Možnosti vizualizace (přinejmenším) 4 druhů prostorovosti

TROJAN, Jakub and Jan TRÁVNÍČEK. Možnosti vizualizace (přinejmenším) 4 druhů prostorovosti (Possibilities of visualization (at least) four kinds of spatiality). In Hana Svobodová. Prostorovosti: místa, území, krajiny, regiony, globiony. 1st ed. Brno: GaREP, spol. s r.o., 2011, p. 116-125, 142 pp. ISBN 978-80-904308-7-7.

Basic information

Original name

Možnosti vizualizace (přinejmenším) 4 druhů prostorovosti

Name in Czech

Možnosti vizualizace (přinejmenším) 4 druhů prostorovosti

Name (in English)

Possibilities of visualization (at least) four kinds of spatiality

Authors

TROJAN, Jakub and Jan TRÁVNÍČEK

Edition

1. vyd. Brno, Prostorovosti: místa, území, krajiny, regiony, globiony, p. 116-125, 142 pp. 2011

Publisher

GaREP, spol. s r.o.

---

Other information

Language

Czech

Type of outcome

Stať ve sborníku

Field of Study

Earth magnetism, geodesy, geography

Country of publisher

Czech Republic

Confidentiality degree

není předmětem státního či obchodního tajemství

Organization unit

Faculty of Science

ISBN

978-80-904308-7-7

Keywords (in Czech)

prostorovost; GIS; vizualizace; rozšířená realita; kyberprostor

Keywords in English

spatiality; GIS; visualization; augmented reality; cyberspace

Tags

Reviewed

---

Abstract

In English

The paper deals with options of visualization of spatialities using information and communication technologies (ICT). Four types of spatialities described according to Hynek and Vávra (2007) have been selected and tested for current ICT methods. The natural and socioeconomic spatialities could be easily visualized by geographical information systems (GIS) with addition to 3D modeling. Whereas the natural spatiality is clearly connected to standard GIS visualization using typical layers combining, socioeconomic spatiality uses for expression of causalities cartograms and other advanced tools such as virtual tours etc. Imaginative or performative spatialities work more with other types of visualization, mostly based on advanced computer graphic and cyber/cybernetic space. Typical example is use of augmented reality technologies incorporated into mobile devices and mass delivered in ordinary use. Paper deals with the examples of visualization in each of the spatiality, critically discusses the potential and risks of computer-based tools used in visualization and proposes the suitable implementation in geographical sciences as well as possible transition among defined spatialities.