Fr. 76.00

Storytelling for Spatial Computing and Mixed Reality - The Art of Augmenting Imagination

English · Paperback / Softback

Shipping usually within 1 to 3 weeks (not available at short notice)

Description

Read more

This is a clear, accessible manual of storytelling techniques and learning activities for spatial computing, augmented reality and mixed reality. It covers the key skills that the next generation of digital storytellers will need, providing readers with practical tools for creating digital stories and adventures out in the real world.
Drawing on more than a decade of experience, veteran immersive storyteller Rob Morgan provides strategies and techniques for augmenting players and places with digital narrative. Readers will try out key ideas through a range of practical exercises, building up their own portfolio of augmented/spatial narrative projects.
Storytelling for Spatial Computing and Mixed Reality provides insight on everything from narrative pacing to conditional and emergent storytelling for augmented/spatial technology. Each chapter addresses key questions about the affordances - and ethics - of augmenting players' realities, helping students and practitioners explore this new storytelling frontier.
This book will be invaluable to students of game design, experience design and interactive narrative. It provides theories, best practices and case studies also relevant to creative professionals in games, XR, immersive theatre, theme parks and brand experience.

List of contents

Preface. Chapter 0.1 - Who is this book for? Chapter 0.2 - WHAT is this book for? Chapter 0.3 - Structure of this book. Chapter0.4 - Technology. Chapter 0.5 - Other key terminology. Chapter 0.6 - Is this stuff really a big deal?. Chapter 0.7 - Three rules. Chapter 0.8 - Over to you: CHALLENGES. Chapter 1.0 - Getting Started. Chapter 1.1 - SEEING in VR. Chapter 1.2 - BEING in VR. Chapter 1.3 - BEING SEEN in VR. Chapter 1.4 - JUXTAPOSITIONS: Virtual Realities vs. Augmented/Spatial Realities. Chapter 2.0 - Getting Started. Chapter 2.1 - IMAGINING. Chapter 2.2 - IDENTITY. Chapter 3.0 - Getting Started. Chapter 3.1 - STAGING. Chapter 3.1.1 - General augmented STAGING. Chapter 3.1.2 - Location-specific STAGING. Chapter 3.2 - BEING THERE. Chapter 3.3 - OCCUPYING SPACE. Chapter 4 - DIVERGENT REALITIES

About the author










Rob Morgan is a writer, experience designer, digital dramaturg and founder and creative director of London-based AR design studio Playlines. Rob writes and narrative-designs award-winning VR, AR and spatial computing experiences, and has helped create story worlds and immersive experiences for some of the world's largest licences, attractions and cultural institutions. He is a Visiting Fellow at King's College London and lectures widely on immersive design, storytelling and AR ethics.


Summary

This is a clear, accessible manual of storytelling techniques and learning activities for spatial computing and mixed reality. It covers the key skills that the next generation of digital storytellers will need, providing readers with practical tools for creating digital stories and adventures out in the real world

Report

"A crucial exploration of how augmented reality can redefine storytelling through the blending the digital with the physical. The book is an essential guide for understanding AR and for navigating and shaping the future of immersive experiences."
Leighton Evans, Associate Professor in Media Theory, Swansea University.
"A vision for storytelling in the coming age of spatial computing. Offering a mix of practical guidance and speculative theory, Morgan equips readers for the narrative possibilities ahead. A primer and a gateway to next-gen storytelling in virtual worlds of all kinds."
Jay Springett, Researcher & Worldrunner.

Customer reviews

No reviews have been written for this item yet. Write the first review and be helpful to other users when they decide on a purchase.

Write a review

Thumbs up or thumbs down? Write your own review.

For messages to CeDe.ch please use the contact form.

The input fields marked * are obligatory

By submitting this form you agree to our data privacy statement.