The introduction of IMO, an integrated model for designing for open-­ended play

Designing for open-ended play poses specific new challenges to designers. Designing for closed games includes defining rules and goals to balanced the game properly. A design for open-ended play has no predefined rules and goals. The design needs to provide users with more freedom to continually change goals and rules of play, which distinguishes the field from designs of closed games. Gaining knowledge on the design process of creating this freedom is essential. For this purpose, an integrated model for open-ended play is proposed. This model is based on a combination of two existing models: Hunicke’s Mechanics Dynamics and Aesthetics (MDA) model and Grünvogel’s formal models for game design. Both of the above mentioned existing models are generalized to make them applicable for analyzing open-ended play. In the proposed combined model we distinguish between the perspectives of the design, and the perspective of play. It addresses how to handle changing rules and goals, instead of the assumptions that rules and goals do not change. Furthermore, the model was used to improve our understanding on progression and emergence, two key concepts that are commonly used in game design. The integrated model for open-ended play (IMO) was used in a preliminary case study with a digital play application, an interactive environment for open-ended play named the GlowSteps, to evaluate the model and to underline our insights on emergence and progression.Designing for open-ended play poses specific new challenges to designers. Designing for closed games includes defining rules and goals to balanced the game properly. A design for open-ended play has no predefined rules and goals. The design needs to provide users with more freedom to continually change goals and rules of play, which distinguishes the field from designs of closed games. Gaining knowledge on the design process of creating this freedom is essential. For this purpose, an integrated model for open-ended play is proposed. This model is based on a combination of two existing models: Hunicke’s Mechanics Dynamics and Aesthetics (MDA) model and Grünvogel’s formal models for game design. Both of the above mentioned existing models are generalized to make them applicable for analyzing open-ended play. In the proposed combined model we distinguish between the perspectives of the design, and the perspective of play. It addresses how to handle changing rules and goals, instead of the assumptions that rules and goals do not change. Furthermore, the model was used to improve our understanding on progression and emergence, two key concepts that are commonly used in game design. The integrated model for open-ended play (IMO) was used in a preliminary case study with a digital play application, an interactive environment for open-ended play named the GlowSteps, to evaluate the model and to underline our insights on emergence and progression

Nature and digitalisation challenging the traditional playground

Playing outdoors in nature with peers has been attributed most importance for children’s healthy development but is increasingly marginalized because of the attractiveness of screen-based play. Careful merging of digital technology into outdoor play environments rich on nature elements could potentially help bridge digital play with more traditional play activities outdoors. A systematic comparison was made of outdoor play in more or less green settings, with and without digital installations or traditional play equipment. The separate and combined role of digital artefacts, play equipment and natural elements, were investigated, with particular focus on the effects of merging digital materials into nature. A group of children aged 6–8 were involved in a field study in a three-week period playing in a traditional playground, a forest and in a forest with digitally enhanced play artefacts. Children´s play behavior was evaluated using a behavioral tracking method, a questionnaire and a contextual interview with the children, and a physical activity measure, in combination with inventories including maps to document the design, and the ecological and physical status of the settings. The study documents differences in children’s play behavior across the three settings. It differs most between the digital forest setting and the forest setting regarding the play categories imaginative play, physical play and rule play and the digital forest setting stands out when it comes to expressive play. It is discussed how particular attributes in the physical environment influence the overall play flow and the interactive effects of natural material and digital material. Ecologically, the forest and the forest with digitally enhanced artefacts were more diverse than the traditional playground, but the natural material present was important for play in all settings

Lanterns: Configuring a Digital Resource to Inspire Preschool Children's Free Play Outdoors

Previous HCI research has highlighted opportunities for digital technologies to support outdoor play amongst children. However, the tendency has been to focus on older children and forms of play that are structured and rule-based. We report on a Research-through-Design (RtD) inquiry, grounded in an Embodied Interactional approach, that investigated configurations of off-the-shelf Internet of Things (IoT) tool-kits to inspire new forms of free play outdoors for preschool children. We designed the Lanterns, a tangible interactive resource that is made using household materials and guided by a template, and which explores new possibilities to inspire social play and embodied interaction outdoors. Based on observations of the Lanterns being used by preschool children and Early Years Practitioners outdoors, we identify qualities of free play promoted by the Lanterns outdoors, such as enchantment, improvisation, anticipation and choice. We discuss our findings by defining three sensitising concepts to support future design research in this space: Choosing the Way; Improvising through Movement; Anticipating a Response

Co-located Augmented Play-spaces:Past, Present, and Perspectives

In recent years, many different studies regarding Co-located Augmented Play-spaces (CAPs) have been published in a wide variety of conferences and journals. We present an overview. The work presented in these papers includes end user's perspectives as well as researcher's perspective. We place these within four aspects in this review: 1) Argumentation, the underlying reasons or the higher end goals to investigate interactive play from a user's perspective, 2) Systems, the kind of systems that are created, this includes their intended use which fits the end user's perspective, 3) Evaluation, the way in which the researchers evaluate the system, 4) Contribution, the goal of the studies from the researcher's perspective; what does the study contribute to the research community. CAPs are often multimodal in nature; this survey pays attention to the multimodal characteristics in relation to all four aspects. This overview contributes a clearer view on the current literature, points out where new opportunities lie, and hands us the tools for what we think is important: bringing the end-user and research perspective together in intervention based evaluations. In short, this paper discusses CAPs: their past, the present, and the perspectives

GlowSteps–A Decentralized Interactive Play Environment for Open-Ended Play

In this paper we present the interactive play environment GlowSteps. GlowSteps consists of ten flexible tiles that respond with light feedback on player's actions. The play environment is developed to support both social and physical play and is designed with the intention to encourage children to create their own play and games. The tiles can be programmed with different interaction behaviors leading to a variety of play experiences. This showcase illustrates our design approach for such interactive play environments, combining the fields of decentralized systems and open-ended play

GlowSteps–A Decentralized Interactive Play Environment for Open-Ended Play

In this paper we present the interactive play environment GlowSteps. GlowSteps consists of ten flexible tiles that respond with light feedback on player's actions. The play environment is developed to support both social and physical play and is designed with the intention to encourage children to create their own play and games. The tiles can be programmed with different interaction behaviors leading to a variety of play experiences. This showcase illustrates our design approach for such interactive play environments, combining the fields of decentralized systems and open-ended play