| Summary: | 碩士 === 國立臺北科技大學 === 互動設計系 === 106 === The purpose of this study is to establish a three-dimensional information visualization interface for urban light pollution information by constructing a four-axis UAV urban physical environment probe module to collect light pollution information.
Light pollution, has become an emerging public hazard in recent years, affecting peoples lives and work. On June 7, 2017, the Taipei Municipalitys Light Pollution Control Autonomous Bill was passed by the City Council for preliminary examination. Since then, the Environmental Protection Agency and the counties and cities government have also rushed to propose relevant light pollution control measures. The visible light pollution has gradually become the focus of the government and the public. However, in the past, due to the technical relationship, the measurement data was mostly obtained by indirect or alternative methods, and the images showing light pollution were all presented in a flat and professional manner, so it was difficult to read. The light pollution data is a kind of spatial data. The data itself has the coordinate point and height information of the geographic information system (GIS) in addition to the illuminance (Lux). Therefore, we plan to construct a four-axis UAV urban physical environment probe module and a three-dimensional information map and a variety of information charts for the city three-dimensional light pollution information visualization map interface, in addition to solving the previous direct measurement technology can not do Measuring data problems, in the information visualization interface, from the perspective of the development interface, explore the visual designer and programmers cognitive differences in the three-dimensional information interface, seek to meet the interface design factors that both can agree, and consider the data The presentation is linked to the users life experience, which in turn develops an easy-to-cognize, easy-to-use interface.
This study uses semi-structured interviews with experts in light pollution, literature research and discussion to clarify the relationship between light pollution survey factors and required factors and analysis methods, and discuss the impact on people, the need to predict the degree of light pollution, and between map data and time axis. The meaning and presentation. In response to the characteristics of digital research tools and the use of research data visualization tools, we develop information visualization interface tools suitable for users. In the interface, Space Syntax is used to analyze the relationship between light pollution sources and urban space, and to explore the extent and impact of various light pollution sources on the urban environment.
After the development of the interface is completed, 25 questions will be raised through the literature review, and the test subject will be asked to answer the questions after the actual operation interface. The test results are based on the factor analysis method, based on the relationship between the post-development information visualization interface analysis indicators and its influencing factors, and quantitatively determine the direction and impact degree of each factor on the analysis indicators, as a reference and improvement suggestions for subsequent research.
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