that is He has over 25 years of experience in engineering design projects, user support, CAD standards and customization.
Whether responding to an emergency leak, following an annual maintenance schedule, or planning a facility upgrade, it is critical to identify each asset and where it is located.
For over a decade, water and wastewater utilities have used point clouds and building information models BIM to document existing conditions. Previously, indoor or vertical assets, like pipes and valves inside a wastewater treatment plant, were difficult to locate.
Using the GIS platform, these assets can be accurately modeled and viewed. Water and wastewater utilities are a prime example of an industry where integrating BIM with GIS improve their asset and facility management and field operations has been embraced and implemented. The point clouds and BIM models have drastically changed these projects by giving the designers more accurate data to work with from the start. With MM accuracy, point clouds deliver precise measurements instead of going out with pen, paper, and a tape measure.
By converting the BIM to GIS features, it gives the user the capability to edit the data and incorporate other information as needed. America, all utilized an asset management platform Oracle, Infor, Kloudgin, and Ciyworks to keep accurate asset information for their treatment plants.
They imported the information from these databases to the model, fully attributing their features. Record plans, drawings, operation manuals, pictures, and instructional videos, and even SCADA data were incorporated into the databases as well. This gave the augi. Some smaller or more rural organizations, like Dekalb, Illinois, had no asset record information at all, just an Excel spreadsheet of parts, make and models for when replacement orders were needed.
When the models of their facilities were created and brought into ArcGIS Pro, unique IDs were assigned to their assets, and an asset inventory was created.
The Excel document of parts information was incorporated into the geodatabase as well. Because of their newly created asset inventory, Dekalb could now start keeping accurate records of which assets were constantly being fixed or replaced, providing insights into their systems. Using Esri Survey, a mobile form was deployed for their field technicians, so they can easily and efficiently capture that information and send it back to the geodatabase in real time.
When we would have to order new parts, or a replacement for an asset, which happens pretty frequently, we had an extremely difficult time figuring out, what the asset is, who to call, and how to order that part. With the fully attributed GIS model, our technicians in the field can click on an augiworld. A modern-day GIS deployment allows for data to be shared and synced whether in the office or field, in.
The 3D models work no different. Utilizing the Esri platform, models can be shared in a secured online browser, to allow field technicians to view and interact with the models. Or if there is an emergency and I need to find the closest fire extinguisher, I can readily find that information. A lot of the advantages and benefits are traditional GIS benefits, such as being able to distribute and access the data enterprise wide.
The GIS is used as a centralized data repository for all your asset information, pulling from asset management databases, record plans, operation manuals, SCADA and more. And because many utility owners and operators already have GIS staff, there is a minimal learning curve.
Viewing the models from my office gives me the perspective as if I am standing in the pump station myself! Besides the ability to view the model, I can also access the record plans, operations manuals, and asset information, all in one interface, rather than searching my computer, office or building for that same information. I am looking forward to. Similar projects have been implemented in, power, transportation, oil and gas, telecom, electric, facilities and campuses.
He began his career working in surveying and GIS for water utility operations in Texas. Zach can be reached for comments or questions at zjaffe landtechinc.
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Быстро пришлите сюда людей. - Сьюзан шумно выдохнула и повернулась к. - Но… - Вы спутали нас с кем-то другим. И тогда он стал искать иные возможности.
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