Study On The Planning And Design Of Urban Complex Identification System Based On Color Visual Perception

With the height of the development of social economy,urban planning and construction process is accelerated,urban context,as a new type of building space form,the position in urban system is more and more high,is the focus of architecture,real estate development hot spot.Due to the function of urban complex compound,complex structure,its spatial organization need reasonable planning,marking system as an important medium of information transfer and social services,and form a complete set with urban context,in the construction of urban context plays an inestimable role.With the improvement of people's needs,the design of the marking system should not only stay at the functional level,but also pay more emotional attention to users.Color plays a key role in the expressive force of logo,directly influencing users' experience and psychological feeling.Identification system in China at present is common color design monotonous,optional,such problems as lack of personality,this paper aims to explore people's perception of identification system in the urban context demand,mining used to guide sign system the method of color design to meet the user's visual perception experience,raise the use efficiency of marking system.In this paper,based on the color visual perception theory,combined with the characteristics of urban context identification system,this paper discusses the research of color visual perception of complex identification system planning and design of the city has positive influence,according to the urban context identification system,the problem of color visual perception of the current is summarized based on the color visual perception of urban complex identification system planning and design strategies.Finally,the related laws and design methods are applied to the design practice to meet the requirements of the marking system of the practice project and have a good visual perception experience.The research results of the project are strengthened,which provides an effective theoretical basis for the future planning and design of the identification system.