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The DMT Process refers to the use of the Digital Measurement Technology in O-Calc Pro. This technology typically requires a photograph of a pole be taken with a CVT, or Calibrated Visual Target, attached to the pole. This CVT is used in O-Calc to obtain height measurements for various attachments. .
The DMT, or Digital Measurement Technology, process in O-Calc Pro allows a user to obtain information from a photo of a pole that was taken with a CVT, or a Calibrated Visual Target. This technology allows a user to obtain attachment heights, span diameters, and other information. However, if a pho.
In previous versions of O-Calc Pro, a user has always had the ability to adjust the end drop/rise value for a span. This attribute can be found by selecting a span, and is visible under the “Standard” filter in the Data Entry Window.
In a previous post, some of the advanced features of Notes were discussed. One additional note feature is that they can be utilized with images of a pole, within the ‘Measure’ tab in O-Calc Pro. It is possible to add a Calculation style note to an item, for example, and create some labeled values. .
Among the many tools included in O-Calc Pro is the option to utilize information collected with an IKE device. This article outlines how to utilize an IKE 3 device to collect data, and use that data to model a pole within the O-Calc Pro desktop software. The process for data collected from an IKE 4.
While the O-Calc Pro Software Program does include many features, the installation package for the program also includes several standalone tools that may be used outside of an O-Calc Pole modeling session. One of those tools is the Image Split/Merge utility, which allows for batch processing of im.
O-Calc Pro is equipped with a fully functional monoscopic photogrammetry subsystem that allows for extremely precise measurements to be made from photographs. Unlike the less accurate systems sometimes used by alternative pole loading tools this system uses a precise model of the lens stack on a pa.