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In this essay I focus on a subject that has not been treated at any great length in the past, that is, the relationship between magical realism and the videogame. This is surprising because even a cursory glance at the types of videogames that are currently available on the market shows that they are full of techniques and surprises and wonders that are characteristic of the genre of magical realism. This essay focuses on the overlap between the videogame genre and other related genres such as literature and film, particularly in terms of its use of the technique of magic. [ABSTRACT FROM AUTHOR]

Through a study of the walking simulator genre, this paper focuses on game sound writing. First, Dear Esther: Landmark Edition (DE:LE) is presented as a well-documented example of the walking simulator genre. Then, a sound and semiopragmatic analysis of the first chapter of DE:LE explains how discursive strategies, aimed at subverting the first person shooter genre, are enacted by this game to signify its ludic proposition. Finally, this paper demonstrates how the experiences of DE:LE are framed by the creation of tensions within the acoustic ecology by an acousmatic narrator, which is identified as a genre-defining figure in the sound writing of the walking simulator.

This article has a dual purpose. The first is to establish the relationship between videogames and utopia in the neoliberal era and clarify the origins of this compromise in the theoretical dimension of game studies. The second is to examine the ways in which there has been an application of the utopian genre throughout videogame history (the style of procedural rhetoric and the subgenre of walking simulator) and the way in which the material dimension of the medium ideologically updates the classical forms of that genre, be it through activation or deactivation. The article concludes with an evaluation of the degree in which the neoliberal discourse interferes with the understanding of utopia on behalf of the medium and with its imaginary capabilities to allow for an effective change in social reality.

This article examines walking simulators through the lens of video game genre study. Following Arsenault’s (2011) thesis which theorized genre as the “temporary crystallization of a common cultural consensus” (pp. 333–334), it maps the shared horizon of expectations of the walking simulator. The first section presents an overview of genre theory in the field of game studies. The second part assembles a corpus of five iconic walking simulators based on a discourse analysis conducted in four gaming communities: scholars, journalists, designers, and Steam users. The third portion builds on this discourse analysis to conceptualize five clusters of “generic resources” (Gregersen, 2014) that synthesize the collective understanding of the walking simulator’s generic experiences, which are then analyzed in the final segment with reference to one exemplar game of the corpus. Each analysis introduces a specific “generic effect” (Arsenault, 2011)—peacefulness, secretiveness, fatalism, everydayness, and self-reflexive distanciation—that contributes to ongoing efforts to outline the experiences of this genre. The conclusion ends witha brief discussion about the importance of transgeneric studies.

When Dear Esther (The Chinese Room, 2012) was released in 2012 as a standalone game, the new “walking simulator” genre name came into popular use. The term implies a banalization of game design while also missing the core characteristics of the games subsumed under it and, therefore, lacks epistemological value. Following this notion, we offer “ambience action game” as an alternative to provide an epistemological tool which enables researchers to appreciate the genre’s cultural significance as a continuation of practices of atmospheric experience. The proposed term offers myriad starting points for analysis and future research by unifying well-received game studies theories with the barely recognized—at least in game studies discourse—philosophical theory of atmospheres. Consequently, this article is a contribution to an affective turn in game studies, which takes player experience beyond the act of play seriously

The purpose of this article is twofold: first, to cast a critical eye on an arguably conservative aspect of so-called 'walking simulators' – their walking simulation and second, to position viral browser game QWOP (2008) as an intervention into dominant paradigms of video game walking control. The first half discusses how walking simulators inherit and share a 'grammar of action' for simulating walking with a number of other games (Galloway). I argue this grammar of action constitutes the reification of a particular subject position – one associated with a normative bodymind – in video gameplay via a combination of representations, control procedures and player 'embodied literacy' (Keogh). The second half considers QWOP's alternate grammar of walking simulation and how this precipitates a different relationship between player and video game, prompting questions about distributed cognition, intentionality, failure and what it means for a game to be critical. [ABSTRACT FROM AUTHOR]

This article pursues a deep dive into various enigmas presented by Davey Wreden's second effort, The Beginner's Guide (2015), moving beyond the vexed question of whether the work can count as a game to the perhaps more interesting subject of how the work intervenes in game culture and what it says about the nature of game poetics. The ultimate focus is on the structure of the game, especially in its adoption of a logic of coda, to which the article relates the Derridean notion of supplement. [ABSTRACT FROM AUTHOR]

The aim of this paper is to contribute both theoretically and methodologically to discussions on walking simulator video games. We base our reflection on results grounded in a video game design project conducted as part of our master's thesis. Our research perspective is rooted in pragmatist and constructivist theories of design, such as the epistemology of practice (Schön, 1983; 1992) and project-grounded research (Findeli, 2005). To define the player's experience, we relied on John Dewey's (1934) concept of aesthetic experience. In this context, an individual's experience is characterised as reflective, i.e., meaningful, introspective, creative, and situated. Our project consisted in designing a tailored reflective experience for a unique player--the designer's younger sister. This involved creating a playable prototype featuring gameplay characteristics that game theorists and critics might consider elements of a walking simulator. We describe how the player had a reflective experience both during her interaction with the game and thereafter. Adopting a reflective approach allowed us to better describe and appreciate the life-changing potential of simulators and to ultimately shed light on their capabilities, rather than concentrate on their limitations (Clarke, 2017). We therefore propose a new label, namely, "reflective simulator," as a way to contribute to theoretical discussions about walking simulators. This case study provides a methodological contribution to the field of game studies by describing and reflecting upon the theoretical anchors underpinning game design. [ABSTRACT FROM AUTHOR]

