Using createGraphics() to Create a PDF File For instance, beginRaw() with the PDF library will write the geometry as flattened triangles and lines. When using beginRaw() and endRaw(), it's possible to write to either a 2D or 3D renderer. This means that a shape created with sphere() method will be made up of hundreds of triangles, rather than a single object. At this stage, your entire scene is nothing but a long list of lines and triangles. These commands will grab the shape data just before it is rendered to the screen. To create vectors from 3D data, use the beginRaw() and endRaw() commands. PDF Files from 3D Geometry (With Screen Display) Pdf = (PGraphicsPDF) createGraphics(width, height, PDF, "pause-resume.pdf") Pressing the 'q' key will quit the sketch. The following example toggles recording on/off each time you hit the 'r' key. It's also possible to pause/resume recording along the way. Pausing While Recording (With Screen Display) will just accumulate lots of mess, only to become invisible Be sure not to call background, otherwise your file The sketch calls exit(), which is necessary to make sure that the file is properly written when complete. Hitting the 'q' key will quit the sketch. The following example records absolutely everything that happens while a sketch is running. Many Frames Into One File (With Screen Display) Use a keypress so thousands of files aren't created Note that # will be replaced with the frame number. Create a boolean variable to turn the PDF recording process on and off import processing.pdf.* It's also possible to save one frame from a program with moving elements. Single Frame from an Animation (With Screen Display) This is slower, but is useful when you need to see what you're working on as it saves. To draw to the screen while also saving a PDF, use the beginRecord() and endRecord() functions. Pdf.nextPage() // Tell it to go to the next page When finished drawing, quit and save the file PGraphicsPDF pdf = (PGraphicsPDF) g // Get the renderer This example creates a 100 page document: import processing.pdf.* It's possible to write every frame as a new page in the PDF document. (Note that no display window will open this helps when you're trying to create massive PDF images that are far larger than the screen size.) import processing.pdf.* This example draws a single frame to a PDF file and quits. See the examples below for different techniques. The createGraphics() function can also be useful. This library is frequently used with the core Processing function size(), with a combination of beginRecord() and endRecord(), or with beginRaw() and endRaw(). The source code is available on the Processing GitHub repository. The PDF library can flatten 3D data into a 2D vector file, but to export 3D data, use the DXF library. These vector graphics files can be scaled to any size and output at very high resolutions. Use the export settings to control how Figma exports your designs.The PDF library makes it possible to write PDF files directly from Processing. Once the slice is positioned where you want it, you can apply export settings to it like any other object. The latter adjusts when the shape changes size, whereas the slice is absolute. Otherwise the padding is computed from the overall shape bounds. This is useful for creating an image from a portion of your design. Keep in mind that only content that is visually within the slice boundaries will be exported. You can move and resize the slice if needed. To create a slice, drag the Slice tool around the region you want to export. The Slice tool is located under the Region t ools dropdown in the toolbar. If you have edit access to a file, the Slice tool is another way to select content for export. Learn more about saving a local copy of a file → Use the Slice tool Note: You can also export your entire file as a.
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