Generaliseemisel on GIS-i programmides olemas eraldi tööriistad, millega tagatakse vajalik eesmärk. Kasutatud kirjandus About the Lang Algorithm. (2012). SUNY Institute of Technology. Kättesaadav: http://web.cs.sunyit.edu/~poissad/projects/Curve/about_algorithms/lang.php (30.11.15) Karthaus, M. (2012). Javascript implementation of the Ramer Douglas Peucker Algorithm. Kättesaadav: http://karthaus.nl/rdp/ (30.11.15) McMaster, R.,B. (s.a.). Cartographic generalization in a digitaal enviroment: when and how to generalize. lk. 59.Kättesaadav: http://www.mapcontext.com/autocarto/proceedings/auto-carto-9/pdf/cartographic- generalization-in-a-digital-environment-when-and-how-to-generalize.pdf (30.11.15) Morais, C., D. (s.a). Generalization in GIS. Kättesaadav: http://www.gislounge.com/generalization-gis/ (30.11.15) Sisas, E., Suurna, R. (2012). Kartograafia alused. Tallinn. lk 35. Kättesaadav:
J., 2005. Linnageograafia: Linnad ja linnauurimus modernismist postmodernismini. 109-116 Eesti kunstiakadeemia. Lynch, K., 1954. The Form of Cities. Scientific America, Vol. 190, No. 4, pp. 54-63 Lynch, K., 1960. The Image of the City. 46-118. Cambridge Lynch, K., 1972. What time is this place?. 3-28. Cambridge Neis, P., Zipf, A., 2007. Realizing focus maps with landmark using openls services. Bonn Omer, I., Goldblatt, R., Or, U., 2005 .Virtual City Design Based on Urban Image Theory. The Cartographic Journal, Vol. 42, No.1. pp. 1–12 Pacione, M., 2005. Urban Geography: A Global Perspective. 368 – 387. London Strohecker, C., 1999. Toward a Developmental Image of the City: Design through Visual, Spatial, and Mathematical Reasoning. Sydney Vinson, N., G., 1999. Design Guidelines for Landmarks to Support Navigation in Virtual Environments. Proceedings of CHI. Ottawa Westwood, S., Williams, J., 1997. Imaging Cities: Scripts, Signs, Memory. London