Click the Measure Layout tool on the Layout window. Note: The map units are determined by the data frame's Click the Measure Layout tool on the Layout window. The measure overlay window appears in the upper left of the view. There are tools within the Spatial Analyst toolbox to run a cost. The tool also provides the ability to get the measurements of features on the map. RGB cameras are the most suitable type of camera to use for the non-RealSense camera, as the RealSense 400 Series cameras will cause interference with non-RealSense infrared cameras (the 400 Series RealSense camera itself does not experience interference in return though).Arcgis measure tool. So you could use a RealSense 400 Series camera for a depth stream and pair it with a non-RealSense high resolution RGB camera to provide the color data. The RealSense SDK can also access data such as RGB from non-RealSense cameras via programming with metadata (see the link below). Once detected, you can then access the Viewer's RGB camera functions only, as it adapts to the detected camera and only displays the color camera options. My experience with using built-in ordinary webcams on laptops though is that the webcam is selectable in the RealSense SDK's RealSense Viewer software as a Platform Camera with the Add Source button. I have not to an ordinary RGB USB webcam to test with right now. I hope that some of this information will be useful to you. The measuring part of this project was originally based on a Python conversion of the C++ rs-measure program that the project's developer wrote. In regard to options for analysing pre-made files instead of live camera data: there is a project for the Python language that uses OpenCV to measure the distance between two points, with the data used in the measuring taken from a bag format file. If using OpenCV is not an absolute requirement of your project, the RealSense SDK has an example program called rs-measure in the C++ language for measuring the distance between two points that also uses live camera data.
There was a past case where a RealSense user outlined the method that they had used to calculate the height of an object with OpenCV, apparently using live camera data instead of an image file. I researched your question very carefully to look at the available options for achieving a solution. Is that correct, please, or is it a live color video image? As you mention doing the capture with a 'normal' camera, it sounds as though the image is a non-RealSense image file such as a PNG.
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