Map/Figures

 Getting to Know ArcGIS Pro




Building Maps with UAS Data


Volumetric Analysis


Week 12 Deliverables


Week 13 Deliverables


Week 14 Deliverables


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Volumetric Analysis

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  Introduction Building upon the map fundamentals learned from the lab demo before, the data from the Wolf Paving Piles are used once again for volumetric analysis, but data from the Litchfield Paving Piles area was also used for volumetric analysis and for other data processing. Volumetric analysis is a form of chemical analysis which measures the volume a substance occupies, which in the context of this lab it will be used to measure the volume of the paving piles. ArcGIS Pro has a series of tools and functions that were used to complete this lab demo, which will be discussed in detail later in this post. Methods To perform volumetric analysis, the Extract by Mask tool was used on three separate paving piles. The tool essential outlines a certain section of a raster and masks it as its own raster. A polygon must be created before running this function, to define the area that is being extracted. The surface volume function is then used to directly calculate the volume of the pile...
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Building Maps with UAS Data

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  Introduction Data collection with UAS is one skill to have, but the ability to take that data, process it within GIS software, and create maps and layouts from it are another valuable skill to own. It is important to present the information processed and displayed in a manner that is easy for others to understand and comprehend, rather than showing screenshots without much context to them. This lab went through a demo that covered layouts and the process of creating maps within ArcGIS Pro. The demo covered the Wolf Paving pile areas. Methods During this lab demo, there were multiple types of maps were generated, which will be discussed later in this post. The basic components of all maps are the compass arrow, scale bar, locator map, metadata, legend, and a watermark.  When adding the data within ArcGIS Pro, it is important to build pyramids and calculate statistics. The purpose of building pyramids is to scale the resolution of the raster in relation to the viewing distance...
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Installing and Using Measure Ground Control

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  Introduction During the transition of UAVs from a hobby to an actual profession and commercial use, there has been an apparent need for integration within the National Air Space (NAS) and how it fits within the professional world. Mission planning has become an apparent need within the different applications of UAS. Measure Ground Control (MGC) is a mission planning software that integrates flight plans, NAS map, and the ability to fly freely with DJI drones.  Methods To better explore the functionality of MGC, this lab explored the different features that it has to offer. For the flight planning aspect of Measure, the NAS map feature was explored first. Figure 1 shows the map opened and what is first seen initially.  Figure 1 shows the NAS map; the caution symbol is to inform that location of the user was within the Class D airspace of KLAF. As mentioned, the caution symbol is to inform the user that they are within a restricted airspace and that approval is needed to ...
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