Only by finding and focusing on a core mechanism can you further your pursuit of elegance in strategy game design. Clockwork Game Design is the most functional and directly applicable theory for game design. It details the clockwork game design pattern, which focuses on building around fundamental functionality. You can then use this understanding to prescribe a system for building and refining your rulesets. A game can achieve clarity of purpose by starting with a strong core, then removing elements that conflict with that core while adding elements that support it. Filled with examples and exercises detailing how to put the clockwork game design pattern into use, this book is a must-have manual for designing games. A hands-on, practical book that outlines a very specific approach to designing games Develop the mechanics that make your game great, and limit or remove factors that disrupt the core concept Practice designing games through the featured exercises and illustrations

By finding and building around a strong core mechanism, we can access new levels of elegance and discover fresh new ideas in our game designs. Clockwork Game Design is a functional and directly applicable theory for game design, particularly focusing on strategic and tactical games, but also more broadly applicable to many kinds of games. It details the Clockwork Game Design pattern, which focuses on building around a fundamental core functionality. You can then use this understanding to build a system of tools that helps a designer refine their rulesets. A game can achieve clarity of purpose by starting with a strong core, then removing elements that conflict with that core while also adding elements that support it. The Second Edition is filled with examples and exercises detailing how to put the clockwork game design pattern into use, this book is a helpful tool in the toolbox of game designers. Key Features: A hands-on, practical book that outlines a very specific approach to designing games Develop the mechanics that make your game great, and limit or remove factors that disrupt the core concept Practice designing games through the featured exercises and illustrations

In 1769, the court of Empress Maria Theresia witnessed one of that era's most amazing feats of engineering: a machine that could play chess. Artfully constructed by a Hungarian nobleman named Wolfgang von Kempelen, the chess-machine played a unique game against each opponent, far surpassing the abilities of all its fellow automata. Throughout its eighty-five year career, audiences across Europe and the Americas flocked to see the mechanical marvel seemingly capable of human intelligence; Napoleon, Charles Babbage, and Benjamin Franklin were among its challengers, and Edgar Allen Poe wrote an essay attempting to explain how it worked. Despite its demise over a hundred fifty years ago, its mystery continues to fascinate, and its audience's reaction to its Orientalist trappings casts fresh light on our present sense of the 'exotic'. Written and Illustrated by Jane Irwin, author of the Vögelein graphic novels, Clockwork Game retells the true story of the world's first chess-playing automaton, blending reality and fiction into a singular graphic novel.

Despite the proliferation of video games in the twenty-first century, the theory of game design is largely underdeveloped, leaving designers on their own to understand what games really are. Helping you produce better games, Game Design Theory: A New Philosophy for Understanding Games presents a bold new path for analyzing and designing games.

This book constitutes the refereed post-conference proceedings of the 9th International Conference on Interactivity and Game Creation, ArtsIT 2020, held in Aalborg, Denmark, in December 2020. Due to COVID-19 pandemic the conference was held virtually. The 28 revised full papers presented were carefully selected from 60 submissions. The papers represent a forum for the dissemination of cutting-edge research results in the area of arts, design and technology, including open related topics like interactivity and game creation. They are grouped in terms of content on art, installation and performance; games; design; intelligence and creativity in healthcare; wellbeing and aging.

Simulation and game-based learning are essential applications in a learning environment as they provide learners an opportunity to apply the course material in real-life scenarios. Introducing real-life learning allows the learner to make critical decisions at different points within the simulation providing constructive education that leads to a cognitive understanding of the material. The use of simulations provides the learner with the ability to cognitively store and recall learning in real-life experiences. Therefore, it is crucial to not only provide course material but to have students apply what they have learned in simulations that replicate real-life scenarios. These learned skills are essential for students to be marketable and thrive in a career field where decision making, problem solving, and critical thinking are job requirements. Simulation and Game-Based Learning in Emergency and Disaster Management is a cutting-edge research book that examines the best practices and holistic development when it comes to simulation learning within emergency and disaster management as well as global security. Drawing upon the neuroscience of learning, classroom instruction can be enhanced to incorporate active-experiential learning activities that positively impact a learner with long-term information retention. Each simulation project is carried out in different environments, with different goals in mind, and developed under various constraints. For these reasons, this book will provide insight into the simulation planning and development process, provide examples of online simulations and game-based learning activities, and provide insight on simulation development and implementation that can be used across disciplines in educational and training settings. As such, it is ideal for academicians, instructional designers, curriculum designers, education professionals, researchers, and students.