- Plotter drawing 1965 programming how to#
- Plotter drawing 1965 programming code#
- Plotter drawing 1965 programming windows#
The by-product of this project was this post in which I will show you how to add to a C# application a plotting area that will allow you to plot and save the graphics as high quality images.
Plotter drawing 1965 programming windows#
My solution was to use the Chart control for plotting the data on a Windows Form. Last week I was in a similar situation when my internet connection was down for two days and I was pressed by a client to add some 2D graphical capability to a C# application, the deadline for this project was quickly arriving and no third party library was allowed, only what is included by default with VS 2010. For the sake of argument let's suppose you have a Windows based computer and, because Windows does not include any compiler by default, we'll also suppose you have Visual Studio 2010 installed. Imagine for a moment that you are stranded on a deserted island only with your laptop, your task is to write a compiled application that will let the user load a file with numbers and plot these on a graphic.
Plotter drawing 1965 programming code#
The code for this tutorial is on GitHub: Double-click the PC3 file icon for the plotter you want to configure to open the Plotter Configuration Editor.Solarian Programmer My programming ramblings Home Archives Contact Privacy Scientific graphics in C# Posted on Octoby Paul Plotter configuration settings are stored in PC3 files. Then double-click Printer Configuration Search Path to display the location.)
(To find the location of the Plotters folder, choose Tools Options and click the Files tab. To configure your plotter, choose File Plotter Manager to open a window for the \Plotters folder. The settings that configure how your plotter functions are in the Plotter Configuration Editor, shown here. You can also control how information about the drawing is sent to the printer or plotter. Most printers and plotters have many settings that you can control from within AutoCAD or AutoCAD LT. Your drawing should appear on the screen. The first step is to check the plotter or printer - it should be on, connected to your computer, and have the appropriate paper in it. Although you might go through several iterations of drawing and editing in electronic form, you eventually plot most drawings. Plotting outputs your drawing onto paper (or perhaps vellum or some other medium). The plot style you created, ab17-3.stb, is in the Results folder on the CD-ROM.Īfter you lay out your drawing, you’re ready to plot it. On the Plot and Publish tab, change the Default Plot Style Behavior for New Drawings setting to what it was at the beginning of this exercise. Press Esc so that the object is no longer highlighted.
From the drop-down list to the right, choose Black Color.ġ9. In the Properties palette, click Plot Style. Select the bottom horizontal line of the sink cabinet.ġ8. Click PAPER on the status bar to switch to model space.ġ7. Click Properties on the Standard toolbar to open the Properties palette.ġ6. The objects on A-DETL-PATT (the diagonal marks on the mirror) now show as black and will plot as black.ġ5. Click OK to close the Layer Properties Manager.ġ4. The Plot Style for the A-DETL-PATT layer now shows as Black Color. Click that layer’s Plot Styles column to open the Select Plot Style dialog box. In the Layer Properties Manager, choose A-DETL-PATT (the layer with the magenta color). Choose Layer Properties Manager from the Layers toolbar. This assigns the plot-style table to Layout1.ġ3. Check the Display Plot Styles check box and click OK. In the Page Setup dialog box, choose ab17-3.stb from the Plot Style Table drop-down list.
In the Page Setup Manager, choose Modify. Click the Color row under the Black Color column and choose Black from the drop-down list. In the description box of the General tab, type AutoCAD Bible Plot Style Table.ġ0. Working with Visual LISP ActiveX Functionsĩ.Understanding Local and Global Variables.Creating Keyboard Shortcuts for Commands.Pasting, Linking, and Embedding Objects.Importing and Exporting Other File Formats.Accessing Drawing Content with Tool Palettes.Accessing Drawing Components with the DesignCenter.Working with the User Coordinate System.Inserting Blocks and Files into Drawings.Preparing a Drawing for Plotting or Printing.Digitizing Drawings with the TABLET Command.Creating Baseline and Continued Dimensions.Importing Layers and Linetypes from Other Drawings.Changing Object Color, Linetype, and Lineweight.Using an Existing Drawing as a Prototype.Opening a Drawing with Default Settings.Using the AutoCAD and AutoCAD LT Interface.Getting Acquainted with AutoCAD and AutoCAD LT.
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