Angular units are determined by the angular or direction units setting on the Units tab of the Editing Options dialog box. A positive number rotates the feature to the right a negative number rotates it to the left. The angle is applied relative to the current orientation. To specify the exact degree of rotation, press the A key, and type the number of degrees. Click anywhere on the map and drag the pointer to rotate the feature to the desired orientation.Click the Rotate tool on the Editor toolbar.Hold down the SHIFT key while clicking features to select additional features. Click the feature or features that you want to rotate.Click the Edit tool on the Editor toolbar.

Tool have special handles that allow you to rotate them by clicking InДЄddition, annotation features selected with the Edit Annotation Rotating annotation: You can rotate annotation features using the Rotate tool. The auxiliary anchor snaps to features while you are rotating. The selection anchor and auxiliary anchor both use the current snapping environment when you are dragging them. Move the pointer over it, then drag the auxiliary anchor to the desired location. Press the S key to turn on/off the auxiliary anchor. While rotating features you can use the auxiliary anchor to snap the features. different wrapping style under Wrapping on the Formatting Palette. Select the picture you want to rotate, and then select a. picture in Word, you must change the text wrapping options for the. inserted inline with the text in the document. You can use snapping to accurately place it. When you insert a picture in Microsoft Word, by default the picture is. You can drag the selection anchor to a new location to change the center of rotation. The Rotate tool uses the selection anchor (the small x located in the center of the selected features) as a pivot point for the rotation. You can use the Rotate tool and rotate the features either interactively or at a specific angle so they fit properly into your parcel data.

However, the buildings are oriented vertically when they need to be horizontal. Another case could be that you have received some data that just needs to be rotated to fit in with the rest of your data.ДЇor example, you have imported some CAD building footprint data into your geodatabase. One might be that you need to duplicate some features and position them at an angle different from the original features. There are many cases where your data is not oriented properly and needs to be rotated. You can also specify an exact rotation angle by pressing the A key while rotating. With this tool active, drag the pointer to rotate the selected features to the desired orientation. The experimental results show that the profile accuracy of the machined polygonal Fresnel lens satisfies the requirements in industrial applications.You can rotate features using the Rotate tool. Finally, an experiment of cutting the hexagonal Fresnel lens is performed on a three-axis ultra-precision lathe, and the machined workpiece is inspected with a white light interferometer. Then the tool trajectory is generated and the influence of the tool nose radius is compensated. In this paper, a high-precision rotating platform is integrated into the three-axis ultra-precision machine tool to make the cutting tool track the rotation of the spindle and keep the tool rake face perpendicular to the direction of the relative motion at all times. Although the synchronized servo motions of the linear axis and the spindle can be utilized to fit the relative motion trajectory of the tool to a straight line, the cutting tool rotates relative to the workpiece and thus the tool rake face is not always perpendicular to the direction of the relative motion during machining. However, for the three-axis machine tool equipped with the X-, Z-, and C-axes, it is difficult to machine the straight edges of the polygonal Fresnel lens due to the lack of a Y-axis. To increase the fill factor when combining multiple Fresnel lenses to form an array, polygonal Fresnel lenses have been designed and machined with the ultra-precision machine tools in industry. Fresnel lenses are gaining wider applications due to their advantages of being lighter, thinner and suitable for increasingly complex and miniaturized optical systems.

Rotating shape table tool