For example, if you had a map of the United States that contained many layers, you could set the ClipGeometry property on the focus Map's ScreenDisplay object equal to the geometry of a particular state thereby telling the map to only draw the data falling within the particular state's area. Use the ClipGeometry property to shape the area data is drawn in. This shape is merged with the invalid region to arrive at the actual clip region. GetClipGeometry IGeometry getClipGeometry()ĪutomationException User-specified clip shape. Returns: A reference to a .ISet Throws: IOException - If there are interop problems. Use ISet::Reset and ISet::Next methods to iterate through the returned set of objects. Use after StartDrawing and before FinishDrawing. GetClipEnvelope IEnvelope getClipEnvelope()ĪutomationException The bounds of the invalid region. Throws: IOException - If there are interop problems. Parameters: displayTransformation - A reference to a .IDisplayTransformation (in) Void setDisplayTransformation( IDisplayTransformation displayTransformation) Returns: A reference to a .IDisplayTransformation Throws: IOException - If there are interop problems.ĪutomationException - If the ArcObject component throws an exception. Use this property to get a reference to the DisplayTransformation object associated with this display. GetDisplayTransformation IDisplayTransformation getDisplayTransformation()ĪutomationException The transformation used by the display.Įach display object, like ScreenDisplay for example, manages (CoCreates) a DisplayTransformation object to convert coordinates between map units and device units. SetSuppressEvents(boolean suppressEvents) SetIlluminationProps( IIlluminationProps illuminationProps) SetDisplayTransformation( IDisplayTransformation displayTransformation) Indicates if display object suppresses events. Illumination properties used by the display. The device context that the display is currently drawing to. The invalid region as a set of envelopes. Product AvailabilityĪvailable with ArcGIS Engine, ArcGIS Desktop, and ArcGIS Server.ĭraws specified multipoint on the display.ĭraws specified rectangle on the display. Use the IDisplay interface to draw points, lines, polygons, rectangles, and text on a device. The SimpleDisplay abstracts all other devices that can be rendered to using a Windows Device Context such as printers and metafiles. The ScreenDisplay object abstracts a normal application window and implements scrolling and backing store. There are currently two Display objects: ScreenDisplay and SimpleDisplay. Each display manages its own DisplayTransformation object which handles the conversion of coordinates from real-world space to device space and back. A drawing surface is simply any hardware device, export file, or memory bitmap that can be represented by a Windows Device Context. The IDisplay interface abstracts a drawing surface. These objects allow you to render shapes stored in real-world coordinates to a screen, printer, or export file. The Display objects, those that implement IDisplay, are a set of objects which allow application developers to easily draw graphics on a variety of output devices. Provides access to members that control the Display. Public interface IDisplay extends Serializable Interface IDisplay All Superinterfaces: Serializable All Known Subinterfaces: IAppDisplay, IScreenDisplay, IScreenDisplay2, IScreenDispla圓 All Known Implementing Classes: AppDisplay, GlobeDisplay, IAppDisplayProxy, IDisplayProxy, IScreenDisplayProxy, SceneGraph, ScreenDisplay, SimpleDisplay 3D visualization (I don't know what for, it's dull and useless.SUMMARY: NESTED | FIELD | CONSTR | METHOD.Multiplatform, available online (but works offline too), works locally (doesn't upload you g-code anywhere or download anything but application itself).select a certain part of 2d visualization, switch to GCode view - it will highlight list of lines responsible for visualized piece) Reference visualized part to GCode file (i.e.Print time, amount of plastic used, layer height, etc.In that case you will need to set it manually in 'Printer Info' tab Gcode viewer will try to parse nozzle and filament diameters from gcode, but it may fail to do so.Adjust line width to simulate print more closely.Show two layers simultaneously so you can check overhangs.Display only part of layer, animate sequence of layer printing.All you need to do - is drag your *.gcode file to the designated zone. GCodeViewer gCodeViewer is a visual GCode visualizer, viewer and analyzer in your own browser! It works on any OS in almost any modern browser (chrome, ff, safari 6, opera, ie10 should work too).
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