The movement of designed objects is not just something purely functional but also triggers a wide range of sensations. A curtain swaying gently in the wind can cause the onlooker to feel easy and relaxed, as if it was he or she who is floating in the air. This imagined projection caused by the perception of moving objects is called "kinesthetic empathy". In this study, which followed on from a dissertation at the School of Design Research in London, the author investigates the esthetics of movement by documenting his own design-based learning and research process in terms of "research through design", using the experimental cooperation with puppet players as an example. He thereby creates a framework that allows designers to observe the esthetics of objects in motion as a trigger of feelings.

Plumb the depths of core motion design fundamentals and harness the essential techniques of this diverse and innovative medium. Combine basic art and design principles with creative storytelling to create compelling style frames, design boards, and motion design projects. Here, in one volume, Austin Shaw covers all the principles any serious motion designer needs to know in order to make their artistic visions a reality and confidently produce compositions for clients, including: Illustration techniques Typography Compositing Cinematography Incorporating 3D elements Matte painting Concept development, and much more Lessons are augmented by illustrious full color imagery and practical exercises, allowing you to put the techniques covered into immediate practical context. Industry leaders and pioneers, including Karin Fong, Bradley G Munkowitz (GMUNK), Will Hyde, Erin Sarofsky, Danny Yount, and many more, contribute their professional perspectives, share personal stories, and provide visual examples of their work. Additionally, a robust companion website (www.focalpress.com/cw/shaw) features project files, video tutorials, bonus PDFs, and rolling updates to keep you informed on the latest developments in the field.

The first comprehensive history in English of film at the Bauhaus, exploring practices that experimented with film as an adaptable, elastic “polymedium.” With Design in Motion, Laura Frahm proposes an alternate history of the Bauhaus—one in which visual media, and film in particular, are crucial to the Bauhaus’s visionary pursuit of integrating art and technology. In the first comprehensive examination in English of film at the Bauhaus, Frahm shows that experimentation with film spanned a range of Bauhaus practices, from textiles and typography to stage and exhibition design. Indeed, Bauhausler deployed film as an adaptable, elastic “polymedium,” malleable in shape and form, unfolding and refracting into multiple material, aesthetic, and philosophical directions. Frahm shows how the encounter with film imbued the Bauhaus of the 1920s and early 1930s with a flexible notion of design, infusing painting with temporal concepts, sculptures with moving forms, photographs with sequential aesthetics, architectural designs with a choreography of movement. Frahm considers, among other things, student works that explored light and the transparent features of celluloid and cellophane; weaving practices that incorporate cellophane; experimental films, social documentaries, and critical reportage by Bauhaus women; and the proliferation of film strips in posters, book covers, and other typographic work. Viewing the Bauhaus’s engagement with film through a media-theoretic lens, Frahm shows how film became a medium for “design in motion.” Movement and process, rather than stability and fixity, become the defining characteristics of Bauhaus educational, aesthetic, and philosophical ethos.

This collection offers an expansive, multiplatform exploration of the rapidly-expanding area of motion design and motion graphics, taking into account both theoretical questions and creative professional practice. Spanning interaction design, product interfaces, kinetic data visualizations, typography, TV and film title design, brand building, narrative storytelling, history, exhibits and environments, editors R. Brian Stone and Leah Wahlin offer an interdisciplinary range of academic essays and professional interviews that together form a dialogue between motion design theory and professional practice. Written for both those critically engaged with motion design as well as those working or aspiring to work professionally in the field, the book features a range of international contributors and interviews with some of the best-known designers in the field, including Kyle Cooper, Karin Fong, and Daniel Alenquer. The Theory and Practice of Motion Design seeks to illuminate the diverse, interdisciplinary field of motion design by offering a structured examination of how motion design has evolved, what forces define our current understanding and implementation of motion design, and how we can plan for and imagine the future of motion design as it unfolds. An accompanying online resource site, www.motionresource.com, contains visual representations of the examples described in the text.

With an abundance of information on how to create motion graphics already available, Design in Motion focuses on the why of moving image and less about the how. By unpacking the reasons behind screen designer's production choices, each chapter deconstructs examples of motion graphics by drawing on case studies of both familiar examples from contemporary cinema and unseen work from postgraduate motion graphic designers. It examines the value of image, text, motion, camera and transitions, explaining in detail why some methods work, while others fail. Whether you work in info-graphics, documentary or design, this book is structured to follow the production process and, together with its multimedia companion website, will be a by-your-side companion to guide you through your next project.

Learn how things get moving and what makes them stop.

Systems with mechanical degrees of freedom containing unstable objects are analysed in this monograph and algorithms for their control are developed, discussed, and numerically tested. This is achieved by identifying unstable modes of motion and using all available resources to suppress them. By using this approach the region of states from which a stable regime can be reached is maximised. The systems discussed in this book are models for pendula and vehicles and find applications in mechatronics, robotics as well as in mechanical and automotive engineering.