Graphics Aided Design For The Earthquake Science Popularization Knowledge

There are many strong earthquake activity and earthquake disaster areas in China. Because of the lack of earthquake knowledge popularization education and effective emergency response training, people often take the wrong way to escape, irrational way of dealing with crisis and psychological emotions out of control, which cause it difficult to avoid the crisis and the damage of the disaster when the earthquake occurred. In the light of the specialties of the earthquake knowledge popularization education and training, which has a strong professional and academic character, this thesis put forward to carry out the knowledge of popular science education and deep learning by earthquake graphics aided design, in the form of information technology and a variety of media to realize the earthquake knowledge training and practice. Through exploring the popular science knowledge learning and the effective ways to spread, this paper achieved the combination of art and design and scientific knowledge popularization.First of all, the paper systematically carried out the classification of seismic basic knowledge, including the type of earthquake prediction, earthquake types, earthquake distribution, escape and rescue and other issues, and analyzed the earthquake knowledge dissemination and the particularity of expression, as well as the problems and difficulties. Learnt through communication with the earthquake professionals, have a deep understanding of the professional knowledge of popular earthquake science needs, we determined the basic earthquake science knowledge learning and the spread of simplification and networked technology research train of thought.Secondly, the paper completed the earthquake science knowledge learning and dissemination way of graphics auxiliary analysis, including:graphics auxiliary methods in the study of earthquake science; In the earthquake site graphics auxiliary form, and the earthquake science knowledge graphics auxiliary form of printed material etc. We mainly focused on the extraction of the seismic information and simplify, the advantage of two 3D graphics, the advantage of network media, the characteristics of maps and charts, the earthquake happened here with the advantage of cartoon graphics expression, etc.Third, the paper establishes the earthquake science knowledge graphs aided design principles. We completed the earthquake knowledge content filtering, knowledge visual expression and the choice of color and lines, established the combination of dynamic and static state, simulation of small game experience, and other forms of visual expression. In addition, we use the multimedia development such as web pages and printed material of the earthquake science knowledge to develop technical solutions.Fourth, the thesis practices the earthquake science knowledge graphs aided design systemic application. So we try to give an experience on earth structure model and seismic zone distribution, the earthquake happened, historical earthquake map and the characteristics of earthquake intensity perceive little game graphics aided design, as well as the earthquake emergency measures.Finally, based on Flash development technology, the paper realized the earthquake science knowledge of animation theme page and release system on a Web site.In short, this paper use the simple, knowledge and network graphics aided design, to direct specific convey earthquake science knowledge, indicate the form of expression and interaction, through the network in the form of visual media makes earthquake knowledge learning and understanding more quickly, intuitively and impressively.