The Design And Implementation Of The Spatial Layout Planning In3D Animation Of The Cell Phone Auto-generation System

The whole process of computer-aided animation technology is automaticallygenerated by inputting the natural limited language story, through automaticallycalculated by the computer processing, the last generate animated feature films.Theaim is to ameliorate the efficiency of animation production, reducing humaninterference, simulate some animation storyline and so on. From input restrictednatural language to output animation, the whole process is completed with the help ofa computer and it is automatic.Mobile3D animation automatically generated system is implemented based onthe whole process of automatic generation of computer-aided animation technology,The automatic generation of animation technology is used in SMS messages, thesystem is to achieve that the user sends information to the server, through informationextraction, plot planning, scenario planning, etc. a series of processing, the result isthe video associated with message content and send to the receiver.Based on the animated plot plan, we first proposed the idea of athree-dimensional spatial layout of the scene based on semantics in the system, wemake layout of the three-dimensional scene of available space based on objectssemantic information, design and implement of three-dimensional scene layoutknowledge based with semantic web technology, eventually achievethree-dimensional objects placed reasonable, the system not only ensures the object isno shelter, no collision display, but also to achieve the same object add multipleconditions, so it places the object diversity and reflects the objects semanticinformation.The main contribution of the work includes the following aspects:First, building layout ontology technology based on semantic Web and dividingthe available space of the three-dimensional scene. In the subject, we build layoutontology based on semantic Web and create some layout classes. After creating a goodlayout class, and then create the appropriate layout class corresponding examplebelow, add the appropriate data attributes and object attributes to describe the layout of instances, and make these instances corresponding to be associated with theavailable space. The division of the three-dimensional scene of available space is thebasis of implementing a three-dimensional layout of the planning system. The space ismainly divided indoor and outdoor available space according to different space. Forindoor available space and it divided the indoor floor available space and the indoordesktop space. For outdoor available space, it has outdoor ground available space,outdoor air available space, water surface available space. This division is conduciveto choose available model, in addition, it has a great help to select the layout.Second, the qualitative planning of the layout. Qualitative planning of the layoutis mainly to achieve that choosing a suitable layout for the three-dimensional sceneavailable space. First we read the plot planning documents, view the results of the plotplan output, calculate statistics of the available space and the type and quantity ofavailable space objects. Then read layout Knowledge Based with this information andselect the appropriate layout scheme and pass it to the layout of the quantitativecalculation module.Third, the quantitative calculation of the layout. This part is to make the selectionlayout for quantitative calculations, calculate the actual position in the scene and thenmake the object collision detection, put the object into the scene available space. Herecomputational the position of the object must be accurated, otherwise it will lead tooverlapping objects, floating and so on.From236messages results of tests during February to April of2014, mp4messages generated animation has186. In this186text messages, generating nothinganimation is6, print the contents of SMS font animation is7. The remaining173messages animations are animated three-dimensional scene, in this173animation, itachieved through the layout system has165, accounting for95.37%. The remainingeight are due to the newly added scene which the layout and its available space are notcorrelated, then make the space can not find the layout. In general, as long as eachavailable space of scene has association to the layout, through qualitative planninglayout we can find the corresponding layout programs to achieve. The scene isobviously beautiful than the original scene after using the layout system, and we alsoachieve the same model to add more conditions, and we also avoid the overlapping of the model.