Olympic pool plan design of a scheme based on genetic algorithm to model

With the disintegration of human genetics, the development of biology and genetic has effected along different disciplines. Architecture has been one of these disciplines. Instead of inanimate structure called genetic architecture aproach, it prescribed of architectural structures as living organism in reality. With the aproach of genetic architecture it has been possible to produce new architectural forms by taking example of evolution in nature, transferred genetic information to computer and using algorithms based on this information. The software in the scope of work in this thesis used one of the evolutionary computation teqniques inspired by the Darwinian evolutionary genetic algorithm method. The relationship of genetic and genetic science will be explored in architecture within the scope of the natural sciences, olympic and semi-olympic swimming pool fiction architectural plans will be developed on computer. To use more effectively and efficiently the settlement plans olympic and semi- olympic pools, depends on the flow relationship in their design and layout. The flow relationship of this and similar facilies residential and design problems are needed to be solved problems. In the work is given about the concept of genetic algorithm as priority to create the layout of the pool hall on genetic algorithm which based on a search and optimization methods. The research about the genetic algorithm has been made on the available literature and various applications of genetic algorithms were investigated. At the same time a solution example of the genetic algorithm process steps, choice of parameters and functional optimization given in the work. At chapter two, have been utilized to provide constraint satisfaction problems under the work of thesis. Many problems in artificial intelligence can be modeled as constraint satisfaction problems. Therefore, the development of efficent solution methods for CPS's is a significant research problem. About constraint satisfaction problems, some algorithms have been reviewing to solve CPS and applied to the application problem. Also in section two, it mentioned about the application of genetic algorithms in architectural desing. As will be discussed extensively in the study, the genetic algorithm especially soultion space in large, transitory and in complex type of problems work according to the rules of probability simply due to the need of objective function seen successful results. Thus, much shorter in period of time they achive solution by making research. Based on the nature of evolution and genetic algorithms are used and transferred to a computer, it is possible to implement this process in the creation of architectural form. Genetic algorithm optimization problem solution are mentioned in the work of Bentley and Wakefield in the design of solid objects using a genetic algorithm in 1995 and lastly in the M. Thakur and M. Kumari genetic algorithm using single-storey residential model application has been examined. In the third section, olympic size swimming pool outlines the design criteria and examples that have been made will be given. Particularly planning the top venues in swimming pool, Here rather than being big or small the gym, good design and usable the space is very important for athletes and spectators. Also consideration of the first thing in the architectural planning stage of construction is to plan wet area. In this sport centers widely information are given about the criteria of location on the dreassing area, toilet and wet areas which knows as shower parts. Location must be made determining before the determination of constract sports facilities. These criteria can be determined by technical and socio-cultural aspects of the assessment. The swimming pool facilities whether is a huge potential in this branch, is it a sufficient land for the audience capacity, will have international competition or not, if it is then internaiton norms should be done, criteria such as making design according to the climatic conditions in the region are important factors to determine the location of the plant construction. Fiction plans of swimming pools created with this obtained information. Finally, in this thesis, the model proposed first issued flowchart, after that following the steps in this scheme was created in computer interface models. The user interface is primarily to benefit from using Google Map to do the architectural plans for the selection of land intended layout pool. The integration of the Google map interface program has two main reasons. Firstly, the user can select the area to be easier to create the model, both can visually see the work area, as well as determine the coordinates of the area where the model can be transferred to the right and healthy way. Another one is created layout plans to determine the input shaft. So that users satellite access point on the image or can determine the axle easier. The program prepared in the .NET programming console, primarily borders set on the map trafferred to the database . The program will provide the most suitable alternatives to specified layout constrains such as the land measurements and number of spectators. The obtained results will provide better layout plans and rapid editing facilities to build a swimming pool in the future.