Study on the Interactive Packaging Design Based on Emotional Experience

With the continuous progress and development of technology people's demand for interactive experience is increasing, the interactive concept has become an important trend in today's design field. It refers to an approach to designing and developing products, services or systems that emphasises the interaction between the user and the product, system or environment. It considers the user not only as a user of the product, but also as an active participant in the design process. It mainly includes interaction methods, feedback mechanisms, personalisation and other aspects to reflect the interactive concept. Emotional design is a design concept belonging to a deeper level of interaction design, which is the integration of design concepts with emotional aspects with interaction design to meet the emotional needs of users. Storylines, symbols and metaphors are used to trigger an emotional response from the user. Interaction design aims to improve user satisfaction and experience by designing interfaces that are easy to use, intuitive and enjoyable. It is not just about meeting the functional needs of the user, but also about its impact on human emotion and pleasure. And interaction design is the practice of defining and constructing interactive experiences is a new design approach based on the development of new media technology and user experience derived from the aspects of design, psychology, computer science and other disciplines, in order to create an experience that meets the needs of the user, the pursuit of fun and novelty.The aim of this paper is whether the specific application and methods of interaction design on human emotion and pleasure under the interactive concept enhances and improves the user's emotional experience. It is hoped that through this study, the use of interaction design on human emotion and pleasure under the concept of interaction can be enriched to enhance the value of user experience and product value. Moreover, on the basis of the interactive concept, the close integration of interactive design and human emotion will make the public more aware of the importance and necessity of interactive design for human emotion and pleasure.This paper explores the cases of human-computer interaction, interactive games, interactive advertisements, and interactive videos through specific case studies, functional analysis, and case studies, which can be combined with cases in different fields to analyse the importance of interactive design on human emotions. The purpose of this study is to investigate the impact of interactive design on human emotion and pleasure based on the concept of interactivity. Better interaction design can enhance users' emotional experience and pleasure, help users deal with negative emotions, increase users' satisfaction with products, enhance users' engagement and the value of products or services, and promote innovation of products or services. An in-depth study of the use of interactive design on human emotion and pleasure, and maintaining products through interactive concepts and emotional design is important for improving product functionality and enhancing user experience.

This paper aims to analyze the human-computer interaction design and transformation mode from the instinct, action and reflection of cultural creative product design through the integration and application of interactive design in cultural creative design, and establish product modeling image model and cultural creative design.

The opening of the museum enriched the people's daily cultural life,and the way of exhibition also experienced the process of static,dynamic and interactive experience.In the Internet+, high-tech electronic information age,museum interactive design is an inevitable trend.From the perspective of the audience,interactive design combined with the psychological and physiological characteristics of the audience.Interactive design not only can let visitors enjoy the sense of visual, auditory,tactile and other multi-sensory experience, but also let the audience interact with the exhibits experience through body movements.Those aroused the audience's active participation, inspire the audience to observe and think, spread knowledge and information easily,to make the audience obtain new knowledge in the interaction.

Economic development and technological upgrading have given birth to a revolution in the production industry and affected consumer behaviour and habits. This article focuses on how to find a new direction for the old brands that are fading in the competition. Interaction design technology is gradually prevailing in all walks of life along with changes in network methods and consumer needs. It has unique advantages in improving user experience and optimizing product display. Market survey data shows that 83% of consumers are willing to accept interactive product experiences and think that this form of experience is better; the intelligent electronic equipment industry has already implemented 100% of the industry's interactive experience, and the application rate of tourism industry intensive design Up to 70%. Therefore, this article takes the old brand as the main research object, uses SWOT analysis to analyse the situation of the old brand enterprises, explores the important role of interaction design in the road of the revival of the old brand, further puts forward application suggestions, and promotes the new vitality of the old brand.

This paper provides an overview of visual interaction design. It explores the theoretical foundations, key tools, practical applications, current limitations, and prospects. It explores the theoretical foundations, key tools, practical applications, current limitations, and prospects. First, the paper introduces visual interaction design's core concepts and principles. It explains how to use visual elements combined with user behavior to improve user experience. Then, it analyzes popular design tools like Figma, Photoshop, and p5.js, showing their roles in different design stages. Then, it analyzes popular design tools like Figma, Photoshop, and p5.js, showing their roles in different design stages. Next, the paper discusses successful applications of visual interaction design, such as augmented reality, adaptive interfaces, and personalized design, highlighting their impact on enhancing user experience. The paper also addresses limitations, including technical reliance, emotional interaction issues, accessibility challenges, and data privacy concerns. The paper also addresses limitations, including technical reliance, emotional interaction issues, accessibility challenges, and data privacy concerns. It aims to provide theoretical and practical guidance for designers and researchers, helping them understand and apply visual interaction design to enhance user experience.

The traditional way of communication through the media is gradually disappearing in our life, while new media appear more and more. This shows that the way of visual communication in the advertising industry is changing. This paper mainly studies how to use interaction design in the new media environment and the changes that need to be made about the integration of interaction design into new media. Based on the new forms of interactive expression in the new media environment, this paper mainly discusses the historical origin, current development status and future development trend of interactive design, based on the multi sensory impact of this expression on the communication of new media advertising. The second is about the impact of interaction design and the change of audience thinking on visual communication performance.

