Visualization Expression Of Natural Skin Unit Structure Based On Microscopic View

All kinds of things in the world have their own unique appearance and nature.In the final analysis,it is because of the material differences of the organizational things themselves.Even if the materials are the same,as long as the arrangement and combination of the smallest units are slightly different,they can also lead to different results.The unit structure can be regarded as a relatively stable state of structure presentation,which has constitutive and replicability.The unit structure which is regarded as point" is repeatedly arranged and combined into a stable face".This face is the object skin itself.The specific combination mode of unit structure of each object determines the function and attribute of the object skin,and also reflects the object itself body attributes.In this paper,I specially use the micro perspective to observe the structure combination of the object’s epidermis.With the micro perspective,we can see more intuitively the combination rules of the structure of the object’s epidermis unit,which is special.In this paper,a large number of Meaty,flower,Chinese herbal medicine,vegetable and other natural objects’ epidermis are extracted for experimental research and micrograph,and their unit structure combination mode is summarized to draw a unit structure figure which is easy to recognize.the unit structure model is designed by integrating the characteristics of the unit structure figure,and the semantic label is built for the unit structure model in the way of metaphor,based on the data base,this paper uses the form of information visualization chart to express the relationship between unit structures.Finally,in order to enhance the information cognitive experience,I designed a database reading information design work with the computer terminal as the carrier In this paper,the exploration,discovery,translation,induction and expression of natural skin unit structure also provide a set of reference materials which can be used as bionic design in many fields.