![]() ![]() ![]() The default is 1.0.ĭisplay Resolution: This option sets the display resolution of imported smooth objects. Scale Factor: This group of items determines the X and Y scale that is applied to the vector image data when it is imported. Import As Modeling: This group of items controls how vector based images are imported. The common image file format import options. When an option does not apply to a format, it is dimmed. These common options are in the upper section of the dialog, while the lower section contains options specific to that format. Z have been structured consistently, as they share many common options.The dialogs invoked when opening or importing image files into form Like the object formats, the image file formats also share a number of identical import and export options and therefore their dialogs share a common format. The dialogs invoked when image files are imported or exported have been structured as uniformly as possible so that switching from one format to another should not require extensive adjustments. Additional image formats may be available through QuickTime. Z includes the ability to import and export several image formats, namely, BMP, EPS, Illustrator, JPEG, PNG, QuickTime Image, Targa, and TIFF.Z.Importing and Exporting Image File Formats.Image loaded image as an underlay in form Note that the two can be locked to be the same if a square shape is desired. By Dimensions allows you to set the size of the underlay image be explicitly entering its X and Y dimensions. These are correlated and changing one automatically updates the other two. Then the exact size of the image may be set by one of two methods: By Scale allows you to define a scale for the image using one of three formats: inches, ratio, or scale percentage. The X and Y values of Origin position the origin of the underlay image and the angle value in the Rotation field orients it. Custom Placement allows you to enter specific placement and orientation parameters. There are two methods for placing an underlay image: Fit To Plane Extents sizes the image to exactly fit the reference plane. Between the two ends different degrees of transparency can be set. At the far left, the image is completely opaque. The Transparency sliding bar controls how transparent the underlay image may be. In general, there can be as many underlays as reference planes, but only one is displayed (that of the active plane) at any given time.Īt the lower portion of the Reference Plane Parameters palette, there are more options: If you make another plane active, the image will disappear, but you can assign an underlay image to that plane as well. The underlay image remains visible as long as the reference plane remains active. As soon as you close this dialog (by clicking on its OK button) the image appears in the Reference Plane Parameters palette and on your active reference plane. As soon as you click OK, the image appears in the Underlay dialog. This invokes the standard Open File dialog from where you can choose an image file. To place a different underlay, in the Reference Plane Parameters palette, click on the Open icon ( ), found next to the Underlay box, to invoke the Underlay dialog. By default, this is an image with the AutoDesSys logo. The image shown in the Underlay box of the dialog appears mapped on the active reference plane immediately. To place an underlay on the active reference plane, from the Palettes menu, invoke the Reference Plane Parameters palette. Z or by an external source such as another application or an image scanner.An underlay can be any of the available image formats (except Illustrator). This is an image that can be imported and displayed on any active reference plane, useful for referencing or tracing. ![]()
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