Technological progress exerts a decisive influence on corporate strategic decision-making, particularly within the rapidly evolving domain of science and technology. Early identification and adoption of emerging technological trends are pivotal for enterprises to sustain competitive advantage and market position. However, many innovative companies fail to fully leverage the potential of their products and technologies due to the absence of a systematic approach. To counter this challenge, large corporations have established forward-looking departments dedicated to forecasting future trends and innovation. Despite this, the current predictive process integrates human intelligence with machine learning methods, and the visual analysis that combines these two forms of intelligence holds immense potential. This paper introduces an integrated method that combines information visualization, trend mining, and interactive design, aimed at supporting users in exploring, detecting, and identifying emerging technological trends within complex datasets. The method facilitates in-depth trend analysis and extraction of meaningful insights from data through an interactive visual representation system. Moreover, the integration of interactive design throughout the analytical process is crucial for supporting the analytical process in technology and innovation management [8]. A literature review, trend visualization, interactive visualization, and interactive design methods are essential for understanding the context of technology management and visualization analysis systems. The interactive design approach places special emphasis on the central role of users in the design process, ensuring that the system meets user needs and supports effective identification and utilization of emerging technological trends.The research findings indicate that the integration of human intelligence and machine learning methods can enhance the accuracy and efficiency of predicting future technological trends. The interactive design-based method proposed in this paper not only augments and expands previous methods of technology and design management trend analysis but also introduces novel interactive designs, providing more suitable interactive methods for technology foresight and innovation detection. These methods and tools enable enterprises to more effectively respond to market changes, grasp technological trends, and make informed strategic decisions.

Although the innovative designs deliver, superior customer value has long been noted. However, the emotional experience of innovative products brings remains mostly unknown. This work focuses on two kinds of innovative products: function innovation (FI) and design innovation (DI), to uncover the mystery of the emotional experience, these two types of innovative designs bring. Participants in Study 1 were required to subjectively report their practical, emotional experience of the two kinds of innovative designs. The result showed that the emotional experience of innovation products might be a mixture of emotionality. Also, FI and DI products may cause different emotional experiences performance. Multidimensional scaling was employed in Study 2 to simplify the dimensions of these reported emotions to investigate the difference of emotion dimensions distribution that FI and DI brings. The results showed that DI products mainly reflected strong arouse than FI in positive emotions. However, DI product brings more negative emotions than positive emotions. Whereas, FI product did not show the quantitative differences between positive and negative emotions. In Study 3, the difference between FI and DI in emotion intensity was investigated, and the result indicates that both FI and DI products can bring high-intensity positive emotion. However, the DI brings higher intensity negative emotion and lower intensity positive emotion than FI. These studies demonstrate the first direct evidence of the essence of the difference between FI and DI emotion experience and suggest possible guidance for consumers to avoid the effect of the emotions when choosing innovative products.

This study aims to explore the application of embodied cognition theory in the interactive design of music healing space, and how to improve the healing effect through the interaction between users and space. This paper proposes a method for interactive design of healing space based on embodied cognition. This study takes the public with healing needs as the research object, aiming to reshape the method of contemporary music healing. First, the embodiment of music healing space interaction design and embodied cognition theory were deeply explored. The core of embodied cognition theory is extracted, that is, the core role of the body in the cognitive process. This theory clearly reveals the close connection between physical experience and cognitive activities, and provides a new theoretical basis and perspective for music healing interactive space design. By analyzing the close connection between music and body perception, further discover the opportunities and significance of introducing embodied cognition into the interactive design of music healing space. By analyzing the embodied characteristics of the healing population and combining previous related research, a method for interactive design of music healing space based on embodied cognition theory is constructed. This methodology centers on the interplay between body and space, adopting perceptual and action design principles to cultivate an environment conducive to sensory awakening, emotional shaping, and healing effects. It emphasizes the integration of body and music, bringing profound and effective healing experience to individuals. Embodied cognition is shaped by the “sensory-motor” interaction between the subject’s body and the environment. The interactive design of music healing space needs to take into account the embodied cognitive characteristics of users and complex interactive systems that integrate spatial entities and affective computing. Through practical verification, we found that the interactive design optimization can significantly improve the healing effect. This study provides a new perspective and methodology for the future development of healing interaction design.

The concept of cyborg first originated from the innovation of aerospace technology. With the development of the digital economy, the cyborg is increasingly used in many interaction design projects, which include ideological metaphors such as "cybernetics" and "feminism", drawing people's attention and reflection on the current social environment and social phenomena. Based on the cyborg perspective, this study explores its conceptual metaphors and expressions, as well as its application to interaction design. In addition to analyzing real-world instances from the three perspectives of "perception," "remodeling," and "rebirth," this study outlines their application value. Cyborg theory and metaphor may be implemented through the cross-utilization of numerous media and the interactive design of sensory experiences. This study concludes by proposing the future trend of cyborg interaction design based on the concept of post-humanism, which will garner widespread interest as the global culture and technology industry focuses on the cyborg.

