Blendable Curves

Stack, Slice & Sew Unique Quilts in a Weekend. Big, easy blocks + free-form curves = gorgeous, low-stress quilts. 10 quilt projects with complete instructions. No seams or points to match, no pinning needed! Chapters on quilting tips and mitered binding. Quilts you can piece without worrying about matching seams or corners...Curves you can sew without pinning or hash marks...A quilt that looks good enough to hang in a gallery, but you put it together in a single weekend. You can do it all with Peggy's new Blendable Curves technique. Just stack, slice, and sew! 10 complete projects start simple and build to more complex techniques. Perfect for anyone with basic quilting skills.

Reacquaint yourself with a spectacular variety of pieced patterns from your favorite C&T authors, including Alex Anderson, Piece O' Cake Designs, Jean Wells, and Carol Doak. Whether you like One-Block Quilts, Mariner's Compass Stars, or New York Beauties, this book is sure to peak your curiosity!

Love making quilts, hate matching seams and corners, hate pinning, hate hash marks?Blendable Curvesis the book for anyone with basic quilting skills and the desire to make a stunning quilt in a single weekend. Just stack, cut, and sew! Ten complete projects start simple and build to more complex techniques, and chapters on basic assembly and quilting techniques make everything oh sew easy. And the quilts? Curvaceous, one-of-a-kind artworks from easy favorites such as log cabin and nine-patch blocks. They’re pretty enough to hang in a gallery--or to cover the bed of someone special. * Ten complete projects * Includes templates for cutting curves * No seams or points to match, no pinning needed!

You're sure to find projects you'll love making in this collection that combines clever takes on favorite blocks and applique motifs with fresh, contemporary fabrics.

Contains more than fifty carefully refereed and edited full-length papers on the theory and applications of mathematical methods arising out of the Fourth International Conference on Mathematical Methods in Computer Aided Geometric Design, held in Lillehammer, Norway, in July 1997.

The superb organization of The Electronics Handbook means that it is not only a comprehensive and fascinating reference, but also a pleasure to use. Some of these organizational features include: