题目

The technology is designed with an important mission in mind: to help visually impaired visitors navigate public spaces like museums and college campuses.It's really about giving this audience, this population, a way to understand their environment. We're providing a level of information that allows them to navigate their environment easily, without help, which gives them a sense of independence.As guests explore the model with their hands, the map announces building names and directions for getting to destinations. A menu controlled by just three buttons lets users browse a verbal index of all points of interest.Sound effects embedded in the landscape serve as auditory landmarks for people who are visually impaired: a fountain gurgles when tapped, and a bell tower chimes.The touch-responsive models solve the "last mile problem" for blind pedestrians, who can often navigate to a building or campus address using GPS, but then need help to get to the classroom building or doctor's office where they need to be.Though the technology has been designed for people with visual impairments, the multisensory models make way for a better experience for everyone.综合题(20分)(1) 3D maps can vocalize building information and directions when touched.判断题(4分)A.TB.F

The technology is designed with an important mission in mind: to help visually impaired visitors navigate public spaces like museums and college campuses. It's really about giving this audience, this population, a way to understand their environment. We're providing a level of information that allows them to navigate their environment easily, without help, which gives them a sense of independence. As guests explore the model with their hands, the map announces building names and directions for getting to destinations. A menu controlled by just three buttons lets users browse a verbal index of all points of interest. Sound effects embedded in the landscape serve as auditory landmarks for people who are visually impaired: a fountain gurgles when tapped, and a bell tower chimes. The touch-responsive models solve the "last mile problem" for blind pedestrians, who can often navigate to a building or campus address using GPS, but then need help to get to the classroom building or doctor's office where they need to be. Though the technology has been designed for people with visual impairments, the multisensory models make way for a better experience for everyone. 综合题(20分) (1) 3D maps can vocalize building information and directions when touched. 判断题(4分) A.T B.F

题目解答

答案

根据第一段，“As guests explore the model with their hands, the map announces building names and directions for getting to destinations.” 可知，3D地图在被触摸时会语音播报建筑物名称及方向。此外，第二段提到的“verbal index”也表明其具备语音功能。尽管第三段提到触控后有环境音效（如喷泉声、钟声），但这些并非核心功能。综上，题目陈述正确。 答案：A. T

解析

本题考查对文章细节信息的理解。解题思路是在文章中找到与题目描述相关的内容，通过对比来判断题目陈述是否正确。

  1. 首先明确题目描述为“3D maps can vocalize building information and directions when touched”，即3D地图在被触摸时能语音播报建筑物信息和方向。
  2. 接着在文章中寻找相关信息，在第一段中找到“As guests explore the model with their hands, the map announces building names and directions for getting to destinations.”，这里的“announces”意思是“宣布、播报”，表明当游客用手探索模型（也就是触摸3D地图）时，地图会播报建筑物名称和到达目的地的方向，这与题目描述相符。
  3. 第二段提到“A menu controlled by just three buttons lets users browse a verbal index of all points of interest.”，“verbal index”即“语音索引”，进一步说明该地图具备语音功能。
  4. 虽然第三段提到“Sound effects embedded in the landscape serve as auditory landmarks for people who are visually impaired: a fountain gurgles when tapped, and a bell tower chimes.”，说明触摸地图会有环境音效，但这并非题目所关注的核心功能，不影响对题目陈述正确性的判断。