The Study of Computer-Aided Extension Architectural Programming Expression Method
|School||Harbin Institute of Technology|
|Course||Architectural Design and Theory|
|Keywords||Computer-aided Architectural planning Extenics|
In recent years with the development of the construction industry and harmonious urban development and fierce competition in the market need to be more scientific, systematic , fast, intelligent building planning methods . Computer Aided Architectural Planning Extension (CAEAP) research is the construction planning and extenics, cross-cutting areas of computer science , the goal is to use the formal expression extenics tools and analytical reasoning , and promote the development of intelligent computer-aided architectural planning , the architectural plan of the creative thinking process formalized , and generate a large number of innovative programs for the selection, development , construction planning and creativity programs greatly enhance the generation efficiency. Computer Aided Architectural Planning expression Extension Methods Extension mainly for construction planning input , output system expression studies, including the extension construction planning knowledge representation , system outline design, system processes and interfaces expression . Extension is a computer-aided architectural planning knowledge representation system extension building foundation and core of the planning , construction planning through the complex system of classification and related factors extension formal representation , knowledge of the building plan can be recognized by the computer and the establishment of Extension Building planning problem model . This is a computer architecture for extension planning information on the basis of extension transformation is directly related to the subsequent computer-aided reasoning solution efficiency . Computer Aided Planning System Extension building outline design , construction planning for the extension building process and characteristics of the overall system hierarchy , and on this basis to establish a system workflow , determine the system main function modules , while the support system resource library classification and description. Expression system processes and interfaces in the system based on the outline design , combined with the system main interface design processes specific description of the system for computer-aided planning system extension building a complete expression for the system implementation provides theoretical support for building professionals . Computer-aided planning of extension building for the realization of architectural expression method of artificial intelligence planning to provide a theoretical basis for the practice of architectural planning program generates a new theory and method , and promote the construction planning and extenics basic theories and methods of innovation and development.