"Computer Engineering and Its Applications" . Patterns on the Screen (Machine Graphics and Geometry)" is a fascinating and deep dive into the world of modern technology, where art meets with accuracy, and creativity meets with mathematics. The author, whose name remains unknown, has created a unique work that will be a real discovery for those interested in computer graphics, visual effects and geometric models. This book is not just a textbook or a reference book, it is a real journey into the world of digital art, where each page reveals the secrets of creating complex patterns and visual compositions on the screen. The main idea of the book is to show how modern computational methods and algorithms allow you to create amazing patterns, geometric shapes and complex visual compositions. The author masterfully explains the principles of machine graphics, starting with basic concepts and ending with modern technologies used in design, animation and visual effects. The focus is on creating patterns on the screen that look like works of art, but are based on strict mathematical laws. The reader will learn how algorithms and programming help to implement the most daring ideas, turning them into real visual images. This book is especially suitable for students, engineers, designers and digital art lovers who want to understand how modern graphic systems work and how computing can be used to create unique patterns and geometric shapes. It will be of interest to both beginners and professionals looking for new ideas and approaches in the field of computer graphics. The age range of readers - from teenagers who are passionate about programming and design, to adult professionals seeking to expand their knowledge and skills Topics raised in the book include the basics of machine graphics, pattern generation algorithms, how graphic editors work, and visualization software. Special attention is paid to geometry and mathematical models underlying visual effects. The author shows how code can create complex patterns, symmetries, fractals and other visual elements that look like works of art, but require accurate calculations and mathematical accuracy. The book also discusses practical examples demonstrating how to implement ideas in popular software environments and programming languages. The author's style is distinguished by clarity, logic and vivid presentation. It not only explains complex concepts, but also inspires the reader to his own experiments and creative searches. There are many illustrations, diagrams and examples in the book, which makes the material accessible and understandable even for those who are just beginning to get acquainted with machine graphics. The author uses an approach that combines theory and practice, which allows the reader not only to understand the principles, but also to apply them in practice. If you are looking for a book that will open up new horizons for you in the field of computer graphics and help you understand how fascinating patterns and geometric shapes are created on the screen, "Computer technology and its application. Patterns on the screen (Machine graphics and geometry)" will be an excellent choice. This book is not just a tutorial, but a source of inspiration for those who want to learn how to turn mathematical ideas into visual masterpieces using modern technology and programming. Her reading will open up new opportunities for creativity and professional growth, as well as give you a sense of magic hidden behind digital patterns and geometric shapes.