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Hi All! I don't know if you're going to be more surprised than I am, but I've actually finished another box file! I know, I know! (Cat in the Hat for those with kids who watch PBS :) This little guy is a nice one to put together because you only need to tacky tape two very small spots.
I originally made this to be all one piece, but found that the dimensions made this box extraordinarily small. Sooooo, I revamped and put it into two pieces so that we could all fit something inside that was bigger than a couple of tootsie rolls. Say what? You wanted to put a couple of your Halloween tootsie rolls into a box to share with your friends? Don't be a cheapskate! And please don't ever tell me I put more work into something than I should have! I'd prefer to find out that my extra work was worth it. ;) Especially since it is so hard to come by these days!

Happy Thanksgiving and enjoy another box cut file!
Free svg
Handled Box - .svg

The SVG Generator example shows how to add SVG file export to applications.

Scalable Vector Graphics (SVG) is an XML-based language for describing two-dimensional vector graphics. Qt provides classes for rendering and generating SVG drawings. This example allows the user to create a simple picture and save it to an SVG file.

The example consists of two classes: Window and DisplayWidget.

The Window class contains the application logic and constructs the user interface from a Qt Designer UI file as described in the Qt Designer manual. It also contains the code to write an SVG file.

The DisplayWidget class performs all the work of painting a picture on screen. Since we want the SVG to resemble this picture as closely as possible, we make this code available to the Window class so that it can be used to generate SVG files.

The DisplayWidget Class

The DisplayWidget class displays a drawing consisting of a selection of elements chosen by the user. These are defined using Shape and Background enums that are included within the class definition:

Much of this class is used to configure the appearance of the drawing. The paintEvent() and paint() functions are most relevant to the purpose of this example, so we will describe these here and leave the reader to look at the source code for the example to see how shapes and colors are handled.

We reimplement the QWidget::paintEvent() function to display the drawing on screen:

Here, we only construct a QPainter object, begin painting on the device and set a render hint for improved output quality before calling the paint() function to perform the painting itself. When this returns, we close the painter and return.

The paint() function is designed to be used for different painting tasks. In this example, we use it to draw on a DisplayWidget instance and on a QSvgGenerator object. We show how the painting is performed to demonstrate that there is nothing device-specific about the process:

The Window Class

The Window class represents the example's window, containing the user interface, which has been created using Qt Designer:

As with the DisplayWidget class, we concentrate on the parts of the code which are concerned with painting and SVG generation. In the Window class, the saveSvg() function is called whenever the Save As... button is clicked; this connection was defined in the window.ui file using Qt Designer.

The start of the saveSvg() function performs the task of showing a file dialog so that the user can specify a SVG file to save the drawing to.

In the rest of the function, we set up the generator and configure it to generate output with the appropriate dimensions and write to the user-specified file. We paint on the QSvgGenerator object in the same way that we paint on a widget, calling the DisplayWidget::paint() function so that we use exactly the same code that we used to display the drawing.

The generation process itself begins with the call to the painter's begin() function and ends with call to its end() function. The QSvgGenerator paint device relies on the explicit use of these functions to ensure that output is written to the file.

Further Reading

Free Casino Svg

The SVG Viewer Example shows how to display SVG drawings in an application, and can be used to show the contents of SVG files created by this example.

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See the Qt SVG module documentation for more information about SVG and Qt's SVG classes.

© 2020 The Qt Company Ltd. Documentation contributions included herein are the copyrights of their respective owners. The documentation provided herein is licensed under the terms of the GNU Free Documentation License version 1.3 as published by the Free Software Foundation. Qt and respective logos are trademarks of The Qt Company Ltd. in Finland and/or other countries worldwide. All other trademarks are property of their respective owners.