Autocad Bearing Distance Input
Just to clarify, AutoCAD accepts surveyor/bearing distance input regardless of the UNITS settings. Yep, it sure does, and you don't want to start off using the wrong one. If you happen to be in a part of the Solar System that doesn't use imperial measurements, then of course set the units to the apropriate metric one. I keep trying to draw a line by bearing and distance using the format @50.00'N80d04'30'E. Everything enters but when I enter the last command of the bearing and hit enter it stays in the red boxed outline and does nothing. Upgraded to 2014 and trying to get things set for drawing property boundaries. When creating an object, such as a line or an arc, you can specify a point by specifying a bearing and a distance from another point. Select a starting point (1) and a quadrant (2). Then specify the bearing angle (3) and the distance from the starting point (4). To specify a point using bearing and distance Click Home tabDraw panelCOGO drop-downCOGO Input.
Architects will often get electronic site plan drawing files from a civil engineer that already contain the property lines and site boundary information. However, that is not always the case and the Architect will need to create the site boundary themselves. When drafting site plan boundaries, it is usually necessary to enter the information in a format that includes bearing and distance.
This format is not utilized on architectural drawings, so some modification needs to be done to the drawing settings to enable this capability. Setup: Initiate the DDUNITS command to open the Drawing Units dialog box. In the Length Type list box, select Decimal. In the Length Precision list box, select the desired precision. In the Angle Type list box, select Surveyor’s Units. In the Angle Precision list box, select the desired precision level which is typically N 0d00’00” E. Make sure that there is NOT a checkmark next to the Clockwise option.
Autocad Bearing Distance Input
Select the Direction button. In the Direction Control dialog box, select the East option for Base Angle. Pick the OK button to exit the Direction Control dialog box.
Pick the OK button to exit the Drawing Units dialog box. Usage:. Use the LINE command or the PLINE command to start drafting the boundary, and utilizing relative polar coordinates to specify the points. The syntax for the relative polar coordinate and angle is as follows:.
Enter the @ sign first, which means that it is relative to the last point. Next comes the distance. The distance is entered in units with no feet or inch notations being entered. Boundaries are nearly always shown in decimal distances representing feet.
Civil engineering drawings generally utilize 1 unit = 1 foot, whereas architectural drawings generally utilize 1 unit = 1 inch. If the AutoCAD drawing being used is a typical architectural drawing where 1 unit = 1 foot, then the boundary is actually being entered in inches instead of feet. If this is the case, the boundary will need to be scaled up 12 times after it is drawn. Next comes the. Categories. Search the Blog Search Industry Blogs.
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From the start point (1), specify the quadrant (2). Then specify the bearing (3) and distance (4). Click Home tab Draw panel Line drop-down Create Line By Bearing Find.
Select a temporary start point for the angle measurement by clicking in the drawing or by using the.P,.N, or.G. Specify a quadrant number by either clicking in the drawing or entering a value between 1 and 4. Specify the bearing within the quadrant by clicking in the drawing or entering a bearing using the angular units for the drawing.
Specify the distance by either clicking in the drawing or entering a distance. Continue to specify bearings and distances to define line segments.
Or press Enter to return to the Line command prompt where you can use additional options to define the line.