Computer Graphics Programming in C++/Qt6: Second Edition

This book demonstrates the implementation of crucial graphic algorithms using the C++ programming language and the Qt framework. It aims to show readers how to create programs that are dependable, easily comprehensible, rapid, and user-friendly, while also providing a deep understanding of mathematical concepts behind graphical output. The book includes numerous non-trivial programs that are ready to be compiled and executed on both Windows and Linux platforms.

The second edition of this book has been thoroughly tested with Qt6, as opposed to the first edition which was based on Qt5. Despite the general misconception, programming work can be highly engaging, especially when it leads to the creation of graphic output rooted in a comprehensive knowledge of mathematical principles. By utilizing the C++ programming language and the Qt framework, this book provides insights into the implementation of key graphic algorithms and guides readers in writing high-quality, efficient, and user-friendly programs. The book is inclusive of a variety of non-trivial programs that can be readily compiled and executed on both Windows and Linux platforms.

With the second edition having undergone testing with Qt6, which differs from the Qt5 basis of the first edition, readers can expect to encounter an enhanced array of programming tools and techniques. Despite the common belief, programming work can prove to be an incredibly engaging endeavor, especially when it leads to the generation of graphic output rooted in a comprehensive understanding of mathematical principles. This book, leveraging the C++ programming language and the Qt framework, aims to demonstrate the implementation of pivotal graphic algorithms and instruct readers in the creation of programs that are not only reliable, but also easily comprehensible, swift, and user-friendly. Additionally, the book provides a multitude of non-trivial programs that can be readily compiled and executed on both Windows and Linux platforms.

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