ABSTRACT
The grids are composed with the following three elements: field space can be articulated with the functional units necessary for planning, as is done in Japan's nLDK system; adjacency graph, the use of a given field can change in a variety of ways depending on its adjacency relationships; dual graph essentially, the dual graphs of adjacency graphs become grids. Topological patterns, since adjacency relationships can be expressed using bits, the connective pattern of a field with n elements has a total of 2(n (n -1)/2) connection patterns. Provided adjacency graph, the results are inputted into a simple adjacency graph based on the designer's judgments. Emerging adjacency graph among the 4,456 patterns mentioned in this chapter, those that include the results of the adjacency graph are depicted in color; 2,770 patterns satisfied the conditions. Concurrently, the system will search the valid adjacency graph to match the relations given through a tree structure that is provided by the client/designer.