This paper argues that, from the perspective of interactive prototyping and experience, the hardware technology based on open source and thinking, can promote further development of interaction design research. The purpose of this paper is to explore the design methodology considering interactive prototype design process and experiencing process, and provide theoretical and technical support for the design of interactive products, with open source resources as the platform and task method. The results show that the open source code can be obtained in a variety of formats, and can be freely and easily modified to solve the design problems encountered by individuals or teams, to support the design goals. Through open source resources everyone can get electronic components and a variety of materials, as well as infrastructure and standardization of the production process. So that a number of design elements and open source code can be iterated quickly, having everyone maximize using open source resources efficiency. The design of interactive prototype is based on Arduino/Max6/MSP experiment method and emotional experience method. After the initial design and prototyping, the design concept can be realized. A design route combining usability and ease of use could be established which can be used in the field of industrial design engineering.

Human experience in an architectural space is defined as the state of mind that is reflected on their physiological, emotional, and cognitive statuses. Ergonomic data, as an objective manifestation of quantifiable signals generated by the human body during specific spatial perception processes, serves as a vital foundation for spatial evaluation and guidance for optimization. Electroencephalogram (EEG) signals, as quantifiable sensory indicators directly arising from the interaction between individuals and external stimuli, hold substantial potential as a data-driven force and as a means of optimization assessment in the study of generative design. Although existing research has effectively established a unidirectional relationship between EEG and spatial-environment assessment, there is still a notable deficiency in addressing the creation of a two-way, mutually informative feedback mechanism. This study investigates the applicability of EEG signals as a data-driven basis for generative design across universal methods. It delves into various scales and scenarios of digital design, from the microscopic to the macroscopic, encompassing planar and volumetric visual elements, the design of architectural spatial environmental characteristics, and urban space design grounded in human perceptual sightlines. The research examines the viability and appropriateness of an interactive generative design method based on form generation, predicated on human-factor physiological data exemplified by EEG signals. This paper initially conducts a methodological and tool-based examination of current research in ergonomics-driven design and the use of EEG for design assessment, thereby discussing the objective feasibility of employing EEG in interactive generative design. Subsequently, the study establishes an integrated data flow system encompassing multiple hardware and software components to form a comprehensive workflow. Following this setup, empirical studies based on this method are conducted at different scales of application, yielding corresponding form-generative outcomes. Finally, this paper substantiates the rationality and feasibility of this framework in multi environment design domains.

Aiming at assisting the color design of cultural creative product and outputting color schemes that correspond to multi-user image preference effectively, an interactive color design method driven by group consensus was proposed in this paper. Firstly, the triangular fuzzy number was used to quantitatively descript users' image preference and a consensus degree model of group users' image preference was constructed. By studying the process and basic principles of interactive genetic algorithms, the interactive evolution operation for cultural creative product color design was then implemented based on the group consistency of decision-making combined with the triangular fuzzy number, which can help generate cultural creative product color schemes that satisfy group consensus and satisfaction. Next, the color aesthetic measure model was used to rank and select the final product color design schemes. Finally, taking the color design of terracotta warriors' statue as an example, it is verified that the proposed method can effectively integrate the image preference of group users, and assist designers to better conduct cultural creative product color design with the consistent results of multi-user decisions.

The purpose of this study is to explore the correlation between eye movement metrics and user emotional experience metrics during the user's process of using the interface in a task-oriented manner through an eye-tracking study. Fifty-four participants were recruited, who were divided into two groups and asked to complete the same task using two different sets of interfaces. The two sets of interfaces were proved to have differences in the emotional experience of users before the experiment. The participants' eye movement data were recorded as they operated, and correlation analyzes were performed using biserial correlation tests. The results show that different interface designs affect the three dimensions of user emotional experience (PAD) and also lead to changes in eye movement patterns as the users complete tasks. Interface designs that elicit higher pleasure will lead to longer duration of fixations. Interface designs that elicit higher arousal will lead to more fixations and higher peak velocity of saccades. Interface designs that elicit higher dominance will lead to longer duration of fixations, fewer fixations and fewer saccades. This study identifies eye movement metrics related to the user emotional experience in interface design that are different from those in other fields, providing a new perspective for the scientific validation of the emotional experience in interface design. The designers can apply the findings to optimize the specific interface design to improve the user's emotional experience.

Research on the application of food exchange serving based on the concept of glycemic load (GL) in the treatment of diabetes diet, the use of computer technology to compile a set of software for diabetic diet catering, and the use of interaction design thinking and methods to establish an interaction design for diabetic diet health. On the basis of literature research, through the user journey map, interaction flowchart and relevant stakeholder analysis methods, a logical table of the food exchange portion method of the concept of glycemic load (GL) is proposed. Using interaction design strategies, the GL concept of food exchange method is realized. Based on the concept of GL, the food exchange method is proposed, taking diet therapy as interaction scenario, integrating the visualization of diet medical information, eliminating information asymmetry, and improving the awareness of diabetic diet therapy so as to form a healthy diet.