Figures & data
Figure 3. Model Builder scheme used for creating buffer layers and database files with frequency of intersected crimes.
![Figure 3. Model Builder scheme used for creating buffer layers and database files with frequency of intersected crimes.](/cms/asset/1388570c-8099-470a-87f9-b4e18c0fc712/tagi_a_1200670_f0003_b.gif)
Figure 4. Spatial distribution of gambling sites and selected offences (property damage, violation of noise ordinance and thefts) in the city of Pardubice in 2014.
![Figure 4. Spatial distribution of gambling sites and selected offences (property damage, violation of noise ordinance and thefts) in the city of Pardubice in 2014.](/cms/asset/a853cf29-12a9-480c-8912-7d97572cfbb1/tagi_a_1200670_f0004_oc.jpg)
Figure 5. Correlation between value of distance for buffer and relative number of crimes for selected offence types.
![Figure 5. Correlation between value of distance for buffer and relative number of crimes for selected offence types.](/cms/asset/4eb6cd15-c30e-46a0-952f-747e0029b676/tagi_a_1200670_f0005_oc.jpg)
Figure 7. Heat map created using kernel density estimation depicting clusters of offences caused by cyclists.
![Figure 7. Heat map created using kernel density estimation depicting clusters of offences caused by cyclists.](/cms/asset/16dcc268-f634-4ca9-87da-73b87c9a3b95/tagi_a_1200670_f0007_oc.jpg)
Table 1. List of identified clusters with description of most frequent offence types and proposal of possible solutions.