![]() ![]() A categorization file is required to accomplish this. Note that, although the item numbers, descriptions, and unit types are all shown, no categories are established to help navigate through this large volume of information. Once selected, the QTO item data in the edited CSV file is available for use in Civil 3D, as shown. This file can be selected in Civil 3D from within the QTO Manager available on the Analyze tab, as shown in the following images. This CSV file can be saved to the default location (as shown below) or to a network location, if preferred. An example of the completed process is shown in the following image. Conversion to CSV file format is accomplished by selecting this format when saving. Removing extraneous data and rearranging data columns is a quick and simple process that can be performed in Microsoft Office Excel © or other spreadsheet software. The remaining, required data must be arranged in the proper order and saved in CSV file format. The data required for the Civil 3D QTO comma-separated value file (CSV) can be readily be identified within an agencies’ data file (see image below).Īny extraneous data (as illustrated in the image below) must be selected and removed. But, if it is only available in a text file format, it can still be easily converted. This information is usually available in a standard spreadsheet file format. Many agencies post construction and material pay item information on web pages like the one displayed in the image, below: However, this effort can frequently be mitigated by making good use of an agencies available data. The creation of the Civil 3D Quantity Takeoff (QTO) files to support projects permitted by major review organizations, such as municipalities, environmental agencies, and state departments of transportation, might at first appear to be a formidable task. Kevin Stacy | Infrastructure Solutions Team Manager ![]()
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