| The user interface plays an important role in the application software systems, and it has beena hot research subject focus in the field of human-computer interaction. As people’s live in a three-dimensional space, and human actives are depicted from the three-dimensional perspective,therefore, three-dimensional man-machine interface is demanded, which puts a research focus onmobile intelligent terminal, as well as the interface of the future direction of development. To meetthe UI effects technology of mobile terminal and they have developed the UI effects with suchcharacteristics as simplified model, the low share of memory, low computational complexity andportability and so on.In this paper, we have exerted some efforts on exploring the effects of personal computer andthe architecture of platform, as well as the system’s graphic image library in the Android platform.We have designed two simplified models, and portability of the UI effects. Finally, effects of UItesting and evaluation of user experience are implemented, and presents a user experience testingand evaluation program are presented.Firstly, we have investigated the environment of mobile intelligent terminal, and uses theAndroid platform as the UI effects operating environment, studied and learnt the Android platformarchitecture, application architecture and graphic library. Based on endeavors, the three-dimensional UI effects are achieved.Secondly, we have established a three-dimensional effects model and achieved the effectsresults. We have applied it to establish the physical modes for3D effect of turning page and flipinterface, and applied the model to implement their own effects algorithms. For the developedalgorithms, we optimized it by using the Android platform JNI mode.Finally, the paper proposed a model to quantify the user experience elements of theinformation by analyzing the UI effects testing, and evaluation evaluating the user experience andthe proposed model. |
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