Examples of the Implementation of Fuzzy Models in Tourism in the South Moravian Region - Geoinformatics for Intelligent Transportation - page 177

Fig. 17 Scheme for analysis by Python — layers and their important attributes

raster which doesn ' t consider the altitude. This difference in fl uences the increase of

the road dif culty compared to the fl flat surface. These steps are implemented by

—

ModelBuilder and point feature class is the result feature class called

Points_join_Mam_aspect_minus in Fig. 17 .
The next part takes open-source programming language Python that is both
powerful and easy to learn. Particular steps are re fl ected in the following scheme

(Fig. 17 ) where these components are used.
Explanatory text:
bike_trail_net_2012 input feature class involving street net and bike trail

sections with actual fields

select_sd selection of bike trails except bridges and tunnels

btd_net_split_line seperation of bike trail sections to line segments, new

geometry and completion bearing attribute (azimuth)

buffer_split_line 10 m buffer of the line segments, bearing (line azimuth)

select_bt selection of bridges and tunnels

point_bt beginnings and endings of bridges and tunnels

buffer_point_bt 10 m buffer of endpoints of bridges and tunnels

buffer_line_bt 10 buffer of line of bridges and tunnels

buffer_line_points_bt symmetrical difference buffer_line_bt and buffer_point_bt

intersect_sd intersect buffer_split_line and Points_join_Mam_aspect_

minus

intersect_point_bt intersect buffer_point_bt and Points_join_Mam_aspect_

minus