When Dear Esther (The Chinese Room, 2012) was released in 2012 as a standalone game, the new "walking simulator" genre name came into popular use. The term implies a banalization of game design while also missing the core characteristics of the games subsumed under it and, therefore, lacks epistemological value. Following this notion, we offer "ambience action game" as an alternative to provide an epistemological tool which enables researchers to appreciate the genre's cultural significance as a continuation of practices of atmospheric experience. The proposed term offers myriad starting points for analysis and future research by unifying well-received game studies theories with the barely recognized--at least in game studies discourse--philosophical theory of atmospheres. Consequently, this article is a contribution to an affective turn in game studies, which takes player experience beyond the act of play seriously. [ABSTRACT FROM AUTHOR]

This article examines walking simulators through the lens of video game genre study. Following Arsenault's (2011) thesis which theorized genre as the "temporary crystallization of a common cultural consensus" (pp. 333-334), it maps the shared horizon of expectations of the walking simulator. The first section presents an overview of genre theory in the field of game studies. The second part assembles a corpus of five iconic walking simulators based on a discourse analysis conducted in four gaming communities: scholars, journalists, designers, and Steam users. The third portion builds on this discourse analysis to conceptualize five clusters of "generic resources" (Gregersen, 2014) that synthesize the collective understanding of the walking simulator's generic experiences, which are then analyzed in the final segment with reference to one exemplar game of the corpus. Each analysis introduces a specific "generic effect" (Arsenault, 2011)--peacefulness, secretiveness, fatalism, everydayness, and self-reflexive distanciation--that contributes to ongoing efforts to outline the experiences of this genre. The conclusion ends with a brief discussion about the importance of transgeneric studies. [ABSTRACT FROM AUTHOR]

We propose a low-asymmetry interface to improve the presence of non-head-mounted-display (non-HMD) users in shared virtual reality (VR) experiences with HMD users. The low-asymmetry interface ensures that the HMD and non-HMD users’ perception of the VR environment is almost similar. That is, the point-of-view asymmetry and behavior asymmetry between HMD and non-HMD users are reduced. Our system comprises a portable mobile device as a visual display to provide a changing PoV for the non-HMD user and a walking simulator as an in-place walking detection sensor to enable the same level of realistic and unrestricted physical-walking-based locomotion for all users. Because this allows non-HMD users to experience the same level of visualization and free movement as HMD users, both of them can engage as the main actors in movement scenarios. Our user study revealed that the low-asymmetry interface enables non-HMD users to feel a presence similar to that of the HMD users when performing equivalent locomotion tasks in a virtual environment. Furthermore, our system can enable one HMD user and multiple non-HMD users to participate together in a virtual world; moreover, our experiments show that the non-HMD user satisfaction increases with the number of non-HMD participants owing to increased presence and enjoyment.

This study analyzes walking interaction to enhance the immersion and minimize virtual reality (VR) sickness of users by conducting experiments. In this study, the walking interaction is composed of three steps using input devices with a simple structure that can be easily used by anyone. The first step consists of a gamepad control method, which is the most popular but has low presence. The second step consists of a hand-based walking control interface, which is mainly used for interaction in VR applications. The last step consists of a march-in-place detection simulator that interacts with the legs-the key body parts for walking. Four experiments were conducted to determine the degree of direct expression of intention by users in the course of walking interactions that can improve immersion, presence, and prevent VR sickness in VR applications. With regard to the experiments in this study, survey experiments were conducted for general users using the Wilcoxon test, a presence questionnaire, and simulator sickness questionnaire (SSQ). In addition, the technical performance of the VR scenes used in the experiment was analyzed. The experimental results showed that higher immersion was achieved when interactions that felt closer to real walking were provided in VR. Furthermore, it was found that even control methods with a simple structure could be used for walking interactions with minimal VR sickness. Finally, a satisfactory presence was found in VR if the user was able interact using his or her own legs. [ABSTRACT FROM AUTHOR]

Layers of Fear, a 2016 psychological horror game by Bloober Team, is a story-oriented walking simulator. While many walking simulators focus on uncovering the past, Layers of Fear centres on the experience of being haunted by the past. The gameplay narrates a tragic story and the complex relation of the protagonist with his past from which he cannot escape: his fear, his obsession and the endless cycle of his madness. Most importantly, this experience is not constructed in the game by providing the players with journal entries or letters to read, but by allowing them to literally walk through the past, among material representations of memories and emotions, as the house itself shifts through various layers and moments of time both before and after the tragic events that haunt the protagonist. This paper focuses on the unique delivery of experiencing past events used in Layers of Fear, as well as the concept of haunting, trauma and obsession central to both the game and gameplay. [ABSTRACT FROM AUTHOR]

