Quilted Symphony - A Fusion of Fabric, Texture & Design [Paperback]

Those who have seen one of Gloria Loughman's award-winning masterpiece quilts and wondered how she did it should buy a copy of this book. It's a fabulously generous resource of guidance on an array of techniques that Gloria uses in her work to such great effect - a veritable workshop in print if you will. Lots of close-up photographs and line drawings illustrate the detailed explanations of her methods. A gallery of student work proves that anyone can make a Gloria Loughman-like quilt, and step-by-step instructions and full-size patterns are included for four small wallhangings so you can too. This book is a very generous gift of knowledge and skills from someone who is a genuine master quiltmaker: simply sensational.Australian artist Gloria Loughman has created a comprehensive and thorough guide for quilters just entering the arena of abstract art and design. Both theory and hands-on technique are discussed, and the opening chapters guide the reader thought the basic considerations of design, composition, and color schemes, as well as how to find inspiration in your everyday surroundings. Loughman also leads readers through the construction process step by step; however the author's technical advice goes beyond basic construction to include unusual applique shapes, mosaics, beading, fabric painting, and decorative stitching. A variety of binding and finishing techniques are presented at the end. Also included are four specific projects that enable readers to put their new skills to use (a pull-out pattern section includes the full-size patterns for the four projects). Beginning art quilters will no doubt be inspired by Loughman's simple but thorough instructions - as well as the impressive photo gallery of her students' work - while more advanced practitioners may find a new technique to incorporate into their own work.Gloria's introduction to the principles and elements of design and her demonstrations of ways in which representational pictures can be abstractedlcÀ