The present research introduces the Activity Counter Maps （ACM） as a methodology for visualizing people＇s social spaces, arguing that accurate representations of these spaces are crucial for understanding the role ...The present research introduces the Activity Counter Maps （ACM） as a methodology for visualizing people＇s social spaces, arguing that accurate representations of these spaces are crucial for understanding the role of human activity as a place-making coordinate. The ACM were tested in two case studies conducted in Ueno Park （Tokyo）. The first case study is focused on the visualization of the intensity of activity in the totality of the park. The second case study is focused in two sub-places of the park, generating representations of people＇s personal spaces combined into a three-dimensional ＂Common social space＂. The research concludes with the analysis of the generated visualizations and their potential for incorporating place-variables into the digital design process.展开更多
为了研究HL-2A等离子体偏滤器位形,研制了等离子体形状实时显示系统.采用固定位置电流丝和有限电流元的方法编写了CF编码.采用32道同时刻采集器UA301采集等离子体周围的磁场信息,使用P43GHz E CPU组装的兼容计算机处理数据.这个系统每4m...为了研究HL-2A等离子体偏滤器位形,研制了等离子体形状实时显示系统.采用固定位置电流丝和有限电流元的方法编写了CF编码.采用32道同时刻采集器UA301采集等离子体周围的磁场信息,使用P43GHz E CPU组装的兼容计算机处理数据.这个系统每4ms采集一次数据并存盘,每16ms重画一次等离子体边界.放电结束后可以详细地计算等离子体边界及其磁场以及由此导出的等离子体参数.展开更多
文摘The present research introduces the Activity Counter Maps （ACM） as a methodology for visualizing people＇s social spaces, arguing that accurate representations of these spaces are crucial for understanding the role of human activity as a place-making coordinate. The ACM were tested in two case studies conducted in Ueno Park （Tokyo）. The first case study is focused on the visualization of the intensity of activity in the totality of the park. The second case study is focused in two sub-places of the park, generating representations of people＇s personal spaces combined into a three-dimensional ＂Common social space＂. The research concludes with the analysis of the generated visualizations and their potential for incorporating place-variables into the digital design process.
文摘为了研究HL-2A等离子体偏滤器位形,研制了等离子体形状实时显示系统.采用固定位置电流丝和有限电流元的方法编写了CF编码.采用32道同时刻采集器UA301采集等离子体周围的磁场信息,使用P43GHz E CPU组装的兼容计算机处理数据.这个系统每4ms采集一次数据并存盘,每16ms重画一次等离子体边界.放电结束后可以详细地计算等离子体边界及其磁场以及由此导出的等离子体参数.