Detecting and avoiding collisions during walking is critical for safe mobility. To determine the effectiveness of clinical interventions, a realistic objective outcome measure is needed. A real-world obstacle course with moving hazards has numerous limitations (e.g., safety concerns of physical collision, inability to control events, maintaining event consistency, and event randomization). Virtual reality (VR) platforms may overcome such limitations. We developed a VR walking collision detection test using a standalone head-mounted display (HMD, Meta Quest 2) with the Unity 3D engine to enable subjects' physical walking within a VR environment (i.e., a busy shopping mall). The performance measures focus on the detection and avoidance of potential collisions, where a pedestrian may (or may not) walks toward a collision with the subject, while various non-colliding pedestrians are presented simultaneously. The physical space required for the system was minimized. During the development, we addressed expected and unexpected hurdles, such as mismatch of visual perception of VR space, limited field of view (FOV) afforded by the HMD, design of pedestrian paths, design of the subject task, handling of subject's response (detection or avoidance behavior), use of mixed reality (MR) for walking path calibration. We report the initial implementation of the HMD VR walking collision detection and avoidance scenarios that showed promising potential as clinical outcome measures.

Abstract: There is a dearth of information on navicular, cuboid, cuneiform and metatarsal kinematics during walking and our objective was to study the kinematic contributions these bones might make to foot function. A dynamic cadaver model of walking was used to apply forces to cadaver feet and mobilise them in a manner similar to in vivo. Kinematic data were recorded from 13 cadaver feet. Given limitations to the simulation, the data describe what the cadaver feet were capable of in response to the forces applied, rather than exactly how they performed in vivo. The talonavicular joint was more mobile than the calcaneocuboid joint. The range of motion between cuneiforms and navicular was similar to that between talus and navicular. Metatarsals four and five were more mobile relative to the cuboid than metatarsals one, two and three relative to the cuneiforms. This work has confirmed the complexity of rear, mid and forefoot kinematics. The data demonstrate the potential for often-ignored foot joints to contribute significantly to the overall kinematic function of the foot. Previous emphasis on the ankle and sub talar joints as the principal articulating components of the foot has neglected more distal articulations. The results also demonstrate the extent to which the rigid segment assumptions of previous foot kinematics research have over simplified the foot. [Copyright &y& Elsevier]

We propose a low-asymmetry interface to improve the presence of non-head-mounted-display (non-HMD) users in shared virtual reality (VR) experiences with HMD users. The low-asymmetry interface ensures that the HMD and non-HMD users' perception of the VR environment is almost similar. That is, the point-of-view asymmetry and behavior asymmetry between HMD and non-HMD users are reduced. Our system comprises a portable mobile device as a visual display to provide a changing PoV for the non-HMD user and a walking simulator as an in-place walking detection sensor to enable the same level of realistic and unrestricted physical-walking-based locomotion for all users. Because this allows non-HMD users to experience the same level of visualization and free movement as HMD users, both of them can engage as the main actors in movement scenarios. Our user study revealed that the low-asymmetry interface enables non-HMD users to feel a presence similar to that of the HMD users when performing equivalent locomotion tasks in a virtual environment. Furthermore, our system can enable one HMD user and multiple non-HMD users to participate together in a virtual world; moreover, our experiments show that the non-HMD user satisfaction increases with the number of non-HMD participants owing to increased presence and enjoyment. [ABSTRACT FROM AUTHOR]

Purpose: Peripheral field loss (PFL) due to retinitis pigmentosa, choroideremia, or glaucoma often results in a highly constricted residual central field, which makes it difficult for patients to avoid collision with approaching pedestrians. We developed a virtual environment to evaluate the ability of patients to detect pedestrians and judge potential collisions. We validated the system with both PFL patients and normally sighted subjects with simulated PFL. We also tested whether properly placed high-power prisms may improve pedestrian detection., Methods: A virtual park-like open space was rendered using a driving simulator (configured for walking speeds), and pedestrians in testing scenarios appeared within and outside the residual central field. Nine normally sighted subjects and eight PFL patients performed the pedestrian detection and collision judgment tasks. The performance of the subjects with simulated PFL was further evaluated with field of view expanding prisms., Results: The virtual system for testing pedestrian detection and collision judgment was validated. The performance of PFL patients and normally sighted subjects with simulated PFL were similar. The prisms for simulated PFL improved detection rates, reduced detection response times, and supported reasonable collision judgments in the prism-expanded field; detections and collision judgments in the residual central field were not influenced negatively by the prisms., Conclusions: The scenarios in a virtual environment are suitable for evaluating PFL and the impact of field of view expanding devices., Translational Relevance: This study validated an objective means to evaluate field expansion devices in reproducible near-real-life settings.