12/17/2023 0 Comments Point to point measure![]() Point-to-edge (polygon ): The Distance tool calculates the distance between a set of point type spatial objects and the closest edge of a set of polygon type spatial objects.An example is calculating the distance from the records in a customer file (point type) to the nearest interstate highway (edge of line spatial type). Point-to-edge (line): The Distance tool calculates the distance between a set of point type spatial objects and the closest edge of a set of line type spatial objects.An example is calculating the distance from records in a customer file (point type) to records in a store file (point type). Point-to-point: The Distance tool calculates the distance between two sets of point type spatial objects.There are three types of distance calculation relationships available. Use Distance to calculate the ellipsoidal direct point-to-point, point-to-edge, or the drive distance between two sets of spatial objects. Visit Sample Workflows to learn how to access this and many other examples directly in Alteryx Designer. Create a point that is visible from all directions (see related solutions).Distance has a One Tool Example.Change the view point so the edge of the plane is not being shown that the object being divided/measured was drawn in.If PDSIZE is set to 0.001, nodes will always appear as a dot, because this setting creates nodes at 1/1000th of a percent of the screen size. For example, if PDSIZE is set to 3, nodes are created 3 units across, which may not be easily visible at large zoom sizes. Setting a positive value for PDSIZE create nodes of an absolute size. Setting PDSIZE to 0 causes nodes to display at 5% of the screen size. ![]() The PDSIZE system variable is set to a value that makes the nodes appear very small and they are then obscured by other objects. In this situation, the horizontal line can still be seen, but if the DIVIDE or MEASURE commands are used, the points are drawn edge on and the line hides them. The points can be made visible using any of the following methods: This means the XZ plane of the WCS is being viewed that is, the previous drawing plane edge is being looked at. Changing to a front view using the toolbars, the new UCS is the same as the WCS but is rotated 90 degrees about the X axis. If, while in a normal plan view relative to the world coordinate system (WCS), a line is drawn horizontally across the screen, the direction of the Z axis of the object would be in the direction of the WCS Z axis (that is, coming up out of the screen towards you). When using the DIVIDE or MEASURE command, the X, Y, and Z planes for the points are not set by the current user coordinate system (UCS), but are set by the UCS that was in use when the object being divided or measured was drawn. If the display of the points is acceptable, then the problem is probably caused by the angle of view relative to the points created by the DIVIDE and MEASURE commands. If PDMODE is set to a visible point style and PDSIZE is set to 0 (both of these settings are available in the Point Style dialog box, which is accessed at the command line with DDPTYPE, or by selecting Point Style from the Format Menu), try using the Point command on the screen. To resolve this, select another value (for example, 35) or use the DDPTYPE command to select the point style. The PDMODE system variable is set to 0 or 1 and draws a point using the dot style (which is obscured by another object) or a blank node. AutoCAD 2015, AutoCAD 2016, AutoCAD 2017, AutoCAD 2018, AutoCAD 2019, AutoCAD Architecture 2015, AutoCAD Architecture 2016, AutoCAD Architecture 2017, AutoCAD Architecture 2018, AutoCAD Architecture 2019, AutoCAD Electrical 2015, AutoCAD Electrical 2016, AutoCAD Electrical 2017, AutoCAD Electrical 2018, AutoCAD Electrical 2019, AutoCAD LT 2015, AutoCAD LT 2016, AutoCAD LT 2017, AutoCAD LT 2018, AutoCAD LT 2019, AutoCAD MEP 2015, AutoCAD MEP 2016, AutoCAD MEP 2017, AutoCAD MEP 2018, AutoCAD MEP 2019, AutoCAD Map 3D 2015, AutoCAD Map 3D 2016, AutoCAD Map 3D 2017, AutoCAD Map 3D 2018, AutoCAD Map 3D 2019, AutoCAD Mechanical 2015, AutoCAD Mechanical 2016, AutoCAD Mechanical 2017, AutoCAD Mechanical 2018, AutoCAD Mechanical 2019, AutoCAD Plant 3D 2015, AutoCAD Plant 3D 2016, AutoCAD Plant 3D 2017, AutoCAD Plant 3D 2018, AutoCAD Plant 3D 2019, AutoCAD Raster Design 2015, AutoCAD Raster Design 2016, AutoCAD Raster Design 2017, AutoCAD Raster Design 2018, AutoCAD Raster Design 2019, & Civil 3D 2019
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