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This paper describes the usage of MUSCLE (Multidirectional Scanning for Line Extraction) Model for automatic generation of 3D\udnetworks in CityGML format (from raster floor plans). MUSCLE (Multidirectional Scanning for Line Extraction) Model is a\udconversion method which was developed to vectorize the straight lines through the raster images including floor plans, maps for\udGIS, architectural drawings, and machine plans. The model allows user to define specific criteria which are crucial for acquiring\udthe vectorization process. Unlike traditional vectorization process, this model generates straight lines based on a line thinning\udalgorithm, without performing line following-chain coding and vector reduction stages. In this method the nearly vertical lines\udwere obtained by scanning the images horizontally, while the nearly horizontal lines were obtained by scanning the images\udvertically. In a case where two or more consecutive lines are nearly horizontal or nearly vertical, raster data become unmanageable\udand the process generates wrongly vectorized lines. In this situation, to obtain the precise lines, the image with the wrongly\udvectorized lines is diagonally scanned. By using MUSCLE model, the network models are topologically structured in CityGML\udformat. After the generation process, it is possible to perform 3D network analysis based on these models. Then, by using the\udsoftware that was designed based on the generated models, a geodatabase of the models could be established. This paper presents\udthe correction application in MUSCLE and explains 3D network construction in detail

CORRECTION OF FAULTY LINES IN MUSCLE MODEL, TO BE USED IN 3D BUILDING NETWORK CONSTRUCTION